diff --git a/Firmware/ATU-10_FW_13/ATU-10.bmk b/Firmware/ATU-10_FW_13/ATU-10.bmk
new file mode 100644
index 0000000..5179cc3
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.bmk
@@ -0,0 +1 @@
+<BOOKMARKS/>
diff --git a/Firmware/ATU-10_FW_13/ATU-10.brk b/Firmware/ATU-10_FW_13/ATU-10.brk
new file mode 100644
index 0000000..7d476df
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.brk
@@ -0,0 +1 @@
+<BREAKS/>
diff --git a/Firmware/ATU-10_FW_13/ATU-10.cfg b/Firmware/ATU-10_FW_13/ATU-10.cfg
new file mode 100644
index 0000000..9d9073e
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.cfg
@@ -0,0 +1,24 @@
+<?xml version="1.0"?>
+<MCU_DEVICE_FLAGS>
+  <DEVICE>
+    <DEVICE_NAME>P16LF18877</DEVICE_NAME>
+    <VALUE>
+      <COUNT>5</COUNT>
+      <VALUE0>
+        <VAL>$008007:$2904</VAL>
+      </VALUE0>
+      <VALUE1>
+        <VAL>$008008:$3E21</VAL>
+      </VALUE1>
+      <VALUE2>
+        <VAL>$008009:$3F1F</VAL>
+      </VALUE2>
+      <VALUE3>
+        <VAL>$00800A:$3003</VAL>
+      </VALUE3>
+      <VALUE4>
+        <VAL>$00800B:$0003</VAL>
+      </VALUE4>
+    </VALUE>
+  </DEVICE>
+</MCU_DEVICE_FLAGS>
diff --git a/Firmware/ATU-10_FW_13/ATU-10.dbg b/Firmware/ATU-10_FW_13/ATU-10.dbg
new file mode 100644
index 0000000..a9a778e
Binary files /dev/null and b/Firmware/ATU-10_FW_13/ATU-10.dbg differ
diff --git a/Firmware/ATU-10_FW_13/ATU-10.dct b/Firmware/ATU-10_FW_13/ATU-10.dct
new file mode 100644
index 0000000..a6e6cf8
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.dct
@@ -0,0 +1,6491 @@
+____doifc
+__ca2a
+__ca2aw
+__cc2d
+__cc2dw
+__cs2s
+__flash_size
+__fzins
+__math_tempb
+__math_tempbd
+_adc_external_ref
+_adc_external_vrefh
+_adc_external_vrefl
+_adc_internal_fvrh1
+_adc_internal_fvrh2
+_adc_internal_fvrh4
+_adc_internal_ref
+_adc_internal_vrefh
+_adc_internal_vrefl
+abden
+abden_bit
+abdovf
+abdovf_bit
+acc0
+acc0_bit
+acc1
+acc1_bit
+acc10
+acc10_bit
+acc11
+acc11_bit
+acc12
+acc12_bit
+acc13
+acc13_bit
+acc14
+acc14_bit
+acc15
+acc15_bit
+acc2
+acc2_bit
+acc3
+acc3_bit
+acc4
+acc4_bit
+acc5
+acc5_bit
+acc6
+acc6_bit
+acc7
+acc7_bit
+acc8
+acc8_bit
+acc9
+acc9_bit
+accm
+accm_bit
+ackdt1
+ackdt1_bit
+ackdt2
+ackdt2_bit
+acken1
+acken1_bit
+acken2
+acken2_bit
+ackstat1
+ackstat1_bit
+ackstat2
+ackstat2_bit
+adacc
+adacc0
+adacc0_bit
+adacc1
+adacc1_bit
+adacc10
+adacc10_bit
+adacc11
+adacc11_bit
+adacc12
+adacc12_bit
+adacc13
+adacc13_bit
+adacc14
+adacc14_bit
+adacc15
+adacc15_bit
+adacc2
+adacc2_bit
+adacc3
+adacc3_bit
+adacc4
+adacc4_bit
+adacc5
+adacc5_bit
+adacc6
+adacc6_bit
+adacc7
+adacc7_bit
+adacc8
+adacc8_bit
+adacc9
+adacc9_bit
+adacch
+adaccl
+adaclr
+adaclr_bit
+adacq
+adacq0
+adacq0_bit
+adacq1
+adacq1_bit
+adacq2
+adacq2_bit
+adacq3
+adacq3_bit
+adacq4
+adacq4_bit
+adacq5
+adacq5_bit
+adacq6
+adacq6_bit
+adacq7
+adacq7_bit
+adact
+adact0
+adact0_bit
+adact1
+adact1_bit
+adact2
+adact2_bit
+adact3
+adact3_bit
+adact4
+adact4_bit
+adaov
+adaov_bit
+adc_get_sample
+adc_get_sample_ptr
+adc_init
+adc_init_advanced
+adc_read
+adcactpps
+adcactpps0
+adcactpps0_bit
+adcactpps1
+adcactpps1_bit
+adcactpps2
+adcactpps2_bit
+adcactpps3
+adcactpps3_bit
+adcactpps4
+adcactpps4_bit
+adcalc0
+adcalc0_bit
+adcalc1
+adcalc1_bit
+adcalc2
+adcalc2_bit
+adcap
+adcap0
+adcap0_bit
+adcap1
+adcap1_bit
+adcap2
+adcap2_bit
+adcap3
+adcap3_bit
+adcap4
+adcap4_bit
+adccs0
+adccs0_bit
+adccs1
+adccs1_bit
+adccs2
+adccs2_bit
+adccs3
+adccs3_bit
+adccs4
+adccs4_bit
+adccs5
+adccs5_bit
+adclk
+adcmd
+adcmd_bit
+adcnt
+adcnt0
+adcnt0_bit
+adcnt1
+adcnt1_bit
+adcnt2
+adcnt2_bit
+adcnt3
+adcnt3_bit
+adcnt4
+adcnt4_bit
+adcnt5
+adcnt5_bit
+adcnt6
+adcnt6_bit
+adcnt7
+adcnt7_bit
+adcon0
+adcon1
+adcon2
+adcon3
+adcont
+adcont_bit
+adcrs0
+adcrs0_bit
+adcrs1
+adcrs1_bit
+adcrs2
+adcrs2_bit
+adcs
+adcs_bit
+add_32x32_fp
+adden
+adden_bit
+addsen
+addsen_bit
+aderr
+aderr0
+aderr0_bit
+aderr1
+aderr1_bit
+aderr10
+aderr10_bit
+aderr11
+aderr11_bit
+aderr12
+aderr12_bit
+aderr13
+aderr13_bit
+aderr14
+aderr14_bit
+aderr15
+aderr15_bit
+aderr2
+aderr2_bit
+aderr3
+aderr3_bit
+aderr4
+aderr4_bit
+aderr5
+aderr5_bit
+aderr6
+aderr6_bit
+aderr7
+aderr7_bit
+aderr8
+aderr8_bit
+aderr9
+aderr9_bit
+aderrh
+aderrl
+adfltr
+adfltr0
+adfltr0_bit
+adfltr1
+adfltr1_bit
+adfltr10
+adfltr10_bit
+adfltr11
+adfltr11_bit
+adfltr12
+adfltr12_bit
+adfltr13
+adfltr13_bit
+adfltr14
+adfltr14_bit
+adfltr15
+adfltr15_bit
+adfltr2
+adfltr2_bit
+adfltr3
+adfltr3_bit
+adfltr4
+adfltr4_bit
+adfltr5
+adfltr5_bit
+adfltr6
+adfltr6_bit
+adfltr7
+adfltr7_bit
+adfltr8
+adfltr8_bit
+adfltr9
+adfltr9_bit
+adfltrh
+adfltrl
+adfm0
+adfm0_bit
+adfrm0
+adfrm0_bit
+adfvr0
+adfvr0_bit
+adfvr1
+adfvr1_bit
+adgo
+adgo_bit
+adgpol
+adgpol_bit
+adie
+adie_bit
+adif
+adif_bit
+adipen
+adipen_bit
+adlth
+adlth0
+adlth0_bit
+adlth1
+adlth1_bit
+adlth10
+adlth10_bit
+adlth11
+adlth11_bit
+adlth12
+adlth12_bit
+adlth13
+adlth13_bit
+adlth14
+adlth14_bit
+adlth15
+adlth15_bit
+adlth2
+adlth2_bit
+adlth3
+adlth3_bit
+adlth4
+adlth4_bit
+adlth5
+adlth5_bit
+adlth6
+adlth6_bit
+adlth7
+adlth7_bit
+adlth8
+adlth8_bit
+adlth9
+adlth9_bit
+adlthh
+adlthl
+adlthr
+adlthr_bit
+admact
+admact_bit
+admath
+admath_bit
+admd0
+admd0_bit
+admd1
+admd1_bit
+admd2
+admd2_bit
+admsk11
+admsk11_bit
+admsk12
+admsk12_bit
+admsk21
+admsk21_bit
+admsk22
+admsk22_bit
+admsk31
+admsk31_bit
+admsk32
+admsk32_bit
+admsk41
+admsk41_bit
+admsk42
+admsk42_bit
+admsk51
+admsk51_bit
+admsk52
+admsk52_bit
+adnref
+adnref_bit
+adoen
+adoen_bit
+adon
+adon_bit
+ador
+ador_bit
+adpch
+adpch0
+adpch0_bit
+adpch1
+adpch1_bit
+adpch2
+adpch2_bit
+adpch3
+adpch3_bit
+adpch4
+adpch4_bit
+adpch5
+adpch5_bit
+adppol
+adppol_bit
+adpre
+adpre0
+adpre0_bit
+adpre1
+adpre1_bit
+adpre2
+adpre2_bit
+adpre3
+adpre3_bit
+adpre4
+adpre4_bit
+adpre5
+adpre5_bit
+adpre6
+adpre6_bit
+adpre7
+adpre7_bit
+adpref0
+adpref0_bit
+adpref1
+adpref1_bit
+adprev
+adprev0
+adprev0_bit
+adprev1
+adprev1_bit
+adprev10
+adprev10_bit
+adprev11
+adprev11_bit
+adprev12
+adprev12_bit
+adprev13
+adprev13_bit
+adprev14
+adprev14_bit
+adprev15
+adprev15_bit
+adprev2
+adprev2_bit
+adprev3
+adprev3_bit
+adprev4
+adprev4_bit
+adprev5
+adprev5_bit
+adprev6
+adprev6_bit
+adprev7
+adprev7_bit
+adprev8
+adprev8_bit
+adprev9
+adprev9_bit
+adprevh
+adprevl
+adpsis
+adpsis_bit
+adref
+adres
+adresh
+adresl
+adrpt
+adrpt0
+adrpt0_bit
+adrpt1
+adrpt1_bit
+adrpt2
+adrpt2_bit
+adrpt3
+adrpt3_bit
+adrpt4
+adrpt4_bit
+adrpt5
+adrpt5_bit
+adrpt6
+adrpt6_bit
+adrpt7
+adrpt7_bit
+adsoi
+adsoi_bit
+adstat
+adstat0
+adstat0_bit
+adstat1
+adstat1_bit
+adstat2
+adstat2_bit
+adstpt
+adstpt0
+adstpt0_bit
+adstpt1
+adstpt1_bit
+adstpt10
+adstpt10_bit
+adstpt11
+adstpt11_bit
+adstpt12
+adstpt12_bit
+adstpt13
+adstpt13_bit
+adstpt14
+adstpt14_bit
+adstpt15
+adstpt15_bit
+adstpt2
+adstpt2_bit
+adstpt3
+adstpt3_bit
+adstpt4
+adstpt4_bit
+adstpt5
+adstpt5_bit
+adstpt6
+adstpt6_bit
+adstpt7
+adstpt7_bit
+adstpt8
+adstpt8_bit
+adstpt9
+adstpt9_bit
+adstpth
+adstptl
+adtie
+adtie_bit
+adtif
+adtif_bit
+adtmd0
+adtmd0_bit
+adtmd1
+adtmd1_bit
+adtmd2
+adtmd2_bit
+aduth
+aduth0
+aduth0_bit
+aduth1
+aduth1_bit
+aduth10
+aduth10_bit
+aduth11
+aduth11_bit
+aduth12
+aduth12_bit
+aduth13
+aduth13_bit
+aduth14
+aduth14_bit
+aduth15
+aduth15_bit
+aduth2
+aduth2_bit
+aduth3
+aduth3_bit
+aduth4
+aduth4_bit
+aduth5
+aduth5_bit
+aduth6
+aduth6_bit
+aduth7
+aduth7_bit
+aduth8
+aduth8_bit
+aduth9
+aduth9_bit
+aduthh
+aduthl
+aduthr
+aduthr_bit
+ansa0
+ansa0_bit
+ansa1
+ansa1_bit
+ansa2
+ansa2_bit
+ansa3
+ansa3_bit
+ansa4
+ansa4_bit
+ansa5
+ansa5_bit
+ansa6
+ansa6_bit
+ansa7
+ansa7_bit
+ansb0
+ansb0_bit
+ansb1
+ansb1_bit
+ansb2
+ansb2_bit
+ansb3
+ansb3_bit
+ansb4
+ansb4_bit
+ansb5
+ansb5_bit
+ansb6
+ansb6_bit
+ansb7
+ansb7_bit
+ansc0
+ansc0_bit
+ansc1
+ansc1_bit
+ansc2
+ansc2_bit
+ansc3
+ansc3_bit
+ansc4
+ansc4_bit
+ansc5
+ansc5_bit
+ansc6
+ansc6_bit
+ansc7
+ansc7_bit
+ansd0
+ansd0_bit
+ansd1
+ansd1_bit
+ansd2
+ansd2_bit
+ansd3
+ansd3_bit
+ansd4
+ansd4_bit
+ansd5
+ansd5_bit
+ansd6
+ansd6_bit
+ansd7
+ansd7_bit
+anse0
+anse0_bit
+anse1
+anse1_bit
+anse2
+anse2_bit
+ansela
+anselb
+anselc
+anseld
+ansele
+atu_reset
+auto_delta
+b_long
+b_short
+b_xlong
+b0
+b1
+b2
+b3
+b4
+b5
+b6
+b7
+baud1con
+baudcon
+baudcon1
+baudctl
+baudctl1
+bcd2dec
+bcd2dec16
+bcl1ie
+bcl1ie_bit
+bcl1if
+bcl1if_bit
+bcl2ie
+bcl2ie_bit
+bcl2if
+bcl2if_bit
+bf1
+bf1_bit
+bf2
+bf2_bit
+boot16_delay_5ms
+borcon
+borrdy
+borrdy_bit
+brg16
+brg16_bit
+brgh
+brgh_bit
+bsr
+bsr_shad
+bsr0
+bsr0_bit
+bsr1
+bsr1_bit
+bsr2
+bsr2_bit
+bsr3
+bsr3_bit
+bsr4
+bsr4_bit
+bsr5
+bsr5_bit
+btn_1_cnt
+btn_2_cnt
+btn_cnt
+btn_long
+btn_short
+btn_xlong
+button
+byte2double
+bytetohex
+bytetostr
+bytetostrwithzeros
+c
+c_100
+c_1000
+c_22
+c_220
+c_2200
+c_47
+c_470
+c_bit
+c_linear
+c_shad
+c_shad_bit
+c_sw
+c1hys
+c1hys_bit
+c1ie
+c1ie_bit
+c1if
+c1if_bit
+c1intn
+c1intn_bit
+c1intp
+c1intp_bit
+c1nch0
+c1nch0_bit
+c1nch1
+c1nch1_bit
+c1nch2
+c1nch2_bit
+c1on
+c1on_bit
+c1pch0
+c1pch0_bit
+c1pch1
+c1pch1_bit
+c1pch2
+c1pch2_bit
+c1pol
+c1pol_bit
+c1sp
+c1sp_bit
+c1sync
+c1sync_bit
+c1tsel0
+c1tsel0_bit
+c1tsel1
+c1tsel1_bit
+c2hys
+c2hys_bit
+c2ie
+c2ie_bit
+c2if
+c2if_bit
+c2intn
+c2intn_bit
+c2intp
+c2intp_bit
+c2nch0
+c2nch0_bit
+c2nch1
+c2nch1_bit
+c2nch2
+c2nch2_bit
+c2on
+c2on_bit
+c2pch0
+c2pch0_bit
+c2pch1
+c2pch1_bit
+c2pch2
+c2pch2_bit
+c2pol
+c2pol_bit
+c2sp
+c2sp_bit
+c2sync
+c2sync_bit
+c2tsel0
+c2tsel0_bit
+c2tsel1
+c2tsel1_bit
+c3tsel0
+c3tsel0_bit
+c3tsel1
+c3tsel1_bit
+c4tsel0
+c4tsel0_bit
+c4tsel1
+c4tsel1_bit
+c5tsel0
+c5tsel0_bit
+c5tsel1
+c5tsel1_bit
+cal01
+cal01_bit
+cal03
+cal03_bit
+cal05
+cal05_bit
+cal11
+cal11_bit
+cal13
+cal13_bit
+cal15
+cal15_bit
+cal21
+cal21_bit
+cal23
+cal23_bit
+cal25
+cal25_bit
+cal31
+cal31_bit
+cal33
+cal33_bit
+cal35
+cal35_bit
+cal41
+cal41_bit
+cal43
+cal43_bit
+cal45
+cal45_bit
+cal51
+cal51_bit
+cal53
+cal53_bit
+cal55
+cal55_bit
+cal61
+cal61_bit
+cal63
+cal63_bit
+cal65
+cal65_bit
+cal71
+cal71_bit
+cal73
+cal73_bit
+cal75
+cal75_bit
+cap
+carry
+carry_bit
+ccdcon
+ccden
+ccden_bit
+ccdna
+ccdna0
+ccdna0_bit
+ccdna1
+ccdna1_bit
+ccdna2
+ccdna2_bit
+ccdna3
+ccdna3_bit
+ccdna4
+ccdna4_bit
+ccdna5
+ccdna5_bit
+ccdna6
+ccdna6_bit
+ccdna7
+ccdna7_bit
+ccdnb
+ccdnb0
+ccdnb0_bit
+ccdnb1
+ccdnb1_bit
+ccdnb2
+ccdnb2_bit
+ccdnb3
+ccdnb3_bit
+ccdnb4
+ccdnb4_bit
+ccdnb5
+ccdnb5_bit
+ccdnb6
+ccdnb6_bit
+ccdnb7
+ccdnb7_bit
+ccdnc
+ccdnc0
+ccdnc0_bit
+ccdnc1
+ccdnc1_bit
+ccdnc2
+ccdnc2_bit
+ccdnc3
+ccdnc3_bit
+ccdnc4
+ccdnc4_bit
+ccdnc5
+ccdnc5_bit
+ccdnc6
+ccdnc6_bit
+ccdnc7
+ccdnc7_bit
+ccdnd
+ccdnd0
+ccdnd0_bit
+ccdnd1
+ccdnd1_bit
+ccdnd2
+ccdnd2_bit
+ccdnd3
+ccdnd3_bit
+ccdnd4
+ccdnd4_bit
+ccdnd5
+ccdnd5_bit
+ccdnd6
+ccdnd6_bit
+ccdnd7
+ccdnd7_bit
+ccdne
+ccdne0
+ccdne0_bit
+ccdne1
+ccdne1_bit
+ccdne2
+ccdne2_bit
+ccdpa
+ccdpa0
+ccdpa0_bit
+ccdpa1
+ccdpa1_bit
+ccdpa2
+ccdpa2_bit
+ccdpa3
+ccdpa3_bit
+ccdpa4
+ccdpa4_bit
+ccdpa5
+ccdpa5_bit
+ccdpa6
+ccdpa6_bit
+ccdpa7
+ccdpa7_bit
+ccdpb
+ccdpb0
+ccdpb0_bit
+ccdpb1
+ccdpb1_bit
+ccdpb2
+ccdpb2_bit
+ccdpb3
+ccdpb3_bit
+ccdpb4
+ccdpb4_bit
+ccdpb5
+ccdpb5_bit
+ccdpb6
+ccdpb6_bit
+ccdpb7
+ccdpb7_bit
+ccdpc
+ccdpc0
+ccdpc0_bit
+ccdpc1
+ccdpc1_bit
+ccdpc2
+ccdpc2_bit
+ccdpc3
+ccdpc3_bit
+ccdpc4
+ccdpc4_bit
+ccdpc5
+ccdpc5_bit
+ccdpc6
+ccdpc6_bit
+ccdpc7
+ccdpc7_bit
+ccdpd
+ccdpd0
+ccdpd0_bit
+ccdpd1
+ccdpd1_bit
+ccdpd2
+ccdpd2_bit
+ccdpd3
+ccdpd3_bit
+ccdpd4
+ccdpd4_bit
+ccdpd5
+ccdpd5_bit
+ccdpd6
+ccdpd6_bit
+ccdpd7
+ccdpd7_bit
+ccdpe
+ccdpe0
+ccdpe0_bit
+ccdpe1
+ccdpe1_bit
+ccdpe2
+ccdpe2_bit
+ccds0
+ccds0_bit
+ccds1
+ccds1_bit
+ccp1cap
+ccp1con
+ccp1cts0
+ccp1cts0_bit
+ccp1cts1
+ccp1cts1_bit
+ccp1cts2
+ccp1cts2_bit
+ccp1en
+ccp1en_bit
+ccp1fmt
+ccp1fmt_bit
+ccp1ie
+ccp1ie_bit
+ccp1if
+ccp1if_bit
+ccp1md
+ccp1md_bit
+ccp1mode0
+ccp1mode0_bit
+ccp1mode1
+ccp1mode1_bit
+ccp1mode2
+ccp1mode2_bit
+ccp1mode3
+ccp1mode3_bit
+ccp1oe
+ccp1oe_bit
+ccp1out
+ccp1out_bit
+ccp1pps
+ccp1pps0
+ccp1pps0_bit
+ccp1pps1
+ccp1pps1_bit
+ccp1pps2
+ccp1pps2_bit
+ccp1pps3
+ccp1pps3_bit
+ccp1pps4
+ccp1pps4_bit
+ccp2cap
+ccp2con
+ccp2cts0
+ccp2cts0_bit
+ccp2cts1
+ccp2cts1_bit
+ccp2cts2
+ccp2cts2_bit
+ccp2en
+ccp2en_bit
+ccp2fmt
+ccp2fmt_bit
+ccp2ie
+ccp2ie_bit
+ccp2if
+ccp2if_bit
+ccp2md
+ccp2md_bit
+ccp2mode0
+ccp2mode0_bit
+ccp2mode1
+ccp2mode1_bit
+ccp2mode2
+ccp2mode2_bit
+ccp2mode3
+ccp2mode3_bit
+ccp2oe
+ccp2oe_bit
+ccp2out
+ccp2out_bit
+ccp2pps
+ccp2pps0
+ccp2pps0_bit
+ccp2pps1
+ccp2pps1_bit
+ccp2pps2
+ccp2pps2_bit
+ccp2pps3
+ccp2pps3_bit
+ccp2pps4
+ccp2pps4_bit
+ccp3cap
+ccp3con
+ccp3cts0
+ccp3cts0_bit
+ccp3cts1
+ccp3cts1_bit
+ccp3cts2
+ccp3cts2_bit
+ccp3en
+ccp3en_bit
+ccp3fmt
+ccp3fmt_bit
+ccp3ie
+ccp3ie_bit
+ccp3if
+ccp3if_bit
+ccp3md
+ccp3md_bit
+ccp3mode0
+ccp3mode0_bit
+ccp3mode1
+ccp3mode1_bit
+ccp3mode2
+ccp3mode2_bit
+ccp3mode3
+ccp3mode3_bit
+ccp3oe
+ccp3oe_bit
+ccp3out
+ccp3out_bit
+ccp3pps
+ccp3pps0
+ccp3pps0_bit
+ccp3pps1
+ccp3pps1_bit
+ccp3pps2
+ccp3pps2_bit
+ccp3pps3
+ccp3pps3_bit
+ccp3pps4
+ccp3pps4_bit
+ccp4cap
+ccp4con
+ccp4cts0
+ccp4cts0_bit
+ccp4cts1
+ccp4cts1_bit
+ccp4cts2
+ccp4cts2_bit
+ccp4en
+ccp4en_bit
+ccp4fmt
+ccp4fmt_bit
+ccp4ie
+ccp4ie_bit
+ccp4if
+ccp4if_bit
+ccp4md
+ccp4md_bit
+ccp4mode0
+ccp4mode0_bit
+ccp4mode1
+ccp4mode1_bit
+ccp4mode2
+ccp4mode2_bit
+ccp4mode3
+ccp4mode3_bit
+ccp4oe
+ccp4oe_bit
+ccp4out
+ccp4out_bit
+ccp4pps
+ccp4pps0
+ccp4pps0_bit
+ccp4pps1
+ccp4pps1_bit
+ccp4pps2
+ccp4pps2_bit
+ccp4pps3
+ccp4pps3_bit
+ccp4pps4
+ccp4pps4_bit
+ccp5cap
+ccp5con
+ccp5cts0
+ccp5cts0_bit
+ccp5cts1
+ccp5cts1_bit
+ccp5cts2
+ccp5cts2_bit
+ccp5en
+ccp5en_bit
+ccp5fmt
+ccp5fmt_bit
+ccp5ie
+ccp5ie_bit
+ccp5if
+ccp5if_bit
+ccp5md
+ccp5md_bit
+ccp5mode0
+ccp5mode0_bit
+ccp5mode1
+ccp5mode1_bit
+ccp5mode2
+ccp5mode2_bit
+ccp5mode3
+ccp5mode3_bit
+ccp5oe
+ccp5oe_bit
+ccp5out
+ccp5out_bit
+ccp5pps
+ccp5pps0
+ccp5pps0_bit
+ccp5pps1
+ccp5pps1_bit
+ccp5pps2
+ccp5pps2_bit
+ccp5pps3
+ccp5pps3_bit
+ccp5pps4
+ccp5pps4_bit
+ccp5pps5
+ccp5pps5_bit
+ccpr1
+ccpr1h
+ccpr1l
+ccpr2
+ccpr2h
+ccpr2l
+ccpr3
+ccpr3h
+ccpr3l
+ccpr4
+ccpr4h
+ccpr4l
+ccpr5
+ccpr5h
+ccpr5l
+ccptmrs0
+ccptmrs1
+cdafvr0
+cdafvr0_bit
+cdafvr1
+cdafvr1_bit
+cdiv0
+cdiv0_bit
+cdiv1
+cdiv1_bit
+cdiv2
+cdiv2_bit
+cdiv3
+cdiv3_bit
+check_reset_flags
+cke1
+cke1_bit
+cke2
+cke2_bit
+ckp1
+ckp1_bit
+ckp2
+ckp2_bit
+clc1con
+clc1gls0
+clc1gls1
+clc1gls2
+clc1gls3
+clc1ie
+clc1ie_bit
+clc1if
+clc1if_bit
+clc1md
+clc1md_bit
+clc1pol
+clc1sel0
+clc1sel1
+clc1sel2
+clc1sel3
+clc2con
+clc2gls0
+clc2gls1
+clc2gls2
+clc2gls3
+clc2ie
+clc2ie_bit
+clc2if
+clc2if_bit
+clc2md
+clc2md_bit
+clc2pol
+clc2sel0
+clc2sel1
+clc2sel2
+clc2sel3
+clc3con
+clc3gls0
+clc3gls1
+clc3gls2
+clc3gls3
+clc3ie
+clc3ie_bit
+clc3if
+clc3if_bit
+clc3md
+clc3md_bit
+clc3pol
+clc3sel0
+clc3sel1
+clc3sel2
+clc3sel3
+clc4con
+clc4gls0
+clc4gls1
+clc4gls2
+clc4gls3
+clc4ie
+clc4ie_bit
+clc4if
+clc4if_bit
+clc4md
+clc4md_bit
+clc4pol
+clc4sel0
+clc4sel1
+clc4sel2
+clc4sel3
+clcdata
+clcin0pps
+clcin0pps0
+clcin0pps0_bit
+clcin0pps1
+clcin0pps1_bit
+clcin0pps2
+clcin0pps2_bit
+clcin0pps3
+clcin0pps3_bit
+clcin0pps4
+clcin0pps4_bit
+clcin1pps
+clcin1pps0
+clcin1pps0_bit
+clcin1pps1
+clcin1pps1_bit
+clcin1pps2
+clcin1pps2_bit
+clcin1pps3
+clcin1pps3_bit
+clcin1pps4
+clcin1pps4_bit
+clcin2pps
+clcin2pps0
+clcin2pps0_bit
+clcin2pps1
+clcin2pps1_bit
+clcin2pps2
+clcin2pps2_bit
+clcin2pps3
+clcin2pps3_bit
+clcin2pps4
+clcin2pps4_bit
+clcin3pps
+clcin3pps0
+clcin3pps0_bit
+clcin3pps1
+clcin3pps1_bit
+clcin3pps2
+clcin3pps2_bit
+clcin3pps3
+clcin3pps3_bit
+clcin3pps4
+clcin3pps4_bit
+clkrclk
+clkrclk0
+clkrclk0_bit
+clkrclk1
+clkrclk1_bit
+clkrclk2
+clkrclk2_bit
+clkrclk3
+clkrclk3_bit
+clkrcon
+clkrdc0
+clkrdc0_bit
+clkrdc1
+clkrdc1_bit
+clkrdiv0
+clkrdiv0_bit
+clkrdiv1
+clkrdiv1_bit
+clkrdiv2
+clkrdiv2_bit
+clkren
+clkren_bit
+clkrmd
+clkrmd_bit
+cm1con0
+cm1con1
+cm1nsel
+cm1psel
+cm2con0
+cm2con1
+cm2nsel
+cm2psel
+cmout
+cmp1md
+cmp1md_bit
+cmp2md
+cmp2md_bit
+cmstat
+coarse_cap
+coarse_tune
+comfrem
+compare_double
+correction
+cosc0
+cosc0_bit
+cosc1
+cosc1_bit
+cosc2
+cosc2_bit
+cpudoze
+crcacc
+crcacch
+crcaccl
+crccon0
+crccon1
+crcdata
+crcdath
+crcdatl
+crcen
+crcen_bit
+crcgo
+crcgo_bit
+crcie
+crcie_bit
+crcif
+crcif_bit
+crcmd
+crcmd_bit
+crcshft
+crcshifth
+crcshiftl
+crcxor
+crcxorh
+crcxorl
+cren
+cren_bit
+csrc
+csrc_bit
+cswhold
+cswhold_bit
+cswie
+cswie_bit
+cswif
+cswif_bit
+cwg1as0
+cwg1as1
+cwg1clkcon
+cwg1con0
+cwg1con1
+cwg1cs
+cwg1cs_bit
+cwg1dbf
+cwg1dbf0
+cwg1dbf0_bit
+cwg1dbf1
+cwg1dbf1_bit
+cwg1dbf2
+cwg1dbf2_bit
+cwg1dbf3
+cwg1dbf3_bit
+cwg1dbf4
+cwg1dbf4_bit
+cwg1dbf5
+cwg1dbf5_bit
+cwg1dbr
+cwg1dbr0
+cwg1dbr0_bit
+cwg1dbr1
+cwg1dbr1_bit
+cwg1dbr2
+cwg1dbr2_bit
+cwg1dbr3
+cwg1dbr3_bit
+cwg1dbr4
+cwg1dbr4_bit
+cwg1dbr5
+cwg1dbr5_bit
+cwg1en
+cwg1en_bit
+cwg1ie
+cwg1ie_bit
+cwg1if
+cwg1if_bit
+cwg1in
+cwg1in_bit
+cwg1ism
+cwg1ism0
+cwg1ism0_bit
+cwg1ism1
+cwg1ism1_bit
+cwg1ism2
+cwg1ism2_bit
+cwg1ism3
+cwg1ism3_bit
+cwg1ld
+cwg1ld_bit
+cwg1lsac0
+cwg1lsac0_bit
+cwg1lsac1
+cwg1lsac1_bit
+cwg1lsbd0
+cwg1lsbd0_bit
+cwg1lsbd1
+cwg1lsbd1_bit
+cwg1md
+cwg1md_bit
+cwg1mode0
+cwg1mode0_bit
+cwg1mode1
+cwg1mode1_bit
+cwg1mode2
+cwg1mode2_bit
+cwg1ovra
+cwg1ovra_bit
+cwg1ovrb
+cwg1ovrb_bit
+cwg1ovrc
+cwg1ovrc_bit
+cwg1ovrd
+cwg1ovrd_bit
+cwg1pola
+cwg1pola_bit
+cwg1polb
+cwg1polb_bit
+cwg1polc
+cwg1polc_bit
+cwg1pold
+cwg1pold_bit
+cwg1pps
+cwg1pps0
+cwg1pps0_bit
+cwg1pps1
+cwg1pps1_bit
+cwg1pps2
+cwg1pps2_bit
+cwg1pps3
+cwg1pps3_bit
+cwg1pps4
+cwg1pps4_bit
+cwg1ren
+cwg1ren_bit
+cwg1shutdown
+cwg1shutdown_bit
+cwg1str
+cwg1stra
+cwg1stra_bit
+cwg1strb
+cwg1strb_bit
+cwg1strc
+cwg1strc_bit
+cwg1strd
+cwg1strd_bit
+cwg2as0
+cwg2as1
+cwg2clkcon
+cwg2con0
+cwg2con1
+cwg2cs
+cwg2cs_bit
+cwg2dbf
+cwg2dbf0
+cwg2dbf0_bit
+cwg2dbf1
+cwg2dbf1_bit
+cwg2dbf2
+cwg2dbf2_bit
+cwg2dbf3
+cwg2dbf3_bit
+cwg2dbf4
+cwg2dbf4_bit
+cwg2dbf5
+cwg2dbf5_bit
+cwg2dbr
+cwg2dbr0
+cwg2dbr0_bit
+cwg2dbr1
+cwg2dbr1_bit
+cwg2dbr2
+cwg2dbr2_bit
+cwg2dbr3
+cwg2dbr3_bit
+cwg2dbr4
+cwg2dbr4_bit
+cwg2dbr5
+cwg2dbr5_bit
+cwg2en
+cwg2en_bit
+cwg2ie
+cwg2ie_bit
+cwg2if
+cwg2if_bit
+cwg2in
+cwg2in_bit
+cwg2ism
+cwg2ism0
+cwg2ism0_bit
+cwg2ism1
+cwg2ism1_bit
+cwg2ism2
+cwg2ism2_bit
+cwg2ism3
+cwg2ism3_bit
+cwg2ld
+cwg2ld_bit
+cwg2lsac0
+cwg2lsac0_bit
+cwg2lsac1
+cwg2lsac1_bit
+cwg2lsbd0
+cwg2lsbd0_bit
+cwg2lsbd1
+cwg2lsbd1_bit
+cwg2md
+cwg2md_bit
+cwg2mode0
+cwg2mode0_bit
+cwg2mode1
+cwg2mode1_bit
+cwg2mode2
+cwg2mode2_bit
+cwg2ovra
+cwg2ovra_bit
+cwg2ovrb
+cwg2ovrb_bit
+cwg2ovrc
+cwg2ovrc_bit
+cwg2ovrd
+cwg2ovrd_bit
+cwg2pola
+cwg2pola_bit
+cwg2polb
+cwg2polb_bit
+cwg2polc
+cwg2polc_bit
+cwg2pold
+cwg2pold_bit
+cwg2pps
+cwg2pps0
+cwg2pps0_bit
+cwg2pps1
+cwg2pps1_bit
+cwg2pps2
+cwg2pps2_bit
+cwg2pps3
+cwg2pps3_bit
+cwg2pps4
+cwg2pps4_bit
+cwg2ren
+cwg2ren_bit
+cwg2shutdown
+cwg2shutdown_bit
+cwg2str
+cwg2stra
+cwg2stra_bit
+cwg2strb
+cwg2strb_bit
+cwg2strc
+cwg2strc_bit
+cwg2strd
+cwg2strd_bit
+cwg3as0
+cwg3as1
+cwg3clkcon
+cwg3con0
+cwg3con1
+cwg3cs
+cwg3cs_bit
+cwg3dbf
+cwg3dbf0
+cwg3dbf0_bit
+cwg3dbf1
+cwg3dbf1_bit
+cwg3dbf2
+cwg3dbf2_bit
+cwg3dbf3
+cwg3dbf3_bit
+cwg3dbf4
+cwg3dbf4_bit
+cwg3dbf5
+cwg3dbf5_bit
+cwg3dbr
+cwg3dbr0
+cwg3dbr0_bit
+cwg3dbr1
+cwg3dbr1_bit
+cwg3dbr2
+cwg3dbr2_bit
+cwg3dbr3
+cwg3dbr3_bit
+cwg3dbr4
+cwg3dbr4_bit
+cwg3dbr5
+cwg3dbr5_bit
+cwg3en
+cwg3en_bit
+cwg3ie
+cwg3ie_bit
+cwg3if
+cwg3if_bit
+cwg3in
+cwg3in_bit
+cwg3ism
+cwg3ism0
+cwg3ism0_bit
+cwg3ism1
+cwg3ism1_bit
+cwg3ism2
+cwg3ism2_bit
+cwg3ism3
+cwg3ism3_bit
+cwg3ld
+cwg3ld_bit
+cwg3lsac0
+cwg3lsac0_bit
+cwg3lsac1
+cwg3lsac1_bit
+cwg3lsbd0
+cwg3lsbd0_bit
+cwg3lsbd1
+cwg3lsbd1_bit
+cwg3md
+cwg3md_bit
+cwg3mode0
+cwg3mode0_bit
+cwg3mode1
+cwg3mode1_bit
+cwg3mode2
+cwg3mode2_bit
+cwg3ovra
+cwg3ovra_bit
+cwg3ovrb
+cwg3ovrb_bit
+cwg3ovrc
+cwg3ovrc_bit
+cwg3ovrd
+cwg3ovrd_bit
+cwg3pola
+cwg3pola_bit
+cwg3polb
+cwg3polb_bit
+cwg3polc
+cwg3polc_bit
+cwg3pold
+cwg3pold_bit
+cwg3pps
+cwg3pps0
+cwg3pps0_bit
+cwg3pps1
+cwg3pps1_bit
+cwg3pps2
+cwg3pps2_bit
+cwg3pps3
+cwg3pps3_bit
+cwg3pps4
+cwg3pps4_bit
+cwg3ren
+cwg3ren_bit
+cwg3shutdown
+cwg3shutdown_bit
+cwg3str
+cwg3stra
+cwg3stra_bit
+cwg3strb
+cwg3strb_bit
+cwg3strc
+cwg3strc_bit
+cwg3strd
+cwg3strd_bit
+d_a1
+d_a1_bit
+d_a2
+d_a2_bit
+d_na1
+d_na1_bit
+d_na2
+d_na2_bit
+da1
+da1_bit
+da2
+da2_bit
+dabort
+dabort_bit
+dac1con0
+dac1con1
+dac1en
+dac1en_bit
+dac1nss
+dac1nss_bit
+dac1oe1
+dac1oe1_bit
+dac1oe2
+dac1oe2_bit
+dac1pss0
+dac1pss0_bit
+dac1pss1
+dac1pss1_bit
+dac1r0
+dac1r0_bit
+dac1r1
+dac1r1_bit
+dac1r2
+dac1r2_bit
+dac1r3
+dac1r3_bit
+dac1r4
+dac1r4_bit
+dacmd
+dacmd_bit
+data_address1
+data_address1_bit
+data_address2
+data_address2_bit
+data0
+data0_bit
+data1
+data1_bit
+data10
+data10_bit
+data11
+data11_bit
+data12
+data12_bit
+data13
+data13_bit
+data14
+data14_bit
+data15
+data15_bit
+data2
+data2_bit
+data3
+data3_bit
+data4
+data4_bit
+data5
+data5_bit
+data6
+data6_bit
+data7
+data7_bit
+data8
+data8_bit
+data9
+data9_bit
+dc
+dc_bit
+dc_shad
+dc_shad_bit
+dec2bcd
+dec2bcd16
+delay_100ms
+delay_10ms
+delay_10us
+delay_1ms
+delay_1sec
+delay_1us
+delay_22us
+delay_500us
+delay_50us
+delay_5500us
+delay_5ms
+delay_80us
+delay_8ms
+delay_cyc
+disp_cnt
+disp_time
+div_16x16_s
+div_16x16_s_l
+div_16x16_u
+div_32x32_fp
+div_32x32_s
+div_32x32_u
+div_8x8_s
+div_8x8_u
+dlen0
+dlen0_bit
+dlen1
+dlen1_bit
+dlen2
+dlen2_bit
+dlen3
+dlen3_bit
+doe
+doe_bit
+done
+done_bit
+double2byte
+double2int
+double2longint
+double2longword
+double2word
+doze0
+doze0_bit
+doze1
+doze1_bit
+doze2
+doze2_bit
+dozen
+dozen_bit
+draw_power
+draw_swr
+dsmmd
+dsmmd_bit
+e_long
+e_short
+equals_double
+ext_long
+extoen
+extoen_bit
+extor
+extor_bit
+f
+ferr
+ferr_bit
+fixsign32
+floattostr
+floattostr_fixlen
+free
+free_bit
+fsr0
+fsr0h
+fsr0h_shad
+fsr0l
+fsr0l_shad
+fsr0ptr
+fsr1
+fsr1h
+fsr1h_shad
+fsr1l
+fsr1l_shad
+fsr1ptr
+full
+full_bit
+fvrcon
+fvren
+fvren_bit
+fvrmd
+fvrmd_bit
+fvrrdy
+fvrrdy_bit
+g1en
+g1en_bit
+g2en
+g2en_bit
+g3en
+g3en_bit
+gcen1
+gcen1_bit
+gcen2
+gcen2_bit
+get_batt
+get_forward
+get_fosc_khz
+get_pwr
+get_reverse
+get_swr
+gie
+gie_bit
+go_ndone
+go_ndone_bit
+go_not_done
+go_not_done_bit
+gre
+greating
+green
+hadr0
+hadr0_bit
+hadr1
+hadr1_bit
+hadr10
+hadr10_bit
+hadr11
+hadr11_bit
+hadr12
+hadr12_bit
+hadr13
+hadr13_bit
+hadr14
+hadr14_bit
+hadr15
+hadr15_bit
+hadr2
+hadr2_bit
+hadr3
+hadr3_bit
+hadr4
+hadr4_bit
+hadr5
+hadr5_bit
+hadr6
+hadr6_bit
+hadr7
+hadr7_bit
+hadr8
+hadr8_bit
+hadr9
+hadr9_bit
+hextobyte
+hextoint
+hextolong
+hextolongint
+hextoshort
+hextoword
+hffrq0
+hffrq0_bit
+hffrq1
+hffrq1_bit
+hffrq2
+hffrq2_bit
+hfoen
+hfoen_bit
+hfor
+hfor_bit
+hftun0
+hftun0_bit
+hftun1
+hftun1_bit
+hftun2
+hftun2_bit
+hftun3
+hftun3_bit
+hftun4
+hftun4_bit
+hftun5
+hftun5_bit
+i2c_dat1
+i2c_dat1_bit
+i2c_dat2
+i2c_dat2_bit
+i2c_read1
+i2c_read1_bit
+i2c_read2
+i2c_read2_bit
+i2c_start1
+i2c_start1_bit
+i2c_start2
+i2c_start2_bit
+ics_auto
+ics_off
+idlen
+idlen_bit
+ind
+indf0
+indf1
+inlvla
+inlvla0
+inlvla0_bit
+inlvla1
+inlvla1_bit
+inlvla2
+inlvla2_bit
+inlvla3
+inlvla3_bit
+inlvla4
+inlvla4_bit
+inlvla5
+inlvla5_bit
+inlvla6
+inlvla6_bit
+inlvla7
+inlvla7_bit
+inlvlb
+inlvlb0
+inlvlb0_bit
+inlvlb1
+inlvlb1_bit
+inlvlb2
+inlvlb2_bit
+inlvlb3
+inlvlb3_bit
+inlvlb4
+inlvlb4_bit
+inlvlb5
+inlvlb5_bit
+inlvlb6
+inlvlb6_bit
+inlvlb7
+inlvlb7_bit
+inlvlc
+inlvlc0
+inlvlc0_bit
+inlvlc1
+inlvlc1_bit
+inlvlc2
+inlvlc2_bit
+inlvlc3
+inlvlc3_bit
+inlvlc4
+inlvlc4_bit
+inlvlc5
+inlvlc5_bit
+inlvlc6
+inlvlc6_bit
+inlvlc7
+inlvlc7_bit
+inlvld
+inlvld0
+inlvld0_bit
+inlvld1
+inlvld1_bit
+inlvld2
+inlvld2_bit
+inlvld3
+inlvld3_bit
+inlvld4
+inlvld4_bit
+inlvld5
+inlvld5_bit
+inlvld6
+inlvld6_bit
+inlvld7
+inlvld7_bit
+inlvle
+inlvle0
+inlvle0_bit
+inlvle1
+inlvle1_bit
+inlvle2
+inlvle2_bit
+inlvle3
+inlvle3_bit
+int2double
+intcon
+inte
+inte_bit
+intedg
+intedg_bit
+interupt
+intf
+intf_bit
+intm
+intm_bit
+intpps
+intpps0
+intpps0_bit
+intpps1
+intpps1_bit
+intpps2
+intpps2_bit
+intpps3
+intpps3_bit
+inttohex
+inttostr
+inttostrwithzeros
+invalid
+invalid_bit
+iocaf
+iocaf0
+iocaf0_bit
+iocaf1
+iocaf1_bit
+iocaf2
+iocaf2_bit
+iocaf3
+iocaf3_bit
+iocaf4
+iocaf4_bit
+iocaf5
+iocaf5_bit
+iocaf6
+iocaf6_bit
+iocaf7
+iocaf7_bit
+iocan
+iocan0
+iocan0_bit
+iocan1
+iocan1_bit
+iocan2
+iocan2_bit
+iocan3
+iocan3_bit
+iocan4
+iocan4_bit
+iocan5
+iocan5_bit
+iocan6
+iocan6_bit
+iocan7
+iocan7_bit
+iocap
+iocap0
+iocap0_bit
+iocap1
+iocap1_bit
+iocap2
+iocap2_bit
+iocap3
+iocap3_bit
+iocap4
+iocap4_bit
+iocap5
+iocap5_bit
+iocap6
+iocap6_bit
+iocap7
+iocap7_bit
+iocbf
+iocbf0
+iocbf0_bit
+iocbf1
+iocbf1_bit
+iocbf2
+iocbf2_bit
+iocbf3
+iocbf3_bit
+iocbf4
+iocbf4_bit
+iocbf5
+iocbf5_bit
+iocbf6
+iocbf6_bit
+iocbf7
+iocbf7_bit
+iocbn
+iocbn0
+iocbn0_bit
+iocbn1
+iocbn1_bit
+iocbn2
+iocbn2_bit
+iocbn3
+iocbn3_bit
+iocbn4
+iocbn4_bit
+iocbn5
+iocbn5_bit
+iocbn6
+iocbn6_bit
+iocbn7
+iocbn7_bit
+iocbp
+iocbp0
+iocbp0_bit
+iocbp1
+iocbp1_bit
+iocbp2
+iocbp2_bit
+iocbp3
+iocbp3_bit
+iocbp4
+iocbp4_bit
+iocbp5
+iocbp5_bit
+iocbp6
+iocbp6_bit
+iocbp7
+iocbp7_bit
+ioccf
+ioccf0
+ioccf0_bit
+ioccf1
+ioccf1_bit
+ioccf2
+ioccf2_bit
+ioccf3
+ioccf3_bit
+ioccf4
+ioccf4_bit
+ioccf5
+ioccf5_bit
+ioccf6
+ioccf6_bit
+ioccf7
+ioccf7_bit
+ioccn
+ioccn0
+ioccn0_bit
+ioccn1
+ioccn1_bit
+ioccn2
+ioccn2_bit
+ioccn3
+ioccn3_bit
+ioccn4
+ioccn4_bit
+ioccn5
+ioccn5_bit
+ioccn6
+ioccn6_bit
+ioccn7
+ioccn7_bit
+ioccp
+ioccp0
+ioccp0_bit
+ioccp1
+ioccp1_bit
+ioccp2
+ioccp2_bit
+ioccp3
+ioccp3_bit
+ioccp4
+ioccp4_bit
+ioccp5
+ioccp5_bit
+ioccp6
+ioccp6_bit
+ioccp7
+ioccp7_bit
+iocef
+iocef3
+iocef3_bit
+iocen
+iocen3
+iocen3_bit
+iocep
+iocep3
+iocep3_bit
+iocie
+iocie_bit
+iocif
+iocif_bit
+iocmd
+iocmd_bit
+l_010
+l_022
+l_045
+l_100
+l_1000
+l_220
+l_450
+l_linear
+ladr0
+ladr0_bit
+ladr1
+ladr1_bit
+ladr10
+ladr10_bit
+ladr11
+ladr11_bit
+ladr12
+ladr12_bit
+ladr13
+ladr13_bit
+ladr14
+ladr14_bit
+ladr15
+ladr15_bit
+ladr2
+ladr2_bit
+ladr3
+ladr3_bit
+ladr4
+ladr4_bit
+ladr5
+ladr5_bit
+ladr6
+ladr6_bit
+ladr7
+ladr7_bit
+ladr8
+ladr8_bit
+ladr9
+ladr9_bit
+lata
+lata0
+lata0_bit
+lata1
+lata1_bit
+lata2
+lata2_bit
+lata3
+lata3_bit
+lata4
+lata4_bit
+lata5
+lata5_bit
+lata6
+lata6_bit
+lata7
+lata7_bit
+latb
+latb0
+latb0_bit
+latb1
+latb1_bit
+latb2
+latb2_bit
+latb3
+latb3_bit
+latb4
+latb4_bit
+latb5
+latb5_bit
+latb6
+latb6_bit
+latb7
+latb7_bit
+latc
+latc0
+latc0_bit
+latc1
+latc1_bit
+latc2
+latc2_bit
+latc3
+latc3_bit
+latc4
+latc4_bit
+latc5
+latc5_bit
+latc6
+latc6_bit
+latc7
+latc7_bit
+latd
+latd0
+latd0_bit
+latd1
+latd1_bit
+latd2
+latd2_bit
+latd3
+latd3_bit
+latd4
+latd4_bit
+latd5
+latd5_bit
+latd6
+latd6_bit
+latd7
+latd7_bit
+late
+late0
+late0_bit
+late1
+late1_bit
+late2
+late2_bit
+lc1d1s0
+lc1d1s0_bit
+lc1d1s1
+lc1d1s1_bit
+lc1d1s2
+lc1d1s2_bit
+lc1d1s3
+lc1d1s3_bit
+lc1d1s4
+lc1d1s4_bit
+lc1d1s5
+lc1d1s5_bit
+lc1d1s6
+lc1d1s6_bit
+lc1d1s7
+lc1d1s7_bit
+lc1d2s0
+lc1d2s0_bit
+lc1d2s1
+lc1d2s1_bit
+lc1d2s2
+lc1d2s2_bit
+lc1d2s3
+lc1d2s3_bit
+lc1d2s4
+lc1d2s4_bit
+lc1d2s5
+lc1d2s5_bit
+lc1d2s6
+lc1d2s6_bit
+lc1d2s7
+lc1d2s7_bit
+lc1d3s0
+lc1d3s0_bit
+lc1d3s1
+lc1d3s1_bit
+lc1d3s2
+lc1d3s2_bit
+lc1d3s3
+lc1d3s3_bit
+lc1d3s4
+lc1d3s4_bit
+lc1d3s5
+lc1d3s5_bit
+lc1d3s6
+lc1d3s6_bit
+lc1d3s7
+lc1d3s7_bit
+lc1d4s0
+lc1d4s0_bit
+lc1d4s1
+lc1d4s1_bit
+lc1d4s2
+lc1d4s2_bit
+lc1d4s3
+lc1d4s3_bit
+lc1d4s4
+lc1d4s4_bit
+lc1d4s5
+lc1d4s5_bit
+lc1d4s6
+lc1d4s6_bit
+lc1d4s7
+lc1d4s7_bit
+lc1en
+lc1en_bit
+lc1g1d1n
+lc1g1d1n_bit
+lc1g1d1t
+lc1g1d1t_bit
+lc1g1d2n
+lc1g1d2n_bit
+lc1g1d2t
+lc1g1d2t_bit
+lc1g1d3n
+lc1g1d3n_bit
+lc1g1d3t
+lc1g1d3t_bit
+lc1g1d4n
+lc1g1d4n_bit
+lc1g1d4t
+lc1g1d4t_bit
+lc1g1pol
+lc1g1pol_bit
+lc1g2d1n
+lc1g2d1n_bit
+lc1g2d1t
+lc1g2d1t_bit
+lc1g2d2n
+lc1g2d2n_bit
+lc1g2d2t
+lc1g2d2t_bit
+lc1g2d3n
+lc1g2d3n_bit
+lc1g2d3t
+lc1g2d3t_bit
+lc1g2d4n
+lc1g2d4n_bit
+lc1g2d4t
+lc1g2d4t_bit
+lc1g2pol
+lc1g2pol_bit
+lc1g3d1n
+lc1g3d1n_bit
+lc1g3d1t
+lc1g3d1t_bit
+lc1g3d2n
+lc1g3d2n_bit
+lc1g3d2t
+lc1g3d2t_bit
+lc1g3d3n
+lc1g3d3n_bit
+lc1g3d3t
+lc1g3d3t_bit
+lc1g3d4n
+lc1g3d4n_bit
+lc1g3d4t
+lc1g3d4t_bit
+lc1g3pol
+lc1g3pol_bit
+lc1g4d1n
+lc1g4d1n_bit
+lc1g4d1t
+lc1g4d1t_bit
+lc1g4d2n
+lc1g4d2n_bit
+lc1g4d2t
+lc1g4d2t_bit
+lc1g4d3n
+lc1g4d3n_bit
+lc1g4d3t
+lc1g4d3t_bit
+lc1g4d4n
+lc1g4d4n_bit
+lc1g4d4t
+lc1g4d4t_bit
+lc1g4pol
+lc1g4pol_bit
+lc1intn
+lc1intn_bit
+lc1intp
+lc1intp_bit
+lc1mode0
+lc1mode0_bit
+lc1mode1
+lc1mode1_bit
+lc1mode2
+lc1mode2_bit
+lc1out
+lc1out_bit
+lc1pol
+lc1pol_bit
+lc2d1s0
+lc2d1s0_bit
+lc2d1s1
+lc2d1s1_bit
+lc2d1s2
+lc2d1s2_bit
+lc2d1s3
+lc2d1s3_bit
+lc2d1s4
+lc2d1s4_bit
+lc2d1s5
+lc2d1s5_bit
+lc2d1s6
+lc2d1s6_bit
+lc2d1s7
+lc2d1s7_bit
+lc2d2s0
+lc2d2s0_bit
+lc2d2s1
+lc2d2s1_bit
+lc2d2s2
+lc2d2s2_bit
+lc2d2s3
+lc2d2s3_bit
+lc2d2s4
+lc2d2s4_bit
+lc2d2s5
+lc2d2s5_bit
+lc2d2s6
+lc2d2s6_bit
+lc2d2s7
+lc2d2s7_bit
+lc2d3s0
+lc2d3s0_bit
+lc2d3s1
+lc2d3s1_bit
+lc2d3s2
+lc2d3s2_bit
+lc2d3s3
+lc2d3s3_bit
+lc2d3s4
+lc2d3s4_bit
+lc2d3s5
+lc2d3s5_bit
+lc2d3s6
+lc2d3s6_bit
+lc2d3s7
+lc2d3s7_bit
+lc2d4s0
+lc2d4s0_bit
+lc2d4s1
+lc2d4s1_bit
+lc2d4s2
+lc2d4s2_bit
+lc2d4s3
+lc2d4s3_bit
+lc2d4s4
+lc2d4s4_bit
+lc2d4s5
+lc2d4s5_bit
+lc2d4s6
+lc2d4s6_bit
+lc2d4s7
+lc2d4s7_bit
+lc2en
+lc2en_bit
+lc2g1d1n
+lc2g1d1n_bit
+lc2g1d1t
+lc2g1d1t_bit
+lc2g1d2n
+lc2g1d2n_bit
+lc2g1d2t
+lc2g1d2t_bit
+lc2g1d3n
+lc2g1d3n_bit
+lc2g1d3t
+lc2g1d3t_bit
+lc2g1d4n
+lc2g1d4n_bit
+lc2g1d4t
+lc2g1d4t_bit
+lc2g1pol
+lc2g1pol_bit
+lc2g2d1n
+lc2g2d1n_bit
+lc2g2d1t
+lc2g2d1t_bit
+lc2g2d2n
+lc2g2d2n_bit
+lc2g2d2t
+lc2g2d2t_bit
+lc2g2d3n
+lc2g2d3n_bit
+lc2g2d3t
+lc2g2d3t_bit
+lc2g2d4n
+lc2g2d4n_bit
+lc2g2d4t
+lc2g2d4t_bit
+lc2g2pol
+lc2g2pol_bit
+lc2g3d1n
+lc2g3d1n_bit
+lc2g3d1t
+lc2g3d1t_bit
+lc2g3d2n
+lc2g3d2n_bit
+lc2g3d2t
+lc2g3d2t_bit
+lc2g3d3n
+lc2g3d3n_bit
+lc2g3d3t
+lc2g3d3t_bit
+lc2g3d4n
+lc2g3d4n_bit
+lc2g3d4t
+lc2g3d4t_bit
+lc2g3pol
+lc2g3pol_bit
+lc2g4d1n
+lc2g4d1n_bit
+lc2g4d1t
+lc2g4d1t_bit
+lc2g4d2n
+lc2g4d2n_bit
+lc2g4d2t
+lc2g4d2t_bit
+lc2g4d3n
+lc2g4d3n_bit
+lc2g4d3t
+lc2g4d3t_bit
+lc2g4d4n
+lc2g4d4n_bit
+lc2g4d4t
+lc2g4d4t_bit
+lc2g4pol
+lc2g4pol_bit
+lc2intn
+lc2intn_bit
+lc2intp
+lc2intp_bit
+lc2mode0
+lc2mode0_bit
+lc2mode1
+lc2mode1_bit
+lc2mode2
+lc2mode2_bit
+lc2out
+lc2out_bit
+lc2pol
+lc2pol_bit
+lc3d1s0
+lc3d1s0_bit
+lc3d1s1
+lc3d1s1_bit
+lc3d1s2
+lc3d1s2_bit
+lc3d1s3
+lc3d1s3_bit
+lc3d1s4
+lc3d1s4_bit
+lc3d1s5
+lc3d1s5_bit
+lc3d1s6
+lc3d1s6_bit
+lc3d1s7
+lc3d1s7_bit
+lc3d2s0
+lc3d2s0_bit
+lc3d2s1
+lc3d2s1_bit
+lc3d2s2
+lc3d2s2_bit
+lc3d2s3
+lc3d2s3_bit
+lc3d2s4
+lc3d2s4_bit
+lc3d2s5
+lc3d2s5_bit
+lc3d2s6
+lc3d2s6_bit
+lc3d2s7
+lc3d2s7_bit
+lc3d3s0
+lc3d3s0_bit
+lc3d3s1
+lc3d3s1_bit
+lc3d3s2
+lc3d3s2_bit
+lc3d3s3
+lc3d3s3_bit
+lc3d3s4
+lc3d3s4_bit
+lc3d3s5
+lc3d3s5_bit
+lc3d3s6
+lc3d3s6_bit
+lc3d3s7
+lc3d3s7_bit
+lc3d4s0
+lc3d4s0_bit
+lc3d4s1
+lc3d4s1_bit
+lc3d4s2
+lc3d4s2_bit
+lc3d4s3
+lc3d4s3_bit
+lc3d4s4
+lc3d4s4_bit
+lc3d4s5
+lc3d4s5_bit
+lc3d4s6
+lc3d4s6_bit
+lc3d4s7
+lc3d4s7_bit
+lc3en
+lc3en_bit
+lc3g1d1n
+lc3g1d1n_bit
+lc3g1d1t
+lc3g1d1t_bit
+lc3g1d2n
+lc3g1d2n_bit
+lc3g1d2t
+lc3g1d2t_bit
+lc3g1d3n
+lc3g1d3n_bit
+lc3g1d3t
+lc3g1d3t_bit
+lc3g1d4n
+lc3g1d4n_bit
+lc3g1d4t
+lc3g1d4t_bit
+lc3g1pol
+lc3g1pol_bit
+lc3g2d1n
+lc3g2d1n_bit
+lc3g2d1t
+lc3g2d1t_bit
+lc3g2d2n
+lc3g2d2n_bit
+lc3g2d2t
+lc3g2d2t_bit
+lc3g2d3n
+lc3g2d3n_bit
+lc3g2d3t
+lc3g2d3t_bit
+lc3g2d4n
+lc3g2d4n_bit
+lc3g2d4t
+lc3g2d4t_bit
+lc3g2pol
+lc3g2pol_bit
+lc3g3d1n
+lc3g3d1n_bit
+lc3g3d1t
+lc3g3d1t_bit
+lc3g3d2n
+lc3g3d2n_bit
+lc3g3d2t
+lc3g3d2t_bit
+lc3g3d3n
+lc3g3d3n_bit
+lc3g3d3t
+lc3g3d3t_bit
+lc3g3d4n
+lc3g3d4n_bit
+lc3g3d4t
+lc3g3d4t_bit
+lc3g3pol
+lc3g3pol_bit
+lc3g4d1n
+lc3g4d1n_bit
+lc3g4d1t
+lc3g4d1t_bit
+lc3g4d2n
+lc3g4d2n_bit
+lc3g4d2t
+lc3g4d2t_bit
+lc3g4d3n
+lc3g4d3n_bit
+lc3g4d3t
+lc3g4d3t_bit
+lc3g4d4n
+lc3g4d4n_bit
+lc3g4d4t
+lc3g4d4t_bit
+lc3g4pol
+lc3g4pol_bit
+lc3intn
+lc3intn_bit
+lc3intp
+lc3intp_bit
+lc3mode0
+lc3mode0_bit
+lc3mode1
+lc3mode1_bit
+lc3mode2
+lc3mode2_bit
+lc3out
+lc3out_bit
+lc3pol
+lc3pol_bit
+lc4d1s0
+lc4d1s0_bit
+lc4d1s1
+lc4d1s1_bit
+lc4d1s2
+lc4d1s2_bit
+lc4d1s3
+lc4d1s3_bit
+lc4d1s4
+lc4d1s4_bit
+lc4d1s5
+lc4d1s5_bit
+lc4d1s6
+lc4d1s6_bit
+lc4d1s7
+lc4d1s7_bit
+lc4d2s0
+lc4d2s0_bit
+lc4d2s1
+lc4d2s1_bit
+lc4d2s2
+lc4d2s2_bit
+lc4d2s3
+lc4d2s3_bit
+lc4d2s4
+lc4d2s4_bit
+lc4d2s5
+lc4d2s5_bit
+lc4d2s6
+lc4d2s6_bit
+lc4d2s7
+lc4d2s7_bit
+lc4d3s0
+lc4d3s0_bit
+lc4d3s1
+lc4d3s1_bit
+lc4d3s2
+lc4d3s2_bit
+lc4d3s3
+lc4d3s3_bit
+lc4d3s4
+lc4d3s4_bit
+lc4d3s5
+lc4d3s5_bit
+lc4d3s6
+lc4d3s6_bit
+lc4d3s7
+lc4d3s7_bit
+lc4d4s0
+lc4d4s0_bit
+lc4d4s1
+lc4d4s1_bit
+lc4d4s2
+lc4d4s2_bit
+lc4d4s3
+lc4d4s3_bit
+lc4d4s4
+lc4d4s4_bit
+lc4d4s5
+lc4d4s5_bit
+lc4d4s6
+lc4d4s6_bit
+lc4d4s7
+lc4d4s7_bit
+lc4en
+lc4en_bit
+lc4g1d1n
+lc4g1d1n_bit
+lc4g1d1t
+lc4g1d1t_bit
+lc4g1d2n
+lc4g1d2n_bit
+lc4g1d2t
+lc4g1d2t_bit
+lc4g1d3n
+lc4g1d3n_bit
+lc4g1d3t
+lc4g1d3t_bit
+lc4g1d4n
+lc4g1d4n_bit
+lc4g1d4t
+lc4g1d4t_bit
+lc4g1pol
+lc4g1pol_bit
+lc4g2d1n
+lc4g2d1n_bit
+lc4g2d1t
+lc4g2d1t_bit
+lc4g2d2n
+lc4g2d2n_bit
+lc4g2d2t
+lc4g2d2t_bit
+lc4g2d3n
+lc4g2d3n_bit
+lc4g2d3t
+lc4g2d3t_bit
+lc4g2d4n
+lc4g2d4n_bit
+lc4g2d4t
+lc4g2d4t_bit
+lc4g2pol
+lc4g2pol_bit
+lc4g3d1n
+lc4g3d1n_bit
+lc4g3d1t
+lc4g3d1t_bit
+lc4g3d2n
+lc4g3d2n_bit
+lc4g3d2t
+lc4g3d2t_bit
+lc4g3d3n
+lc4g3d3n_bit
+lc4g3d3t
+lc4g3d3t_bit
+lc4g3d4n
+lc4g3d4n_bit
+lc4g3d4t
+lc4g3d4t_bit
+lc4g3pol
+lc4g3pol_bit
+lc4g4d1n
+lc4g4d1n_bit
+lc4g4d1t
+lc4g4d1t_bit
+lc4g4d2n
+lc4g4d2n_bit
+lc4g4d2t
+lc4g4d2t_bit
+lc4g4d3n
+lc4g4d3n_bit
+lc4g4d3t
+lc4g4d3t_bit
+lc4g4d4n
+lc4g4d4n_bit
+lc4g4d4t
+lc4g4d4t_bit
+lc4g4pol
+lc4g4pol_bit
+lc4intn
+lc4intn_bit
+lc4intp
+lc4intp_bit
+lc4mode0
+lc4mode0_bit
+lc4mode1
+lc4mode1_bit
+lc4mode2
+lc4mode2_bit
+lc4out
+lc4out_bit
+lc4pol
+lc4pol_bit
+lfoen
+lfoen_bit
+lfor
+lfor_bit
+longint2double
+longinttohex
+longinttostrwithzeros
+longtostr
+longword2double
+longwordtohex
+longwordtostr
+longwordtostrwithzeros
+ltrim
+lwlo
+lwlo_bit
+main
+max_for_start
+mc1out
+mc1out_bit
+mc2out
+mc2out_bit
+mdbit
+mdbit_bit
+mdcarh
+mdcarhpps
+mdcarhpps0
+mdcarhpps0_bit
+mdcarhpps1
+mdcarhpps1_bit
+mdcarhpps2
+mdcarhpps2_bit
+mdcarhpps3
+mdcarhpps3_bit
+mdcarhpps4
+mdcarhpps4_bit
+mdcarl
+mdcarlpps
+mdcarlpps0
+mdcarlpps0_bit
+mdcarlpps1
+mdcarlpps1_bit
+mdcarlpps2
+mdcarlpps2_bit
+mdcarlpps3
+mdcarlpps3_bit
+mdcarlpps4
+mdcarlpps4_bit
+mdch0
+mdch0_bit
+mdch1
+mdch1_bit
+mdch2
+mdch2_bit
+mdch3
+mdch3_bit
+mdchpol
+mdchpol_bit
+mdchsync
+mdchsync_bit
+mdcl0
+mdcl0_bit
+mdcl1
+mdcl1_bit
+mdcl2
+mdcl2_bit
+mdcl3
+mdcl3_bit
+mdclpol
+mdclpol_bit
+mdclsync
+mdclsync_bit
+mdcon0
+mdcon1
+mden
+mden_bit
+mdms0
+mdms0_bit
+mdms1
+mdms1_bit
+mdms2
+mdms2_bit
+mdms3
+mdms3_bit
+mdms4
+mdms4_bit
+mdopol
+mdopol_bit
+mdout
+mdout_bit
+mdsrc
+mdsrcpps
+mdsrcpps0
+mdsrcpps0_bit
+mdsrcpps1
+mdsrcpps1_bit
+mdsrcpps2
+mdsrcpps2_bit
+mdsrcpps3
+mdsrcpps3_bit
+mdsrcpps4
+mdsrcpps4_bit
+mfoen
+mfoen_bit
+mfor
+mfor_bit
+min_for_start
+mlc1out
+mlc1out_bit
+mlc2out
+mlc2out_bit
+mlc3out
+mlc3out_bit
+mlc4out
+mlc4out_bit
+msk01
+msk01_bit
+msk02
+msk02_bit
+msk11
+msk11_bit
+msk12
+msk12_bit
+msk21
+msk21_bit
+msk22
+msk22_bit
+msk31
+msk31_bit
+msk32
+msk32_bit
+msk41
+msk41_bit
+msk42
+msk42_bit
+msk51
+msk51_bit
+msk52
+msk52_bit
+msk61
+msk61_bit
+msk62
+msk62_bit
+msk71
+msk71_bit
+msk72
+msk72_bit
+mssp1md
+mssp1md_bit
+mssp2md
+mssp2md_bit
+mul_16x16_s
+mul_16x16_u
+mul_32x32_fp
+mul_32x32_s
+mul_32x32_u
+mul_8x8_s
+mul_8x8_u
+mult_mask
+mult_shift
+n1cks0
+n1cks0_bit
+n1cks1
+n1cks1_bit
+n1cks2
+n1cks2_bit
+n1en
+n1en_bit
+n1out
+n1out_bit
+n1pfm
+n1pfm_bit
+n1pol
+n1pol_bit
+n1pws0
+n1pws0_bit
+n1pws1
+n1pws1_bit
+n1pws2
+n1pws2_bit
+naddress1
+naddress1_bit
+naddress2
+naddress2_bit
+nbor
+nbor_bit
+nco1acc0
+nco1acc0_bit
+nco1acc1
+nco1acc1_bit
+nco1acc10
+nco1acc10_bit
+nco1acc11
+nco1acc11_bit
+nco1acc12
+nco1acc12_bit
+nco1acc13
+nco1acc13_bit
+nco1acc14
+nco1acc14_bit
+nco1acc15
+nco1acc15_bit
+nco1acc16
+nco1acc16_bit
+nco1acc17
+nco1acc17_bit
+nco1acc18
+nco1acc18_bit
+nco1acc19
+nco1acc19_bit
+nco1acc2
+nco1acc2_bit
+nco1acc3
+nco1acc3_bit
+nco1acc4
+nco1acc4_bit
+nco1acc5
+nco1acc5_bit
+nco1acc6
+nco1acc6_bit
+nco1acc7
+nco1acc7_bit
+nco1acc8
+nco1acc8_bit
+nco1acc9
+nco1acc9_bit
+nco1acch
+nco1accl
+nco1accu
+nco1clk
+nco1con
+nco1ie
+nco1ie_bit
+nco1if
+nco1if_bit
+nco1inc0
+nco1inc0_bit
+nco1inc1
+nco1inc1_bit
+nco1inc10
+nco1inc10_bit
+nco1inc11
+nco1inc11_bit
+nco1inc12
+nco1inc12_bit
+nco1inc13
+nco1inc13_bit
+nco1inc14
+nco1inc14_bit
+nco1inc15
+nco1inc15_bit
+nco1inc16
+nco1inc16_bit
+nco1inc17
+nco1inc17_bit
+nco1inc18
+nco1inc18_bit
+nco1inc19
+nco1inc19_bit
+nco1inc2
+nco1inc2_bit
+nco1inc3
+nco1inc3_bit
+nco1inc4
+nco1inc4_bit
+nco1inc5
+nco1inc5_bit
+nco1inc6
+nco1inc6_bit
+nco1inc7
+nco1inc7_bit
+nco1inc8
+nco1inc8_bit
+nco1inc9
+nco1inc9_bit
+nco1inch
+nco1incl
+nco1incu
+nco1md
+nco1md_bit
+ncoie
+ncoie_bit
+ncoif
+ncoif_bit
+ncomd
+ncomd_bit
+ndiv0
+ndiv0_bit
+ndiv1
+ndiv1_bit
+ndiv2
+ndiv2_bit
+ndiv3
+ndiv3_bit
+ndone
+ndone_bit
+nosc0
+nosc0_bit
+nosc1
+nosc1_bit
+nosc2
+nosc2_bit
+noscr
+noscr_bit
+npd
+npd_bit
+npor
+npor_bit
+nri
+nri_bit
+nrm3232
+nrm4032
+nrmclr
+nrmclr_bit
+nrwdt
+nrwdt_bit
+nss
+nss_bit
+nt1sync
+nt1sync_bit
+nt3sync
+nt3sync_bit
+nt5sync
+nt5sync_bit
+nto
+nto_bit
+nvmadr0
+nvmadr0_bit
+nvmadr1
+nvmadr1_bit
+nvmadr10
+nvmadr10_bit
+nvmadr11
+nvmadr11_bit
+nvmadr12
+nvmadr12_bit
+nvmadr13
+nvmadr13_bit
+nvmadr14
+nvmadr14_bit
+nvmadr2
+nvmadr2_bit
+nvmadr3
+nvmadr3_bit
+nvmadr4
+nvmadr4_bit
+nvmadr5
+nvmadr5_bit
+nvmadr6
+nvmadr6_bit
+nvmadr7
+nvmadr7_bit
+nvmadr8
+nvmadr8_bit
+nvmadr9
+nvmadr9_bit
+nvmadrh
+nvmadrl
+nvmcon1
+nvmcon2
+nvmdat0
+nvmdat0_bit
+nvmdat1
+nvmdat1_bit
+nvmdat10
+nvmdat10_bit
+nvmdat11
+nvmdat11_bit
+nvmdat12
+nvmdat12_bit
+nvmdat13
+nvmdat13_bit
+nvmdat2
+nvmdat2_bit
+nvmdat3
+nvmdat3_bit
+nvmdat4
+nvmdat4_bit
+nvmdat5
+nvmdat5_bit
+nvmdat6
+nvmdat6_bit
+nvmdat7
+nvmdat7_bit
+nvmdat8
+nvmdat8_bit
+nvmdat9
+nvmdat9_bit
+nvmdath
+nvmdatl
+nvmie
+nvmie_bit
+nvmif
+nvmif_bit
+nvmmd
+nvmmd_bit
+nvmregs
+nvmregs_bit
+nwdtwv
+nwdtwv_bit
+nwrite1
+nwrite1_bit
+nwrite2
+nwrite2_bit
+odca0
+odca0_bit
+odca1
+odca1_bit
+odca2
+odca2_bit
+odca3
+odca3_bit
+odca4
+odca4_bit
+odca5
+odca5_bit
+odca6
+odca6_bit
+odca7
+odca7_bit
+odcb0
+odcb0_bit
+odcb1
+odcb1_bit
+odcb2
+odcb2_bit
+odcb3
+odcb3_bit
+odcb4
+odcb4_bit
+odcb5
+odcb5_bit
+odcb6
+odcb6_bit
+odcb7
+odcb7_bit
+odcc0
+odcc0_bit
+odcc1
+odcc1_bit
+odcc2
+odcc2_bit
+odcc3
+odcc3_bit
+odcc4
+odcc4_bit
+odcc5
+odcc5_bit
+odcc6
+odcc6_bit
+odcc7
+odcc7_bit
+odcd0
+odcd0_bit
+odcd1
+odcd1_bit
+odcd2
+odcd2_bit
+odcd3
+odcd3_bit
+odcd4
+odcd4_bit
+odcd5
+odcd5_bit
+odcd6
+odcd6_bit
+odcd7
+odcd7_bit
+odce0
+odce0_bit
+odce1
+odce1_bit
+odce2
+odce2_bit
+odcona
+odconb
+odconc
+odcond
+odcone
+oe1
+oe1_bit
+oe2
+oe2_bit
+oerr
+oerr_bit
+off_cnt
+off_time
+oled_bat
+oled_clear
+oled_disp_off
+oled_disp_on
+oled_init
+oled_pwd
+oled_start
+oled_voltage
+oled_wr_str
+oled_wr_str_s
+ordy
+ordy_bit
+osccon1
+osccon2
+osccon3
+oscen
+oscfrq
+oscstat
+osctune
+osfie
+osfie_bit
+osfif
+osfif_bit
+overflow
+p1m0
+p1m0_bit
+p1m1
+p1m1_bit
+p2m0
+p2m0_bit
+p2m1
+p2m1_bit
+p3m0
+p3m0_bit
+p3m1
+p3m1_bit
+p4m0
+p4m0_bit
+p4m1
+p4m1_bit
+p5m0
+p5m0_bit
+p5m1
+p5m1_bit
+p6tsel0
+p6tsel0_bit
+p6tsel1
+p6tsel1_bit
+p7tsel0
+p7tsel0_bit
+p7tsel1
+p7tsel1_bit
+pcl
+pclath
+pclath_shad
+pcon0
+peie
+peie_bit
+pen1
+pen1_bit
+pen2
+pen2_bit
+pic_init
+pie0
+pie1
+pie2
+pie3
+pie4
+pie5
+pie6
+pie7
+pie8
+pir0
+pir1
+pir2
+pir3
+pir4
+pir5
+pir6
+pir7
+pir8
+plen0
+plen0_bit
+plen1
+plen1_bit
+plen2
+plen2_bit
+plen3
+plen3_bit
+pllr
+pllr_bit
+pmd0
+pmd1
+pmd2
+pmd3
+pmd4
+pmd5
+port_to_tris_offset
+porta
+portb
+portc
+portd
+porte
+power_off
+ppslock
+ppslocked
+ppslocked_bit
+pr0
+pr1
+pr2
+pr3
+pr4
+pr5
+pr6
+pscnt0
+pscnt0_bit
+pscnt1
+pscnt1_bit
+pscnt10
+pscnt10_bit
+pscnt11
+pscnt11_bit
+pscnt12
+pscnt12_bit
+pscnt13
+pscnt13_bit
+pscnt14
+pscnt14_bit
+pscnt15
+pscnt15_bit
+pscnt16
+pscnt16_bit
+pscnt17
+pscnt17_bit
+pscnt2
+pscnt2_bit
+pscnt3
+pscnt3_bit
+pscnt4
+pscnt4_bit
+pscnt5
+pscnt5_bit
+pscnt6
+pscnt6_bit
+pscnt7
+pscnt7_bit
+pscnt8
+pscnt8_bit
+pscnt9
+pscnt9_bit
+pss0
+pss0_bit
+pss1
+pss1_bit
+pwm6con
+pwm6dc
+pwm6dc0
+pwm6dc0_bit
+pwm6dc1
+pwm6dc1_bit
+pwm6dc2
+pwm6dc2_bit
+pwm6dc3
+pwm6dc3_bit
+pwm6dc4
+pwm6dc4_bit
+pwm6dc5
+pwm6dc5_bit
+pwm6dc6
+pwm6dc6_bit
+pwm6dc7
+pwm6dc7_bit
+pwm6dc8
+pwm6dc8_bit
+pwm6dc9
+pwm6dc9_bit
+pwm6dch
+pwm6dcl
+pwm6en
+pwm6en_bit
+pwm6md
+pwm6md_bit
+pwm6out
+pwm6out_bit
+pwm6pol
+pwm6pol_bit
+pwm7con
+pwm7dc
+pwm7dc0
+pwm7dc0_bit
+pwm7dc1
+pwm7dc1_bit
+pwm7dc2
+pwm7dc2_bit
+pwm7dc3
+pwm7dc3_bit
+pwm7dc4
+pwm7dc4_bit
+pwm7dc5
+pwm7dc5_bit
+pwm7dc6
+pwm7dc6_bit
+pwm7dc7
+pwm7dc7_bit
+pwm7dc8
+pwm7dc8_bit
+pwm7dc9
+pwm7dc9_bit
+pwm7dch
+pwm7dcl
+pwm7en
+pwm7en_bit
+pwm7md
+pwm7md_bit
+pwm7out
+pwm7out_bit
+pwm7pol
+pwm7pol_bit
+pwr
+pwr_fixed_old
+r_nw1
+r_nw1_bit
+r_nw2
+r_nw2_bit
+r_w1
+r_w1_bit
+r_w2
+r_w2_bit
+r0
+r1
+r10
+r11
+r12
+r13
+r14
+r15
+r2
+r3
+r4
+r5
+r6
+r7
+r8
+r9
+ra0
+ra0_bit
+ra0pps
+ra0pps0
+ra0pps0_bit
+ra0pps1
+ra0pps1_bit
+ra0pps2
+ra0pps2_bit
+ra0pps3
+ra0pps3_bit
+ra0pps4
+ra0pps4_bit
+ra0pps5
+ra0pps5_bit
+ra1
+ra1_bit
+ra1pps
+ra1pps0
+ra1pps0_bit
+ra1pps1
+ra1pps1_bit
+ra1pps2
+ra1pps2_bit
+ra1pps3
+ra1pps3_bit
+ra1pps4
+ra1pps4_bit
+ra1pps5
+ra1pps5_bit
+ra2
+ra2_bit
+ra2pps
+ra2pps0
+ra2pps0_bit
+ra2pps1
+ra2pps1_bit
+ra2pps2
+ra2pps2_bit
+ra2pps3
+ra2pps3_bit
+ra2pps4
+ra2pps4_bit
+ra2pps5
+ra2pps5_bit
+ra3
+ra3_bit
+ra3pps
+ra3pps0
+ra3pps0_bit
+ra3pps1
+ra3pps1_bit
+ra3pps2
+ra3pps2_bit
+ra3pps3
+ra3pps3_bit
+ra3pps4
+ra3pps4_bit
+ra3pps5
+ra3pps5_bit
+ra4
+ra4_bit
+ra4pps
+ra4pps0
+ra4pps0_bit
+ra4pps1
+ra4pps1_bit
+ra4pps2
+ra4pps2_bit
+ra4pps3
+ra4pps3_bit
+ra4pps4
+ra4pps4_bit
+ra4pps5
+ra4pps5_bit
+ra5
+ra5_bit
+ra5pps
+ra5pps0
+ra5pps0_bit
+ra5pps1
+ra5pps1_bit
+ra5pps2
+ra5pps2_bit
+ra5pps3
+ra5pps3_bit
+ra5pps4
+ra5pps4_bit
+ra5pps5
+ra5pps5_bit
+ra6
+ra6_bit
+ra6pps
+ra6pps0
+ra6pps0_bit
+ra6pps1
+ra6pps1_bit
+ra6pps2
+ra6pps2_bit
+ra6pps3
+ra6pps3_bit
+ra6pps4
+ra6pps4_bit
+ra6pps5
+ra6pps5_bit
+ra7
+ra7_bit
+ra7pps
+ra7pps0
+ra7pps0_bit
+ra7pps1
+ra7pps1_bit
+ra7pps2
+ra7pps2_bit
+ra7pps3
+ra7pps3_bit
+ra7pps4
+ra7pps4_bit
+ra7pps5
+ra7pps5_bit
+rb0
+rb0_bit
+rb0pps
+rb0pps0
+rb0pps0_bit
+rb0pps1
+rb0pps1_bit
+rb0pps2
+rb0pps2_bit
+rb0pps3
+rb0pps3_bit
+rb0pps4
+rb0pps4_bit
+rb0pps5
+rb0pps5_bit
+rb1
+rb1_bit
+rb1pps
+rb1pps0
+rb1pps0_bit
+rb1pps1
+rb1pps1_bit
+rb1pps2
+rb1pps2_bit
+rb1pps3
+rb1pps3_bit
+rb1pps4
+rb1pps4_bit
+rb1pps5
+rb1pps5_bit
+rb2
+rb2_bit
+rb2pps
+rb2pps0
+rb2pps0_bit
+rb2pps1
+rb2pps1_bit
+rb2pps2
+rb2pps2_bit
+rb2pps3
+rb2pps3_bit
+rb2pps4
+rb2pps4_bit
+rb2pps5
+rb2pps5_bit
+rb3
+rb3_bit
+rb3pps
+rb3pps0
+rb3pps0_bit
+rb3pps1
+rb3pps1_bit
+rb3pps2
+rb3pps2_bit
+rb3pps3
+rb3pps3_bit
+rb3pps4
+rb3pps4_bit
+rb3pps5
+rb3pps5_bit
+rb4
+rb4_bit
+rb4pps
+rb4pps0
+rb4pps0_bit
+rb4pps1
+rb4pps1_bit
+rb4pps2
+rb4pps2_bit
+rb4pps3
+rb4pps3_bit
+rb4pps4
+rb4pps4_bit
+rb4pps5
+rb4pps5_bit
+rb5
+rb5_bit
+rb5pps
+rb5pps0
+rb5pps0_bit
+rb5pps1
+rb5pps1_bit
+rb5pps2
+rb5pps2_bit
+rb5pps3
+rb5pps3_bit
+rb5pps4
+rb5pps4_bit
+rb5pps5
+rb5pps5_bit
+rb6
+rb6_bit
+rb6pps
+rb6pps0
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+rd6
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+rd7
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+re2pps2_bit
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+re3
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+read_write2_bit
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+rel_to_plus_n
+relay_set
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+roi_bit
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+rsen2_bit
+rtrim
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+rw1_bit
+rw2
+rw2_bit
+rx9
+rx9_bit
+rx9d
+rx9d_bit
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+rxpps0_bit
+rxpps1
+rxpps1_bit
+rxpps2
+rxpps2_bit
+rxpps3
+rxpps3_bit
+rxpps4
+rxpps4_bit
+sboren
+sboren_bit
+scanbusy
+scanbusy_bit
+scancon0
+scanen
+scanen_bit
+scango
+scango_bit
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+scanhadr14
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+scanhadr5
+scanhadr5_bit
+scanhadr6
+scanhadr6_bit
+scanhadr7
+scanhadr7_bit
+scanhadr8
+scanhadr8_bit
+scanhadr9
+scanhadr9_bit
+scanhadrh
+scanhadrl
+scanie
+scanie_bit
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+scanintm
+scanintm_bit
+scaninvalid
+scaninvalid_bit
+scanladr0
+scanladr0_bit
+scanladr1
+scanladr1_bit
+scanladr10
+scanladr10_bit
+scanladr11
+scanladr11_bit
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+scanladr12_bit
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+scanladr13_bit
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+scanladr14_bit
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+scanladr2_bit
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+scanladr4_bit
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+scanladr5_bit
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+scanladr6_bit
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+scanladr8
+scanladr8_bit
+scanladr9
+scanladr9_bit
+scanladrh
+scanladrl
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+scanmode1_bit
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+scantsel1_bit
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+scantsel3
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+sdiv3232l
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+sen2_bit
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+sendb
+sendb_bit
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+setfdz32
+setfov32
+setfun32
+setiov3224
+sharp_cap
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+shft8_bit
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+shft9_bit
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+shiftm_bit
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+slrd3_bit
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+smt1cpr22_bit
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+smt1cpr23_bit
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+smt1cpr5_bit
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+smt1cpr6_bit
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+smt1cpr7_bit
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+smt1cpr8_bit
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+smt1cpr9_bit
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+smt1cpru
+smt1cprup
+smt1cprup_bit
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+smt1cpw10_bit
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+smt1cpw12_bit
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+smt1cpw13_bit
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+smt1cpw15_bit
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+smt1cpw16_bit
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+smt1cpw2_bit
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+smt1cpw20_bit
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+smt1cpw21_bit
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+smt1cpw22_bit
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+smt1cpw23_bit
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+smt1cpw3_bit
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+smt1cpw5_bit
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+smt1cpw6_bit
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+smt1cpw7_bit
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+smt1cpw8_bit
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+smt1cpw9_bit
+smt1cpwh
+smt1cpwl
+smt1cpwu
+smt1cpwup
+smt1cpwup_bit
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+smt1csel0_bit
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+smt1csel2_bit
+smt1en
+smt1en_bit
+smt1go
+smt1go_bit
+smt1ie
+smt1ie_bit
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+smt1if_bit
+smt1md
+smt1md_bit
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+smt1pr10_bit
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+smt1pr12_bit
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+smt1pr13_bit
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+smt1pr14_bit
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+smt1pr15_bit
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+smt1pr16_bit
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+smt1pr2_bit
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+smt1pr22_bit
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+smt1pr23_bit
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+smt1pr3_bit
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+smt1pr6_bit
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+smt1pr7_bit
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+smt1pr8_bit
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+smt1pr9_bit
+smt1praie
+smt1praie_bit
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+smt1praif_bit
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+smt1ps1_bit
+smt1pwaie
+smt1pwaie_bit
+smt1pwaif
+smt1pwaif_bit
+smt1repeat
+smt1repeat_bit
+smt1reset
+smt1reset_bit
+smt1rst
+smt1rst_bit
+smt1sig
+smt1sigpps
+smt1spol
+smt1spol_bit
+smt1ssel0
+smt1ssel0_bit
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+smt1ssel2_bit
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+smt1ssel3_bit
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+smt1ssel4_bit
+smt1stat
+smt1stp
+smt1stp_bit
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+smt1tmr0_bit
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+smt1tmr1_bit
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+smt1tmr10_bit
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+smt1tmr11_bit
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+smt1tmr12_bit
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+smt1tmr13_bit
+smt1tmr14
+smt1tmr14_bit
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+smt1tmr15_bit
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+smt1tmr16_bit
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+smt1tmr17_bit
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+smt1tmr18_bit
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+smt1tmr19_bit
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+smt1tmr2_bit
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+smt1tmr20_bit
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+smt1tmr21_bit
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+smt1tmr22_bit
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+smt1tmr23_bit
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+smt1tmr3_bit
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+smt1tmr4_bit
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+smt1tmr5_bit
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+smt1tmr6_bit
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+smt1tmr7_bit
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+smt1tmr8_bit
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+smt1tmr9_bit
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+smt1tmrl
+smt1tmru
+smt1ts
+smt1ts_bit
+smt1win
+smt1winpps
+smt1wol
+smt1wol_bit
+smt1ws
+smt1ws_bit
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+smt2as_bit
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+smt2cpol_bit
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+smt2cpr0_bit
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+smt2cpr1_bit
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+smt2cpr10_bit
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+smt2cpr11_bit
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+smt2cpr12_bit
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+smt2cpr14_bit
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+smt2cpr15_bit
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+smt2cpr16_bit
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+smt2cpr2_bit
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+smt2cpr23_bit
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+smt2cpr3_bit
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+smt2cpr4_bit
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+smt2cpr6_bit
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+smt2cpr7_bit
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+smt2cpr8_bit
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+smt2cpr9_bit
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+smt2cprl
+smt2cpru
+smt2cprup
+smt2cprup_bit
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+smt2cpw0_bit
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+smt2cpw1_bit
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+smt2cpw10_bit
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+smt2cpw11_bit
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+smt2cpw12_bit
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+smt2cpw14_bit
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+smt2cpw16_bit
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+smt2cpw17_bit
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+smt2cpw2_bit
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+smt2cpw20_bit
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+smt2cpw21_bit
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+smt2cpw22_bit
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+smt2cpw23_bit
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+smt2cpw6_bit
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+smt2cpw7_bit
+smt2cpw8
+smt2cpw8_bit
+smt2cpw9
+smt2cpw9_bit
+smt2cpwh
+smt2cpwl
+smt2cpwu
+smt2cpwup
+smt2cpwup_bit
+smt2csel0
+smt2csel0_bit
+smt2csel1
+smt2csel1_bit
+smt2csel2
+smt2csel2_bit
+smt2en
+smt2en_bit
+smt2go
+smt2go_bit
+smt2ie
+smt2ie_bit
+smt2if
+smt2if_bit
+smt2md
+smt2md_bit
+smt2pr0
+smt2pr0_bit
+smt2pr1
+smt2pr1_bit
+smt2pr10
+smt2pr10_bit
+smt2pr11
+smt2pr11_bit
+smt2pr12
+smt2pr12_bit
+smt2pr13
+smt2pr13_bit
+smt2pr14
+smt2pr14_bit
+smt2pr15
+smt2pr15_bit
+smt2pr16
+smt2pr16_bit
+smt2pr17
+smt2pr17_bit
+smt2pr18
+smt2pr18_bit
+smt2pr19
+smt2pr19_bit
+smt2pr2
+smt2pr2_bit
+smt2pr20
+smt2pr20_bit
+smt2pr21
+smt2pr21_bit
+smt2pr22
+smt2pr22_bit
+smt2pr23
+smt2pr23_bit
+smt2pr3
+smt2pr3_bit
+smt2pr4
+smt2pr4_bit
+smt2pr5
+smt2pr5_bit
+smt2pr6
+smt2pr6_bit
+smt2pr7
+smt2pr7_bit
+smt2pr8
+smt2pr8_bit
+smt2pr9
+smt2pr9_bit
+smt2praie
+smt2praie_bit
+smt2praif
+smt2praif_bit
+smt2prh
+smt2prl
+smt2pru
+smt2ps0
+smt2ps0_bit
+smt2ps1
+smt2ps1_bit
+smt2pwaie
+smt2pwaie_bit
+smt2pwaif
+smt2pwaif_bit
+smt2repeat
+smt2repeat_bit
+smt2reset
+smt2reset_bit
+smt2rst
+smt2rst_bit
+smt2sig
+smt2sigpps
+smt2spol
+smt2spol_bit
+smt2ssel0
+smt2ssel0_bit
+smt2ssel1
+smt2ssel1_bit
+smt2ssel2
+smt2ssel2_bit
+smt2ssel3
+smt2ssel3_bit
+smt2ssel4
+smt2ssel4_bit
+smt2stat
+smt2stp
+smt2stp_bit
+smt2tmr0
+smt2tmr0_bit
+smt2tmr1
+smt2tmr1_bit
+smt2tmr10
+smt2tmr10_bit
+smt2tmr11
+smt2tmr11_bit
+smt2tmr12
+smt2tmr12_bit
+smt2tmr13
+smt2tmr13_bit
+smt2tmr14
+smt2tmr14_bit
+smt2tmr15
+smt2tmr15_bit
+smt2tmr16
+smt2tmr16_bit
+smt2tmr17
+smt2tmr17_bit
+smt2tmr18
+smt2tmr18_bit
+smt2tmr19
+smt2tmr19_bit
+smt2tmr2
+smt2tmr2_bit
+smt2tmr20
+smt2tmr20_bit
+smt2tmr21
+smt2tmr21_bit
+smt2tmr22
+smt2tmr22_bit
+smt2tmr23
+smt2tmr23_bit
+smt2tmr3
+smt2tmr3_bit
+smt2tmr4
+smt2tmr4_bit
+smt2tmr5
+smt2tmr5_bit
+smt2tmr6
+smt2tmr6_bit
+smt2tmr7
+smt2tmr7_bit
+smt2tmr8
+smt2tmr8_bit
+smt2tmr9
+smt2tmr9_bit
+smt2tmrh
+smt2tmrl
+smt2tmru
+smt2ts
+smt2ts_bit
+smt2win
+smt2winpps
+smt2wol
+smt2wol_bit
+smt2ws
+smt2ws_bit
+smt2wsel0
+smt2wsel0_bit
+smt2wsel1
+smt2wsel1_bit
+smt2wsel2
+smt2wsel2_bit
+smt2wsel3
+smt2wsel3_bit
+smt2wsel4
+smt2wsel4_bit
+smu1sigpps0
+smu1sigpps0_bit
+smu1sigpps1
+smu1sigpps1_bit
+smu1sigpps2
+smu1sigpps2_bit
+smu1sigpps3
+smu1sigpps3_bit
+smu1sigpps4
+smu1sigpps4_bit
+smu1winpps0
+smu1winpps0_bit
+smu1winpps1
+smu1winpps1_bit
+smu1winpps2
+smu1winpps2_bit
+smu1winpps3
+smu1winpps3_bit
+smu1winpps4
+smu1winpps4_bit
+smu2sigpps0
+smu2sigpps0_bit
+smu2sigpps1
+smu2sigpps1_bit
+smu2sigpps2
+smu2sigpps2_bit
+smu2sigpps3
+smu2sigpps3_bit
+smu2sigpps4
+smu2sigpps4_bit
+smu2winpps0
+smu2winpps0_bit
+smu2winpps1
+smu2winpps1_bit
+smu2winpps2
+smu2winpps2_bit
+smu2winpps3
+smu2winpps3_bit
+smu2winpps4
+smu2winpps4_bit
+soft_i2c_ack
+soft_i2c_init
+soft_i2c_nack
+soft_i2c_read
+soft_i2c_start
+soft_i2c_stop
+soft_i2c_write
+sor
+sor_bit
+soscen
+soscen_bit
+soscpwr
+soscpwr_bit
+sp1brg
+sp1brgh
+sp1brgl
+spbrg
+spbrg1
+spbrgh
+spbrgh1
+spbrgl
+spen
+spen_bit
+sren
+sren_bit
+ssp1add
+ssp1buf
+ssp1clkpps
+ssp1clkpps0
+ssp1clkpps0_bit
+ssp1clkpps1
+ssp1clkpps1_bit
+ssp1clkpps2
+ssp1clkpps2_bit
+ssp1clkpps3
+ssp1clkpps3_bit
+ssp1clkpps4
+ssp1clkpps4_bit
+ssp1con1
+ssp1con2
+ssp1con3
+ssp1datpps
+ssp1datpps0
+ssp1datpps0_bit
+ssp1datpps1
+ssp1datpps1_bit
+ssp1datpps2
+ssp1datpps2_bit
+ssp1datpps3
+ssp1datpps3_bit
+ssp1datpps4
+ssp1datpps4_bit
+ssp1ie
+ssp1ie_bit
+ssp1if
+ssp1if_bit
+ssp1msk
+ssp1sspps
+ssp1sspps0
+ssp1sspps0_bit
+ssp1sspps1
+ssp1sspps1_bit
+ssp1sspps2
+ssp1sspps2_bit
+ssp1sspps3
+ssp1sspps3_bit
+ssp1sspps4
+ssp1sspps4_bit
+ssp1stat
+ssp2add
+ssp2buf
+ssp2clkpps
+ssp2clkpps0
+ssp2clkpps0_bit
+ssp2clkpps1
+ssp2clkpps1_bit
+ssp2clkpps2
+ssp2clkpps2_bit
+ssp2clkpps3
+ssp2clkpps3_bit
+ssp2clkpps4
+ssp2clkpps4_bit
+ssp2con1
+ssp2con2
+ssp2con3
+ssp2datpps
+ssp2datpps0
+ssp2datpps0_bit
+ssp2datpps1
+ssp2datpps1_bit
+ssp2datpps2
+ssp2datpps2_bit
+ssp2datpps3
+ssp2datpps3_bit
+ssp2datpps4
+ssp2datpps4_bit
+ssp2ie
+ssp2ie_bit
+ssp2if
+ssp2if_bit
+ssp2msk
+ssp2sspps
+ssp2sspps0
+ssp2sspps0_bit
+ssp2sspps1
+ssp2sspps1_bit
+ssp2sspps2
+ssp2sspps2_bit
+ssp2sspps3
+ssp2sspps3_bit
+ssp2sspps4
+ssp2sspps4_bit
+ssp2stat
+sspen1
+sspen1_bit
+sspen2
+sspen2_bit
+sspm01
+sspm01_bit
+sspm02
+sspm02_bit
+sspm11
+sspm11_bit
+sspm12
+sspm12_bit
+sspm21
+sspm21_bit
+sspm22
+sspm22_bit
+sspm31
+sspm31_bit
+sspm32
+sspm32_bit
+sspov1
+sspov1_bit
+sspov2
+sspov2_bit
+start1
+start1_bit
+start2
+start2_bit
+state
+state_bit
+status
+status_shad
+step_cap
+step_ind
+stkovf
+stkovf_bit
+stkptr
+stkunf
+stkunf_bit
+stop1
+stop1_bit
+stop2
+stop2_bit
+strtobyte
+strtofloat
+strtoint
+strtolong
+strtolongint
+strtoshort
+strtoword
+sub_32x32_fp
+sw
+swap
+swdten
+swdten_bit
+swr
+swr_fixed_old
+swr_ind
+syscmd
+syscmd_bit
+t016bit
+t016bit_bit
+t0async
+t0async_bit
+t0ckipps
+t0ckipps0
+t0ckipps0_bit
+t0ckipps1
+t0ckipps1_bit
+t0ckipps2
+t0ckipps2_bit
+t0ckipps3
+t0ckipps3_bit
+t0ckps0
+t0ckps0_bit
+t0ckps1
+t0ckps1_bit
+t0ckps2
+t0ckps2_bit
+t0ckps3
+t0ckps3_bit
+t0con0
+t0con1
+t0cs0
+t0cs0_bit
+t0cs1
+t0cs1_bit
+t0cs2
+t0cs2_bit
+t0en
+t0en_bit
+t0out
+t0out_bit
+t0outps0
+t0outps0_bit
+t0outps1
+t0outps1_bit
+t0outps2
+t0outps2_bit
+t0outps3
+t0outps3_bit
+t0pr0
+t0pr0_bit
+t0pr1
+t0pr1_bit
+t0pr2
+t0pr2_bit
+t0pr3
+t0pr3_bit
+t0pr4
+t0pr4_bit
+t0pr5
+t0pr5_bit
+t0pr6
+t0pr6_bit
+t0pr7
+t0pr7_bit
+t0ps0
+t0ps0_bit
+t0ps1
+t0ps1_bit
+t0ps2
+t0ps2_bit
+t0ps3
+t0ps3_bit
+t1ckipps
+t1ckipps0
+t1ckipps0_bit
+t1ckipps1
+t1ckipps1_bit
+t1ckipps2
+t1ckipps2_bit
+t1ckipps3
+t1ckipps3_bit
+t1ckipps4
+t1ckipps4_bit
+t1ckps0
+t1ckps0_bit
+t1ckps1
+t1ckps1_bit
+t1clk
+t1con
+t1cs0
+t1cs0_bit
+t1cs1
+t1cs1_bit
+t1cs2
+t1cs2_bit
+t1cs3
+t1cs3_bit
+t1gate
+t1gcon
+t1ge
+t1ge_bit
+t1ggo
+t1ggo_bit
+t1ggo_ndone
+t1ggo_ndone_bit
+t1gpol
+t1gpol_bit
+t1gpps
+t1gpps0
+t1gpps0_bit
+t1gpps1
+t1gpps1_bit
+t1gpps2
+t1gpps2_bit
+t1gpps3
+t1gpps3_bit
+t1gpps4
+t1gpps4_bit
+t1gspm
+t1gspm_bit
+t1gss0
+t1gss0_bit
+t1gss1
+t1gss1_bit
+t1gss2
+t1gss2_bit
+t1gss3
+t1gss3_bit
+t1gss4
+t1gss4_bit
+t1gtm
+t1gtm_bit
+t1gval
+t1gval_bit
+t1rd16
+t1rd16_bit
+t2ainpps
+t2ainpps0
+t2ainpps0_bit
+t2ainpps1
+t2ainpps1_bit
+t2ainpps2
+t2ainpps2_bit
+t2ainpps3
+t2ainpps3_bit
+t2ainpps4
+t2ainpps4_bit
+t2ckpol
+t2ckpol_bit
+t2ckps0
+t2ckps0_bit
+t2ckps1
+t2ckps1_bit
+t2ckps2
+t2ckps2_bit
+t2cksync
+t2cksync_bit
+t2clk
+t2clkcon
+t2con
+t2cs0
+t2cs0_bit
+t2cs1
+t2cs1_bit
+t2cs2
+t2cs2_bit
+t2cs3
+t2cs3_bit
+t2hlt
+t2mode0
+t2mode0_bit
+t2mode1
+t2mode1_bit
+t2mode2
+t2mode2_bit
+t2mode3
+t2mode3_bit
+t2mode4
+t2mode4_bit
+t2on
+t2on_bit
+t2outps0
+t2outps0_bit
+t2outps1
+t2outps1_bit
+t2outps2
+t2outps2_bit
+t2outps3
+t2outps3_bit
+t2pr
+t2psync
+t2psync_bit
+t2rsel0
+t2rsel0_bit
+t2rsel1
+t2rsel1_bit
+t2rsel2
+t2rsel2_bit
+t2rsel3
+t2rsel3_bit
+t2rsel4
+t2rsel4_bit
+t2rst
+t2tmr
+t3ckipps
+t3ckipps0
+t3ckipps0_bit
+t3ckipps1
+t3ckipps1_bit
+t3ckipps2
+t3ckipps2_bit
+t3ckipps3
+t3ckipps3_bit
+t3ckipps4
+t3ckipps4_bit
+t3ckps0
+t3ckps0_bit
+t3ckps1
+t3ckps1_bit
+t3clk
+t3con
+t3cs0
+t3cs0_bit
+t3cs1
+t3cs1_bit
+t3cs2
+t3cs2_bit
+t3cs3
+t3cs3_bit
+t3gate
+t3gcon
+t3ge
+t3ge_bit
+t3ggo
+t3ggo_bit
+t3ggo_ndone
+t3ggo_ndone_bit
+t3gpol
+t3gpol_bit
+t3gpps
+t3gpps0
+t3gpps0_bit
+t3gpps1
+t3gpps1_bit
+t3gpps2
+t3gpps2_bit
+t3gpps3
+t3gpps3_bit
+t3gpps4
+t3gpps4_bit
+t3gspm
+t3gspm_bit
+t3gss0
+t3gss0_bit
+t3gss1
+t3gss1_bit
+t3gss2
+t3gss2_bit
+t3gss3
+t3gss3_bit
+t3gss4
+t3gss4_bit
+t3gtm
+t3gtm_bit
+t3gval
+t3gval_bit
+t3rd16
+t3rd16_bit
+t4ainpps
+t4ainpps0
+t4ainpps0_bit
+t4ainpps1
+t4ainpps1_bit
+t4ainpps2
+t4ainpps2_bit
+t4ainpps3
+t4ainpps3_bit
+t4ainpps4
+t4ainpps4_bit
+t4ckpol
+t4ckpol_bit
+t4ckps0
+t4ckps0_bit
+t4ckps1
+t4ckps1_bit
+t4ckps2
+t4ckps2_bit
+t4cksync
+t4cksync_bit
+t4clk
+t4clkcon
+t4con
+t4cs0
+t4cs0_bit
+t4cs1
+t4cs1_bit
+t4cs2
+t4cs2_bit
+t4cs3
+t4cs3_bit
+t4hlt
+t4mode0
+t4mode0_bit
+t4mode1
+t4mode1_bit
+t4mode2
+t4mode2_bit
+t4mode3
+t4mode3_bit
+t4mode4
+t4mode4_bit
+t4on
+t4on_bit
+t4outps0
+t4outps0_bit
+t4outps1
+t4outps1_bit
+t4outps2
+t4outps2_bit
+t4outps3
+t4outps3_bit
+t4pr
+t4psync
+t4psync_bit
+t4rsel0
+t4rsel0_bit
+t4rsel1
+t4rsel1_bit
+t4rsel2
+t4rsel2_bit
+t4rsel3
+t4rsel3_bit
+t4rsel4
+t4rsel4_bit
+t4rst
+t4tmr
+t5ckipps
+t5ckipps0
+t5ckipps0_bit
+t5ckipps1
+t5ckipps1_bit
+t5ckipps2
+t5ckipps2_bit
+t5ckipps3
+t5ckipps3_bit
+t5ckipps4
+t5ckipps4_bit
+t5ckps0
+t5ckps0_bit
+t5ckps1
+t5ckps1_bit
+t5clk
+t5con
+t5cs0
+t5cs0_bit
+t5cs1
+t5cs1_bit
+t5cs2
+t5cs2_bit
+t5cs3
+t5cs3_bit
+t5gate
+t5gcon
+t5ge
+t5ge_bit
+t5ggo
+t5ggo_bit
+t5ggo_ndone
+t5ggo_ndone_bit
+t5gpol
+t5gpol_bit
+t5gpps
+t5gpps0
+t5gpps0_bit
+t5gpps1
+t5gpps1_bit
+t5gpps2
+t5gpps2_bit
+t5gpps3
+t5gpps3_bit
+t5gpps4
+t5gpps4_bit
+t5gspm
+t5gspm_bit
+t5gss0
+t5gss0_bit
+t5gss1
+t5gss1_bit
+t5gss2
+t5gss2_bit
+t5gss3
+t5gss3_bit
+t5gss4
+t5gss4_bit
+t5gtm
+t5gtm_bit
+t5gval
+t5gval_bit
+t5rd16
+t5rd16_bit
+t6ainpps
+t6ainpps0
+t6ainpps0_bit
+t6ainpps1
+t6ainpps1_bit
+t6ainpps2
+t6ainpps2_bit
+t6ainpps3
+t6ainpps3_bit
+t6ainpps4
+t6ainpps4_bit
+t6ckpol
+t6ckpol_bit
+t6ckps0
+t6ckps0_bit
+t6ckps1
+t6ckps1_bit
+t6ckps2
+t6ckps2_bit
+t6cksync
+t6cksync_bit
+t6clk
+t6clkcon
+t6con
+t6cs0
+t6cs0_bit
+t6cs1
+t6cs1_bit
+t6cs2
+t6cs2_bit
+t6cs3
+t6cs3_bit
+t6hlt
+t6mode0
+t6mode0_bit
+t6mode1
+t6mode1_bit
+t6mode2
+t6mode2_bit
+t6mode3
+t6mode3_bit
+t6mode4
+t6mode4_bit
+t6on
+t6on_bit
+t6outps0
+t6outps0_bit
+t6outps1
+t6outps1_bit
+t6outps2
+t6outps2_bit
+t6outps3
+t6outps3_bit
+t6pr
+t6psync
+t6psync_bit
+t6rsel0
+t6rsel0_bit
+t6rsel1
+t6rsel1_bit
+t6rsel2
+t6rsel2_bit
+t6rsel3
+t6rsel3_bit
+t6rsel4
+t6rsel4_bit
+t6rst
+t6tmr
+tick
+tmr0
+tmr0h
+tmr0h0
+tmr0h0_bit
+tmr0h1
+tmr0h1_bit
+tmr0h2
+tmr0h2_bit
+tmr0h3
+tmr0h3_bit
+tmr0h4
+tmr0h4_bit
+tmr0h5
+tmr0h5_bit
+tmr0h6
+tmr0h6_bit
+tmr0h7
+tmr0h7_bit
+tmr0ie
+tmr0ie_bit
+tmr0if
+tmr0if_bit
+tmr0l
+tmr0l0
+tmr0l0_bit
+tmr0l1
+tmr0l1_bit
+tmr0l2
+tmr0l2_bit
+tmr0l3
+tmr0l3_bit
+tmr0l4
+tmr0l4_bit
+tmr0l5
+tmr0l5_bit
+tmr0l6
+tmr0l6_bit
+tmr0l7
+tmr0l7_bit
+tmr0md
+tmr0md_bit
+tmr1
+tmr110
+tmr110_bit
+tmr111
+tmr111_bit
+tmr112
+tmr112_bit
+tmr113
+tmr113_bit
+tmr114
+tmr114_bit
+tmr115
+tmr115_bit
+tmr1clk
+tmr1gate
+tmr1gie
+tmr1gie_bit
+tmr1gif
+tmr1gif_bit
+tmr1h
+tmr1h0
+tmr1h0_bit
+tmr1h1
+tmr1h1_bit
+tmr1h2
+tmr1h2_bit
+tmr1h3
+tmr1h3_bit
+tmr1h4
+tmr1h4_bit
+tmr1h5
+tmr1h5_bit
+tmr1h6
+tmr1h6_bit
+tmr1h7
+tmr1h7_bit
+tmr1ie
+tmr1ie_bit
+tmr1if
+tmr1if_bit
+tmr1l
+tmr1l0
+tmr1l0_bit
+tmr1l1
+tmr1l1_bit
+tmr1l2
+tmr1l2_bit
+tmr1l3
+tmr1l3_bit
+tmr1l4
+tmr1l4_bit
+tmr1l5
+tmr1l5_bit
+tmr1l6
+tmr1l6_bit
+tmr1l7
+tmr1l7_bit
+tmr1md
+tmr1md_bit
+tmr1on
+tmr1on_bit
+tmr2
+tmr2ie
+tmr2ie_bit
+tmr2if
+tmr2if_bit
+tmr2md
+tmr2md_bit
+tmr2on
+tmr2on_bit
+tmr3
+tmr30
+tmr30_bit
+tmr31
+tmr31_bit
+tmr310
+tmr310_bit
+tmr311
+tmr311_bit
+tmr312
+tmr312_bit
+tmr313
+tmr313_bit
+tmr314
+tmr314_bit
+tmr315
+tmr315_bit
+tmr32
+tmr32_bit
+tmr33
+tmr33_bit
+tmr34
+tmr34_bit
+tmr35
+tmr35_bit
+tmr36
+tmr36_bit
+tmr37
+tmr37_bit
+tmr38
+tmr38_bit
+tmr39
+tmr39_bit
+tmr3clk
+tmr3gate
+tmr3gie
+tmr3gie_bit
+tmr3gif
+tmr3gif_bit
+tmr3h
+tmr3h0
+tmr3h0_bit
+tmr3h1
+tmr3h1_bit
+tmr3h2
+tmr3h2_bit
+tmr3h3
+tmr3h3_bit
+tmr3h4
+tmr3h4_bit
+tmr3h5
+tmr3h5_bit
+tmr3h6
+tmr3h6_bit
+tmr3h7
+tmr3h7_bit
+tmr3ie
+tmr3ie_bit
+tmr3if
+tmr3if_bit
+tmr3l
+tmr3l0
+tmr3l0_bit
+tmr3l1
+tmr3l1_bit
+tmr3l2
+tmr3l2_bit
+tmr3l3
+tmr3l3_bit
+tmr3l4
+tmr3l4_bit
+tmr3l5
+tmr3l5_bit
+tmr3l6
+tmr3l6_bit
+tmr3l7
+tmr3l7_bit
+tmr3md
+tmr3md_bit
+tmr3on
+tmr3on_bit
+tmr4
+tmr4ie
+tmr4ie_bit
+tmr4if
+tmr4if_bit
+tmr4md
+tmr4md_bit
+tmr4on
+tmr4on_bit
+tmr5
+tmr50
+tmr50_bit
+tmr51
+tmr51_bit
+tmr510
+tmr510_bit
+tmr511
+tmr511_bit
+tmr512
+tmr512_bit
+tmr513
+tmr513_bit
+tmr514
+tmr514_bit
+tmr515
+tmr515_bit
+tmr52
+tmr52_bit
+tmr53
+tmr53_bit
+tmr54
+tmr54_bit
+tmr55
+tmr55_bit
+tmr56
+tmr56_bit
+tmr57
+tmr57_bit
+tmr58
+tmr58_bit
+tmr59
+tmr59_bit
+tmr5clk
+tmr5gate
+tmr5gie
+tmr5gie_bit
+tmr5gif
+tmr5gif_bit
+tmr5h
+tmr5h0
+tmr5h0_bit
+tmr5h1
+tmr5h1_bit
+tmr5h2
+tmr5h2_bit
+tmr5h3
+tmr5h3_bit
+tmr5h4
+tmr5h4_bit
+tmr5h5
+tmr5h5_bit
+tmr5h6
+tmr5h6_bit
+tmr5h7
+tmr5h7_bit
+tmr5ie
+tmr5ie_bit
+tmr5if
+tmr5if_bit
+tmr5l
+tmr5l0
+tmr5l0_bit
+tmr5l1
+tmr5l1_bit
+tmr5l2
+tmr5l2_bit
+tmr5l3
+tmr5l3_bit
+tmr5l4
+tmr5l4_bit
+tmr5l5
+tmr5l5_bit
+tmr5l6
+tmr5l6_bit
+tmr5l7
+tmr5l7_bit
+tmr5md
+tmr5md_bit
+tmr5on
+tmr5on_bit
+tmr6
+tmr6ie
+tmr6ie_bit
+tmr6if
+tmr6if_bit
+tmr6md
+tmr6md_bit
+tmr6on
+tmr6on_bit
+tosh
+tosl
+trisa
+trisa0
+trisa0_bit
+trisa1
+trisa1_bit
+trisa2
+trisa2_bit
+trisa3
+trisa3_bit
+trisa4
+trisa4_bit
+trisa5
+trisa5_bit
+trisa6
+trisa6_bit
+trisa7
+trisa7_bit
+trisb
+trisb0
+trisb0_bit
+trisb1
+trisb1_bit
+trisb2
+trisb2_bit
+trisb3
+trisb3_bit
+trisb4
+trisb4_bit
+trisb5
+trisb5_bit
+trisb6
+trisb6_bit
+trisb7
+trisb7_bit
+trisc
+trisc0
+trisc0_bit
+trisc1
+trisc1_bit
+trisc2
+trisc2_bit
+trisc3
+trisc3_bit
+trisc4
+trisc4_bit
+trisc5
+trisc5_bit
+trisc6
+trisc6_bit
+trisc7
+trisc7_bit
+trisd
+trisd0
+trisd0_bit
+trisd1
+trisd1_bit
+trisd2
+trisd2_bit
+trisd3
+trisd3_bit
+trisd4
+trisd4_bit
+trisd5
+trisd5_bit
+trisd6
+trisd6_bit
+trisd7
+trisd7_bit
+trise
+trise0
+trise0_bit
+trise1
+trise1_bit
+trise2
+trise2_bit
+trmt
+trmt_bit
+tsel0
+tsel0_bit
+tsel1
+tsel1_bit
+tsel2
+tsel2_bit
+tsel3
+tsel3_bit
+tsen
+tsen_bit
+tsrng
+tsrng_bit
+tune
+tx1reg
+tx1sta
+tx9
+tx9_bit
+tx9d
+tx9d_bit
+txen
+txen_bit
+txie
+txie_bit
+txif
+txif_bit
+txpps
+txpps0
+txpps0_bit
+txpps1
+txpps1_bit
+txpps2
+txpps2_bit
+txpps3
+txpps3_bit
+txpps4
+txpps4_bit
+txreg
+txreg1
+txsta
+txsta1
+txt
+txt_2
+ua1
+ua1_bit
+ua2
+ua2_bit
+uart1md
+uart1md_bit
+vdelay_advanced_ms
+vdelay_ms
+volt_cnt
+voltage
+voltage_old
+voltage_show
+vref_mask
+w
+watch_cnt
+watch_swr
+wcol1
+wcol1_bit
+wcol2
+wcol2_bit
+wdtcon0
+wdtcon1
+wdtcs0
+wdtcs0_bit
+wdtcs1
+wdtcs1_bit
+wdtcs2
+wdtcs2_bit
+wdtps0
+wdtps0_bit
+wdtps1
+wdtps1_bit
+wdtps2
+wdtps2_bit
+wdtps3
+wdtps3_bit
+wdtps4
+wdtps4_bit
+wdtpscnt0
+wdtpscnt0_bit
+wdtpscnt1
+wdtpscnt1_bit
+wdtpscnt10
+wdtpscnt10_bit
+wdtpscnt11
+wdtpscnt11_bit
+wdtpscnt12
+wdtpscnt12_bit
+wdtpscnt13
+wdtpscnt13_bit
+wdtpscnt14
+wdtpscnt14_bit
+wdtpscnt15
+wdtpscnt15_bit
+wdtpscnt16
+wdtpscnt16_bit
+wdtpscnt17
+wdtpscnt17_bit
+wdtpscnt2
+wdtpscnt2_bit
+wdtpscnt3
+wdtpscnt3_bit
+wdtpscnt4
+wdtpscnt4_bit
+wdtpscnt5
+wdtpscnt5_bit
+wdtpscnt6
+wdtpscnt6_bit
+wdtpscnt7
+wdtpscnt7_bit
+wdtpscnt8
+wdtpscnt8_bit
+wdtpscnt9
+wdtpscnt9_bit
+wdtpsh
+wdtpsl
+wdtsen
+wdtsen_bit
+wdtstate
+wdtstate_bit
+wdttmr
+wdttmr0
+wdttmr0_bit
+wdttmr1
+wdttmr1_bit
+wdttmr2
+wdttmr2_bit
+wdttmr3
+wdttmr3_bit
+wdtwindow0
+wdtwindow0_bit
+wdtwindow1
+wdtwindow1_bit
+wdtwindow2
+wdtwindow2_bit
+window0
+window0_bit
+window1
+window1_bit
+window2
+window2_bit
+word2double
+wordtohex
+wordtostr
+wordtostrwithzeros
+wpua
+wpua0
+wpua0_bit
+wpua1
+wpua1_bit
+wpua2
+wpua2_bit
+wpua3
+wpua3_bit
+wpua4
+wpua4_bit
+wpua5
+wpua5_bit
+wpua6
+wpua6_bit
+wpua7
+wpua7_bit
+wpub
+wpub0
+wpub0_bit
+wpub1
+wpub1_bit
+wpub2
+wpub2_bit
+wpub3
+wpub3_bit
+wpub4
+wpub4_bit
+wpub5
+wpub5_bit
+wpub6
+wpub6_bit
+wpub7
+wpub7_bit
+wpuc
+wpuc0
+wpuc0_bit
+wpuc1
+wpuc1_bit
+wpuc2
+wpuc2_bit
+wpuc3
+wpuc3_bit
+wpuc4
+wpuc4_bit
+wpuc5
+wpuc5_bit
+wpuc6
+wpuc6_bit
+wpuc7
+wpuc7_bit
+wpud
+wpud0
+wpud0_bit
+wpud1
+wpud1_bit
+wpud2
+wpud2_bit
+wpud3
+wpud3_bit
+wpud4
+wpud4_bit
+wpud5
+wpud5_bit
+wpud6
+wpud6_bit
+wpud7
+wpud7_bit
+wpue
+wpue0
+wpue0_bit
+wpue1
+wpue1_bit
+wpue2
+wpue2_bit
+wpue3
+wpue3_bit
+wr
+wr_bit
+wreg
+wreg_shad
+wren
+wren_bit
+wrerr
+wrerr_bit
+wue
+wue_bit
+x1
+x1_bit
+x10
+x10_bit
+x11
+x11_bit
+x12
+x12_bit
+x13
+x13_bit
+x14
+x14_bit
+x15
+x15_bit
+x2
+x2_bit
+x3
+x3_bit
+x4
+x4_bit
+x5
+x5_bit
+x6
+x6_bit
+x7
+x7_bit
+x8
+x8_bit
+x9
+x9_bit
+z
+z_bit
+z_shad
+z_shad_bit
+zcdcon
+zcdie
+zcdie_bit
+zcdif
+zcdif_bit
+zcdintn
+zcdintn_bit
+zcdintp
+zcdintp_bit
+zcdmd
+zcdmd_bit
+zcdout
+zcdout_bit
+zcdpol
+zcdpol_bit
+zcdsen
+zcdsen_bit
+zero
+zero_bit
diff --git a/Firmware/ATU-10_FW_13/ATU-10.dlt b/Firmware/ATU-10_FW_13/ATU-10.dlt
new file mode 100644
index 0000000..f33c27e
Binary files /dev/null and b/Firmware/ATU-10_FW_13/ATU-10.dlt differ
diff --git a/Firmware/ATU-10_FW_13/ATU-10.hex b/Firmware/ATU-10_FW_13/ATU-10.hex
new file mode 100644
index 0000000..e06f974
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.hex
@@ -0,0 +1,1133 @@
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diff --git a/Firmware/ATU-10_FW_13/ATU-10.log b/Firmware/ATU-10_FW_13/ATU-10.log
new file mode 100644
index 0000000..d5c78db
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.log
@@ -0,0 +1,21 @@
+0	1	mikroCPIC1618.exe -MSF -DBG -pP16LF18877 -DL -O11111114 -fo32 -N"D:\Projects\ATU-10\Firmware_1.3\ATU-10.mcppi" -SP"C:\Program Files (x86)\mikroC PRO for PIC\Defs\" -SP"C:\Program Files (x86)\mikroC PRO for PIC\Uses\P16_Enh\" -SP"D:\Projects\ATU-10\Firmware_1.3\" -IP"C:\Program Files (x86)\mikroC PRO for PIC\Uses\P16_Enh\" "pic_init.c" "oled_control.c" "Soft_I2C.c" "main.c" "__Lib_Math.mcl" "__Lib_MathDouble.mcl" "__Lib_System.mcl" "__Lib_Delays.mcl" "__Lib_Conversions.mcl" "__Lib_Button.mcl" "__Lib_ADC_18xxx.mcl"	 
+hint: 0	1139	Available RAM: 4080 [bytes], Available ROM: 32768 [bytes]	 
+diagnostics: 0	122	Compilation Started	pic_init.c
+diagnostics: 63	123	Compiled Successfully	pic_init.c
+diagnostics: 0	122	Compilation Started	font_5x8.h
+diagnostics: 278	123	Compiled Successfully	oled_control.c
+diagnostics: 0	122	Compilation Started	soft_i2c.h
+diagnostics: 92	123	Compiled Successfully	Soft_I2C.c
+diagnostics: 0	122	Compilation Started	pic_init.h
+hint: 0	1004	interrupt handler (interupt at 0x0004)	main.c
+diagnostics: 818	123	Compiled Successfully	main.c
+hint: 528	1164	Variable 'd' has been eliminated by optimizer	main.c
+hint: 552	1164	Variable 'd' has been eliminated by optimizer	main.c
+hint: 577	1164	Variable 'p' has been eliminated by optimizer	main.c
+diagnostics: 0	127	All files Compiled in 188 ms	 
+hint: 0	1144	Used RAM (bytes): 327 (8%)  Free RAM (bytes): 3753 (92%)	Used RAM (bytes): 327 (8%)  Free RAM (bytes): 3753 (92%)
+hint: 0	1144	Used ROM (program words): 8525 (26%)  Free ROM (program words): 24243 (74%)	Used ROM (program words): 8525 (26%)  Free ROM (program words): 24243 (74%)
+diagnostics: 0	125	Project Linked Successfully	ATU-10.mcppi
+diagnostics: 0	128	Linked in 62 ms	 
+diagnostics: 0	129	Project 'ATU-10.mcppi' completed: 281 ms	 
+diagnostics: 0	103	Finished successfully: 02 Sep 2021, 21:16:41	ATU-10.mcppi
diff --git a/Firmware/ATU-10_FW_13/ATU-10.lst b/Firmware/ATU-10_FW_13/ATU-10.lst
new file mode 100644
index 0000000..d657312
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.lst
@@ -0,0 +1,12561 @@
+;  LST file generated by mikroListExporter - v.2.0 
+; Date/Time: 9/2/2021 9:16:41 PM
+;----------------------------------------------
+
+;Address Opcode 	ASM
+0x0000	0x3198      	MOVLP      24
+0x0001	0x2CF8      	GOTO       7416
+_interupt:
+;main.c,30 :: 		void interupt() iv 0x0004  {
+0x0004	0x0870      	MOVF       R0, 0
+0x0005	0x0140      	MOVLB      0
+0x0006	0x00AE      	MOVWF      46
+0x0007	0x0871      	MOVF       R1, 0
+0x0008	0x00AD      	MOVWF      45
+0x0009	0x0872      	MOVF       R2, 0
+0x000A	0x00AC      	MOVWF      44
+0x000B	0x0873      	MOVF       R3, 0
+0x000C	0x00AB      	MOVWF      43
+0x000D	0x0874      	MOVF       R4, 0
+0x000E	0x00AA      	MOVWF      42
+0x000F	0x0875      	MOVF       R5, 0
+0x0010	0x00A9      	MOVWF      41
+0x0011	0x0876      	MOVF       R6, 0
+0x0012	0x00A8      	MOVWF      40
+0x0013	0x0877      	MOVF       R7, 0
+0x0014	0x00A7      	MOVWF      39
+0x0015	0x0878      	MOVF       R8, 0
+0x0016	0x00A6      	MOVWF      38
+0x0017	0x0879      	MOVF       R9, 0
+0x0018	0x00A5      	MOVWF      37
+0x0019	0x087A      	MOVF       R10, 0
+0x001A	0x00A4      	MOVWF      36
+0x001B	0x087B      	MOVF       R11, 0
+0x001C	0x00A3      	MOVWF      35
+0x001D	0x087C      	MOVF       R12, 0
+0x001E	0x00A2      	MOVWF      34
+;main.c,32 :: 		if(TMR0IF_bit) {   // Timer0
+0x001F	0x3180      	MOVLP      0
+0x0020	0x014E      	MOVLB      14
+0x0021	0x1E8C      	BTFSS      TMR0IF_bit, BitPos(TMR0IF_bit+0)
+0x0022	0x2830      	GOTO       L_interupt0
+;main.c,33 :: 		TMR0IF_bit = 0;
+0x0023	0x128C      	BCF        TMR0IF_bit, BitPos(TMR0IF_bit+0)
+;main.c,34 :: 		Tick++;
+0x0024	0x3001      	MOVLW      1
+0x0025	0x0142      	MOVLB      2
+0x0026	0x07CC      	ADDWF      _Tick, 1
+0x0027	0x3000      	MOVLW      0
+0x0028	0x3DCD      	ADDWFC     _Tick+1, 1
+0x0029	0x3DCE      	ADDWFC     _Tick+2, 1
+0x002A	0x3DCF      	ADDWFC     _Tick+3, 1
+;main.c,35 :: 		TMR0L = 0xC0;   // 80_000 cycles to OF
+0x002B	0x30C0      	MOVLW      192
+0x002C	0x0140      	MOVLB      0
+0x002D	0x009C      	MOVWF      TMR0L
+;main.c,36 :: 		TMR0H = 0xE0;
+0x002E	0x30E0      	MOVLW      224
+0x002F	0x009D      	MOVWF      TMR0H
+;main.c,37 :: 		}
+L_interupt0:
+;main.c,39 :: 		if(Tick>=btn_cnt){  // every 10ms
+0x0030	0x0142      	MOVLB      2
+0x0031	0x083E      	MOVF       _btn_cnt+3, 0
+0x0032	0x024F      	SUBWF      _Tick+3, 0
+0x0033	0x1D03      	BTFSS      STATUS, 2
+0x0034	0x283F      	GOTO       L__interupt242
+0x0035	0x083D      	MOVF       _btn_cnt+2, 0
+0x0036	0x024E      	SUBWF      _Tick+2, 0
+0x0037	0x1D03      	BTFSS      STATUS, 2
+0x0038	0x283F      	GOTO       L__interupt242
+0x0039	0x083C      	MOVF       _btn_cnt+1, 0
+0x003A	0x024D      	SUBWF      _Tick+1, 0
+0x003B	0x1D03      	BTFSS      STATUS, 2
+0x003C	0x283F      	GOTO       L__interupt242
+0x003D	0x083B      	MOVF       _btn_cnt, 0
+0x003E	0x024C      	SUBWF      _Tick, 0
+L__interupt242:
+0x003F	0x1C03      	BTFSS      STATUS, 0
+0x0040	0x290E      	GOTO       L_interupt1
+;main.c,40 :: 		btn_cnt += 10;
+0x0041	0x300A      	MOVLW      10
+0x0042	0x07BB      	ADDWF      _btn_cnt, 1
+0x0043	0x3000      	MOVLW      0
+0x0044	0x3DBC      	ADDWFC     _btn_cnt+1, 1
+0x0045	0x3DBD      	ADDWFC     _btn_cnt+2, 1
+0x0046	0x3DBE      	ADDWFC     _btn_cnt+3, 1
+;main.c,42 :: 		if(GetButton | Start){
+0x0047	0x0140      	MOVLB      0
+0x0048	0x1A8D      	BTFSC      PORTB, 5
+0x0049	0x284C      	GOTO       L__interupt243
+0x004A	0x1474      	BSF        R4, 0
+0x004B	0x284D      	GOTO       L__interupt244
+L__interupt243:
+0x004C	0x1074      	BCF        R4, 0
+L__interupt244:
+0x004D	0x188F      	BTFSC      PORTD, 1
+0x004E	0x2851      	GOTO       L__interupt245
+0x004F	0x1403      	BSF        STATUS, 0
+0x0050	0x2852      	GOTO       L__interupt246
+L__interupt245:
+0x0051	0x1003      	BCF        STATUS, 0
+L__interupt246:
+0x0052	0x1874      	BTFSC      R4, 0
+0x0053	0x2858      	GOTO       L__interupt247
+0x0054	0x1803      	BTFSC      STATUS, 0
+0x0055	0x2858      	GOTO       L__interupt247
+0x0056	0x1074      	BCF        R4, 0
+0x0057	0x2859      	GOTO       L__interupt248
+L__interupt247:
+0x0058	0x1474      	BSF        R4, 0
+L__interupt248:
+0x0059	0x1C74      	BTFSS      R4, 0
+0x005A	0x289C      	GOTO       L_interupt2
+;main.c,43 :: 		disp_cnt = Tick + Disp_time*1000;
+0x005B	0x0140      	MOVLB      0
+0x005C	0x0853      	MOVF       _Disp_time, 0
+0x005D	0x00F0      	MOVWF      R0
+0x005E	0x0854      	MOVF       _Disp_time+1, 0
+0x005F	0x00F1      	MOVWF      R1
+0x0060	0x0855      	MOVF       _Disp_time+2, 0
+0x0061	0x00F2      	MOVWF      R2
+0x0062	0x0856      	MOVF       _Disp_time+3, 0
+0x0063	0x00F3      	MOVWF      R3
+0x0064	0x30E8      	MOVLW      232
+0x0065	0x00F4      	MOVWF      R4
+0x0066	0x3003      	MOVLW      3
+0x0067	0x00F5      	MOVWF      R5
+0x0068	0x01F6      	CLRF       R6
+0x0069	0x01F7      	CLRF       R7
+0x006A	0x21BE      	CALL       _Mul_32x32_U
+0x006B	0x0870      	MOVF       R0, 0
+0x006C	0x0142      	MOVLB      2
+0x006D	0x074C      	ADDWF      _Tick, 0
+0x006E	0x0143      	MOVLB      3
+0x006F	0x00BD      	MOVWF      _disp_cnt
+0x0070	0x0871      	MOVF       R1, 0
+0x0071	0x0142      	MOVLB      2
+0x0072	0x3D4D      	ADDWFC     _Tick+1, 0
+0x0073	0x0143      	MOVLB      3
+0x0074	0x00BE      	MOVWF      _disp_cnt+1
+0x0075	0x0872      	MOVF       R2, 0
+0x0076	0x0142      	MOVLB      2
+0x0077	0x3D4E      	ADDWFC     _Tick+2, 0
+0x0078	0x0143      	MOVLB      3
+0x0079	0x00BF      	MOVWF      _disp_cnt+2
+0x007A	0x0873      	MOVF       R3, 0
+0x007B	0x0142      	MOVLB      2
+0x007C	0x3D4F      	ADDWFC     _Tick+3, 0
+0x007D	0x0143      	MOVLB      3
+0x007E	0x00C0      	MOVWF      _disp_cnt+3
+;main.c,44 :: 		off_cnt = Tick + Off_time*1000;
+0x007F	0x0140      	MOVLB      0
+0x0080	0x0857      	MOVF       _Off_time, 0
+0x0081	0x00F0      	MOVWF      R0
+0x0082	0x0858      	MOVF       _Off_time+1, 0
+0x0083	0x00F1      	MOVWF      R1
+0x0084	0x0859      	MOVF       _Off_time+2, 0
+0x0085	0x00F2      	MOVWF      R2
+0x0086	0x085A      	MOVF       _Off_time+3, 0
+0x0087	0x00F3      	MOVWF      R3
+0x0088	0x30E8      	MOVLW      232
+0x0089	0x00F4      	MOVWF      R4
+0x008A	0x3003      	MOVLW      3
+0x008B	0x00F5      	MOVWF      R5
+0x008C	0x01F6      	CLRF       R6
+0x008D	0x01F7      	CLRF       R7
+0x008E	0x21BE      	CALL       _Mul_32x32_U
+0x008F	0x0870      	MOVF       R0, 0
+0x0090	0x0142      	MOVLB      2
+0x0091	0x074C      	ADDWF      _Tick, 0
+0x0092	0x00EC      	MOVWF      _off_cnt
+0x0093	0x0871      	MOVF       R1, 0
+0x0094	0x3D4D      	ADDWFC     _Tick+1, 0
+0x0095	0x00ED      	MOVWF      _off_cnt+1
+0x0096	0x0872      	MOVF       R2, 0
+0x0097	0x3D4E      	ADDWFC     _Tick+2, 0
+0x0098	0x00EE      	MOVWF      _off_cnt+2
+0x0099	0x0873      	MOVF       R3, 0
+0x009A	0x3D4F      	ADDWFC     _Tick+3, 0
+0x009B	0x00EF      	MOVWF      _off_cnt+3
+;main.c,45 :: 		}
+L_interupt2:
+;main.c,47 :: 		if(GetButton){  //
+0x009C	0x0140      	MOVLB      0
+0x009D	0x1A8D      	BTFSC      PORTB, 5
+0x009E	0x28A1      	GOTO       L__interupt249
+0x009F	0x1403      	BSF        STATUS, 0
+0x00A0	0x28A2      	GOTO       L__interupt250
+L__interupt249:
+0x00A1	0x1003      	BCF        STATUS, 0
+L__interupt250:
+0x00A2	0x1C03      	BTFSS      STATUS, 0
+0x00A3	0x28C1      	GOTO       L_interupt3
+;main.c,48 :: 		if(btn_1_cnt<250) btn_1_cnt++;
+0x00A4	0x0140      	MOVLB      0
+0x00A5	0x30FA      	MOVLW      250
+0x00A6	0x0264      	SUBWF      _btn_1_cnt, 0
+0x00A7	0x1803      	BTFSC      STATUS, 0
+0x00A8	0x28AA      	GOTO       L_interupt4
+0x00A9	0x0AE4      	INCF       _btn_1_cnt, 1
+L_interupt4:
+;main.c,49 :: 		if(btn_1_cnt==25) B_long = 1;  // long pressing detected
+0x00AA	0x0864      	MOVF       _btn_1_cnt, 0
+0x00AB	0x3A19      	XORLW      25
+0x00AC	0x1D03      	BTFSS      STATUS, 2
+0x00AD	0x28B0      	GOTO       L_interupt5
+0x00AE	0x0143      	MOVLB      3
+0x00AF	0x16A0      	BSF        _B_long, BitPos(_B_long+0)
+L_interupt5:
+;main.c,50 :: 		if(btn_1_cnt==250 & OLED_PWD) B_xlong = 1;  // Xtra long pressing detected
+0x00B0	0x0140      	MOVLB      0
+0x00B1	0x0864      	MOVF       _btn_1_cnt, 0
+0x00B2	0x3AFA      	XORLW      250
+0x00B3	0x3001      	MOVLW      1
+0x00B4	0x1D03      	BTFSS      STATUS, 2
+0x00B5	0x3000      	MOVLW      0
+0x00B6	0x00F1      	MOVWF      R1
+0x00B7	0x01F0      	CLRF       R0
+0x00B8	0x1A16      	BTFSC      LATA4_bit, BitPos(LATA4_bit+0)
+0x00B9	0x0AF0      	INCF       R0, 1
+0x00BA	0x0871      	MOVF       R1, 0
+0x00BB	0x05F0      	ANDWF      R0, 1
+0x00BC	0x1903      	BTFSC      STATUS, 2
+0x00BD	0x28C0      	GOTO       L_interupt6
+0x00BE	0x0143      	MOVLB      3
+0x00BF	0x1620      	BSF        _B_xlong, BitPos(_B_xlong+0)
+L_interupt6:
+;main.c,51 :: 		}
+0x00C0	0x28D8      	GOTO       L_interupt7
+L_interupt3:
+;main.c,52 :: 		else if(btn_1_cnt>2 & btn_1_cnt<25){
+0x00C1	0x0140      	MOVLB      0
+0x00C2	0x0864      	MOVF       _btn_1_cnt, 0
+0x00C3	0x3C02      	SUBLW      2
+0x00C4	0x3001      	MOVLW      1
+0x00C5	0x1803      	BTFSC      STATUS, 0
+0x00C6	0x3000      	MOVLW      0
+0x00C7	0x00F1      	MOVWF      R1
+0x00C8	0x3019      	MOVLW      25
+0x00C9	0x0264      	SUBWF      _btn_1_cnt, 0
+0x00CA	0x3001      	MOVLW      1
+0x00CB	0x1803      	BTFSC      STATUS, 0
+0x00CC	0x3000      	MOVLW      0
+0x00CD	0x00F0      	MOVWF      R0
+0x00CE	0x0871      	MOVF       R1, 0
+0x00CF	0x05F0      	ANDWF      R0, 1
+0x00D0	0x1903      	BTFSC      STATUS, 2
+0x00D1	0x28D7      	GOTO       L_interupt8
+;main.c,53 :: 		B_short = 1;               // short pressing detected
+0x00D2	0x0143      	MOVLB      3
+0x00D3	0x1720      	BSF        _B_short, BitPos(_B_short+0)
+;main.c,54 :: 		btn_1_cnt = 0;
+0x00D4	0x0140      	MOVLB      0
+0x00D5	0x01E4      	CLRF       _btn_1_cnt
+;main.c,55 :: 		}
+0x00D6	0x28D8      	GOTO       L_interupt9
+L_interupt8:
+;main.c,57 :: 		btn_1_cnt = 0;
+0x00D7	0x01E4      	CLRF       _btn_1_cnt
+L_interupt9:
+L_interupt7:
+0x00D8	0x0140      	MOVLB      0
+;main.c,59 :: 		if(Start){
+0x00D9	0x188F      	BTFSC      PORTD, 1
+0x00DA	0x28DD      	GOTO       L__interupt251
+0x00DB	0x1403      	BSF        STATUS, 0
+0x00DC	0x28DE      	GOTO       L__interupt252
+L__interupt251:
+0x00DD	0x1003      	BCF        STATUS, 0
+L__interupt252:
+0x00DE	0x1C03      	BTFSS      STATUS, 0
+0x00DF	0x28F7      	GOTO       L_interupt10
+;main.c,60 :: 		if(btn_2_cnt<25) btn_2_cnt++;
+0x00E0	0x3019      	MOVLW      25
+0x00E1	0x0141      	MOVLB      1
+0x00E2	0x0246      	SUBWF      _btn_2_cnt, 0
+0x00E3	0x1803      	BTFSC      STATUS, 0
+0x00E4	0x28E6      	GOTO       L_interupt11
+0x00E5	0x0AC6      	INCF       _btn_2_cnt, 1
+L_interupt11:
+;main.c,61 :: 		if(btn_2_cnt==20 & Key_in) E_long = 1;
+0x00E6	0x0846      	MOVF       _btn_2_cnt, 0
+0x00E7	0x3A14      	XORLW      20
+0x00E8	0x3001      	MOVLW      1
+0x00E9	0x1D03      	BTFSS      STATUS, 2
+0x00EA	0x3000      	MOVLW      0
+0x00EB	0x00F1      	MOVWF      R1
+0x00EC	0x01F0      	CLRF       R0
+0x00ED	0x0140      	MOVLB      0
+0x00EE	0x190F      	BTFSC      PORTD, 2
+0x00EF	0x0AF0      	INCF       R0, 1
+0x00F0	0x0871      	MOVF       R1, 0
+0x00F1	0x05F0      	ANDWF      R0, 1
+0x00F2	0x1903      	BTFSC      STATUS, 2
+0x00F3	0x28F6      	GOTO       L_interupt12
+0x00F4	0x0143      	MOVLB      3
+0x00F5	0x14A0      	BSF        _E_long, BitPos(_E_long+0)
+L_interupt12:
+;main.c,62 :: 		}
+0x00F6	0x290E      	GOTO       L_interupt13
+L_interupt10:
+;main.c,63 :: 		else if(btn_2_cnt>1 & btn_2_cnt<10){
+0x00F7	0x0141      	MOVLB      1
+0x00F8	0x0846      	MOVF       _btn_2_cnt, 0
+0x00F9	0x3C01      	SUBLW      1
+0x00FA	0x3001      	MOVLW      1
+0x00FB	0x1803      	BTFSC      STATUS, 0
+0x00FC	0x3000      	MOVLW      0
+0x00FD	0x00F1      	MOVWF      R1
+0x00FE	0x300A      	MOVLW      10
+0x00FF	0x0246      	SUBWF      _btn_2_cnt, 0
+0x0100	0x3001      	MOVLW      1
+0x0101	0x1803      	BTFSC      STATUS, 0
+0x0102	0x3000      	MOVLW      0
+0x0103	0x00F0      	MOVWF      R0
+0x0104	0x0871      	MOVF       R1, 0
+0x0105	0x05F0      	ANDWF      R0, 1
+0x0106	0x1903      	BTFSC      STATUS, 2
+0x0107	0x290D      	GOTO       L_interupt14
+;main.c,64 :: 		E_short = 1;
+0x0108	0x0143      	MOVLB      3
+0x0109	0x1420      	BSF        _E_short, BitPos(_E_short+0)
+;main.c,65 :: 		btn_2_cnt = 0;
+0x010A	0x0141      	MOVLB      1
+0x010B	0x01C6      	CLRF       _btn_2_cnt
+;main.c,66 :: 		}
+0x010C	0x290E      	GOTO       L_interupt15
+L_interupt14:
+;main.c,68 :: 		btn_2_cnt = 0;
+0x010D	0x01C6      	CLRF       _btn_2_cnt
+L_interupt15:
+L_interupt13:
+;main.c,69 :: 		}
+L_interupt1:
+;main.c,70 :: 		return;
+;main.c,71 :: 		}
+L_end_interupt:
+L__interupt241:
+0x010E	0x0140      	MOVLB      0
+0x010F	0x082E      	MOVF       46, 0
+0x0110	0x00F0      	MOVWF      R0
+0x0111	0x082D      	MOVF       45, 0
+0x0112	0x00F1      	MOVWF      R1
+0x0113	0x082C      	MOVF       44, 0
+0x0114	0x00F2      	MOVWF      R2
+0x0115	0x082B      	MOVF       43, 0
+0x0116	0x00F3      	MOVWF      R3
+0x0117	0x082A      	MOVF       42, 0
+0x0118	0x00F4      	MOVWF      R4
+0x0119	0x0829      	MOVF       41, 0
+0x011A	0x00F5      	MOVWF      R5
+0x011B	0x0828      	MOVF       40, 0
+0x011C	0x00F6      	MOVWF      R6
+0x011D	0x0827      	MOVF       39, 0
+0x011E	0x00F7      	MOVWF      R7
+0x011F	0x0826      	MOVF       38, 0
+0x0120	0x00F8      	MOVWF      R8
+0x0121	0x0825      	MOVF       37, 0
+0x0122	0x00F9      	MOVWF      R9
+0x0123	0x0824      	MOVF       36, 0
+0x0124	0x00FA      	MOVWF      R10
+0x0125	0x0823      	MOVF       35, 0
+0x0126	0x00FB      	MOVWF      R11
+0x0127	0x0822      	MOVF       34, 0
+0x0128	0x00FC      	MOVWF      R12
+0x0129	0x0009      	RETFIE     %s
+; end of _interupt
+_Soft_I2C_Write:
+;Soft_I2C.c,29 :: 		char Soft_I2C_Write(char d) {
+;Soft_I2C.c,31 :: 		for(i=0; i<8; i++) {
+0x012A	0x01F1      	CLRF       R1
+L_Soft_I2C_Write4:
+0x012B	0x3008      	MOVLW      8
+0x012C	0x0271      	SUBWF      R1, 0
+0x012D	0x1803      	BTFSC      STATUS, 0
+0x012E	0x2949      	GOTO       L_Soft_I2C_Write5
+;Soft_I2C.c,32 :: 		Soft_I2C_Sda = d.B7;
+0x012F	0x0144      	MOVLB      4
+0x0130	0x1BB4      	BTFSC      FARG_Soft_I2C_Write_d, 7
+0x0131	0x2935      	GOTO       L__Soft_I2C_Write29
+0x0132	0x0140      	MOVLB      0
+0x0133	0x1116      	BCF        LATA2_bit, BitPos(LATA2_bit+0)
+0x0134	0x2937      	GOTO       L__Soft_I2C_Write30
+L__Soft_I2C_Write29:
+0x0135	0x0140      	MOVLB      0
+0x0136	0x1516      	BSF        LATA2_bit, BitPos(LATA2_bit+0)
+L__Soft_I2C_Write30:
+;Soft_I2C.c,33 :: 		Delay_I2C;
+0x0137	0x3027      	MOVLW      39
+0x0138	0x00FD      	MOVWF      R13
+L_Soft_I2C_Write7:
+0x0139	0x0BFD      	DECFSZ     R13, 1
+0x013A	0x2939      	GOTO       L_Soft_I2C_Write7
+0x013B	0x0000      	NOP
+0x013C	0x0000      	NOP
+;Soft_I2C.c,34 :: 		Soft_I2C_Scl = 1;
+0x013D	0x1596      	BSF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,35 :: 		Delay_I2C;
+0x013E	0x3027      	MOVLW      39
+0x013F	0x00FD      	MOVWF      R13
+L_Soft_I2C_Write8:
+0x0140	0x0BFD      	DECFSZ     R13, 1
+0x0141	0x2940      	GOTO       L_Soft_I2C_Write8
+0x0142	0x0000      	NOP
+0x0143	0x0000      	NOP
+;Soft_I2C.c,36 :: 		Soft_I2C_Scl = 0;
+0x0144	0x1196      	BCF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,37 :: 		d = d << 1;
+0x0145	0x0144      	MOVLB      4
+0x0146	0x35B4      	LSLF       FARG_Soft_I2C_Write_d, 1
+;Soft_I2C.c,31 :: 		for(i=0; i<8; i++) {
+0x0147	0x0AF1      	INCF       R1, 1
+;Soft_I2C.c,38 :: 		}
+0x0148	0x292B      	GOTO       L_Soft_I2C_Write4
+L_Soft_I2C_Write5:
+;Soft_I2C.c,40 :: 		Soft_I2C_Sda = 1; //ACK
+0x0149	0x0140      	MOVLB      0
+0x014A	0x1516      	BSF        LATA2_bit, BitPos(LATA2_bit+0)
+;Soft_I2C.c,41 :: 		Delay_I2C;
+0x014B	0x3027      	MOVLW      39
+0x014C	0x00FD      	MOVWF      R13
+L_Soft_I2C_Write9:
+0x014D	0x0BFD      	DECFSZ     R13, 1
+0x014E	0x294D      	GOTO       L_Soft_I2C_Write9
+0x014F	0x0000      	NOP
+0x0150	0x0000      	NOP
+;Soft_I2C.c,42 :: 		Soft_I2C_Scl = 1;
+0x0151	0x1596      	BSF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,43 :: 		ack = Soft_I2C_Sda_in;
+0x0152	0x3000      	MOVLW      0
+0x0153	0x190C      	BTFSC      PORTA, 2
+0x0154	0x3001      	MOVLW      1
+0x0155	0x00F2      	MOVWF      R2
+;Soft_I2C.c,44 :: 		Delay_I2C;
+0x0156	0x3027      	MOVLW      39
+0x0157	0x00FD      	MOVWF      R13
+L_Soft_I2C_Write10:
+0x0158	0x0BFD      	DECFSZ     R13, 1
+0x0159	0x2958      	GOTO       L_Soft_I2C_Write10
+0x015A	0x0000      	NOP
+0x015B	0x0000      	NOP
+;Soft_I2C.c,45 :: 		Soft_I2C_Scl = 0;
+0x015C	0x1196      	BCF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,46 :: 		Delay_I2C;
+0x015D	0x3027      	MOVLW      39
+0x015E	0x00FD      	MOVWF      R13
+L_Soft_I2C_Write11:
+0x015F	0x0BFD      	DECFSZ     R13, 1
+0x0160	0x295F      	GOTO       L_Soft_I2C_Write11
+0x0161	0x0000      	NOP
+0x0162	0x0000      	NOP
+;Soft_I2C.c,47 :: 		return ack;
+0x0163	0x0872      	MOVF       R2, 0
+0x0164	0x00F0      	MOVWF      R0
+;Soft_I2C.c,48 :: 		}
+L_end_Soft_I2C_Write:
+0x0165	0x0008      	RETURN
+; end of _Soft_I2C_Write
+_Div_16X16_U:
+;__Lib_Math.c,213 :: 		
+;__Lib_Math.c,220 :: 		
+0x0166	0x0140      	MOVLB      0
+;__Lib_Math.c,221 :: 		
+0x0167	0x01F8      	CLRF       R8
+;__Lib_Math.c,222 :: 		
+0x0168	0x01F9      	CLRF       R9
+;__Lib_Math.c,223 :: 		
+0x0169	0x3010      	MOVLW      16
+;__Lib_Math.c,224 :: 		
+0x016A	0x00FC      	MOVWF      R12
+;__Lib_Math.c,225 :: 		
+0x016B	0x0D71      	RLF        R1, 0
+;__Lib_Math.c,226 :: 		
+0x016C	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,227 :: 		
+0x016D	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,228 :: 		
+0x016E	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,229 :: 		
+0x016F	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,230 :: 		
+0x0170	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,231 :: 		
+0x0171	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,232 :: 		
+0x0172	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,233 :: 		
+0x0173	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,234 :: 		
+0x0174	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,235 :: 		
+0x0175	0x297D      	GOTO       $+8
+;__Lib_Math.c,236 :: 		
+0x0176	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,237 :: 		
+0x0177	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,238 :: 		
+0x0178	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,239 :: 		
+0x0179	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,240 :: 		
+0x017A	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,241 :: 		
+0x017B	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,242 :: 		
+0x017C	0x1003      	BCF        STATUS, 0
+;__Lib_Math.c,243 :: 		
+0x017D	0x0DF0      	RLF        R0, 1
+;__Lib_Math.c,244 :: 		
+0x017E	0x0DF1      	RLF        R1, 1
+;__Lib_Math.c,245 :: 		
+0x017F	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,246 :: 		
+0x0180	0x296B      	GOTO       $-21
+;__Lib_Math.c,248 :: 		
+L_end_Div_16X16_U:
+0x0181	0x0008      	RETURN
+; end of _Div_16X16_U
+_Soft_I2C_Start:
+;Soft_I2C.c,17 :: 		void Soft_I2C_Start() {
+;Soft_I2C.c,18 :: 		Soft_I2C_Scl = 1;
+0x0182	0x0140      	MOVLB      0
+0x0183	0x1596      	BSF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,19 :: 		Delay_I2C;
+0x0184	0x3027      	MOVLW      39
+0x0185	0x00FD      	MOVWF      R13
+L_Soft_I2C_Start0:
+0x0186	0x0BFD      	DECFSZ     R13, 1
+0x0187	0x2986      	GOTO       L_Soft_I2C_Start0
+0x0188	0x0000      	NOP
+0x0189	0x0000      	NOP
+;Soft_I2C.c,20 :: 		Soft_I2C_Sda = 1;
+0x018A	0x1516      	BSF        LATA2_bit, BitPos(LATA2_bit+0)
+;Soft_I2C.c,21 :: 		Delay_I2C;
+0x018B	0x3027      	MOVLW      39
+0x018C	0x00FD      	MOVWF      R13
+L_Soft_I2C_Start1:
+0x018D	0x0BFD      	DECFSZ     R13, 1
+0x018E	0x298D      	GOTO       L_Soft_I2C_Start1
+0x018F	0x0000      	NOP
+0x0190	0x0000      	NOP
+;Soft_I2C.c,22 :: 		Soft_I2C_Sda = 0;
+0x0191	0x1116      	BCF        LATA2_bit, BitPos(LATA2_bit+0)
+;Soft_I2C.c,23 :: 		Delay_I2C;
+0x0192	0x3027      	MOVLW      39
+0x0193	0x00FD      	MOVWF      R13
+L_Soft_I2C_Start2:
+0x0194	0x0BFD      	DECFSZ     R13, 1
+0x0195	0x2994      	GOTO       L_Soft_I2C_Start2
+0x0196	0x0000      	NOP
+0x0197	0x0000      	NOP
+;Soft_I2C.c,24 :: 		Soft_I2C_Scl = 0;
+0x0198	0x1196      	BCF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,25 :: 		Delay_I2C;
+0x0199	0x3027      	MOVLW      39
+0x019A	0x00FD      	MOVWF      R13
+L_Soft_I2C_Start3:
+0x019B	0x0BFD      	DECFSZ     R13, 1
+0x019C	0x299B      	GOTO       L_Soft_I2C_Start3
+0x019D	0x0000      	NOP
+0x019E	0x0000      	NOP
+;Soft_I2C.c,26 :: 		return;
+;Soft_I2C.c,27 :: 		}
+L_end_Soft_I2C_Start:
+0x019F	0x0008      	RETURN
+; end of _Soft_I2C_Start
+_Delay_22us:
+;__Lib_Delays.c,15 :: 		void Delay_22us() {
+;__Lib_Delays.c,16 :: 		Delay_us(22);
+0x01A0	0x303A      	MOVLW      58
+0x01A1	0x00FD      	MOVWF      R13
+L_Delay_22us2:
+0x01A2	0x0BFD      	DECFSZ     R13, 1
+0x01A3	0x29A2      	GOTO       L_Delay_22us2
+0x01A4	0x0000      	NOP
+;__Lib_Delays.c,17 :: 		}
+L_end_Delay_22us:
+0x01A5	0x0008      	RETURN
+; end of _Delay_22us
+_Mul_8X8_U:
+;__Lib_Math.c,103 :: 		
+;__Lib_Math.c,109 :: 		
+0x01A6	0x0140      	MOVLB      0
+;__Lib_Math.c,110 :: 		
+0x01A7	0x0870      	MOVF       R0, 0
+;__Lib_Math.c,111 :: 		
+0x01A8	0x00F1      	MOVWF      R1
+;__Lib_Math.c,112 :: 		
+0x01A9	0x01F0      	CLRF       R0
+;__Lib_Math.c,113 :: 		
+0x01AA	0x3008      	MOVLW      8
+;__Lib_Math.c,114 :: 		
+0x01AB	0x00FC      	MOVWF      R12
+;__Lib_Math.c,115 :: 		
+0x01AC	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,116 :: 		
+0x01AD	0x0CF4      	RRF        R4, 1
+;__Lib_Math.c,117 :: 		
+0x01AE	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,118 :: 		
+0x01AF	0x29B4      	GOTO       $+5
+;__Lib_Math.c,119 :: 		
+0x01B0	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,120 :: 		
+0x01B1	0x29AD      	GOTO       $-4
+;__Lib_Math.c,121 :: 		
+0x01B2	0x01F1      	CLRF       R1
+;__Lib_Math.c,122 :: 		
+0x01B3	0x3400      	RETLW      0
+;__Lib_Math.c,123 :: 		
+0x01B4	0x1003      	BCF        STATUS, 0
+;__Lib_Math.c,124 :: 		
+0x01B5	0x29B9      	GOTO       $+4
+;__Lib_Math.c,125 :: 		
+0x01B6	0x0CF4      	RRF        R4, 1
+;__Lib_Math.c,126 :: 		
+0x01B7	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,127 :: 		
+0x01B8	0x07F1      	ADDWF      R1, 1
+;__Lib_Math.c,128 :: 		
+0x01B9	0x0CF1      	RRF        R1, 1
+;__Lib_Math.c,129 :: 		
+0x01BA	0x0CF0      	RRF        R0, 1
+;__Lib_Math.c,130 :: 		
+0x01BB	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,131 :: 		
+0x01BC	0x29B6      	GOTO       $-6
+;__Lib_Math.c,133 :: 		
+;__Lib_Math.c,134 :: 		
+L_end_Mul_8X8_U:
+0x01BD	0x0008      	RETURN
+; end of _Mul_8X8_U
+_Mul_32x32_U:
+;__Lib_Math.c,1766 :: 		
+;__Lib_Math.c,1781 :: 		
+0x01BE	0x0140      	MOVLB      0
+;__Lib_Math.c,1782 :: 		
+0x01BF	0x3022      	MOVLW      34
+;__Lib_Math.c,1783 :: 		
+0x01C0	0x00FC      	MOVWF      R12
+;__Lib_Math.c,1784 :: 		
+0x01C1	0x01F8      	CLRF       R8
+;__Lib_Math.c,1785 :: 		
+0x01C2	0x01F9      	CLRF       R9
+;__Lib_Math.c,1786 :: 		
+0x01C3	0x01FA      	CLRF       R10
+;__Lib_Math.c,1787 :: 		
+0x01C4	0x01FB      	CLRF       R11
+;__Lib_Math.c,1789 :: 		
+_NEXT:
+;__Lib_Math.c,1793 :: 		
+0x01C5	0x03FC      	DECF       R12, 1
+;__Lib_Math.c,1794 :: 		
+0x01C6	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1795 :: 		
+0x01C7	0x29F3      	GOTO       _EXIT2
+;__Lib_Math.c,1796 :: 		
+0x01C8	0x1003      	BCF        STATUS, 0
+;__Lib_Math.c,1798 :: 		
+_LOOP:
+;__Lib_Math.c,1807 :: 		
+0x01C9	0x0CFB      	RRF        R11, 1
+;__Lib_Math.c,1808 :: 		
+0x01CA	0x0CFA      	RRF        R10, 1
+;__Lib_Math.c,1809 :: 		
+0x01CB	0x0CF9      	RRF        R9, 1
+;__Lib_Math.c,1810 :: 		
+0x01CC	0x0CF8      	RRF        R8, 1
+;__Lib_Math.c,1811 :: 		
+0x01CD	0x0CF3      	RRF        R3, 1
+;__Lib_Math.c,1812 :: 		
+0x01CE	0x0CF2      	RRF        R2, 1
+;__Lib_Math.c,1813 :: 		
+0x01CF	0x0CF1      	RRF        R1, 1
+;__Lib_Math.c,1814 :: 		
+0x01D0	0x0CF0      	RRF        R0, 1
+;__Lib_Math.c,1819 :: 		
+0x01D1	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,1820 :: 		
+0x01D2	0x29C5      	GOTO       _NEXT
+;__Lib_Math.c,1821 :: 		
+0x01D3	0x03FC      	DECF       R12, 1
+;__Lib_Math.c,1822 :: 		
+0x01D4	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1823 :: 		
+0x01D5	0x29E5      	GOTO       _EXIT1
+;__Lib_Math.c,1830 :: 		
+0x01D6	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,1831 :: 		
+0x01D7	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,1832 :: 		
+0x01D8	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1833 :: 		
+0x01D9	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1834 :: 		
+0x01DA	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,1835 :: 		
+0x01DB	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,1836 :: 		
+0x01DC	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1837 :: 		
+0x01DD	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1838 :: 		
+0x01DE	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,1839 :: 		
+0x01DF	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,1840 :: 		
+0x01E0	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1841 :: 		
+0x01E1	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1842 :: 		
+0x01E2	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,1843 :: 		
+0x01E3	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,1845 :: 		
+0x01E4	0x29C9      	GOTO       _LOOP
+;__Lib_Math.c,1847 :: 		
+_EXIT1:
+;__Lib_Math.c,1852 :: 		
+0x01E5	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,1853 :: 		
+0x01E6	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,1854 :: 		
+0x01E7	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1855 :: 		
+0x01E8	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1856 :: 		
+0x01E9	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,1857 :: 		
+0x01EA	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,1858 :: 		
+0x01EB	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1859 :: 		
+0x01EC	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1860 :: 		
+0x01ED	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,1861 :: 		
+0x01EE	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,1862 :: 		
+0x01EF	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1863 :: 		
+0x01F0	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1864 :: 		
+0x01F1	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,1865 :: 		
+0x01F2	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,1868 :: 		
+_EXIT2:
+;__Lib_Math.c,1870 :: 		
+L_end_Mul_32x32_U:
+0x01F3	0x0008      	RETURN
+; end of _Mul_32x32_U
+_Soft_I2C_Stop:
+;Soft_I2C.c,84 :: 		void Soft_I2C_Stop() {
+;Soft_I2C.c,85 :: 		Soft_I2C_Sda = 0;
+0x01F4	0x0140      	MOVLB      0
+0x01F5	0x1116      	BCF        LATA2_bit, BitPos(LATA2_bit+0)
+;Soft_I2C.c,86 :: 		Delay_I2C;
+0x01F6	0x3027      	MOVLW      39
+0x01F7	0x00FD      	MOVWF      R13
+L_Soft_I2C_Stop23:
+0x01F8	0x0BFD      	DECFSZ     R13, 1
+0x01F9	0x29F8      	GOTO       L_Soft_I2C_Stop23
+0x01FA	0x0000      	NOP
+0x01FB	0x0000      	NOP
+;Soft_I2C.c,87 :: 		Soft_I2C_Scl = 1;
+0x01FC	0x1596      	BSF        LATA3_bit, BitPos(LATA3_bit+0)
+;Soft_I2C.c,88 :: 		Delay_I2C;
+0x01FD	0x3027      	MOVLW      39
+0x01FE	0x00FD      	MOVWF      R13
+L_Soft_I2C_Stop24:
+0x01FF	0x0BFD      	DECFSZ     R13, 1
+0x0200	0x29FF      	GOTO       L_Soft_I2C_Stop24
+0x0201	0x0000      	NOP
+0x0202	0x0000      	NOP
+;Soft_I2C.c,89 :: 		Soft_I2C_Sda = 1;
+0x0203	0x1516      	BSF        LATA2_bit, BitPos(LATA2_bit+0)
+;Soft_I2C.c,90 :: 		Delay_I2C;
+0x0204	0x3027      	MOVLW      39
+0x0205	0x00FD      	MOVWF      R13
+L_Soft_I2C_Stop25:
+0x0206	0x0BFD      	DECFSZ     R13, 1
+0x0207	0x2A06      	GOTO       L_Soft_I2C_Stop25
+0x0208	0x0000      	NOP
+0x0209	0x0000      	NOP
+;Soft_I2C.c,91 :: 		return;
+;Soft_I2C.c,92 :: 		}
+L_end_Soft_I2C_Stop:
+0x020A	0x0008      	RETURN
+; end of _Soft_I2C_Stop
+_set_addressing:
+;oled_control.c,103 :: 		void set_addressing (char pagenum, char c_start) {
+;oled_control.c,105 :: 		c = c_start + oled_shift;
+0x020B	0x0140      	MOVLB      0
+0x020C	0x086F      	MOVF       oled_control_oled_shift, 0
+0x020D	0x0144      	MOVLB      4
+0x020E	0x072E      	ADDWF      FARG_set_addressing_c_start, 0
+0x020F	0x00B1      	MOVWF      set_addressing_c_L0
+;oled_control.c,106 :: 		Soft_I2C_Start();
+0x0210	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,107 :: 		Soft_I2C_Write(oled_addr);             // device addres
+0x0211	0x0141      	MOVLB      1
+0x0212	0x0847      	MOVF       oled_control_oled_addr, 0
+0x0213	0x0144      	MOVLB      4
+0x0214	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0215	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,108 :: 		Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+0x0216	0x0144      	MOVLB      4
+0x0217	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x0218	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,109 :: 		Soft_I2C_Write(0xB0 + pagenum);  // set page number
+0x0219	0x0144      	MOVLB      4
+0x021A	0x082D      	MOVF       FARG_set_addressing_pagenum, 0
+0x021B	0x3EB0      	ADDLW      176
+0x021C	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x021D	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,111 :: 		if (c <= 15) { a = c; b = 0; }
+0x021E	0x0144      	MOVLB      4
+0x021F	0x0831      	MOVF       set_addressing_c_L0, 0
+0x0220	0x3C0F      	SUBLW      15
+0x0221	0x1C03      	BTFSS      STATUS, 0
+0x0222	0x2A27      	GOTO       L_set_addressing14
+0x0223	0x0831      	MOVF       set_addressing_c_L0, 0
+0x0224	0x00AF      	MOVWF      set_addressing_a_L0
+0x0225	0x01B0      	CLRF       set_addressing_b_L0
+0x0226	0x2A38      	GOTO       L_set_addressing15
+L_set_addressing14:
+;oled_control.c,112 :: 		else { b = c / 16; a = c - b * 16; }
+0x0227	0x0831      	MOVF       set_addressing_c_L0, 0
+0x0228	0x00F2      	MOVWF      R2
+0x0229	0x36F2      	LSRF       R2, 1
+0x022A	0x36F2      	LSRF       R2, 1
+0x022B	0x36F2      	LSRF       R2, 1
+0x022C	0x36F2      	LSRF       R2, 1
+0x022D	0x0872      	MOVF       R2, 0
+0x022E	0x00B0      	MOVWF      set_addressing_b_L0
+0x022F	0x0872      	MOVF       R2, 0
+0x0230	0x00F0      	MOVWF      R0
+0x0231	0x35F0      	LSLF       R0, 1
+0x0232	0x35F0      	LSLF       R0, 1
+0x0233	0x35F0      	LSLF       R0, 1
+0x0234	0x35F0      	LSLF       R0, 1
+0x0235	0x0870      	MOVF       R0, 0
+0x0236	0x0231      	SUBWF      set_addressing_c_L0, 0
+0x0237	0x00AF      	MOVWF      set_addressing_a_L0
+L_set_addressing15:
+;oled_control.c,113 :: 		Soft_I2C_Write (a);        // set lower nibble of start address
+0x0238	0x082F      	MOVF       set_addressing_a_L0, 0
+0x0239	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x023A	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,114 :: 		Soft_I2C_Write (0x10 + b); // set higher nibble of start address
+0x023B	0x0144      	MOVLB      4
+0x023C	0x0830      	MOVF       set_addressing_b_L0, 0
+0x023D	0x3E10      	ADDLW      16
+0x023E	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x023F	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,116 :: 		Soft_I2C_Start();
+0x0240	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,117 :: 		Soft_I2C_Write(oled_addr);        // device addres
+0x0241	0x0141      	MOVLB      1
+0x0242	0x0847      	MOVF       oled_control_oled_addr, 0
+0x0243	0x0144      	MOVLB      4
+0x0244	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0245	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,118 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+0x0246	0x3040      	MOVLW      64
+0x0247	0x0144      	MOVLB      4
+0x0248	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0249	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,119 :: 		return;
+;oled_control.c,120 :: 		}
+L_end_set_addressing:
+0x024A	0x0008      	RETURN
+; end of _set_addressing
+_WordToStr:
+;__Lib_Conversions.c,98 :: 		
+;__Lib_Conversions.c,103 :: 		
+0x024B	0x0144      	MOVLB      4
+0x024C	0x01B1      	CLRF       WordToStr_len_L0
+L_WordToStr11:
+0x024D	0x3005      	MOVLW      5
+0x024E	0x0231      	SUBWF      WordToStr_len_L0, 0
+0x024F	0x1803      	BTFSC      STATUS, 0
+0x0250	0x2A5B      	GOTO       L_WordToStr12
+;__Lib_Conversions.c,104 :: 		
+0x0251	0x0831      	MOVF       WordToStr_len_L0, 0
+0x0252	0x072F      	ADDWF      FARG_WordToStr_output, 0
+0x0253	0x0086      	MOVWF      FSR1
+0x0254	0x3000      	MOVLW      0
+0x0255	0x3D30      	ADDWFC     FARG_WordToStr_output+1, 0
+0x0256	0x0087      	MOVWF      FSR1H
+0x0257	0x3020      	MOVLW      32
+0x0258	0x0081      	MOVWF      INDF1
+;__Lib_Conversions.c,103 :: 		
+0x0259	0x0AB1      	INCF       WordToStr_len_L0, 1
+;__Lib_Conversions.c,104 :: 		
+0x025A	0x2A4D      	GOTO       L_WordToStr11
+L_WordToStr12:
+;__Lib_Conversions.c,105 :: 		
+0x025B	0x0831      	MOVF       WordToStr_len_L0, 0
+0x025C	0x072F      	ADDWF      FARG_WordToStr_output, 0
+0x025D	0x0086      	MOVWF      FSR1
+0x025E	0x3000      	MOVLW      0
+0x025F	0x3D30      	ADDWFC     FARG_WordToStr_output+1, 0
+0x0260	0x0087      	MOVWF      FSR1H
+0x0261	0x0181      	CLRF       INDF1
+0x0262	0x03B1      	DECF       WordToStr_len_L0, 1
+;__Lib_Conversions.c,107 :: 		
+L_WordToStr14:
+;__Lib_Conversions.c,108 :: 		
+0x0263	0x0831      	MOVF       WordToStr_len_L0, 0
+0x0264	0x072F      	ADDWF      FARG_WordToStr_output, 0
+0x0265	0x00B2      	MOVWF      FLOC__WordToStr
+0x0266	0x3000      	MOVLW      0
+0x0267	0x3D30      	ADDWFC     FARG_WordToStr_output+1, 0
+0x0268	0x00B3      	MOVWF      FLOC__WordToStr+1
+0x0269	0x300A      	MOVLW      10
+0x026A	0x00F4      	MOVWF      R4
+0x026B	0x01F5      	CLRF       R5
+0x026C	0x082D      	MOVF       FARG_WordToStr_input, 0
+0x026D	0x00F0      	MOVWF      R0
+0x026E	0x082E      	MOVF       FARG_WordToStr_input+1, 0
+0x026F	0x00F1      	MOVWF      R1
+0x0270	0x2166      	CALL       _Div_16X16_U
+0x0271	0x0878      	MOVF       R8, 0
+0x0272	0x00F0      	MOVWF      R0
+0x0273	0x0879      	MOVF       R9, 0
+0x0274	0x00F1      	MOVWF      R1
+0x0275	0x3030      	MOVLW      48
+0x0276	0x07F0      	ADDWF      R0, 1
+0x0277	0x0144      	MOVLB      4
+0x0278	0x0832      	MOVF       FLOC__WordToStr, 0
+0x0279	0x0086      	MOVWF      FSR1
+0x027A	0x0833      	MOVF       FLOC__WordToStr+1, 0
+0x027B	0x0087      	MOVWF      FSR1H
+0x027C	0x0870      	MOVF       R0, 0
+0x027D	0x0081      	MOVWF      INDF1
+;__Lib_Conversions.c,109 :: 		
+0x027E	0x300A      	MOVLW      10
+0x027F	0x00F4      	MOVWF      R4
+0x0280	0x01F5      	CLRF       R5
+0x0281	0x082D      	MOVF       FARG_WordToStr_input, 0
+0x0282	0x00F0      	MOVWF      R0
+0x0283	0x082E      	MOVF       FARG_WordToStr_input+1, 0
+0x0284	0x00F1      	MOVWF      R1
+0x0285	0x2166      	CALL       _Div_16X16_U
+0x0286	0x0870      	MOVF       R0, 0
+0x0287	0x0144      	MOVLB      4
+0x0288	0x00AD      	MOVWF      FARG_WordToStr_input
+0x0289	0x0871      	MOVF       R1, 0
+0x028A	0x00AE      	MOVWF      FARG_WordToStr_input+1
+;__Lib_Conversions.c,110 :: 		
+0x028B	0x3000      	MOVLW      0
+0x028C	0x0671      	XORWF      R1, 0
+0x028D	0x1D03      	BTFSS      STATUS, 2
+0x028E	0x2A91      	GOTO       L__WordToStr379
+0x028F	0x3000      	MOVLW      0
+0x0290	0x0670      	XORWF      R0, 0
+L__WordToStr379:
+0x0291	0x1D03      	BTFSS      STATUS, 2
+0x0292	0x2A94      	GOTO       L_WordToStr16
+;__Lib_Conversions.c,111 :: 		
+0x0293	0x2A96      	GOTO       L_WordToStr15
+L_WordToStr16:
+;__Lib_Conversions.c,112 :: 		
+0x0294	0x03B1      	DECF       WordToStr_len_L0, 1
+;__Lib_Conversions.c,113 :: 		
+0x0295	0x2A63      	GOTO       L_WordToStr14
+L_WordToStr15:
+;__Lib_Conversions.c,114 :: 		
+L_end_WordToStr:
+0x0296	0x0008      	RETURN
+; end of _WordToStr
+_ADC_Init_Advanced:
+;__Lib_ADC_18xxx.c,39 :: 		
+;__Lib_ADC_18xxx.c,40 :: 		
+0x0297	0x306C      	MOVLW      _ADC_Get_Sample
+0x0298	0x0143      	MOVLB      3
+0x0299	0x00A1      	MOVWF      _ADC_Get_Sample_Ptr
+0x029A	0x3003      	MOVLW      hi_addr(_ADC_Get_Sample)
+0x029B	0x00A2      	MOVWF      _ADC_Get_Sample_Ptr+1
+0x029C	0x3023      	MOVLW      FARG_ADC_Get_Sample_channel
+0x029D	0x00A3      	MOVWF      _ADC_Get_Sample_Ptr+2
+0x029E	0x3002      	MOVLW      hi_addr(FARG_ADC_Get_Sample_channel)
+0x029F	0x00A4      	MOVWF      _ADC_Get_Sample_Ptr+3
+;__Lib_ADC_18xxx.c,42 :: 		
+0x02A0	0x0141      	MOVLB      1
+0x02A1	0x0193      	CLRF       ADCON0
+;__Lib_ADC_18xxx.c,43 :: 		
+0x02A2	0x0194      	CLRF       ADCON1
+;__Lib_ADC_18xxx.c,44 :: 		
+0x02A3	0x0195      	CLRF       ADCON2
+;__Lib_ADC_18xxx.c,45 :: 		
+0x02A4	0x0196      	CLRF       ADCON3
+;__Lib_ADC_18xxx.c,47 :: 		
+0x02A5	0x30EC      	MOVLW      236
+0x02A6	0x059A      	ANDWF      ADREF, 1
+;__Lib_ADC_18xxx.c,48 :: 		
+0x02A7	0x3013      	MOVLW      19
+0x02A8	0x0144      	MOVLB      4
+0x02A9	0x0523      	ANDWF      FARG_ADC_Init_Advanced_reference, 0
+0x02AA	0x00F0      	MOVWF      R0
+0x02AB	0x0870      	MOVF       R0, 0
+0x02AC	0x0141      	MOVLB      1
+0x02AD	0x049A      	IORWF       ADREF, 1
+;__Lib_ADC_18xxx.c,50 :: 		
+0x02AE	0x30C0      	MOVLW      192
+0x02AF	0x0144      	MOVLB      4
+0x02B0	0x0523      	ANDWF      FARG_ADC_Init_Advanced_reference, 0
+0x02B1	0x00F0      	MOVWF      R0
+0x02B2	0x1903      	BTFSC      STATUS, 2
+0x02B3	0x2ACA      	GOTO       L_ADC_Init_Advanced0
+;__Lib_ADC_18xxx.c,51 :: 		
+0x02B4	0x30C0      	MOVLW      192
+0x02B5	0x0523      	ANDWF      FARG_ADC_Init_Advanced_reference, 0
+0x02B6	0x00F2      	MOVWF      R2
+0x02B7	0x3006      	MOVLW      6
+0x02B8	0x00F1      	MOVWF      R1
+0x02B9	0x0872      	MOVF       R2, 0
+0x02BA	0x00F0      	MOVWF      R0
+0x02BB	0x0871      	MOVF       R1, 0
+L__ADC_Init_Advanced8:
+0x02BC	0x1903      	BTFSC      STATUS, 2
+0x02BD	0x2AC1      	GOTO       L__ADC_Init_Advanced9
+0x02BE	0x36F0      	LSRF       R0, 1
+0x02BF	0x3EFF      	ADDLW      255
+0x02C0	0x2ABC      	GOTO       L__ADC_Init_Advanced8
+L__ADC_Init_Advanced9:
+0x02C1	0x0870      	MOVF       R0, 0
+0x02C2	0x0152      	MOVLB      18
+0x02C3	0x008C      	MOVWF      FVRCON
+;__Lib_ADC_18xxx.c,52 :: 		
+0x02C4	0x178C      	BSF        FVRCON, 7
+;__Lib_ADC_18xxx.c,53 :: 		
+L_ADC_Init_Advanced1:
+0x02C5	0x1B0C      	BTFSC      FVRCON, 6
+0x02C6	0x2AC9      	GOTO       L_ADC_Init_Advanced2
+;__Lib_ADC_18xxx.c,54 :: 		
+0x02C7	0x0000      	NOP
+0x02C8	0x2AC5      	GOTO       L_ADC_Init_Advanced1
+L_ADC_Init_Advanced2:
+;__Lib_ADC_18xxx.c,55 :: 		
+0x02C9	0x2ACD      	GOTO       L_ADC_Init_Advanced3
+L_ADC_Init_Advanced0:
+0x02CA	0x0152      	MOVLB      18
+;__Lib_ADC_18xxx.c,57 :: 		
+0x02CB	0x30FC      	MOVLW      252
+0x02CC	0x058C      	ANDWF      FVRCON, 1
+L_ADC_Init_Advanced3:
+;__Lib_ADC_18xxx.c,59 :: 		
+0x02CD	0x0141      	MOVLB      1
+0x02CE	0x1613      	BSF        ADCON0, 4
+;__Lib_ADC_18xxx.c,60 :: 		
+0x02CF	0x1513      	BSF        ADCON0, 2
+;__Lib_ADC_18xxx.c,61 :: 		
+0x02D0	0x1793      	BSF        ADCON0, 7
+;__Lib_ADC_18xxx.c,62 :: 		
+L_end_ADC_Init_Advanced:
+0x02D1	0x0008      	RETURN
+; end of _ADC_Init_Advanced
+_Mul_16X16_U:
+;__Lib_Math.c,136 :: 		
+;__Lib_Math.c,143 :: 		
+0x02D2	0x0140      	MOVLB      0
+;__Lib_Math.c,144 :: 		
+0x02D3	0x01FB      	CLRF       R11
+;__Lib_Math.c,145 :: 		
+0x02D4	0x01FA      	CLRF       R10
+;__Lib_Math.c,146 :: 		
+0x02D5	0x01F9      	CLRF       R9
+;__Lib_Math.c,147 :: 		
+0x02D6	0x3080      	MOVLW      128
+;__Lib_Math.c,148 :: 		
+0x02D7	0x00F8      	MOVWF      R8
+;__Lib_Math.c,149 :: 		
+0x02D8	0x0CF1      	RRF        R1, 1
+;__Lib_Math.c,150 :: 		
+0x02D9	0x0CF0      	RRF        R0, 1
+;__Lib_Math.c,151 :: 		
+0x02DA	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,152 :: 		
+0x02DB	0x2AE5      	GOTO       $+10
+;__Lib_Math.c,153 :: 		
+0x02DC	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,154 :: 		
+0x02DD	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,155 :: 		
+0x02DE	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,156 :: 		
+0x02DF	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,157 :: 		
+0x02E0	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,158 :: 		
+0x02E1	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,159 :: 		
+0x02E2	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,160 :: 		
+0x02E3	0x0AFB      	INCF       R11, 1
+;__Lib_Math.c,161 :: 		
+0x02E4	0x1003      	BCF        STATUS, 0
+;__Lib_Math.c,162 :: 		
+0x02E5	0x1FF0      	BTFSS      R0, 7
+;__Lib_Math.c,163 :: 		
+0x02E6	0x2AED      	GOTO       $+7
+;__Lib_Math.c,164 :: 		
+0x02E7	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,165 :: 		
+0x02E8	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,166 :: 		
+0x02E9	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,167 :: 		
+0x02EA	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,168 :: 		
+0x02EB	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,169 :: 		
+0x02EC	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,170 :: 		
+0x02ED	0x0CFB      	RRF        R11, 1
+;__Lib_Math.c,171 :: 		
+0x02EE	0x0CFA      	RRF        R10, 1
+;__Lib_Math.c,172 :: 		
+0x02EF	0x0CF9      	RRF        R9, 1
+;__Lib_Math.c,173 :: 		
+0x02F0	0x0CF8      	RRF        R8, 1
+;__Lib_Math.c,174 :: 		
+0x02F1	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,175 :: 		
+0x02F2	0x2AD8      	GOTO       $-26
+;__Lib_Math.c,176 :: 		
+0x02F3	0x087B      	MOVF       R11, 0
+;__Lib_Math.c,177 :: 		
+0x02F4	0x00F3      	MOVWF      R3
+;__Lib_Math.c,178 :: 		
+0x02F5	0x087A      	MOVF       R10, 0
+;__Lib_Math.c,179 :: 		
+0x02F6	0x00F2      	MOVWF      R2
+;__Lib_Math.c,180 :: 		
+0x02F7	0x0879      	MOVF       R9, 0
+;__Lib_Math.c,181 :: 		
+0x02F8	0x00F1      	MOVWF      R1
+;__Lib_Math.c,182 :: 		
+0x02F9	0x0878      	MOVF       R8, 0
+;__Lib_Math.c,183 :: 		
+0x02FA	0x00F0      	MOVWF      R0
+;__Lib_Math.c,186 :: 		
+L_end_Mul_16X16_U:
+0x02FB	0x0008      	RETURN
+; end of _Mul_16X16_U
+_FIXSIGN32:
+;__Lib_MathDouble.c,112 :: 		
+;__Lib_MathDouble.c,116 :: 		
+0x02FC	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,117 :: 		
+0x02FD	0x13F2      	BCF        R2, 7
+;__Lib_MathDouble.c,118 :: 		
+0x02FE	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,120 :: 		
+L_end_FIXSIGN32:
+0x02FF	0x0008      	RETURN
+; end of _FIXSIGN32
+_VDelay_ms:
+;__Lib_Delays.c,82 :: 		void VDelay_ms(unsigned Time_ms){
+;__Lib_Delays.c,84 :: 		NumberOfCyc = Clock_kHz()>>2; // this will be done by compiler, no asm will be genereated except that for assignment;
+0x0300	0x3040      	MOVLW      64
+0x0301	0x0144      	MOVLB      4
+0x0302	0x00A5      	MOVWF      VDelay_ms_NumberOfCyc_L0
+0x0303	0x301F      	MOVLW      31
+0x0304	0x00A6      	MOVWF      VDelay_ms_NumberOfCyc_L0+1
+0x0305	0x01A7      	CLRF       VDelay_ms_NumberOfCyc_L0+2
+0x0306	0x01A8      	CLRF       VDelay_ms_NumberOfCyc_L0+3
+;__Lib_Delays.c,85 :: 		NumberOfCyc *= Time_ms;
+0x0307	0x3040      	MOVLW      64
+0x0308	0x00F0      	MOVWF      R0
+0x0309	0x301F      	MOVLW      31
+0x030A	0x00F1      	MOVWF      R1
+0x030B	0x3000      	MOVLW      0
+0x030C	0x00F2      	MOVWF      R2
+0x030D	0x3000      	MOVLW      0
+0x030E	0x00F3      	MOVWF      R3
+0x030F	0x0823      	MOVF       FARG_VDelay_ms_Time_ms, 0
+0x0310	0x00F4      	MOVWF      R4
+0x0311	0x0824      	MOVF       FARG_VDelay_ms_Time_ms+1, 0
+0x0312	0x00F5      	MOVWF      R5
+0x0313	0x01F6      	CLRF       R6
+0x0314	0x01F7      	CLRF       R7
+0x0315	0x21BE      	CALL       _Mul_32x32_U
+0x0316	0x0870      	MOVF       R0, 0
+0x0317	0x0144      	MOVLB      4
+0x0318	0x00A5      	MOVWF      VDelay_ms_NumberOfCyc_L0
+0x0319	0x0871      	MOVF       R1, 0
+0x031A	0x00A6      	MOVWF      VDelay_ms_NumberOfCyc_L0+1
+0x031B	0x0872      	MOVF       R2, 0
+0x031C	0x00A7      	MOVWF      VDelay_ms_NumberOfCyc_L0+2
+0x031D	0x0873      	MOVF       R3, 0
+0x031E	0x00A8      	MOVWF      VDelay_ms_NumberOfCyc_L0+3
+;__Lib_Delays.c,86 :: 		if (NumberOfCyc < 690)
+0x031F	0x3000      	MOVLW      0
+0x0320	0x0273      	SUBWF      R3, 0
+0x0321	0x1D03      	BTFSS      STATUS, 2
+0x0322	0x2B2D      	GOTO       L__VDelay_ms39
+0x0323	0x3000      	MOVLW      0
+0x0324	0x0272      	SUBWF      R2, 0
+0x0325	0x1D03      	BTFSS      STATUS, 2
+0x0326	0x2B2D      	GOTO       L__VDelay_ms39
+0x0327	0x3002      	MOVLW      2
+0x0328	0x0271      	SUBWF      R1, 0
+0x0329	0x1D03      	BTFSS      STATUS, 2
+0x032A	0x2B2D      	GOTO       L__VDelay_ms39
+0x032B	0x30B2      	MOVLW      178
+0x032C	0x0270      	SUBWF      R0, 0
+L__VDelay_ms39:
+0x032D	0x1803      	BTFSC      STATUS, 0
+0x032E	0x2B30      	GOTO       L_VDelay_ms16
+;__Lib_Delays.c,87 :: 		return;
+0x032F	0x2B5F      	GOTO       L_end_VDelay_ms
+L_VDelay_ms16:
+;__Lib_Delays.c,88 :: 		NumberOfCyc -= 690;
+0x0330	0x30B2      	MOVLW      178
+0x0331	0x02A5      	SUBWF      VDelay_ms_NumberOfCyc_L0, 1
+0x0332	0x3002      	MOVLW      2
+0x0333	0x3BA6      	SUBWFB     VDelay_ms_NumberOfCyc_L0+1, 1
+0x0334	0x3000      	MOVLW      0
+0x0335	0x3BA7      	SUBWFB     VDelay_ms_NumberOfCyc_L0+2, 1
+0x0336	0x3BA8      	SUBWFB     VDelay_ms_NumberOfCyc_L0+3, 1
+;__Lib_Delays.c,89 :: 		NumberOfCyc =  NumberOfCyc >> 5; // Dec and While below take around 32 instructions
+0x0337	0x3005      	MOVLW      5
+0x0338	0x00F0      	MOVWF      R0
+0x0339	0x0870      	MOVF       R0, 0
+L__VDelay_ms40:
+0x033A	0x1903      	BTFSC      STATUS, 2
+0x033B	0x2B42      	GOTO       L__VDelay_ms41
+0x033C	0x36A8      	LSRF       VDelay_ms_NumberOfCyc_L0+3, 1
+0x033D	0x0CA7      	RRF        VDelay_ms_NumberOfCyc_L0+2, 1
+0x033E	0x0CA6      	RRF        VDelay_ms_NumberOfCyc_L0+1, 1
+0x033F	0x0CA5      	RRF        VDelay_ms_NumberOfCyc_L0, 1
+0x0340	0x3EFF      	ADDLW      255
+0x0341	0x2B3A      	GOTO       L__VDelay_ms40
+L__VDelay_ms41:
+;__Lib_Delays.c,90 :: 		while (NumberOfCyc--)
+L_VDelay_ms17:
+0x0342	0x0825      	MOVF       VDelay_ms_NumberOfCyc_L0, 0
+0x0343	0x00F0      	MOVWF      R0
+0x0344	0x0826      	MOVF       VDelay_ms_NumberOfCyc_L0+1, 0
+0x0345	0x00F1      	MOVWF      R1
+0x0346	0x0827      	MOVF       VDelay_ms_NumberOfCyc_L0+2, 0
+0x0347	0x00F2      	MOVWF      R2
+0x0348	0x0828      	MOVF       VDelay_ms_NumberOfCyc_L0+3, 0
+0x0349	0x00F3      	MOVWF      R3
+0x034A	0x3001      	MOVLW      1
+0x034B	0x02A5      	SUBWF      VDelay_ms_NumberOfCyc_L0, 1
+0x034C	0x3000      	MOVLW      0
+0x034D	0x3BA6      	SUBWFB     VDelay_ms_NumberOfCyc_L0+1, 1
+0x034E	0x3BA7      	SUBWFB     VDelay_ms_NumberOfCyc_L0+2, 1
+0x034F	0x3BA8      	SUBWFB     VDelay_ms_NumberOfCyc_L0+3, 1
+0x0350	0x0870      	MOVF       R0, 0
+0x0351	0x0471      	IORWF       R1, 0
+0x0352	0x0472      	IORWF       R2, 0
+0x0353	0x0473      	IORWF       R3, 0
+0x0354	0x1903      	BTFSC      STATUS, 2
+0x0355	0x2B5F      	GOTO       L_VDelay_ms18
+;__Lib_Delays.c,92 :: 		asm nop;
+0x0356	0x0000      	NOP
+;__Lib_Delays.c,93 :: 		asm nop;
+0x0357	0x0000      	NOP
+;__Lib_Delays.c,94 :: 		asm nop;
+0x0358	0x0000      	NOP
+;__Lib_Delays.c,95 :: 		asm nop;
+0x0359	0x0000      	NOP
+;__Lib_Delays.c,96 :: 		asm nop;
+0x035A	0x0000      	NOP
+;__Lib_Delays.c,97 :: 		asm nop;
+0x035B	0x0000      	NOP
+;__Lib_Delays.c,98 :: 		asm nop;
+0x035C	0x0000      	NOP
+;__Lib_Delays.c,99 :: 		asm nop;
+0x035D	0x0000      	NOP
+;__Lib_Delays.c,100 :: 		}
+0x035E	0x2B42      	GOTO       L_VDelay_ms17
+L_VDelay_ms18:
+;__Lib_Delays.c,101 :: 		}
+L_end_VDelay_ms:
+0x035F	0x0008      	RETURN
+; end of _VDelay_ms
+_SETFUN32:
+;__Lib_MathDouble.c,138 :: 		
+;__Lib_MathDouble.c,145 :: 		
+0x0360	0x157B      	BSF        R11, 2
+;__Lib_MathDouble.c,146 :: 		
+0x0361	0x1FFB      	BTFSS      R11, 7
+;__Lib_MathDouble.c,147 :: 		
+0x0362	0x2B6A      	GOTO       SETFUN32EEE
+;__Lib_MathDouble.c,148 :: 		
+0x0363	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,149 :: 		
+0x0364	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,150 :: 		
+0x0365	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,151 :: 		
+0x0366	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,152 :: 		
+0x0367	0x01F0      	CLRF       R0
+;__Lib_MathDouble.c,153 :: 		
+0x0368	0x0DFA      	RLF        R10, 1
+;__Lib_MathDouble.c,154 :: 		
+0x0369	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,155 :: 		
+SETFUN32EEE:
+;__Lib_MathDouble.c,156 :: 		
+0x036A	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,158 :: 		
+L_end_SETFUN32:
+0x036B	0x0008      	RETURN
+; end of _SETFUN32
+_ADC_Get_Sample:
+;__Lib_ADC_18xxx.c,64 :: 		
+;__Lib_ADC_18xxx.c,65 :: 		
+0x036C	0x303F      	MOVLW      63
+0x036D	0x0144      	MOVLB      4
+0x036E	0x0523      	ANDWF      FARG_ADC_Get_Sample_channel, 0
+0x036F	0x0141      	MOVLB      1
+0x0370	0x009E      	MOVWF      ADPCH
+;__Lib_ADC_18xxx.c,66 :: 		
+0x0371	0x21A0      	CALL       _Delay_22us
+;__Lib_ADC_18xxx.c,68 :: 		
+0x0372	0x1413      	BSF        ADCON0, 0
+;__Lib_ADC_18xxx.c,69 :: 		
+0x0373	0x0000      	NOP
+;__Lib_ADC_18xxx.c,70 :: 		
+L_ADC_Get_Sample4:
+0x0374	0x1C13      	BTFSS      ADCON0, 0
+0x0375	0x2B77      	GOTO       L_ADC_Get_Sample5
+;__Lib_ADC_18xxx.c,71 :: 		
+0x0376	0x2B74      	GOTO       L_ADC_Get_Sample4
+L_ADC_Get_Sample5:
+;__Lib_ADC_18xxx.c,73 :: 		
+0x0377	0x080C      	MOVF       ADRES, 0
+0x0378	0x00F0      	MOVWF      R0
+0x0379	0x080D      	MOVF       ADRES+1, 0
+0x037A	0x00F1      	MOVWF      R1
+;__Lib_ADC_18xxx.c,74 :: 		
+L_end_ADC_Get_Sample:
+0x037B	0x0008      	RETURN
+; end of _ADC_Get_Sample
+_oled_wr_str_s:
+;oled_control.c,122 :: 		void oled_wr_str_s(char page, char col, char str[], char len) {  //  128*64 OLED
+;oled_control.c,124 :: 		set_addressing (page, col);
+0x037C	0x0144      	MOVLB      4
+0x037D	0x0823      	MOVF       FARG_oled_wr_str_s_page, 0
+0x037E	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x037F	0x0824      	MOVF       FARG_oled_wr_str_s_col, 0
+0x0380	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x0381	0x220B      	CALL       _set_addressing
+;oled_control.c,126 :: 		for (i = 0; i < len; i++) { // write string
+0x0382	0x0144      	MOVLB      4
+0x0383	0x01A8      	CLRF       oled_wr_str_s_i_L0
+L_oled_wr_str_s16:
+0x0384	0x0827      	MOVF       FARG_oled_wr_str_s_len, 0
+0x0385	0x0228      	SUBWF      oled_wr_str_s_i_L0, 0
+0x0386	0x1803      	BTFSC      STATUS, 0
+0x0387	0x2BB1      	GOTO       L_oled_wr_str_s17
+;oled_control.c,127 :: 		g = str[i] - 32; // table shift
+0x0388	0x0828      	MOVF       oled_wr_str_s_i_L0, 0
+0x0389	0x0725      	ADDWF      FARG_oled_wr_str_s_str, 0
+0x038A	0x0084      	MOVWF      FSR0
+0x038B	0x3000      	MOVLW      0
+0x038C	0x3D26      	ADDWFC     FARG_oled_wr_str_s_str+1, 0
+0x038D	0x0085      	MOVWF      FSR0H
+0x038E	0x3020      	MOVLW      32
+0x038F	0x0200      	SUBWF      INDF0, 0
+0x0390	0x00AA      	MOVWF      oled_wr_str_s_g_L0
+;oled_control.c,128 :: 		for (h = 0; h < 5; h++) {  // write letter
+0x0391	0x01A9      	CLRF       oled_wr_str_s_h_L0
+L_oled_wr_str_s19:
+0x0392	0x3005      	MOVLW      5
+0x0393	0x0229      	SUBWF      oled_wr_str_s_h_L0, 0
+0x0394	0x1803      	BTFSC      STATUS, 0
+0x0395	0x2BAC      	GOTO       L_oled_wr_str_s20
+;oled_control.c,129 :: 		Soft_I2C_Write(font_5x8[g*5+h]);
+0x0396	0x082A      	MOVF       oled_wr_str_s_g_L0, 0
+0x0397	0x00F0      	MOVWF      R0
+0x0398	0x3005      	MOVLW      5
+0x0399	0x00F4      	MOVWF      R4
+0x039A	0x21A6      	CALL       _Mul_8X8_U
+0x039B	0x0144      	MOVLB      4
+0x039C	0x0829      	MOVF       oled_wr_str_s_h_L0, 0
+0x039D	0x07F0      	ADDWF      R0, 1
+0x039E	0x3000      	MOVLW      0
+0x039F	0x3DF1      	ADDWFC     R1, 1
+0x03A0	0x30FF      	MOVLW      oled_control_font_5x8
+0x03A1	0x0770      	ADDWF      R0, 0
+0x03A2	0x0084      	MOVWF      FSR0
+0x03A3	0x309D      	MOVLW      hi_addr(oled_control_font_5x8)
+0x03A4	0x3D71      	ADDWFC     R1, 0
+0x03A5	0x0085      	MOVWF      FSR0H
+0x03A6	0x0800      	MOVF       INDF0, 0
+0x03A7	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x03A8	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,128 :: 		for (h = 0; h < 5; h++) {  // write letter
+0x03A9	0x0144      	MOVLB      4
+0x03AA	0x0AA9      	INCF       oled_wr_str_s_h_L0, 1
+;oled_control.c,130 :: 		}
+0x03AB	0x2B92      	GOTO       L_oled_wr_str_s19
+L_oled_wr_str_s20:
+;oled_control.c,131 :: 		Soft_I2C_Write (0);
+0x03AC	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x03AD	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,126 :: 		for (i = 0; i < len; i++) { // write string
+0x03AE	0x0144      	MOVLB      4
+0x03AF	0x0AA8      	INCF       oled_wr_str_s_i_L0, 1
+;oled_control.c,132 :: 		}
+0x03B0	0x2B84      	GOTO       L_oled_wr_str_s16
+L_oled_wr_str_s17:
+;oled_control.c,133 :: 		Soft_I2C_Stop ();
+0x03B1	0x21F4      	CALL       _Soft_I2C_Stop
+;oled_control.c,134 :: 		return;
+;oled_control.c,135 :: 		}
+L_end_oled_wr_str_s:
+0x03B2	0x0008      	RETURN
+; end of _oled_wr_str_s
+_IntToStr:
+;__Lib_Conversions.c,195 :: 		
+;__Lib_Conversions.c,201 :: 		
+0x03B3	0x0144      	MOVLB      4
+0x03B4	0x01A9      	CLRF       IntToStr_negative_L0
+0x03B5	0x01AA      	CLRF       IntToStr_negative_L0+1
+;__Lib_Conversions.c,202 :: 		
+0x03B6	0x0823      	MOVF       FARG_IntToStr_input, 0
+0x03B7	0x00AB      	MOVWF      IntToStr_inword_L0
+0x03B8	0x0824      	MOVF       FARG_IntToStr_input+1, 0
+0x03B9	0x00AC      	MOVWF      IntToStr_inword_L0+1
+;__Lib_Conversions.c,203 :: 		
+0x03BA	0x3080      	MOVLW      128
+0x03BB	0x0624      	XORWF      FARG_IntToStr_input+1, 0
+0x03BC	0x00F0      	MOVWF      R0
+0x03BD	0x3080      	MOVLW      128
+0x03BE	0x0270      	SUBWF      R0, 0
+0x03BF	0x1D03      	BTFSS      STATUS, 2
+0x03C0	0x2BC3      	GOTO       L__IntToStr387
+0x03C1	0x3000      	MOVLW      0
+0x03C2	0x0223      	SUBWF      FARG_IntToStr_input, 0
+L__IntToStr387:
+0x03C3	0x1803      	BTFSC      STATUS, 0
+0x03C4	0x2BD1      	GOTO       L_IntToStr37
+;__Lib_Conversions.c,204 :: 		
+0x03C5	0x3001      	MOVLW      1
+0x03C6	0x00A9      	MOVWF      IntToStr_negative_L0
+0x03C7	0x3000      	MOVLW      0
+0x03C8	0x00AA      	MOVWF      IntToStr_negative_L0+1
+;__Lib_Conversions.c,205 :: 		
+0x03C9	0x0823      	MOVF       FARG_IntToStr_input, 0
+0x03CA	0x3C00      	SUBLW      0
+0x03CB	0x00AB      	MOVWF      IntToStr_inword_L0
+0x03CC	0x0824      	MOVF       FARG_IntToStr_input+1, 0
+0x03CD	0x1C03      	BTFSS      STATUS, 0
+0x03CE	0x3E01      	ADDLW      1
+0x03CF	0x01AC      	CLRF       IntToStr_inword_L0+1
+0x03D0	0x02AC      	SUBWF      IntToStr_inword_L0+1, 1
+;__Lib_Conversions.c,206 :: 		
+L_IntToStr37:
+;__Lib_Conversions.c,207 :: 		
+0x03D1	0x082B      	MOVF       IntToStr_inword_L0, 0
+0x03D2	0x00AD      	MOVWF      FARG_WordToStr_input
+0x03D3	0x082C      	MOVF       IntToStr_inword_L0+1, 0
+0x03D4	0x00AE      	MOVWF      FARG_WordToStr_input+1
+0x03D5	0x0825      	MOVF       FARG_IntToStr_output, 0
+0x03D6	0x00AF      	MOVWF      FARG_WordToStr_output
+0x03D7	0x0826      	MOVF       FARG_IntToStr_output+1, 0
+0x03D8	0x00B0      	MOVWF      FARG_WordToStr_output+1
+0x03D9	0x224B      	CALL       _WordToStr
+;__Lib_Conversions.c,209 :: 		
+0x03DA	0x3006      	MOVLW      6
+0x03DB	0x00A7      	MOVWF      IntToStr_i_L0
+0x03DC	0x3000      	MOVLW      0
+0x03DD	0x00A8      	MOVWF      IntToStr_i_L0+1
+;__Lib_Conversions.c,210 :: 		
+L_IntToStr38:
+0x03DE	0x0828      	MOVF       IntToStr_i_L0+1, 0
+0x03DF	0x3C00      	SUBLW      0
+0x03E0	0x1D03      	BTFSS      STATUS, 2
+0x03E1	0x2BE4      	GOTO       L__IntToStr388
+0x03E2	0x0827      	MOVF       IntToStr_i_L0, 0
+0x03E3	0x3C00      	SUBLW      0
+L__IntToStr388:
+0x03E4	0x1803      	BTFSC      STATUS, 0
+0x03E5	0x2BFF      	GOTO       L_IntToStr39
+;__Lib_Conversions.c,211 :: 		
+0x03E6	0x0827      	MOVF       IntToStr_i_L0, 0
+0x03E7	0x0725      	ADDWF      FARG_IntToStr_output, 0
+0x03E8	0x0086      	MOVWF      FSR1
+0x03E9	0x0828      	MOVF       IntToStr_i_L0+1, 0
+0x03EA	0x3D26      	ADDWFC     FARG_IntToStr_output+1, 0
+0x03EB	0x0087      	MOVWF      FSR1H
+0x03EC	0x3001      	MOVLW      1
+0x03ED	0x0227      	SUBWF      IntToStr_i_L0, 0
+0x03EE	0x00F0      	MOVWF      R0
+0x03EF	0x3000      	MOVLW      0
+0x03F0	0x3B28      	SUBWFB     IntToStr_i_L0+1, 0
+0x03F1	0x00F1      	MOVWF      R1
+0x03F2	0x0870      	MOVF       R0, 0
+0x03F3	0x0725      	ADDWF      FARG_IntToStr_output, 0
+0x03F4	0x0084      	MOVWF      FSR0
+0x03F5	0x0871      	MOVF       R1, 0
+0x03F6	0x3D26      	ADDWFC     FARG_IntToStr_output+1, 0
+0x03F7	0x0085      	MOVWF      FSR0H
+0x03F8	0x0800      	MOVF       INDF0, 0
+0x03F9	0x0081      	MOVWF      INDF1
+;__Lib_Conversions.c,212 :: 		
+0x03FA	0x3001      	MOVLW      1
+0x03FB	0x02A7      	SUBWF      IntToStr_i_L0, 1
+0x03FC	0x3000      	MOVLW      0
+0x03FD	0x3BA8      	SUBWFB     IntToStr_i_L0+1, 1
+;__Lib_Conversions.c,213 :: 		
+0x03FE	0x2BDE      	GOTO       L_IntToStr38
+L_IntToStr39:
+;__Lib_Conversions.c,214 :: 		
+0x03FF	0x0825      	MOVF       FARG_IntToStr_output, 0
+0x0400	0x0086      	MOVWF      FSR1
+0x0401	0x0826      	MOVF       FARG_IntToStr_output+1, 0
+0x0402	0x0087      	MOVWF      FSR1H
+0x0403	0x3020      	MOVLW      32
+0x0404	0x0081      	MOVWF      INDF1
+;__Lib_Conversions.c,215 :: 		
+0x0405	0x0829      	MOVF       IntToStr_negative_L0, 0
+0x0406	0x042A      	IORWF       IntToStr_negative_L0+1, 0
+0x0407	0x1903      	BTFSC      STATUS, 2
+0x0408	0x2C25      	GOTO       L_IntToStr40
+;__Lib_Conversions.c,216 :: 		
+0x0409	0x01A7      	CLRF       IntToStr_i_L0
+0x040A	0x01A8      	CLRF       IntToStr_i_L0+1
+;__Lib_Conversions.c,217 :: 		
+L_IntToStr41:
+0x040B	0x0827      	MOVF       IntToStr_i_L0, 0
+0x040C	0x0725      	ADDWF      FARG_IntToStr_output, 0
+0x040D	0x0084      	MOVWF      FSR0
+0x040E	0x0828      	MOVF       IntToStr_i_L0+1, 0
+0x040F	0x3D26      	ADDWFC     FARG_IntToStr_output+1, 0
+0x0410	0x0085      	MOVWF      FSR0H
+0x0411	0x0800      	MOVF       INDF0, 0
+0x0412	0x3A20      	XORLW      32
+0x0413	0x1D03      	BTFSS      STATUS, 2
+0x0414	0x2C19      	GOTO       L_IntToStr42
+0x0415	0x0AA7      	INCF       IntToStr_i_L0, 1
+0x0416	0x1903      	BTFSC      STATUS, 2
+0x0417	0x0AA8      	INCF       IntToStr_i_L0+1, 1
+0x0418	0x2C0B      	GOTO       L_IntToStr41
+L_IntToStr42:
+;__Lib_Conversions.c,218 :: 		
+0x0419	0x3001      	MOVLW      1
+0x041A	0x02A7      	SUBWF      IntToStr_i_L0, 1
+0x041B	0x3000      	MOVLW      0
+0x041C	0x3BA8      	SUBWFB     IntToStr_i_L0+1, 1
+;__Lib_Conversions.c,219 :: 		
+0x041D	0x0827      	MOVF       IntToStr_i_L0, 0
+0x041E	0x0725      	ADDWF      FARG_IntToStr_output, 0
+0x041F	0x0086      	MOVWF      FSR1
+0x0420	0x0828      	MOVF       IntToStr_i_L0+1, 0
+0x0421	0x3D26      	ADDWFC     FARG_IntToStr_output+1, 0
+0x0422	0x0087      	MOVWF      FSR1H
+0x0423	0x302D      	MOVLW      45
+0x0424	0x0081      	MOVWF      INDF1
+L_IntToStr40:
+;__Lib_Conversions.c,220 :: 		
+L_end_IntToStr:
+0x0425	0x0008      	RETURN
+; end of _IntToStr
+_RES032:
+;__Lib_MathDouble.c,123 :: 		
+;__Lib_MathDouble.c,128 :: 		
+0x0426	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,129 :: 		
+0x0427	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,130 :: 		
+0x0428	0x01F0      	CLRF       R0
+;__Lib_MathDouble.c,131 :: 		
+0x0429	0x01F8      	CLRF       R8
+;__Lib_MathDouble.c,132 :: 		
+0x042A	0x01F3      	CLRF       R3
+;__Lib_MathDouble.c,133 :: 		
+0x042B	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,135 :: 		
+L_end_RES032:
+0x042C	0x0008      	RETURN
+; end of _RES032
+_send_command:
+;oled_control.c,94 :: 		void send_command (char oled_command) {
+;oled_control.c,95 :: 		Soft_I2C_Start();
+0x042D	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,96 :: 		Soft_I2C_Write(oled_addr);         // device addres
+0x042E	0x0141      	MOVLB      1
+0x042F	0x0847      	MOVF       oled_control_oled_addr, 0
+0x0430	0x0144      	MOVLB      4
+0x0431	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0432	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,97 :: 		Soft_I2C_Write(128);              // 128 - command, 192 - data
+0x0433	0x3080      	MOVLW      128
+0x0434	0x0144      	MOVLB      4
+0x0435	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0436	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,98 :: 		Soft_I2C_Write(oled_command);
+0x0437	0x0144      	MOVLB      4
+0x0438	0x0823      	MOVF       FARG_send_command_oled_command, 0
+0x0439	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x043A	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,99 :: 		Soft_I2C_Stop();
+0x043B	0x21F4      	CALL       _Soft_I2C_Stop
+;oled_control.c,100 :: 		return;
+;oled_control.c,101 :: 		}
+L_end_send_command:
+0x043C	0x0008      	RETURN
+; end of _send_command
+_SETFOV32:
+;__Lib_MathDouble.c,79 :: 		
+;__Lib_MathDouble.c,86 :: 		
+0x043D	0x14FB      	BSF        R11, 1
+;__Lib_MathDouble.c,87 :: 		
+0x043E	0x1FFB      	BTFSS      R11, 7
+;__Lib_MathDouble.c,88 :: 		
+0x043F	0x2C47      	GOTO       SETFOV32EEE
+;__Lib_MathDouble.c,89 :: 		
+0x0440	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,90 :: 		
+0x0441	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,91 :: 		
+0x0442	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,92 :: 		
+0x0443	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,93 :: 		
+0x0444	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,94 :: 		
+0x0445	0x0DFA      	RLF        R10, 1
+;__Lib_MathDouble.c,95 :: 		
+0x0446	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,96 :: 		
+SETFOV32EEE:
+;__Lib_MathDouble.c,97 :: 		
+0x0447	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,99 :: 		
+L_end_SETFOV32:
+0x0448	0x0008      	RETURN
+; end of _SETFOV32
+_oled_clear:
+;oled_control.c,78 :: 		void oled_clear(void){
+;oled_control.c,81 :: 		Soft_I2C_Start();
+0x0449	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,82 :: 		Soft_I2C_Write(oled_addr);             // device addres
+0x044A	0x0141      	MOVLB      1
+0x044B	0x0847      	MOVF       oled_control_oled_addr, 0
+0x044C	0x0144      	MOVLB      4
+0x044D	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x044E	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,83 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+0x044F	0x3040      	MOVLW      64
+0x0450	0x0144      	MOVLB      4
+0x0451	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0452	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,85 :: 		for (r = 0; r <=7; r++) {
+0x0453	0x0144      	MOVLB      4
+0x0454	0x01A4      	CLRF       oled_clear_r_L0
+L_oled_clear8:
+0x0455	0x0824      	MOVF       oled_clear_r_L0, 0
+0x0456	0x3C07      	SUBLW      7
+0x0457	0x1C03      	BTFSS      STATUS, 0
+0x0458	0x2C6B      	GOTO       L_oled_clear9
+;oled_control.c,86 :: 		set_addressing (r, 0);    // clear all 8 pages
+0x0459	0x0824      	MOVF       oled_clear_r_L0, 0
+0x045A	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x045B	0x01AE      	CLRF       FARG_set_addressing_c_start
+0x045C	0x220B      	CALL       _set_addressing
+;oled_control.c,87 :: 		for (i = 0; i < 128; i++, Soft_I2C_Write(0x00)); // clear one page pixels
+0x045D	0x0144      	MOVLB      4
+0x045E	0x01A3      	CLRF       oled_clear_i_L0
+L_oled_clear11:
+0x045F	0x0144      	MOVLB      4
+0x0460	0x3080      	MOVLW      128
+0x0461	0x0223      	SUBWF      oled_clear_i_L0, 0
+0x0462	0x1803      	BTFSC      STATUS, 0
+0x0463	0x2C68      	GOTO       L_oled_clear12
+0x0464	0x0AA3      	INCF       oled_clear_i_L0, 1
+0x0465	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x0466	0x212A      	CALL       _Soft_I2C_Write
+0x0467	0x2C5F      	GOTO       L_oled_clear11
+L_oled_clear12:
+;oled_control.c,85 :: 		for (r = 0; r <=7; r++) {
+0x0468	0x0144      	MOVLB      4
+0x0469	0x0AA4      	INCF       oled_clear_r_L0, 1
+;oled_control.c,88 :: 		}
+0x046A	0x2C55      	GOTO       L_oled_clear8
+L_oled_clear9:
+;oled_control.c,89 :: 		Soft_I2C_Stop ();
+0x046B	0x21F4      	CALL       _Soft_I2C_Stop
+;oled_control.c,91 :: 		return;
+;oled_control.c,92 :: 		}
+L_end_oled_clear:
+0x046C	0x0008      	RETURN
+; end of _oled_clear
+_oled_wr_str:
+;oled_control.c,138 :: 		void oled_wr_str (char page, char col, char str[], char leng ) {  //
+;oled_control.c,140 :: 		Soft_I2C_Start();
+0x046D	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,141 :: 		Soft_I2C_Write(oled_addr);       // device addres
+0x046E	0x0141      	MOVLB      1
+0x046F	0x0847      	MOVF       oled_control_oled_addr, 0
+0x0470	0x0144      	MOVLB      4
+0x0471	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0472	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,142 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+0x0473	0x3040      	MOVLW      64
+0x0474	0x0144      	MOVLB      4
+0x0475	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0476	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,144 :: 		set_addressing (page, col);
+0x0477	0x0144      	MOVLB      4
+0x0478	0x0823      	MOVF       FARG_oled_wr_str_page, 0
+0x0479	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x047A	0x0824      	MOVF       FARG_oled_wr_str_col, 0
+0x047B	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x047C	0x220B      	CALL       _set_addressing
+;oled_control.c,146 :: 		for (i = 0; i < leng; i++) { // write string
+0x047D	0x0144      	MOVLB      4
+0x047E	0x01A8      	CLRF       oled_wr_str_i_L0
+L_oled_wr_str22:
+0x047F	0x0827      	MOVF       FARG_oled_wr_str_leng, 0
+0x0480	0x0228      	SUBWF      oled_wr_str_i_L0, 0
+0x0481	0x1803      	BTFSC      STATUS, 0
+0x0482	0x2D0E      	GOTO       L_oled_wr_str23
+;oled_control.c,147 :: 		if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+0x0483	0x0828      	MOVF       oled_wr_str_i_L0, 0
+0x0484	0x0725      	ADDWF      FARG_oled_wr_str_str, 0
+0x0485	0x0084      	MOVWF      FSR0
+0x0486	0x3000      	MOVLW      0
+0x0487	0x3D26      	ADDWFC     FARG_oled_wr_str_str+1, 0
+0x0488	0x0085      	MOVWF      FSR0H
+0x0489	0x0800      	MOVF       INDF0, 0
+0x048A	0x3A00      	XORLW      0
+0x048B	0x1D03      	BTFSS      STATUS, 2
+0x048C	0x2C8F      	GOTO       L_oled_wr_str25
+0x048D	0x01AA      	CLRF       oled_wr_str_g_L0
+0x048E	0x2C98      	GOTO       L_oled_wr_str26
+L_oled_wr_str25:
+0x048F	0x0828      	MOVF       oled_wr_str_i_L0, 0
+0x0490	0x0725      	ADDWF      FARG_oled_wr_str_str, 0
+0x0491	0x0084      	MOVWF      FSR0
+0x0492	0x3000      	MOVLW      0
+0x0493	0x3D26      	ADDWFC     FARG_oled_wr_str_str+1, 0
+0x0494	0x0085      	MOVWF      FSR0H
+0x0495	0x3020      	MOVLW      32
+0x0496	0x0200      	SUBWF      INDF0, 0
+0x0497	0x00AA      	MOVWF      oled_wr_str_g_L0
+L_oled_wr_str26:
+;oled_control.c,148 :: 		for (h = 0; h <= 4; h++) {  // write letter
+0x0498	0x01A9      	CLRF       oled_wr_str_h_L0
+L_oled_wr_str27:
+0x0499	0x0829      	MOVF       oled_wr_str_h_L0, 0
+0x049A	0x3C04      	SUBLW      4
+0x049B	0x1C03      	BTFSS      STATUS, 0
+0x049C	0x2D06      	GOTO       L_oled_wr_str28
+;oled_control.c,149 :: 		w1 = font_5x8[g*5+h];
+0x049D	0x082A      	MOVF       oled_wr_str_g_L0, 0
+0x049E	0x00F0      	MOVWF      R0
+0x049F	0x3005      	MOVLW      5
+0x04A0	0x00F4      	MOVWF      R4
+0x04A1	0x21A6      	CALL       _Mul_8X8_U
+0x04A2	0x0144      	MOVLB      4
+0x04A3	0x0829      	MOVF       oled_wr_str_h_L0, 0
+0x04A4	0x07F0      	ADDWF      R0, 1
+0x04A5	0x3000      	MOVLW      0
+0x04A6	0x3DF1      	ADDWFC     R1, 1
+0x04A7	0x30FF      	MOVLW      oled_control_font_5x8
+0x04A8	0x0770      	ADDWF      R0, 0
+0x04A9	0x0084      	MOVWF      FSR0
+0x04AA	0x309D      	MOVLW      hi_addr(oled_control_font_5x8)
+0x04AB	0x3D71      	ADDWFC     R1, 0
+0x04AC	0x0085      	MOVWF      FSR0H
+0x04AD	0x0800      	MOVF       INDF0, 0
+0x04AE	0x00AB      	MOVWF      oled_wr_str_w1_L0
+;oled_control.c,150 :: 		if(page != 2) {
+0x04AF	0x0823      	MOVF       FARG_oled_wr_str_page, 0
+0x04B0	0x3A02      	XORLW      2
+0x04B1	0x1903      	BTFSC      STATUS, 2
+0x04B2	0x2CDC      	GOTO       L_oled_wr_str30
+;oled_control.c,151 :: 		w2.B7 = w1.B3;
+0x04B3	0x19AB      	BTFSC      oled_wr_str_w1_L0, 3
+0x04B4	0x2CB7      	GOTO       L__oled_wr_str74
+0x04B5	0x13AC      	BCF        oled_wr_str_w2_L0, 7
+0x04B6	0x2CB8      	GOTO       L__oled_wr_str75
+L__oled_wr_str74:
+0x04B7	0x17AC      	BSF        oled_wr_str_w2_L0, 7
+L__oled_wr_str75:
+;oled_control.c,152 :: 		w2.B6 = w1.B3;
+0x04B8	0x19AB      	BTFSC      oled_wr_str_w1_L0, 3
+0x04B9	0x2CBC      	GOTO       L__oled_wr_str76
+0x04BA	0x132C      	BCF        oled_wr_str_w2_L0, 6
+0x04BB	0x2CBD      	GOTO       L__oled_wr_str77
+L__oled_wr_str76:
+0x04BC	0x172C      	BSF        oled_wr_str_w2_L0, 6
+L__oled_wr_str77:
+;oled_control.c,153 :: 		w2.B5 = w1.B2;
+0x04BD	0x192B      	BTFSC      oled_wr_str_w1_L0, 2
+0x04BE	0x2CC1      	GOTO       L__oled_wr_str78
+0x04BF	0x12AC      	BCF        oled_wr_str_w2_L0, 5
+0x04C0	0x2CC2      	GOTO       L__oled_wr_str79
+L__oled_wr_str78:
+0x04C1	0x16AC      	BSF        oled_wr_str_w2_L0, 5
+L__oled_wr_str79:
+;oled_control.c,154 :: 		w2.B4 = w1.B2;
+0x04C2	0x192B      	BTFSC      oled_wr_str_w1_L0, 2
+0x04C3	0x2CC6      	GOTO       L__oled_wr_str80
+0x04C4	0x122C      	BCF        oled_wr_str_w2_L0, 4
+0x04C5	0x2CC7      	GOTO       L__oled_wr_str81
+L__oled_wr_str80:
+0x04C6	0x162C      	BSF        oled_wr_str_w2_L0, 4
+L__oled_wr_str81:
+;oled_control.c,155 :: 		w2.B3 = w1.B1;
+0x04C7	0x18AB      	BTFSC      oled_wr_str_w1_L0, 1
+0x04C8	0x2CCB      	GOTO       L__oled_wr_str82
+0x04C9	0x11AC      	BCF        oled_wr_str_w2_L0, 3
+0x04CA	0x2CCC      	GOTO       L__oled_wr_str83
+L__oled_wr_str82:
+0x04CB	0x15AC      	BSF        oled_wr_str_w2_L0, 3
+L__oled_wr_str83:
+;oled_control.c,156 :: 		w2.B2 = w1.B1;
+0x04CC	0x18AB      	BTFSC      oled_wr_str_w1_L0, 1
+0x04CD	0x2CD0      	GOTO       L__oled_wr_str84
+0x04CE	0x112C      	BCF        oled_wr_str_w2_L0, 2
+0x04CF	0x2CD1      	GOTO       L__oled_wr_str85
+L__oled_wr_str84:
+0x04D0	0x152C      	BSF        oled_wr_str_w2_L0, 2
+L__oled_wr_str85:
+;oled_control.c,157 :: 		w2.B1 = w1.B0;
+0x04D1	0x182B      	BTFSC      oled_wr_str_w1_L0, 0
+0x04D2	0x2CD5      	GOTO       L__oled_wr_str86
+0x04D3	0x10AC      	BCF        oled_wr_str_w2_L0, 1
+0x04D4	0x2CD6      	GOTO       L__oled_wr_str87
+L__oled_wr_str86:
+0x04D5	0x14AC      	BSF        oled_wr_str_w2_L0, 1
+L__oled_wr_str87:
+;oled_control.c,158 :: 		w2.B0 = w1.B0; }
+0x04D6	0x182B      	BTFSC      oled_wr_str_w1_L0, 0
+0x04D7	0x2CDA      	GOTO       L__oled_wr_str88
+0x04D8	0x102C      	BCF        oled_wr_str_w2_L0, 0
+0x04D9	0x2CDB      	GOTO       L__oled_wr_str89
+L__oled_wr_str88:
+0x04DA	0x142C      	BSF        oled_wr_str_w2_L0, 0
+L__oled_wr_str89:
+0x04DB	0x2CFC      	GOTO       L_oled_wr_str31
+L_oled_wr_str30:
+;oled_control.c,160 :: 		w2.B7 = w1.B2;
+0x04DC	0x192B      	BTFSC      oled_wr_str_w1_L0, 2
+0x04DD	0x2CE0      	GOTO       L__oled_wr_str90
+0x04DE	0x13AC      	BCF        oled_wr_str_w2_L0, 7
+0x04DF	0x2CE1      	GOTO       L__oled_wr_str91
+L__oled_wr_str90:
+0x04E0	0x17AC      	BSF        oled_wr_str_w2_L0, 7
+L__oled_wr_str91:
+;oled_control.c,161 :: 		w2.B6 = w1.B2;
+0x04E1	0x192B      	BTFSC      oled_wr_str_w1_L0, 2
+0x04E2	0x2CE5      	GOTO       L__oled_wr_str92
+0x04E3	0x132C      	BCF        oled_wr_str_w2_L0, 6
+0x04E4	0x2CE6      	GOTO       L__oled_wr_str93
+L__oled_wr_str92:
+0x04E5	0x172C      	BSF        oled_wr_str_w2_L0, 6
+L__oled_wr_str93:
+;oled_control.c,162 :: 		w2.B5 = w1.B1;
+0x04E6	0x18AB      	BTFSC      oled_wr_str_w1_L0, 1
+0x04E7	0x2CEA      	GOTO       L__oled_wr_str94
+0x04E8	0x12AC      	BCF        oled_wr_str_w2_L0, 5
+0x04E9	0x2CEB      	GOTO       L__oled_wr_str95
+L__oled_wr_str94:
+0x04EA	0x16AC      	BSF        oled_wr_str_w2_L0, 5
+L__oled_wr_str95:
+;oled_control.c,163 :: 		w2.B4 = w1.B1;
+0x04EB	0x18AB      	BTFSC      oled_wr_str_w1_L0, 1
+0x04EC	0x2CEF      	GOTO       L__oled_wr_str96
+0x04ED	0x122C      	BCF        oled_wr_str_w2_L0, 4
+0x04EE	0x2CF0      	GOTO       L__oled_wr_str97
+L__oled_wr_str96:
+0x04EF	0x162C      	BSF        oled_wr_str_w2_L0, 4
+L__oled_wr_str97:
+;oled_control.c,164 :: 		w2.B3 = w1.B0;
+0x04F0	0x182B      	BTFSC      oled_wr_str_w1_L0, 0
+0x04F1	0x2CF4      	GOTO       L__oled_wr_str98
+0x04F2	0x11AC      	BCF        oled_wr_str_w2_L0, 3
+0x04F3	0x2CF5      	GOTO       L__oled_wr_str99
+L__oled_wr_str98:
+0x04F4	0x15AC      	BSF        oled_wr_str_w2_L0, 3
+L__oled_wr_str99:
+;oled_control.c,165 :: 		w2.B2 = w1.B0;
+0x04F5	0x182B      	BTFSC      oled_wr_str_w1_L0, 0
+0x04F6	0x2CF9      	GOTO       L__oled_wr_str100
+0x04F7	0x112C      	BCF        oled_wr_str_w2_L0, 2
+0x04F8	0x2CFA      	GOTO       L__oled_wr_str101
+L__oled_wr_str100:
+0x04F9	0x152C      	BSF        oled_wr_str_w2_L0, 2
+L__oled_wr_str101:
+;oled_control.c,166 :: 		w2.B1 = 0;
+0x04FA	0x10AC      	BCF        oled_wr_str_w2_L0, 1
+;oled_control.c,167 :: 		w2.B0 = 0;
+0x04FB	0x102C      	BCF        oled_wr_str_w2_L0, 0
+;oled_control.c,168 :: 		}
+L_oled_wr_str31:
+;oled_control.c,169 :: 		Soft_I2C_Write(w2);
+0x04FC	0x082C      	MOVF       oled_wr_str_w2_L0, 0
+0x04FD	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x04FE	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,170 :: 		Soft_I2C_Write(w2);
+0x04FF	0x0144      	MOVLB      4
+0x0500	0x082C      	MOVF       oled_wr_str_w2_L0, 0
+0x0501	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0502	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,148 :: 		for (h = 0; h <= 4; h++) {  // write letter
+0x0503	0x0144      	MOVLB      4
+0x0504	0x0AA9      	INCF       oled_wr_str_h_L0, 1
+;oled_control.c,171 :: 		}
+0x0505	0x2C99      	GOTO       L_oled_wr_str27
+L_oled_wr_str28:
+;oled_control.c,172 :: 		Soft_I2C_Write (0);
+0x0506	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x0507	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,173 :: 		Soft_I2C_Write (0);
+0x0508	0x0144      	MOVLB      4
+0x0509	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x050A	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,146 :: 		for (i = 0; i < leng; i++) { // write string
+0x050B	0x0144      	MOVLB      4
+0x050C	0x0AA8      	INCF       oled_wr_str_i_L0, 1
+;oled_control.c,174 :: 		}
+0x050D	0x2C7F      	GOTO       L_oled_wr_str22
+L_oled_wr_str23:
+;oled_control.c,175 :: 		set_addressing (page+1, col);
+0x050E	0x0A23      	INCF       FARG_oled_wr_str_page, 0
+0x050F	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x0510	0x0824      	MOVF       FARG_oled_wr_str_col, 0
+0x0511	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x0512	0x220B      	CALL       _set_addressing
+;oled_control.c,177 :: 		for (i = 0; i < leng; i++) { // write string
+0x0513	0x0144      	MOVLB      4
+0x0514	0x01A8      	CLRF       oled_wr_str_i_L0
+L_oled_wr_str32:
+0x0515	0x0827      	MOVF       FARG_oled_wr_str_leng, 0
+0x0516	0x0228      	SUBWF      oled_wr_str_i_L0, 0
+0x0517	0x1803      	BTFSC      STATUS, 0
+0x0518	0x2DAC      	GOTO       L_oled_wr_str33
+;oled_control.c,178 :: 		if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+0x0519	0x0828      	MOVF       oled_wr_str_i_L0, 0
+0x051A	0x0725      	ADDWF      FARG_oled_wr_str_str, 0
+0x051B	0x0084      	MOVWF      FSR0
+0x051C	0x3000      	MOVLW      0
+0x051D	0x3D26      	ADDWFC     FARG_oled_wr_str_str+1, 0
+0x051E	0x0085      	MOVWF      FSR0H
+0x051F	0x0800      	MOVF       INDF0, 0
+0x0520	0x3A00      	XORLW      0
+0x0521	0x1D03      	BTFSS      STATUS, 2
+0x0522	0x2D25      	GOTO       L_oled_wr_str35
+0x0523	0x01AA      	CLRF       oled_wr_str_g_L0
+0x0524	0x2D2E      	GOTO       L_oled_wr_str36
+L_oled_wr_str35:
+0x0525	0x0828      	MOVF       oled_wr_str_i_L0, 0
+0x0526	0x0725      	ADDWF      FARG_oled_wr_str_str, 0
+0x0527	0x0084      	MOVWF      FSR0
+0x0528	0x3000      	MOVLW      0
+0x0529	0x3D26      	ADDWFC     FARG_oled_wr_str_str+1, 0
+0x052A	0x0085      	MOVWF      FSR0H
+0x052B	0x3020      	MOVLW      32
+0x052C	0x0200      	SUBWF      INDF0, 0
+0x052D	0x00AA      	MOVWF      oled_wr_str_g_L0
+L_oled_wr_str36:
+;oled_control.c,179 :: 		for (h = 0; h <= 4; h++) {  // write letter
+0x052E	0x01A9      	CLRF       oled_wr_str_h_L0
+L_oled_wr_str37:
+0x052F	0x0829      	MOVF       oled_wr_str_h_L0, 0
+0x0530	0x3C04      	SUBLW      4
+0x0531	0x1C03      	BTFSS      STATUS, 0
+0x0532	0x2DA4      	GOTO       L_oled_wr_str38
+;oled_control.c,180 :: 		w1 = font_5x8[g*5+h];
+0x0533	0x082A      	MOVF       oled_wr_str_g_L0, 0
+0x0534	0x00F0      	MOVWF      R0
+0x0535	0x3005      	MOVLW      5
+0x0536	0x00F4      	MOVWF      R4
+0x0537	0x21A6      	CALL       _Mul_8X8_U
+0x0538	0x0144      	MOVLB      4
+0x0539	0x0829      	MOVF       oled_wr_str_h_L0, 0
+0x053A	0x07F0      	ADDWF      R0, 1
+0x053B	0x3000      	MOVLW      0
+0x053C	0x3DF1      	ADDWFC     R1, 1
+0x053D	0x30FF      	MOVLW      oled_control_font_5x8
+0x053E	0x0770      	ADDWF      R0, 0
+0x053F	0x0084      	MOVWF      FSR0
+0x0540	0x309D      	MOVLW      hi_addr(oled_control_font_5x8)
+0x0541	0x3D71      	ADDWFC     R1, 0
+0x0542	0x0085      	MOVWF      FSR0H
+0x0543	0x0800      	MOVF       INDF0, 0
+0x0544	0x00AB      	MOVWF      oled_wr_str_w1_L0
+;oled_control.c,181 :: 		if(page != 2) {
+0x0545	0x0823      	MOVF       FARG_oled_wr_str_page, 0
+0x0546	0x3A02      	XORLW      2
+0x0547	0x1903      	BTFSC      STATUS, 2
+0x0548	0x2D72      	GOTO       L_oled_wr_str40
+;oled_control.c,182 :: 		w2.B7 = w1.B7;
+0x0549	0x1BAB      	BTFSC      oled_wr_str_w1_L0, 7
+0x054A	0x2D4D      	GOTO       L__oled_wr_str102
+0x054B	0x13AC      	BCF        oled_wr_str_w2_L0, 7
+0x054C	0x2D4E      	GOTO       L__oled_wr_str103
+L__oled_wr_str102:
+0x054D	0x17AC      	BSF        oled_wr_str_w2_L0, 7
+L__oled_wr_str103:
+;oled_control.c,183 :: 		w2.B6 = w1.B7;
+0x054E	0x1BAB      	BTFSC      oled_wr_str_w1_L0, 7
+0x054F	0x2D52      	GOTO       L__oled_wr_str104
+0x0550	0x132C      	BCF        oled_wr_str_w2_L0, 6
+0x0551	0x2D53      	GOTO       L__oled_wr_str105
+L__oled_wr_str104:
+0x0552	0x172C      	BSF        oled_wr_str_w2_L0, 6
+L__oled_wr_str105:
+;oled_control.c,184 :: 		w2.B5 = w1.B6;
+0x0553	0x1B2B      	BTFSC      oled_wr_str_w1_L0, 6
+0x0554	0x2D57      	GOTO       L__oled_wr_str106
+0x0555	0x12AC      	BCF        oled_wr_str_w2_L0, 5
+0x0556	0x2D58      	GOTO       L__oled_wr_str107
+L__oled_wr_str106:
+0x0557	0x16AC      	BSF        oled_wr_str_w2_L0, 5
+L__oled_wr_str107:
+;oled_control.c,185 :: 		w2.B4 = w1.B6;
+0x0558	0x1B2B      	BTFSC      oled_wr_str_w1_L0, 6
+0x0559	0x2D5C      	GOTO       L__oled_wr_str108
+0x055A	0x122C      	BCF        oled_wr_str_w2_L0, 4
+0x055B	0x2D5D      	GOTO       L__oled_wr_str109
+L__oled_wr_str108:
+0x055C	0x162C      	BSF        oled_wr_str_w2_L0, 4
+L__oled_wr_str109:
+;oled_control.c,186 :: 		w2.B3 = w1.B5;
+0x055D	0x1AAB      	BTFSC      oled_wr_str_w1_L0, 5
+0x055E	0x2D61      	GOTO       L__oled_wr_str110
+0x055F	0x11AC      	BCF        oled_wr_str_w2_L0, 3
+0x0560	0x2D62      	GOTO       L__oled_wr_str111
+L__oled_wr_str110:
+0x0561	0x15AC      	BSF        oled_wr_str_w2_L0, 3
+L__oled_wr_str111:
+;oled_control.c,187 :: 		w2.B2 = w1.B5;
+0x0562	0x1AAB      	BTFSC      oled_wr_str_w1_L0, 5
+0x0563	0x2D66      	GOTO       L__oled_wr_str112
+0x0564	0x112C      	BCF        oled_wr_str_w2_L0, 2
+0x0565	0x2D67      	GOTO       L__oled_wr_str113
+L__oled_wr_str112:
+0x0566	0x152C      	BSF        oled_wr_str_w2_L0, 2
+L__oled_wr_str113:
+;oled_control.c,188 :: 		w2.B1 = w1.B4;
+0x0567	0x1A2B      	BTFSC      oled_wr_str_w1_L0, 4
+0x0568	0x2D6B      	GOTO       L__oled_wr_str114
+0x0569	0x10AC      	BCF        oled_wr_str_w2_L0, 1
+0x056A	0x2D6C      	GOTO       L__oled_wr_str115
+L__oled_wr_str114:
+0x056B	0x14AC      	BSF        oled_wr_str_w2_L0, 1
+L__oled_wr_str115:
+;oled_control.c,189 :: 		w2.B0 = w1.B4; }
+0x056C	0x1A2B      	BTFSC      oled_wr_str_w1_L0, 4
+0x056D	0x2D70      	GOTO       L__oled_wr_str116
+0x056E	0x102C      	BCF        oled_wr_str_w2_L0, 0
+0x056F	0x2D71      	GOTO       L__oled_wr_str117
+L__oled_wr_str116:
+0x0570	0x142C      	BSF        oled_wr_str_w2_L0, 0
+L__oled_wr_str117:
+0x0571	0x2D9A      	GOTO       L_oled_wr_str41
+L_oled_wr_str40:
+;oled_control.c,191 :: 		w2.B7 = w1.B6;
+0x0572	0x1B2B      	BTFSC      oled_wr_str_w1_L0, 6
+0x0573	0x2D76      	GOTO       L__oled_wr_str118
+0x0574	0x13AC      	BCF        oled_wr_str_w2_L0, 7
+0x0575	0x2D77      	GOTO       L__oled_wr_str119
+L__oled_wr_str118:
+0x0576	0x17AC      	BSF        oled_wr_str_w2_L0, 7
+L__oled_wr_str119:
+;oled_control.c,192 :: 		w2.B6 = w1.B6;
+0x0577	0x1B2B      	BTFSC      oled_wr_str_w1_L0, 6
+0x0578	0x2D7B      	GOTO       L__oled_wr_str120
+0x0579	0x132C      	BCF        oled_wr_str_w2_L0, 6
+0x057A	0x2D7C      	GOTO       L__oled_wr_str121
+L__oled_wr_str120:
+0x057B	0x172C      	BSF        oled_wr_str_w2_L0, 6
+L__oled_wr_str121:
+;oled_control.c,193 :: 		w2.B5 = w1.B5;
+0x057C	0x1AAB      	BTFSC      oled_wr_str_w1_L0, 5
+0x057D	0x2D80      	GOTO       L__oled_wr_str122
+0x057E	0x12AC      	BCF        oled_wr_str_w2_L0, 5
+0x057F	0x2D81      	GOTO       L__oled_wr_str123
+L__oled_wr_str122:
+0x0580	0x16AC      	BSF        oled_wr_str_w2_L0, 5
+L__oled_wr_str123:
+;oled_control.c,194 :: 		w2.B4 = w1.B5;
+0x0581	0x1AAB      	BTFSC      oled_wr_str_w1_L0, 5
+0x0582	0x2D85      	GOTO       L__oled_wr_str124
+0x0583	0x122C      	BCF        oled_wr_str_w2_L0, 4
+0x0584	0x2D86      	GOTO       L__oled_wr_str125
+L__oled_wr_str124:
+0x0585	0x162C      	BSF        oled_wr_str_w2_L0, 4
+L__oled_wr_str125:
+;oled_control.c,195 :: 		w2.B3 = w1.B4;
+0x0586	0x1A2B      	BTFSC      oled_wr_str_w1_L0, 4
+0x0587	0x2D8A      	GOTO       L__oled_wr_str126
+0x0588	0x11AC      	BCF        oled_wr_str_w2_L0, 3
+0x0589	0x2D8B      	GOTO       L__oled_wr_str127
+L__oled_wr_str126:
+0x058A	0x15AC      	BSF        oled_wr_str_w2_L0, 3
+L__oled_wr_str127:
+;oled_control.c,196 :: 		w2.B2 = w1.B4;
+0x058B	0x1A2B      	BTFSC      oled_wr_str_w1_L0, 4
+0x058C	0x2D8F      	GOTO       L__oled_wr_str128
+0x058D	0x112C      	BCF        oled_wr_str_w2_L0, 2
+0x058E	0x2D90      	GOTO       L__oled_wr_str129
+L__oled_wr_str128:
+0x058F	0x152C      	BSF        oled_wr_str_w2_L0, 2
+L__oled_wr_str129:
+;oled_control.c,197 :: 		w2.B1 = w1.B3;
+0x0590	0x19AB      	BTFSC      oled_wr_str_w1_L0, 3
+0x0591	0x2D94      	GOTO       L__oled_wr_str130
+0x0592	0x10AC      	BCF        oled_wr_str_w2_L0, 1
+0x0593	0x2D95      	GOTO       L__oled_wr_str131
+L__oled_wr_str130:
+0x0594	0x14AC      	BSF        oled_wr_str_w2_L0, 1
+L__oled_wr_str131:
+;oled_control.c,198 :: 		w2.B0 = w1.B3;
+0x0595	0x19AB      	BTFSC      oled_wr_str_w1_L0, 3
+0x0596	0x2D99      	GOTO       L__oled_wr_str132
+0x0597	0x102C      	BCF        oled_wr_str_w2_L0, 0
+0x0598	0x2D9A      	GOTO       L__oled_wr_str133
+L__oled_wr_str132:
+0x0599	0x142C      	BSF        oled_wr_str_w2_L0, 0
+L__oled_wr_str133:
+;oled_control.c,199 :: 		}
+L_oled_wr_str41:
+;oled_control.c,200 :: 		Soft_I2C_Write(w2);
+0x059A	0x082C      	MOVF       oled_wr_str_w2_L0, 0
+0x059B	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x059C	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,201 :: 		Soft_I2C_Write(w2);
+0x059D	0x0144      	MOVLB      4
+0x059E	0x082C      	MOVF       oled_wr_str_w2_L0, 0
+0x059F	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x05A0	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,179 :: 		for (h = 0; h <= 4; h++) {  // write letter
+0x05A1	0x0144      	MOVLB      4
+0x05A2	0x0AA9      	INCF       oled_wr_str_h_L0, 1
+;oled_control.c,202 :: 		}
+0x05A3	0x2D2F      	GOTO       L_oled_wr_str37
+L_oled_wr_str38:
+;oled_control.c,203 :: 		Soft_I2C_Write (0);
+0x05A4	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x05A5	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,204 :: 		Soft_I2C_Write (0);
+0x05A6	0x0144      	MOVLB      4
+0x05A7	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x05A8	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,177 :: 		for (i = 0; i < leng; i++) { // write string
+0x05A9	0x0144      	MOVLB      4
+0x05AA	0x0AA8      	INCF       oled_wr_str_i_L0, 1
+;oled_control.c,205 :: 		}
+0x05AB	0x2D15      	GOTO       L_oled_wr_str32
+L_oled_wr_str33:
+;oled_control.c,206 :: 		Soft_I2C_Stop ();
+0x05AC	0x21F4      	CALL       _Soft_I2C_Stop
+;oled_control.c,207 :: 		}
+L_end_oled_wr_str:
+0x05AD	0x0008      	RETURN
+; end of _oled_wr_str
+_Greating:
+;main.c,381 :: 		void Greating(){
+;main.c,382 :: 		Green = 0;
+0x05AE	0x0140      	MOVLB      0
+0x05AF	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,383 :: 		oled_clear();
+0x05B0	0x2449      	CALL       _oled_clear
+;main.c,384 :: 		oled_wr_str_s(1, 0, " DESIGNED BY N7DDC", 18);
+0x05B1	0x3001      	MOVLW      1
+0x05B2	0x0144      	MOVLB      4
+0x05B3	0x00A3      	MOVWF      FARG_oled_wr_str_s_page
+0x05B4	0x01A4      	CLRF       FARG_oled_wr_str_s_col
+0x05B5	0x3033      	MOVLW      ?lstr22_main
+0x05B6	0x00A5      	MOVWF      FARG_oled_wr_str_s_str
+0x05B7	0x3000      	MOVLW      hi_addr(?lstr22_main)
+0x05B8	0x00A6      	MOVWF      FARG_oled_wr_str_s_str+1
+0x05B9	0x3012      	MOVLW      18
+0x05BA	0x00A7      	MOVWF      FARG_oled_wr_str_s_len
+0x05BB	0x237C      	CALL       _oled_wr_str_s
+;main.c,385 :: 		oled_wr_str_s(3, 0, " FW VERSION ", 12);
+0x05BC	0x3003      	MOVLW      3
+0x05BD	0x0144      	MOVLB      4
+0x05BE	0x00A3      	MOVWF      FARG_oled_wr_str_s_page
+0x05BF	0x01A4      	CLRF       FARG_oled_wr_str_s_col
+0x05C0	0x3046      	MOVLW      ?lstr23_main
+0x05C1	0x00A5      	MOVWF      FARG_oled_wr_str_s_str
+0x05C2	0x3000      	MOVLW      hi_addr(?lstr23_main)
+0x05C3	0x00A6      	MOVWF      FARG_oled_wr_str_s_str+1
+0x05C4	0x300C      	MOVLW      12
+0x05C5	0x00A7      	MOVWF      FARG_oled_wr_str_s_len
+0x05C6	0x237C      	CALL       _oled_wr_str_s
+;main.c,386 :: 		oled_wr_str_s(3, 12*7, FW_VER, 3);
+0x05C7	0x3003      	MOVLW      3
+0x05C8	0x0144      	MOVLB      4
+0x05C9	0x00A3      	MOVWF      FARG_oled_wr_str_s_page
+0x05CA	0x3054      	MOVLW      84
+0x05CB	0x00A4      	MOVWF      FARG_oled_wr_str_s_col
+0x05CC	0x305B      	MOVLW      ?lstr24_main
+0x05CD	0x00A5      	MOVWF      FARG_oled_wr_str_s_str
+0x05CE	0x3000      	MOVLW      hi_addr(?lstr24_main)
+0x05CF	0x00A6      	MOVWF      FARG_oled_wr_str_s_str+1
+0x05D0	0x3003      	MOVLW      3
+0x05D1	0x00A7      	MOVWF      FARG_oled_wr_str_s_len
+0x05D2	0x237C      	CALL       _oled_wr_str_s
+;main.c,387 :: 		Delay_ms(3000);
+0x05D3	0x307A      	MOVLW      122
+0x05D4	0x00FB      	MOVWF      R11
+0x05D5	0x30C1      	MOVLW      193
+0x05D6	0x00FC      	MOVWF      R12
+0x05D7	0x3081      	MOVLW      129
+0x05D8	0x00FD      	MOVWF      R13
+L_Greating96:
+0x05D9	0x0BFD      	DECFSZ     R13, 1
+0x05DA	0x2DD9      	GOTO       L_Greating96
+0x05DB	0x0BFC      	DECFSZ     R12, 1
+0x05DC	0x2DD9      	GOTO       L_Greating96
+0x05DD	0x0BFB      	DECFSZ     R11, 1
+0x05DE	0x2DD9      	GOTO       L_Greating96
+0x05DF	0x0000      	NOP
+0x05E0	0x0000      	NOP
+;main.c,388 :: 		while(GetButton) asm NOP;
+L_Greating97:
+0x05E1	0x1A8D      	BTFSC      PORTB, 5
+0x05E2	0x2DE5      	GOTO       L__Greating291
+0x05E3	0x1403      	BSF        STATUS, 0
+0x05E4	0x2DE6      	GOTO       L__Greating292
+L__Greating291:
+0x05E5	0x1003      	BCF        STATUS, 0
+L__Greating292:
+0x05E6	0x1C03      	BTFSS      STATUS, 0
+0x05E7	0x2DEA      	GOTO       L_Greating98
+0x05E8	0x0000      	NOP
+0x05E9	0x2DE1      	GOTO       L_Greating97
+L_Greating98:
+;main.c,389 :: 		Green = 1;
+0x05EA	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,390 :: 		return;
+;main.c,391 :: 		}
+L_end_Greating:
+0x05EB	0x0008      	RETURN
+; end of _Greating
+_oled_bat:
+;oled_control.c,210 :: 		void oled_bat () {
+;oled_control.c,212 :: 		Soft_I2C_Start();
+0x05EC	0x2182      	CALL       _Soft_I2C_Start
+;oled_control.c,213 :: 		Soft_I2C_Write(oled_addr);       // device addres
+0x05ED	0x0141      	MOVLB      1
+0x05EE	0x0847      	MOVF       oled_control_oled_addr, 0
+0x05EF	0x0144      	MOVLB      4
+0x05F0	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x05F1	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,214 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+0x05F2	0x3040      	MOVLW      64
+0x05F3	0x0144      	MOVLB      4
+0x05F4	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x05F5	0x212A      	CALL       _Soft_I2C_Write
+;oled_control.c,217 :: 		for(g=0; g<=3; g++) {     // batt drawing
+0x05F6	0x0144      	MOVLB      4
+0x05F7	0x01A1      	CLRF       oled_bat_g_L0
+L_oled_bat42:
+0x05F8	0x0821      	MOVF       oled_bat_g_L0, 0
+0x05F9	0x3C03      	SUBLW      3
+0x05FA	0x1C03      	BTFSS      STATUS, 0
+0x05FB	0x2E1F      	GOTO       L_oled_bat43
+;oled_control.c,218 :: 		set_addressing (g, 115);
+0x05FC	0x0821      	MOVF       oled_bat_g_L0, 0
+0x05FD	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x05FE	0x3073      	MOVLW      115
+0x05FF	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x0600	0x220B      	CALL       _set_addressing
+;oled_control.c,219 :: 		for(i=0; i<=10; i++) { Soft_I2C_Write(batt[g*11+i]); }
+0x0601	0x0144      	MOVLB      4
+0x0602	0x01A0      	CLRF       oled_bat_i_L0
+L_oled_bat45:
+0x0603	0x0820      	MOVF       oled_bat_i_L0, 0
+0x0604	0x3C0A      	SUBLW      10
+0x0605	0x1C03      	BTFSS      STATUS, 0
+0x0606	0x2E1D      	GOTO       L_oled_bat46
+0x0607	0x0821      	MOVF       oled_bat_g_L0, 0
+0x0608	0x00F0      	MOVWF      R0
+0x0609	0x300B      	MOVLW      11
+0x060A	0x00F4      	MOVWF      R4
+0x060B	0x21A6      	CALL       _Mul_8X8_U
+0x060C	0x0144      	MOVLB      4
+0x060D	0x0820      	MOVF       oled_bat_i_L0, 0
+0x060E	0x07F0      	ADDWF      R0, 1
+0x060F	0x3000      	MOVLW      0
+0x0610	0x3DF1      	ADDWFC     R1, 1
+0x0611	0x302D      	MOVLW      oled_control_batt
+0x0612	0x0770      	ADDWF      R0, 0
+0x0613	0x0084      	MOVWF      FSR0
+0x0614	0x30A0      	MOVLW      hi_addr(oled_control_batt)
+0x0615	0x3D71      	ADDWFC     R1, 0
+0x0616	0x0085      	MOVWF      FSR0H
+0x0617	0x0800      	MOVF       INDF0, 0
+0x0618	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0619	0x212A      	CALL       _Soft_I2C_Write
+0x061A	0x0144      	MOVLB      4
+0x061B	0x0AA0      	INCF       oled_bat_i_L0, 1
+0x061C	0x2E03      	GOTO       L_oled_bat45
+L_oled_bat46:
+;oled_control.c,217 :: 		for(g=0; g<=3; g++) {     // batt drawing
+0x061D	0x0AA1      	INCF       oled_bat_g_L0, 1
+;oled_control.c,220 :: 		}
+0x061E	0x2DF8      	GOTO       L_oled_bat42
+L_oled_bat43:
+;oled_control.c,221 :: 		Soft_I2C_Stop ();
+0x061F	0x21F4      	CALL       _Soft_I2C_Stop
+;oled_control.c,222 :: 		return;
+;oled_control.c,223 :: 		}
+L_end_oled_bat:
+0x0620	0x0008      	RETURN
+; end of _oled_bat
+_Relay_set:
+;main.c,401 :: 		void Relay_set(char L, char C, char I){
+;main.c,402 :: 		L_010 = ~L.B0;
+0x0621	0x0144      	MOVLB      4
+0x0622	0x1820      	BTFSC      FARG_Relay_set_L, 0
+0x0623	0x2E27      	GOTO       L__Relay_set295
+0x0624	0x0140      	MOVLB      0
+0x0625	0x1799      	BSF        LATD7_bit, BitPos(LATD7_bit+0)
+0x0626	0x2E29      	GOTO       L__Relay_set296
+L__Relay_set295:
+0x0627	0x0140      	MOVLB      0
+0x0628	0x1399      	BCF        LATD7_bit, BitPos(LATD7_bit+0)
+L__Relay_set296:
+;main.c,403 :: 		L_022 = ~L.B1;
+0x0629	0x0144      	MOVLB      4
+0x062A	0x18A0      	BTFSC      FARG_Relay_set_L, 1
+0x062B	0x2E2F      	GOTO       L__Relay_set297
+0x062C	0x0140      	MOVLB      0
+0x062D	0x1719      	BSF        LATD6_bit, BitPos(LATD6_bit+0)
+0x062E	0x2E31      	GOTO       L__Relay_set298
+L__Relay_set297:
+0x062F	0x0140      	MOVLB      0
+0x0630	0x1319      	BCF        LATD6_bit, BitPos(LATD6_bit+0)
+L__Relay_set298:
+;main.c,404 :: 		L_045 = ~L.B2;
+0x0631	0x0144      	MOVLB      4
+0x0632	0x1920      	BTFSC      FARG_Relay_set_L, 2
+0x0633	0x2E37      	GOTO       L__Relay_set299
+0x0634	0x0140      	MOVLB      0
+0x0635	0x1699      	BSF        LATD5_bit, BitPos(LATD5_bit+0)
+0x0636	0x2E39      	GOTO       L__Relay_set300
+L__Relay_set299:
+0x0637	0x0140      	MOVLB      0
+0x0638	0x1299      	BCF        LATD5_bit, BitPos(LATD5_bit+0)
+L__Relay_set300:
+;main.c,405 :: 		L_100 = ~L.B3;
+0x0639	0x0144      	MOVLB      4
+0x063A	0x19A0      	BTFSC      FARG_Relay_set_L, 3
+0x063B	0x2E3F      	GOTO       L__Relay_set301
+0x063C	0x0140      	MOVLB      0
+0x063D	0x1619      	BSF        LATD4_bit, BitPos(LATD4_bit+0)
+0x063E	0x2E41      	GOTO       L__Relay_set302
+L__Relay_set301:
+0x063F	0x0140      	MOVLB      0
+0x0640	0x1219      	BCF        LATD4_bit, BitPos(LATD4_bit+0)
+L__Relay_set302:
+;main.c,406 :: 		L_220 = ~L.B4;
+0x0641	0x0144      	MOVLB      4
+0x0642	0x1A20      	BTFSC      FARG_Relay_set_L, 4
+0x0643	0x2E47      	GOTO       L__Relay_set303
+0x0644	0x0140      	MOVLB      0
+0x0645	0x1798      	BSF        LATC7_bit, BitPos(LATC7_bit+0)
+0x0646	0x2E49      	GOTO       L__Relay_set304
+L__Relay_set303:
+0x0647	0x0140      	MOVLB      0
+0x0648	0x1398      	BCF        LATC7_bit, BitPos(LATC7_bit+0)
+L__Relay_set304:
+;main.c,407 :: 		L_450 = ~L.B5;
+0x0649	0x0144      	MOVLB      4
+0x064A	0x1AA0      	BTFSC      FARG_Relay_set_L, 5
+0x064B	0x2E4F      	GOTO       L__Relay_set305
+0x064C	0x0140      	MOVLB      0
+0x064D	0x1718      	BSF        LATC6_bit, BitPos(LATC6_bit+0)
+0x064E	0x2E51      	GOTO       L__Relay_set306
+L__Relay_set305:
+0x064F	0x0140      	MOVLB      0
+0x0650	0x1318      	BCF        LATC6_bit, BitPos(LATC6_bit+0)
+L__Relay_set306:
+;main.c,408 :: 		L_1000 = ~L.B6;
+0x0651	0x0144      	MOVLB      4
+0x0652	0x1B20      	BTFSC      FARG_Relay_set_L, 6
+0x0653	0x2E57      	GOTO       L__Relay_set307
+0x0654	0x0140      	MOVLB      0
+0x0655	0x1698      	BSF        LATC5_bit, BitPos(LATC5_bit+0)
+0x0656	0x2E59      	GOTO       L__Relay_set308
+L__Relay_set307:
+0x0657	0x0140      	MOVLB      0
+0x0658	0x1298      	BCF        LATC5_bit, BitPos(LATC5_bit+0)
+L__Relay_set308:
+;main.c,410 :: 		C_22 = ~C.B0;
+0x0659	0x0144      	MOVLB      4
+0x065A	0x1821      	BTFSC      FARG_Relay_set_C, 0
+0x065B	0x2E5F      	GOTO       L__Relay_set309
+0x065C	0x0140      	MOVLB      0
+0x065D	0x1696      	BSF        LATA5_bit, BitPos(LATA5_bit+0)
+0x065E	0x2E61      	GOTO       L__Relay_set310
+L__Relay_set309:
+0x065F	0x0140      	MOVLB      0
+0x0660	0x1296      	BCF        LATA5_bit, BitPos(LATA5_bit+0)
+L__Relay_set310:
+;main.c,411 :: 		C_47 = ~C.B1;
+0x0661	0x0144      	MOVLB      4
+0x0662	0x18A1      	BTFSC      FARG_Relay_set_C, 1
+0x0663	0x2E67      	GOTO       L__Relay_set311
+0x0664	0x0140      	MOVLB      0
+0x0665	0x149A      	BSF        LATE1_bit, BitPos(LATE1_bit+0)
+0x0666	0x2E69      	GOTO       L__Relay_set312
+L__Relay_set311:
+0x0667	0x0140      	MOVLB      0
+0x0668	0x109A      	BCF        LATE1_bit, BitPos(LATE1_bit+0)
+L__Relay_set312:
+;main.c,412 :: 		C_100 = ~C.B2;
+0x0669	0x0144      	MOVLB      4
+0x066A	0x1921      	BTFSC      FARG_Relay_set_C, 2
+0x066B	0x2E6F      	GOTO       L__Relay_set313
+0x066C	0x0140      	MOVLB      0
+0x066D	0x1796      	BSF        LATA7_bit, BitPos(LATA7_bit+0)
+0x066E	0x2E71      	GOTO       L__Relay_set314
+L__Relay_set313:
+0x066F	0x0140      	MOVLB      0
+0x0670	0x1396      	BCF        LATA7_bit, BitPos(LATA7_bit+0)
+L__Relay_set314:
+;main.c,413 :: 		C_220 = ~C.B3;
+0x0671	0x0144      	MOVLB      4
+0x0672	0x19A1      	BTFSC      FARG_Relay_set_C, 3
+0x0673	0x2E77      	GOTO       L__Relay_set315
+0x0674	0x0140      	MOVLB      0
+0x0675	0x1716      	BSF        LATA6_bit, BitPos(LATA6_bit+0)
+0x0676	0x2E79      	GOTO       L__Relay_set316
+L__Relay_set315:
+0x0677	0x0140      	MOVLB      0
+0x0678	0x1316      	BCF        LATA6_bit, BitPos(LATA6_bit+0)
+L__Relay_set316:
+;main.c,414 :: 		C_470 = ~C.B4;
+0x0679	0x0144      	MOVLB      4
+0x067A	0x1A21      	BTFSC      FARG_Relay_set_C, 4
+0x067B	0x2E7F      	GOTO       L__Relay_set317
+0x067C	0x0140      	MOVLB      0
+0x067D	0x1418      	BSF        LATC0_bit, BitPos(LATC0_bit+0)
+0x067E	0x2E81      	GOTO       L__Relay_set318
+L__Relay_set317:
+0x067F	0x0140      	MOVLB      0
+0x0680	0x1018      	BCF        LATC0_bit, BitPos(LATC0_bit+0)
+L__Relay_set318:
+;main.c,415 :: 		C_1000 = ~C.B5;
+0x0681	0x0144      	MOVLB      4
+0x0682	0x1AA1      	BTFSC      FARG_Relay_set_C, 5
+0x0683	0x2E87      	GOTO       L__Relay_set319
+0x0684	0x0140      	MOVLB      0
+0x0685	0x1498      	BSF        LATC1_bit, BitPos(LATC1_bit+0)
+0x0686	0x2E89      	GOTO       L__Relay_set320
+L__Relay_set319:
+0x0687	0x0140      	MOVLB      0
+0x0688	0x1098      	BCF        LATC1_bit, BitPos(LATC1_bit+0)
+L__Relay_set320:
+;main.c,416 :: 		C_2200 = ~C.B6;
+0x0689	0x0144      	MOVLB      4
+0x068A	0x1B21      	BTFSC      FARG_Relay_set_C, 6
+0x068B	0x2E8F      	GOTO       L__Relay_set321
+0x068C	0x0140      	MOVLB      0
+0x068D	0x1518      	BSF        LATC2_bit, BitPos(LATC2_bit+0)
+0x068E	0x2E91      	GOTO       L__Relay_set322
+L__Relay_set321:
+0x068F	0x0140      	MOVLB      0
+0x0690	0x1118      	BCF        LATC2_bit, BitPos(LATC2_bit+0)
+L__Relay_set322:
+;main.c,418 :: 		C_sw = I;
+0x0691	0x0144      	MOVLB      4
+0x0692	0x1822      	BTFSC      FARG_Relay_set_I, 0
+0x0693	0x2E97      	GOTO       L__Relay_set323
+0x0694	0x0140      	MOVLB      0
+0x0695	0x101A      	BCF        LATE0_bit, BitPos(LATE0_bit+0)
+0x0696	0x2E99      	GOTO       L__Relay_set324
+L__Relay_set323:
+0x0697	0x0140      	MOVLB      0
+0x0698	0x141A      	BSF        LATE0_bit, BitPos(LATE0_bit+0)
+L__Relay_set324:
+;main.c,420 :: 		Rel_to_gnd = 1;
+0x0699	0x1599      	BSF        LATD3_bit, BitPos(LATD3_bit+0)
+;main.c,421 :: 		Vdelay_ms(rldl);
+0x069A	0x0143      	MOVLB      3
+0x069B	0x0825      	MOVF       _rldl, 0
+0x069C	0x0144      	MOVLB      4
+0x069D	0x00A3      	MOVWF      FARG_VDelay_ms_Time_ms
+0x069E	0x0143      	MOVLB      3
+0x069F	0x0826      	MOVF       _rldl+1, 0
+0x06A0	0x0144      	MOVLB      4
+0x06A1	0x00A4      	MOVWF      FARG_VDelay_ms_Time_ms+1
+0x06A2	0x2300      	CALL       _VDelay_ms
+;main.c,422 :: 		Rel_to_gnd = 0;
+0x06A3	0x0140      	MOVLB      0
+0x06A4	0x1199      	BCF        LATD3_bit, BitPos(LATD3_bit+0)
+;main.c,423 :: 		Delay_us(10);
+0x06A5	0x301A      	MOVLW      26
+0x06A6	0x00FD      	MOVWF      R13
+L_Relay_set99:
+0x06A7	0x0BFD      	DECFSZ     R13, 1
+0x06A8	0x2EA7      	GOTO       L_Relay_set99
+0x06A9	0x0000      	NOP
+;main.c,424 :: 		Rel_to_plus_N = 0;
+0x06AA	0x1218      	BCF        LATC4_bit, BitPos(LATC4_bit+0)
+;main.c,425 :: 		Vdelay_ms(rldl);
+0x06AB	0x0143      	MOVLB      3
+0x06AC	0x0825      	MOVF       _rldl, 0
+0x06AD	0x0144      	MOVLB      4
+0x06AE	0x00A3      	MOVWF      FARG_VDelay_ms_Time_ms
+0x06AF	0x0143      	MOVLB      3
+0x06B0	0x0826      	MOVF       _rldl+1, 0
+0x06B1	0x0144      	MOVLB      4
+0x06B2	0x00A4      	MOVWF      FARG_VDelay_ms_Time_ms+1
+0x06B3	0x2300      	CALL       _VDelay_ms
+;main.c,426 :: 		Rel_to_plus_N = 1;
+0x06B4	0x0140      	MOVLB      0
+0x06B5	0x1618      	BSF        LATC4_bit, BitPos(LATC4_bit+0)
+;main.c,427 :: 		Vdelay_ms(rldl);
+0x06B6	0x0143      	MOVLB      3
+0x06B7	0x0825      	MOVF       _rldl, 0
+0x06B8	0x0144      	MOVLB      4
+0x06B9	0x00A3      	MOVWF      FARG_VDelay_ms_Time_ms
+0x06BA	0x0143      	MOVLB      3
+0x06BB	0x0826      	MOVF       _rldl+1, 0
+0x06BC	0x0144      	MOVLB      4
+0x06BD	0x00A4      	MOVWF      FARG_VDelay_ms_Time_ms+1
+0x06BE	0x2300      	CALL       _VDelay_ms
+;main.c,429 :: 		L_010 = 0;
+0x06BF	0x0140      	MOVLB      0
+0x06C0	0x1399      	BCF        LATD7_bit, BitPos(LATD7_bit+0)
+;main.c,430 :: 		L_022 = 0;
+0x06C1	0x1319      	BCF        LATD6_bit, BitPos(LATD6_bit+0)
+;main.c,431 :: 		L_045 = 0;
+0x06C2	0x1299      	BCF        LATD5_bit, BitPos(LATD5_bit+0)
+;main.c,432 :: 		L_100 = 0;
+0x06C3	0x1219      	BCF        LATD4_bit, BitPos(LATD4_bit+0)
+;main.c,433 :: 		L_220 = 0;
+0x06C4	0x1398      	BCF        LATC7_bit, BitPos(LATC7_bit+0)
+;main.c,434 :: 		L_450 = 0;
+0x06C5	0x1318      	BCF        LATC6_bit, BitPos(LATC6_bit+0)
+;main.c,435 :: 		L_1000 = 0;
+0x06C6	0x1298      	BCF        LATC5_bit, BitPos(LATC5_bit+0)
+;main.c,437 :: 		C_22 = 0;
+0x06C7	0x1296      	BCF        LATA5_bit, BitPos(LATA5_bit+0)
+;main.c,438 :: 		C_47 = 0;
+0x06C8	0x109A      	BCF        LATE1_bit, BitPos(LATE1_bit+0)
+;main.c,439 :: 		C_100 = 0;
+0x06C9	0x1396      	BCF        LATA7_bit, BitPos(LATA7_bit+0)
+;main.c,440 :: 		C_220 = 0;
+0x06CA	0x1316      	BCF        LATA6_bit, BitPos(LATA6_bit+0)
+;main.c,441 :: 		C_470 = 0;
+0x06CB	0x1018      	BCF        LATC0_bit, BitPos(LATC0_bit+0)
+;main.c,442 :: 		C_1000 = 0;
+0x06CC	0x1098      	BCF        LATC1_bit, BitPos(LATC1_bit+0)
+;main.c,443 :: 		C_2200 = 0;
+0x06CD	0x1118      	BCF        LATC2_bit, BitPos(LATC2_bit+0)
+;main.c,445 :: 		C_sw = 0;
+0x06CE	0x101A      	BCF        LATE0_bit, BitPos(LATE0_bit+0)
+;main.c,446 :: 		return;
+;main.c,447 :: 		}
+L_end_Relay_set:
+0x06CF	0x0008      	RETURN
+; end of _Relay_set
+_Soft_I2C_Init:
+;Soft_I2C.c,12 :: 		void Soft_I2C_Init(void) {
+;Soft_I2C.c,13 :: 		Soft_I2C_Stop();
+0x06D0	0x21F4      	CALL       _Soft_I2C_Stop
+;Soft_I2C.c,14 :: 		return;
+;Soft_I2C.c,15 :: 		}
+L_end_Soft_I2C_Init:
+0x06D1	0x0008      	RETURN
+; end of _Soft_I2C_Init
+_draw_swr:
+;main.c,243 :: 		void draw_swr(unsigned int s){
+;main.c,244 :: 		if(s==0)
+0x06D2	0x3000      	MOVLW      0
+0x06D3	0x0144      	MOVLB      4
+0x06D4	0x0621      	XORWF      FARG_draw_swr_s+1, 0
+0x06D5	0x1D03      	BTFSS      STATUS, 2
+0x06D6	0x2ED9      	GOTO       L__draw_swr276
+0x06D7	0x3000      	MOVLW      0
+0x06D8	0x0620      	XORWF      FARG_draw_swr_s, 0
+L__draw_swr276:
+0x06D9	0x1D03      	BTFSS      STATUS, 2
+0x06DA	0x2EE7      	GOTO       L_draw_swr75
+;main.c,245 :: 		oled_wr_str(2, 60, "0.00", 4);
+0x06DB	0x3002      	MOVLW      2
+0x06DC	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x06DD	0x303C      	MOVLW      60
+0x06DE	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x06DF	0x302A      	MOVLW      ?lstr11_main
+0x06E0	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x06E1	0x3001      	MOVLW      hi_addr(?lstr11_main)
+0x06E2	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x06E3	0x3004      	MOVLW      4
+0x06E4	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x06E5	0x246D      	CALL       _oled_wr_str
+0x06E6	0x2F06      	GOTO       L_draw_swr76
+L_draw_swr75:
+;main.c,247 :: 		IntToStr(s, txt_2);
+0x06E7	0x0144      	MOVLB      4
+0x06E8	0x0820      	MOVF       FARG_draw_swr_s, 0
+0x06E9	0x00A3      	MOVWF      FARG_IntToStr_input
+0x06EA	0x0821      	MOVF       FARG_draw_swr_s+1, 0
+0x06EB	0x00A4      	MOVWF      FARG_IntToStr_input+1
+0x06EC	0x30AB      	MOVLW      _txt_2
+0x06ED	0x00A5      	MOVWF      FARG_IntToStr_output
+0x06EE	0x3001      	MOVLW      hi_addr(_txt_2)
+0x06EF	0x00A6      	MOVWF      FARG_IntToStr_output+1
+0x06F0	0x23B3      	CALL       _IntToStr
+;main.c,248 :: 		txt[0] = txt_2[3];
+0x06F1	0x0143      	MOVLB      3
+0x06F2	0x082E      	MOVF       _txt_2+3, 0
+0x06F3	0x00B3      	MOVWF      _txt
+;main.c,249 :: 		txt[1] = '.';
+0x06F4	0x302E      	MOVLW      46
+0x06F5	0x00B4      	MOVWF      _txt+1
+;main.c,250 :: 		txt[2] = txt_2[4];
+0x06F6	0x082F      	MOVF       _txt_2+4, 0
+0x06F7	0x00B5      	MOVWF      _txt+2
+;main.c,251 :: 		txt[3] = txt_2[5];
+0x06F8	0x0830      	MOVF       _txt_2+5, 0
+0x06F9	0x00B6      	MOVWF      _txt+3
+;main.c,253 :: 		oled_wr_str(2, 60, txt, 4);
+0x06FA	0x3002      	MOVLW      2
+0x06FB	0x0144      	MOVLB      4
+0x06FC	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x06FD	0x303C      	MOVLW      60
+0x06FE	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x06FF	0x30B3      	MOVLW      _txt
+0x0700	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0701	0x3001      	MOVLW      hi_addr(_txt)
+0x0702	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0703	0x3004      	MOVLW      4
+0x0704	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0705	0x246D      	CALL       _oled_wr_str
+;main.c,254 :: 		}
+L_draw_swr76:
+;main.c,255 :: 		return;
+;main.c,256 :: 		}
+L_end_draw_swr:
+0x0706	0x0008      	RETURN
+; end of _draw_swr
+_get_batt:
+;main.c,642 :: 		void get_batt(void){
+;main.c,643 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+0x0707	0x3043      	MOVLW      67
+0x0708	0x0144      	MOVLB      4
+0x0709	0x00A3      	MOVWF      FARG_ADC_Init_Advanced_reference
+0x070A	0x2297      	CALL       _ADC_Init_Advanced
+;main.c,644 :: 		Delay_us(100);
+0x070B	0x3002      	MOVLW      2
+0x070C	0x00FC      	MOVWF      R12
+0x070D	0x3008      	MOVLW      8
+0x070E	0x00FD      	MOVWF      R13
+L_get_batt159:
+0x070F	0x0BFD      	DECFSZ     R13, 1
+0x0710	0x2F0F      	GOTO       L_get_batt159
+0x0711	0x0BFC      	DECFSZ     R12, 1
+0x0712	0x2F0F      	GOTO       L_get_batt159
+0x0713	0x0000      	NOP
+;main.c,645 :: 		Voltage = ADC_Get_Sample(Battery_input) * 11;
+0x0714	0x3009      	MOVLW      9
+0x0715	0x0144      	MOVLB      4
+0x0716	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0717	0x236C      	CALL       _ADC_Get_Sample
+0x0718	0x300B      	MOVLW      11
+0x0719	0x00F4      	MOVWF      R4
+0x071A	0x3000      	MOVLW      0
+0x071B	0x00F5      	MOVWF      R5
+0x071C	0x22D2      	CALL       _Mul_16X16_U
+0x071D	0x0870      	MOVF       R0, 0
+0x071E	0x0143      	MOVLB      3
+0x071F	0x00A9      	MOVWF      _Voltage
+0x0720	0x0871      	MOVF       R1, 0
+0x0721	0x00AA      	MOVWF      _Voltage+1
+;main.c,646 :: 		return;
+;main.c,647 :: 		}
+L_end_get_batt:
+0x0722	0x0008      	RETURN
+; end of _get_batt
+_SETFDZ32:
+;__Lib_MathDouble.c,102 :: 		
+;__Lib_MathDouble.c,105 :: 		
+0x0723	0x15FB      	BSF        R11, 3
+;__Lib_MathDouble.c,106 :: 		
+0x0724	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,108 :: 		
+L_end_SETFDZ32:
+0x0725	0x0008      	RETURN
+; end of _SETFDZ32
+_NRM4032:
+;__Lib_MathDouble.c,245 :: 		
+;__Lib_MathDouble.c,252 :: 		
+;__Lib_MathDouble.c,254 :: 		
+0x0726	0x187C      	BTFSC      R12, 0
+;__Lib_MathDouble.c,255 :: 		
+0x0727	0x2F5C      	GOTO       NRMRND4032
+;__Lib_MathDouble.c,256 :: 		
+0x0728	0x18FC      	BTFSC      R12, 1
+;__Lib_MathDouble.c,257 :: 		
+0x0729	0x2F2D      	GOTO       NRM4032
+;__Lib_MathDouble.c,258 :: 		
+0x072A	0x197C      	BTFSC      R12, 2
+;__Lib_MathDouble.c,259 :: 		
+0x072B	0x2F7B      	GOTO       JMPSETFOV32
+;__Lib_MathDouble.c,260 :: 		
+0x072C	0x2F26      	GOTO       $-6
+;__Lib_MathDouble.c,261 :: 		
+NRM4032:
+;__Lib_MathDouble.c,262 :: 		
+0x072D	0x01A1      	CLRF       __math_tempbD
+;__Lib_MathDouble.c,263 :: 		
+0x072E	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,264 :: 		
+0x072F	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,265 :: 		
+0x0730	0x2F4D      	GOTO       NORM4032
+;__Lib_MathDouble.c,266 :: 		
+0x0731	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,267 :: 		
+0x0732	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,268 :: 		
+0x0733	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,269 :: 		
+0x0734	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,270 :: 		
+0x0735	0x0878      	MOVF       R8, 0
+;__Lib_MathDouble.c,271 :: 		
+0x0736	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,272 :: 		
+0x0737	0x01F8      	CLRF       R8
+;__Lib_MathDouble.c,273 :: 		
+0x0738	0x15A1      	BSF        __math_tempbD, 3
+;__Lib_MathDouble.c,275 :: 		
+0x0739	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,276 :: 		
+0x073A	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,277 :: 		
+0x073B	0x2F4D      	GOTO       NORM4032
+;__Lib_MathDouble.c,278 :: 		
+0x073C	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,279 :: 		
+0x073D	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,280 :: 		
+0x073E	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,281 :: 		
+0x073F	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,282 :: 		
+0x0740	0x01F0      	CLRF       R0
+;__Lib_MathDouble.c,283 :: 		
+0x0741	0x11A1      	BCF        __math_tempbD, 3
+;__Lib_MathDouble.c,284 :: 		
+0x0742	0x1621      	BSF        __math_tempbD, 4
+;__Lib_MathDouble.c,286 :: 		
+0x0743	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,287 :: 		
+0x0744	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,288 :: 		
+0x0745	0x2F4D      	GOTO       NORM4032
+;__Lib_MathDouble.c,289 :: 		
+0x0746	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,290 :: 		
+0x0747	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,291 :: 		
+0x0748	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,292 :: 		
+0x0749	0x15A1      	BSF        __math_tempbD, 3
+;__Lib_MathDouble.c,294 :: 		
+0x074A	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,295 :: 		
+0x074B	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,296 :: 		
+0x074C	0x2F6F      	GOTO       JMPRES032
+;__Lib_MathDouble.c,297 :: 		
+NORM4032:
+;__Lib_MathDouble.c,298 :: 		
+0x074D	0x0821      	MOVF       __math_tempbD, 0
+;__Lib_MathDouble.c,299 :: 		
+0x074E	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,300 :: 		
+0x074F	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,301 :: 		
+0x0750	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,302 :: 		
+0x0751	0x2F73      	GOTO       JMPSETFUN32
+;__Lib_MathDouble.c,303 :: 		
+0x0752	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,304 :: 		
+NORM4032A:
+;__Lib_MathDouble.c,305 :: 		
+0x0753	0x1BF2      	BTFSC      R2, 7
+;__Lib_MathDouble.c,306 :: 		
+0x0754	0x2F5C      	GOTO       NRMRND4032
+;__Lib_MathDouble.c,307 :: 		
+0x0755	0x0DF8      	RLF        R8, 1
+;__Lib_MathDouble.c,308 :: 		
+0x0756	0x0DF0      	RLF        R0, 1
+;__Lib_MathDouble.c,309 :: 		
+0x0757	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,310 :: 		
+0x0758	0x0DF2      	RLF        R2, 1
+;__Lib_MathDouble.c,311 :: 		
+0x0759	0x0BF3      	DECFSZ     R3, 1
+;__Lib_MathDouble.c,312 :: 		
+0x075A	0x2F53      	GOTO       NORM4032A
+;__Lib_MathDouble.c,313 :: 		
+0x075B	0x2F73      	GOTO       JMPSETFUN32
+;__Lib_MathDouble.c,314 :: 		
+NRMRND4032:
+;__Lib_MathDouble.c,315 :: 		
+0x075C	0x1B7B      	BTFSC      R11, 6
+;__Lib_MathDouble.c,316 :: 		
+0x075D	0x1C70      	BTFSS      R0, 0
+;__Lib_MathDouble.c,317 :: 		
+0x075E	0x2F77      	GOTO       JMPFIXSIGN32
+;__Lib_MathDouble.c,318 :: 		
+0x075F	0x1FF8      	BTFSS      R8, 7
+;__Lib_MathDouble.c,319 :: 		
+0x0760	0x2F77      	GOTO       JMPFIXSIGN32
+;__Lib_MathDouble.c,320 :: 		
+0x0761	0x0AF0      	INCF       R0, 1
+;__Lib_MathDouble.c,321 :: 		
+0x0762	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,322 :: 		
+0x0763	0x0AF1      	INCF       R1, 1
+;__Lib_MathDouble.c,323 :: 		
+0x0764	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,324 :: 		
+0x0765	0x0AF2      	INCF       R2, 1
+;__Lib_MathDouble.c,325 :: 		
+0x0766	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,326 :: 		
+0x0767	0x2F77      	GOTO       JMPFIXSIGN32
+;__Lib_MathDouble.c,327 :: 		
+0x0768	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,328 :: 		
+0x0769	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,329 :: 		
+0x076A	0x0CF0      	RRF        R0, 1
+;__Lib_MathDouble.c,330 :: 		
+0x076B	0x0AF3      	INCF       R3, 1
+;__Lib_MathDouble.c,331 :: 		
+0x076C	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,332 :: 		
+0x076D	0x2F7B      	GOTO       JMPSETFOV32
+;__Lib_MathDouble.c,333 :: 		
+0x076E	0x2F77      	GOTO       JMPFIXSIGN32
+;__Lib_MathDouble.c,334 :: 		
+JMPRES032:
+;__Lib_MathDouble.c,335 :: 		
+0x076F	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,336 :: 		
+0x0770	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,338 :: 		
+0x0771	0x2426      	CALL       _RES032
+;__Lib_MathDouble.c,340 :: 		
+0x0772	0x2F7E      	GOTO       NRM4032EEE
+;__Lib_MathDouble.c,341 :: 		
+JMPSETFUN32:
+;__Lib_MathDouble.c,342 :: 		
+0x0773	0x3002      	MOVLW      2
+;__Lib_MathDouble.c,343 :: 		
+0x0774	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,345 :: 		
+0x0775	0x2360      	CALL       _SETFUN32
+;__Lib_MathDouble.c,347 :: 		
+0x0776	0x2F7E      	GOTO       NRM4032EEE
+;__Lib_MathDouble.c,348 :: 		
+JMPFIXSIGN32:
+;__Lib_MathDouble.c,349 :: 		
+0x0777	0x3004      	MOVLW      4
+;__Lib_MathDouble.c,350 :: 		
+0x0778	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,352 :: 		
+0x0779	0x22FC      	CALL       _FIXSIGN32
+;__Lib_MathDouble.c,354 :: 		
+0x077A	0x2F7E      	GOTO       NRM4032EEE
+;__Lib_MathDouble.c,355 :: 		
+JMPSETFOV32:
+;__Lib_MathDouble.c,356 :: 		
+0x077B	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,357 :: 		
+0x077C	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,359 :: 		
+0x077D	0x243D      	CALL       _SETFOV32
+;__Lib_MathDouble.c,361 :: 		
+NRM4032EEE:
+;__Lib_MathDouble.c,362 :: 		
+0x077E	0x0000      	NOP
+;__Lib_MathDouble.c,370 :: 		
+L_end_NRM4032:
+0x077F	0x0008      	RETURN
+; end of _NRM4032
+_SETIOV3224:
+;__Lib_MathDouble.c,996 :: 		
+;__Lib_MathDouble.c,1002 :: 		
+0x0780	0x147B      	BSF        R11, 0
+;__Lib_MathDouble.c,1003 :: 		
+0x0781	0x1FFB      	BTFSS      R11, 7
+;__Lib_MathDouble.c,1004 :: 		
+0x0782	0x2F8B      	GOTO       SETIOV3224EEE
+;__Lib_MathDouble.c,1006 :: 		
+0x0783	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1007 :: 		
+0x0784	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,1008 :: 		
+0x0785	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,1009 :: 		
+0x0786	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,1010 :: 		
+0x0787	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,1011 :: 		
+0x0788	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,1012 :: 		
+0x0789	0x0DFA      	RLF        R10, 1
+;__Lib_MathDouble.c,1013 :: 		
+0x078A	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,1014 :: 		
+SETIOV3224EEE:
+;__Lib_MathDouble.c,1015 :: 		
+0x078B	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,1017 :: 		
+L_end_SETIOV3224:
+0x078C	0x0008      	RETURN
+; end of _SETIOV3224
+_COMFREM:
+;__Lib_Math.c,1060 :: 		
+;__Lib_Math.c,1064 :: 		
+0x078D	0x09FB      	COMF       R11, 1
+;__Lib_Math.c,1065 :: 		
+0x078E	0x09FA      	COMF       R10, 1
+;__Lib_Math.c,1066 :: 		
+0x078F	0x09F9      	COMF       R9, 1
+;__Lib_Math.c,1067 :: 		
+0x0790	0x09F8      	COMF       R8, 1
+;__Lib_Math.c,1068 :: 		
+0x0791	0x0AF8      	INCF       R8, 1
+;__Lib_Math.c,1069 :: 		
+0x0792	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1070 :: 		
+0x0793	0x0AF9      	INCF       R9, 1
+;__Lib_Math.c,1071 :: 		
+0x0794	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1072 :: 		
+0x0795	0x0AFA      	INCF       R10, 1
+;__Lib_Math.c,1073 :: 		
+0x0796	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1074 :: 		
+0x0797	0x0AFB      	INCF       R11, 1
+;__Lib_Math.c,1076 :: 		
+L_end_COMFREM:
+0x0798	0x0008      	RETURN
+; end of _COMFREM
+_NRM3232:
+;__Lib_MathDouble.c,167 :: 		
+;__Lib_MathDouble.c,173 :: 		
+;__Lib_MathDouble.c,175 :: 		
+0x0799	0x01A1      	CLRF       __math_tempbD
+;__Lib_MathDouble.c,176 :: 		
+0x079A	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,177 :: 		
+0x079B	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,178 :: 		
+0x079C	0x2FAE      	GOTO       NORM3232
+;__Lib_MathDouble.c,179 :: 		
+0x079D	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,180 :: 		
+0x079E	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,181 :: 		
+0x079F	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,182 :: 		
+0x07A0	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,183 :: 		
+0x07A1	0x01F0      	CLRF       R0
+;__Lib_MathDouble.c,184 :: 		
+0x07A2	0x15A1      	BSF        __math_tempbD, 3
+;__Lib_MathDouble.c,186 :: 		
+0x07A3	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,187 :: 		
+0x07A4	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,188 :: 		
+0x07A5	0x2FAE      	GOTO       NORM3232
+;__Lib_MathDouble.c,189 :: 		
+0x07A6	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,190 :: 		
+0x07A7	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,191 :: 		
+0x07A8	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,192 :: 		
+0x07A9	0x11A1      	BCF        __math_tempbD, 3
+;__Lib_MathDouble.c,193 :: 		
+0x07AA	0x1621      	BSF        __math_tempbD, 4
+;__Lib_MathDouble.c,195 :: 		
+0x07AB	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,196 :: 		
+0x07AC	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,197 :: 		
+0x07AD	0x2FBC      	GOTO       JPNRES032
+;__Lib_MathDouble.c,198 :: 		
+NORM3232:
+;__Lib_MathDouble.c,199 :: 		
+0x07AE	0x0821      	MOVF       __math_tempbD, 0
+;__Lib_MathDouble.c,200 :: 		
+0x07AF	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,201 :: 		
+0x07B0	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,202 :: 		
+0x07B1	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,203 :: 		
+0x07B2	0x2FC0      	GOTO       JPNSETFUN32
+;__Lib_MathDouble.c,204 :: 		
+0x07B3	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,205 :: 		
+NORM3232A:
+;__Lib_MathDouble.c,206 :: 		
+0x07B4	0x1BF2      	BTFSC      R2, 7
+;__Lib_MathDouble.c,207 :: 		
+0x07B5	0x2FC4      	GOTO       JMPNFIXSIGN32
+;__Lib_MathDouble.c,208 :: 		
+0x07B6	0x0DF0      	RLF        R0, 1
+;__Lib_MathDouble.c,209 :: 		
+0x07B7	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,210 :: 		
+0x07B8	0x0DF2      	RLF        R2, 1
+;__Lib_MathDouble.c,211 :: 		
+0x07B9	0x0BF3      	DECFSZ     R3, 1
+;__Lib_MathDouble.c,212 :: 		
+0x07BA	0x2FB4      	GOTO       NORM3232A
+;__Lib_MathDouble.c,213 :: 		
+0x07BB	0x2FC0      	GOTO       JPNSETFUN32
+;__Lib_MathDouble.c,214 :: 		
+JPNRES032:
+;__Lib_MathDouble.c,215 :: 		
+0x07BC	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,216 :: 		
+0x07BD	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,218 :: 		
+0x07BE	0x2426      	CALL       _RES032
+;__Lib_MathDouble.c,220 :: 		
+0x07BF	0x2FC7      	GOTO       NORM32EEE
+;__Lib_MathDouble.c,221 :: 		
+JPNSETFUN32:
+;__Lib_MathDouble.c,222 :: 		
+0x07C0	0x3002      	MOVLW      2
+;__Lib_MathDouble.c,223 :: 		
+0x07C1	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,225 :: 		
+0x07C2	0x2360      	CALL       _SETFUN32
+;__Lib_MathDouble.c,227 :: 		
+0x07C3	0x2FC7      	GOTO       NORM32EEE
+;__Lib_MathDouble.c,228 :: 		
+JMPNFIXSIGN32:
+;__Lib_MathDouble.c,229 :: 		
+0x07C4	0x3004      	MOVLW      4
+;__Lib_MathDouble.c,230 :: 		
+0x07C5	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,232 :: 		
+0x07C6	0x22FC      	CALL       _FIXSIGN32
+;__Lib_MathDouble.c,234 :: 		
+NORM32EEE:
+;__Lib_MathDouble.c,236 :: 		
+L_end_NRM3232:
+0x07C7	0x0008      	RETURN
+; end of _NRM3232
+_atu_reset:
+;main.c,393 :: 		void atu_reset(){
+;main.c,394 :: 		ind = 0;
+0x07C8	0x0142      	MOVLB      2
+0x07C9	0x01BF      	CLRF       _ind
+;main.c,395 :: 		cap = 0;
+0x07CA	0x0141      	MOVLB      1
+0x07CB	0x01EF      	CLRF       _cap
+;main.c,396 :: 		SW = 0;
+0x07CC	0x01EE      	CLRF       _SW
+;main.c,397 :: 		Relay_set(ind, cap, SW);
+0x07CD	0x0144      	MOVLB      4
+0x07CE	0x01A0      	CLRF       FARG_Relay_set_L
+0x07CF	0x01A1      	CLRF       FARG_Relay_set_C
+0x07D0	0x01A2      	CLRF       FARG_Relay_set_I
+0x07D1	0x2621      	CALL       _Relay_set
+;main.c,398 :: 		return;
+;main.c,399 :: 		}
+L_end_atu_reset:
+0x07D2	0x0008      	RETURN
+; end of _atu_reset
+_int2double:
+;__Lib_MathDouble.c,1802 :: 		
+;__Lib_MathDouble.c,1808 :: 		
+0x07D3	0x0140      	MOVLB      0
+;__Lib_MathDouble.c,1809 :: 		
+0x07D4	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,1810 :: 		
+0x07D5	0x00F8      	MOVWF      R8
+;__Lib_MathDouble.c,1811 :: 		
+0x07D6	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,1812 :: 		
+0x07D7	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,1813 :: 		
+0x07D8	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,1814 :: 		
+0x07D9	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1815 :: 		
+0x07DA	0x01F3      	CLRF       R3
+;__Lib_MathDouble.c,1818 :: 		
+0x07DB	0x01FB      	CLRF       R11
+;__Lib_MathDouble.c,1819 :: 		
+0x07DC	0x01FC      	CLRF       R12
+;__Lib_MathDouble.c,1821 :: 		
+0x07DD	0x3096      	MOVLW      150
+;__Lib_MathDouble.c,1822 :: 		
+0x07DE	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,1823 :: 		
+0x07DF	0x01FA      	CLRF       R10
+;__Lib_MathDouble.c,1824 :: 		
+0x07E0	0x1FF0      	BTFSS      R0, 7
+;__Lib_MathDouble.c,1825 :: 		
+0x07E1	0x2FE8      	GOTO       FLO1632EEE
+;__Lib_MathDouble.c,1827 :: 		
+0x07E2	0x09F8      	COMF       R8, 1
+;__Lib_MathDouble.c,1828 :: 		
+0x07E3	0x09F0      	COMF       R0, 1
+;__Lib_MathDouble.c,1830 :: 		
+0x07E4	0x0AF8      	INCF       R8, 1
+;__Lib_MathDouble.c,1831 :: 		
+0x07E5	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1832 :: 		
+0x07E6	0x0AF0      	INCF       R0, 1
+;__Lib_MathDouble.c,1834 :: 		
+0x07E7	0x17FA      	BSF        R10, 7
+;__Lib_MathDouble.c,1835 :: 		
+FLO1632EEE:
+;__Lib_MathDouble.c,1836 :: 		
+0x07E8	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,1837 :: 		
+0x07E9	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,1838 :: 		
+0x07EA	0x0878      	MOVF       R8, 0
+;__Lib_MathDouble.c,1839 :: 		
+0x07EB	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,1840 :: 		
+0x07EC	0x01F8      	CLRF       R8
+;__Lib_MathDouble.c,1841 :: 		
+0x07ED	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1843 :: 		
+0x07EE	0x2799      	CALL       _NRM3232
+;__Lib_MathDouble.c,1844 :: 		
+L_end_int2double:
+0x07EF	0x0008      	RETURN
+; end of _int2double
+___CC2DW:
+;__Lib_System.c,71 :: 		
+;__Lib_System.c,73 :: 		
+_CC2DL_Loop1:
+;__Lib_System.c,74 :: 		
+0x07F0	0x0012      	MOVIW      FSR0++ 
+;__Lib_System.c,75 :: 		
+0x07F1	0x001E      	MOVWI      FSR1++ 
+;__Lib_System.c,76 :: 		
+0x07F2	0x03F0      	DECF       R0, 1
+;__Lib_System.c,77 :: 		
+0x07F3	0x1D03      	BTFSS      STATUS, 2
+;__Lib_System.c,78 :: 		
+0x07F4	0x2FF0      	GOTO       _CC2DL_Loop1
+;__Lib_System.c,79 :: 		
+0x07F5	0x03F1      	DECF       R1, 1
+;__Lib_System.c,80 :: 		
+0x07F6	0x1D03      	BTFSS      STATUS, 2
+;__Lib_System.c,81 :: 		
+0x07F7	0x2FF0      	GOTO       _CC2DL_Loop1
+;__Lib_System.c,83 :: 		
+L_end___CC2DW:
+0x07F8	0x0008      	RETURN
+; end of ___CC2DW
+_SDIV3232L:
+;__Lib_Math.c,691 :: 		
+;__Lib_Math.c,700 :: 		
+0x0800	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,701 :: 		
+0x0801	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,702 :: 		
+0x0802	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,703 :: 		
+0x0803	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,704 :: 		
+0x0804	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,705 :: 		
+0x0805	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,706 :: 		
+0x0806	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,707 :: 		
+0x0807	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,708 :: 		
+0x0808	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,709 :: 		
+0x0809	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,710 :: 		
+0x080A	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,711 :: 		
+0x080B	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,712 :: 		
+0x080C	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,713 :: 		
+0x080D	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,714 :: 		
+0x080E	0x0DF3      	RLF        R3, 1
+;__Lib_Math.c,716 :: 		
+0x080F	0x3007      	MOVLW      7
+;__Lib_Math.c,717 :: 		
+0x0810	0x00FC      	MOVWF      R12
+;__Lib_Math.c,719 :: 		
+LOOPS3232A:
+;__Lib_Math.c,720 :: 		
+0x0811	0x0D73      	RLF        R3, 0
+;__Lib_Math.c,721 :: 		
+0x0812	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,722 :: 		
+0x0813	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,723 :: 		
+0x0814	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,724 :: 		
+0x0815	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,725 :: 		
+0x0816	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,726 :: 		
+0x0817	0x1C73      	BTFSS      R3, 0
+;__Lib_Math.c,727 :: 		
+0x0818	0x2827      	GOTO       SADD22LA
+;__Lib_Math.c,729 :: 		
+0x0819	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,730 :: 		
+0x081A	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,731 :: 		
+0x081B	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,732 :: 		
+0x081C	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,733 :: 		
+0x081D	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,734 :: 		
+0x081E	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,735 :: 		
+0x081F	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,736 :: 		
+0x0820	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,737 :: 		
+0x0821	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,738 :: 		
+0x0822	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,739 :: 		
+0x0823	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,740 :: 		
+0x0824	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,741 :: 		
+0x0825	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,742 :: 		
+0x0826	0x2834      	GOTO       SOK22LA
+;__Lib_Math.c,744 :: 		
+SADD22LA:
+;__Lib_Math.c,745 :: 		
+0x0827	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,746 :: 		
+0x0828	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,747 :: 		
+0x0829	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,748 :: 		
+0x082A	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,749 :: 		
+0x082B	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,750 :: 		
+0x082C	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,751 :: 		
+0x082D	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,752 :: 		
+0x082E	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,753 :: 		
+0x082F	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,754 :: 		
+0x0830	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,755 :: 		
+0x0831	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,756 :: 		
+0x0832	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,757 :: 		
+0x0833	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,759 :: 		
+SOK22LA:
+;__Lib_Math.c,760 :: 		
+0x0834	0x0DF3      	RLF        R3, 1
+;__Lib_Math.c,762 :: 		
+0x0835	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,763 :: 		
+0x0836	0x2811      	GOTO       LOOPS3232A
+;__Lib_Math.c,765 :: 		
+0x0837	0x0D72      	RLF        R2, 0
+;__Lib_Math.c,766 :: 		
+0x0838	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,767 :: 		
+0x0839	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,768 :: 		
+0x083A	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,769 :: 		
+0x083B	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,770 :: 		
+0x083C	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,771 :: 		
+0x083D	0x1C73      	BTFSS      R3, 0
+;__Lib_Math.c,772 :: 		
+0x083E	0x284D      	GOTO       SADD22L8
+;__Lib_Math.c,774 :: 		
+0x083F	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,775 :: 		
+0x0840	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,776 :: 		
+0x0841	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,777 :: 		
+0x0842	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,778 :: 		
+0x0843	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,779 :: 		
+0x0844	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,780 :: 		
+0x0845	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,781 :: 		
+0x0846	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,782 :: 		
+0x0847	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,783 :: 		
+0x0848	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,784 :: 		
+0x0849	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,785 :: 		
+0x084A	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,786 :: 		
+0x084B	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,787 :: 		
+0x084C	0x285A      	GOTO       SOK22L8
+;__Lib_Math.c,789 :: 		
+SADD22L8:
+;__Lib_Math.c,790 :: 		
+0x084D	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,791 :: 		
+0x084E	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,792 :: 		
+0x084F	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,793 :: 		
+0x0850	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,794 :: 		
+0x0851	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,795 :: 		
+0x0852	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,796 :: 		
+0x0853	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,797 :: 		
+0x0854	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,798 :: 		
+0x0855	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,799 :: 		
+0x0856	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,800 :: 		
+0x0857	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,801 :: 		
+0x0858	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,802 :: 		
+0x0859	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,804 :: 		
+SOK22L8:
+;__Lib_Math.c,805 :: 		
+0x085A	0x0DF2      	RLF        R2, 1
+;__Lib_Math.c,807 :: 		
+0x085B	0x3007      	MOVLW      7
+;__Lib_Math.c,808 :: 		
+0x085C	0x00FC      	MOVWF      R12
+;__Lib_Math.c,810 :: 		
+LOOPS3232B:
+;__Lib_Math.c,811 :: 		
+0x085D	0x0D72      	RLF        R2, 0
+;__Lib_Math.c,812 :: 		
+0x085E	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,813 :: 		
+0x085F	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,814 :: 		
+0x0860	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,815 :: 		
+0x0861	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,816 :: 		
+0x0862	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,817 :: 		
+0x0863	0x1C72      	BTFSS      R2, 0
+;__Lib_Math.c,818 :: 		
+0x0864	0x2873      	GOTO       SADD22LB
+;__Lib_Math.c,820 :: 		
+0x0865	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,821 :: 		
+0x0866	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,822 :: 		
+0x0867	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,823 :: 		
+0x0868	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,824 :: 		
+0x0869	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,825 :: 		
+0x086A	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,826 :: 		
+0x086B	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,827 :: 		
+0x086C	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,828 :: 		
+0x086D	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,829 :: 		
+0x086E	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,830 :: 		
+0x086F	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,831 :: 		
+0x0870	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,832 :: 		
+0x0871	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,833 :: 		
+0x0872	0x2880      	GOTO       SOK22LB
+;__Lib_Math.c,835 :: 		
+SADD22LB:
+;__Lib_Math.c,836 :: 		
+0x0873	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,837 :: 		
+0x0874	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,838 :: 		
+0x0875	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,839 :: 		
+0x0876	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,840 :: 		
+0x0877	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,841 :: 		
+0x0878	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,842 :: 		
+0x0879	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,843 :: 		
+0x087A	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,844 :: 		
+0x087B	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,845 :: 		
+0x087C	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,846 :: 		
+0x087D	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,847 :: 		
+0x087E	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,848 :: 		
+0x087F	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,850 :: 		
+SOK22LB:
+;__Lib_Math.c,851 :: 		
+0x0880	0x0DF2      	RLF        R2, 1
+;__Lib_Math.c,853 :: 		
+0x0881	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,854 :: 		
+0x0882	0x285D      	GOTO       LOOPS3232B
+;__Lib_Math.c,856 :: 		
+0x0883	0x0D71      	RLF        R1, 0
+;__Lib_Math.c,857 :: 		
+0x0884	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,858 :: 		
+0x0885	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,859 :: 		
+0x0886	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,860 :: 		
+0x0887	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,861 :: 		
+0x0888	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,862 :: 		
+0x0889	0x1C72      	BTFSS      R2, 0
+;__Lib_Math.c,863 :: 		
+0x088A	0x2899      	GOTO       SADD22L16
+;__Lib_Math.c,865 :: 		
+0x088B	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,866 :: 		
+0x088C	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,867 :: 		
+0x088D	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,868 :: 		
+0x088E	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,869 :: 		
+0x088F	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,870 :: 		
+0x0890	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,871 :: 		
+0x0891	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,872 :: 		
+0x0892	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,873 :: 		
+0x0893	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,874 :: 		
+0x0894	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,875 :: 		
+0x0895	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,876 :: 		
+0x0896	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,877 :: 		
+0x0897	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,878 :: 		
+0x0898	0x28A6      	GOTO       SOK22L16
+;__Lib_Math.c,880 :: 		
+SADD22L16:
+;__Lib_Math.c,881 :: 		
+0x0899	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,882 :: 		
+0x089A	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,883 :: 		
+0x089B	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,884 :: 		
+0x089C	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,885 :: 		
+0x089D	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,886 :: 		
+0x089E	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,887 :: 		
+0x089F	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,888 :: 		
+0x08A0	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,889 :: 		
+0x08A1	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,890 :: 		
+0x08A2	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,891 :: 		
+0x08A3	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,892 :: 		
+0x08A4	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,893 :: 		
+0x08A5	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,895 :: 		
+SOK22L16:
+;__Lib_Math.c,896 :: 		
+0x08A6	0x0DF1      	RLF        R1, 1
+;__Lib_Math.c,898 :: 		
+0x08A7	0x3007      	MOVLW      7
+;__Lib_Math.c,899 :: 		
+0x08A8	0x00FC      	MOVWF      R12
+;__Lib_Math.c,901 :: 		
+LOOPS3232C:
+;__Lib_Math.c,902 :: 		
+0x08A9	0x0D71      	RLF        R1, 0
+;__Lib_Math.c,903 :: 		
+0x08AA	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,904 :: 		
+0x08AB	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,905 :: 		
+0x08AC	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,906 :: 		
+0x08AD	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,907 :: 		
+0x08AE	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,908 :: 		
+0x08AF	0x1C71      	BTFSS      R1, 0
+;__Lib_Math.c,909 :: 		
+0x08B0	0x28BF      	GOTO       SADD22LC
+;__Lib_Math.c,911 :: 		
+0x08B1	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,912 :: 		
+0x08B2	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,913 :: 		
+0x08B3	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,914 :: 		
+0x08B4	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,915 :: 		
+0x08B5	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,916 :: 		
+0x08B6	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,917 :: 		
+0x08B7	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,918 :: 		
+0x08B8	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,919 :: 		
+0x08B9	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,920 :: 		
+0x08BA	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,921 :: 		
+0x08BB	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,922 :: 		
+0x08BC	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,923 :: 		
+0x08BD	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,924 :: 		
+0x08BE	0x28CC      	GOTO       SOK22LC
+;__Lib_Math.c,926 :: 		
+SADD22LC:
+;__Lib_Math.c,927 :: 		
+0x08BF	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,928 :: 		
+0x08C0	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,929 :: 		
+0x08C1	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,930 :: 		
+0x08C2	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,931 :: 		
+0x08C3	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,932 :: 		
+0x08C4	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,933 :: 		
+0x08C5	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,934 :: 		
+0x08C6	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,935 :: 		
+0x08C7	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,936 :: 		
+0x08C8	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,937 :: 		
+0x08C9	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,938 :: 		
+0x08CA	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,939 :: 		
+0x08CB	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,941 :: 		
+SOK22LC:
+;__Lib_Math.c,942 :: 		
+0x08CC	0x0DF1      	RLF        R1, 1
+;__Lib_Math.c,944 :: 		
+0x08CD	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,945 :: 		
+0x08CE	0x28A9      	GOTO       LOOPS3232C
+;__Lib_Math.c,947 :: 		
+0x08CF	0x0D70      	RLF        R0, 0
+;__Lib_Math.c,948 :: 		
+0x08D0	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,949 :: 		
+0x08D1	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,950 :: 		
+0x08D2	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,951 :: 		
+0x08D3	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,952 :: 		
+0x08D4	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,953 :: 		
+0x08D5	0x1C71      	BTFSS      R1, 0
+;__Lib_Math.c,954 :: 		
+0x08D6	0x28E5      	GOTO       SADD22L24
+;__Lib_Math.c,956 :: 		
+0x08D7	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,957 :: 		
+0x08D8	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,958 :: 		
+0x08D9	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,959 :: 		
+0x08DA	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,960 :: 		
+0x08DB	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,961 :: 		
+0x08DC	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,962 :: 		
+0x08DD	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,963 :: 		
+0x08DE	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,964 :: 		
+0x08DF	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,965 :: 		
+0x08E0	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,966 :: 		
+0x08E1	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,967 :: 		
+0x08E2	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,968 :: 		
+0x08E3	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,969 :: 		
+0x08E4	0x28F2      	GOTO       SOK22L24
+;__Lib_Math.c,971 :: 		
+SADD22L24:
+;__Lib_Math.c,972 :: 		
+0x08E5	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,973 :: 		
+0x08E6	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,974 :: 		
+0x08E7	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,975 :: 		
+0x08E8	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,976 :: 		
+0x08E9	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,977 :: 		
+0x08EA	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,978 :: 		
+0x08EB	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,979 :: 		
+0x08EC	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,980 :: 		
+0x08ED	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,981 :: 		
+0x08EE	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,982 :: 		
+0x08EF	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,983 :: 		
+0x08F0	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,984 :: 		
+0x08F1	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,986 :: 		
+SOK22L24:
+;__Lib_Math.c,987 :: 		
+0x08F2	0x0DF0      	RLF        R0, 1
+;__Lib_Math.c,989 :: 		
+0x08F3	0x3007      	MOVLW      7
+;__Lib_Math.c,990 :: 		
+0x08F4	0x00FC      	MOVWF      R12
+;__Lib_Math.c,992 :: 		
+LOOPS3232D:
+;__Lib_Math.c,993 :: 		
+0x08F5	0x0D70      	RLF        R0, 0
+;__Lib_Math.c,994 :: 		
+0x08F6	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,995 :: 		
+0x08F7	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,996 :: 		
+0x08F8	0x0DFA      	RLF        R10, 1
+;__Lib_Math.c,997 :: 		
+0x08F9	0x0DFB      	RLF        R11, 1
+;__Lib_Math.c,998 :: 		
+0x08FA	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,999 :: 		
+0x08FB	0x1C70      	BTFSS      R0, 0
+;__Lib_Math.c,1000 :: 		
+0x08FC	0x290B      	GOTO       SADD22LD
+;__Lib_Math.c,1002 :: 		
+0x08FD	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,1003 :: 		
+0x08FE	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1004 :: 		
+0x08FF	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,1005 :: 		
+0x0900	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,1006 :: 		
+0x0901	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,1007 :: 		
+0x0902	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1008 :: 		
+0x0903	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,1009 :: 		
+0x0904	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,1010 :: 		
+0x0905	0x02FA      	SUBWF      R10, 1
+;__Lib_Math.c,1011 :: 		
+0x0906	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1012 :: 		
+0x0907	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,1013 :: 		
+0x0908	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,1014 :: 		
+0x0909	0x02FB      	SUBWF      R11, 1
+;__Lib_Math.c,1015 :: 		
+0x090A	0x2918      	GOTO       SOK22LD
+;__Lib_Math.c,1017 :: 		
+SADD22LD:
+;__Lib_Math.c,1018 :: 		
+0x090B	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,1019 :: 		
+0x090C	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1020 :: 		
+0x090D	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1021 :: 		
+0x090E	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,1022 :: 		
+0x090F	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,1023 :: 		
+0x0910	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1024 :: 		
+0x0911	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1025 :: 		
+0x0912	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,1026 :: 		
+0x0913	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,1027 :: 		
+0x0914	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1028 :: 		
+0x0915	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1030 :: 		
+0x0916	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,1031 :: 		
+0x0917	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,1033 :: 		
+SOK22LD:
+;__Lib_Math.c,1034 :: 		
+0x0918	0x0DF0      	RLF        R0, 1
+;__Lib_Math.c,1036 :: 		
+0x0919	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,1037 :: 		
+0x091A	0x28F5      	GOTO       LOOPS3232D
+;__Lib_Math.c,1039 :: 		
+0x091B	0x1870      	BTFSC      R0, 0
+;__Lib_Math.c,1040 :: 		
+0x091C	0x292B      	GOTO       SOK22L
+;__Lib_Math.c,1041 :: 		
+0x091D	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,1042 :: 		
+0x091E	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,1043 :: 		
+0x091F	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1044 :: 		
+0x0920	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1045 :: 		
+0x0921	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,1046 :: 		
+0x0922	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,1047 :: 		
+0x0923	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1048 :: 		
+0x0924	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1049 :: 		
+0x0925	0x0F76      	INCFSZ     R6, 0
+;__Lib_Math.c,1050 :: 		
+0x0926	0x07FA      	ADDWF      R10, 1
+;__Lib_Math.c,1051 :: 		
+0x0927	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1052 :: 		
+0x0928	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,1053 :: 		
+0x0929	0x0F77      	INCFSZ     R7, 0
+;__Lib_Math.c,1054 :: 		
+0x092A	0x07FB      	ADDWF      R11, 1
+;__Lib_Math.c,1055 :: 		
+SOK22L:
+;__Lib_Math.c,1058 :: 		
+L_end_SDIV3232L:
+0x092B	0x0008      	RETURN
+; end of _SDIV3232L
+_oled_init:
+;oled_control.c,12 :: 		void oled_init (void) {  // OLED init
+;oled_control.c,14 :: 		for(cnt=0; cnt<10; cnt++){
+0x092C	0x0144      	MOVLB      4
+0x092D	0x01A0      	CLRF       oled_init_cnt_L0
+L_oled_init0:
+0x092E	0x300A      	MOVLW      10
+0x092F	0x0220      	SUBWF      oled_init_cnt_L0, 0
+0x0930	0x1803      	BTFSC      STATUS, 0
+0x0931	0x2955      	GOTO       L_oled_init1
+;oled_control.c,15 :: 		Soft_I2C_Start();
+0x0932	0x3180      	MOVLP      0
+0x0933	0x2182      	CALL       _Soft_I2C_Start
+0x0934	0x3188      	MOVLP      8
+;oled_control.c,16 :: 		if(Soft_I2C_Write(oled_addr)==0) break;       // device addres
+0x0935	0x0141      	MOVLB      1
+0x0936	0x0847      	MOVF       oled_control_oled_addr, 0
+0x0937	0x0144      	MOVLB      4
+0x0938	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0939	0x3180      	MOVLP      0
+0x093A	0x212A      	CALL       _Soft_I2C_Write
+0x093B	0x3188      	MOVLP      8
+0x093C	0x0870      	MOVF       R0, 0
+0x093D	0x3A00      	XORLW      0
+0x093E	0x1D03      	BTFSS      STATUS, 2
+0x093F	0x2941      	GOTO       L_oled_init3
+0x0940	0x2955      	GOTO       L_oled_init1
+L_oled_init3:
+;oled_control.c,17 :: 		else Soft_I2C_Stop();
+0x0941	0x3180      	MOVLP      0
+0x0942	0x21F4      	CALL       _Soft_I2C_Stop
+0x0943	0x3188      	MOVLP      8
+;oled_control.c,18 :: 		Delay_ms(300);
+0x0944	0x300D      	MOVLW      13
+0x0945	0x00FB      	MOVWF      R11
+0x0946	0x302D      	MOVLW      45
+0x0947	0x00FC      	MOVWF      R12
+0x0948	0x30D7      	MOVLW      215
+0x0949	0x00FD      	MOVWF      R13
+L_oled_init5:
+0x094A	0x0BFD      	DECFSZ     R13, 1
+0x094B	0x294A      	GOTO       L_oled_init5
+0x094C	0x0BFC      	DECFSZ     R12, 1
+0x094D	0x294A      	GOTO       L_oled_init5
+0x094E	0x0BFB      	DECFSZ     R11, 1
+0x094F	0x294A      	GOTO       L_oled_init5
+0x0950	0x0000      	NOP
+0x0951	0x0000      	NOP
+;oled_control.c,14 :: 		for(cnt=0; cnt<10; cnt++){
+0x0952	0x0144      	MOVLB      4
+0x0953	0x0AA0      	INCF       oled_init_cnt_L0, 1
+;oled_control.c,19 :: 		}
+0x0954	0x292E      	GOTO       L_oled_init0
+L_oled_init1:
+0x0955	0x0144      	MOVLB      4
+;oled_control.c,20 :: 		Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+0x0956	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x0957	0x3180      	MOVLP      0
+0x0958	0x212A      	CALL       _Soft_I2C_Write
+0x0959	0x3188      	MOVLP      8
+;oled_control.c,21 :: 		Soft_I2C_Write (0xAE); // display OFF
+0x095A	0x30AE      	MOVLW      174
+0x095B	0x0144      	MOVLB      4
+0x095C	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x095D	0x3180      	MOVLP      0
+0x095E	0x212A      	CALL       _Soft_I2C_Write
+0x095F	0x3188      	MOVLP      8
+;oled_control.c,23 :: 		Soft_I2C_Write (0xD5); // clock division
+0x0960	0x30D5      	MOVLW      213
+0x0961	0x0144      	MOVLB      4
+0x0962	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0963	0x3180      	MOVLP      0
+0x0964	0x212A      	CALL       _Soft_I2C_Write
+0x0965	0x3188      	MOVLP      8
+;oled_control.c,24 :: 		Soft_I2C_Write (0x80); // ratio
+0x0966	0x3080      	MOVLW      128
+0x0967	0x0144      	MOVLB      4
+0x0968	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0969	0x3180      	MOVLP      0
+0x096A	0x212A      	CALL       _Soft_I2C_Write
+0x096B	0x3188      	MOVLP      8
+;oled_control.c,26 :: 		Soft_I2C_Write (0xA8); //  multiplexer
+0x096C	0x30A8      	MOVLW      168
+0x096D	0x0144      	MOVLB      4
+0x096E	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x096F	0x3180      	MOVLP      0
+0x0970	0x212A      	CALL       _Soft_I2C_Write
+0x0971	0x3188      	MOVLP      8
+;oled_control.c,27 :: 		Soft_I2C_Write (63); //
+0x0972	0x303F      	MOVLW      63
+0x0973	0x0144      	MOVLB      4
+0x0974	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0975	0x3180      	MOVLP      0
+0x0976	0x212A      	CALL       _Soft_I2C_Write
+0x0977	0x3188      	MOVLP      8
+;oled_control.c,29 :: 		Soft_I2C_Write (0xD3); //  offset
+0x0978	0x30D3      	MOVLW      211
+0x0979	0x0144      	MOVLB      4
+0x097A	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x097B	0x3180      	MOVLP      0
+0x097C	0x212A      	CALL       _Soft_I2C_Write
+0x097D	0x3188      	MOVLP      8
+;oled_control.c,30 :: 		Soft_I2C_Write (shift_line); // 32 no offset for x64 !
+0x097E	0x0141      	MOVLB      1
+0x097F	0x0849      	MOVF       oled_control_shift_line, 0
+0x0980	0x0144      	MOVLB      4
+0x0981	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0982	0x3180      	MOVLP      0
+0x0983	0x212A      	CALL       _Soft_I2C_Write
+0x0984	0x3188      	MOVLP      8
+;oled_control.c,32 :: 		Soft_I2C_Write (0x40); // set line, line = 0
+0x0985	0x3040      	MOVLW      64
+0x0986	0x0144      	MOVLB      4
+0x0987	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0988	0x3180      	MOVLP      0
+0x0989	0x212A      	CALL       _Soft_I2C_Write
+0x098A	0x3188      	MOVLP      8
+;oled_control.c,34 :: 		Soft_I2C_Write (0x8D); //  charge pump
+0x098B	0x308D      	MOVLW      141
+0x098C	0x0144      	MOVLB      4
+0x098D	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x098E	0x3180      	MOVLP      0
+0x098F	0x212A      	CALL       _Soft_I2C_Write
+0x0990	0x3188      	MOVLP      8
+;oled_control.c,35 :: 		Soft_I2C_Write (0x14); //  0x10 - external, 0x14 - internal
+0x0991	0x3014      	MOVLW      20
+0x0992	0x0144      	MOVLB      4
+0x0993	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0994	0x3180      	MOVLP      0
+0x0995	0x212A      	CALL       _Soft_I2C_Write
+0x0996	0x3188      	MOVLP      8
+;oled_control.c,37 :: 		Soft_I2C_Write (0x81); //  contrast
+0x0997	0x3081      	MOVLW      129
+0x0998	0x0144      	MOVLB      4
+0x0999	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x099A	0x3180      	MOVLP      0
+0x099B	0x212A      	CALL       _Soft_I2C_Write
+0x099C	0x3188      	MOVLP      8
+;oled_control.c,38 :: 		Soft_I2C_Write (255); //   0-255
+0x099D	0x30FF      	MOVLW      255
+0x099E	0x0144      	MOVLB      4
+0x099F	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09A0	0x3180      	MOVLP      0
+0x09A1	0x212A      	CALL       _Soft_I2C_Write
+0x09A2	0x3188      	MOVLP      8
+;oled_control.c,40 :: 		Soft_I2C_Write (0xD9); //  pre-charge
+0x09A3	0x30D9      	MOVLW      217
+0x09A4	0x0144      	MOVLB      4
+0x09A5	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09A6	0x3180      	MOVLP      0
+0x09A7	0x212A      	CALL       _Soft_I2C_Write
+0x09A8	0x3188      	MOVLP      8
+;oled_control.c,41 :: 		Soft_I2C_Write (0xF1); //  0x22 - external, 0xF1 - internal
+0x09A9	0x30F1      	MOVLW      241
+0x09AA	0x0144      	MOVLB      4
+0x09AB	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09AC	0x3180      	MOVLP      0
+0x09AD	0x212A      	CALL       _Soft_I2C_Write
+0x09AE	0x3188      	MOVLP      8
+;oled_control.c,43 :: 		Soft_I2C_Write (0x20); //  memory addressing mode
+0x09AF	0x3020      	MOVLW      32
+0x09B0	0x0144      	MOVLB      4
+0x09B1	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09B2	0x3180      	MOVLP      0
+0x09B3	0x212A      	CALL       _Soft_I2C_Write
+0x09B4	0x3188      	MOVLP      8
+;oled_control.c,44 :: 		Soft_I2C_Write (0x02); //  page addressing mode   02
+0x09B5	0x3002      	MOVLW      2
+0x09B6	0x0144      	MOVLB      4
+0x09B7	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09B8	0x3180      	MOVLP      0
+0x09B9	0x212A      	CALL       _Soft_I2C_Write
+0x09BA	0x3188      	MOVLP      8
+;oled_control.c,46 :: 		Soft_I2C_Write (0x21); // set column range
+0x09BB	0x3021      	MOVLW      33
+0x09BC	0x0144      	MOVLB      4
+0x09BD	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09BE	0x3180      	MOVLP      0
+0x09BF	0x212A      	CALL       _Soft_I2C_Write
+0x09C0	0x3188      	MOVLP      8
+;oled_control.c,47 :: 		Soft_I2C_Write (0);    // column start
+0x09C1	0x0144      	MOVLB      4
+0x09C2	0x01B4      	CLRF       FARG_Soft_I2C_Write_d
+0x09C3	0x3180      	MOVLP      0
+0x09C4	0x212A      	CALL       _Soft_I2C_Write
+0x09C5	0x3188      	MOVLP      8
+;oled_control.c,48 :: 		Soft_I2C_Write (127);  // column stop
+0x09C6	0x307F      	MOVLW      127
+0x09C7	0x0144      	MOVLB      4
+0x09C8	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09C9	0x3180      	MOVLP      0
+0x09CA	0x212A      	CALL       _Soft_I2C_Write
+0x09CB	0x3188      	MOVLP      8
+;oled_control.c,50 :: 		Soft_I2C_Write (0x2E); //  stop scrolling
+0x09CC	0x302E      	MOVLW      46
+0x09CD	0x0144      	MOVLB      4
+0x09CE	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09CF	0x3180      	MOVLP      0
+0x09D0	0x212A      	CALL       _Soft_I2C_Write
+0x09D1	0x3188      	MOVLP      8
+;oled_control.c,52 :: 		if(inversion) {
+0x09D2	0x0141      	MOVLB      1
+0x09D3	0x084A      	MOVF       oled_control_inversion, 0
+0x09D4	0x1903      	BTFSC      STATUS, 2
+0x09D5	0x29E3      	GOTO       L_oled_init6
+;oled_control.c,53 :: 		Soft_I2C_Write (0xA0); //  segment re-map, A0 - normal, A1 - remapped
+0x09D6	0x30A0      	MOVLW      160
+0x09D7	0x0144      	MOVLB      4
+0x09D8	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09D9	0x3180      	MOVLP      0
+0x09DA	0x212A      	CALL       _Soft_I2C_Write
+0x09DB	0x3188      	MOVLP      8
+;oled_control.c,54 :: 		Soft_I2C_Write (0xC0); // scan direction, C0 - normal, C8 - remapped
+0x09DC	0x30C0      	MOVLW      192
+0x09DD	0x0144      	MOVLB      4
+0x09DE	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09DF	0x3180      	MOVLP      0
+0x09E0	0x212A      	CALL       _Soft_I2C_Write
+0x09E1	0x3188      	MOVLP      8
+;oled_control.c,55 :: 		}
+0x09E2	0x29EF      	GOTO       L_oled_init7
+L_oled_init6:
+;oled_control.c,57 :: 		Soft_I2C_Write (0xA1); //  segment re-map, A0 - normal, A1 - remapped
+0x09E3	0x30A1      	MOVLW      161
+0x09E4	0x0144      	MOVLB      4
+0x09E5	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09E6	0x3180      	MOVLP      0
+0x09E7	0x212A      	CALL       _Soft_I2C_Write
+0x09E8	0x3188      	MOVLP      8
+;oled_control.c,58 :: 		Soft_I2C_Write (0xC8); // scan direction, C0 - normal, C8 - remapped
+0x09E9	0x30C8      	MOVLW      200
+0x09EA	0x0144      	MOVLB      4
+0x09EB	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09EC	0x3180      	MOVLP      0
+0x09ED	0x212A      	CALL       _Soft_I2C_Write
+0x09EE	0x3188      	MOVLP      8
+;oled_control.c,59 :: 		}
+L_oled_init7:
+;oled_control.c,61 :: 		Soft_I2C_Write (0xDA); //  COM pins configure
+0x09EF	0x30DA      	MOVLW      218
+0x09F0	0x0144      	MOVLB      4
+0x09F1	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09F2	0x3180      	MOVLP      0
+0x09F3	0x212A      	CALL       _Soft_I2C_Write
+0x09F4	0x3188      	MOVLP      8
+;oled_control.c,62 :: 		Soft_I2C_Write (0x02); // 02 for 32 12 for x64
+0x09F5	0x3002      	MOVLW      2
+0x09F6	0x0144      	MOVLB      4
+0x09F7	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09F8	0x3180      	MOVLP      0
+0x09F9	0x212A      	CALL       _Soft_I2C_Write
+0x09FA	0x3188      	MOVLP      8
+;oled_control.c,64 :: 		Soft_I2C_Write (0xDB); //  V-COM detect
+0x09FB	0x30DB      	MOVLW      219
+0x09FC	0x0144      	MOVLB      4
+0x09FD	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x09FE	0x3180      	MOVLP      0
+0x09FF	0x212A      	CALL       _Soft_I2C_Write
+0x0A00	0x3188      	MOVLP      8
+;oled_control.c,65 :: 		Soft_I2C_Write (0x40); //
+0x0A01	0x3040      	MOVLW      64
+0x0A02	0x0144      	MOVLB      4
+0x0A03	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0A04	0x3180      	MOVLP      0
+0x0A05	0x212A      	CALL       _Soft_I2C_Write
+0x0A06	0x3188      	MOVLP      8
+;oled_control.c,67 :: 		Soft_I2C_Write (0xA4); //  display entire ON
+0x0A07	0x30A4      	MOVLW      164
+0x0A08	0x0144      	MOVLB      4
+0x0A09	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0A0A	0x3180      	MOVLP      0
+0x0A0B	0x212A      	CALL       _Soft_I2C_Write
+0x0A0C	0x3188      	MOVLP      8
+;oled_control.c,69 :: 		Soft_I2C_Write (0xA6); // 0xA6 - normal, 0xA7 - inverse
+0x0A0D	0x30A6      	MOVLW      166
+0x0A0E	0x0144      	MOVLB      4
+0x0A0F	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x0A10	0x3180      	MOVLP      0
+0x0A11	0x212A      	CALL       _Soft_I2C_Write
+0x0A12	0x3188      	MOVLP      8
+;oled_control.c,71 :: 		Soft_I2C_Stop ();
+0x0A13	0x3180      	MOVLP      0
+0x0A14	0x21F4      	CALL       _Soft_I2C_Stop
+0x0A15	0x3188      	MOVLP      8
+;oled_control.c,73 :: 		oled_clear();
+0x0A16	0x3180      	MOVLP      0
+0x0A17	0x2449      	CALL       _oled_clear
+0x0A18	0x3188      	MOVLP      8
+;oled_control.c,74 :: 		send_command (0xAF); //  display ON
+0x0A19	0x30AF      	MOVLW      175
+0x0A1A	0x0144      	MOVLB      4
+0x0A1B	0x00A3      	MOVWF      FARG_send_command_oled_command
+0x0A1C	0x3180      	MOVLP      0
+0x0A1D	0x242D      	CALL       _send_command
+0x0A1E	0x3188      	MOVLP      8
+;oled_control.c,75 :: 		return;
+;oled_control.c,76 :: 		}
+L_end_oled_init:
+0x0A1F	0x0008      	RETURN
+; end of _oled_init
+_Div_32x32_S:
+;__Lib_Math.c,1085 :: 		
+;__Lib_Math.c,1096 :: 		
+;__Lib_Math.c,1099 :: 		
+0x0A20	0x0874      	MOVF       R4, 0
+0x0A21	0x3A00      	XORLW      0
+0x0A22	0x1D03      	BTFSS      STATUS, 2
+0x0A23	0x2A39      	GOTO       L_Div_32x32_S6
+;__Lib_Math.c,1100 :: 		
+0x0A24	0x0875      	MOVF       R5, 0
+0x0A25	0x3A00      	XORLW      0
+0x0A26	0x1D03      	BTFSS      STATUS, 2
+0x0A27	0x2A39      	GOTO       L_Div_32x32_S7
+;__Lib_Math.c,1101 :: 		
+0x0A28	0x0876      	MOVF       R6, 0
+0x0A29	0x3A00      	XORLW      0
+0x0A2A	0x1D03      	BTFSS      STATUS, 2
+0x0A2B	0x2A39      	GOTO       L_Div_32x32_S8
+;__Lib_Math.c,1102 :: 		
+0x0A2C	0x0877      	MOVF       R7, 0
+0x0A2D	0x3A00      	XORLW      0
+0x0A2E	0x1D03      	BTFSS      STATUS, 2
+0x0A2F	0x2A39      	GOTO       L_Div_32x32_S9
+;__Lib_Math.c,1103 :: 		
+0x0A30	0x30FF      	MOVLW      255
+0x0A31	0x00F0      	MOVWF      R0
+;__Lib_Math.c,1104 :: 		
+0x0A32	0x30FF      	MOVLW      255
+0x0A33	0x00F1      	MOVWF      R1
+;__Lib_Math.c,1105 :: 		
+0x0A34	0x30FF      	MOVLW      255
+0x0A35	0x00F2      	MOVWF      R2
+;__Lib_Math.c,1106 :: 		
+0x0A36	0x307F      	MOVLW      127
+0x0A37	0x00F3      	MOVWF      R3
+;__Lib_Math.c,1107 :: 		
+0x0A38	0x2AD3      	GOTO       L_end_Div_32x32_S
+;__Lib_Math.c,1108 :: 		
+L_Div_32x32_S9:
+L_Div_32x32_S8:
+L_Div_32x32_S7:
+L_Div_32x32_S6:
+;__Lib_Math.c,1111 :: 		
+0x0A39	0x0140      	MOVLB      0
+;__Lib_Math.c,1113 :: 		
+0x0A3A	0x01FC      	CLRF       R12
+;__Lib_Math.c,1114 :: 		
+0x0A3B	0x1BF7      	BTFSC      R7, 7
+;__Lib_Math.c,1115 :: 		
+0x0A3C	0x0AFC      	INCF       R12, 1
+;__Lib_Math.c,1117 :: 		
+0x0A3D	0x01FD      	CLRF       R13
+;__Lib_Math.c,1118 :: 		
+0x0A3E	0x01FB      	CLRF       R11
+;__Lib_Math.c,1119 :: 		
+0x0A3F	0x01FA      	CLRF       R10
+;__Lib_Math.c,1120 :: 		
+0x0A40	0x01F9      	CLRF       R9
+;__Lib_Math.c,1121 :: 		
+0x0A41	0x01F8      	CLRF       R8
+;__Lib_Math.c,1122 :: 		
+0x0A42	0x0873      	MOVF       R3, 0
+;__Lib_Math.c,1123 :: 		
+0x0A43	0x0472      	IORWF       R2, 0
+;__Lib_Math.c,1124 :: 		
+0x0A44	0x0471      	IORWF       R1, 0
+;__Lib_Math.c,1125 :: 		
+0x0A45	0x0470      	IORWF       R0, 0
+;__Lib_Math.c,1126 :: 		
+0x0A46	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1127 :: 		
+0x0A47	0x2ACC      	GOTO       END_ALL
+;__Lib_Math.c,1129 :: 		
+0x0A48	0x0873      	MOVF       R3, 0
+;__Lib_Math.c,1130 :: 		
+0x0A49	0x0677      	XORWF      R7, 0
+;__Lib_Math.c,1131 :: 		
+0x0A4A	0x00A0      	MOVWF      ___math_tempb
+;__Lib_Math.c,1132 :: 		
+0x0A4B	0x1BA0      	BTFSC      ___math_tempb, 7
+;__Lib_Math.c,1133 :: 		
+0x0A4C	0x09FD      	COMF       R13, 1
+;__Lib_Math.c,1137 :: 		
+0x0A4D	0x1FF7      	BTFSS      R7, 7
+;__Lib_Math.c,1138 :: 		
+0x0A4E	0x2A5A      	GOTO       CA3232S
+;__Lib_Math.c,1140 :: 		
+0x0A4F	0x09F4      	COMF       R4, 1
+;__Lib_Math.c,1141 :: 		
+0x0A50	0x09F5      	COMF       R5, 1
+;__Lib_Math.c,1142 :: 		
+0x0A51	0x09F6      	COMF       R6, 1
+;__Lib_Math.c,1143 :: 		
+0x0A52	0x09F7      	COMF       R7, 1
+;__Lib_Math.c,1144 :: 		
+0x0A53	0x0AF4      	INCF       R4, 1
+;__Lib_Math.c,1145 :: 		
+0x0A54	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1146 :: 		
+0x0A55	0x0AF5      	INCF       R5, 1
+;__Lib_Math.c,1147 :: 		
+0x0A56	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1148 :: 		
+0x0A57	0x0AF6      	INCF       R6, 1
+;__Lib_Math.c,1149 :: 		
+0x0A58	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1150 :: 		
+0x0A59	0x0AF7      	INCF       R7, 1
+;__Lib_Math.c,1152 :: 		
+CA3232S:
+;__Lib_Math.c,1153 :: 		
+0x0A5A	0x1FF3      	BTFSS      R3, 7
+;__Lib_Math.c,1154 :: 		
+0x0A5B	0x2A67      	GOTO       C3232SX
+;__Lib_Math.c,1156 :: 		
+0x0A5C	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,1157 :: 		
+0x0A5D	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,1158 :: 		
+0x0A5E	0x09F2      	COMF       R2, 1
+;__Lib_Math.c,1159 :: 		
+0x0A5F	0x09F3      	COMF       R3, 1
+;__Lib_Math.c,1160 :: 		
+0x0A60	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,1161 :: 		
+0x0A61	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1162 :: 		
+0x0A62	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,1163 :: 		
+0x0A63	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1164 :: 		
+0x0A64	0x0AF2      	INCF       R2, 1
+;__Lib_Math.c,1165 :: 		
+0x0A65	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1166 :: 		
+0x0A66	0x0AF3      	INCF       R3, 1
+;__Lib_Math.c,1168 :: 		
+C3232SX:
+;__Lib_Math.c,1169 :: 		
+0x0A67	0x0873      	MOVF       R3, 0
+;__Lib_Math.c,1170 :: 		
+0x0A68	0x0477      	IORWF       R7, 0
+;__Lib_Math.c,1171 :: 		
+0x0A69	0x00A0      	MOVWF      ___math_tempb
+;__Lib_Math.c,1172 :: 		
+0x0A6A	0x1BA0      	BTFSC      ___math_tempb, 7
+;__Lib_Math.c,1173 :: 		
+0x0A6B	0x2A88      	GOTO       C3232SX1
+;__Lib_Math.c,1175 :: 		
+C3232S:
+;__Lib_Math.c,1178 :: 		
+0x0A6C	0x2000      	CALL       _SDIV3232L
+;__Lib_Math.c,1182 :: 		
+0x0A6D	0x1BFC      	BTFSC      R12, 7
+;__Lib_Math.c,1183 :: 		
+0x0A6E	0x2AA5      	GOTO       C3232SX4
+;__Lib_Math.c,1185 :: 		
+C3232SOK:
+;__Lib_Math.c,1186 :: 		
+0x0A6F	0x1FFD      	BTFSS      R13, 7
+;__Lib_Math.c,1187 :: 		
+0x0A70	0x2ACC      	GOTO       END_ALL
+;__Lib_Math.c,1189 :: 		
+0x0A71	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,1190 :: 		
+0x0A72	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,1191 :: 		
+0x0A73	0x09F2      	COMF       R2, 1
+;__Lib_Math.c,1192 :: 		
+0x0A74	0x09F3      	COMF       R3, 1
+;__Lib_Math.c,1193 :: 		
+0x0A75	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,1194 :: 		
+0x0A76	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1195 :: 		
+0x0A77	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,1196 :: 		
+0x0A78	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1197 :: 		
+0x0A79	0x0AF2      	INCF       R2, 1
+;__Lib_Math.c,1198 :: 		
+0x0A7A	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1199 :: 		
+0x0A7B	0x0AF3      	INCF       R3, 1
+;__Lib_Math.c,1201 :: 		
+0x0A7C	0x09F8      	COMF       R8, 1
+;__Lib_Math.c,1202 :: 		
+0x0A7D	0x09F9      	COMF       R9, 1
+;__Lib_Math.c,1203 :: 		
+0x0A7E	0x09FA      	COMF       R10, 1
+;__Lib_Math.c,1204 :: 		
+0x0A7F	0x09FB      	COMF       R11, 1
+;__Lib_Math.c,1205 :: 		
+0x0A80	0x0AF8      	INCF       R8, 1
+;__Lib_Math.c,1206 :: 		
+0x0A81	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1207 :: 		
+0x0A82	0x0AF9      	INCF       R9, 1
+;__Lib_Math.c,1208 :: 		
+0x0A83	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1209 :: 		
+0x0A84	0x0AFA      	INCF       R10, 1
+;__Lib_Math.c,1210 :: 		
+0x0A85	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1211 :: 		
+0x0A86	0x0AFB      	INCF       R11, 1
+;__Lib_Math.c,1213 :: 		
+0x0A87	0x2ACC      	GOTO       END_ALL
+;__Lib_Math.c,1215 :: 		
+C3232SX1:
+;__Lib_Math.c,1216 :: 		
+0x0A88	0x1FF7      	BTFSS      R7, 7
+;__Lib_Math.c,1217 :: 		
+0x0A89	0x2A9F      	GOTO       C3232SX3
+;__Lib_Math.c,1218 :: 		
+0x0A8A	0x1BF3      	BTFSC      R3, 7
+;__Lib_Math.c,1219 :: 		
+0x0A8B	0x2A99      	GOTO       C3232SX2
+;__Lib_Math.c,1220 :: 		
+0x0A8C	0x0873      	MOVF       R3, 0
+;__Lib_Math.c,1221 :: 		
+0x0A8D	0x00FB      	MOVWF      R11
+;__Lib_Math.c,1222 :: 		
+0x0A8E	0x0872      	MOVF       R2, 0
+;__Lib_Math.c,1223 :: 		
+0x0A8F	0x00FA      	MOVWF      R10
+;__Lib_Math.c,1224 :: 		
+0x0A90	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,1225 :: 		
+0x0A91	0x00F9      	MOVWF      R9
+;__Lib_Math.c,1226 :: 		
+0x0A92	0x0870      	MOVF       R0, 0
+;__Lib_Math.c,1227 :: 		
+0x0A93	0x00F8      	MOVWF      R8
+;__Lib_Math.c,1228 :: 		
+0x0A94	0x01F3      	CLRF       R3
+;__Lib_Math.c,1229 :: 		
+0x0A95	0x01F2      	CLRF       R2
+;__Lib_Math.c,1230 :: 		
+0x0A96	0x01F1      	CLRF       R1
+;__Lib_Math.c,1231 :: 		
+0x0A97	0x01F0      	CLRF       R0
+;__Lib_Math.c,1232 :: 		
+0x0A98	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1233 :: 		
+C3232SX2:
+;__Lib_Math.c,1234 :: 		
+0x0A99	0x01F3      	CLRF       R3
+;__Lib_Math.c,1235 :: 		
+0x0A9A	0x01F2      	CLRF       R2
+;__Lib_Math.c,1236 :: 		
+0x0A9B	0x01F1      	CLRF       R1
+;__Lib_Math.c,1237 :: 		
+0x0A9C	0x01F0      	CLRF       R0
+;__Lib_Math.c,1238 :: 		
+0x0A9D	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,1239 :: 		
+0x0A9E	0x3400      	RETLW      0
+;__Lib_Math.c,1241 :: 		
+C3232SX3:
+;__Lib_Math.c,1242 :: 		
+0x0A9F	0x09F3      	COMF       R3, 1
+;__Lib_Math.c,1243 :: 		
+0x0AA0	0x09F2      	COMF       R2, 1
+;__Lib_Math.c,1244 :: 		
+0x0AA1	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,1245 :: 		
+0x0AA2	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,1247 :: 		
+0x0AA3	0x17FC      	BSF        R12, 7
+;__Lib_Math.c,1249 :: 		
+0x0AA4	0x2A6C      	GOTO       C3232S
+;__Lib_Math.c,1251 :: 		
+C3232SX4:
+;__Lib_Math.c,1252 :: 		
+0x0AA5	0x0AF8      	INCF       R8, 1
+;__Lib_Math.c,1253 :: 		
+0x0AA6	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1254 :: 		
+0x0AA7	0x0AF9      	INCF       R9, 1
+;__Lib_Math.c,1255 :: 		
+0x0AA8	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1256 :: 		
+0x0AA9	0x0AFA      	INCF       R10, 1
+;__Lib_Math.c,1257 :: 		
+0x0AAA	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1258 :: 		
+0x0AAB	0x0AFB      	INCF       R11, 1
+;__Lib_Math.c,1259 :: 		
+0x0AAC	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,1260 :: 		
+0x0AAD	0x0278      	SUBWF      R8, 0
+;__Lib_Math.c,1261 :: 		
+0x0AAE	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,1262 :: 		
+0x0AAF	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1263 :: 		
+0x0AB0	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,1264 :: 		
+0x0AB1	0x0279      	SUBWF      R9, 0
+;__Lib_Math.c,1265 :: 		
+0x0AB2	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,1266 :: 		
+0x0AB3	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1267 :: 		
+0x0AB4	0x0876      	MOVF       R6, 0
+;__Lib_Math.c,1268 :: 		
+0x0AB5	0x027A      	SUBWF      R10, 0
+;__Lib_Math.c,1269 :: 		
+0x0AB6	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,1270 :: 		
+0x0AB7	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1271 :: 		
+0x0AB8	0x0877      	MOVF       R7, 0
+;__Lib_Math.c,1272 :: 		
+0x0AB9	0x027B      	SUBWF      R11, 0
+;__Lib_Math.c,1273 :: 		
+0x0ABA	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,1274 :: 		
+0x0ABB	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1275 :: 		
+0x0ABC	0x01FB      	CLRF       R11
+;__Lib_Math.c,1276 :: 		
+0x0ABD	0x01FA      	CLRF       R10
+;__Lib_Math.c,1277 :: 		
+0x0ABE	0x01F9      	CLRF       R9
+;__Lib_Math.c,1278 :: 		
+0x0ABF	0x01F8      	CLRF       R8
+;__Lib_Math.c,1279 :: 		
+0x0AC0	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,1280 :: 		
+0x0AC1	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1281 :: 		
+0x0AC2	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,1282 :: 		
+0x0AC3	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1283 :: 		
+0x0AC4	0x0AF2      	INCF       R2, 1
+;__Lib_Math.c,1284 :: 		
+0x0AC5	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,1285 :: 		
+0x0AC6	0x0AF3      	INCF       R3, 1
+;__Lib_Math.c,1286 :: 		
+0x0AC7	0x1FF3      	BTFSS      R3, 7
+;__Lib_Math.c,1287 :: 		
+0x0AC8	0x2A6F      	GOTO       C3232SOK
+;__Lib_Math.c,1288 :: 		
+0x0AC9	0x01A0      	CLRF       ___math_tempb
+;__Lib_Math.c,1289 :: 		
+0x0ACA	0x1620      	BSF        ___math_tempb, 4
+;__Lib_Math.c,1290 :: 		
+0x0ACB	0x34FF      	RETLW      255
+;__Lib_Math.c,1291 :: 		
+END_ALL:
+;__Lib_Math.c,1292 :: 		
+0x0ACC	0x01A0      	CLRF       ___math_tempb
+;__Lib_Math.c,1293 :: 		
+0x0ACD	0x1C7C      	BTFSS      R12, 0
+;__Lib_Math.c,1294 :: 		
+0x0ACE	0x2AD2      	GOTO       avoid_comfrem
+;__Lib_Math.c,1296 :: 		
+0x0ACF	0x3180      	MOVLP      0
+0x0AD0	0x278D      	CALL       _COMFREM
+0x0AD1	0x3188      	MOVLP      8
+;__Lib_Math.c,1298 :: 		
+avoid_comfrem:
+;__Lib_Math.c,1299 :: 		
+0x0AD2	0x3E00      	ADDLW      0
+;__Lib_Math.c,1301 :: 		
+L_end_Div_32x32_S:
+0x0AD3	0x0008      	RETURN
+; end of _Div_32x32_S
+_oled_start:
+;main.c,142 :: 		void oled_start(){
+;main.c,143 :: 		OLED_PWD = 1;
+0x0AD4	0x0140      	MOVLB      0
+0x0AD5	0x1616      	BSF        LATA4_bit, BitPos(LATA4_bit+0)
+;main.c,145 :: 		Delay_ms(200);
+0x0AD6	0x3009      	MOVLW      9
+0x0AD7	0x00FB      	MOVWF      R11
+0x0AD8	0x301E      	MOVLW      30
+0x0AD9	0x00FC      	MOVWF      R12
+0x0ADA	0x30E4      	MOVLW      228
+0x0ADB	0x00FD      	MOVWF      R13
+L_oled_start36:
+0x0ADC	0x0BFD      	DECFSZ     R13, 1
+0x0ADD	0x2ADC      	GOTO       L_oled_start36
+0x0ADE	0x0BFC      	DECFSZ     R12, 1
+0x0ADF	0x2ADC      	GOTO       L_oled_start36
+0x0AE0	0x0BFB      	DECFSZ     R11, 1
+0x0AE1	0x2ADC      	GOTO       L_oled_start36
+0x0AE2	0x0000      	NOP
+;main.c,146 :: 		Soft_I2C_init();
+0x0AE3	0x3180      	MOVLP      0
+0x0AE4	0x26D0      	CALL       _Soft_I2C_Init
+0x0AE5	0x3188      	MOVLP      8
+;main.c,147 :: 		Delay_ms(10);
+0x0AE6	0x3068      	MOVLW      104
+0x0AE7	0x00FC      	MOVWF      R12
+0x0AE8	0x30E4      	MOVLW      228
+0x0AE9	0x00FD      	MOVWF      R13
+L_oled_start37:
+0x0AEA	0x0BFD      	DECFSZ     R13, 1
+0x0AEB	0x2AEA      	GOTO       L_oled_start37
+0x0AEC	0x0BFC      	DECFSZ     R12, 1
+0x0AED	0x2AEA      	GOTO       L_oled_start37
+0x0AEE	0x0000      	NOP
+;main.c,148 :: 		oled_init();
+0x0AEF	0x212C      	CALL       _oled_init
+;main.c,150 :: 		if(gre){
+0x0AF0	0x0143      	MOVLB      3
+0x0AF1	0x1DA0      	BTFSS      _gre, BitPos(_gre+0)
+0x0AF2	0x2AFB      	GOTO       L_oled_start38
+;main.c,151 :: 		Greating();
+0x0AF3	0x3180      	MOVLP      0
+0x0AF4	0x25AE      	CALL       _Greating
+0x0AF5	0x3188      	MOVLP      8
+;main.c,152 :: 		gre = 0;
+0x0AF6	0x0143      	MOVLB      3
+0x0AF7	0x11A0      	BCF        _gre, BitPos(_gre+0)
+;main.c,153 :: 		oled_clear();
+0x0AF8	0x3180      	MOVLP      0
+0x0AF9	0x2449      	CALL       _oled_clear
+0x0AFA	0x3188      	MOVLP      8
+;main.c,154 :: 		}
+L_oled_start38:
+;main.c,155 :: 		oled_wr_str(0, 0, "PWR     W", 9);
+0x0AFB	0x0144      	MOVLB      4
+0x0AFC	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x0AFD	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x0AFE	0x3060      	MOVLW      ?lstr1_main
+0x0AFF	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0B00	0x3001      	MOVLW      hi_addr(?lstr1_main)
+0x0B01	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0B02	0x3009      	MOVLW      9
+0x0B03	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0B04	0x3180      	MOVLP      0
+0x0B05	0x246D      	CALL       _oled_wr_str
+0x0B06	0x3188      	MOVLP      8
+;main.c,156 :: 		oled_bat();
+0x0B07	0x3180      	MOVLP      0
+0x0B08	0x25EC      	CALL       _oled_bat
+0x0B09	0x3188      	MOVLP      8
+;main.c,157 :: 		oled_wr_str(2, 0, "SWR      ", 9);
+0x0B0A	0x3002      	MOVLW      2
+0x0B0B	0x0144      	MOVLB      4
+0x0B0C	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x0B0D	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x0B0E	0x3056      	MOVLW      ?lstr2_main
+0x0B0F	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0B10	0x3001      	MOVLW      hi_addr(?lstr2_main)
+0x0B11	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0B12	0x3009      	MOVLW      9
+0x0B13	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0B14	0x3180      	MOVLP      0
+0x0B15	0x246D      	CALL       _oled_wr_str
+0x0B16	0x3188      	MOVLP      8
+;main.c,158 :: 		oled_wr_str(0, 42, "=", 1);
+0x0B17	0x0144      	MOVLB      4
+0x0B18	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x0B19	0x302A      	MOVLW      42
+0x0B1A	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x0B1B	0x3054      	MOVLW      ?lstr3_main
+0x0B1C	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0B1D	0x3001      	MOVLW      hi_addr(?lstr3_main)
+0x0B1E	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0B1F	0x3001      	MOVLW      1
+0x0B20	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0B21	0x3180      	MOVLP      0
+0x0B22	0x246D      	CALL       _oled_wr_str
+0x0B23	0x3188      	MOVLP      8
+;main.c,159 :: 		oled_wr_str(2, 42, "=", 1);
+0x0B24	0x3002      	MOVLW      2
+0x0B25	0x0144      	MOVLB      4
+0x0B26	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x0B27	0x302A      	MOVLW      42
+0x0B28	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x0B29	0x306A      	MOVLW      ?lstr4_main
+0x0B2A	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0B2B	0x3001      	MOVLW      hi_addr(?lstr4_main)
+0x0B2C	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0B2D	0x3001      	MOVLW      1
+0x0B2E	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0B2F	0x3180      	MOVLP      0
+0x0B30	0x246D      	CALL       _oled_wr_str
+0x0B31	0x3188      	MOVLP      8
+;main.c,160 :: 		Voltage_old = 9999;
+0x0B32	0x300F      	MOVLW      15
+0x0B33	0x0142      	MOVLB      2
+0x0B34	0x00C8      	MOVWF      _Voltage_old
+0x0B35	0x3027      	MOVLW      39
+0x0B36	0x00C9      	MOVWF      _Voltage_old+1
+;main.c,161 :: 		SWR_fixed_old = 100;
+0x0B37	0x3064      	MOVLW      100
+0x0B38	0x00CA      	MOVWF      _SWR_fixed_old
+0x0B39	0x3000      	MOVLW      0
+0x0B3A	0x00CB      	MOVWF      _SWR_fixed_old+1
+;main.c,162 :: 		PWR_fixed_old = 9999;
+0x0B3B	0x300F      	MOVLW      15
+0x0B3C	0x00C6      	MOVWF      _PWR_fixed_old
+0x0B3D	0x3027      	MOVLW      39
+0x0B3E	0x00C7      	MOVWF      _PWR_fixed_old+1
+;main.c,163 :: 		SWR_ind = 0;
+0x0B3F	0x01C0      	CLRF       _SWR_ind
+0x0B40	0x01C1      	CLRF       _SWR_ind+1
+;main.c,164 :: 		draw_swr(SWR_ind);
+0x0B41	0x0144      	MOVLB      4
+0x0B42	0x01A0      	CLRF       FARG_draw_swr_s
+0x0B43	0x01A1      	CLRF       FARG_draw_swr_s+1
+0x0B44	0x3180      	MOVLP      0
+0x0B45	0x26D2      	CALL       _draw_swr
+0x0B46	0x3188      	MOVLP      8
+;main.c,165 :: 		volt_cnt = Tick + 1;
+0x0B47	0x3001      	MOVLW      1
+0x0B48	0x0142      	MOVLB      2
+0x0B49	0x074C      	ADDWF      _Tick, 0
+0x0B4A	0x00C2      	MOVWF      _volt_cnt
+0x0B4B	0x3000      	MOVLW      0
+0x0B4C	0x3D4D      	ADDWFC     _Tick+1, 0
+0x0B4D	0x00C3      	MOVWF      _volt_cnt+1
+0x0B4E	0x3000      	MOVLW      0
+0x0B4F	0x3D4E      	ADDWFC     _Tick+2, 0
+0x0B50	0x00C4      	MOVWF      _volt_cnt+2
+0x0B51	0x3000      	MOVLW      0
+0x0B52	0x3D4F      	ADDWFC     _Tick+3, 0
+0x0B53	0x00C5      	MOVWF      _volt_cnt+3
+;main.c,166 :: 		watch_cnt = Tick;
+0x0B54	0x084C      	MOVF       _Tick, 0
+0x0B55	0x00D0      	MOVWF      _watch_cnt
+0x0B56	0x084D      	MOVF       _Tick+1, 0
+0x0B57	0x00D1      	MOVWF      _watch_cnt+1
+0x0B58	0x084E      	MOVF       _Tick+2, 0
+0x0B59	0x00D2      	MOVWF      _watch_cnt+2
+0x0B5A	0x084F      	MOVF       _Tick+3, 0
+0x0B5B	0x00D3      	MOVWF      _watch_cnt+3
+;main.c,167 :: 		B_short = 0; B_long = 0; B_xlong = 0;
+0x0B5C	0x0143      	MOVLB      3
+0x0B5D	0x1320      	BCF        _B_short, BitPos(_B_short+0)
+0x0B5E	0x12A0      	BCF        _B_long, BitPos(_B_long+0)
+0x0B5F	0x1220      	BCF        _B_xlong, BitPos(_B_xlong+0)
+;main.c,168 :: 		disp_cnt = Tick + Disp_time*1000;
+0x0B60	0x0140      	MOVLB      0
+0x0B61	0x0853      	MOVF       _Disp_time, 0
+0x0B62	0x00F0      	MOVWF      R0
+0x0B63	0x0854      	MOVF       _Disp_time+1, 0
+0x0B64	0x00F1      	MOVWF      R1
+0x0B65	0x0855      	MOVF       _Disp_time+2, 0
+0x0B66	0x00F2      	MOVWF      R2
+0x0B67	0x0856      	MOVF       _Disp_time+3, 0
+0x0B68	0x00F3      	MOVWF      R3
+0x0B69	0x30E8      	MOVLW      232
+0x0B6A	0x00F4      	MOVWF      R4
+0x0B6B	0x3003      	MOVLW      3
+0x0B6C	0x00F5      	MOVWF      R5
+0x0B6D	0x01F6      	CLRF       R6
+0x0B6E	0x01F7      	CLRF       R7
+0x0B6F	0x3180      	MOVLP      0
+0x0B70	0x21BE      	CALL       _Mul_32x32_U
+0x0B71	0x3188      	MOVLP      8
+0x0B72	0x0870      	MOVF       R0, 0
+0x0B73	0x0142      	MOVLB      2
+0x0B74	0x074C      	ADDWF      _Tick, 0
+0x0B75	0x0143      	MOVLB      3
+0x0B76	0x00BD      	MOVWF      _disp_cnt
+0x0B77	0x0871      	MOVF       R1, 0
+0x0B78	0x0142      	MOVLB      2
+0x0B79	0x3D4D      	ADDWFC     _Tick+1, 0
+0x0B7A	0x0143      	MOVLB      3
+0x0B7B	0x00BE      	MOVWF      _disp_cnt+1
+0x0B7C	0x0872      	MOVF       R2, 0
+0x0B7D	0x0142      	MOVLB      2
+0x0B7E	0x3D4E      	ADDWFC     _Tick+2, 0
+0x0B7F	0x0143      	MOVLB      3
+0x0B80	0x00BF      	MOVWF      _disp_cnt+2
+0x0B81	0x0873      	MOVF       R3, 0
+0x0B82	0x0142      	MOVLB      2
+0x0B83	0x3D4F      	ADDWFC     _Tick+3, 0
+0x0B84	0x0143      	MOVLB      3
+0x0B85	0x00C0      	MOVWF      _disp_cnt+3
+;main.c,169 :: 		off_cnt = Tick + Off_time*1000;
+0x0B86	0x0140      	MOVLB      0
+0x0B87	0x0857      	MOVF       _Off_time, 0
+0x0B88	0x00F0      	MOVWF      R0
+0x0B89	0x0858      	MOVF       _Off_time+1, 0
+0x0B8A	0x00F1      	MOVWF      R1
+0x0B8B	0x0859      	MOVF       _Off_time+2, 0
+0x0B8C	0x00F2      	MOVWF      R2
+0x0B8D	0x085A      	MOVF       _Off_time+3, 0
+0x0B8E	0x00F3      	MOVWF      R3
+0x0B8F	0x30E8      	MOVLW      232
+0x0B90	0x00F4      	MOVWF      R4
+0x0B91	0x3003      	MOVLW      3
+0x0B92	0x00F5      	MOVWF      R5
+0x0B93	0x01F6      	CLRF       R6
+0x0B94	0x01F7      	CLRF       R7
+0x0B95	0x3180      	MOVLP      0
+0x0B96	0x21BE      	CALL       _Mul_32x32_U
+0x0B97	0x3188      	MOVLP      8
+0x0B98	0x0870      	MOVF       R0, 0
+0x0B99	0x0142      	MOVLB      2
+0x0B9A	0x074C      	ADDWF      _Tick, 0
+0x0B9B	0x00EC      	MOVWF      _off_cnt
+0x0B9C	0x0871      	MOVF       R1, 0
+0x0B9D	0x3D4D      	ADDWFC     _Tick+1, 0
+0x0B9E	0x00ED      	MOVWF      _off_cnt+1
+0x0B9F	0x0872      	MOVF       R2, 0
+0x0BA0	0x3D4E      	ADDWFC     _Tick+2, 0
+0x0BA1	0x00EE      	MOVWF      _off_cnt+2
+0x0BA2	0x0873      	MOVF       R3, 0
+0x0BA3	0x3D4F      	ADDWFC     _Tick+3, 0
+0x0BA4	0x00EF      	MOVWF      _off_cnt+3
+;main.c,170 :: 		return;
+;main.c,171 :: 		}
+L_end_oled_start:
+0x0BA5	0x0008      	RETURN
+; end of _oled_start
+_double2int:
+;__Lib_MathDouble.c,1385 :: 		
+;__Lib_MathDouble.c,1393 :: 		
+0x0BA6	0x0140      	MOVLB      0
+;__Lib_MathDouble.c,1395 :: 		
+0x0BA7	0x01FB      	CLRF       R11
+;__Lib_MathDouble.c,1396 :: 		
+0x0BA8	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,1397 :: 		
+0x0BA9	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1398 :: 		
+0x0BAA	0x2BE2      	GOTO       IRES016
+;__Lib_MathDouble.c,1400 :: 		
+0x0BAB	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,1401 :: 		
+0x0BAC	0x00FA      	MOVWF      R10
+;__Lib_MathDouble.c,1402 :: 		
+0x0BAD	0x17F2      	BSF        R2, 7
+;__Lib_MathDouble.c,1404 :: 		
+0x0BAE	0x308E      	MOVLW      142
+;__Lib_MathDouble.c,1405 :: 		
+0x0BAF	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,1406 :: 		
+0x0BB0	0x1FF3      	BTFSS      R3, 7
+;__Lib_MathDouble.c,1407 :: 		
+0x0BB1	0x2BE5      	GOTO       SETIOV16
+;__Lib_MathDouble.c,1408 :: 		
+0x0BB2	0x09F3      	COMF       R3, 1
+;__Lib_MathDouble.c,1409 :: 		
+0x0BB3	0x0AF3      	INCF       R3, 1
+;__Lib_MathDouble.c,1411 :: 		
+0x0BB4	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,1412 :: 		
+0x0BB5	0x0273      	SUBWF      R3, 0
+;__Lib_MathDouble.c,1413 :: 		
+0x0BB6	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,1414 :: 		
+0x0BB7	0x2BC8      	GOTO       TSHIFT3216
+;__Lib_MathDouble.c,1415 :: 		
+0x0BB8	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,1416 :: 		
+0x0BB9	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,1417 :: 		
+0x0BBA	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,1418 :: 		
+0x0BBB	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,1419 :: 		
+0x0BBC	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1421 :: 		
+0x0BBD	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,1422 :: 		
+0x0BBE	0x0273      	SUBWF      R3, 0
+;__Lib_MathDouble.c,1423 :: 		
+0x0BBF	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,1424 :: 		
+0x0BC0	0x2BC8      	GOTO       TSHIFT3216
+;__Lib_MathDouble.c,1425 :: 		
+0x0BC1	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,1426 :: 		
+0x0BC2	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,1427 :: 		
+0x0BC3	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,1429 :: 		
+0x0BC4	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,1430 :: 		
+0x0BC5	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,1431 :: 		
+0x0BC6	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,1432 :: 		
+0x0BC7	0x2BD0      	GOTO       SHIFT3216OK
+;__Lib_MathDouble.c,1433 :: 		
+TSHIFT3216:
+;__Lib_MathDouble.c,1434 :: 		
+0x0BC8	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,1435 :: 		
+0x0BC9	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1436 :: 		
+0x0BCA	0x2BD0      	GOTO       SHIFT3216OK
+;__Lib_MathDouble.c,1437 :: 		
+SHIFT3216:
+;__Lib_MathDouble.c,1438 :: 		
+0x0BCB	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,1439 :: 		
+0x0BCC	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,1440 :: 		
+0x0BCD	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,1441 :: 		
+0x0BCE	0x0BF3      	DECFSZ     R3, 1
+;__Lib_MathDouble.c,1442 :: 		
+0x0BCF	0x2BCB      	GOTO       SHIFT3216
+;__Lib_MathDouble.c,1443 :: 		
+SHIFT3216OK:
+;__Lib_MathDouble.c,1444 :: 		
+0x0BD0	0x1B7B      	BTFSC      R11, 6
+;__Lib_MathDouble.c,1445 :: 		
+0x0BD1	0x1C71      	BTFSS      R1, 0
+;__Lib_MathDouble.c,1446 :: 		
+0x0BD2	0x2BDA      	GOTO       INT3216OK
+;__Lib_MathDouble.c,1447 :: 		
+0x0BD3	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,1448 :: 		
+0x0BD4	0x2BDA      	GOTO       INT3216OK
+;__Lib_MathDouble.c,1449 :: 		
+0x0BD5	0x0AF1      	INCF       R1, 1
+;__Lib_MathDouble.c,1450 :: 		
+0x0BD6	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1451 :: 		
+0x0BD7	0x0AF2      	INCF       R2, 1
+;__Lib_MathDouble.c,1452 :: 		
+0x0BD8	0x1BF2      	BTFSC      R2, 7
+;__Lib_MathDouble.c,1453 :: 		
+0x0BD9	0x2BF1      	GOTO       JPJSETIOV3224
+;__Lib_MathDouble.c,1454 :: 		
+INT3216OK:
+;__Lib_MathDouble.c,1455 :: 		
+0x0BDA	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,1456 :: 		
+0x0BDB	0x2BF4      	GOTO       INT3216EOK
+;__Lib_MathDouble.c,1458 :: 		
+0x0BDC	0x09F2      	COMF       R2, 1
+;__Lib_MathDouble.c,1459 :: 		
+0x0BDD	0x09F1      	COMF       R1, 1
+;__Lib_MathDouble.c,1460 :: 		
+0x0BDE	0x0AF1      	INCF       R1, 1
+;__Lib_MathDouble.c,1461 :: 		
+0x0BDF	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1462 :: 		
+0x0BE0	0x0AF2      	INCF       R2, 1
+;__Lib_MathDouble.c,1463 :: 		
+0x0BE1	0x2BF4      	GOTO       INT3216EOK
+;__Lib_MathDouble.c,1465 :: 		
+IRES016:
+;__Lib_MathDouble.c,1466 :: 		
+0x0BE2	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1467 :: 		
+0x0BE3	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,1468 :: 		
+0x0BE4	0x2BF4      	GOTO       INT3216EOK
+;__Lib_MathDouble.c,1469 :: 		
+SETIOV16:
+;__Lib_MathDouble.c,1470 :: 		
+0x0BE5	0x147B      	BSF        R11, 0
+;__Lib_MathDouble.c,1471 :: 		
+0x0BE6	0x1FFB      	BTFSS      R11, 7
+;__Lib_MathDouble.c,1472 :: 		
+0x0BE7	0x2BF7      	GOTO       INT3216EER
+;__Lib_MathDouble.c,1474 :: 		
+0x0BE8	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,1475 :: 		
+0x0BE9	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,1476 :: 		
+0x0BEA	0x2BF7      	GOTO       INT3216EER
+;__Lib_MathDouble.c,1477 :: 		
+0x0BEB	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,1478 :: 		
+0x0BEC	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,1479 :: 		
+0x0BED	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,1480 :: 		
+0x0BEE	0x0DFA      	RLF        R10, 1
+;__Lib_MathDouble.c,1481 :: 		
+0x0BEF	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,1482 :: 		
+0x0BF0	0x2BF7      	GOTO       INT3216EER
+;__Lib_MathDouble.c,1484 :: 		
+JPJSETIOV3224:
+;__Lib_MathDouble.c,1485 :: 		
+0x0BF1	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,1486 :: 		
+0x0BF2	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,1487 :: 		
+0x0BF3	0x2BF9      	GOTO       INT3216EEE
+;__Lib_MathDouble.c,1488 :: 		
+INT3216EOK:
+;__Lib_MathDouble.c,1489 :: 		
+0x0BF4	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,1490 :: 		
+0x0BF5	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,1491 :: 		
+0x0BF6	0x2BF9      	GOTO       INT3216EEE
+;__Lib_MathDouble.c,1492 :: 		
+INT3216EER:
+;__Lib_MathDouble.c,1493 :: 		
+0x0BF7	0x30FF      	MOVLW      255
+;__Lib_MathDouble.c,1494 :: 		
+0x0BF8	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,1495 :: 		
+INT3216EEE:
+;__Lib_MathDouble.c,1498 :: 		
+0x0BF9	0x08FC      	MOVF       R12, 1
+;__Lib_MathDouble.c,1500 :: 		
+0x0BFA	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,1501 :: 		
+0x0BFB	0x2BFF      	GOTO       L_Double2Int_0
+;__Lib_MathDouble.c,1503 :: 		
+0x0BFC	0x3180      	MOVLP      0
+0x0BFD	0x2780      	CALL       _SETIOV3224
+0x0BFE	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,1505 :: 		
+L_Double2Int_0:
+;__Lib_MathDouble.c,1506 :: 		
+0x0BFF	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,1507 :: 		
+0x0C00	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,1508 :: 		
+0x0C01	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,1509 :: 		
+0x0C02	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,1513 :: 		
+L_end_double2int:
+0x0C03	0x0008      	RETURN
+; end of _double2int
+_Add_32x32_FP:
+;__Lib_MathDouble.c,379 :: 		
+;__Lib_MathDouble.c,390 :: 		
+;__Lib_MathDouble.c,392 :: 		
+0x0C04	0x0140      	MOVLB      0
+;__Lib_MathDouble.c,393 :: 		
+0x0C05	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,394 :: 		
+0x0C06	0x0676      	XORWF      R6, 0
+;__Lib_MathDouble.c,395 :: 		
+0x0C07	0x00A1      	MOVWF      __math_tempbD
+;__Lib_MathDouble.c,397 :: 		
+0x0C08	0x01F8      	CLRF       R8
+;__Lib_MathDouble.c,398 :: 		
+0x0C09	0x01F9      	CLRF       R9
+;__Lib_MathDouble.c,400 :: 		
+0x0C0A	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,401 :: 		
+0x0C0B	0x0277      	SUBWF      R7, 0
+;__Lib_MathDouble.c,402 :: 		
+0x0C0C	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,403 :: 		
+0x0C0D	0x2C26      	GOTO       USEA32
+;__Lib_MathDouble.c,405 :: 		
+0x0C0E	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,406 :: 		
+0x0C0F	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,407 :: 		
+0x0C10	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,408 :: 		
+0x0C11	0x00F7      	MOVWF      R7
+;__Lib_MathDouble.c,409 :: 		
+0x0C12	0x087D      	MOVF       R13, 0
+;__Lib_MathDouble.c,410 :: 		
+0x0C13	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,412 :: 		
+0x0C14	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,413 :: 		
+0x0C15	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,414 :: 		
+0x0C16	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,415 :: 		
+0x0C17	0x00F6      	MOVWF      R6
+;__Lib_MathDouble.c,416 :: 		
+0x0C18	0x087D      	MOVF       R13, 0
+;__Lib_MathDouble.c,417 :: 		
+0x0C19	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,419 :: 		
+0x0C1A	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,420 :: 		
+0x0C1B	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,421 :: 		
+0x0C1C	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,422 :: 		
+0x0C1D	0x00F5      	MOVWF      R5
+;__Lib_MathDouble.c,423 :: 		
+0x0C1E	0x087D      	MOVF       R13, 0
+;__Lib_MathDouble.c,424 :: 		
+0x0C1F	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,426 :: 		
+0x0C20	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,427 :: 		
+0x0C21	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,428 :: 		
+0x0C22	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,429 :: 		
+0x0C23	0x00F4      	MOVWF      R4
+;__Lib_MathDouble.c,430 :: 		
+0x0C24	0x087D      	MOVF       R13, 0
+;__Lib_MathDouble.c,431 :: 		
+0x0C25	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,432 :: 		
+USEA32:
+;__Lib_MathDouble.c,433 :: 		
+0x0C26	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,434 :: 		
+0x0C27	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,435 :: 		
+0x0C28	0x2CA7      	GOTO       JMPEEE
+;__Lib_MathDouble.c,436 :: 		
+0x0C29	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,437 :: 		
+0x0C2A	0x00FA      	MOVWF      R10
+;__Lib_MathDouble.c,438 :: 		
+0x0C2B	0x17F2      	BSF        R2, 7
+;__Lib_MathDouble.c,439 :: 		
+0x0C2C	0x17F6      	BSF        R6, 7
+;__Lib_MathDouble.c,440 :: 		
+0x0C2D	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,441 :: 		
+0x0C2E	0x0273      	SUBWF      R3, 0
+;__Lib_MathDouble.c,442 :: 		
+0x0C2F	0x00F7      	MOVWF      R7
+;__Lib_MathDouble.c,443 :: 		
+0x0C30	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,444 :: 		
+0x0C31	0x2C59      	GOTO       ALIGNED32
+;__Lib_MathDouble.c,445 :: 		
+0x0C32	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,446 :: 		
+0x0C33	0x0277      	SUBWF      R7, 0
+;__Lib_MathDouble.c,447 :: 		
+0x0C34	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,448 :: 		
+0x0C35	0x2C4F      	GOTO       ALIGNB32
+;__Lib_MathDouble.c,449 :: 		
+0x0C36	0x00F7      	MOVWF      R7
+;__Lib_MathDouble.c,450 :: 		
+0x0C37	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,451 :: 		
+0x0C38	0x00F9      	MOVWF      R9
+;__Lib_MathDouble.c,452 :: 		
+0x0C39	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,453 :: 		
+0x0C3A	0x00F4      	MOVWF      R4
+;__Lib_MathDouble.c,454 :: 		
+0x0C3B	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,455 :: 		
+0x0C3C	0x00F5      	MOVWF      R5
+;__Lib_MathDouble.c,456 :: 		
+0x0C3D	0x01F6      	CLRF       R6
+;__Lib_MathDouble.c,457 :: 		
+0x0C3E	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,458 :: 		
+0x0C3F	0x0277      	SUBWF      R7, 0
+;__Lib_MathDouble.c,459 :: 		
+0x0C40	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,460 :: 		
+0x0C41	0x2C4F      	GOTO       ALIGNB32
+;__Lib_MathDouble.c,461 :: 		
+0x0C42	0x00F7      	MOVWF      R7
+;__Lib_MathDouble.c,462 :: 		
+0x0C43	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,463 :: 		
+0x0C44	0x00F9      	MOVWF      R9
+;__Lib_MathDouble.c,464 :: 		
+0x0C45	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,465 :: 		
+0x0C46	0x00F4      	MOVWF      R4
+;__Lib_MathDouble.c,466 :: 		
+0x0C47	0x01F5      	CLRF       R5
+;__Lib_MathDouble.c,467 :: 		
+0x0C48	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,468 :: 		
+0x0C49	0x0277      	SUBWF      R7, 0
+;__Lib_MathDouble.c,469 :: 		
+0x0C4A	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,470 :: 		
+0x0C4B	0x2C4F      	GOTO       ALIGNB32
+;__Lib_MathDouble.c,471 :: 		
+0x0C4C	0x087A      	MOVF       R10, 0
+;__Lib_MathDouble.c,472 :: 		
+0x0C4D	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,473 :: 		
+0x0C4E	0x2CA7      	GOTO       JMPEEE
+;__Lib_MathDouble.c,474 :: 		
+ALIGNB32:
+;__Lib_MathDouble.c,475 :: 		
+0x0C4F	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,476 :: 		
+0x0C50	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,477 :: 		
+0x0C51	0x2C59      	GOTO       ALIGNED32
+;__Lib_MathDouble.c,478 :: 		
+ALOOPB32:
+;__Lib_MathDouble.c,479 :: 		
+0x0C52	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,480 :: 		
+0x0C53	0x0CF6      	RRF        R6, 1
+;__Lib_MathDouble.c,481 :: 		
+0x0C54	0x0CF5      	RRF        R5, 1
+;__Lib_MathDouble.c,482 :: 		
+0x0C55	0x0CF4      	RRF        R4, 1
+;__Lib_MathDouble.c,483 :: 		
+0x0C56	0x0CF9      	RRF        R9, 1
+;__Lib_MathDouble.c,484 :: 		
+0x0C57	0x0BF7      	DECFSZ     R7, 1
+;__Lib_MathDouble.c,485 :: 		
+0x0C58	0x2C52      	GOTO       ALOOPB32
+;__Lib_MathDouble.c,486 :: 		
+ALIGNED32:
+;__Lib_MathDouble.c,487 :: 		
+0x0C59	0x1FA1      	BTFSS      __math_tempbD, 7
+;__Lib_MathDouble.c,488 :: 		
+0x0C5A	0x2C66      	GOTO       AOK32
+;__Lib_MathDouble.c,489 :: 		
+0x0C5B	0x09F9      	COMF       R9, 1
+;__Lib_MathDouble.c,490 :: 		
+0x0C5C	0x09F4      	COMF       R4, 1
+;__Lib_MathDouble.c,491 :: 		
+0x0C5D	0x09F5      	COMF       R5, 1
+;__Lib_MathDouble.c,492 :: 		
+0x0C5E	0x09F6      	COMF       R6, 1
+;__Lib_MathDouble.c,493 :: 		
+0x0C5F	0x0AF9      	INCF       R9, 1
+;__Lib_MathDouble.c,494 :: 		
+0x0C60	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,495 :: 		
+0x0C61	0x0AF4      	INCF       R4, 1
+;__Lib_MathDouble.c,496 :: 		
+0x0C62	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,497 :: 		
+0x0C63	0x0AF5      	INCF       R5, 1
+;__Lib_MathDouble.c,498 :: 		
+0x0C64	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,499 :: 		
+0x0C65	0x0AF6      	INCF       R6, 1
+;__Lib_MathDouble.c,500 :: 		
+AOK32:
+;__Lib_MathDouble.c,501 :: 		
+0x0C66	0x0879      	MOVF       R9, 0
+;__Lib_MathDouble.c,502 :: 		
+0x0C67	0x07F8      	ADDWF      R8, 1
+;__Lib_MathDouble.c,503 :: 		
+0x0C68	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,504 :: 		
+0x0C69	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,505 :: 		
+0x0C6A	0x0F74      	INCFSZ     R4, 0
+;__Lib_MathDouble.c,506 :: 		
+0x0C6B	0x07F0      	ADDWF      R0, 1
+;__Lib_MathDouble.c,507 :: 		
+0x0C6C	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,508 :: 		
+0x0C6D	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,509 :: 		
+0x0C6E	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,510 :: 		
+0x0C6F	0x07F1      	ADDWF      R1, 1
+;__Lib_MathDouble.c,511 :: 		
+0x0C70	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,512 :: 		
+0x0C71	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,513 :: 		
+0x0C72	0x0F76      	INCFSZ     R6, 0
+;__Lib_MathDouble.c,514 :: 		
+0x0C73	0x07F2      	ADDWF      R2, 1
+;__Lib_MathDouble.c,515 :: 		
+0x0C74	0x1BA1      	BTFSC      __math_tempbD, 7
+;__Lib_MathDouble.c,516 :: 		
+0x0C75	0x2C7F      	GOTO       ACOMP32
+;__Lib_MathDouble.c,517 :: 		
+0x0C76	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,518 :: 		
+0x0C77	0x2C8F      	GOTO       JMPNRMRND4032
+;__Lib_MathDouble.c,519 :: 		
+0x0C78	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,520 :: 		
+0x0C79	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,521 :: 		
+0x0C7A	0x0CF0      	RRF        R0, 1
+;__Lib_MathDouble.c,522 :: 		
+0x0C7B	0x0CF8      	RRF        R8, 1
+;__Lib_MathDouble.c,523 :: 		
+0x0C7C	0x0FF3      	INCFSZ     R3, 1
+;__Lib_MathDouble.c,524 :: 		
+0x0C7D	0x2C8F      	GOTO       JMPNRMRND4032
+;__Lib_MathDouble.c,525 :: 		
+0x0C7E	0x2CA1      	GOTO       ADD_JMPSETFOV32
+;__Lib_MathDouble.c,526 :: 		
+ACOMP32:
+;__Lib_MathDouble.c,527 :: 		
+0x0C7F	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,528 :: 		
+0x0C80	0x2C95      	GOTO       JMPNRM4032
+;__Lib_MathDouble.c,529 :: 		
+0x0C81	0x09F8      	COMF       R8, 1
+;__Lib_MathDouble.c,530 :: 		
+0x0C82	0x09F0      	COMF       R0, 1
+;__Lib_MathDouble.c,531 :: 		
+0x0C83	0x09F1      	COMF       R1, 1
+;__Lib_MathDouble.c,532 :: 		
+0x0C84	0x09F2      	COMF       R2, 1
+;__Lib_MathDouble.c,533 :: 		
+0x0C85	0x0AF8      	INCF       R8, 1
+;__Lib_MathDouble.c,534 :: 		
+0x0C86	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,535 :: 		
+0x0C87	0x0AF0      	INCF       R0, 1
+;__Lib_MathDouble.c,536 :: 		
+0x0C88	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,537 :: 		
+0x0C89	0x0AF1      	INCF       R1, 1
+;__Lib_MathDouble.c,538 :: 		
+0x0C8A	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,539 :: 		
+0x0C8B	0x0AF2      	INCF       R2, 1
+;__Lib_MathDouble.c,540 :: 		
+0x0C8C	0x3080      	MOVLW      128
+;__Lib_MathDouble.c,541 :: 		
+0x0C8D	0x06FA      	XORWF      R10, 1
+;__Lib_MathDouble.c,542 :: 		
+0x0C8E	0x2C9B      	GOTO       JMPNRM32
+;__Lib_MathDouble.c,543 :: 		
+JMPNRMRND4032:
+;__Lib_MathDouble.c,544 :: 		
+0x0C8F	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,545 :: 		
+0x0C90	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,547 :: 		
+0x0C91	0x3180      	MOVLP      0
+0x0C92	0x2726      	CALL       _NRM4032
+0x0C93	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,549 :: 		
+0x0C94	0x2CA9      	GOTO       ADD32EEE
+;__Lib_MathDouble.c,550 :: 		
+JMPNRM4032:
+;__Lib_MathDouble.c,551 :: 		
+0x0C95	0x3002      	MOVLW      2
+;__Lib_MathDouble.c,552 :: 		
+0x0C96	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,554 :: 		
+0x0C97	0x3180      	MOVLP      0
+0x0C98	0x2726      	CALL       _NRM4032
+0x0C99	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,556 :: 		
+0x0C9A	0x2CA9      	GOTO       ADD32EEE
+;__Lib_MathDouble.c,557 :: 		
+JMPNRM32:
+;__Lib_MathDouble.c,558 :: 		
+0x0C9B	0x3004      	MOVLW      4
+;__Lib_MathDouble.c,559 :: 		
+0x0C9C	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,561 :: 		
+0x0C9D	0x3180      	MOVLP      0
+0x0C9E	0x2799      	CALL       _NRM3232
+0x0C9F	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,563 :: 		
+0x0CA0	0x2CA9      	GOTO       ADD32EEE
+;__Lib_MathDouble.c,564 :: 		
+ADD_JMPSETFOV32:
+;__Lib_MathDouble.c,565 :: 		
+0x0CA1	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,566 :: 		
+0x0CA2	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,568 :: 		
+0x0CA3	0x3180      	MOVLP      0
+0x0CA4	0x243D      	CALL       _SETFOV32
+0x0CA5	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,570 :: 		
+0x0CA6	0x2CA9      	GOTO       ADD32EEE
+;__Lib_MathDouble.c,571 :: 		
+JMPEEE:
+;__Lib_MathDouble.c,572 :: 		
+0x0CA7	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,573 :: 		
+0x0CA8	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,574 :: 		
+ADD32EEE:
+;__Lib_MathDouble.c,575 :: 		
+0x0CA9	0x0000      	NOP
+;__Lib_MathDouble.c,583 :: 		
+L_end_Add_32x32_FP:
+0x0CAA	0x0008      	RETURN
+; end of _Add_32x32_FP
+_get_forward:
+;main.c,550 :: 		int get_forward(void){
+;main.c,553 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+0x0CAB	0x3043      	MOVLW      67
+0x0CAC	0x0144      	MOVLB      4
+0x0CAD	0x00A3      	MOVWF      FARG_ADC_Init_Advanced_reference
+0x0CAE	0x3180      	MOVLP      0
+0x0CAF	0x2297      	CALL       _ADC_Init_Advanced
+0x0CB0	0x3188      	MOVLP      8
+;main.c,554 :: 		Delay_us(100);
+0x0CB1	0x3002      	MOVLW      2
+0x0CB2	0x00FC      	MOVWF      R12
+0x0CB3	0x3008      	MOVLW      8
+0x0CB4	0x00FD      	MOVWF      R13
+L_get_forward137:
+0x0CB5	0x0BFD      	DECFSZ     R13, 1
+0x0CB6	0x2CB5      	GOTO       L_get_forward137
+0x0CB7	0x0BFC      	DECFSZ     R12, 1
+0x0CB8	0x2CB5      	GOTO       L_get_forward137
+0x0CB9	0x0000      	NOP
+;main.c,555 :: 		v = ADC_Get_Sample(FWD_input);
+0x0CBA	0x3008      	MOVLW      8
+0x0CBB	0x0144      	MOVLB      4
+0x0CBC	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0CBD	0x3180      	MOVLP      0
+0x0CBE	0x236C      	CALL       _ADC_Get_Sample
+0x0CBF	0x3188      	MOVLP      8
+0x0CC0	0x0870      	MOVF       R0, 0
+0x0CC1	0x0143      	MOVLB      3
+0x0CC2	0x00EE      	MOVWF      get_forward_v_L0
+0x0CC3	0x0871      	MOVF       R1, 0
+0x0CC4	0x00EF      	MOVWF      get_forward_v_L0+1
+;main.c,556 :: 		if(v==1023){
+0x0CC5	0x0871      	MOVF       R1, 0
+0x0CC6	0x3A03      	XORLW      3
+0x0CC7	0x1D03      	BTFSS      STATUS, 2
+0x0CC8	0x2CCB      	GOTO       L__get_forward346
+0x0CC9	0x30FF      	MOVLW      255
+0x0CCA	0x0670      	XORWF      R0, 0
+L__get_forward346:
+0x0CCB	0x1D03      	BTFSS      STATUS, 2
+0x0CCC	0x2CE9      	GOTO       L_get_forward138
+;main.c,557 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+0x0CCD	0x3083      	MOVLW      131
+0x0CCE	0x0144      	MOVLB      4
+0x0CCF	0x00A3      	MOVWF      FARG_ADC_Init_Advanced_reference
+0x0CD0	0x3180      	MOVLP      0
+0x0CD1	0x2297      	CALL       _ADC_Init_Advanced
+0x0CD2	0x3188      	MOVLP      8
+;main.c,558 :: 		Delay_us(100);
+0x0CD3	0x3002      	MOVLW      2
+0x0CD4	0x00FC      	MOVWF      R12
+0x0CD5	0x3008      	MOVLW      8
+0x0CD6	0x00FD      	MOVWF      R13
+L_get_forward139:
+0x0CD7	0x0BFD      	DECFSZ     R13, 1
+0x0CD8	0x2CD7      	GOTO       L_get_forward139
+0x0CD9	0x0BFC      	DECFSZ     R12, 1
+0x0CDA	0x2CD7      	GOTO       L_get_forward139
+0x0CDB	0x0000      	NOP
+;main.c,559 :: 		v = ADC_Get_Sample(FWD_input) * 2;
+0x0CDC	0x3008      	MOVLW      8
+0x0CDD	0x0144      	MOVLB      4
+0x0CDE	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0CDF	0x3180      	MOVLP      0
+0x0CE0	0x236C      	CALL       _ADC_Get_Sample
+0x0CE1	0x3188      	MOVLP      8
+0x0CE2	0x0870      	MOVF       R0, 0
+0x0CE3	0x0143      	MOVLB      3
+0x0CE4	0x00EE      	MOVWF      get_forward_v_L0
+0x0CE5	0x0871      	MOVF       R1, 0
+0x0CE6	0x00EF      	MOVWF      get_forward_v_L0+1
+0x0CE7	0x35EE      	LSLF       get_forward_v_L0, 1
+0x0CE8	0x0DEF      	RLF        get_forward_v_L0+1, 1
+;main.c,560 :: 		}
+L_get_forward138:
+;main.c,561 :: 		if(v==2046){
+0x0CE9	0x086F      	MOVF       get_forward_v_L0+1, 0
+0x0CEA	0x3A07      	XORLW      7
+0x0CEB	0x1D03      	BTFSS      STATUS, 2
+0x0CEC	0x2CEF      	GOTO       L__get_forward347
+0x0CED	0x30FE      	MOVLW      254
+0x0CEE	0x066E      	XORWF      get_forward_v_L0, 0
+L__get_forward347:
+0x0CEF	0x1D03      	BTFSS      STATUS, 2
+0x0CF0	0x2D40      	GOTO       L_get_forward140
+;main.c,562 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+0x0CF1	0x0144      	MOVLB      4
+0x0CF2	0x01A3      	CLRF       FARG_ADC_Init_Advanced_reference
+0x0CF3	0x3180      	MOVLP      0
+0x0CF4	0x2297      	CALL       _ADC_Init_Advanced
+0x0CF5	0x3188      	MOVLP      8
+;main.c,563 :: 		Delay_us(100);
+0x0CF6	0x3002      	MOVLW      2
+0x0CF7	0x00FC      	MOVWF      R12
+0x0CF8	0x3008      	MOVLW      8
+0x0CF9	0x00FD      	MOVWF      R13
+L_get_forward141:
+0x0CFA	0x0BFD      	DECFSZ     R13, 1
+0x0CFB	0x2CFA      	GOTO       L_get_forward141
+0x0CFC	0x0BFC      	DECFSZ     R12, 1
+0x0CFD	0x2CFA      	GOTO       L_get_forward141
+0x0CFE	0x0000      	NOP
+;main.c,564 :: 		v = ADC_Get_Sample(FWD_input);
+0x0CFF	0x3008      	MOVLW      8
+0x0D00	0x0144      	MOVLB      4
+0x0D01	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0D02	0x3180      	MOVLP      0
+0x0D03	0x236C      	CALL       _ADC_Get_Sample
+0x0D04	0x3188      	MOVLP      8
+0x0D05	0x0870      	MOVF       R0, 0
+0x0D06	0x0143      	MOVLB      3
+0x0D07	0x00EE      	MOVWF      get_forward_v_L0
+0x0D08	0x0871      	MOVF       R1, 0
+0x0D09	0x00EF      	MOVWF      get_forward_v_L0+1
+;main.c,565 :: 		if(v==1023) Overflow = 1;
+0x0D0A	0x0871      	MOVF       R1, 0
+0x0D0B	0x3A03      	XORLW      3
+0x0D0C	0x1D03      	BTFSS      STATUS, 2
+0x0D0D	0x2D10      	GOTO       L__get_forward348
+0x0D0E	0x30FF      	MOVLW      255
+0x0D0F	0x0670      	XORWF      R0, 0
+L__get_forward348:
+0x0D10	0x1D03      	BTFSS      STATUS, 2
+0x0D11	0x2D13      	GOTO       L_get_forward142
+0x0D12	0x1520      	BSF        _Overflow, BitPos(_Overflow+0)
+L_get_forward142:
+;main.c,566 :: 		get_batt();
+0x0D13	0x3180      	MOVLP      0
+0x0D14	0x2707      	CALL       _get_batt
+0x0D15	0x3188      	MOVLP      8
+;main.c,567 :: 		d = (long)v * (long)Voltage;
+0x0D16	0x086E      	MOVF       get_forward_v_L0, 0
+0x0D17	0x00F4      	MOVWF      R4
+0x0D18	0x086F      	MOVF       get_forward_v_L0+1, 0
+0x0D19	0x00F5      	MOVWF      R5
+0x0D1A	0x01F6      	CLRF       R6
+0x0D1B	0x01F7      	CLRF       R7
+0x0D1C	0x0829      	MOVF       _Voltage, 0
+0x0D1D	0x00F0      	MOVWF      R0
+0x0D1E	0x082A      	MOVF       _Voltage+1, 0
+0x0D1F	0x00F1      	MOVWF      R1
+0x0D20	0x3000      	MOVLW      0
+0x0D21	0x1BF1      	BTFSC      R1, 7
+0x0D22	0x30FF      	MOVLW      255
+0x0D23	0x00F2      	MOVWF      R2
+0x0D24	0x00F3      	MOVWF      R3
+0x0D25	0x3180      	MOVLP      0
+0x0D26	0x21BE      	CALL       _Mul_32x32_U
+0x0D27	0x3188      	MOVLP      8
+;main.c,568 :: 		d = d / 1024;
+0x0D28	0x300A      	MOVLW      10
+0x0D29	0x00F8      	MOVWF      R8
+0x0D2A	0x0870      	MOVF       R0, 0
+0x0D2B	0x00F4      	MOVWF      R4
+0x0D2C	0x0871      	MOVF       R1, 0
+0x0D2D	0x00F5      	MOVWF      R5
+0x0D2E	0x0872      	MOVF       R2, 0
+0x0D2F	0x00F6      	MOVWF      R6
+0x0D30	0x0873      	MOVF       R3, 0
+0x0D31	0x00F7      	MOVWF      R7
+0x0D32	0x0878      	MOVF       R8, 0
+L__get_forward349:
+0x0D33	0x1903      	BTFSC      STATUS, 2
+0x0D34	0x2D3B      	GOTO       L__get_forward350
+0x0D35	0x36F7      	LSRF       R7, 1
+0x0D36	0x0CF6      	RRF        R6, 1
+0x0D37	0x0CF5      	RRF        R5, 1
+0x0D38	0x0CF4      	RRF        R4, 1
+0x0D39	0x3EFF      	ADDLW      255
+0x0D3A	0x2D33      	GOTO       L__get_forward349
+L__get_forward350:
+;main.c,569 :: 		v = (int)d;
+0x0D3B	0x0874      	MOVF       R4, 0
+0x0D3C	0x0143      	MOVLB      3
+0x0D3D	0x00EE      	MOVWF      get_forward_v_L0
+0x0D3E	0x0875      	MOVF       R5, 0
+0x0D3F	0x00EF      	MOVWF      get_forward_v_L0+1
+;main.c,570 :: 		}
+L_get_forward140:
+;main.c,571 :: 		return v;
+0x0D40	0x086E      	MOVF       get_forward_v_L0, 0
+0x0D41	0x00F0      	MOVWF      R0
+0x0D42	0x086F      	MOVF       get_forward_v_L0+1, 0
+0x0D43	0x00F1      	MOVWF      R1
+;main.c,572 :: 		}
+L_end_get_forward:
+0x0D44	0x0008      	RETURN
+; end of _get_forward
+_Mul_32x32_FP:
+;__Lib_MathDouble.c,608 :: 		
+;__Lib_MathDouble.c,620 :: 		
+;__Lib_MathDouble.c,622 :: 		
+0x0D45	0x0140      	MOVLB      0
+;__Lib_MathDouble.c,624 :: 		
+0x0D46	0x01FB      	CLRF       R11
+;__Lib_MathDouble.c,625 :: 		
+0x0D47	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,626 :: 		
+0x0D48	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,627 :: 		
+0x0D49	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,628 :: 		
+0x0D4A	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,629 :: 		
+0x0D4B	0x2D9B      	GOTO       JPMRES032
+;__Lib_MathDouble.c,631 :: 		
+0x0D4C	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,632 :: 		
+0x0D4D	0x0676      	XORWF      R6, 0
+;__Lib_MathDouble.c,633 :: 		
+0x0D4E	0x00FA      	MOVWF      R10
+;__Lib_MathDouble.c,634 :: 		
+0x0D4F	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,635 :: 		
+0x0D50	0x07F3      	ADDWF      R3, 1
+;__Lib_MathDouble.c,636 :: 		
+0x0D51	0x307E      	MOVLW      126
+;__Lib_MathDouble.c,637 :: 		
+0x0D52	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,638 :: 		
+0x0D53	0x2D58      	GOTO       MTUN32
+;__Lib_MathDouble.c,639 :: 		
+0x0D54	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,640 :: 		
+0x0D55	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,641 :: 		
+0x0D56	0x2DA0      	GOTO       JPMSETFOV32
+;__Lib_MathDouble.c,642 :: 		
+0x0D57	0x2D5B      	GOTO       MOK32
+;__Lib_MathDouble.c,643 :: 		
+MTUN32:
+;__Lib_MathDouble.c,644 :: 		
+0x0D58	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,645 :: 		
+0x0D59	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,646 :: 		
+0x0D5A	0x2DA5      	GOTO       JPMSETFUN32
+;__Lib_MathDouble.c,647 :: 		
+MOK32:
+;__Lib_MathDouble.c,648 :: 		
+0x0D5B	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,649 :: 		
+0x0D5C	0x00F8      	MOVWF      R8
+;__Lib_MathDouble.c,650 :: 		
+0x0D5D	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,651 :: 		
+0x0D5E	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,652 :: 		
+0x0D5F	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,653 :: 		
+0x0D60	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,654 :: 		
+0x0D61	0x17F8      	BSF        R8, 7
+;__Lib_MathDouble.c,655 :: 		
+0x0D62	0x17F6      	BSF        R6, 7
+;__Lib_MathDouble.c,656 :: 		
+0x0D63	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,657 :: 		
+0x0D64	0x01F2      	CLRF       R2
+;__Lib_MathDouble.c,658 :: 		
+0x0D65	0x01F1      	CLRF       R1
+;__Lib_MathDouble.c,659 :: 		
+0x0D66	0x01F0      	CLRF       R0
+;__Lib_MathDouble.c,660 :: 		
+0x0D67	0x3018      	MOVLW      24
+;__Lib_MathDouble.c,661 :: 		
+0x0D68	0x00A1      	MOVWF      __math_tempbD
+;__Lib_MathDouble.c,662 :: 		
+MLOOP32:
+;__Lib_MathDouble.c,663 :: 		
+0x0D69	0x1C7D      	BTFSS      R13, 0
+;__Lib_MathDouble.c,664 :: 		
+0x0D6A	0x2D75      	GOTO       MNOADD32
+;__Lib_MathDouble.c,666 :: 		
+0x0D6B	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,667 :: 		
+0x0D6C	0x07F0      	ADDWF      R0, 1
+;__Lib_MathDouble.c,668 :: 		
+0x0D6D	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,669 :: 		
+0x0D6E	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,670 :: 		
+0x0D6F	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,671 :: 		
+0x0D70	0x07F1      	ADDWF      R1, 1
+;__Lib_MathDouble.c,672 :: 		
+0x0D71	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,673 :: 		
+0x0D72	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,674 :: 		
+0x0D73	0x0F76      	INCFSZ     R6, 0
+;__Lib_MathDouble.c,675 :: 		
+0x0D74	0x07F2      	ADDWF      R2, 1
+;__Lib_MathDouble.c,676 :: 		
+MNOADD32:
+;__Lib_MathDouble.c,677 :: 		
+0x0D75	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,678 :: 		
+0x0D76	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,679 :: 		
+0x0D77	0x0CF0      	RRF        R0, 1
+;__Lib_MathDouble.c,680 :: 		
+0x0D78	0x0CF8      	RRF        R8, 1
+;__Lib_MathDouble.c,681 :: 		
+0x0D79	0x0CFC      	RRF        R12, 1
+;__Lib_MathDouble.c,682 :: 		
+0x0D7A	0x0CFD      	RRF        R13, 1
+;__Lib_MathDouble.c,683 :: 		
+0x0D7B	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,684 :: 		
+0x0D7C	0x0BA1      	DECFSZ     __math_tempbD, 1
+;__Lib_MathDouble.c,685 :: 		
+0x0D7D	0x2D69      	GOTO       MLOOP32
+;__Lib_MathDouble.c,686 :: 		
+0x0D7E	0x1BF2      	BTFSC      R2, 7
+;__Lib_MathDouble.c,687 :: 		
+0x0D7F	0x2D85      	GOTO       MROUND32
+;__Lib_MathDouble.c,688 :: 		
+0x0D80	0x0DF8      	RLF        R8, 1
+;__Lib_MathDouble.c,689 :: 		
+0x0D81	0x0DF0      	RLF        R0, 1
+;__Lib_MathDouble.c,690 :: 		
+0x0D82	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,691 :: 		
+0x0D83	0x0DF2      	RLF        R2, 1
+;__Lib_MathDouble.c,692 :: 		
+0x0D84	0x03F3      	DECF       R3, 1
+;__Lib_MathDouble.c,693 :: 		
+MROUND32:
+;__Lib_MathDouble.c,694 :: 		
+0x0D85	0x1B7B      	BTFSC      R11, 6
+;__Lib_MathDouble.c,695 :: 		
+0x0D86	0x1C70      	BTFSS      R0, 0
+;__Lib_MathDouble.c,696 :: 		
+0x0D87	0x2D97      	GOTO       MUL32OK
+;__Lib_MathDouble.c,697 :: 		
+0x0D88	0x1FF8      	BTFSS      R8, 7
+;__Lib_MathDouble.c,698 :: 		
+0x0D89	0x2D97      	GOTO       MUL32OK
+;__Lib_MathDouble.c,699 :: 		
+0x0D8A	0x0AF0      	INCF       R0, 1
+;__Lib_MathDouble.c,700 :: 		
+0x0D8B	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,701 :: 		
+0x0D8C	0x0AF1      	INCF       R1, 1
+;__Lib_MathDouble.c,702 :: 		
+0x0D8D	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,703 :: 		
+0x0D8E	0x0AF2      	INCF       R2, 1
+;__Lib_MathDouble.c,704 :: 		
+0x0D8F	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,705 :: 		
+0x0D90	0x2D97      	GOTO       MUL32OK
+;__Lib_MathDouble.c,706 :: 		
+0x0D91	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,707 :: 		
+0x0D92	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,708 :: 		
+0x0D93	0x0CF0      	RRF        R0, 1
+;__Lib_MathDouble.c,709 :: 		
+0x0D94	0x0AF3      	INCF       R3, 1
+;__Lib_MathDouble.c,710 :: 		
+0x0D95	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,711 :: 		
+0x0D96	0x2DA0      	GOTO       JPMSETFOV32
+;__Lib_MathDouble.c,712 :: 		
+MUL32OK:
+;__Lib_MathDouble.c,713 :: 		
+0x0D97	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,714 :: 		
+0x0D98	0x13F2      	BCF        R2, 7
+;__Lib_MathDouble.c,715 :: 		
+0x0D99	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,717 :: 		
+0x0D9A	0x2DA9      	GOTO       MUL32EEE
+;__Lib_MathDouble.c,718 :: 		
+JPMRES032:
+;__Lib_MathDouble.c,719 :: 		
+0x0D9B	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,722 :: 		
+0x0D9C	0x3180      	MOVLP      0
+0x0D9D	0x2426      	CALL       _RES032
+0x0D9E	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,724 :: 		
+0x0D9F	0x2DA9      	GOTO       MUL32EEE
+;__Lib_MathDouble.c,725 :: 		
+JPMSETFOV32:
+;__Lib_MathDouble.c,726 :: 		
+0x0DA0	0x3002      	MOVLW      2
+;__Lib_MathDouble.c,729 :: 		
+0x0DA1	0x3180      	MOVLP      0
+0x0DA2	0x243D      	CALL       _SETFOV32
+0x0DA3	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,731 :: 		
+0x0DA4	0x2DA9      	GOTO       MUL32EEE
+;__Lib_MathDouble.c,732 :: 		
+JPMSETFUN32:
+;__Lib_MathDouble.c,733 :: 		
+0x0DA5	0x3004      	MOVLW      4
+;__Lib_MathDouble.c,736 :: 		
+0x0DA6	0x3180      	MOVLP      0
+0x0DA7	0x2360      	CALL       _SETFUN32
+0x0DA8	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,738 :: 		
+MUL32EEE:
+;__Lib_MathDouble.c,739 :: 		
+0x0DA9	0x0000      	NOP
+;__Lib_MathDouble.c,746 :: 		
+L_end_Mul_32x32_FP:
+0x0DAA	0x0008      	RETURN
+; end of _Mul_32x32_FP
+_Div_32x32_FP:
+;__Lib_MathDouble.c,758 :: 		
+;__Lib_MathDouble.c,770 :: 		
+;__Lib_MathDouble.c,773 :: 		
+0x0DAB	0x0874      	MOVF       R4, 0
+0x0DAC	0x3A00      	XORLW      0
+0x0DAD	0x1D03      	BTFSS      STATUS, 2
+0x0DAE	0x2DC4      	GOTO       L_Div_32x32_FP7
+;__Lib_MathDouble.c,774 :: 		
+0x0DAF	0x0875      	MOVF       R5, 0
+0x0DB0	0x3A00      	XORLW      0
+0x0DB1	0x1D03      	BTFSS      STATUS, 2
+0x0DB2	0x2DC4      	GOTO       L_Div_32x32_FP8
+;__Lib_MathDouble.c,775 :: 		
+0x0DB3	0x0876      	MOVF       R6, 0
+0x0DB4	0x3A00      	XORLW      0
+0x0DB5	0x1D03      	BTFSS      STATUS, 2
+0x0DB6	0x2DC4      	GOTO       L_Div_32x32_FP9
+;__Lib_MathDouble.c,776 :: 		
+0x0DB7	0x0877      	MOVF       R7, 0
+0x0DB8	0x3A00      	XORLW      0
+0x0DB9	0x1D03      	BTFSS      STATUS, 2
+0x0DBA	0x2DC4      	GOTO       L_Div_32x32_FP10
+;__Lib_MathDouble.c,777 :: 		
+0x0DBB	0x30FF      	MOVLW      255
+0x0DBC	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,778 :: 		
+0x0DBD	0x30FF      	MOVLW      255
+0x0DBE	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,779 :: 		
+0x0DBF	0x307F      	MOVLW      127
+0x0DC0	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,780 :: 		
+0x0DC1	0x30FF      	MOVLW      255
+0x0DC2	0x00F3      	MOVWF      R3
+;__Lib_MathDouble.c,781 :: 		
+0x0DC3	0x2E66      	GOTO       L_end_Div_32x32_FP
+;__Lib_MathDouble.c,782 :: 		
+L_Div_32x32_FP10:
+L_Div_32x32_FP9:
+L_Div_32x32_FP8:
+L_Div_32x32_FP7:
+;__Lib_MathDouble.c,785 :: 		
+0x0DC4	0x0140      	MOVLB      0
+;__Lib_MathDouble.c,787 :: 		
+0x0DC5	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,788 :: 		
+0x0DC6	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,789 :: 		
+0x0DC7	0x2E52      	GOTO       JPDSETFDZ32
+;__Lib_MathDouble.c,791 :: 		
+0x0DC8	0x0873      	MOVF       R3, 0
+;__Lib_MathDouble.c,792 :: 		
+0x0DC9	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,793 :: 		
+0x0DCA	0x2E57      	GOTO       JPDRES032
+;__Lib_MathDouble.c,795 :: 		
+0x0DCB	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,796 :: 		
+0x0DCC	0x0676      	XORWF      R6, 0
+;__Lib_MathDouble.c,797 :: 		
+0x0DCD	0x3980      	ANDLW      128
+;__Lib_MathDouble.c,798 :: 		
+0x0DCE	0x00FA      	MOVWF      R10
+;__Lib_MathDouble.c,799 :: 		
+0x0DCF	0x17F2      	BSF        R2, 7
+;__Lib_MathDouble.c,800 :: 		
+0x0DD0	0x17F6      	BSF        R6, 7
+;__Lib_MathDouble.c,802 :: 		
+0x0DD1	0x01A1      	CLRF       __math_tempbD
+;__Lib_MathDouble.c,803 :: 		
+0x0DD2	0x0872      	MOVF       R2, 0
+;__Lib_MathDouble.c,804 :: 		
+0x0DD3	0x00F8      	MOVWF      R8
+;__Lib_MathDouble.c,805 :: 		
+0x0DD4	0x0871      	MOVF       R1, 0
+;__Lib_MathDouble.c,806 :: 		
+0x0DD5	0x00FC      	MOVWF      R12
+;__Lib_MathDouble.c,807 :: 		
+0x0DD6	0x0870      	MOVF       R0, 0
+;__Lib_MathDouble.c,808 :: 		
+0x0DD7	0x00FD      	MOVWF      R13
+;__Lib_MathDouble.c,810 :: 		
+0x0DD8	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,811 :: 		
+0x0DD9	0x02FD      	SUBWF      R13, 1
+;__Lib_MathDouble.c,812 :: 		
+0x0DDA	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,813 :: 		
+0x0DDB	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,814 :: 		
+0x0DDC	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,816 :: 		
+0x0DDD	0x02FC      	SUBWF      R12, 1
+;__Lib_MathDouble.c,817 :: 		
+0x0DDE	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,818 :: 		
+0x0DDF	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,819 :: 		
+0x0DE0	0x0F76      	INCFSZ     R6, 0
+;__Lib_MathDouble.c,821 :: 		
+0x0DE1	0x02F8      	SUBWF      R8, 1
+;__Lib_MathDouble.c,822 :: 		
+0x0DE2	0x01F8      	CLRF       R8
+;__Lib_MathDouble.c,823 :: 		
+0x0DE3	0x01FC      	CLRF       R12
+;__Lib_MathDouble.c,824 :: 		
+0x0DE4	0x01FD      	CLRF       R13
+;__Lib_MathDouble.c,825 :: 		
+0x0DE5	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,826 :: 		
+0x0DE6	0x2DEE      	GOTO       DALIGN32OK
+;__Lib_MathDouble.c,828 :: 		
+0x0DE7	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,829 :: 		
+0x0DE8	0x0CF2      	RRF        R2, 1
+;__Lib_MathDouble.c,830 :: 		
+0x0DE9	0x0CF1      	RRF        R1, 1
+;__Lib_MathDouble.c,831 :: 		
+0x0DEA	0x0CF0      	RRF        R0, 1
+;__Lib_MathDouble.c,832 :: 		
+0x0DEB	0x0CF8      	RRF        R8, 1
+;__Lib_MathDouble.c,833 :: 		
+0x0DEC	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,834 :: 		
+0x0DED	0x00A1      	MOVWF      __math_tempbD
+;__Lib_MathDouble.c,835 :: 		
+DALIGN32OK:
+;__Lib_MathDouble.c,836 :: 		
+0x0DEE	0x0877      	MOVF       R7, 0
+;__Lib_MathDouble.c,837 :: 		
+0x0DEF	0x02F3      	SUBWF      R3, 1
+;__Lib_MathDouble.c,838 :: 		
+0x0DF0	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,839 :: 		
+0x0DF1	0x2DF8      	GOTO       ALTB32
+;__Lib_MathDouble.c,841 :: 		
+0x0DF2	0x307E      	MOVLW      126
+;__Lib_MathDouble.c,842 :: 		
+0x0DF3	0x0721      	ADDWF      __math_tempbD, 0
+;__Lib_MathDouble.c,843 :: 		
+0x0DF4	0x07F3      	ADDWF      R3, 1
+;__Lib_MathDouble.c,844 :: 		
+0x0DF5	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,845 :: 		
+0x0DF6	0x2E5C      	GOTO       JPDSETFOV32
+;__Lib_MathDouble.c,846 :: 		
+0x0DF7	0x2DFD      	GOTO       DARGOK32
+;__Lib_MathDouble.c,847 :: 		
+ALTB32:
+;__Lib_MathDouble.c,848 :: 		
+0x0DF8	0x307E      	MOVLW      126
+;__Lib_MathDouble.c,849 :: 		
+0x0DF9	0x0721      	ADDWF      __math_tempbD, 0
+;__Lib_MathDouble.c,850 :: 		
+0x0DFA	0x07F3      	ADDWF      R3, 1
+;__Lib_MathDouble.c,851 :: 		
+0x0DFB	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,852 :: 		
+0x0DFC	0x2E61      	GOTO       JPDSETFUN32
+;__Lib_MathDouble.c,853 :: 		
+DARGOK32:
+;__Lib_MathDouble.c,854 :: 		
+0x0DFD	0x3018      	MOVLW      24
+;__Lib_MathDouble.c,856 :: 		
+0x0DFE	0x07FA      	ADDWF      R10, 1
+;__Lib_MathDouble.c,857 :: 		
+DLOOP32:
+;__Lib_MathDouble.c,858 :: 		
+0x0DFF	0x0DFD      	RLF        R13, 1
+;__Lib_MathDouble.c,859 :: 		
+0x0E00	0x0DFC      	RLF        R12, 1
+;__Lib_MathDouble.c,860 :: 		
+0x0E01	0x0DF8      	RLF        R8, 1
+;__Lib_MathDouble.c,861 :: 		
+0x0E02	0x0DF0      	RLF        R0, 1
+;__Lib_MathDouble.c,862 :: 		
+0x0E03	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,863 :: 		
+0x0E04	0x0DF2      	RLF        R2, 1
+;__Lib_MathDouble.c,864 :: 		
+0x0E05	0x0DA1      	RLF        __math_tempbD, 1
+;__Lib_MathDouble.c,866 :: 		
+0x0E06	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,867 :: 		
+0x0E07	0x02F0      	SUBWF      R0, 1
+;__Lib_MathDouble.c,868 :: 		
+0x0E08	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,869 :: 		
+0x0E09	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,870 :: 		
+0x0E0A	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,872 :: 		
+0x0E0B	0x02F1      	SUBWF      R1, 1
+;__Lib_MathDouble.c,873 :: 		
+0x0E0C	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,874 :: 		
+0x0E0D	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,875 :: 		
+0x0E0E	0x0F76      	INCFSZ     R6, 0
+;__Lib_MathDouble.c,877 :: 		
+0x0E0F	0x02F2      	SUBWF      R2, 1
+;__Lib_MathDouble.c,878 :: 		
+0x0E10	0x0D76      	RLF        R6, 0
+;__Lib_MathDouble.c,879 :: 		
+0x0E11	0x04A1      	IORWF       __math_tempbD, 1
+;__Lib_MathDouble.c,880 :: 		
+0x0E12	0x1C21      	BTFSS      __math_tempbD, 0
+;__Lib_MathDouble.c,881 :: 		
+0x0E13	0x2E16      	GOTO       DREST32
+;__Lib_MathDouble.c,882 :: 		
+0x0E14	0x147D      	BSF        R13, 0
+;__Lib_MathDouble.c,883 :: 		
+0x0E15	0x2E21      	GOTO       DOK32
+;__Lib_MathDouble.c,884 :: 		
+DREST32:
+;__Lib_MathDouble.c,885 :: 		
+0x0E16	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,886 :: 		
+0x0E17	0x07F0      	ADDWF      R0, 1
+;__Lib_MathDouble.c,887 :: 		
+0x0E18	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,888 :: 		
+0x0E19	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,889 :: 		
+0x0E1A	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,891 :: 		
+0x0E1B	0x07F1      	ADDWF      R1, 1
+;__Lib_MathDouble.c,892 :: 		
+0x0E1C	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,893 :: 		
+0x0E1D	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,894 :: 		
+0x0E1E	0x0A76      	INCF       R6, 0
+;__Lib_MathDouble.c,895 :: 		
+0x0E1F	0x07F2      	ADDWF      R2, 1
+;__Lib_MathDouble.c,896 :: 		
+0x0E20	0x107D      	BCF        R13, 0
+;__Lib_MathDouble.c,897 :: 		
+DOK32:
+;__Lib_MathDouble.c,899 :: 		
+0x0E21	0x03FA      	DECF       R10, 1
+;__Lib_MathDouble.c,900 :: 		
+0x0E22	0x301F      	MOVLW      31
+;__Lib_MathDouble.c,901 :: 		
+0x0E23	0x057A      	ANDWF      R10, 0
+;__Lib_MathDouble.c,902 :: 		
+0x0E24	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,903 :: 		
+0x0E25	0x2DFF      	GOTO       DLOOP32
+;__Lib_MathDouble.c,905 :: 		
+0x0E26	0x1B7B      	BTFSC      R11, 6
+;__Lib_MathDouble.c,906 :: 		
+0x0E27	0x1C7D      	BTFSS      R13, 0
+;__Lib_MathDouble.c,907 :: 		
+0x0E28	0x2E48      	GOTO       DIV32OK
+;__Lib_MathDouble.c,908 :: 		
+0x0E29	0x1003      	BCF        STATUS, 0
+;__Lib_MathDouble.c,909 :: 		
+0x0E2A	0x0DF0      	RLF        R0, 1
+;__Lib_MathDouble.c,910 :: 		
+0x0E2B	0x0DF1      	RLF        R1, 1
+;__Lib_MathDouble.c,911 :: 		
+0x0E2C	0x0DF2      	RLF        R2, 1
+;__Lib_MathDouble.c,912 :: 		
+0x0E2D	0x0DA1      	RLF        __math_tempbD, 1
+;__Lib_MathDouble.c,914 :: 		
+0x0E2E	0x0874      	MOVF       R4, 0
+;__Lib_MathDouble.c,915 :: 		
+0x0E2F	0x02F0      	SUBWF      R0, 1
+;__Lib_MathDouble.c,916 :: 		
+0x0E30	0x0875      	MOVF       R5, 0
+;__Lib_MathDouble.c,917 :: 		
+0x0E31	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,918 :: 		
+0x0E32	0x0F75      	INCFSZ     R5, 0
+;__Lib_MathDouble.c,919 :: 		
+0x0E33	0x02F1      	SUBWF      R1, 1
+;__Lib_MathDouble.c,920 :: 		
+0x0E34	0x0876      	MOVF       R6, 0
+;__Lib_MathDouble.c,921 :: 		
+0x0E35	0x1C03      	BTFSS      STATUS, 0
+;__Lib_MathDouble.c,922 :: 		
+0x0E36	0x0F76      	INCFSZ     R6, 0
+;__Lib_MathDouble.c,923 :: 		
+0x0E37	0x02F2      	SUBWF      R2, 1
+;__Lib_MathDouble.c,924 :: 		
+0x0E38	0x0D76      	RLF        R6, 0
+;__Lib_MathDouble.c,925 :: 		
+0x0E39	0x0421      	IORWF       __math_tempbD, 0
+;__Lib_MathDouble.c,926 :: 		
+0x0E3A	0x3901      	ANDLW      1
+;__Lib_MathDouble.c,927 :: 		
+0x0E3B	0x07FD      	ADDWF      R13, 1
+;__Lib_MathDouble.c,928 :: 		
+0x0E3C	0x1803      	BTFSC      STATUS, 0
+;__Lib_MathDouble.c,929 :: 		
+0x0E3D	0x0AFC      	INCF       R12, 1
+;__Lib_MathDouble.c,930 :: 		
+0x0E3E	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,931 :: 		
+0x0E3F	0x0AF8      	INCF       R8, 1
+;__Lib_MathDouble.c,932 :: 		
+0x0E40	0x1D03      	BTFSS      STATUS, 2
+;__Lib_MathDouble.c,933 :: 		
+0x0E41	0x2E48      	GOTO       DIV32OK
+;__Lib_MathDouble.c,934 :: 		
+0x0E42	0x0CF8      	RRF        R8, 1
+;__Lib_MathDouble.c,935 :: 		
+0x0E43	0x0CFC      	RRF        R12, 1
+;__Lib_MathDouble.c,936 :: 		
+0x0E44	0x0CFD      	RRF        R13, 1
+;__Lib_MathDouble.c,937 :: 		
+0x0E45	0x0AF3      	INCF       R3, 1
+;__Lib_MathDouble.c,938 :: 		
+0x0E46	0x1903      	BTFSC      STATUS, 2
+;__Lib_MathDouble.c,939 :: 		
+0x0E47	0x2E5C      	GOTO       JPDSETFOV32
+;__Lib_MathDouble.c,940 :: 		
+DIV32OK:
+;__Lib_MathDouble.c,941 :: 		
+0x0E48	0x1FFA      	BTFSS      R10, 7
+;__Lib_MathDouble.c,942 :: 		
+0x0E49	0x13F8      	BCF        R8, 7
+;__Lib_MathDouble.c,943 :: 		
+0x0E4A	0x0878      	MOVF       R8, 0
+;__Lib_MathDouble.c,944 :: 		
+0x0E4B	0x00F2      	MOVWF      R2
+;__Lib_MathDouble.c,945 :: 		
+0x0E4C	0x087C      	MOVF       R12, 0
+;__Lib_MathDouble.c,946 :: 		
+0x0E4D	0x00F1      	MOVWF      R1
+;__Lib_MathDouble.c,947 :: 		
+0x0E4E	0x087D      	MOVF       R13, 0
+;__Lib_MathDouble.c,948 :: 		
+0x0E4F	0x00F0      	MOVWF      R0
+;__Lib_MathDouble.c,950 :: 		
+0x0E50	0x3000      	MOVLW      0
+;__Lib_MathDouble.c,952 :: 		
+0x0E51	0x2E65      	GOTO       DIV32EEE
+;__Lib_MathDouble.c,953 :: 		
+JPDSETFDZ32:
+;__Lib_MathDouble.c,954 :: 		
+0x0E52	0x3001      	MOVLW      1
+;__Lib_MathDouble.c,957 :: 		
+0x0E53	0x3180      	MOVLP      0
+0x0E54	0x2723      	CALL       _SETFDZ32
+0x0E55	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,959 :: 		
+0x0E56	0x2E65      	GOTO       DIV32EEE
+;__Lib_MathDouble.c,960 :: 		
+JPDRES032:
+;__Lib_MathDouble.c,961 :: 		
+0x0E57	0x3002      	MOVLW      2
+;__Lib_MathDouble.c,964 :: 		
+0x0E58	0x3180      	MOVLP      0
+0x0E59	0x2426      	CALL       _RES032
+0x0E5A	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,966 :: 		
+0x0E5B	0x2E65      	GOTO       DIV32EEE
+;__Lib_MathDouble.c,967 :: 		
+JPDSETFOV32:
+;__Lib_MathDouble.c,968 :: 		
+0x0E5C	0x3004      	MOVLW      4
+;__Lib_MathDouble.c,971 :: 		
+0x0E5D	0x3180      	MOVLP      0
+0x0E5E	0x243D      	CALL       _SETFOV32
+0x0E5F	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,973 :: 		
+0x0E60	0x2E65      	GOTO       DIV32EEE
+;__Lib_MathDouble.c,974 :: 		
+JPDSETFUN32:
+;__Lib_MathDouble.c,975 :: 		
+0x0E61	0x3008      	MOVLW      8
+;__Lib_MathDouble.c,978 :: 		
+0x0E62	0x3180      	MOVLP      0
+0x0E63	0x2360      	CALL       _SETFUN32
+0x0E64	0x3188      	MOVLP      8
+;__Lib_MathDouble.c,980 :: 		
+DIV32EEE:
+;__Lib_MathDouble.c,981 :: 		
+0x0E65	0x0000      	NOP
+;__Lib_MathDouble.c,990 :: 		
+L_end_Div_32x32_FP:
+0x0E66	0x0008      	RETURN
+; end of _Div_32x32_FP
+_get_reverse:
+;main.c,526 :: 		int get_reverse(void){
+;main.c,529 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+0x0E67	0x3043      	MOVLW      67
+0x0E68	0x0144      	MOVLB      4
+0x0E69	0x00A3      	MOVWF      FARG_ADC_Init_Advanced_reference
+0x0E6A	0x3180      	MOVLP      0
+0x0E6B	0x2297      	CALL       _ADC_Init_Advanced
+0x0E6C	0x3188      	MOVLP      8
+;main.c,530 :: 		Delay_us(100);
+0x0E6D	0x3002      	MOVLW      2
+0x0E6E	0x00FC      	MOVWF      R12
+0x0E6F	0x3008      	MOVLW      8
+0x0E70	0x00FD      	MOVWF      R13
+L_get_reverse131:
+0x0E71	0x0BFD      	DECFSZ     R13, 1
+0x0E72	0x2E71      	GOTO       L_get_reverse131
+0x0E73	0x0BFC      	DECFSZ     R12, 1
+0x0E74	0x2E71      	GOTO       L_get_reverse131
+0x0E75	0x0000      	NOP
+;main.c,531 :: 		v = ADC_Get_Sample(REV_input);
+0x0E76	0x300A      	MOVLW      10
+0x0E77	0x0144      	MOVLB      4
+0x0E78	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0E79	0x3180      	MOVLP      0
+0x0E7A	0x236C      	CALL       _ADC_Get_Sample
+0x0E7B	0x3188      	MOVLP      8
+0x0E7C	0x0870      	MOVF       R0, 0
+0x0E7D	0x0143      	MOVLB      3
+0x0E7E	0x00EE      	MOVWF      get_reverse_v_L0
+0x0E7F	0x0871      	MOVF       R1, 0
+0x0E80	0x00EF      	MOVWF      get_reverse_v_L0+1
+;main.c,532 :: 		if(v==1023){
+0x0E81	0x0871      	MOVF       R1, 0
+0x0E82	0x3A03      	XORLW      3
+0x0E83	0x1D03      	BTFSS      STATUS, 2
+0x0E84	0x2E87      	GOTO       L__get_reverse340
+0x0E85	0x30FF      	MOVLW      255
+0x0E86	0x0670      	XORWF      R0, 0
+L__get_reverse340:
+0x0E87	0x1D03      	BTFSS      STATUS, 2
+0x0E88	0x2EA5      	GOTO       L_get_reverse132
+;main.c,533 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+0x0E89	0x3083      	MOVLW      131
+0x0E8A	0x0144      	MOVLB      4
+0x0E8B	0x00A3      	MOVWF      FARG_ADC_Init_Advanced_reference
+0x0E8C	0x3180      	MOVLP      0
+0x0E8D	0x2297      	CALL       _ADC_Init_Advanced
+0x0E8E	0x3188      	MOVLP      8
+;main.c,534 :: 		Delay_us(100);
+0x0E8F	0x3002      	MOVLW      2
+0x0E90	0x00FC      	MOVWF      R12
+0x0E91	0x3008      	MOVLW      8
+0x0E92	0x00FD      	MOVWF      R13
+L_get_reverse133:
+0x0E93	0x0BFD      	DECFSZ     R13, 1
+0x0E94	0x2E93      	GOTO       L_get_reverse133
+0x0E95	0x0BFC      	DECFSZ     R12, 1
+0x0E96	0x2E93      	GOTO       L_get_reverse133
+0x0E97	0x0000      	NOP
+;main.c,535 :: 		v = ADC_Get_Sample(REV_input) * 2;
+0x0E98	0x300A      	MOVLW      10
+0x0E99	0x0144      	MOVLB      4
+0x0E9A	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0E9B	0x3180      	MOVLP      0
+0x0E9C	0x236C      	CALL       _ADC_Get_Sample
+0x0E9D	0x3188      	MOVLP      8
+0x0E9E	0x0870      	MOVF       R0, 0
+0x0E9F	0x0143      	MOVLB      3
+0x0EA0	0x00EE      	MOVWF      get_reverse_v_L0
+0x0EA1	0x0871      	MOVF       R1, 0
+0x0EA2	0x00EF      	MOVWF      get_reverse_v_L0+1
+0x0EA3	0x35EE      	LSLF       get_reverse_v_L0, 1
+0x0EA4	0x0DEF      	RLF        get_reverse_v_L0+1, 1
+;main.c,536 :: 		}
+L_get_reverse132:
+;main.c,537 :: 		if(v==2046){
+0x0EA5	0x086F      	MOVF       get_reverse_v_L0+1, 0
+0x0EA6	0x3A07      	XORLW      7
+0x0EA7	0x1D03      	BTFSS      STATUS, 2
+0x0EA8	0x2EAB      	GOTO       L__get_reverse341
+0x0EA9	0x30FE      	MOVLW      254
+0x0EAA	0x066E      	XORWF      get_reverse_v_L0, 0
+L__get_reverse341:
+0x0EAB	0x1D03      	BTFSS      STATUS, 2
+0x0EAC	0x2EFC      	GOTO       L_get_reverse134
+;main.c,538 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+0x0EAD	0x0144      	MOVLB      4
+0x0EAE	0x01A3      	CLRF       FARG_ADC_Init_Advanced_reference
+0x0EAF	0x3180      	MOVLP      0
+0x0EB0	0x2297      	CALL       _ADC_Init_Advanced
+0x0EB1	0x3188      	MOVLP      8
+;main.c,539 :: 		Delay_us(100);
+0x0EB2	0x3002      	MOVLW      2
+0x0EB3	0x00FC      	MOVWF      R12
+0x0EB4	0x3008      	MOVLW      8
+0x0EB5	0x00FD      	MOVWF      R13
+L_get_reverse135:
+0x0EB6	0x0BFD      	DECFSZ     R13, 1
+0x0EB7	0x2EB6      	GOTO       L_get_reverse135
+0x0EB8	0x0BFC      	DECFSZ     R12, 1
+0x0EB9	0x2EB6      	GOTO       L_get_reverse135
+0x0EBA	0x0000      	NOP
+;main.c,540 :: 		v = ADC_Get_Sample(REV_input);
+0x0EBB	0x300A      	MOVLW      10
+0x0EBC	0x0144      	MOVLB      4
+0x0EBD	0x00A3      	MOVWF      FARG_ADC_Get_Sample_channel
+0x0EBE	0x3180      	MOVLP      0
+0x0EBF	0x236C      	CALL       _ADC_Get_Sample
+0x0EC0	0x3188      	MOVLP      8
+0x0EC1	0x0870      	MOVF       R0, 0
+0x0EC2	0x0143      	MOVLB      3
+0x0EC3	0x00EE      	MOVWF      get_reverse_v_L0
+0x0EC4	0x0871      	MOVF       R1, 0
+0x0EC5	0x00EF      	MOVWF      get_reverse_v_L0+1
+;main.c,541 :: 		if(v==1023) Overflow = 1;
+0x0EC6	0x0871      	MOVF       R1, 0
+0x0EC7	0x3A03      	XORLW      3
+0x0EC8	0x1D03      	BTFSS      STATUS, 2
+0x0EC9	0x2ECC      	GOTO       L__get_reverse342
+0x0ECA	0x30FF      	MOVLW      255
+0x0ECB	0x0670      	XORWF      R0, 0
+L__get_reverse342:
+0x0ECC	0x1D03      	BTFSS      STATUS, 2
+0x0ECD	0x2ECF      	GOTO       L_get_reverse136
+0x0ECE	0x1520      	BSF        _Overflow, BitPos(_Overflow+0)
+L_get_reverse136:
+;main.c,542 :: 		get_batt();
+0x0ECF	0x3180      	MOVLP      0
+0x0ED0	0x2707      	CALL       _get_batt
+0x0ED1	0x3188      	MOVLP      8
+;main.c,543 :: 		d = (long)v * (long)Voltage;
+0x0ED2	0x086E      	MOVF       get_reverse_v_L0, 0
+0x0ED3	0x00F4      	MOVWF      R4
+0x0ED4	0x086F      	MOVF       get_reverse_v_L0+1, 0
+0x0ED5	0x00F5      	MOVWF      R5
+0x0ED6	0x01F6      	CLRF       R6
+0x0ED7	0x01F7      	CLRF       R7
+0x0ED8	0x0829      	MOVF       _Voltage, 0
+0x0ED9	0x00F0      	MOVWF      R0
+0x0EDA	0x082A      	MOVF       _Voltage+1, 0
+0x0EDB	0x00F1      	MOVWF      R1
+0x0EDC	0x3000      	MOVLW      0
+0x0EDD	0x1BF1      	BTFSC      R1, 7
+0x0EDE	0x30FF      	MOVLW      255
+0x0EDF	0x00F2      	MOVWF      R2
+0x0EE0	0x00F3      	MOVWF      R3
+0x0EE1	0x3180      	MOVLP      0
+0x0EE2	0x21BE      	CALL       _Mul_32x32_U
+0x0EE3	0x3188      	MOVLP      8
+;main.c,544 :: 		d = d / 1024;
+0x0EE4	0x300A      	MOVLW      10
+0x0EE5	0x00F8      	MOVWF      R8
+0x0EE6	0x0870      	MOVF       R0, 0
+0x0EE7	0x00F4      	MOVWF      R4
+0x0EE8	0x0871      	MOVF       R1, 0
+0x0EE9	0x00F5      	MOVWF      R5
+0x0EEA	0x0872      	MOVF       R2, 0
+0x0EEB	0x00F6      	MOVWF      R6
+0x0EEC	0x0873      	MOVF       R3, 0
+0x0EED	0x00F7      	MOVWF      R7
+0x0EEE	0x0878      	MOVF       R8, 0
+L__get_reverse343:
+0x0EEF	0x1903      	BTFSC      STATUS, 2
+0x0EF0	0x2EF7      	GOTO       L__get_reverse344
+0x0EF1	0x36F7      	LSRF       R7, 1
+0x0EF2	0x0CF6      	RRF        R6, 1
+0x0EF3	0x0CF5      	RRF        R5, 1
+0x0EF4	0x0CF4      	RRF        R4, 1
+0x0EF5	0x3EFF      	ADDLW      255
+0x0EF6	0x2EEF      	GOTO       L__get_reverse343
+L__get_reverse344:
+;main.c,545 :: 		v = (int)d;
+0x0EF7	0x0874      	MOVF       R4, 0
+0x0EF8	0x0143      	MOVLB      3
+0x0EF9	0x00EE      	MOVWF      get_reverse_v_L0
+0x0EFA	0x0875      	MOVF       R5, 0
+0x0EFB	0x00EF      	MOVWF      get_reverse_v_L0+1
+;main.c,546 :: 		}
+L_get_reverse134:
+;main.c,547 :: 		return v;
+0x0EFC	0x086E      	MOVF       get_reverse_v_L0, 0
+0x0EFD	0x00F0      	MOVWF      R0
+0x0EFE	0x086F      	MOVF       get_reverse_v_L0+1, 0
+0x0EFF	0x00F1      	MOVWF      R1
+;main.c,548 :: 		}
+L_end_get_reverse:
+0x0F00	0x0008      	RETURN
+; end of _get_reverse
+_correction:
+;main.c,511 :: 		int correction(int input) {
+;main.c,512 :: 		input *= 2;
+0x0F01	0x0143      	MOVLB      3
+0x0F02	0x086E      	MOVF       FARG_correction_input, 0
+0x0F03	0x00F1      	MOVWF      R1
+0x0F04	0x086F      	MOVF       FARG_correction_input+1, 0
+0x0F05	0x00F2      	MOVWF      R2
+0x0F06	0x35F1      	LSLF       R1, 1
+0x0F07	0x0DF2      	RLF        R2, 1
+0x0F08	0x0871      	MOVF       R1, 0
+0x0F09	0x00EE      	MOVWF      FARG_correction_input
+0x0F0A	0x0872      	MOVF       R2, 0
+0x0F0B	0x00EF      	MOVWF      FARG_correction_input+1
+;main.c,514 :: 		if(input <= 543) input += 256;
+0x0F0C	0x3080      	MOVLW      128
+0x0F0D	0x3A02      	XORLW      2
+0x0F0E	0x00F0      	MOVWF      R0
+0x0F0F	0x3080      	MOVLW      128
+0x0F10	0x0672      	XORWF      R2, 0
+0x0F11	0x0270      	SUBWF      R0, 0
+0x0F12	0x1D03      	BTFSS      STATUS, 2
+0x0F13	0x2F16      	GOTO       L__correction332
+0x0F14	0x0871      	MOVF       R1, 0
+0x0F15	0x3C1F      	SUBLW      31
+L__correction332:
+0x0F16	0x1C03      	BTFSS      STATUS, 0
+0x0F17	0x2F1D      	GOTO       L_correction117
+0x0F18	0x3000      	MOVLW      0
+0x0F19	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F1A	0x3001      	MOVLW      1
+0x0F1B	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F1C	0x2F87      	GOTO       L_correction118
+L_correction117:
+;main.c,515 :: 		else if(input <= 791) input += 274;
+0x0F1D	0x3080      	MOVLW      128
+0x0F1E	0x3A03      	XORLW      3
+0x0F1F	0x00F0      	MOVWF      R0
+0x0F20	0x3080      	MOVLW      128
+0x0F21	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F22	0x0270      	SUBWF      R0, 0
+0x0F23	0x1D03      	BTFSS      STATUS, 2
+0x0F24	0x2F27      	GOTO       L__correction333
+0x0F25	0x086E      	MOVF       FARG_correction_input, 0
+0x0F26	0x3C17      	SUBLW      23
+L__correction333:
+0x0F27	0x1C03      	BTFSS      STATUS, 0
+0x0F28	0x2F2E      	GOTO       L_correction119
+0x0F29	0x3012      	MOVLW      18
+0x0F2A	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F2B	0x3001      	MOVLW      1
+0x0F2C	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F2D	0x2F87      	GOTO       L_correction120
+L_correction119:
+;main.c,516 :: 		else if(input <= 1225) input += 288;
+0x0F2E	0x3080      	MOVLW      128
+0x0F2F	0x3A04      	XORLW      4
+0x0F30	0x00F0      	MOVWF      R0
+0x0F31	0x3080      	MOVLW      128
+0x0F32	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F33	0x0270      	SUBWF      R0, 0
+0x0F34	0x1D03      	BTFSS      STATUS, 2
+0x0F35	0x2F38      	GOTO       L__correction334
+0x0F36	0x086E      	MOVF       FARG_correction_input, 0
+0x0F37	0x3CC9      	SUBLW      201
+L__correction334:
+0x0F38	0x1C03      	BTFSS      STATUS, 0
+0x0F39	0x2F3F      	GOTO       L_correction121
+0x0F3A	0x3020      	MOVLW      32
+0x0F3B	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F3C	0x3001      	MOVLW      1
+0x0F3D	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F3E	0x2F87      	GOTO       L_correction122
+L_correction121:
+;main.c,517 :: 		else if(input <= 1991) input += 286;
+0x0F3F	0x3080      	MOVLW      128
+0x0F40	0x3A07      	XORLW      7
+0x0F41	0x00F0      	MOVWF      R0
+0x0F42	0x3080      	MOVLW      128
+0x0F43	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F44	0x0270      	SUBWF      R0, 0
+0x0F45	0x1D03      	BTFSS      STATUS, 2
+0x0F46	0x2F49      	GOTO       L__correction335
+0x0F47	0x086E      	MOVF       FARG_correction_input, 0
+0x0F48	0x3CC7      	SUBLW      199
+L__correction335:
+0x0F49	0x1C03      	BTFSS      STATUS, 0
+0x0F4A	0x2F50      	GOTO       L_correction123
+0x0F4B	0x301E      	MOVLW      30
+0x0F4C	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F4D	0x3001      	MOVLW      1
+0x0F4E	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F4F	0x2F87      	GOTO       L_correction124
+L_correction123:
+;main.c,518 :: 		else if(input <= 2766) input += 288;
+0x0F50	0x3080      	MOVLW      128
+0x0F51	0x3A0A      	XORLW      10
+0x0F52	0x00F0      	MOVWF      R0
+0x0F53	0x3080      	MOVLW      128
+0x0F54	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F55	0x0270      	SUBWF      R0, 0
+0x0F56	0x1D03      	BTFSS      STATUS, 2
+0x0F57	0x2F5A      	GOTO       L__correction336
+0x0F58	0x086E      	MOVF       FARG_correction_input, 0
+0x0F59	0x3CCE      	SUBLW      206
+L__correction336:
+0x0F5A	0x1C03      	BTFSS      STATUS, 0
+0x0F5B	0x2F61      	GOTO       L_correction125
+0x0F5C	0x3020      	MOVLW      32
+0x0F5D	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F5E	0x3001      	MOVLW      1
+0x0F5F	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F60	0x2F87      	GOTO       L_correction126
+L_correction125:
+;main.c,519 :: 		else if(input <= 3970) input += 260;
+0x0F61	0x3080      	MOVLW      128
+0x0F62	0x3A0F      	XORLW      15
+0x0F63	0x00F0      	MOVWF      R0
+0x0F64	0x3080      	MOVLW      128
+0x0F65	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F66	0x0270      	SUBWF      R0, 0
+0x0F67	0x1D03      	BTFSS      STATUS, 2
+0x0F68	0x2F6B      	GOTO       L__correction337
+0x0F69	0x086E      	MOVF       FARG_correction_input, 0
+0x0F6A	0x3C82      	SUBLW      130
+L__correction337:
+0x0F6B	0x1C03      	BTFSS      STATUS, 0
+0x0F6C	0x2F72      	GOTO       L_correction127
+0x0F6D	0x3004      	MOVLW      4
+0x0F6E	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F6F	0x3001      	MOVLW      1
+0x0F70	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F71	0x2F87      	GOTO       L_correction128
+L_correction127:
+;main.c,520 :: 		else if(input <= 5100) input += 250;
+0x0F72	0x3080      	MOVLW      128
+0x0F73	0x3A13      	XORLW      19
+0x0F74	0x00F0      	MOVWF      R0
+0x0F75	0x3080      	MOVLW      128
+0x0F76	0x066F      	XORWF      FARG_correction_input+1, 0
+0x0F77	0x0270      	SUBWF      R0, 0
+0x0F78	0x1D03      	BTFSS      STATUS, 2
+0x0F79	0x2F7C      	GOTO       L__correction338
+0x0F7A	0x086E      	MOVF       FARG_correction_input, 0
+0x0F7B	0x3CEC      	SUBLW      236
+L__correction338:
+0x0F7C	0x1C03      	BTFSS      STATUS, 0
+0x0F7D	0x2F83      	GOTO       L_correction129
+0x0F7E	0x30FA      	MOVLW      250
+0x0F7F	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F80	0x3000      	MOVLW      0
+0x0F81	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+0x0F82	0x2F87      	GOTO       L_correction130
+L_correction129:
+;main.c,521 :: 		else  input += 240;
+0x0F83	0x30F0      	MOVLW      240
+0x0F84	0x07EE      	ADDWF      FARG_correction_input, 1
+0x0F85	0x3000      	MOVLW      0
+0x0F86	0x3DEF      	ADDWFC     FARG_correction_input+1, 1
+L_correction130:
+L_correction128:
+L_correction126:
+L_correction124:
+L_correction122:
+L_correction120:
+L_correction118:
+;main.c,523 :: 		return input;
+0x0F87	0x086E      	MOVF       FARG_correction_input, 0
+0x0F88	0x00F0      	MOVWF      R0
+0x0F89	0x086F      	MOVF       FARG_correction_input+1, 0
+0x0F8A	0x00F1      	MOVWF      R1
+;main.c,524 :: 		}
+L_end_correction:
+0x0F8B	0x0008      	RETURN
+; end of _correction
+_Div_16x16_S_L:
+;__Lib_Math.c,416 :: 		
+;__Lib_Math.c,422 :: 		
+0x0F8C	0x0D71      	RLF        R1, 0
+;__Lib_Math.c,423 :: 		
+0x0F8D	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,424 :: 		
+0x0F8E	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,425 :: 		
+0x0F8F	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,426 :: 		
+0x0F90	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,427 :: 		
+0x0F91	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,428 :: 		
+0x0F92	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,429 :: 		
+0x0F93	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,430 :: 		
+0x0F94	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,431 :: 		
+0x0F95	0x0DF0      	RLF        R0, 1
+;__Lib_Math.c,432 :: 		
+0x0F96	0x0DF1      	RLF        R1, 1
+;__Lib_Math.c,434 :: 		
+0x0F97	0x300F      	MOVLW      15
+;__Lib_Math.c,435 :: 		
+0x0F98	0x00FC      	MOVWF      R12
+;__Lib_Math.c,437 :: 		
+0x0F99	0x0D71      	RLF        R1, 0
+;__Lib_Math.c,438 :: 		
+0x0F9A	0x0DF8      	RLF        R8, 1
+;__Lib_Math.c,439 :: 		
+0x0F9B	0x0DF9      	RLF        R9, 1
+;__Lib_Math.c,440 :: 		
+0x0F9C	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,442 :: 		
+0x0F9D	0x1C70      	BTFSS      R0, 0
+;__Lib_Math.c,443 :: 		
+0x0F9E	0x2FA5      	GOTO       $+7
+;__Lib_Math.c,444 :: 		
+0x0F9F	0x02F8      	SUBWF      R8, 1
+;__Lib_Math.c,445 :: 		
+0x0FA0	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,446 :: 		
+0x0FA1	0x1C03      	BTFSS      STATUS, 0
+;__Lib_Math.c,447 :: 		
+0x0FA2	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,448 :: 		
+0x0FA3	0x02F9      	SUBWF      R9, 1
+;__Lib_Math.c,449 :: 		
+0x0FA4	0x2FAA      	GOTO       $+6
+;__Lib_Math.c,451 :: 		
+0x0FA5	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,452 :: 		
+0x0FA6	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,453 :: 		
+0x0FA7	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,454 :: 		
+0x0FA8	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,455 :: 		
+0x0FA9	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,457 :: 		
+0x0FAA	0x0DF0      	RLF        R0, 1
+;__Lib_Math.c,458 :: 		
+0x0FAB	0x0DF1      	RLF        R1, 1
+;__Lib_Math.c,460 :: 		
+0x0FAC	0x0BFC      	DECFSZ     R12, 1
+;__Lib_Math.c,461 :: 		
+0x0FAD	0x2F99      	GOTO       $-20
+;__Lib_Math.c,463 :: 		
+0x0FAE	0x1870      	BTFSC      R0, 0
+;__Lib_Math.c,464 :: 		
+0x0FAF	0x2FB6      	GOTO       $+7
+;__Lib_Math.c,465 :: 		
+0x0FB0	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,466 :: 		
+0x0FB1	0x07F8      	ADDWF      R8, 1
+;__Lib_Math.c,467 :: 		
+0x0FB2	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,468 :: 		
+0x0FB3	0x1803      	BTFSC      STATUS, 0
+;__Lib_Math.c,469 :: 		
+0x0FB4	0x0F75      	INCFSZ     R5, 0
+;__Lib_Math.c,470 :: 		
+0x0FB5	0x07F9      	ADDWF      R9, 1
+;__Lib_Math.c,471 :: 		
+0x0FB6	0x0000      	NOP
+;__Lib_Math.c,473 :: 		
+L_end_Div_16x16_S_L:
+0x0FB7	0x0008      	RETURN
+; end of _Div_16x16_S_L
+_Btn_xlong:
+;main.c,324 :: 		void Btn_xlong(){
+;main.c,325 :: 		B_xlong = 0;
+0x0FB8	0x0143      	MOVLB      3
+0x0FB9	0x1220      	BCF        _B_xlong, BitPos(_B_xlong+0)
+;main.c,326 :: 		btn_cnt = 0;
+0x0FBA	0x0142      	MOVLB      2
+0x0FBB	0x01BB      	CLRF       _btn_cnt
+0x0FBC	0x01BC      	CLRF       _btn_cnt+1
+0x0FBD	0x01BD      	CLRF       _btn_cnt+2
+0x0FBE	0x01BE      	CLRF       _btn_cnt+3
+;main.c,327 :: 		oled_clear();
+0x0FBF	0x3180      	MOVLP      0
+0x0FC0	0x2449      	CALL       _oled_clear
+0x0FC1	0x3188      	MOVLP      8
+;main.c,328 :: 		oled_wr_str(1, 0, " POWER OFF ", 11);
+0x0FC2	0x3001      	MOVLW      1
+0x0FC3	0x0144      	MOVLB      4
+0x0FC4	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x0FC5	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x0FC6	0x302F      	MOVLW      ?lstr14_main
+0x0FC7	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x0FC8	0x3001      	MOVLW      hi_addr(?lstr14_main)
+0x0FC9	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x0FCA	0x300B      	MOVLW      11
+0x0FCB	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x0FCC	0x3180      	MOVLP      0
+0x0FCD	0x246D      	CALL       _oled_wr_str
+0x0FCE	0x3188      	MOVLP      8
+;main.c,329 :: 		Delay_ms(2000);
+0x0FCF	0x3052      	MOVLW      82
+0x0FD0	0x00FB      	MOVWF      R11
+0x0FD1	0x302B      	MOVLW      43
+0x0FD2	0x00FC      	MOVWF      R12
+0x0FD3	0x3000      	MOVLW      0
+0x0FD4	0x00FD      	MOVWF      R13
+L_Btn_xlong93:
+0x0FD5	0x0BFD      	DECFSZ     R13, 1
+0x0FD6	0x2FD5      	GOTO       L_Btn_xlong93
+0x0FD7	0x0BFC      	DECFSZ     R12, 1
+0x0FD8	0x2FD5      	GOTO       L_Btn_xlong93
+0x0FD9	0x0BFB      	DECFSZ     R11, 1
+0x0FDA	0x2FD5      	GOTO       L_Btn_xlong93
+0x0FDB	0x0000      	NOP
+;main.c,330 :: 		power_off();
+0x0FDC	0x3198      	MOVLP      24
+0x0FDD	0x2182      	CALL       _power_off
+0x0FDE	0x3188      	MOVLP      8
+;main.c,331 :: 		return;
+;main.c,332 :: 		}
+L_end_Btn_xlong:
+0x0FDF	0x0008      	RETURN
+; end of _Btn_xlong
+_Ext_long:
+;main.c,352 :: 		void Ext_long(){
+;main.c,353 :: 		Green = 0;
+0x0FE0	0x0140      	MOVLB      0
+0x0FE1	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,354 :: 		OLED_PWD = 1;
+0x0FE2	0x1616      	BSF        LATA4_bit, BitPos(LATA4_bit+0)
+;main.c,355 :: 		tune();
+0x0FE3	0x3190      	MOVLP      16
+0x0FE4	0x259D      	CALL       _tune
+0x0FE5	0x3188      	MOVLP      8
+;main.c,356 :: 		SWR_ind = SWR;
+0x0FE6	0x0143      	MOVLB      3
+0x0FE7	0x083B      	MOVF       _SWR, 0
+0x0FE8	0x0142      	MOVLB      2
+0x0FE9	0x00C0      	MOVWF      _SWR_ind
+0x0FEA	0x0143      	MOVLB      3
+0x0FEB	0x083C      	MOVF       _SWR+1, 0
+0x0FEC	0x0142      	MOVLB      2
+0x0FED	0x00C1      	MOVWF      _SWR_ind+1
+;main.c,357 :: 		Green = 1;
+0x0FEE	0x0140      	MOVLB      0
+0x0FEF	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,358 :: 		E_long = 0;
+0x0FF0	0x0143      	MOVLB      3
+0x0FF1	0x10A0      	BCF        _E_long, BitPos(_E_long+0)
+;main.c,359 :: 		return;
+;main.c,360 :: 		}
+L_end_Ext_long:
+0x0FF2	0x0008      	RETURN
+; end of _Ext_long
+_Btn_short:
+;main.c,362 :: 		void Btn_short(){
+;main.c,363 :: 		Green = 0;
+0x1000	0x0140      	MOVLB      0
+0x1001	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,364 :: 		atu_reset();
+0x1002	0x3180      	MOVLP      0
+0x1003	0x27C8      	CALL       _atu_reset
+0x1004	0x3190      	MOVLP      16
+;main.c,365 :: 		oled_wr_str(2, 0, "RESET    ", 9);
+0x1005	0x3002      	MOVLW      2
+0x1006	0x0144      	MOVLB      4
+0x1007	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1008	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1009	0x3065      	MOVLW      ?lstr18_main
+0x100A	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x100B	0x3000      	MOVLW      hi_addr(?lstr18_main)
+0x100C	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x100D	0x3009      	MOVLW      9
+0x100E	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x100F	0x3180      	MOVLP      0
+0x1010	0x246D      	CALL       _oled_wr_str
+0x1011	0x3190      	MOVLP      16
+;main.c,366 :: 		Delay_ms(600);
+0x1012	0x3019      	MOVLW      25
+0x1013	0x00FB      	MOVWF      R11
+0x1014	0x305A      	MOVLW      90
+0x1015	0x00FC      	MOVWF      R12
+0x1016	0x30B1      	MOVLW      177
+0x1017	0x00FD      	MOVWF      R13
+L_Btn_short94:
+0x1018	0x0BFD      	DECFSZ     R13, 1
+0x1019	0x2818      	GOTO       L_Btn_short94
+0x101A	0x0BFC      	DECFSZ     R12, 1
+0x101B	0x2818      	GOTO       L_Btn_short94
+0x101C	0x0BFB      	DECFSZ     R11, 1
+0x101D	0x2818      	GOTO       L_Btn_short94
+0x101E	0x0000      	NOP
+0x101F	0x0000      	NOP
+;main.c,367 :: 		oled_wr_str(2, 0, "SWR  ", 5);
+0x1020	0x3002      	MOVLW      2
+0x1021	0x0144      	MOVLB      4
+0x1022	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1023	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1024	0x30A0      	MOVLW      ?lstr19_main
+0x1025	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1026	0x3000      	MOVLW      hi_addr(?lstr19_main)
+0x1027	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1028	0x3005      	MOVLW      5
+0x1029	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x102A	0x3180      	MOVLP      0
+0x102B	0x246D      	CALL       _oled_wr_str
+0x102C	0x3190      	MOVLP      16
+;main.c,368 :: 		oled_wr_str(2, 42, "=", 1);
+0x102D	0x3002      	MOVLW      2
+0x102E	0x0144      	MOVLB      4
+0x102F	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1030	0x302A      	MOVLW      42
+0x1031	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1032	0x30A6      	MOVLW      ?lstr20_main
+0x1033	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1034	0x3000      	MOVLW      hi_addr(?lstr20_main)
+0x1035	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1036	0x3001      	MOVLW      1
+0x1037	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1038	0x3180      	MOVLP      0
+0x1039	0x246D      	CALL       _oled_wr_str
+0x103A	0x3190      	MOVLP      16
+;main.c,369 :: 		oled_wr_str(2, 60, "0.00", 4);
+0x103B	0x3002      	MOVLW      2
+0x103C	0x0144      	MOVLB      4
+0x103D	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x103E	0x303C      	MOVLW      60
+0x103F	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1040	0x305F      	MOVLW      ?lstr21_main
+0x1041	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1042	0x3000      	MOVLW      hi_addr(?lstr21_main)
+0x1043	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1044	0x3004      	MOVLW      4
+0x1045	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1046	0x3180      	MOVLP      0
+0x1047	0x246D      	CALL       _oled_wr_str
+0x1048	0x3190      	MOVLP      16
+;main.c,370 :: 		SWR_fixed_old = 100;
+0x1049	0x3064      	MOVLW      100
+0x104A	0x0142      	MOVLB      2
+0x104B	0x00CA      	MOVWF      _SWR_fixed_old
+0x104C	0x3000      	MOVLW      0
+0x104D	0x00CB      	MOVWF      _SWR_fixed_old+1
+;main.c,371 :: 		Delay_ms(300);
+0x104E	0x300D      	MOVLW      13
+0x104F	0x00FB      	MOVWF      R11
+0x1050	0x302D      	MOVLW      45
+0x1051	0x00FC      	MOVWF      R12
+0x1052	0x30D7      	MOVLW      215
+0x1053	0x00FD      	MOVWF      R13
+L_Btn_short95:
+0x1054	0x0BFD      	DECFSZ     R13, 1
+0x1055	0x2854      	GOTO       L_Btn_short95
+0x1056	0x0BFC      	DECFSZ     R12, 1
+0x1057	0x2854      	GOTO       L_Btn_short95
+0x1058	0x0BFB      	DECFSZ     R11, 1
+0x1059	0x2854      	GOTO       L_Btn_short95
+0x105A	0x0000      	NOP
+0x105B	0x0000      	NOP
+;main.c,372 :: 		Green = 1;
+0x105C	0x0140      	MOVLB      0
+0x105D	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,373 :: 		B_short = 0;
+0x105E	0x0143      	MOVLB      3
+0x105F	0x1320      	BCF        _B_short, BitPos(_B_short+0)
+;main.c,374 :: 		E_short = 0;
+0x1060	0x1020      	BCF        _E_short, BitPos(_E_short+0)
+;main.c,375 :: 		btn_1_cnt = 0;
+0x1061	0x0140      	MOVLB      0
+0x1062	0x01E4      	CLRF       _btn_1_cnt
+;main.c,376 :: 		volt_cnt = Tick;
+0x1063	0x0142      	MOVLB      2
+0x1064	0x084C      	MOVF       _Tick, 0
+0x1065	0x00C2      	MOVWF      _volt_cnt
+0x1066	0x084D      	MOVF       _Tick+1, 0
+0x1067	0x00C3      	MOVWF      _volt_cnt+1
+0x1068	0x084E      	MOVF       _Tick+2, 0
+0x1069	0x00C4      	MOVWF      _volt_cnt+2
+0x106A	0x084F      	MOVF       _Tick+3, 0
+0x106B	0x00C5      	MOVWF      _volt_cnt+3
+;main.c,377 :: 		watch_cnt = Tick;
+0x106C	0x084C      	MOVF       _Tick, 0
+0x106D	0x00D0      	MOVWF      _watch_cnt
+0x106E	0x084D      	MOVF       _Tick+1, 0
+0x106F	0x00D1      	MOVWF      _watch_cnt+1
+0x1070	0x084E      	MOVF       _Tick+2, 0
+0x1071	0x00D2      	MOVWF      _watch_cnt+2
+0x1072	0x084F      	MOVF       _Tick+3, 0
+0x1073	0x00D3      	MOVWF      _watch_cnt+3
+;main.c,378 :: 		return;
+;main.c,379 :: 		}
+L_end_Btn_short:
+0x1074	0x0008      	RETURN
+; end of _Btn_short
+_draw_power:
+;main.c,258 :: 		void draw_power(unsigned int p){
+;main.c,260 :: 		if(p==0){
+0x1075	0x3000      	MOVLW      0
+0x1076	0x0143      	MOVLB      3
+0x1077	0x0667      	XORWF      FARG_draw_power_p+1, 0
+0x1078	0x1D03      	BTFSS      STATUS, 2
+0x1079	0x287C      	GOTO       L__draw_power278
+0x107A	0x3000      	MOVLW      0
+0x107B	0x0666      	XORWF      FARG_draw_power_p, 0
+L__draw_power278:
+0x107C	0x1D03      	BTFSS      STATUS, 2
+0x107D	0x288C      	GOTO       L_draw_power77
+;main.c,261 :: 		oled_wr_str(0, 60, "0.0", 3);
+0x107E	0x0144      	MOVLB      4
+0x107F	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x1080	0x303C      	MOVLW      60
+0x1081	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1082	0x302F      	MOVLW      ?lstr12_main
+0x1083	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1084	0x3000      	MOVLW      hi_addr(?lstr12_main)
+0x1085	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1086	0x3003      	MOVLW      3
+0x1087	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1088	0x3180      	MOVLP      0
+0x1089	0x246D      	CALL       _oled_wr_str
+0x108A	0x3190      	MOVLP      16
+;main.c,262 :: 		return;
+0x108B	0x28F3      	GOTO       L_end_draw_power
+;main.c,263 :: 		}
+L_draw_power77:
+;main.c,264 :: 		else if(p<10){  // <1 W
+0x108C	0x3000      	MOVLW      0
+0x108D	0x0143      	MOVLB      3
+0x108E	0x0267      	SUBWF      FARG_draw_power_p+1, 0
+0x108F	0x1D03      	BTFSS      STATUS, 2
+0x1090	0x2893      	GOTO       L__draw_power279
+0x1091	0x300A      	MOVLW      10
+0x1092	0x0266      	SUBWF      FARG_draw_power_p, 0
+L__draw_power279:
+0x1093	0x1803      	BTFSC      STATUS, 0
+0x1094	0x28AB      	GOTO       L_draw_power79
+;main.c,265 :: 		IntToStr(p, txt_2);
+0x1095	0x0866      	MOVF       FARG_draw_power_p, 0
+0x1096	0x0144      	MOVLB      4
+0x1097	0x00A3      	MOVWF      FARG_IntToStr_input
+0x1098	0x0143      	MOVLB      3
+0x1099	0x0867      	MOVF       FARG_draw_power_p+1, 0
+0x109A	0x0144      	MOVLB      4
+0x109B	0x00A4      	MOVWF      FARG_IntToStr_input+1
+0x109C	0x30AB      	MOVLW      _txt_2
+0x109D	0x00A5      	MOVWF      FARG_IntToStr_output
+0x109E	0x3001      	MOVLW      hi_addr(_txt_2)
+0x109F	0x00A6      	MOVWF      FARG_IntToStr_output+1
+0x10A0	0x3180      	MOVLP      0
+0x10A1	0x23B3      	CALL       _IntToStr
+0x10A2	0x3190      	MOVLP      16
+;main.c,266 :: 		txt[0] = '0';
+0x10A3	0x3030      	MOVLW      48
+0x10A4	0x0143      	MOVLB      3
+0x10A5	0x00B3      	MOVWF      _txt
+;main.c,267 :: 		txt[1] = '.';
+0x10A6	0x302E      	MOVLW      46
+0x10A7	0x00B4      	MOVWF      _txt+1
+;main.c,268 :: 		txt[2] = txt_2[5];
+0x10A8	0x0830      	MOVF       _txt_2+5, 0
+0x10A9	0x00B5      	MOVWF      _txt+2
+;main.c,269 :: 		}
+0x10AA	0x28E6      	GOTO       L_draw_power80
+L_draw_power79:
+;main.c,270 :: 		else if(p<100){ // <10W
+0x10AB	0x3000      	MOVLW      0
+0x10AC	0x0267      	SUBWF      FARG_draw_power_p+1, 0
+0x10AD	0x1D03      	BTFSS      STATUS, 2
+0x10AE	0x28B1      	GOTO       L__draw_power280
+0x10AF	0x3064      	MOVLW      100
+0x10B0	0x0266      	SUBWF      FARG_draw_power_p, 0
+L__draw_power280:
+0x10B1	0x1803      	BTFSC      STATUS, 0
+0x10B2	0x28C9      	GOTO       L_draw_power81
+;main.c,271 :: 		IntToStr(p, txt_2);
+0x10B3	0x0866      	MOVF       FARG_draw_power_p, 0
+0x10B4	0x0144      	MOVLB      4
+0x10B5	0x00A3      	MOVWF      FARG_IntToStr_input
+0x10B6	0x0143      	MOVLB      3
+0x10B7	0x0867      	MOVF       FARG_draw_power_p+1, 0
+0x10B8	0x0144      	MOVLB      4
+0x10B9	0x00A4      	MOVWF      FARG_IntToStr_input+1
+0x10BA	0x30AB      	MOVLW      _txt_2
+0x10BB	0x00A5      	MOVWF      FARG_IntToStr_output
+0x10BC	0x3001      	MOVLW      hi_addr(_txt_2)
+0x10BD	0x00A6      	MOVWF      FARG_IntToStr_output+1
+0x10BE	0x3180      	MOVLP      0
+0x10BF	0x23B3      	CALL       _IntToStr
+0x10C0	0x3190      	MOVLP      16
+;main.c,272 :: 		txt[0] = txt_2[4];
+0x10C1	0x0143      	MOVLB      3
+0x10C2	0x082F      	MOVF       _txt_2+4, 0
+0x10C3	0x00B3      	MOVWF      _txt
+;main.c,273 :: 		txt[1] = '.';
+0x10C4	0x302E      	MOVLW      46
+0x10C5	0x00B4      	MOVWF      _txt+1
+;main.c,274 :: 		txt[2] = txt_2[5];
+0x10C6	0x0830      	MOVF       _txt_2+5, 0
+0x10C7	0x00B5      	MOVWF      _txt+2
+;main.c,275 :: 		}
+0x10C8	0x28E6      	GOTO       L_draw_power82
+L_draw_power81:
+;main.c,277 :: 		p += 5;
+0x10C9	0x3005      	MOVLW      5
+0x10CA	0x0766      	ADDWF      FARG_draw_power_p, 0
+0x10CB	0x00F0      	MOVWF      R0
+0x10CC	0x3000      	MOVLW      0
+0x10CD	0x3D67      	ADDWFC     FARG_draw_power_p+1, 0
+0x10CE	0x00F1      	MOVWF      R1
+0x10CF	0x0870      	MOVF       R0, 0
+0x10D0	0x00E6      	MOVWF      FARG_draw_power_p
+0x10D1	0x0871      	MOVF       R1, 0
+0x10D2	0x00E7      	MOVWF      FARG_draw_power_p+1
+;main.c,278 :: 		IntToStr(p, txt_2);
+0x10D3	0x0870      	MOVF       R0, 0
+0x10D4	0x0144      	MOVLB      4
+0x10D5	0x00A3      	MOVWF      FARG_IntToStr_input
+0x10D6	0x0871      	MOVF       R1, 0
+0x10D7	0x00A4      	MOVWF      FARG_IntToStr_input+1
+0x10D8	0x30AB      	MOVLW      _txt_2
+0x10D9	0x00A5      	MOVWF      FARG_IntToStr_output
+0x10DA	0x3001      	MOVLW      hi_addr(_txt_2)
+0x10DB	0x00A6      	MOVWF      FARG_IntToStr_output+1
+0x10DC	0x3180      	MOVLP      0
+0x10DD	0x23B3      	CALL       _IntToStr
+0x10DE	0x3190      	MOVLP      16
+;main.c,279 :: 		txt[0] = ' ';
+0x10DF	0x3020      	MOVLW      32
+0x10E0	0x0143      	MOVLB      3
+0x10E1	0x00B3      	MOVWF      _txt
+;main.c,280 :: 		txt[1] = txt_2[3];
+0x10E2	0x082E      	MOVF       _txt_2+3, 0
+0x10E3	0x00B4      	MOVWF      _txt+1
+;main.c,281 :: 		txt[2] = txt_2[4];
+0x10E4	0x082F      	MOVF       _txt_2+4, 0
+0x10E5	0x00B5      	MOVWF      _txt+2
+;main.c,282 :: 		}
+L_draw_power82:
+L_draw_power80:
+;main.c,283 :: 		oled_wr_str(0, 60, txt, 3);
+0x10E6	0x0144      	MOVLB      4
+0x10E7	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x10E8	0x303C      	MOVLW      60
+0x10E9	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x10EA	0x30B3      	MOVLW      _txt
+0x10EB	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x10EC	0x3001      	MOVLW      hi_addr(_txt)
+0x10ED	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x10EE	0x3003      	MOVLW      3
+0x10EF	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x10F0	0x3180      	MOVLP      0
+0x10F1	0x246D      	CALL       _oled_wr_str
+0x10F2	0x3190      	MOVLP      16
+;main.c,284 :: 		return;
+;main.c,285 :: 		}
+L_end_draw_power:
+0x10F3	0x0008      	RETURN
+; end of _draw_power
+_get_pwr:
+;main.c,575 :: 		void get_pwr(){
+;main.c,579 :: 		Forward = get_forward();
+0x10F4	0x3188      	MOVLP      8
+0x10F5	0x24AB      	CALL       _get_forward
+0x10F6	0x3190      	MOVLP      16
+0x10F7	0x0870      	MOVF       R0, 0
+0x10F8	0x00E6      	MOVWF      get_pwr_Forward_L0
+0x10F9	0x0871      	MOVF       R1, 0
+0x10FA	0x00E7      	MOVWF      get_pwr_Forward_L0+1
+0x10FB	0x3000      	MOVLW      0
+0x10FC	0x1BE7      	BTFSC      get_pwr_Forward_L0+1, 7
+0x10FD	0x30FF      	MOVLW      255
+0x10FE	0x00E8      	MOVWF      get_pwr_Forward_L0+2
+0x10FF	0x00E9      	MOVWF      get_pwr_Forward_L0+3
+;main.c,580 :: 		Reverse = get_reverse();
+0x1100	0x3188      	MOVLP      8
+0x1101	0x2667      	CALL       _get_reverse
+0x1102	0x3190      	MOVLP      16
+0x1103	0x0870      	MOVF       R0, 0
+0x1104	0x00EA      	MOVWF      get_pwr_Reverse_L0
+0x1105	0x0871      	MOVF       R1, 0
+0x1106	0x00EB      	MOVWF      get_pwr_Reverse_L0+1
+0x1107	0x3000      	MOVLW      0
+0x1108	0x1BEB      	BTFSC      get_pwr_Reverse_L0+1, 7
+0x1109	0x30FF      	MOVLW      255
+0x110A	0x00EC      	MOVWF      get_pwr_Reverse_L0+2
+0x110B	0x00ED      	MOVWF      get_pwr_Reverse_L0+3
+;main.c,582 :: 		p = correction(Forward);
+0x110C	0x0866      	MOVF       get_pwr_Forward_L0, 0
+0x110D	0x00EE      	MOVWF      FARG_correction_input
+0x110E	0x0867      	MOVF       get_pwr_Forward_L0+1, 0
+0x110F	0x00EF      	MOVWF      FARG_correction_input+1
+0x1110	0x3188      	MOVLP      8
+0x1111	0x2701      	CALL       _correction
+0x1112	0x3190      	MOVLP      16
+0x1113	0x3180      	MOVLP      0
+0x1114	0x27D3      	CALL       _int2double
+0x1115	0x3190      	MOVLP      16
+;main.c,583 :: 		P = p * 5 / 1000;
+0x1116	0x3000      	MOVLW      0
+0x1117	0x00F4      	MOVWF      R4
+0x1118	0x3000      	MOVLW      0
+0x1119	0x00F5      	MOVWF      R5
+0x111A	0x3020      	MOVLW      32
+0x111B	0x00F6      	MOVWF      R6
+0x111C	0x3081      	MOVLW      129
+0x111D	0x00F7      	MOVWF      R7
+0x111E	0x3188      	MOVLP      8
+0x111F	0x2545      	CALL       _Mul_32x32_FP
+0x1120	0x3190      	MOVLP      16
+0x1121	0x3000      	MOVLW      0
+0x1122	0x00F4      	MOVWF      R4
+0x1123	0x3000      	MOVLW      0
+0x1124	0x00F5      	MOVWF      R5
+0x1125	0x307A      	MOVLW      122
+0x1126	0x00F6      	MOVWF      R6
+0x1127	0x3088      	MOVLW      136
+0x1128	0x00F7      	MOVWF      R7
+0x1129	0x3188      	MOVLP      8
+0x112A	0x25AB      	CALL       _Div_32x32_FP
+0x112B	0x3190      	MOVLP      16
+;main.c,584 :: 		p = p / 1.414;
+0x112C	0x30F4      	MOVLW      244
+0x112D	0x00F4      	MOVWF      R4
+0x112E	0x30FD      	MOVLW      253
+0x112F	0x00F5      	MOVWF      R5
+0x1130	0x3034      	MOVLW      52
+0x1131	0x00F6      	MOVWF      R6
+0x1132	0x307F      	MOVLW      127
+0x1133	0x00F7      	MOVWF      R7
+0x1134	0x3188      	MOVLP      8
+0x1135	0x25AB      	CALL       _Div_32x32_FP
+0x1136	0x3190      	MOVLP      16
+;main.c,585 :: 		p = p * p;
+0x1137	0x0870      	MOVF       R0, 0
+0x1138	0x00F4      	MOVWF      R4
+0x1139	0x0871      	MOVF       R1, 0
+0x113A	0x00F5      	MOVWF      R5
+0x113B	0x0872      	MOVF       R2, 0
+0x113C	0x00F6      	MOVWF      R6
+0x113D	0x0873      	MOVF       R3, 0
+0x113E	0x00F7      	MOVWF      R7
+0x113F	0x3188      	MOVLP      8
+0x1140	0x2545      	CALL       _Mul_32x32_FP
+0x1141	0x3190      	MOVLP      16
+;main.c,586 :: 		p = p / 5;
+0x1142	0x3000      	MOVLW      0
+0x1143	0x00F4      	MOVWF      R4
+0x1144	0x3000      	MOVLW      0
+0x1145	0x00F5      	MOVWF      R5
+0x1146	0x3020      	MOVLW      32
+0x1147	0x00F6      	MOVWF      R6
+0x1148	0x3081      	MOVLW      129
+0x1149	0x00F7      	MOVWF      R7
+0x114A	0x3188      	MOVLP      8
+0x114B	0x25AB      	CALL       _Div_32x32_FP
+0x114C	0x3190      	MOVLP      16
+;main.c,587 :: 		p += 0.5;
+0x114D	0x3000      	MOVLW      0
+0x114E	0x00F4      	MOVWF      R4
+0x114F	0x3000      	MOVLW      0
+0x1150	0x00F5      	MOVWF      R5
+0x1151	0x3000      	MOVLW      0
+0x1152	0x00F6      	MOVWF      R6
+0x1153	0x307E      	MOVLW      126
+0x1154	0x00F7      	MOVWF      R7
+0x1155	0x3188      	MOVLP      8
+0x1156	0x2404      	CALL       _Add_32x32_FP
+0x1157	0x3190      	MOVLP      16
+;main.c,588 :: 		PWR = p;
+0x1158	0x3188      	MOVLP      8
+0x1159	0x23A6      	CALL       _double2int
+0x115A	0x3190      	MOVLP      16
+0x115B	0x0870      	MOVF       R0, 0
+0x115C	0x0143      	MOVLB      3
+0x115D	0x00A7      	MOVWF      _PWR
+0x115E	0x0871      	MOVF       R1, 0
+0x115F	0x00A8      	MOVWF      _PWR+1
+;main.c,590 :: 		if(PWR>0){
+0x1160	0x3080      	MOVLW      128
+0x1161	0x00F2      	MOVWF      R2
+0x1162	0x3080      	MOVLW      128
+0x1163	0x0671      	XORWF      R1, 0
+0x1164	0x0272      	SUBWF      R2, 0
+0x1165	0x1D03      	BTFSS      STATUS, 2
+0x1166	0x2969      	GOTO       L__get_pwr352
+0x1167	0x0870      	MOVF       R0, 0
+0x1168	0x3C00      	SUBLW      0
+L__get_pwr352:
+0x1169	0x1803      	BTFSC      STATUS, 0
+0x116A	0x29B6      	GOTO       L_get_pwr143
+;main.c,591 :: 		if(OLED_PWD){
+0x116B	0x0140      	MOVLB      0
+0x116C	0x1E16      	BTFSS      LATA4_bit, BitPos(LATA4_bit+0)
+0x116D	0x29B3      	GOTO       L_get_pwr144
+;main.c,592 :: 		disp_cnt = Tick + Disp_time*1000;
+0x116E	0x0853      	MOVF       _Disp_time, 0
+0x116F	0x00F0      	MOVWF      R0
+0x1170	0x0854      	MOVF       _Disp_time+1, 0
+0x1171	0x00F1      	MOVWF      R1
+0x1172	0x0855      	MOVF       _Disp_time+2, 0
+0x1173	0x00F2      	MOVWF      R2
+0x1174	0x0856      	MOVF       _Disp_time+3, 0
+0x1175	0x00F3      	MOVWF      R3
+0x1176	0x30E8      	MOVLW      232
+0x1177	0x00F4      	MOVWF      R4
+0x1178	0x3003      	MOVLW      3
+0x1179	0x00F5      	MOVWF      R5
+0x117A	0x01F6      	CLRF       R6
+0x117B	0x01F7      	CLRF       R7
+0x117C	0x3180      	MOVLP      0
+0x117D	0x21BE      	CALL       _Mul_32x32_U
+0x117E	0x3190      	MOVLP      16
+0x117F	0x0870      	MOVF       R0, 0
+0x1180	0x0142      	MOVLB      2
+0x1181	0x074C      	ADDWF      _Tick, 0
+0x1182	0x0143      	MOVLB      3
+0x1183	0x00BD      	MOVWF      _disp_cnt
+0x1184	0x0871      	MOVF       R1, 0
+0x1185	0x0142      	MOVLB      2
+0x1186	0x3D4D      	ADDWFC     _Tick+1, 0
+0x1187	0x0143      	MOVLB      3
+0x1188	0x00BE      	MOVWF      _disp_cnt+1
+0x1189	0x0872      	MOVF       R2, 0
+0x118A	0x0142      	MOVLB      2
+0x118B	0x3D4E      	ADDWFC     _Tick+2, 0
+0x118C	0x0143      	MOVLB      3
+0x118D	0x00BF      	MOVWF      _disp_cnt+2
+0x118E	0x0873      	MOVF       R3, 0
+0x118F	0x0142      	MOVLB      2
+0x1190	0x3D4F      	ADDWFC     _Tick+3, 0
+0x1191	0x0143      	MOVLB      3
+0x1192	0x00C0      	MOVWF      _disp_cnt+3
+;main.c,593 :: 		off_cnt = Tick + Off_time*1000;
+0x1193	0x0140      	MOVLB      0
+0x1194	0x0857      	MOVF       _Off_time, 0
+0x1195	0x00F0      	MOVWF      R0
+0x1196	0x0858      	MOVF       _Off_time+1, 0
+0x1197	0x00F1      	MOVWF      R1
+0x1198	0x0859      	MOVF       _Off_time+2, 0
+0x1199	0x00F2      	MOVWF      R2
+0x119A	0x085A      	MOVF       _Off_time+3, 0
+0x119B	0x00F3      	MOVWF      R3
+0x119C	0x30E8      	MOVLW      232
+0x119D	0x00F4      	MOVWF      R4
+0x119E	0x3003      	MOVLW      3
+0x119F	0x00F5      	MOVWF      R5
+0x11A0	0x01F6      	CLRF       R6
+0x11A1	0x01F7      	CLRF       R7
+0x11A2	0x3180      	MOVLP      0
+0x11A3	0x21BE      	CALL       _Mul_32x32_U
+0x11A4	0x3190      	MOVLP      16
+0x11A5	0x0870      	MOVF       R0, 0
+0x11A6	0x0142      	MOVLB      2
+0x11A7	0x074C      	ADDWF      _Tick, 0
+0x11A8	0x00EC      	MOVWF      _off_cnt
+0x11A9	0x0871      	MOVF       R1, 0
+0x11AA	0x3D4D      	ADDWFC     _Tick+1, 0
+0x11AB	0x00ED      	MOVWF      _off_cnt+1
+0x11AC	0x0872      	MOVF       R2, 0
+0x11AD	0x3D4E      	ADDWFC     _Tick+2, 0
+0x11AE	0x00EE      	MOVWF      _off_cnt+2
+0x11AF	0x0873      	MOVF       R3, 0
+0x11B0	0x3D4F      	ADDWFC     _Tick+3, 0
+0x11B1	0x00EF      	MOVWF      _off_cnt+3
+;main.c,594 :: 		}
+0x11B2	0x29B6      	GOTO       L_get_pwr145
+L_get_pwr144:
+;main.c,595 :: 		else oled_start();
+0x11B3	0x3188      	MOVLP      8
+0x11B4	0x22D4      	CALL       _oled_start
+0x11B5	0x3190      	MOVLP      16
+L_get_pwr145:
+;main.c,596 :: 		}
+L_get_pwr143:
+;main.c,598 :: 		if(Reverse >= Forward)
+0x11B6	0x3080      	MOVLW      128
+0x11B7	0x0143      	MOVLB      3
+0x11B8	0x066D      	XORWF      get_pwr_Reverse_L0+3, 0
+0x11B9	0x00F0      	MOVWF      R0
+0x11BA	0x3080      	MOVLW      128
+0x11BB	0x0669      	XORWF      get_pwr_Forward_L0+3, 0
+0x11BC	0x0270      	SUBWF      R0, 0
+0x11BD	0x1D03      	BTFSS      STATUS, 2
+0x11BE	0x29C9      	GOTO       L__get_pwr353
+0x11BF	0x0868      	MOVF       get_pwr_Forward_L0+2, 0
+0x11C0	0x026C      	SUBWF      get_pwr_Reverse_L0+2, 0
+0x11C1	0x1D03      	BTFSS      STATUS, 2
+0x11C2	0x29C9      	GOTO       L__get_pwr353
+0x11C3	0x0867      	MOVF       get_pwr_Forward_L0+1, 0
+0x11C4	0x026B      	SUBWF      get_pwr_Reverse_L0+1, 0
+0x11C5	0x1D03      	BTFSS      STATUS, 2
+0x11C6	0x29C9      	GOTO       L__get_pwr353
+0x11C7	0x0866      	MOVF       get_pwr_Forward_L0, 0
+0x11C8	0x026A      	SUBWF      get_pwr_Reverse_L0, 0
+L__get_pwr353:
+0x11C9	0x1C03      	BTFSS      STATUS, 0
+0x11CA	0x29D2      	GOTO       L_get_pwr146
+;main.c,599 :: 		Forward = 999;
+0x11CB	0x30E7      	MOVLW      231
+0x11CC	0x00E6      	MOVWF      get_pwr_Forward_L0
+0x11CD	0x3003      	MOVLW      3
+0x11CE	0x00E7      	MOVWF      get_pwr_Forward_L0+1
+0x11CF	0x01E8      	CLRF       get_pwr_Forward_L0+2
+0x11D0	0x01E9      	CLRF       get_pwr_Forward_L0+3
+0x11D1	0x2A1C      	GOTO       L_get_pwr147
+L_get_pwr146:
+;main.c,601 :: 		Forward = ((Forward + Reverse) * 100) / (Forward - Reverse);
+0x11D2	0x086A      	MOVF       get_pwr_Reverse_L0, 0
+0x11D3	0x0766      	ADDWF      get_pwr_Forward_L0, 0
+0x11D4	0x00F0      	MOVWF      R0
+0x11D5	0x086B      	MOVF       get_pwr_Reverse_L0+1, 0
+0x11D6	0x3D67      	ADDWFC     get_pwr_Forward_L0+1, 0
+0x11D7	0x00F1      	MOVWF      R1
+0x11D8	0x086C      	MOVF       get_pwr_Reverse_L0+2, 0
+0x11D9	0x3D68      	ADDWFC     get_pwr_Forward_L0+2, 0
+0x11DA	0x00F2      	MOVWF      R2
+0x11DB	0x086D      	MOVF       get_pwr_Reverse_L0+3, 0
+0x11DC	0x3D69      	ADDWFC     get_pwr_Forward_L0+3, 0
+0x11DD	0x00F3      	MOVWF      R3
+0x11DE	0x3064      	MOVLW      100
+0x11DF	0x00F4      	MOVWF      R4
+0x11E0	0x01F5      	CLRF       R5
+0x11E1	0x01F6      	CLRF       R6
+0x11E2	0x01F7      	CLRF       R7
+0x11E3	0x3180      	MOVLP      0
+0x11E4	0x21BE      	CALL       _Mul_32x32_U
+0x11E5	0x3190      	MOVLP      16
+0x11E6	0x0143      	MOVLB      3
+0x11E7	0x0866      	MOVF       get_pwr_Forward_L0, 0
+0x11E8	0x00F4      	MOVWF      R4
+0x11E9	0x0867      	MOVF       get_pwr_Forward_L0+1, 0
+0x11EA	0x00F5      	MOVWF      R5
+0x11EB	0x0868      	MOVF       get_pwr_Forward_L0+2, 0
+0x11EC	0x00F6      	MOVWF      R6
+0x11ED	0x0869      	MOVF       get_pwr_Forward_L0+3, 0
+0x11EE	0x00F7      	MOVWF      R7
+0x11EF	0x086A      	MOVF       get_pwr_Reverse_L0, 0
+0x11F0	0x02F4      	SUBWF      R4, 1
+0x11F1	0x086B      	MOVF       get_pwr_Reverse_L0+1, 0
+0x11F2	0x3BF5      	SUBWFB     R5, 1
+0x11F3	0x086C      	MOVF       get_pwr_Reverse_L0+2, 0
+0x11F4	0x3BF6      	SUBWFB     R6, 1
+0x11F5	0x086D      	MOVF       get_pwr_Reverse_L0+3, 0
+0x11F6	0x3BF7      	SUBWFB     R7, 1
+0x11F7	0x3188      	MOVLP      8
+0x11F8	0x2220      	CALL       _Div_32x32_S
+0x11F9	0x3190      	MOVLP      16
+0x11FA	0x0870      	MOVF       R0, 0
+0x11FB	0x0143      	MOVLB      3
+0x11FC	0x00E6      	MOVWF      get_pwr_Forward_L0
+0x11FD	0x0871      	MOVF       R1, 0
+0x11FE	0x00E7      	MOVWF      get_pwr_Forward_L0+1
+0x11FF	0x0872      	MOVF       R2, 0
+0x1200	0x00E8      	MOVWF      get_pwr_Forward_L0+2
+0x1201	0x0873      	MOVF       R3, 0
+0x1202	0x00E9      	MOVWF      get_pwr_Forward_L0+3
+;main.c,602 :: 		if(Forward>999) Forward = 999;
+0x1203	0x3080      	MOVLW      128
+0x1204	0x00F4      	MOVWF      R4
+0x1205	0x3080      	MOVLW      128
+0x1206	0x0673      	XORWF      R3, 0
+0x1207	0x0274      	SUBWF      R4, 0
+0x1208	0x1D03      	BTFSS      STATUS, 2
+0x1209	0x2A14      	GOTO       L__get_pwr354
+0x120A	0x0872      	MOVF       R2, 0
+0x120B	0x3C00      	SUBLW      0
+0x120C	0x1D03      	BTFSS      STATUS, 2
+0x120D	0x2A14      	GOTO       L__get_pwr354
+0x120E	0x0871      	MOVF       R1, 0
+0x120F	0x3C03      	SUBLW      3
+0x1210	0x1D03      	BTFSS      STATUS, 2
+0x1211	0x2A14      	GOTO       L__get_pwr354
+0x1212	0x0870      	MOVF       R0, 0
+0x1213	0x3CE7      	SUBLW      231
+L__get_pwr354:
+0x1214	0x1803      	BTFSC      STATUS, 0
+0x1215	0x2A1C      	GOTO       L_get_pwr148
+0x1216	0x30E7      	MOVLW      231
+0x1217	0x00E6      	MOVWF      get_pwr_Forward_L0
+0x1218	0x3003      	MOVLW      3
+0x1219	0x00E7      	MOVWF      get_pwr_Forward_L0+1
+0x121A	0x01E8      	CLRF       get_pwr_Forward_L0+2
+0x121B	0x01E9      	CLRF       get_pwr_Forward_L0+3
+L_get_pwr148:
+;main.c,603 :: 		}
+L_get_pwr147:
+;main.c,605 :: 		SWR = Forward;
+0x121C	0x0866      	MOVF       get_pwr_Forward_L0, 0
+0x121D	0x00BB      	MOVWF      _SWR
+0x121E	0x0867      	MOVF       get_pwr_Forward_L0+1, 0
+0x121F	0x00BC      	MOVWF      _SWR+1
+;main.c,606 :: 		return;
+;main.c,607 :: 		}
+L_end_get_pwr:
+0x1220	0x0008      	RETURN
+; end of _get_pwr
+_get_swr:
+;main.c,609 :: 		void get_swr(){
+;main.c,610 :: 		unsigned int tune_cnt = 300;
+0x1221	0x302C      	MOVLW      44
+0x1222	0x0143      	MOVLB      3
+0x1223	0x00E2      	MOVWF      get_swr_tune_cnt_L0
+0x1224	0x3001      	MOVLW      1
+0x1225	0x00E3      	MOVWF      get_swr_tune_cnt_L0+1
+0x1226	0x01E4      	CLRF       get_swr_PWR_max_L0
+0x1227	0x01E5      	CLRF       get_swr_PWR_max_L0+1
+;main.c,612 :: 		get_pwr();
+0x1228	0x20F4      	CALL       _get_pwr
+;main.c,613 :: 		while(PWR<min_for_start || PWR>max_for_start){   // waiting for good power
+L_get_swr149:
+0x1229	0x3080      	MOVLW      128
+0x122A	0x0628      	XORWF      _PWR+1, 0
+0x122B	0x00F0      	MOVWF      R0
+0x122C	0x3080      	MOVLW      128
+0x122D	0x0141      	MOVLB      1
+0x122E	0x0643      	XORWF      _min_for_start+1, 0
+0x122F	0x0270      	SUBWF      R0, 0
+0x1230	0x1D03      	BTFSS      STATUS, 2
+0x1231	0x2A35      	GOTO       L__get_swr356
+0x1232	0x0842      	MOVF       _min_for_start, 0
+0x1233	0x0143      	MOVLB      3
+0x1234	0x0227      	SUBWF      _PWR, 0
+L__get_swr356:
+0x1235	0x1C03      	BTFSS      STATUS, 0
+0x1236	0x2A47      	GOTO       L__get_swr239
+0x1237	0x3080      	MOVLW      128
+0x1238	0x0141      	MOVLB      1
+0x1239	0x0629      	XORWF      _max_for_start+1, 0
+0x123A	0x00F0      	MOVWF      R0
+0x123B	0x3080      	MOVLW      128
+0x123C	0x0143      	MOVLB      3
+0x123D	0x0628      	XORWF      _PWR+1, 0
+0x123E	0x0270      	SUBWF      R0, 0
+0x123F	0x1D03      	BTFSS      STATUS, 2
+0x1240	0x2A44      	GOTO       L__get_swr357
+0x1241	0x0827      	MOVF       _PWR, 0
+0x1242	0x0141      	MOVLB      1
+0x1243	0x0228      	SUBWF      _max_for_start, 0
+L__get_swr357:
+0x1244	0x1C03      	BTFSS      STATUS, 0
+0x1245	0x2A47      	GOTO       L__get_swr239
+0x1246	0x2A84      	GOTO       L_get_swr150
+L__get_swr239:
+;main.c,614 :: 		if(B_short){
+0x1247	0x0143      	MOVLB      3
+0x1248	0x1F20      	BTFSS      _B_short, BitPos(_B_short+0)
+0x1249	0x2A4F      	GOTO       L_get_swr153
+;main.c,615 :: 		Btn_short();
+0x124A	0x2000      	CALL       _Btn_short
+;main.c,616 :: 		SWR = 0;
+0x124B	0x0143      	MOVLB      3
+0x124C	0x01BB      	CLRF       _SWR
+0x124D	0x01BC      	CLRF       _SWR+1
+;main.c,617 :: 		break;
+0x124E	0x2A84      	GOTO       L_get_swr150
+;main.c,618 :: 		}
+L_get_swr153:
+;main.c,619 :: 		if(B_xlong){
+0x124F	0x1E20      	BTFSS      _B_xlong, BitPos(_B_xlong+0)
+0x1250	0x2A54      	GOTO       L_get_swr154
+;main.c,621 :: 		SWR = 0;
+0x1251	0x01BB      	CLRF       _SWR
+0x1252	0x01BC      	CLRF       _SWR+1
+;main.c,622 :: 		break;
+0x1253	0x2A84      	GOTO       L_get_swr150
+;main.c,623 :: 		}
+L_get_swr154:
+;main.c,625 :: 		get_pwr();
+0x1254	0x20F4      	CALL       _get_pwr
+;main.c,626 :: 		if(tune_cnt>0){
+0x1255	0x0863      	MOVF       get_swr_tune_cnt_L0+1, 0
+0x1256	0x3C00      	SUBLW      0
+0x1257	0x1D03      	BTFSS      STATUS, 2
+0x1258	0x2A5B      	GOTO       L__get_swr358
+0x1259	0x0862      	MOVF       get_swr_tune_cnt_L0, 0
+0x125A	0x3C00      	SUBLW      0
+L__get_swr358:
+0x125B	0x1803      	BTFSC      STATUS, 0
+0x125C	0x2A6E      	GOTO       L_get_swr155
+;main.c,627 :: 		tune_cnt --;
+0x125D	0x3001      	MOVLW      1
+0x125E	0x02E2      	SUBWF      get_swr_tune_cnt_L0, 1
+0x125F	0x3000      	MOVLW      0
+0x1260	0x3BE3      	SUBWFB     get_swr_tune_cnt_L0+1, 1
+;main.c,628 :: 		if(PWR>PWR_max)
+0x1261	0x0828      	MOVF       _PWR+1, 0
+0x1262	0x0265      	SUBWF      get_swr_PWR_max_L0+1, 0
+0x1263	0x1D03      	BTFSS      STATUS, 2
+0x1264	0x2A67      	GOTO       L__get_swr359
+0x1265	0x0827      	MOVF       _PWR, 0
+0x1266	0x0264      	SUBWF      get_swr_PWR_max_L0, 0
+L__get_swr359:
+0x1267	0x1803      	BTFSC      STATUS, 0
+0x1268	0x2A6D      	GOTO       L_get_swr156
+;main.c,629 :: 		PWR_max = PWR;
+0x1269	0x0827      	MOVF       _PWR, 0
+0x126A	0x00E4      	MOVWF      get_swr_PWR_max_L0
+0x126B	0x0828      	MOVF       _PWR+1, 0
+0x126C	0x00E5      	MOVWF      get_swr_PWR_max_L0+1
+L_get_swr156:
+;main.c,630 :: 		}
+0x126D	0x2A83      	GOTO       L_get_swr157
+L_get_swr155:
+;main.c,632 :: 		draw_power(PWR_max);
+0x126E	0x0864      	MOVF       get_swr_PWR_max_L0, 0
+0x126F	0x00E6      	MOVWF      FARG_draw_power_p
+0x1270	0x0865      	MOVF       get_swr_PWR_max_L0+1, 0
+0x1271	0x00E7      	MOVWF      FARG_draw_power_p+1
+0x1272	0x2075      	CALL       _draw_power
+;main.c,633 :: 		PWR_max = 0;
+0x1273	0x0143      	MOVLB      3
+0x1274	0x01E4      	CLRF       get_swr_PWR_max_L0
+0x1275	0x01E5      	CLRF       get_swr_PWR_max_L0+1
+;main.c,634 :: 		tune_cnt = 300;
+0x1276	0x302C      	MOVLW      44
+0x1277	0x00E2      	MOVWF      get_swr_tune_cnt_L0
+0x1278	0x3001      	MOVLW      1
+0x1279	0x00E3      	MOVWF      get_swr_tune_cnt_L0+1
+;main.c,635 :: 		Delay_ms(1);
+0x127A	0x300B      	MOVLW      11
+0x127B	0x00FC      	MOVWF      R12
+0x127C	0x3062      	MOVLW      98
+0x127D	0x00FD      	MOVWF      R13
+L_get_swr158:
+0x127E	0x0BFD      	DECFSZ     R13, 1
+0x127F	0x2A7E      	GOTO       L_get_swr158
+0x1280	0x0BFC      	DECFSZ     R12, 1
+0x1281	0x2A7E      	GOTO       L_get_swr158
+0x1282	0x0000      	NOP
+;main.c,636 :: 		}
+L_get_swr157:
+;main.c,637 :: 		}
+0x1283	0x2A29      	GOTO       L_get_swr149
+L_get_swr150:
+;main.c,639 :: 		return;
+;main.c,640 :: 		}
+L_end_get_swr:
+0x1284	0x0008      	RETURN
+; end of _get_swr
+_Div_16x16_S:
+;__Lib_Math.c,475 :: 		
+;__Lib_Math.c,483 :: 		
+0x1285	0x0874      	MOVF       R4, 0
+0x1286	0x3A00      	XORLW      0
+0x1287	0x1D03      	BTFSS      STATUS, 2
+0x1288	0x2A92      	GOTO       L_Div_16x16_S0
+;__Lib_Math.c,484 :: 		
+0x1289	0x0875      	MOVF       R5, 0
+0x128A	0x3A00      	XORLW      0
+0x128B	0x1D03      	BTFSS      STATUS, 2
+0x128C	0x2A92      	GOTO       L_Div_16x16_S1
+;__Lib_Math.c,485 :: 		
+0x128D	0x30FF      	MOVLW      255
+0x128E	0x00F0      	MOVWF      R0
+;__Lib_Math.c,486 :: 		
+0x128F	0x307F      	MOVLW      127
+0x1290	0x00F1      	MOVWF      R1
+;__Lib_Math.c,487 :: 		
+0x1291	0x2AEC      	GOTO       L_end_Div_16x16_S
+;__Lib_Math.c,488 :: 		
+L_Div_16x16_S1:
+L_Div_16x16_S0:
+;__Lib_Math.c,491 :: 		
+0x1292	0x0140      	MOVLB      0
+;__Lib_Math.c,492 :: 		
+0x1293	0x01FD      	CLRF       R13
+;__Lib_Math.c,493 :: 		
+0x1294	0x01F9      	CLRF       R9
+;__Lib_Math.c,494 :: 		
+0x1295	0x01F8      	CLRF       R8
+;__Lib_Math.c,495 :: 		
+0x1296	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,496 :: 		
+0x1297	0x0470      	IORWF       R0, 0
+;__Lib_Math.c,497 :: 		
+0x1298	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,498 :: 		
+0x1299	0x3400      	RETLW      0
+;__Lib_Math.c,500 :: 		
+0x129A	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,501 :: 		
+0x129B	0x0675      	XORWF      R5, 0
+;__Lib_Math.c,502 :: 		
+0x129C	0x00FA      	MOVWF      R10
+;__Lib_Math.c,503 :: 		
+0x129D	0x1BFA      	BTFSC      R10, 7
+;__Lib_Math.c,504 :: 		
+0x129E	0x09FD      	COMF       R13, 1
+;__Lib_Math.c,506 :: 		
+0x129F	0x01FB      	CLRF       R11
+;__Lib_Math.c,508 :: 		
+0x12A0	0x1FF5      	BTFSS      R5, 7
+;__Lib_Math.c,509 :: 		
+0x12A1	0x2AA7      	GOTO       $+6
+;__Lib_Math.c,511 :: 		
+0x12A2	0x09F4      	COMF       R4, 1
+;__Lib_Math.c,512 :: 		
+0x12A3	0x09F5      	COMF       R5, 1
+;__Lib_Math.c,513 :: 		
+0x12A4	0x0AF4      	INCF       R4, 1
+;__Lib_Math.c,514 :: 		
+0x12A5	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,515 :: 		
+0x12A6	0x0AF5      	INCF       R5, 1
+;__Lib_Math.c,517 :: 		
+0x12A7	0x1FF1      	BTFSS      R1, 7
+;__Lib_Math.c,518 :: 		
+0x12A8	0x2AAE      	GOTO       $+6
+;__Lib_Math.c,520 :: 		
+0x12A9	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,521 :: 		
+0x12AA	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,522 :: 		
+0x12AB	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,523 :: 		
+0x12AC	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,524 :: 		
+0x12AD	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,526 :: 		
+0x12AE	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,527 :: 		
+0x12AF	0x0475      	IORWF       R5, 0
+;__Lib_Math.c,528 :: 		
+0x12B0	0x00FA      	MOVWF      R10
+;__Lib_Math.c,529 :: 		
+0x12B1	0x1BFA      	BTFSC      R10, 7
+;__Lib_Math.c,530 :: 		
+0x12B2	0x2AC3      	GOTO       $+17
+;__Lib_Math.c,532 :: 		
+0x12B3	0x3188      	MOVLP      8
+0x12B4	0x278C      	CALL       _Div_16x16_S_L
+0x12B5	0x3190      	MOVLP      16
+;__Lib_Math.c,534 :: 		
+0x12B6	0x187B      	BTFSC      R11, 0
+;__Lib_Math.c,535 :: 		
+0x12B7	0x2AD8      	GOTO       $+33
+;__Lib_Math.c,537 :: 		
+0x12B8	0x1FFD      	BTFSS      R13, 7
+;__Lib_Math.c,538 :: 		
+0x12B9	0x3400      	RETLW      0
+;__Lib_Math.c,540 :: 		
+0x12BA	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,541 :: 		
+0x12BB	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,542 :: 		
+0x12BC	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,543 :: 		
+0x12BD	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,544 :: 		
+0x12BE	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,546 :: 		
+0x12BF	0x09F8      	COMF       R8, 1
+;__Lib_Math.c,547 :: 		
+0x12C0	0x09F9      	COMF       R9, 1
+;__Lib_Math.c,548 :: 		
+0x12C1	0x0AF8      	INCF       R8, 1
+;__Lib_Math.c,549 :: 		
+0x12C2	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,550 :: 		
+0x12C3	0x0AF9      	INCF       R9, 1
+;__Lib_Math.c,552 :: 		
+0x12C4	0x3400      	RETLW      0
+;__Lib_Math.c,554 :: 		
+0x12C5	0x1FF5      	BTFSS      R5, 7
+;__Lib_Math.c,555 :: 		
+0x12C6	0x2AD4      	GOTO       $+14
+;__Lib_Math.c,556 :: 		
+0x12C7	0x1BF1      	BTFSC      R1, 7
+;__Lib_Math.c,557 :: 		
+0x12C8	0x2AD0      	GOTO       $+8
+;__Lib_Math.c,558 :: 		
+0x12C9	0x0871      	MOVF       R1, 0
+;__Lib_Math.c,559 :: 		
+0x12CA	0x00F9      	MOVWF      R9
+;__Lib_Math.c,560 :: 		
+0x12CB	0x0870      	MOVF       R0, 0
+;__Lib_Math.c,561 :: 		
+0x12CC	0x00F8      	MOVWF      R8
+;__Lib_Math.c,562 :: 		
+0x12CD	0x01F1      	CLRF       R1
+;__Lib_Math.c,563 :: 		
+0x12CE	0x01F0      	CLRF       R0
+;__Lib_Math.c,564 :: 		
+0x12CF	0x2AB8      	GOTO       $-23
+;__Lib_Math.c,565 :: 		
+0x12D0	0x01F1      	CLRF       R1
+;__Lib_Math.c,566 :: 		
+0x12D1	0x01F0      	CLRF       R0
+;__Lib_Math.c,567 :: 		
+0x12D2	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,568 :: 		
+0x12D3	0x3400      	RETLW      0
+;__Lib_Math.c,570 :: 		
+0x12D4	0x09F1      	COMF       R1, 1
+;__Lib_Math.c,571 :: 		
+0x12D5	0x09F0      	COMF       R0, 1
+;__Lib_Math.c,572 :: 		
+0x12D6	0x0AFB      	INCF       R11, 1
+;__Lib_Math.c,573 :: 		
+0x12D7	0x2AB5      	GOTO       $-34
+;__Lib_Math.c,575 :: 		
+0x12D8	0x0AF8      	INCF       R8, 1
+;__Lib_Math.c,576 :: 		
+0x12D9	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,577 :: 		
+0x12DA	0x0AF9      	INCF       R9, 1
+;__Lib_Math.c,578 :: 		
+0x12DB	0x0874      	MOVF       R4, 0
+;__Lib_Math.c,579 :: 		
+0x12DC	0x0278      	SUBWF      R8, 0
+;__Lib_Math.c,580 :: 		
+0x12DD	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,581 :: 		
+0x12DE	0x2AB8      	GOTO       $-38
+;__Lib_Math.c,582 :: 		
+0x12DF	0x0875      	MOVF       R5, 0
+;__Lib_Math.c,583 :: 		
+0x12E0	0x0279      	SUBWF      R9, 0
+;__Lib_Math.c,584 :: 		
+0x12E1	0x1D03      	BTFSS      STATUS, 2
+;__Lib_Math.c,585 :: 		
+0x12E2	0x2AB8      	GOTO       $-42
+;__Lib_Math.c,586 :: 		
+0x12E3	0x01F9      	CLRF       R9
+;__Lib_Math.c,587 :: 		
+0x12E4	0x01F8      	CLRF       R8
+;__Lib_Math.c,588 :: 		
+0x12E5	0x0AF0      	INCF       R0, 1
+;__Lib_Math.c,589 :: 		
+0x12E6	0x1903      	BTFSC      STATUS, 2
+;__Lib_Math.c,590 :: 		
+0x12E7	0x0AF1      	INCF       R1, 1
+;__Lib_Math.c,591 :: 		
+0x12E8	0x1FF1      	BTFSS      R1, 7
+;__Lib_Math.c,592 :: 		
+0x12E9	0x2AB8      	GOTO       $-49
+;__Lib_Math.c,593 :: 		
+0x12EA	0x0000      	NOP
+;__Lib_Math.c,594 :: 		
+0x12EB	0x34FF      	RETLW      255
+;__Lib_Math.c,596 :: 		
+L_end_Div_16x16_S:
+0x12EC	0x0008      	RETURN
+; end of _Div_16x16_S
+_coarse_cap:
+;main.c,649 :: 		void coarse_cap() {
+;main.c,650 :: 		char step = 3;
+0x12ED	0x3003      	MOVLW      3
+0x12EE	0x0143      	MOVLB      3
+0x12EF	0x00E1      	MOVWF      coarse_cap_step_L0
+;main.c,654 :: 		cap = 0;
+0x12F0	0x0141      	MOVLB      1
+0x12F1	0x01EF      	CLRF       _cap
+;main.c,655 :: 		Relay_set(ind, cap, SW);
+0x12F2	0x0142      	MOVLB      2
+0x12F3	0x083F      	MOVF       _ind, 0
+0x12F4	0x0144      	MOVLB      4
+0x12F5	0x00A0      	MOVWF      FARG_Relay_set_L
+0x12F6	0x01A1      	CLRF       FARG_Relay_set_C
+0x12F7	0x0141      	MOVLB      1
+0x12F8	0x086E      	MOVF       _SW, 0
+0x12F9	0x0144      	MOVLB      4
+0x12FA	0x00A2      	MOVWF      FARG_Relay_set_I
+0x12FB	0x3180      	MOVLP      0
+0x12FC	0x2621      	CALL       _Relay_set
+0x12FD	0x3190      	MOVLP      16
+;main.c,656 :: 		get_swr();
+0x12FE	0x2221      	CALL       _get_swr
+;main.c,657 :: 		min_swr = SWR + SWR/20;
+0x12FF	0x3014      	MOVLW      20
+0x1300	0x00F4      	MOVWF      R4
+0x1301	0x3000      	MOVLW      0
+0x1302	0x00F5      	MOVWF      R5
+0x1303	0x0143      	MOVLB      3
+0x1304	0x083B      	MOVF       _SWR, 0
+0x1305	0x00F0      	MOVWF      R0
+0x1306	0x083C      	MOVF       _SWR+1, 0
+0x1307	0x00F1      	MOVWF      R1
+0x1308	0x2285      	CALL       _Div_16x16_S
+0x1309	0x0870      	MOVF       R0, 0
+0x130A	0x0143      	MOVLB      3
+0x130B	0x073B      	ADDWF      _SWR, 0
+0x130C	0x00DF      	MOVWF      coarse_cap_min_swr_L0
+0x130D	0x0871      	MOVF       R1, 0
+0x130E	0x3D3C      	ADDWFC     _SWR+1, 0
+0x130F	0x00E0      	MOVWF      coarse_cap_min_swr_L0+1
+;main.c,658 :: 		for(count=step; count<=31;) {
+0x1310	0x0861      	MOVF       coarse_cap_step_L0, 0
+0x1311	0x00DE      	MOVWF      coarse_cap_count_L0
+L_coarse_cap160:
+0x1312	0x085E      	MOVF       coarse_cap_count_L0, 0
+0x1313	0x3C1F      	SUBLW      31
+0x1314	0x1C03      	BTFSS      STATUS, 0
+0x1315	0x2B6E      	GOTO       L_coarse_cap161
+;main.c,659 :: 		Relay_set(ind, count, SW);
+0x1316	0x0142      	MOVLB      2
+0x1317	0x083F      	MOVF       _ind, 0
+0x1318	0x0144      	MOVLB      4
+0x1319	0x00A0      	MOVWF      FARG_Relay_set_L
+0x131A	0x0143      	MOVLB      3
+0x131B	0x085E      	MOVF       coarse_cap_count_L0, 0
+0x131C	0x0144      	MOVLB      4
+0x131D	0x00A1      	MOVWF      FARG_Relay_set_C
+0x131E	0x0141      	MOVLB      1
+0x131F	0x086E      	MOVF       _SW, 0
+0x1320	0x0144      	MOVLB      4
+0x1321	0x00A2      	MOVWF      FARG_Relay_set_I
+0x1322	0x3180      	MOVLP      0
+0x1323	0x2621      	CALL       _Relay_set
+0x1324	0x3190      	MOVLP      16
+;main.c,660 :: 		get_swr();
+0x1325	0x2221      	CALL       _get_swr
+;main.c,661 :: 		if(SWR < min_swr) {
+0x1326	0x3080      	MOVLW      128
+0x1327	0x0143      	MOVLB      3
+0x1328	0x063C      	XORWF      _SWR+1, 0
+0x1329	0x00F0      	MOVWF      R0
+0x132A	0x3080      	MOVLW      128
+0x132B	0x0660      	XORWF      coarse_cap_min_swr_L0+1, 0
+0x132C	0x0270      	SUBWF      R0, 0
+0x132D	0x1D03      	BTFSS      STATUS, 2
+0x132E	0x2B31      	GOTO       L__coarse_cap362
+0x132F	0x085F      	MOVF       coarse_cap_min_swr_L0, 0
+0x1330	0x023B      	SUBWF      _SWR, 0
+L__coarse_cap362:
+0x1331	0x1803      	BTFSC      STATUS, 0
+0x1332	0x2B6C      	GOTO       L_coarse_cap163
+;main.c,662 :: 		min_swr = SWR + SWR/20;
+0x1333	0x3014      	MOVLW      20
+0x1334	0x00F4      	MOVWF      R4
+0x1335	0x3000      	MOVLW      0
+0x1336	0x00F5      	MOVWF      R5
+0x1337	0x083B      	MOVF       _SWR, 0
+0x1338	0x00F0      	MOVWF      R0
+0x1339	0x083C      	MOVF       _SWR+1, 0
+0x133A	0x00F1      	MOVWF      R1
+0x133B	0x2285      	CALL       _Div_16x16_S
+0x133C	0x0870      	MOVF       R0, 0
+0x133D	0x0143      	MOVLB      3
+0x133E	0x073B      	ADDWF      _SWR, 0
+0x133F	0x00DF      	MOVWF      coarse_cap_min_swr_L0
+0x1340	0x0871      	MOVF       R1, 0
+0x1341	0x3D3C      	ADDWFC     _SWR+1, 0
+0x1342	0x00E0      	MOVWF      coarse_cap_min_swr_L0+1
+;main.c,663 :: 		cap = count;
+0x1343	0x085E      	MOVF       coarse_cap_count_L0, 0
+0x1344	0x0141      	MOVLB      1
+0x1345	0x00EF      	MOVWF      _cap
+;main.c,664 :: 		step_cap = step;
+0x1346	0x0143      	MOVLB      3
+0x1347	0x0861      	MOVF       coarse_cap_step_L0, 0
+0x1348	0x0141      	MOVLB      1
+0x1349	0x00ED      	MOVWF      _step_cap
+;main.c,665 :: 		if(SWR<120) break;
+0x134A	0x3080      	MOVLW      128
+0x134B	0x0143      	MOVLB      3
+0x134C	0x063C      	XORWF      _SWR+1, 0
+0x134D	0x00F0      	MOVWF      R0
+0x134E	0x3080      	MOVLW      128
+0x134F	0x0270      	SUBWF      R0, 0
+0x1350	0x1D03      	BTFSS      STATUS, 2
+0x1351	0x2B54      	GOTO       L__coarse_cap363
+0x1352	0x3078      	MOVLW      120
+0x1353	0x023B      	SUBWF      _SWR, 0
+L__coarse_cap363:
+0x1354	0x1803      	BTFSC      STATUS, 0
+0x1355	0x2B57      	GOTO       L_coarse_cap164
+0x1356	0x2B6E      	GOTO       L_coarse_cap161
+L_coarse_cap164:
+;main.c,666 :: 		count += step;
+0x1357	0x0861      	MOVF       coarse_cap_step_L0, 0
+0x1358	0x075E      	ADDWF      coarse_cap_count_L0, 0
+0x1359	0x00F1      	MOVWF      R1
+0x135A	0x0871      	MOVF       R1, 0
+0x135B	0x00DE      	MOVWF      coarse_cap_count_L0
+;main.c,667 :: 		if(count==9) count = 8;
+0x135C	0x0871      	MOVF       R1, 0
+0x135D	0x3A09      	XORLW      9
+0x135E	0x1D03      	BTFSS      STATUS, 2
+0x135F	0x2B63      	GOTO       L_coarse_cap165
+0x1360	0x3008      	MOVLW      8
+0x1361	0x00DE      	MOVWF      coarse_cap_count_L0
+0x1362	0x2B6B      	GOTO       L_coarse_cap166
+L_coarse_cap165:
+;main.c,668 :: 		else if(count==17) {count = 16; step = 4;}
+0x1363	0x085E      	MOVF       coarse_cap_count_L0, 0
+0x1364	0x3A11      	XORLW      17
+0x1365	0x1D03      	BTFSS      STATUS, 2
+0x1366	0x2B6B      	GOTO       L_coarse_cap167
+0x1367	0x3010      	MOVLW      16
+0x1368	0x00DE      	MOVWF      coarse_cap_count_L0
+0x1369	0x3004      	MOVLW      4
+0x136A	0x00E1      	MOVWF      coarse_cap_step_L0
+L_coarse_cap167:
+L_coarse_cap166:
+;main.c,669 :: 		}
+0x136B	0x2B6D      	GOTO       L_coarse_cap168
+L_coarse_cap163:
+;main.c,670 :: 		else break;
+0x136C	0x2B6E      	GOTO       L_coarse_cap161
+L_coarse_cap168:
+;main.c,671 :: 		}
+0x136D	0x2B12      	GOTO       L_coarse_cap160
+L_coarse_cap161:
+;main.c,672 :: 		Relay_set(ind, cap, SW);
+0x136E	0x0142      	MOVLB      2
+0x136F	0x083F      	MOVF       _ind, 0
+0x1370	0x0144      	MOVLB      4
+0x1371	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1372	0x0141      	MOVLB      1
+0x1373	0x086F      	MOVF       _cap, 0
+0x1374	0x0144      	MOVLB      4
+0x1375	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1376	0x0141      	MOVLB      1
+0x1377	0x086E      	MOVF       _SW, 0
+0x1378	0x0144      	MOVLB      4
+0x1379	0x00A2      	MOVWF      FARG_Relay_set_I
+0x137A	0x3180      	MOVLP      0
+0x137B	0x2621      	CALL       _Relay_set
+0x137C	0x3190      	MOVLP      16
+;main.c,673 :: 		return;
+;main.c,674 :: 		}
+L_end_coarse_cap:
+0x137D	0x0008      	RETURN
+; end of _coarse_cap
+_sharp_cap:
+;main.c,710 :: 		void sharp_cap() {
+;main.c,713 :: 		range = step_cap;
+0x137E	0x0141      	MOVLB      1
+0x137F	0x086D      	MOVF       _step_cap, 0
+0x1380	0x0143      	MOVLB      3
+0x1381	0x00D8      	MOVWF      sharp_cap_range_L0
+;main.c,715 :: 		max_range = cap + range;
+0x1382	0x0141      	MOVLB      1
+0x1383	0x086D      	MOVF       _step_cap, 0
+0x1384	0x076F      	ADDWF      _cap, 0
+0x1385	0x00F1      	MOVWF      R1
+0x1386	0x0871      	MOVF       R1, 0
+0x1387	0x0143      	MOVLB      3
+0x1388	0x00DA      	MOVWF      sharp_cap_max_range_L0
+;main.c,716 :: 		if(max_range>31) max_range = 31;
+0x1389	0x0871      	MOVF       R1, 0
+0x138A	0x3C1F      	SUBLW      31
+0x138B	0x1803      	BTFSC      STATUS, 0
+0x138C	0x2B8F      	GOTO       L_sharp_cap179
+0x138D	0x301F      	MOVLW      31
+0x138E	0x00DA      	MOVWF      sharp_cap_max_range_L0
+L_sharp_cap179:
+;main.c,717 :: 		if(cap>range) min_range = cap - range; else min_range = 0;
+0x138F	0x0141      	MOVLB      1
+0x1390	0x086F      	MOVF       _cap, 0
+0x1391	0x0143      	MOVLB      3
+0x1392	0x0258      	SUBWF      sharp_cap_range_L0, 0
+0x1393	0x1803      	BTFSC      STATUS, 0
+0x1394	0x2B9B      	GOTO       L_sharp_cap180
+0x1395	0x0858      	MOVF       sharp_cap_range_L0, 0
+0x1396	0x0141      	MOVLB      1
+0x1397	0x026F      	SUBWF      _cap, 0
+0x1398	0x0143      	MOVLB      3
+0x1399	0x00DB      	MOVWF      sharp_cap_min_range_L0
+0x139A	0x2B9C      	GOTO       L_sharp_cap181
+L_sharp_cap180:
+0x139B	0x01DB      	CLRF       sharp_cap_min_range_L0
+L_sharp_cap181:
+;main.c,718 :: 		cap = min_range;
+0x139C	0x085B      	MOVF       sharp_cap_min_range_L0, 0
+0x139D	0x0141      	MOVLB      1
+0x139E	0x00EF      	MOVWF      _cap
+;main.c,719 :: 		Relay_set(ind, cap, SW);
+0x139F	0x0142      	MOVLB      2
+0x13A0	0x083F      	MOVF       _ind, 0
+0x13A1	0x0144      	MOVLB      4
+0x13A2	0x00A0      	MOVWF      FARG_Relay_set_L
+0x13A3	0x0143      	MOVLB      3
+0x13A4	0x085B      	MOVF       sharp_cap_min_range_L0, 0
+0x13A5	0x0144      	MOVLB      4
+0x13A6	0x00A1      	MOVWF      FARG_Relay_set_C
+0x13A7	0x0141      	MOVLB      1
+0x13A8	0x086E      	MOVF       _SW, 0
+0x13A9	0x0144      	MOVLB      4
+0x13AA	0x00A2      	MOVWF      FARG_Relay_set_I
+0x13AB	0x3180      	MOVLP      0
+0x13AC	0x2621      	CALL       _Relay_set
+0x13AD	0x3190      	MOVLP      16
+;main.c,720 :: 		get_swr();
+0x13AE	0x2221      	CALL       _get_swr
+;main.c,721 :: 		if(SWR==0) return;
+0x13AF	0x3000      	MOVLW      0
+0x13B0	0x0143      	MOVLB      3
+0x13B1	0x063C      	XORWF      _SWR+1, 0
+0x13B2	0x1D03      	BTFSS      STATUS, 2
+0x13B3	0x2BB6      	GOTO       L__sharp_cap368
+0x13B4	0x3000      	MOVLW      0
+0x13B5	0x063B      	XORWF      _SWR, 0
+L__sharp_cap368:
+0x13B6	0x1D03      	BTFSS      STATUS, 2
+0x13B7	0x2BB9      	GOTO       L_sharp_cap182
+0x13B8	0x2C3E      	GOTO       L_end_sharp_cap
+L_sharp_cap182:
+;main.c,722 :: 		min_SWR = SWR;
+0x13B9	0x083B      	MOVF       _SWR, 0
+0x13BA	0x00DC      	MOVWF      sharp_cap_min_swr_L0
+0x13BB	0x083C      	MOVF       _SWR+1, 0
+0x13BC	0x00DD      	MOVWF      sharp_cap_min_swr_L0+1
+;main.c,723 :: 		for(count=min_range+1; count<=max_range; count++)  {
+0x13BD	0x0A5B      	INCF       sharp_cap_min_range_L0, 0
+0x13BE	0x00D9      	MOVWF      sharp_cap_count_L0
+L_sharp_cap183:
+0x13BF	0x0859      	MOVF       sharp_cap_count_L0, 0
+0x13C0	0x025A      	SUBWF      sharp_cap_max_range_L0, 0
+0x13C1	0x1C03      	BTFSS      STATUS, 0
+0x13C2	0x2C2F      	GOTO       L_sharp_cap184
+;main.c,724 :: 		Relay_set(ind, count, SW);
+0x13C3	0x0142      	MOVLB      2
+0x13C4	0x083F      	MOVF       _ind, 0
+0x13C5	0x0144      	MOVLB      4
+0x13C6	0x00A0      	MOVWF      FARG_Relay_set_L
+0x13C7	0x0143      	MOVLB      3
+0x13C8	0x0859      	MOVF       sharp_cap_count_L0, 0
+0x13C9	0x0144      	MOVLB      4
+0x13CA	0x00A1      	MOVWF      FARG_Relay_set_C
+0x13CB	0x0141      	MOVLB      1
+0x13CC	0x086E      	MOVF       _SW, 0
+0x13CD	0x0144      	MOVLB      4
+0x13CE	0x00A2      	MOVWF      FARG_Relay_set_I
+0x13CF	0x3180      	MOVLP      0
+0x13D0	0x2621      	CALL       _Relay_set
+0x13D1	0x3190      	MOVLP      16
+;main.c,725 :: 		get_swr();
+0x13D2	0x2221      	CALL       _get_swr
+;main.c,726 :: 		if(SWR==0) return;
+0x13D3	0x3000      	MOVLW      0
+0x13D4	0x0143      	MOVLB      3
+0x13D5	0x063C      	XORWF      _SWR+1, 0
+0x13D6	0x1D03      	BTFSS      STATUS, 2
+0x13D7	0x2BDA      	GOTO       L__sharp_cap369
+0x13D8	0x3000      	MOVLW      0
+0x13D9	0x063B      	XORWF      _SWR, 0
+L__sharp_cap369:
+0x13DA	0x1D03      	BTFSS      STATUS, 2
+0x13DB	0x2BDD      	GOTO       L_sharp_cap186
+0x13DC	0x2C3E      	GOTO       L_end_sharp_cap
+L_sharp_cap186:
+;main.c,727 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+0x13DD	0x3080      	MOVLW      128
+0x13DE	0x063C      	XORWF      _SWR+1, 0
+0x13DF	0x00F0      	MOVWF      R0
+0x13E0	0x3080      	MOVLW      128
+0x13E1	0x065D      	XORWF      sharp_cap_min_swr_L0+1, 0
+0x13E2	0x0270      	SUBWF      R0, 0
+0x13E3	0x1D03      	BTFSS      STATUS, 2
+0x13E4	0x2BE7      	GOTO       L__sharp_cap370
+0x13E5	0x085C      	MOVF       sharp_cap_min_swr_L0, 0
+0x13E6	0x023B      	SUBWF      _SWR, 0
+L__sharp_cap370:
+0x13E7	0x1C03      	BTFSS      STATUS, 0
+0x13E8	0x2BF3      	GOTO       L_sharp_cap187
+0x13E9	0x3068      	MOVLW      104
+0x13EA	0x00FC      	MOVWF      R12
+0x13EB	0x30E4      	MOVLW      228
+0x13EC	0x00FD      	MOVWF      R13
+L_sharp_cap188:
+0x13ED	0x0BFD      	DECFSZ     R13, 1
+0x13EE	0x2BED      	GOTO       L_sharp_cap188
+0x13EF	0x0BFC      	DECFSZ     R12, 1
+0x13F0	0x2BED      	GOTO       L_sharp_cap188
+0x13F1	0x0000      	NOP
+0x13F2	0x2221      	CALL       _get_swr
+L_sharp_cap187:
+;main.c,728 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+0x13F3	0x3080      	MOVLW      128
+0x13F4	0x0143      	MOVLB      3
+0x13F5	0x063C      	XORWF      _SWR+1, 0
+0x13F6	0x00F0      	MOVWF      R0
+0x13F7	0x3080      	MOVLW      128
+0x13F8	0x065D      	XORWF      sharp_cap_min_swr_L0+1, 0
+0x13F9	0x0270      	SUBWF      R0, 0
+0x13FA	0x1D03      	BTFSS      STATUS, 2
+0x13FB	0x2BFE      	GOTO       L__sharp_cap371
+0x13FC	0x085C      	MOVF       sharp_cap_min_swr_L0, 0
+0x13FD	0x023B      	SUBWF      _SWR, 0
+L__sharp_cap371:
+0x13FE	0x1C03      	BTFSS      STATUS, 0
+0x13FF	0x2C0A      	GOTO       L_sharp_cap189
+0x1400	0x3068      	MOVLW      104
+0x1401	0x00FC      	MOVWF      R12
+0x1402	0x30E4      	MOVLW      228
+0x1403	0x00FD      	MOVWF      R13
+L_sharp_cap190:
+0x1404	0x0BFD      	DECFSZ     R13, 1
+0x1405	0x2C04      	GOTO       L_sharp_cap190
+0x1406	0x0BFC      	DECFSZ     R12, 1
+0x1407	0x2C04      	GOTO       L_sharp_cap190
+0x1408	0x0000      	NOP
+0x1409	0x2221      	CALL       _get_swr
+L_sharp_cap189:
+;main.c,729 :: 		if(SWR < min_SWR) {
+0x140A	0x3080      	MOVLW      128
+0x140B	0x0143      	MOVLB      3
+0x140C	0x063C      	XORWF      _SWR+1, 0
+0x140D	0x00F0      	MOVWF      R0
+0x140E	0x3080      	MOVLW      128
+0x140F	0x065D      	XORWF      sharp_cap_min_swr_L0+1, 0
+0x1410	0x0270      	SUBWF      R0, 0
+0x1411	0x1D03      	BTFSS      STATUS, 2
+0x1412	0x2C15      	GOTO       L__sharp_cap372
+0x1413	0x085C      	MOVF       sharp_cap_min_swr_L0, 0
+0x1414	0x023B      	SUBWF      _SWR, 0
+L__sharp_cap372:
+0x1415	0x1803      	BTFSC      STATUS, 0
+0x1416	0x2C2C      	GOTO       L_sharp_cap191
+;main.c,730 :: 		min_SWR = SWR;
+0x1417	0x083B      	MOVF       _SWR, 0
+0x1418	0x00DC      	MOVWF      sharp_cap_min_swr_L0
+0x1419	0x083C      	MOVF       _SWR+1, 0
+0x141A	0x00DD      	MOVWF      sharp_cap_min_swr_L0+1
+;main.c,731 :: 		cap = count;
+0x141B	0x0859      	MOVF       sharp_cap_count_L0, 0
+0x141C	0x0141      	MOVLB      1
+0x141D	0x00EF      	MOVWF      _cap
+;main.c,732 :: 		if(SWR<120) break;
+0x141E	0x3080      	MOVLW      128
+0x141F	0x0143      	MOVLB      3
+0x1420	0x063C      	XORWF      _SWR+1, 0
+0x1421	0x00F0      	MOVWF      R0
+0x1422	0x3080      	MOVLW      128
+0x1423	0x0270      	SUBWF      R0, 0
+0x1424	0x1D03      	BTFSS      STATUS, 2
+0x1425	0x2C28      	GOTO       L__sharp_cap373
+0x1426	0x3078      	MOVLW      120
+0x1427	0x023B      	SUBWF      _SWR, 0
+L__sharp_cap373:
+0x1428	0x1803      	BTFSC      STATUS, 0
+0x1429	0x2C2B      	GOTO       L_sharp_cap192
+0x142A	0x2C2F      	GOTO       L_sharp_cap184
+L_sharp_cap192:
+;main.c,733 :: 		}
+0x142B	0x2C2D      	GOTO       L_sharp_cap193
+L_sharp_cap191:
+;main.c,734 :: 		else break;
+0x142C	0x2C2F      	GOTO       L_sharp_cap184
+L_sharp_cap193:
+;main.c,723 :: 		for(count=min_range+1; count<=max_range; count++)  {
+0x142D	0x0AD9      	INCF       sharp_cap_count_L0, 1
+;main.c,735 :: 		}
+0x142E	0x2BBF      	GOTO       L_sharp_cap183
+L_sharp_cap184:
+;main.c,736 :: 		Relay_set(ind, cap, SW);
+0x142F	0x0142      	MOVLB      2
+0x1430	0x083F      	MOVF       _ind, 0
+0x1431	0x0144      	MOVLB      4
+0x1432	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1433	0x0141      	MOVLB      1
+0x1434	0x086F      	MOVF       _cap, 0
+0x1435	0x0144      	MOVLB      4
+0x1436	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1437	0x0141      	MOVLB      1
+0x1438	0x086E      	MOVF       _SW, 0
+0x1439	0x0144      	MOVLB      4
+0x143A	0x00A2      	MOVWF      FARG_Relay_set_I
+0x143B	0x3180      	MOVLP      0
+0x143C	0x2621      	CALL       _Relay_set
+0x143D	0x3190      	MOVLP      16
+;main.c,737 :: 		return;
+;main.c,738 :: 		}
+L_end_sharp_cap:
+0x143E	0x0008      	RETURN
+; end of _sharp_cap
+_coarse_tune:
+;main.c,676 :: 		void coarse_tune() {
+;main.c,677 :: 		char step = 3;
+0x143F	0x3003      	MOVLW      3
+0x1440	0x0143      	MOVLB      3
+0x1441	0x00DD      	MOVWF      coarse_tune_step_L0
+;main.c,682 :: 		mem_cap = 0;
+0x1442	0x01D9      	CLRF       coarse_tune_mem_cap_L0
+;main.c,683 :: 		step_ind = step;
+0x1443	0x085D      	MOVF       coarse_tune_step_L0, 0
+0x1444	0x0141      	MOVLB      1
+0x1445	0x00EC      	MOVWF      _step_ind
+;main.c,684 :: 		mem_step_cap = 3;
+0x1446	0x3003      	MOVLW      3
+0x1447	0x0143      	MOVLB      3
+0x1448	0x00DA      	MOVWF      coarse_tune_mem_step_cap_L0
+;main.c,685 :: 		min_swr = SWR + SWR/20;
+0x1449	0x3014      	MOVLW      20
+0x144A	0x00F4      	MOVWF      R4
+0x144B	0x3000      	MOVLW      0
+0x144C	0x00F5      	MOVWF      R5
+0x144D	0x083B      	MOVF       _SWR, 0
+0x144E	0x00F0      	MOVWF      R0
+0x144F	0x083C      	MOVF       _SWR+1, 0
+0x1450	0x00F1      	MOVWF      R1
+0x1451	0x2285      	CALL       _Div_16x16_S
+0x1452	0x0870      	MOVF       R0, 0
+0x1453	0x0143      	MOVLB      3
+0x1454	0x073B      	ADDWF      _SWR, 0
+0x1455	0x00DB      	MOVWF      coarse_tune_min_swr_L0
+0x1456	0x0871      	MOVF       R1, 0
+0x1457	0x3D3C      	ADDWFC     _SWR+1, 0
+0x1458	0x00DC      	MOVWF      coarse_tune_min_swr_L0+1
+;main.c,686 :: 		for(count=step; count<=31;) {
+0x1459	0x085D      	MOVF       coarse_tune_step_L0, 0
+0x145A	0x00D8      	MOVWF      coarse_tune_count_L0
+L_coarse_tune169:
+0x145B	0x0858      	MOVF       coarse_tune_count_L0, 0
+0x145C	0x3C1F      	SUBLW      31
+0x145D	0x1C03      	BTFSS      STATUS, 0
+0x145E	0x2CBC      	GOTO       L_coarse_tune170
+;main.c,687 :: 		Relay_set(count, cap, SW);
+0x145F	0x0858      	MOVF       coarse_tune_count_L0, 0
+0x1460	0x0144      	MOVLB      4
+0x1461	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1462	0x0141      	MOVLB      1
+0x1463	0x086F      	MOVF       _cap, 0
+0x1464	0x0144      	MOVLB      4
+0x1465	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1466	0x0141      	MOVLB      1
+0x1467	0x086E      	MOVF       _SW, 0
+0x1468	0x0144      	MOVLB      4
+0x1469	0x00A2      	MOVWF      FARG_Relay_set_I
+0x146A	0x3180      	MOVLP      0
+0x146B	0x2621      	CALL       _Relay_set
+0x146C	0x3190      	MOVLP      16
+;main.c,688 :: 		coarse_cap();
+0x146D	0x22ED      	CALL       _coarse_cap
+;main.c,689 :: 		get_swr();
+0x146E	0x2221      	CALL       _get_swr
+;main.c,690 :: 		if(SWR < min_swr) {
+0x146F	0x3080      	MOVLW      128
+0x1470	0x0143      	MOVLB      3
+0x1471	0x063C      	XORWF      _SWR+1, 0
+0x1472	0x00F0      	MOVWF      R0
+0x1473	0x3080      	MOVLW      128
+0x1474	0x065C      	XORWF      coarse_tune_min_swr_L0+1, 0
+0x1475	0x0270      	SUBWF      R0, 0
+0x1476	0x1D03      	BTFSS      STATUS, 2
+0x1477	0x2C7A      	GOTO       L__coarse_tune365
+0x1478	0x085B      	MOVF       coarse_tune_min_swr_L0, 0
+0x1479	0x023B      	SUBWF      _SWR, 0
+L__coarse_tune365:
+0x147A	0x1803      	BTFSC      STATUS, 0
+0x147B	0x2CBA      	GOTO       L_coarse_tune172
+;main.c,691 :: 		min_swr = SWR + SWR/20;
+0x147C	0x3014      	MOVLW      20
+0x147D	0x00F4      	MOVWF      R4
+0x147E	0x3000      	MOVLW      0
+0x147F	0x00F5      	MOVWF      R5
+0x1480	0x083B      	MOVF       _SWR, 0
+0x1481	0x00F0      	MOVWF      R0
+0x1482	0x083C      	MOVF       _SWR+1, 0
+0x1483	0x00F1      	MOVWF      R1
+0x1484	0x2285      	CALL       _Div_16x16_S
+0x1485	0x0870      	MOVF       R0, 0
+0x1486	0x0143      	MOVLB      3
+0x1487	0x073B      	ADDWF      _SWR, 0
+0x1488	0x00DB      	MOVWF      coarse_tune_min_swr_L0
+0x1489	0x0871      	MOVF       R1, 0
+0x148A	0x3D3C      	ADDWFC     _SWR+1, 0
+0x148B	0x00DC      	MOVWF      coarse_tune_min_swr_L0+1
+;main.c,692 :: 		ind = count;
+0x148C	0x0858      	MOVF       coarse_tune_count_L0, 0
+0x148D	0x0142      	MOVLB      2
+0x148E	0x00BF      	MOVWF      _ind
+;main.c,693 :: 		mem_cap = cap;
+0x148F	0x0141      	MOVLB      1
+0x1490	0x086F      	MOVF       _cap, 0
+0x1491	0x0143      	MOVLB      3
+0x1492	0x00D9      	MOVWF      coarse_tune_mem_cap_L0
+;main.c,694 :: 		step_ind = step;
+0x1493	0x085D      	MOVF       coarse_tune_step_L0, 0
+0x1494	0x0141      	MOVLB      1
+0x1495	0x00EC      	MOVWF      _step_ind
+;main.c,695 :: 		mem_step_cap = step_cap;
+0x1496	0x086D      	MOVF       _step_cap, 0
+0x1497	0x0143      	MOVLB      3
+0x1498	0x00DA      	MOVWF      coarse_tune_mem_step_cap_L0
+;main.c,696 :: 		if(SWR<120) break;
+0x1499	0x3080      	MOVLW      128
+0x149A	0x063C      	XORWF      _SWR+1, 0
+0x149B	0x00F0      	MOVWF      R0
+0x149C	0x3080      	MOVLW      128
+0x149D	0x0270      	SUBWF      R0, 0
+0x149E	0x1D03      	BTFSS      STATUS, 2
+0x149F	0x2CA2      	GOTO       L__coarse_tune366
+0x14A0	0x3078      	MOVLW      120
+0x14A1	0x023B      	SUBWF      _SWR, 0
+L__coarse_tune366:
+0x14A2	0x1803      	BTFSC      STATUS, 0
+0x14A3	0x2CA5      	GOTO       L_coarse_tune173
+0x14A4	0x2CBC      	GOTO       L_coarse_tune170
+L_coarse_tune173:
+;main.c,697 :: 		count += step;
+0x14A5	0x085D      	MOVF       coarse_tune_step_L0, 0
+0x14A6	0x0758      	ADDWF      coarse_tune_count_L0, 0
+0x14A7	0x00F1      	MOVWF      R1
+0x14A8	0x0871      	MOVF       R1, 0
+0x14A9	0x00D8      	MOVWF      coarse_tune_count_L0
+;main.c,698 :: 		if(count==9) count = 8;
+0x14AA	0x0871      	MOVF       R1, 0
+0x14AB	0x3A09      	XORLW      9
+0x14AC	0x1D03      	BTFSS      STATUS, 2
+0x14AD	0x2CB1      	GOTO       L_coarse_tune174
+0x14AE	0x3008      	MOVLW      8
+0x14AF	0x00D8      	MOVWF      coarse_tune_count_L0
+0x14B0	0x2CB9      	GOTO       L_coarse_tune175
+L_coarse_tune174:
+;main.c,699 :: 		else if(count==17) {count = 16; step = 4;}
+0x14B1	0x0858      	MOVF       coarse_tune_count_L0, 0
+0x14B2	0x3A11      	XORLW      17
+0x14B3	0x1D03      	BTFSS      STATUS, 2
+0x14B4	0x2CB9      	GOTO       L_coarse_tune176
+0x14B5	0x3010      	MOVLW      16
+0x14B6	0x00D8      	MOVWF      coarse_tune_count_L0
+0x14B7	0x3004      	MOVLW      4
+0x14B8	0x00DD      	MOVWF      coarse_tune_step_L0
+L_coarse_tune176:
+L_coarse_tune175:
+;main.c,700 :: 		}
+0x14B9	0x2CBB      	GOTO       L_coarse_tune177
+L_coarse_tune172:
+;main.c,701 :: 		else break;
+0x14BA	0x2CBC      	GOTO       L_coarse_tune170
+L_coarse_tune177:
+;main.c,702 :: 		}
+0x14BB	0x2C5B      	GOTO       L_coarse_tune169
+L_coarse_tune170:
+;main.c,703 :: 		cap = mem_cap;
+0x14BC	0x0859      	MOVF       coarse_tune_mem_cap_L0, 0
+0x14BD	0x0141      	MOVLB      1
+0x14BE	0x00EF      	MOVWF      _cap
+;main.c,704 :: 		Relay_set(ind, cap, SW);
+0x14BF	0x0142      	MOVLB      2
+0x14C0	0x083F      	MOVF       _ind, 0
+0x14C1	0x0144      	MOVLB      4
+0x14C2	0x00A0      	MOVWF      FARG_Relay_set_L
+0x14C3	0x0143      	MOVLB      3
+0x14C4	0x0859      	MOVF       coarse_tune_mem_cap_L0, 0
+0x14C5	0x0144      	MOVLB      4
+0x14C6	0x00A1      	MOVWF      FARG_Relay_set_C
+0x14C7	0x0141      	MOVLB      1
+0x14C8	0x086E      	MOVF       _SW, 0
+0x14C9	0x0144      	MOVLB      4
+0x14CA	0x00A2      	MOVWF      FARG_Relay_set_I
+0x14CB	0x3180      	MOVLP      0
+0x14CC	0x2621      	CALL       _Relay_set
+0x14CD	0x3190      	MOVLP      16
+;main.c,705 :: 		step_cap = mem_step_cap;
+0x14CE	0x0143      	MOVLB      3
+0x14CF	0x085A      	MOVF       coarse_tune_mem_step_cap_L0, 0
+0x14D0	0x0141      	MOVLB      1
+0x14D1	0x00ED      	MOVWF      _step_cap
+;main.c,706 :: 		Delay_ms(10);
+0x14D2	0x3068      	MOVLW      104
+0x14D3	0x00FC      	MOVWF      R12
+0x14D4	0x30E4      	MOVLW      228
+0x14D5	0x00FD      	MOVWF      R13
+L_coarse_tune178:
+0x14D6	0x0BFD      	DECFSZ     R13, 1
+0x14D7	0x2CD6      	GOTO       L_coarse_tune178
+0x14D8	0x0BFC      	DECFSZ     R12, 1
+0x14D9	0x2CD6      	GOTO       L_coarse_tune178
+0x14DA	0x0000      	NOP
+;main.c,707 :: 		return;
+;main.c,708 :: 		}
+L_end_coarse_tune:
+0x14DB	0x0008      	RETURN
+; end of _coarse_tune
+_sharp_ind:
+;main.c,740 :: 		void sharp_ind() {
+;main.c,743 :: 		range = step_ind;
+0x14DC	0x0141      	MOVLB      1
+0x14DD	0x086C      	MOVF       _step_ind, 0
+0x14DE	0x0143      	MOVLB      3
+0x14DF	0x00D8      	MOVWF      sharp_ind_range_L0
+;main.c,745 :: 		max_range = ind + range;
+0x14E0	0x0141      	MOVLB      1
+0x14E1	0x086C      	MOVF       _step_ind, 0
+0x14E2	0x0142      	MOVLB      2
+0x14E3	0x073F      	ADDWF      _ind, 0
+0x14E4	0x00F1      	MOVWF      R1
+0x14E5	0x0871      	MOVF       R1, 0
+0x14E6	0x0143      	MOVLB      3
+0x14E7	0x00DA      	MOVWF      sharp_ind_max_range_L0
+;main.c,746 :: 		if(max_range>31) max_range = 31;
+0x14E8	0x0871      	MOVF       R1, 0
+0x14E9	0x3C1F      	SUBLW      31
+0x14EA	0x1803      	BTFSC      STATUS, 0
+0x14EB	0x2CEE      	GOTO       L_sharp_ind194
+0x14EC	0x301F      	MOVLW      31
+0x14ED	0x00DA      	MOVWF      sharp_ind_max_range_L0
+L_sharp_ind194:
+;main.c,747 :: 		if(ind>range) min_range = ind - range; else min_range = 0;
+0x14EE	0x0142      	MOVLB      2
+0x14EF	0x083F      	MOVF       _ind, 0
+0x14F0	0x0143      	MOVLB      3
+0x14F1	0x0258      	SUBWF      sharp_ind_range_L0, 0
+0x14F2	0x1803      	BTFSC      STATUS, 0
+0x14F3	0x2CFA      	GOTO       L_sharp_ind195
+0x14F4	0x0858      	MOVF       sharp_ind_range_L0, 0
+0x14F5	0x0142      	MOVLB      2
+0x14F6	0x023F      	SUBWF      _ind, 0
+0x14F7	0x0143      	MOVLB      3
+0x14F8	0x00DB      	MOVWF      sharp_ind_min_range_L0
+0x14F9	0x2CFB      	GOTO       L_sharp_ind196
+L_sharp_ind195:
+0x14FA	0x01DB      	CLRF       sharp_ind_min_range_L0
+L_sharp_ind196:
+;main.c,748 :: 		ind = min_range;
+0x14FB	0x085B      	MOVF       sharp_ind_min_range_L0, 0
+0x14FC	0x0142      	MOVLB      2
+0x14FD	0x00BF      	MOVWF      _ind
+;main.c,749 :: 		Relay_set(ind, cap, SW);
+0x14FE	0x0143      	MOVLB      3
+0x14FF	0x085B      	MOVF       sharp_ind_min_range_L0, 0
+0x1500	0x0144      	MOVLB      4
+0x1501	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1502	0x0141      	MOVLB      1
+0x1503	0x086F      	MOVF       _cap, 0
+0x1504	0x0144      	MOVLB      4
+0x1505	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1506	0x0141      	MOVLB      1
+0x1507	0x086E      	MOVF       _SW, 0
+0x1508	0x0144      	MOVLB      4
+0x1509	0x00A2      	MOVWF      FARG_Relay_set_I
+0x150A	0x3180      	MOVLP      0
+0x150B	0x2621      	CALL       _Relay_set
+0x150C	0x3190      	MOVLP      16
+;main.c,750 :: 		get_swr();
+0x150D	0x2221      	CALL       _get_swr
+;main.c,751 :: 		if(SWR==0) return;
+0x150E	0x3000      	MOVLW      0
+0x150F	0x0143      	MOVLB      3
+0x1510	0x063C      	XORWF      _SWR+1, 0
+0x1511	0x1D03      	BTFSS      STATUS, 2
+0x1512	0x2D15      	GOTO       L__sharp_ind375
+0x1513	0x3000      	MOVLW      0
+0x1514	0x063B      	XORWF      _SWR, 0
+L__sharp_ind375:
+0x1515	0x1D03      	BTFSS      STATUS, 2
+0x1516	0x2D18      	GOTO       L_sharp_ind197
+0x1517	0x2D9C      	GOTO       L_end_sharp_ind
+L_sharp_ind197:
+;main.c,752 :: 		min_SWR = SWR;
+0x1518	0x083B      	MOVF       _SWR, 0
+0x1519	0x00DC      	MOVWF      sharp_ind_min_SWR_L0
+0x151A	0x083C      	MOVF       _SWR+1, 0
+0x151B	0x00DD      	MOVWF      sharp_ind_min_SWR_L0+1
+;main.c,753 :: 		for(count=min_range+1; count<=max_range; count++) {
+0x151C	0x0A5B      	INCF       sharp_ind_min_range_L0, 0
+0x151D	0x00D9      	MOVWF      sharp_ind_count_L0
+L_sharp_ind198:
+0x151E	0x0859      	MOVF       sharp_ind_count_L0, 0
+0x151F	0x025A      	SUBWF      sharp_ind_max_range_L0, 0
+0x1520	0x1C03      	BTFSS      STATUS, 0
+0x1521	0x2D8D      	GOTO       L_sharp_ind199
+;main.c,754 :: 		Relay_set(count, cap, SW);
+0x1522	0x0859      	MOVF       sharp_ind_count_L0, 0
+0x1523	0x0144      	MOVLB      4
+0x1524	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1525	0x0141      	MOVLB      1
+0x1526	0x086F      	MOVF       _cap, 0
+0x1527	0x0144      	MOVLB      4
+0x1528	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1529	0x0141      	MOVLB      1
+0x152A	0x086E      	MOVF       _SW, 0
+0x152B	0x0144      	MOVLB      4
+0x152C	0x00A2      	MOVWF      FARG_Relay_set_I
+0x152D	0x3180      	MOVLP      0
+0x152E	0x2621      	CALL       _Relay_set
+0x152F	0x3190      	MOVLP      16
+;main.c,755 :: 		get_swr();
+0x1530	0x2221      	CALL       _get_swr
+;main.c,756 :: 		if(SWR==0) return;
+0x1531	0x3000      	MOVLW      0
+0x1532	0x0143      	MOVLB      3
+0x1533	0x063C      	XORWF      _SWR+1, 0
+0x1534	0x1D03      	BTFSS      STATUS, 2
+0x1535	0x2D38      	GOTO       L__sharp_ind376
+0x1536	0x3000      	MOVLW      0
+0x1537	0x063B      	XORWF      _SWR, 0
+L__sharp_ind376:
+0x1538	0x1D03      	BTFSS      STATUS, 2
+0x1539	0x2D3B      	GOTO       L_sharp_ind201
+0x153A	0x2D9C      	GOTO       L_end_sharp_ind
+L_sharp_ind201:
+;main.c,757 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+0x153B	0x3080      	MOVLW      128
+0x153C	0x063C      	XORWF      _SWR+1, 0
+0x153D	0x00F0      	MOVWF      R0
+0x153E	0x3080      	MOVLW      128
+0x153F	0x065D      	XORWF      sharp_ind_min_SWR_L0+1, 0
+0x1540	0x0270      	SUBWF      R0, 0
+0x1541	0x1D03      	BTFSS      STATUS, 2
+0x1542	0x2D45      	GOTO       L__sharp_ind377
+0x1543	0x085C      	MOVF       sharp_ind_min_SWR_L0, 0
+0x1544	0x023B      	SUBWF      _SWR, 0
+L__sharp_ind377:
+0x1545	0x1C03      	BTFSS      STATUS, 0
+0x1546	0x2D51      	GOTO       L_sharp_ind202
+0x1547	0x3068      	MOVLW      104
+0x1548	0x00FC      	MOVWF      R12
+0x1549	0x30E4      	MOVLW      228
+0x154A	0x00FD      	MOVWF      R13
+L_sharp_ind203:
+0x154B	0x0BFD      	DECFSZ     R13, 1
+0x154C	0x2D4B      	GOTO       L_sharp_ind203
+0x154D	0x0BFC      	DECFSZ     R12, 1
+0x154E	0x2D4B      	GOTO       L_sharp_ind203
+0x154F	0x0000      	NOP
+0x1550	0x2221      	CALL       _get_swr
+L_sharp_ind202:
+;main.c,758 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+0x1551	0x3080      	MOVLW      128
+0x1552	0x0143      	MOVLB      3
+0x1553	0x063C      	XORWF      _SWR+1, 0
+0x1554	0x00F0      	MOVWF      R0
+0x1555	0x3080      	MOVLW      128
+0x1556	0x065D      	XORWF      sharp_ind_min_SWR_L0+1, 0
+0x1557	0x0270      	SUBWF      R0, 0
+0x1558	0x1D03      	BTFSS      STATUS, 2
+0x1559	0x2D5C      	GOTO       L__sharp_ind378
+0x155A	0x085C      	MOVF       sharp_ind_min_SWR_L0, 0
+0x155B	0x023B      	SUBWF      _SWR, 0
+L__sharp_ind378:
+0x155C	0x1C03      	BTFSS      STATUS, 0
+0x155D	0x2D68      	GOTO       L_sharp_ind204
+0x155E	0x3068      	MOVLW      104
+0x155F	0x00FC      	MOVWF      R12
+0x1560	0x30E4      	MOVLW      228
+0x1561	0x00FD      	MOVWF      R13
+L_sharp_ind205:
+0x1562	0x0BFD      	DECFSZ     R13, 1
+0x1563	0x2D62      	GOTO       L_sharp_ind205
+0x1564	0x0BFC      	DECFSZ     R12, 1
+0x1565	0x2D62      	GOTO       L_sharp_ind205
+0x1566	0x0000      	NOP
+0x1567	0x2221      	CALL       _get_swr
+L_sharp_ind204:
+;main.c,759 :: 		if(SWR < min_SWR) {
+0x1568	0x3080      	MOVLW      128
+0x1569	0x0143      	MOVLB      3
+0x156A	0x063C      	XORWF      _SWR+1, 0
+0x156B	0x00F0      	MOVWF      R0
+0x156C	0x3080      	MOVLW      128
+0x156D	0x065D      	XORWF      sharp_ind_min_SWR_L0+1, 0
+0x156E	0x0270      	SUBWF      R0, 0
+0x156F	0x1D03      	BTFSS      STATUS, 2
+0x1570	0x2D73      	GOTO       L__sharp_ind379
+0x1571	0x085C      	MOVF       sharp_ind_min_SWR_L0, 0
+0x1572	0x023B      	SUBWF      _SWR, 0
+L__sharp_ind379:
+0x1573	0x1803      	BTFSC      STATUS, 0
+0x1574	0x2D8A      	GOTO       L_sharp_ind206
+;main.c,760 :: 		min_SWR = SWR;
+0x1575	0x083B      	MOVF       _SWR, 0
+0x1576	0x00DC      	MOVWF      sharp_ind_min_SWR_L0
+0x1577	0x083C      	MOVF       _SWR+1, 0
+0x1578	0x00DD      	MOVWF      sharp_ind_min_SWR_L0+1
+;main.c,761 :: 		ind = count;
+0x1579	0x0859      	MOVF       sharp_ind_count_L0, 0
+0x157A	0x0142      	MOVLB      2
+0x157B	0x00BF      	MOVWF      _ind
+;main.c,762 :: 		if(SWR<120) break;
+0x157C	0x3080      	MOVLW      128
+0x157D	0x0143      	MOVLB      3
+0x157E	0x063C      	XORWF      _SWR+1, 0
+0x157F	0x00F0      	MOVWF      R0
+0x1580	0x3080      	MOVLW      128
+0x1581	0x0270      	SUBWF      R0, 0
+0x1582	0x1D03      	BTFSS      STATUS, 2
+0x1583	0x2D86      	GOTO       L__sharp_ind380
+0x1584	0x3078      	MOVLW      120
+0x1585	0x023B      	SUBWF      _SWR, 0
+L__sharp_ind380:
+0x1586	0x1803      	BTFSC      STATUS, 0
+0x1587	0x2D89      	GOTO       L_sharp_ind207
+0x1588	0x2D8D      	GOTO       L_sharp_ind199
+L_sharp_ind207:
+;main.c,763 :: 		}
+0x1589	0x2D8B      	GOTO       L_sharp_ind208
+L_sharp_ind206:
+;main.c,764 :: 		else break;
+0x158A	0x2D8D      	GOTO       L_sharp_ind199
+L_sharp_ind208:
+;main.c,753 :: 		for(count=min_range+1; count<=max_range; count++) {
+0x158B	0x0AD9      	INCF       sharp_ind_count_L0, 1
+;main.c,765 :: 		}
+0x158C	0x2D1E      	GOTO       L_sharp_ind198
+L_sharp_ind199:
+;main.c,766 :: 		Relay_set(ind, cap, SW);
+0x158D	0x0142      	MOVLB      2
+0x158E	0x083F      	MOVF       _ind, 0
+0x158F	0x0144      	MOVLB      4
+0x1590	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1591	0x0141      	MOVLB      1
+0x1592	0x086F      	MOVF       _cap, 0
+0x1593	0x0144      	MOVLB      4
+0x1594	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1595	0x0141      	MOVLB      1
+0x1596	0x086E      	MOVF       _SW, 0
+0x1597	0x0144      	MOVLB      4
+0x1598	0x00A2      	MOVWF      FARG_Relay_set_I
+0x1599	0x3180      	MOVLP      0
+0x159A	0x2621      	CALL       _Relay_set
+0x159B	0x3190      	MOVLP      16
+;main.c,767 :: 		return;
+;main.c,768 :: 		}
+L_end_sharp_ind:
+0x159C	0x0008      	RETURN
+; end of _sharp_ind
+_tune:
+;main.c,771 :: 		void tune() {
+;main.c,773 :: 		asm CLRWDT;
+0x159D	0x0064      	CLRWDT
+;main.c,774 :: 		Key_out = 0;
+0x159E	0x0140      	MOVLB      0
+0x159F	0x1119      	BCF        LATD2_bit, BitPos(LATD2_bit+0)
+;main.c,775 :: 		Delay_ms(100);
+0x15A0	0x3005      	MOVLW      5
+0x15A1	0x00FB      	MOVWF      R11
+0x15A2	0x300F      	MOVLW      15
+0x15A3	0x00FC      	MOVWF      R12
+0x15A4	0x30F1      	MOVLW      241
+0x15A5	0x00FD      	MOVWF      R13
+L_tune209:
+0x15A6	0x0BFD      	DECFSZ     R13, 1
+0x15A7	0x2DA6      	GOTO       L_tune209
+0x15A8	0x0BFC      	DECFSZ     R12, 1
+0x15A9	0x2DA6      	GOTO       L_tune209
+0x15AA	0x0BFB      	DECFSZ     R11, 1
+0x15AB	0x2DA6      	GOTO       L_tune209
+;main.c,776 :: 		get_swr(); if(SWR<110) { Key_out = 1; return; }
+0x15AC	0x2221      	CALL       _get_swr
+0x15AD	0x3080      	MOVLW      128
+0x15AE	0x0143      	MOVLB      3
+0x15AF	0x063C      	XORWF      _SWR+1, 0
+0x15B0	0x00F0      	MOVWF      R0
+0x15B1	0x3080      	MOVLW      128
+0x15B2	0x0270      	SUBWF      R0, 0
+0x15B3	0x1D03      	BTFSS      STATUS, 2
+0x15B4	0x2DB7      	GOTO       L__tune382
+0x15B5	0x306E      	MOVLW      110
+0x15B6	0x023B      	SUBWF      _SWR, 0
+L__tune382:
+0x15B7	0x1803      	BTFSC      STATUS, 0
+0x15B8	0x2DBC      	GOTO       L_tune210
+0x15B9	0x0140      	MOVLB      0
+0x15BA	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x15BB	0x2F4A      	GOTO       L_end_tune
+L_tune210:
+;main.c,777 :: 		atu_reset();
+0x15BC	0x3180      	MOVLP      0
+0x15BD	0x27C8      	CALL       _atu_reset
+0x15BE	0x3190      	MOVLP      16
+;main.c,778 :: 		Delay_ms(50);
+0x15BF	0x3003      	MOVLW      3
+0x15C0	0x00FB      	MOVWF      R11
+0x15C1	0x3008      	MOVLW      8
+0x15C2	0x00FC      	MOVWF      R12
+0x15C3	0x3077      	MOVLW      119
+0x15C4	0x00FD      	MOVWF      R13
+L_tune211:
+0x15C5	0x0BFD      	DECFSZ     R13, 1
+0x15C6	0x2DC5      	GOTO       L_tune211
+0x15C7	0x0BFC      	DECFSZ     R12, 1
+0x15C8	0x2DC5      	GOTO       L_tune211
+0x15C9	0x0BFB      	DECFSZ     R11, 1
+0x15CA	0x2DC5      	GOTO       L_tune211
+;main.c,779 :: 		get_swr(); if(SWR<110) { Key_out = 1; return; }
+0x15CB	0x2221      	CALL       _get_swr
+0x15CC	0x3080      	MOVLW      128
+0x15CD	0x0143      	MOVLB      3
+0x15CE	0x063C      	XORWF      _SWR+1, 0
+0x15CF	0x00F0      	MOVWF      R0
+0x15D0	0x3080      	MOVLW      128
+0x15D1	0x0270      	SUBWF      R0, 0
+0x15D2	0x1D03      	BTFSS      STATUS, 2
+0x15D3	0x2DD6      	GOTO       L__tune383
+0x15D4	0x306E      	MOVLW      110
+0x15D5	0x023B      	SUBWF      _SWR, 0
+L__tune383:
+0x15D6	0x1803      	BTFSC      STATUS, 0
+0x15D7	0x2DDB      	GOTO       L_tune212
+0x15D8	0x0140      	MOVLB      0
+0x15D9	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x15DA	0x2F4A      	GOTO       L_end_tune
+L_tune212:
+;main.c,781 :: 		swr_mem = SWR;
+0x15DB	0x0143      	MOVLB      3
+0x15DC	0x083B      	MOVF       _SWR, 0
+0x15DD	0x00D2      	MOVWF      tune_swr_mem_L0
+0x15DE	0x083C      	MOVF       _SWR+1, 0
+0x15DF	0x00D3      	MOVWF      tune_swr_mem_L0+1
+;main.c,782 :: 		coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x15E0	0x243F      	CALL       _coarse_tune
+0x15E1	0x3000      	MOVLW      0
+0x15E2	0x0143      	MOVLB      3
+0x15E3	0x063C      	XORWF      _SWR+1, 0
+0x15E4	0x1D03      	BTFSS      STATUS, 2
+0x15E5	0x2DE8      	GOTO       L__tune384
+0x15E6	0x3000      	MOVLW      0
+0x15E7	0x063B      	XORWF      _SWR, 0
+L__tune384:
+0x15E8	0x1D03      	BTFSS      STATUS, 2
+0x15E9	0x2DEF      	GOTO       L_tune213
+0x15EA	0x3180      	MOVLP      0
+0x15EB	0x27C8      	CALL       _atu_reset
+0x15EC	0x3190      	MOVLP      16
+0x15ED	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x15EE	0x2F4A      	GOTO       L_end_tune
+L_tune213:
+;main.c,783 :: 		get_swr(); if(SWR<120) { Key_out = 1;  return; }
+0x15EF	0x2221      	CALL       _get_swr
+0x15F0	0x3080      	MOVLW      128
+0x15F1	0x0143      	MOVLB      3
+0x15F2	0x063C      	XORWF      _SWR+1, 0
+0x15F3	0x00F0      	MOVWF      R0
+0x15F4	0x3080      	MOVLW      128
+0x15F5	0x0270      	SUBWF      R0, 0
+0x15F6	0x1D03      	BTFSS      STATUS, 2
+0x15F7	0x2DFA      	GOTO       L__tune385
+0x15F8	0x3078      	MOVLW      120
+0x15F9	0x023B      	SUBWF      _SWR, 0
+L__tune385:
+0x15FA	0x1803      	BTFSC      STATUS, 0
+0x15FB	0x2DFF      	GOTO       L_tune214
+0x15FC	0x0140      	MOVLB      0
+0x15FD	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x15FE	0x2F4A      	GOTO       L_end_tune
+L_tune214:
+;main.c,784 :: 		sharp_ind();  if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x15FF	0x24DC      	CALL       _sharp_ind
+0x1600	0x3000      	MOVLW      0
+0x1601	0x0143      	MOVLB      3
+0x1602	0x063C      	XORWF      _SWR+1, 0
+0x1603	0x1D03      	BTFSS      STATUS, 2
+0x1604	0x2E07      	GOTO       L__tune386
+0x1605	0x3000      	MOVLW      0
+0x1606	0x063B      	XORWF      _SWR, 0
+L__tune386:
+0x1607	0x1D03      	BTFSS      STATUS, 2
+0x1608	0x2E0E      	GOTO       L_tune215
+0x1609	0x3180      	MOVLP      0
+0x160A	0x27C8      	CALL       _atu_reset
+0x160B	0x3190      	MOVLP      16
+0x160C	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x160D	0x2F4A      	GOTO       L_end_tune
+L_tune215:
+;main.c,785 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x160E	0x2221      	CALL       _get_swr
+0x160F	0x3080      	MOVLW      128
+0x1610	0x0143      	MOVLB      3
+0x1611	0x063C      	XORWF      _SWR+1, 0
+0x1612	0x00F0      	MOVWF      R0
+0x1613	0x3080      	MOVLW      128
+0x1614	0x0270      	SUBWF      R0, 0
+0x1615	0x1D03      	BTFSS      STATUS, 2
+0x1616	0x2E19      	GOTO       L__tune387
+0x1617	0x3078      	MOVLW      120
+0x1618	0x023B      	SUBWF      _SWR, 0
+L__tune387:
+0x1619	0x1803      	BTFSC      STATUS, 0
+0x161A	0x2E1E      	GOTO       L_tune216
+0x161B	0x0140      	MOVLB      0
+0x161C	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x161D	0x2F4A      	GOTO       L_end_tune
+L_tune216:
+;main.c,786 :: 		sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x161E	0x237E      	CALL       _sharp_cap
+0x161F	0x3000      	MOVLW      0
+0x1620	0x0143      	MOVLB      3
+0x1621	0x063C      	XORWF      _SWR+1, 0
+0x1622	0x1D03      	BTFSS      STATUS, 2
+0x1623	0x2E26      	GOTO       L__tune388
+0x1624	0x3000      	MOVLW      0
+0x1625	0x063B      	XORWF      _SWR, 0
+L__tune388:
+0x1626	0x1D03      	BTFSS      STATUS, 2
+0x1627	0x2E2D      	GOTO       L_tune217
+0x1628	0x3180      	MOVLP      0
+0x1629	0x27C8      	CALL       _atu_reset
+0x162A	0x3190      	MOVLP      16
+0x162B	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x162C	0x2F4A      	GOTO       L_end_tune
+L_tune217:
+;main.c,787 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x162D	0x2221      	CALL       _get_swr
+0x162E	0x3080      	MOVLW      128
+0x162F	0x0143      	MOVLB      3
+0x1630	0x063C      	XORWF      _SWR+1, 0
+0x1631	0x00F0      	MOVWF      R0
+0x1632	0x3080      	MOVLW      128
+0x1633	0x0270      	SUBWF      R0, 0
+0x1634	0x1D03      	BTFSS      STATUS, 2
+0x1635	0x2E38      	GOTO       L__tune389
+0x1636	0x3078      	MOVLW      120
+0x1637	0x023B      	SUBWF      _SWR, 0
+L__tune389:
+0x1638	0x1803      	BTFSC      STATUS, 0
+0x1639	0x2E3D      	GOTO       L_tune218
+0x163A	0x0140      	MOVLB      0
+0x163B	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x163C	0x2F4A      	GOTO       L_end_tune
+L_tune218:
+;main.c,789 :: 		if(SWR<200 & SWR<swr_mem & (swr_mem-SWR)>100) { Key_out = 1; return; }
+0x163D	0x3080      	MOVLW      128
+0x163E	0x0143      	MOVLB      3
+0x163F	0x063C      	XORWF      _SWR+1, 0
+0x1640	0x00F1      	MOVWF      R1
+0x1641	0x3080      	MOVLW      128
+0x1642	0x0271      	SUBWF      R1, 0
+0x1643	0x1D03      	BTFSS      STATUS, 2
+0x1644	0x2E47      	GOTO       L__tune390
+0x1645	0x30C8      	MOVLW      200
+0x1646	0x023B      	SUBWF      _SWR, 0
+L__tune390:
+0x1647	0x3001      	MOVLW      1
+0x1648	0x1803      	BTFSC      STATUS, 0
+0x1649	0x3000      	MOVLW      0
+0x164A	0x00F1      	MOVWF      R1
+0x164B	0x3080      	MOVLW      128
+0x164C	0x063C      	XORWF      _SWR+1, 0
+0x164D	0x00F0      	MOVWF      R0
+0x164E	0x3080      	MOVLW      128
+0x164F	0x0653      	XORWF      tune_swr_mem_L0+1, 0
+0x1650	0x0270      	SUBWF      R0, 0
+0x1651	0x1D03      	BTFSS      STATUS, 2
+0x1652	0x2E55      	GOTO       L__tune391
+0x1653	0x0852      	MOVF       tune_swr_mem_L0, 0
+0x1654	0x023B      	SUBWF      _SWR, 0
+L__tune391:
+0x1655	0x3001      	MOVLW      1
+0x1656	0x1803      	BTFSC      STATUS, 0
+0x1657	0x3000      	MOVLW      0
+0x1658	0x00F0      	MOVWF      R0
+0x1659	0x0870      	MOVF       R0, 0
+0x165A	0x0571      	ANDWF      R1, 0
+0x165B	0x00F3      	MOVWF      R3
+0x165C	0x083B      	MOVF       _SWR, 0
+0x165D	0x0252      	SUBWF      tune_swr_mem_L0, 0
+0x165E	0x00F1      	MOVWF      R1
+0x165F	0x083C      	MOVF       _SWR+1, 0
+0x1660	0x3B53      	SUBWFB     tune_swr_mem_L0+1, 0
+0x1661	0x00F2      	MOVWF      R2
+0x1662	0x3080      	MOVLW      128
+0x1663	0x00F0      	MOVWF      R0
+0x1664	0x3080      	MOVLW      128
+0x1665	0x0672      	XORWF      R2, 0
+0x1666	0x0270      	SUBWF      R0, 0
+0x1667	0x1D03      	BTFSS      STATUS, 2
+0x1668	0x2E6B      	GOTO       L__tune392
+0x1669	0x0871      	MOVF       R1, 0
+0x166A	0x3C64      	SUBLW      100
+L__tune392:
+0x166B	0x3001      	MOVLW      1
+0x166C	0x1803      	BTFSC      STATUS, 0
+0x166D	0x3000      	MOVLW      0
+0x166E	0x00F0      	MOVWF      R0
+0x166F	0x0873      	MOVF       R3, 0
+0x1670	0x05F0      	ANDWF      R0, 1
+0x1671	0x1903      	BTFSC      STATUS, 2
+0x1672	0x2E76      	GOTO       L_tune219
+0x1673	0x0140      	MOVLB      0
+0x1674	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x1675	0x2F4A      	GOTO       L_end_tune
+L_tune219:
+;main.c,790 :: 		swr_mem = SWR;
+0x1676	0x0143      	MOVLB      3
+0x1677	0x083B      	MOVF       _SWR, 0
+0x1678	0x00D2      	MOVWF      tune_swr_mem_L0
+0x1679	0x083C      	MOVF       _SWR+1, 0
+0x167A	0x00D3      	MOVWF      tune_swr_mem_L0+1
+;main.c,791 :: 		ind_mem = ind;
+0x167B	0x0142      	MOVLB      2
+0x167C	0x083F      	MOVF       _ind, 0
+0x167D	0x0143      	MOVLB      3
+0x167E	0x00D4      	MOVWF      tune_ind_mem_L0
+0x167F	0x01D5      	CLRF       tune_ind_mem_L0+1
+;main.c,792 :: 		cap_mem = cap;
+0x1680	0x0141      	MOVLB      1
+0x1681	0x086F      	MOVF       _cap, 0
+0x1682	0x0143      	MOVLB      3
+0x1683	0x00D6      	MOVWF      tune_cap_mem_L0
+0x1684	0x01D7      	CLRF       tune_cap_mem_L0+1
+;main.c,794 :: 		if(SW==1) SW = 0; else SW = 1;
+0x1685	0x0141      	MOVLB      1
+0x1686	0x086E      	MOVF       _SW, 0
+0x1687	0x3A01      	XORLW      1
+0x1688	0x1D03      	BTFSS      STATUS, 2
+0x1689	0x2E8C      	GOTO       L_tune220
+0x168A	0x01EE      	CLRF       _SW
+0x168B	0x2E8E      	GOTO       L_tune221
+L_tune220:
+0x168C	0x3001      	MOVLW      1
+0x168D	0x00EE      	MOVWF      _SW
+L_tune221:
+;main.c,795 :: 		atu_reset();
+0x168E	0x3180      	MOVLP      0
+0x168F	0x27C8      	CALL       _atu_reset
+0x1690	0x3190      	MOVLP      16
+;main.c,796 :: 		Relay_set(ind, cap, SW);
+0x1691	0x0142      	MOVLB      2
+0x1692	0x083F      	MOVF       _ind, 0
+0x1693	0x0144      	MOVLB      4
+0x1694	0x00A0      	MOVWF      FARG_Relay_set_L
+0x1695	0x0141      	MOVLB      1
+0x1696	0x086F      	MOVF       _cap, 0
+0x1697	0x0144      	MOVLB      4
+0x1698	0x00A1      	MOVWF      FARG_Relay_set_C
+0x1699	0x0141      	MOVLB      1
+0x169A	0x086E      	MOVF       _SW, 0
+0x169B	0x0144      	MOVLB      4
+0x169C	0x00A2      	MOVWF      FARG_Relay_set_I
+0x169D	0x3180      	MOVLP      0
+0x169E	0x2621      	CALL       _Relay_set
+0x169F	0x3190      	MOVLP      16
+;main.c,797 :: 		Delay_ms(50);
+0x16A0	0x3003      	MOVLW      3
+0x16A1	0x00FB      	MOVWF      R11
+0x16A2	0x3008      	MOVLW      8
+0x16A3	0x00FC      	MOVWF      R12
+0x16A4	0x3077      	MOVLW      119
+0x16A5	0x00FD      	MOVWF      R13
+L_tune222:
+0x16A6	0x0BFD      	DECFSZ     R13, 1
+0x16A7	0x2EA6      	GOTO       L_tune222
+0x16A8	0x0BFC      	DECFSZ     R12, 1
+0x16A9	0x2EA6      	GOTO       L_tune222
+0x16AA	0x0BFB      	DECFSZ     R11, 1
+0x16AB	0x2EA6      	GOTO       L_tune222
+;main.c,798 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x16AC	0x2221      	CALL       _get_swr
+0x16AD	0x3080      	MOVLW      128
+0x16AE	0x0143      	MOVLB      3
+0x16AF	0x063C      	XORWF      _SWR+1, 0
+0x16B0	0x00F0      	MOVWF      R0
+0x16B1	0x3080      	MOVLW      128
+0x16B2	0x0270      	SUBWF      R0, 0
+0x16B3	0x1D03      	BTFSS      STATUS, 2
+0x16B4	0x2EB7      	GOTO       L__tune393
+0x16B5	0x3078      	MOVLW      120
+0x16B6	0x023B      	SUBWF      _SWR, 0
+L__tune393:
+0x16B7	0x1803      	BTFSC      STATUS, 0
+0x16B8	0x2EBC      	GOTO       L_tune223
+0x16B9	0x0140      	MOVLB      0
+0x16BA	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x16BB	0x2F4A      	GOTO       L_end_tune
+L_tune223:
+;main.c,800 :: 		coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x16BC	0x243F      	CALL       _coarse_tune
+0x16BD	0x3000      	MOVLW      0
+0x16BE	0x0143      	MOVLB      3
+0x16BF	0x063C      	XORWF      _SWR+1, 0
+0x16C0	0x1D03      	BTFSS      STATUS, 2
+0x16C1	0x2EC4      	GOTO       L__tune394
+0x16C2	0x3000      	MOVLW      0
+0x16C3	0x063B      	XORWF      _SWR, 0
+L__tune394:
+0x16C4	0x1D03      	BTFSS      STATUS, 2
+0x16C5	0x2ECB      	GOTO       L_tune224
+0x16C6	0x3180      	MOVLP      0
+0x16C7	0x27C8      	CALL       _atu_reset
+0x16C8	0x3190      	MOVLP      16
+0x16C9	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x16CA	0x2F4A      	GOTO       L_end_tune
+L_tune224:
+;main.c,801 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x16CB	0x2221      	CALL       _get_swr
+0x16CC	0x3080      	MOVLW      128
+0x16CD	0x0143      	MOVLB      3
+0x16CE	0x063C      	XORWF      _SWR+1, 0
+0x16CF	0x00F0      	MOVWF      R0
+0x16D0	0x3080      	MOVLW      128
+0x16D1	0x0270      	SUBWF      R0, 0
+0x16D2	0x1D03      	BTFSS      STATUS, 2
+0x16D3	0x2ED6      	GOTO       L__tune395
+0x16D4	0x3078      	MOVLW      120
+0x16D5	0x023B      	SUBWF      _SWR, 0
+L__tune395:
+0x16D6	0x1803      	BTFSC      STATUS, 0
+0x16D7	0x2EDB      	GOTO       L_tune225
+0x16D8	0x0140      	MOVLB      0
+0x16D9	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x16DA	0x2F4A      	GOTO       L_end_tune
+L_tune225:
+;main.c,802 :: 		sharp_ind(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x16DB	0x24DC      	CALL       _sharp_ind
+0x16DC	0x3000      	MOVLW      0
+0x16DD	0x0143      	MOVLB      3
+0x16DE	0x063C      	XORWF      _SWR+1, 0
+0x16DF	0x1D03      	BTFSS      STATUS, 2
+0x16E0	0x2EE3      	GOTO       L__tune396
+0x16E1	0x3000      	MOVLW      0
+0x16E2	0x063B      	XORWF      _SWR, 0
+L__tune396:
+0x16E3	0x1D03      	BTFSS      STATUS, 2
+0x16E4	0x2EEA      	GOTO       L_tune226
+0x16E5	0x3180      	MOVLP      0
+0x16E6	0x27C8      	CALL       _atu_reset
+0x16E7	0x3190      	MOVLP      16
+0x16E8	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x16E9	0x2F4A      	GOTO       L_end_tune
+L_tune226:
+;main.c,803 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x16EA	0x2221      	CALL       _get_swr
+0x16EB	0x3080      	MOVLW      128
+0x16EC	0x0143      	MOVLB      3
+0x16ED	0x063C      	XORWF      _SWR+1, 0
+0x16EE	0x00F0      	MOVWF      R0
+0x16EF	0x3080      	MOVLW      128
+0x16F0	0x0270      	SUBWF      R0, 0
+0x16F1	0x1D03      	BTFSS      STATUS, 2
+0x16F2	0x2EF5      	GOTO       L__tune397
+0x16F3	0x3078      	MOVLW      120
+0x16F4	0x023B      	SUBWF      _SWR, 0
+L__tune397:
+0x16F5	0x1803      	BTFSC      STATUS, 0
+0x16F6	0x2EFA      	GOTO       L_tune227
+0x16F7	0x0140      	MOVLB      0
+0x16F8	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x16F9	0x2F4A      	GOTO       L_end_tune
+L_tune227:
+;main.c,804 :: 		sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+0x16FA	0x237E      	CALL       _sharp_cap
+0x16FB	0x3000      	MOVLW      0
+0x16FC	0x0143      	MOVLB      3
+0x16FD	0x063C      	XORWF      _SWR+1, 0
+0x16FE	0x1D03      	BTFSS      STATUS, 2
+0x16FF	0x2F02      	GOTO       L__tune398
+0x1700	0x3000      	MOVLW      0
+0x1701	0x063B      	XORWF      _SWR, 0
+L__tune398:
+0x1702	0x1D03      	BTFSS      STATUS, 2
+0x1703	0x2F09      	GOTO       L_tune228
+0x1704	0x3180      	MOVLP      0
+0x1705	0x27C8      	CALL       _atu_reset
+0x1706	0x3190      	MOVLP      16
+0x1707	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x1708	0x2F4A      	GOTO       L_end_tune
+L_tune228:
+;main.c,805 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+0x1709	0x2221      	CALL       _get_swr
+0x170A	0x3080      	MOVLW      128
+0x170B	0x0143      	MOVLB      3
+0x170C	0x063C      	XORWF      _SWR+1, 0
+0x170D	0x00F0      	MOVWF      R0
+0x170E	0x3080      	MOVLW      128
+0x170F	0x0270      	SUBWF      R0, 0
+0x1710	0x1D03      	BTFSS      STATUS, 2
+0x1711	0x2F14      	GOTO       L__tune399
+0x1712	0x3078      	MOVLW      120
+0x1713	0x023B      	SUBWF      _SWR, 0
+L__tune399:
+0x1714	0x1803      	BTFSC      STATUS, 0
+0x1715	0x2F19      	GOTO       L_tune229
+0x1716	0x0140      	MOVLB      0
+0x1717	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+0x1718	0x2F4A      	GOTO       L_end_tune
+L_tune229:
+;main.c,807 :: 		if(SWR>swr_mem) {
+0x1719	0x3080      	MOVLW      128
+0x171A	0x0143      	MOVLB      3
+0x171B	0x0653      	XORWF      tune_swr_mem_L0+1, 0
+0x171C	0x00F0      	MOVWF      R0
+0x171D	0x3080      	MOVLW      128
+0x171E	0x063C      	XORWF      _SWR+1, 0
+0x171F	0x0270      	SUBWF      R0, 0
+0x1720	0x1D03      	BTFSS      STATUS, 2
+0x1721	0x2F24      	GOTO       L__tune400
+0x1722	0x083B      	MOVF       _SWR, 0
+0x1723	0x0252      	SUBWF      tune_swr_mem_L0, 0
+L__tune400:
+0x1724	0x1803      	BTFSC      STATUS, 0
+0x1725	0x2F46      	GOTO       L_tune230
+;main.c,808 :: 		if(SW==1) SW = 0; else SW = 1;
+0x1726	0x0141      	MOVLB      1
+0x1727	0x086E      	MOVF       _SW, 0
+0x1728	0x3A01      	XORLW      1
+0x1729	0x1D03      	BTFSS      STATUS, 2
+0x172A	0x2F2D      	GOTO       L_tune231
+0x172B	0x01EE      	CLRF       _SW
+0x172C	0x2F2F      	GOTO       L_tune232
+L_tune231:
+0x172D	0x3001      	MOVLW      1
+0x172E	0x00EE      	MOVWF      _SW
+L_tune232:
+;main.c,809 :: 		ind = ind_mem;
+0x172F	0x0143      	MOVLB      3
+0x1730	0x0854      	MOVF       tune_ind_mem_L0, 0
+0x1731	0x0142      	MOVLB      2
+0x1732	0x00BF      	MOVWF      _ind
+;main.c,810 :: 		cap = cap_mem;
+0x1733	0x0143      	MOVLB      3
+0x1734	0x0856      	MOVF       tune_cap_mem_L0, 0
+0x1735	0x0141      	MOVLB      1
+0x1736	0x00EF      	MOVWF      _cap
+;main.c,811 :: 		Relay_set(ind, cap, sw);
+0x1737	0x0143      	MOVLB      3
+0x1738	0x0854      	MOVF       tune_ind_mem_L0, 0
+0x1739	0x0144      	MOVLB      4
+0x173A	0x00A0      	MOVWF      FARG_Relay_set_L
+0x173B	0x0143      	MOVLB      3
+0x173C	0x0856      	MOVF       tune_cap_mem_L0, 0
+0x173D	0x0144      	MOVLB      4
+0x173E	0x00A1      	MOVWF      FARG_Relay_set_C
+0x173F	0x0141      	MOVLB      1
+0x1740	0x086E      	MOVF       _SW, 0
+0x1741	0x0144      	MOVLB      4
+0x1742	0x00A2      	MOVWF      FARG_Relay_set_I
+0x1743	0x3180      	MOVLP      0
+0x1744	0x2621      	CALL       _Relay_set
+0x1745	0x3190      	MOVLP      16
+;main.c,812 :: 		}
+L_tune230:
+;main.c,814 :: 		asm CLRWDT;
+0x1746	0x0064      	CLRWDT
+;main.c,815 :: 		get_SWR();
+0x1747	0x2221      	CALL       _get_swr
+;main.c,816 :: 		Key_out = 1;
+0x1748	0x0140      	MOVLB      0
+0x1749	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+;main.c,817 :: 		return;
+;main.c,818 :: 		}
+L_end_tune:
+0x174A	0x0008      	RETURN
+; end of _tune
+_Btn_long:
+;main.c,334 :: 		void Btn_long(){
+;main.c,335 :: 		Green = 0;
+0x174B	0x0140      	MOVLB      0
+0x174C	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,336 :: 		oled_wr_str(2, 0, "TUNE     ", 9);
+0x174D	0x3002      	MOVLW      2
+0x174E	0x0144      	MOVLB      4
+0x174F	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1750	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1751	0x30D5      	MOVLW      ?lstr15_main
+0x1752	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1753	0x3000      	MOVLW      hi_addr(?lstr15_main)
+0x1754	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1755	0x3009      	MOVLW      9
+0x1756	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1757	0x3180      	MOVLP      0
+0x1758	0x246D      	CALL       _oled_wr_str
+0x1759	0x3190      	MOVLP      16
+;main.c,337 :: 		tune();
+0x175A	0x259D      	CALL       _tune
+;main.c,338 :: 		SWR_ind = SWR;
+0x175B	0x0143      	MOVLB      3
+0x175C	0x083B      	MOVF       _SWR, 0
+0x175D	0x0142      	MOVLB      2
+0x175E	0x00C0      	MOVWF      _SWR_ind
+0x175F	0x0143      	MOVLB      3
+0x1760	0x083C      	MOVF       _SWR+1, 0
+0x1761	0x0142      	MOVLB      2
+0x1762	0x00C1      	MOVWF      _SWR_ind+1
+;main.c,339 :: 		SWR_fixed_old = SWR;
+0x1763	0x0143      	MOVLB      3
+0x1764	0x083B      	MOVF       _SWR, 0
+0x1765	0x0142      	MOVLB      2
+0x1766	0x00CA      	MOVWF      _SWR_fixed_old
+0x1767	0x0143      	MOVLB      3
+0x1768	0x083C      	MOVF       _SWR+1, 0
+0x1769	0x0142      	MOVLB      2
+0x176A	0x00CB      	MOVWF      _SWR_fixed_old+1
+;main.c,340 :: 		oled_wr_str(2, 0, "SWR ", 4);
+0x176B	0x3002      	MOVLW      2
+0x176C	0x0144      	MOVLB      4
+0x176D	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x176E	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x176F	0x30DF      	MOVLW      ?lstr16_main
+0x1770	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1771	0x3000      	MOVLW      hi_addr(?lstr16_main)
+0x1772	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1773	0x3004      	MOVLW      4
+0x1774	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1775	0x3180      	MOVLP      0
+0x1776	0x246D      	CALL       _oled_wr_str
+0x1777	0x3190      	MOVLP      16
+;main.c,341 :: 		oled_wr_str(2, 42, "=", 1);
+0x1778	0x3002      	MOVLW      2
+0x1779	0x0144      	MOVLB      4
+0x177A	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x177B	0x302A      	MOVLW      42
+0x177C	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x177D	0x30E4      	MOVLW      ?lstr17_main
+0x177E	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x177F	0x3000      	MOVLW      hi_addr(?lstr17_main)
+0x1780	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1781	0x3001      	MOVLW      1
+0x1782	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1783	0x3180      	MOVLP      0
+0x1784	0x246D      	CALL       _oled_wr_str
+0x1785	0x3190      	MOVLP      16
+;main.c,342 :: 		draw_swr(SWR_ind);
+0x1786	0x0142      	MOVLB      2
+0x1787	0x0840      	MOVF       _SWR_ind, 0
+0x1788	0x0144      	MOVLB      4
+0x1789	0x00A0      	MOVWF      FARG_draw_swr_s
+0x178A	0x0142      	MOVLB      2
+0x178B	0x0841      	MOVF       _SWR_ind+1, 0
+0x178C	0x0144      	MOVLB      4
+0x178D	0x00A1      	MOVWF      FARG_draw_swr_s+1
+0x178E	0x3180      	MOVLP      0
+0x178F	0x26D2      	CALL       _draw_swr
+0x1790	0x3190      	MOVLP      16
+;main.c,343 :: 		Green = 1;
+0x1791	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,344 :: 		B_long = 0;
+0x1792	0x0143      	MOVLB      3
+0x1793	0x12A0      	BCF        _B_long, BitPos(_B_long+0)
+;main.c,345 :: 		E_long = 0;
+0x1794	0x10A0      	BCF        _E_long, BitPos(_E_long+0)
+;main.c,346 :: 		btn_1_cnt = 0;
+0x1795	0x0140      	MOVLB      0
+0x1796	0x01E4      	CLRF       _btn_1_cnt
+;main.c,347 :: 		volt_cnt = Tick;
+0x1797	0x0142      	MOVLB      2
+0x1798	0x084C      	MOVF       _Tick, 0
+0x1799	0x00C2      	MOVWF      _volt_cnt
+0x179A	0x084D      	MOVF       _Tick+1, 0
+0x179B	0x00C3      	MOVWF      _volt_cnt+1
+0x179C	0x084E      	MOVF       _Tick+2, 0
+0x179D	0x00C4      	MOVWF      _volt_cnt+2
+0x179E	0x084F      	MOVF       _Tick+3, 0
+0x179F	0x00C5      	MOVWF      _volt_cnt+3
+;main.c,348 :: 		watch_cnt = Tick;
+0x17A0	0x084C      	MOVF       _Tick, 0
+0x17A1	0x00D0      	MOVWF      _watch_cnt
+0x17A2	0x084D      	MOVF       _Tick+1, 0
+0x17A3	0x00D1      	MOVWF      _watch_cnt+1
+0x17A4	0x084E      	MOVF       _Tick+2, 0
+0x17A5	0x00D2      	MOVWF      _watch_cnt+2
+0x17A6	0x084F      	MOVF       _Tick+3, 0
+0x17A7	0x00D3      	MOVWF      _watch_cnt+3
+;main.c,349 :: 		return;
+;main.c,350 :: 		}
+L_end_Btn_long:
+0x17A8	0x0008      	RETURN
+; end of _Btn_long
+_ADC_Init:
+;__Lib_ADC_18xxx.c,24 :: 		
+;__Lib_ADC_18xxx.c,25 :: 		
+0x17A9	0x306C      	MOVLW      _ADC_Get_Sample
+0x17AA	0x0143      	MOVLB      3
+0x17AB	0x00A1      	MOVWF      _ADC_Get_Sample_Ptr
+0x17AC	0x3003      	MOVLW      hi_addr(_ADC_Get_Sample)
+0x17AD	0x00A2      	MOVWF      _ADC_Get_Sample_Ptr+1
+0x17AE	0x3023      	MOVLW      FARG_ADC_Get_Sample_channel
+0x17AF	0x00A3      	MOVWF      _ADC_Get_Sample_Ptr+2
+0x17B0	0x3002      	MOVLW      hi_addr(FARG_ADC_Get_Sample_channel)
+0x17B1	0x00A4      	MOVWF      _ADC_Get_Sample_Ptr+3
+;__Lib_ADC_18xxx.c,27 :: 		
+0x17B2	0x0141      	MOVLB      1
+0x17B3	0x0193      	CLRF       ADCON0
+;__Lib_ADC_18xxx.c,28 :: 		
+0x17B4	0x0194      	CLRF       ADCON1
+;__Lib_ADC_18xxx.c,29 :: 		
+0x17B5	0x0195      	CLRF       ADCON2
+;__Lib_ADC_18xxx.c,30 :: 		
+0x17B6	0x0196      	CLRF       ADCON3
+;__Lib_ADC_18xxx.c,32 :: 		
+0x17B7	0x30EC      	MOVLW      236
+0x17B8	0x059A      	ANDWF      ADREF, 1
+;__Lib_ADC_18xxx.c,34 :: 		
+0x17B9	0x1613      	BSF        ADCON0, 4
+;__Lib_ADC_18xxx.c,35 :: 		
+0x17BA	0x1513      	BSF        ADCON0, 2
+;__Lib_ADC_18xxx.c,36 :: 		
+0x17BB	0x1793      	BSF        ADCON0, 7
+;__Lib_ADC_18xxx.c,37 :: 		
+L_end_ADC_Init:
+0x17BC	0x0008      	RETURN
+; end of _ADC_Init
+_oled_voltage:
+;oled_control.c,226 :: 		void oled_voltage(int Voltage) {
+;oled_control.c,228 :: 		Soft_I2C_Start();
+0x1800	0x3180      	MOVLP      0
+0x1801	0x2182      	CALL       _Soft_I2C_Start
+0x1802	0x3198      	MOVLP      24
+;oled_control.c,229 :: 		Soft_I2C_Write(oled_addr);       // device addres
+0x1803	0x0141      	MOVLB      1
+0x1804	0x0847      	MOVF       oled_control_oled_addr, 0
+0x1805	0x0144      	MOVLB      4
+0x1806	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x1807	0x3180      	MOVLP      0
+0x1808	0x212A      	CALL       _Soft_I2C_Write
+0x1809	0x3198      	MOVLP      24
+;oled_control.c,230 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+0x180A	0x3040      	MOVLW      64
+0x180B	0x0144      	MOVLB      4
+0x180C	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x180D	0x3180      	MOVLP      0
+0x180E	0x212A      	CALL       _Soft_I2C_Write
+0x180F	0x3198      	MOVLP      24
+;oled_control.c,232 :: 		Voltage /= 10;
+0x1810	0x300A      	MOVLW      10
+0x1811	0x00F4      	MOVWF      R4
+0x1812	0x3000      	MOVLW      0
+0x1813	0x00F5      	MOVWF      R5
+0x1814	0x0143      	MOVLB      3
+0x1815	0x0849      	MOVF       FARG_oled_voltage_Voltage, 0
+0x1816	0x00F0      	MOVWF      R0
+0x1817	0x084A      	MOVF       FARG_oled_voltage_Voltage+1, 0
+0x1818	0x00F1      	MOVWF      R1
+0x1819	0x3190      	MOVLP      16
+0x181A	0x2285      	CALL       _Div_16x16_S
+0x181B	0x3198      	MOVLP      24
+0x181C	0x0870      	MOVF       R0, 0
+0x181D	0x0143      	MOVLB      3
+0x181E	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x181F	0x0871      	MOVF       R1, 0
+0x1820	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,233 :: 		if(Voltage < 300) Voltage = 300;
+0x1821	0x3080      	MOVLW      128
+0x1822	0x0671      	XORWF      R1, 0
+0x1823	0x00F2      	MOVWF      R2
+0x1824	0x3080      	MOVLW      128
+0x1825	0x3A01      	XORLW      1
+0x1826	0x0272      	SUBWF      R2, 0
+0x1827	0x1D03      	BTFSS      STATUS, 2
+0x1828	0x282B      	GOTO       L__oled_voltage136
+0x1829	0x302C      	MOVLW      44
+0x182A	0x0270      	SUBWF      R0, 0
+L__oled_voltage136:
+0x182B	0x1803      	BTFSC      STATUS, 0
+0x182C	0x2832      	GOTO       L_oled_voltage48
+0x182D	0x302C      	MOVLW      44
+0x182E	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x182F	0x3001      	MOVLW      1
+0x1830	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+0x1831	0x2842      	GOTO       L_oled_voltage49
+L_oled_voltage48:
+;oled_control.c,234 :: 		else if(Voltage > 420) Voltage = 420;
+0x1832	0x3080      	MOVLW      128
+0x1833	0x3A01      	XORLW      1
+0x1834	0x00F0      	MOVWF      R0
+0x1835	0x3080      	MOVLW      128
+0x1836	0x064A      	XORWF      FARG_oled_voltage_Voltage+1, 0
+0x1837	0x0270      	SUBWF      R0, 0
+0x1838	0x1D03      	BTFSS      STATUS, 2
+0x1839	0x283C      	GOTO       L__oled_voltage137
+0x183A	0x0849      	MOVF       FARG_oled_voltage_Voltage, 0
+0x183B	0x3CA4      	SUBLW      164
+L__oled_voltage137:
+0x183C	0x1803      	BTFSC      STATUS, 0
+0x183D	0x2842      	GOTO       L_oled_voltage50
+0x183E	0x30A4      	MOVLW      164
+0x183F	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x1840	0x3001      	MOVLW      1
+0x1841	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+L_oled_voltage50:
+L_oled_voltage49:
+;oled_control.c,235 :: 		Voltage = Voltage - 300; // 0 - 120
+0x1842	0x302C      	MOVLW      44
+0x1843	0x0249      	SUBWF      FARG_oled_voltage_Voltage, 0
+0x1844	0x00F3      	MOVWF      R3
+0x1845	0x3001      	MOVLW      1
+0x1846	0x3B4A      	SUBWFB     FARG_oled_voltage_Voltage+1, 0
+0x1847	0x00F4      	MOVWF      R4
+0x1848	0x0873      	MOVF       R3, 0
+0x1849	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x184A	0x0874      	MOVF       R4, 0
+0x184B	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,236 :: 		Voltage = Voltage * 32;
+0x184C	0x3005      	MOVLW      5
+0x184D	0x00F2      	MOVWF      R2
+0x184E	0x0873      	MOVF       R3, 0
+0x184F	0x00F0      	MOVWF      R0
+0x1850	0x0874      	MOVF       R4, 0
+0x1851	0x00F1      	MOVWF      R1
+0x1852	0x0872      	MOVF       R2, 0
+L__oled_voltage138:
+0x1853	0x1903      	BTFSC      STATUS, 2
+0x1854	0x2859      	GOTO       L__oled_voltage139
+0x1855	0x35F0      	LSLF       R0, 1
+0x1856	0x0DF1      	RLF        R1, 1
+0x1857	0x3EFF      	ADDLW      255
+0x1858	0x2853      	GOTO       L__oled_voltage138
+L__oled_voltage139:
+0x1859	0x0870      	MOVF       R0, 0
+0x185A	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x185B	0x0871      	MOVF       R1, 0
+0x185C	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,237 :: 		v = Voltage / 120;
+0x185D	0x3078      	MOVLW      120
+0x185E	0x00F4      	MOVWF      R4
+0x185F	0x3000      	MOVLW      0
+0x1860	0x00F5      	MOVWF      R5
+0x1861	0x3190      	MOVLP      16
+0x1862	0x2285      	CALL       _Div_16x16_S
+0x1863	0x3198      	MOVLP      24
+0x1864	0x0870      	MOVF       R0, 0
+0x1865	0x0143      	MOVLB      3
+0x1866	0x00CC      	MOVWF      oled_voltage_v_L0
+;oled_control.c,240 :: 		if(v >= 25)      { u0 = v - 24; u1 = 8; u2 = 8; u3 = 8; }
+0x1867	0x3019      	MOVLW      25
+0x1868	0x0270      	SUBWF      R0, 0
+0x1869	0x1C03      	BTFSS      STATUS, 0
+0x186A	0x2875      	GOTO       L_oled_voltage51
+0x186B	0x3018      	MOVLW      24
+0x186C	0x024C      	SUBWF      oled_voltage_v_L0, 0
+0x186D	0x00CD      	MOVWF      oled_voltage_u0_L0
+0x186E	0x3008      	MOVLW      8
+0x186F	0x00CE      	MOVWF      oled_voltage_u1_L0
+0x1870	0x3008      	MOVLW      8
+0x1871	0x00CF      	MOVWF      oled_voltage_u2_L0
+0x1872	0x3008      	MOVLW      8
+0x1873	0x00D0      	MOVWF      oled_voltage_u3_L0
+0x1874	0x2893      	GOTO       L_oled_voltage52
+L_oled_voltage51:
+;oled_control.c,241 :: 		else if(v >= 17) { u0 = 0; u1 = v - 16; u2 = 8; u3 = 8; }
+0x1875	0x3011      	MOVLW      17
+0x1876	0x024C      	SUBWF      oled_voltage_v_L0, 0
+0x1877	0x1C03      	BTFSS      STATUS, 0
+0x1878	0x2882      	GOTO       L_oled_voltage53
+0x1879	0x01CD      	CLRF       oled_voltage_u0_L0
+0x187A	0x3010      	MOVLW      16
+0x187B	0x024C      	SUBWF      oled_voltage_v_L0, 0
+0x187C	0x00CE      	MOVWF      oled_voltage_u1_L0
+0x187D	0x3008      	MOVLW      8
+0x187E	0x00CF      	MOVWF      oled_voltage_u2_L0
+0x187F	0x3008      	MOVLW      8
+0x1880	0x00D0      	MOVWF      oled_voltage_u3_L0
+0x1881	0x2893      	GOTO       L_oled_voltage54
+L_oled_voltage53:
+;oled_control.c,242 :: 		else if(v >= 9 ) { u0 = 0; u1 = 0;  u2 = v - 8; u3 = 8; }
+0x1882	0x3009      	MOVLW      9
+0x1883	0x024C      	SUBWF      oled_voltage_v_L0, 0
+0x1884	0x1C03      	BTFSS      STATUS, 0
+0x1885	0x288E      	GOTO       L_oled_voltage55
+0x1886	0x01CD      	CLRF       oled_voltage_u0_L0
+0x1887	0x01CE      	CLRF       oled_voltage_u1_L0
+0x1888	0x3008      	MOVLW      8
+0x1889	0x024C      	SUBWF      oled_voltage_v_L0, 0
+0x188A	0x00CF      	MOVWF      oled_voltage_u2_L0
+0x188B	0x3008      	MOVLW      8
+0x188C	0x00D0      	MOVWF      oled_voltage_u3_L0
+0x188D	0x2893      	GOTO       L_oled_voltage56
+L_oled_voltage55:
+;oled_control.c,243 :: 		else             { u0 = 0; u1 = 0; u2 = 0; u3 = v ; }
+0x188E	0x01CD      	CLRF       oled_voltage_u0_L0
+0x188F	0x01CE      	CLRF       oled_voltage_u1_L0
+0x1890	0x01CF      	CLRF       oled_voltage_u2_L0
+0x1891	0x084C      	MOVF       oled_voltage_v_L0, 0
+0x1892	0x00D0      	MOVWF      oled_voltage_u3_L0
+L_oled_voltage56:
+L_oled_voltage54:
+L_oled_voltage52:
+;oled_control.c,245 :: 		m = 128;
+0x1893	0x3080      	MOVLW      128
+0x1894	0x00D1      	MOVWF      oled_voltage_m_L0
+;oled_control.c,246 :: 		m = 255 - (m >> (u0-1)) +1;
+0x1895	0x3001      	MOVLW      1
+0x1896	0x024D      	SUBWF      oled_voltage_u0_L0, 0
+0x1897	0x00F0      	MOVWF      R0
+0x1898	0x01F1      	CLRF       R1
+0x1899	0x3000      	MOVLW      0
+0x189A	0x3BF1      	SUBWFB     R1, 1
+0x189B	0x0870      	MOVF       R0, 0
+0x189C	0x00F1      	MOVWF      R1
+0x189D	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x189E	0x00F0      	MOVWF      R0
+0x189F	0x0871      	MOVF       R1, 0
+L__oled_voltage140:
+0x18A0	0x1903      	BTFSC      STATUS, 2
+0x18A1	0x28A5      	GOTO       L__oled_voltage141
+0x18A2	0x36F0      	LSRF       R0, 1
+0x18A3	0x3EFF      	ADDLW      255
+0x18A4	0x28A0      	GOTO       L__oled_voltage140
+L__oled_voltage141:
+0x18A5	0x0870      	MOVF       R0, 0
+0x18A6	0x3CFF      	SUBLW      255
+0x18A7	0x00D1      	MOVWF      oled_voltage_m_L0
+0x18A8	0x0AD1      	INCF       oled_voltage_m_L0, 1
+;oled_control.c,247 :: 		m = m | 0b00000011;
+0x18A9	0x3003      	MOVLW      3
+0x18AA	0x04D1      	IORWF       oled_voltage_m_L0, 1
+;oled_control.c,248 :: 		set_addressing (0, 119);
+0x18AB	0x0144      	MOVLB      4
+0x18AC	0x01AD      	CLRF       FARG_set_addressing_pagenum
+0x18AD	0x3077      	MOVLW      119
+0x18AE	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x18AF	0x3180      	MOVLP      0
+0x18B0	0x220B      	CALL       _set_addressing
+0x18B1	0x3198      	MOVLP      24
+;oled_control.c,249 :: 		Soft_I2C_Write(m);
+0x18B2	0x0143      	MOVLB      3
+0x18B3	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18B4	0x0144      	MOVLB      4
+0x18B5	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18B6	0x3180      	MOVLP      0
+0x18B7	0x212A      	CALL       _Soft_I2C_Write
+0x18B8	0x3198      	MOVLP      24
+;oled_control.c,250 :: 		Soft_I2C_Write(m);
+0x18B9	0x0143      	MOVLB      3
+0x18BA	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18BB	0x0144      	MOVLB      4
+0x18BC	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18BD	0x3180      	MOVLP      0
+0x18BE	0x212A      	CALL       _Soft_I2C_Write
+0x18BF	0x3198      	MOVLP      24
+;oled_control.c,251 :: 		Soft_I2C_Write(m);
+0x18C0	0x0143      	MOVLB      3
+0x18C1	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18C2	0x0144      	MOVLB      4
+0x18C3	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18C4	0x3180      	MOVLP      0
+0x18C5	0x212A      	CALL       _Soft_I2C_Write
+0x18C6	0x3198      	MOVLP      24
+;oled_control.c,252 :: 		m = m | 0b00011111;
+0x18C7	0x301F      	MOVLW      31
+0x18C8	0x0143      	MOVLB      3
+0x18C9	0x04D1      	IORWF       oled_voltage_m_L0, 1
+;oled_control.c,253 :: 		set_addressing (0, 117);
+0x18CA	0x0144      	MOVLB      4
+0x18CB	0x01AD      	CLRF       FARG_set_addressing_pagenum
+0x18CC	0x3075      	MOVLW      117
+0x18CD	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x18CE	0x3180      	MOVLP      0
+0x18CF	0x220B      	CALL       _set_addressing
+0x18D0	0x3198      	MOVLP      24
+;oled_control.c,254 :: 		Soft_I2C_Write(m);
+0x18D1	0x0143      	MOVLB      3
+0x18D2	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18D3	0x0144      	MOVLB      4
+0x18D4	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18D5	0x3180      	MOVLP      0
+0x18D6	0x212A      	CALL       _Soft_I2C_Write
+0x18D7	0x3198      	MOVLP      24
+;oled_control.c,255 :: 		Soft_I2C_Write(m);
+0x18D8	0x0143      	MOVLB      3
+0x18D9	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18DA	0x0144      	MOVLB      4
+0x18DB	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18DC	0x3180      	MOVLP      0
+0x18DD	0x212A      	CALL       _Soft_I2C_Write
+0x18DE	0x3198      	MOVLP      24
+;oled_control.c,256 :: 		set_addressing (0, 122);
+0x18DF	0x0144      	MOVLB      4
+0x18E0	0x01AD      	CLRF       FARG_set_addressing_pagenum
+0x18E1	0x307A      	MOVLW      122
+0x18E2	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x18E3	0x3180      	MOVLP      0
+0x18E4	0x220B      	CALL       _set_addressing
+0x18E5	0x3198      	MOVLP      24
+;oled_control.c,257 :: 		Soft_I2C_Write(m);
+0x18E6	0x0143      	MOVLB      3
+0x18E7	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18E8	0x0144      	MOVLB      4
+0x18E9	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18EA	0x3180      	MOVLP      0
+0x18EB	0x212A      	CALL       _Soft_I2C_Write
+0x18EC	0x3198      	MOVLP      24
+;oled_control.c,258 :: 		Soft_I2C_Write(m);
+0x18ED	0x0143      	MOVLB      3
+0x18EE	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x18EF	0x0144      	MOVLB      4
+0x18F0	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x18F1	0x3180      	MOVLP      0
+0x18F2	0x212A      	CALL       _Soft_I2C_Write
+0x18F3	0x3198      	MOVLP      24
+;oled_control.c,260 :: 		m = 128;
+0x18F4	0x3080      	MOVLW      128
+0x18F5	0x0143      	MOVLB      3
+0x18F6	0x00D1      	MOVWF      oled_voltage_m_L0
+;oled_control.c,261 :: 		m = 255 - (m >> (u1-1)) + 1;
+0x18F7	0x3001      	MOVLW      1
+0x18F8	0x024E      	SUBWF      oled_voltage_u1_L0, 0
+0x18F9	0x00F0      	MOVWF      R0
+0x18FA	0x01F1      	CLRF       R1
+0x18FB	0x3000      	MOVLW      0
+0x18FC	0x3BF1      	SUBWFB     R1, 1
+0x18FD	0x0870      	MOVF       R0, 0
+0x18FE	0x00F1      	MOVWF      R1
+0x18FF	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x1900	0x00F0      	MOVWF      R0
+0x1901	0x0871      	MOVF       R1, 0
+L__oled_voltage142:
+0x1902	0x1903      	BTFSC      STATUS, 2
+0x1903	0x2907      	GOTO       L__oled_voltage143
+0x1904	0x36F0      	LSRF       R0, 1
+0x1905	0x3EFF      	ADDLW      255
+0x1906	0x2902      	GOTO       L__oled_voltage142
+L__oled_voltage143:
+0x1907	0x0870      	MOVF       R0, 0
+0x1908	0x3CFF      	SUBLW      255
+0x1909	0x00D1      	MOVWF      oled_voltage_m_L0
+0x190A	0x0AD1      	INCF       oled_voltage_m_L0, 1
+;oled_control.c,262 :: 		set_addressing (1, 117);
+0x190B	0x3001      	MOVLW      1
+0x190C	0x0144      	MOVLB      4
+0x190D	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x190E	0x3075      	MOVLW      117
+0x190F	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x1910	0x3180      	MOVLP      0
+0x1911	0x220B      	CALL       _set_addressing
+0x1912	0x3198      	MOVLP      24
+;oled_control.c,263 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+0x1913	0x0143      	MOVLB      3
+0x1914	0x01CB      	CLRF       oled_voltage_i_L0
+L_oled_voltage57:
+0x1915	0x084B      	MOVF       oled_voltage_i_L0, 0
+0x1916	0x3C06      	SUBLW      6
+0x1917	0x1C03      	BTFSS      STATUS, 0
+0x1918	0x2922      	GOTO       L_oled_voltage58
+0x1919	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x191A	0x0144      	MOVLB      4
+0x191B	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x191C	0x3180      	MOVLP      0
+0x191D	0x212A      	CALL       _Soft_I2C_Write
+0x191E	0x3198      	MOVLP      24
+0x191F	0x0143      	MOVLB      3
+0x1920	0x0ACB      	INCF       oled_voltage_i_L0, 1
+0x1921	0x2915      	GOTO       L_oled_voltage57
+L_oled_voltage58:
+;oled_control.c,265 :: 		m = 128;
+0x1922	0x3080      	MOVLW      128
+0x1923	0x00D1      	MOVWF      oled_voltage_m_L0
+;oled_control.c,266 :: 		m = 255 - (m >> (u2-1)) + 1;
+0x1924	0x3001      	MOVLW      1
+0x1925	0x024F      	SUBWF      oled_voltage_u2_L0, 0
+0x1926	0x00F0      	MOVWF      R0
+0x1927	0x01F1      	CLRF       R1
+0x1928	0x3000      	MOVLW      0
+0x1929	0x3BF1      	SUBWFB     R1, 1
+0x192A	0x0870      	MOVF       R0, 0
+0x192B	0x00F1      	MOVWF      R1
+0x192C	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x192D	0x00F0      	MOVWF      R0
+0x192E	0x0871      	MOVF       R1, 0
+L__oled_voltage144:
+0x192F	0x1903      	BTFSC      STATUS, 2
+0x1930	0x2934      	GOTO       L__oled_voltage145
+0x1931	0x36F0      	LSRF       R0, 1
+0x1932	0x3EFF      	ADDLW      255
+0x1933	0x292F      	GOTO       L__oled_voltage144
+L__oled_voltage145:
+0x1934	0x0870      	MOVF       R0, 0
+0x1935	0x3CFF      	SUBLW      255
+0x1936	0x00D1      	MOVWF      oled_voltage_m_L0
+0x1937	0x0AD1      	INCF       oled_voltage_m_L0, 1
+;oled_control.c,267 :: 		set_addressing (2, 117);
+0x1938	0x3002      	MOVLW      2
+0x1939	0x0144      	MOVLB      4
+0x193A	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x193B	0x3075      	MOVLW      117
+0x193C	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x193D	0x3180      	MOVLP      0
+0x193E	0x220B      	CALL       _set_addressing
+0x193F	0x3198      	MOVLP      24
+;oled_control.c,268 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+0x1940	0x0143      	MOVLB      3
+0x1941	0x01CB      	CLRF       oled_voltage_i_L0
+L_oled_voltage60:
+0x1942	0x084B      	MOVF       oled_voltage_i_L0, 0
+0x1943	0x3C06      	SUBLW      6
+0x1944	0x1C03      	BTFSS      STATUS, 0
+0x1945	0x294F      	GOTO       L_oled_voltage61
+0x1946	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x1947	0x0144      	MOVLB      4
+0x1948	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x1949	0x3180      	MOVLP      0
+0x194A	0x212A      	CALL       _Soft_I2C_Write
+0x194B	0x3198      	MOVLP      24
+0x194C	0x0143      	MOVLB      3
+0x194D	0x0ACB      	INCF       oled_voltage_i_L0, 1
+0x194E	0x2942      	GOTO       L_oled_voltage60
+L_oled_voltage61:
+;oled_control.c,270 :: 		m = 128;
+0x194F	0x3080      	MOVLW      128
+0x1950	0x00D1      	MOVWF      oled_voltage_m_L0
+;oled_control.c,271 :: 		m = 255 - (m >> (u3-1)) +1;
+0x1951	0x3001      	MOVLW      1
+0x1952	0x0250      	SUBWF      oled_voltage_u3_L0, 0
+0x1953	0x00F0      	MOVWF      R0
+0x1954	0x01F1      	CLRF       R1
+0x1955	0x3000      	MOVLW      0
+0x1956	0x3BF1      	SUBWFB     R1, 1
+0x1957	0x0870      	MOVF       R0, 0
+0x1958	0x00F1      	MOVWF      R1
+0x1959	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x195A	0x00F0      	MOVWF      R0
+0x195B	0x0871      	MOVF       R1, 0
+L__oled_voltage146:
+0x195C	0x1903      	BTFSC      STATUS, 2
+0x195D	0x2961      	GOTO       L__oled_voltage147
+0x195E	0x36F0      	LSRF       R0, 1
+0x195F	0x3EFF      	ADDLW      255
+0x1960	0x295C      	GOTO       L__oled_voltage146
+L__oled_voltage147:
+0x1961	0x0870      	MOVF       R0, 0
+0x1962	0x3CFF      	SUBLW      255
+0x1963	0x00D1      	MOVWF      oled_voltage_m_L0
+0x1964	0x0AD1      	INCF       oled_voltage_m_L0, 1
+;oled_control.c,272 :: 		m = m | 0b11000000;
+0x1965	0x30C0      	MOVLW      192
+0x1966	0x04D1      	IORWF       oled_voltage_m_L0, 1
+;oled_control.c,273 :: 		set_addressing (3, 117);
+0x1967	0x3003      	MOVLW      3
+0x1968	0x0144      	MOVLB      4
+0x1969	0x00AD      	MOVWF      FARG_set_addressing_pagenum
+0x196A	0x3075      	MOVLW      117
+0x196B	0x00AE      	MOVWF      FARG_set_addressing_c_start
+0x196C	0x3180      	MOVLP      0
+0x196D	0x220B      	CALL       _set_addressing
+0x196E	0x3198      	MOVLP      24
+;oled_control.c,274 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+0x196F	0x0143      	MOVLB      3
+0x1970	0x01CB      	CLRF       oled_voltage_i_L0
+L_oled_voltage63:
+0x1971	0x084B      	MOVF       oled_voltage_i_L0, 0
+0x1972	0x3C06      	SUBLW      6
+0x1973	0x1C03      	BTFSS      STATUS, 0
+0x1974	0x297E      	GOTO       L_oled_voltage64
+0x1975	0x0851      	MOVF       oled_voltage_m_L0, 0
+0x1976	0x0144      	MOVLB      4
+0x1977	0x00B4      	MOVWF      FARG_Soft_I2C_Write_d
+0x1978	0x3180      	MOVLP      0
+0x1979	0x212A      	CALL       _Soft_I2C_Write
+0x197A	0x3198      	MOVLP      24
+0x197B	0x0143      	MOVLB      3
+0x197C	0x0ACB      	INCF       oled_voltage_i_L0, 1
+0x197D	0x2971      	GOTO       L_oled_voltage63
+L_oled_voltage64:
+;oled_control.c,276 :: 		Soft_I2C_Stop ();
+0x197E	0x3180      	MOVLP      0
+0x197F	0x21F4      	CALL       _Soft_I2C_Stop
+0x1980	0x3198      	MOVLP      24
+;oled_control.c,277 :: 		return;
+;oled_control.c,278 :: 		}
+L_end_oled_voltage:
+0x1981	0x0008      	RETURN
+; end of _oled_voltage
+_power_off:
+;main.c,449 :: 		void power_off(void){
+;main.c,452 :: 		GIE_bit = 0;
+0x1982	0x138B      	BCF        GIE_bit, BitPos(GIE_bit+0)
+;main.c,453 :: 		T0EN_bit = 0;
+0x1983	0x0140      	MOVLB      0
+0x1984	0x139E      	BCF        T0EN_bit, BitPos(T0EN_bit+0)
+;main.c,454 :: 		TMR0IF_bit = 0;
+0x1985	0x014E      	MOVLB      14
+0x1986	0x128C      	BCF        TMR0IF_bit, BitPos(TMR0IF_bit+0)
+;main.c,455 :: 		IOCIE_bit = 1;
+0x1987	0x1616      	BSF        IOCIE_bit, BitPos(IOCIE_bit+0)
+;main.c,456 :: 		IOCBF5_bit = 0;
+0x1988	0x017E      	MOVLB      62
+0x1989	0x12CA      	BCF        IOCBF5_bit, BitPos(IOCBF5_bit+0)
+;main.c,457 :: 		IOCBN5_bit = 1;
+0x198A	0x16C9      	BSF        IOCBN5_bit, BitPos(IOCBN5_bit+0)
+;main.c,459 :: 		OLED_PWD = 0;
+0x198B	0x0140      	MOVLB      0
+0x198C	0x1216      	BCF        LATA4_bit, BitPos(LATA4_bit+0)
+;main.c,460 :: 		RED = 1;
+0x198D	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,461 :: 		Green = 1;
+0x198E	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,463 :: 		C_sw = 0;
+0x198F	0x101A      	BCF        LATE0_bit, BitPos(LATE0_bit+0)
+;main.c,464 :: 		SYSCMD_bit = 1;
+0x1990	0x014F      	MOVLB      15
+0x1991	0x1796      	BSF        SYSCMD_bit, BitPos(SYSCMD_bit+0)
+;main.c,466 :: 		btn_cnt = 0;
+0x1992	0x0143      	MOVLB      3
+0x1993	0x01C9      	CLRF       power_off_btn_cnt_L0
+;main.c,467 :: 		while(1){
+L_power_off100:
+;main.c,468 :: 		if(btn_cnt==0){ Delay_ms(100); IOCBF5_bit = 0; asm sleep; }
+0x1994	0x0849      	MOVF       power_off_btn_cnt_L0, 0
+0x1995	0x3A00      	XORLW      0
+0x1996	0x1D03      	BTFSS      STATUS, 2
+0x1997	0x29A7      	GOTO       L_power_off102
+0x1998	0x3005      	MOVLW      5
+0x1999	0x00FB      	MOVWF      R11
+0x199A	0x300F      	MOVLW      15
+0x199B	0x00FC      	MOVWF      R12
+0x199C	0x30F1      	MOVLW      241
+0x199D	0x00FD      	MOVWF      R13
+L_power_off103:
+0x199E	0x0BFD      	DECFSZ     R13, 1
+0x199F	0x299E      	GOTO       L_power_off103
+0x19A0	0x0BFC      	DECFSZ     R12, 1
+0x19A1	0x299E      	GOTO       L_power_off103
+0x19A2	0x0BFB      	DECFSZ     R11, 1
+0x19A3	0x299E      	GOTO       L_power_off103
+0x19A4	0x017E      	MOVLB      62
+0x19A5	0x12CA      	BCF        IOCBF5_bit, BitPos(IOCBF5_bit+0)
+0x19A6	0x0063      	SLEEP
+L_power_off102:
+;main.c,469 :: 		asm NOP;
+0x19A7	0x0000      	NOP
+;main.c,470 :: 		Delay_ms(100);
+0x19A8	0x3005      	MOVLW      5
+0x19A9	0x00FB      	MOVWF      R11
+0x19AA	0x300F      	MOVLW      15
+0x19AB	0x00FC      	MOVWF      R12
+0x19AC	0x30F1      	MOVLW      241
+0x19AD	0x00FD      	MOVWF      R13
+L_power_off104:
+0x19AE	0x0BFD      	DECFSZ     R13, 1
+0x19AF	0x29AE      	GOTO       L_power_off104
+0x19B0	0x0BFC      	DECFSZ     R12, 1
+0x19B1	0x29AE      	GOTO       L_power_off104
+0x19B2	0x0BFB      	DECFSZ     R11, 1
+0x19B3	0x29AE      	GOTO       L_power_off104
+;main.c,471 :: 		if(GetButton) btn_cnt++;
+0x19B4	0x0140      	MOVLB      0
+0x19B5	0x1A8D      	BTFSC      PORTB, 5
+0x19B6	0x29B9      	GOTO       L__power_off326
+0x19B7	0x1403      	BSF        STATUS, 0
+0x19B8	0x29BA      	GOTO       L__power_off327
+L__power_off326:
+0x19B9	0x1003      	BCF        STATUS, 0
+L__power_off327:
+0x19BA	0x1C03      	BTFSS      STATUS, 0
+0x19BB	0x29BF      	GOTO       L_power_off105
+0x19BC	0x0143      	MOVLB      3
+0x19BD	0x0AC9      	INCF       power_off_btn_cnt_L0, 1
+0x19BE	0x29C1      	GOTO       L_power_off106
+L_power_off105:
+0x19BF	0x0143      	MOVLB      3
+;main.c,472 :: 		else btn_cnt = 0;
+0x19C0	0x01C9      	CLRF       power_off_btn_cnt_L0
+L_power_off106:
+;main.c,473 :: 		if(btn_cnt>15) break;
+0x19C1	0x0849      	MOVF       power_off_btn_cnt_L0, 0
+0x19C2	0x3C0F      	SUBLW      15
+0x19C3	0x1803      	BTFSC      STATUS, 0
+0x19C4	0x29C6      	GOTO       L_power_off107
+0x19C5	0x29C7      	GOTO       L_power_off101
+L_power_off107:
+;main.c,474 :: 		}
+0x19C6	0x2994      	GOTO       L_power_off100
+L_power_off101:
+;main.c,476 :: 		SYSCMD_bit = 0;
+0x19C7	0x014F      	MOVLB      15
+0x19C8	0x1396      	BCF        SYSCMD_bit, BitPos(SYSCMD_bit+0)
+;main.c,478 :: 		IOCIE_bit = 0;
+0x19C9	0x014E      	MOVLB      14
+0x19CA	0x1216      	BCF        IOCIE_bit, BitPos(IOCIE_bit+0)
+;main.c,479 :: 		IOCBN5_bit = 0;
+0x19CB	0x017E      	MOVLB      62
+0x19CC	0x12C9      	BCF        IOCBN5_bit, BitPos(IOCBN5_bit+0)
+;main.c,480 :: 		IOCBF5_bit = 0;
+0x19CD	0x12CA      	BCF        IOCBF5_bit, BitPos(IOCBF5_bit+0)
+;main.c,481 :: 		T0EN_bit = 1;
+0x19CE	0x0140      	MOVLB      0
+0x19CF	0x179E      	BSF        T0EN_bit, BitPos(T0EN_bit+0)
+;main.c,482 :: 		GIE_bit = 1;
+0x19D0	0x178B      	BSF        GIE_bit, BitPos(GIE_bit+0)
+;main.c,484 :: 		gre = 1;
+0x19D1	0x0143      	MOVLB      3
+0x19D2	0x15A0      	BSF        _gre, BitPos(_gre+0)
+;main.c,485 :: 		oled_start();
+0x19D3	0x3188      	MOVLP      8
+0x19D4	0x22D4      	CALL       _oled_start
+0x19D5	0x3198      	MOVLP      24
+;main.c,486 :: 		while(GetButton){asm NOP;}
+L_power_off108:
+0x19D6	0x0140      	MOVLB      0
+0x19D7	0x1A8D      	BTFSC      PORTB, 5
+0x19D8	0x29DB      	GOTO       L__power_off328
+0x19D9	0x1403      	BSF        STATUS, 0
+0x19DA	0x29DC      	GOTO       L__power_off329
+L__power_off328:
+0x19DB	0x1003      	BCF        STATUS, 0
+L__power_off329:
+0x19DC	0x1C03      	BTFSS      STATUS, 0
+0x19DD	0x29E0      	GOTO       L_power_off109
+0x19DE	0x0000      	NOP
+0x19DF	0x29D6      	GOTO       L_power_off108
+L_power_off109:
+;main.c,487 :: 		B_short = 0;
+0x19E0	0x0143      	MOVLB      3
+0x19E1	0x1320      	BCF        _B_short, BitPos(_B_short+0)
+;main.c,488 :: 		B_long = 0;
+0x19E2	0x12A0      	BCF        _B_long, BitPos(_B_long+0)
+;main.c,489 :: 		B_xlong = 0;
+0x19E3	0x1220      	BCF        _B_xlong, BitPos(_B_xlong+0)
+;main.c,490 :: 		E_long = 0;
+0x19E4	0x10A0      	BCF        _E_long, BitPos(_E_long+0)
+;main.c,491 :: 		btn_1_cnt = 0;
+0x19E5	0x0140      	MOVLB      0
+0x19E6	0x01E4      	CLRF       _btn_1_cnt
+;main.c,492 :: 		btn_cnt = Tick;
+0x19E7	0x0142      	MOVLB      2
+0x19E8	0x084C      	MOVF       _Tick, 0
+0x19E9	0x0143      	MOVLB      3
+0x19EA	0x00C9      	MOVWF      power_off_btn_cnt_L0
+;main.c,493 :: 		return;
+;main.c,494 :: 		}
+L_end_power_off:
+0x19EB	0x0008      	RETURN
+; end of _power_off
+_watch_swr:
+;main.c,174 :: 		void watch_swr(void){
+;main.c,176 :: 		int delta = Auto_delta - 100;
+0x19EC	0x3064      	MOVLW      100
+0x19ED	0x0141      	MOVLB      1
+0x19EE	0x026A      	SUBWF      _Auto_delta, 0
+0x19EF	0x0143      	MOVLB      3
+0x19F0	0x00C3      	MOVWF      watch_swr_delta_L0
+0x19F1	0x3000      	MOVLW      0
+0x19F2	0x0141      	MOVLB      1
+0x19F3	0x3B6B      	SUBWFB     _Auto_delta+1, 0
+0x19F4	0x0143      	MOVLB      3
+0x19F5	0x00C4      	MOVWF      watch_swr_delta_L0+1
+;main.c,179 :: 		Delay_ms(50);
+0x19F6	0x3003      	MOVLW      3
+0x19F7	0x00FB      	MOVWF      R11
+0x19F8	0x3008      	MOVLW      8
+0x19F9	0x00FC      	MOVWF      R12
+0x19FA	0x3077      	MOVLW      119
+0x19FB	0x00FD      	MOVWF      R13
+L_watch_swr39:
+0x19FC	0x0BFD      	DECFSZ     R13, 1
+0x19FD	0x29FC      	GOTO       L_watch_swr39
+0x19FE	0x0BFC      	DECFSZ     R12, 1
+0x19FF	0x29FC      	GOTO       L_watch_swr39
+0x1A00	0x0BFB      	DECFSZ     R11, 1
+0x1A01	0x29FC      	GOTO       L_watch_swr39
+;main.c,181 :: 		cnt = 600;
+0x1A02	0x3058      	MOVLW      88
+0x1A03	0x00C2      	MOVWF      watch_swr_cnt_L0
+;main.c,182 :: 		PWR_fixed = 0;
+0x1A04	0x01C5      	CLRF       watch_swr_PWR_fixed_L0
+0x1A05	0x01C6      	CLRF       watch_swr_PWR_fixed_L0+1
+;main.c,183 :: 		SWR_fixed = 0;
+0x1A06	0x01C7      	CLRF       watch_swr_SWR_fixed_L0
+0x1A07	0x01C8      	CLRF       watch_swr_SWR_fixed_L0+1
+;main.c,184 :: 		for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+0x1A08	0x01C1      	CLRF       watch_swr_peak_cnt_L0
+L_watch_swr40:
+0x1A09	0x0842      	MOVF       watch_swr_cnt_L0, 0
+0x1A0A	0x0241      	SUBWF      watch_swr_peak_cnt_L0, 0
+0x1A0B	0x1803      	BTFSC      STATUS, 0
+0x1A0C	0x2A2F      	GOTO       L_watch_swr41
+;main.c,185 :: 		get_pwr();
+0x1A0D	0x3190      	MOVLP      16
+0x1A0E	0x20F4      	CALL       _get_pwr
+0x1A0F	0x3198      	MOVLP      24
+;main.c,186 :: 		if(PWR>PWR_fixed) {PWR_fixed = PWR; SWR_fixed = SWR;}
+0x1A10	0x3080      	MOVLW      128
+0x1A11	0x0646      	XORWF      watch_swr_PWR_fixed_L0+1, 0
+0x1A12	0x00F0      	MOVWF      R0
+0x1A13	0x3080      	MOVLW      128
+0x1A14	0x0628      	XORWF      _PWR+1, 0
+0x1A15	0x0270      	SUBWF      R0, 0
+0x1A16	0x1D03      	BTFSS      STATUS, 2
+0x1A17	0x2A1A      	GOTO       L__watch_swr260
+0x1A18	0x0827      	MOVF       _PWR, 0
+0x1A19	0x0245      	SUBWF      watch_swr_PWR_fixed_L0, 0
+L__watch_swr260:
+0x1A1A	0x1803      	BTFSC      STATUS, 0
+0x1A1B	0x2A24      	GOTO       L_watch_swr43
+0x1A1C	0x0827      	MOVF       _PWR, 0
+0x1A1D	0x00C5      	MOVWF      watch_swr_PWR_fixed_L0
+0x1A1E	0x0828      	MOVF       _PWR+1, 0
+0x1A1F	0x00C6      	MOVWF      watch_swr_PWR_fixed_L0+1
+0x1A20	0x083B      	MOVF       _SWR, 0
+0x1A21	0x00C7      	MOVWF      watch_swr_SWR_fixed_L0
+0x1A22	0x083C      	MOVF       _SWR+1, 0
+0x1A23	0x00C8      	MOVWF      watch_swr_SWR_fixed_L0+1
+L_watch_swr43:
+;main.c,187 :: 		Delay_ms(1);
+0x1A24	0x300B      	MOVLW      11
+0x1A25	0x00FC      	MOVWF      R12
+0x1A26	0x3062      	MOVLW      98
+0x1A27	0x00FD      	MOVWF      R13
+L_watch_swr44:
+0x1A28	0x0BFD      	DECFSZ     R13, 1
+0x1A29	0x2A28      	GOTO       L_watch_swr44
+0x1A2A	0x0BFC      	DECFSZ     R12, 1
+0x1A2B	0x2A28      	GOTO       L_watch_swr44
+0x1A2C	0x0000      	NOP
+;main.c,184 :: 		for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+0x1A2D	0x0AC1      	INCF       watch_swr_peak_cnt_L0, 1
+;main.c,188 :: 		}
+0x1A2E	0x2A09      	GOTO       L_watch_swr40
+L_watch_swr41:
+;main.c,190 :: 		if(PWR_fixed>0){
+0x1A2F	0x3080      	MOVLW      128
+0x1A30	0x00F0      	MOVWF      R0
+0x1A31	0x3080      	MOVLW      128
+0x1A32	0x0646      	XORWF      watch_swr_PWR_fixed_L0+1, 0
+0x1A33	0x0270      	SUBWF      R0, 0
+0x1A34	0x1D03      	BTFSS      STATUS, 2
+0x1A35	0x2A38      	GOTO       L__watch_swr261
+0x1A36	0x0845      	MOVF       watch_swr_PWR_fixed_L0, 0
+0x1A37	0x3C00      	SUBLW      0
+L__watch_swr261:
+0x1A38	0x1803      	BTFSC      STATUS, 0
+0x1A39	0x2A85      	GOTO       L_watch_swr45
+;main.c,191 :: 		if(OLED_PWD){
+0x1A3A	0x0140      	MOVLB      0
+0x1A3B	0x1E16      	BTFSS      LATA4_bit, BitPos(LATA4_bit+0)
+0x1A3C	0x2A82      	GOTO       L_watch_swr46
+;main.c,192 :: 		disp_cnt = Tick + Disp_time*1000;
+0x1A3D	0x0853      	MOVF       _Disp_time, 0
+0x1A3E	0x00F0      	MOVWF      R0
+0x1A3F	0x0854      	MOVF       _Disp_time+1, 0
+0x1A40	0x00F1      	MOVWF      R1
+0x1A41	0x0855      	MOVF       _Disp_time+2, 0
+0x1A42	0x00F2      	MOVWF      R2
+0x1A43	0x0856      	MOVF       _Disp_time+3, 0
+0x1A44	0x00F3      	MOVWF      R3
+0x1A45	0x30E8      	MOVLW      232
+0x1A46	0x00F4      	MOVWF      R4
+0x1A47	0x3003      	MOVLW      3
+0x1A48	0x00F5      	MOVWF      R5
+0x1A49	0x01F6      	CLRF       R6
+0x1A4A	0x01F7      	CLRF       R7
+0x1A4B	0x3180      	MOVLP      0
+0x1A4C	0x21BE      	CALL       _Mul_32x32_U
+0x1A4D	0x3198      	MOVLP      24
+0x1A4E	0x0870      	MOVF       R0, 0
+0x1A4F	0x0142      	MOVLB      2
+0x1A50	0x074C      	ADDWF      _Tick, 0
+0x1A51	0x0143      	MOVLB      3
+0x1A52	0x00BD      	MOVWF      _disp_cnt
+0x1A53	0x0871      	MOVF       R1, 0
+0x1A54	0x0142      	MOVLB      2
+0x1A55	0x3D4D      	ADDWFC     _Tick+1, 0
+0x1A56	0x0143      	MOVLB      3
+0x1A57	0x00BE      	MOVWF      _disp_cnt+1
+0x1A58	0x0872      	MOVF       R2, 0
+0x1A59	0x0142      	MOVLB      2
+0x1A5A	0x3D4E      	ADDWFC     _Tick+2, 0
+0x1A5B	0x0143      	MOVLB      3
+0x1A5C	0x00BF      	MOVWF      _disp_cnt+2
+0x1A5D	0x0873      	MOVF       R3, 0
+0x1A5E	0x0142      	MOVLB      2
+0x1A5F	0x3D4F      	ADDWFC     _Tick+3, 0
+0x1A60	0x0143      	MOVLB      3
+0x1A61	0x00C0      	MOVWF      _disp_cnt+3
+;main.c,193 :: 		off_cnt = Tick + Off_time*1000;
+0x1A62	0x0140      	MOVLB      0
+0x1A63	0x0857      	MOVF       _Off_time, 0
+0x1A64	0x00F0      	MOVWF      R0
+0x1A65	0x0858      	MOVF       _Off_time+1, 0
+0x1A66	0x00F1      	MOVWF      R1
+0x1A67	0x0859      	MOVF       _Off_time+2, 0
+0x1A68	0x00F2      	MOVWF      R2
+0x1A69	0x085A      	MOVF       _Off_time+3, 0
+0x1A6A	0x00F3      	MOVWF      R3
+0x1A6B	0x30E8      	MOVLW      232
+0x1A6C	0x00F4      	MOVWF      R4
+0x1A6D	0x3003      	MOVLW      3
+0x1A6E	0x00F5      	MOVWF      R5
+0x1A6F	0x01F6      	CLRF       R6
+0x1A70	0x01F7      	CLRF       R7
+0x1A71	0x3180      	MOVLP      0
+0x1A72	0x21BE      	CALL       _Mul_32x32_U
+0x1A73	0x3198      	MOVLP      24
+0x1A74	0x0870      	MOVF       R0, 0
+0x1A75	0x0142      	MOVLB      2
+0x1A76	0x074C      	ADDWF      _Tick, 0
+0x1A77	0x00EC      	MOVWF      _off_cnt
+0x1A78	0x0871      	MOVF       R1, 0
+0x1A79	0x3D4D      	ADDWFC     _Tick+1, 0
+0x1A7A	0x00ED      	MOVWF      _off_cnt+1
+0x1A7B	0x0872      	MOVF       R2, 0
+0x1A7C	0x3D4E      	ADDWFC     _Tick+2, 0
+0x1A7D	0x00EE      	MOVWF      _off_cnt+2
+0x1A7E	0x0873      	MOVF       R3, 0
+0x1A7F	0x3D4F      	ADDWFC     _Tick+3, 0
+0x1A80	0x00EF      	MOVWF      _off_cnt+3
+;main.c,194 :: 		}
+0x1A81	0x2A85      	GOTO       L_watch_swr47
+L_watch_swr46:
+;main.c,195 :: 		else oled_start();
+0x1A82	0x3188      	MOVLP      8
+0x1A83	0x22D4      	CALL       _oled_start
+0x1A84	0x3198      	MOVLP      24
+L_watch_swr47:
+;main.c,196 :: 		};
+L_watch_swr45:
+;main.c,198 :: 		if(PWR_fixed!=PWR_fixed_old){
+0x1A85	0x0143      	MOVLB      3
+0x1A86	0x0846      	MOVF       watch_swr_PWR_fixed_L0+1, 0
+0x1A87	0x0142      	MOVLB      2
+0x1A88	0x0647      	XORWF      _PWR_fixed_old+1, 0
+0x1A89	0x1D03      	BTFSS      STATUS, 2
+0x1A8A	0x2A8E      	GOTO       L__watch_swr262
+0x1A8B	0x0846      	MOVF       _PWR_fixed_old, 0
+0x1A8C	0x0143      	MOVLB      3
+0x1A8D	0x0645      	XORWF      watch_swr_PWR_fixed_L0, 0
+L__watch_swr262:
+0x1A8E	0x1903      	BTFSC      STATUS, 2
+0x1A8F	0x2ABE      	GOTO       L_watch_swr48
+;main.c,199 :: 		if(Overflow)
+0x1A90	0x0143      	MOVLB      3
+0x1A91	0x1D20      	BTFSS      _Overflow, BitPos(_Overflow+0)
+0x1A92	0x2AA1      	GOTO       L_watch_swr49
+;main.c,200 :: 		oled_wr_str(0, 42, ">", 1);
+0x1A93	0x0144      	MOVLB      4
+0x1A94	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x1A95	0x302A      	MOVLW      42
+0x1A96	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1A97	0x30E6      	MOVLW      ?lstr5_main
+0x1A98	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1A99	0x3000      	MOVLW      hi_addr(?lstr5_main)
+0x1A9A	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1A9B	0x3001      	MOVLW      1
+0x1A9C	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1A9D	0x3180      	MOVLP      0
+0x1A9E	0x246D      	CALL       _oled_wr_str
+0x1A9F	0x3198      	MOVLP      24
+0x1AA0	0x2AAE      	GOTO       L_watch_swr50
+L_watch_swr49:
+;main.c,202 :: 		oled_wr_str(0, 42, "=", 1);
+0x1AA1	0x0144      	MOVLB      4
+0x1AA2	0x01A3      	CLRF       FARG_oled_wr_str_page
+0x1AA3	0x302A      	MOVLW      42
+0x1AA4	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1AA5	0x30E8      	MOVLW      ?lstr6_main
+0x1AA6	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1AA7	0x3000      	MOVLW      hi_addr(?lstr6_main)
+0x1AA8	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1AA9	0x3001      	MOVLW      1
+0x1AAA	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1AAB	0x3180      	MOVLP      0
+0x1AAC	0x246D      	CALL       _oled_wr_str
+0x1AAD	0x3198      	MOVLP      24
+L_watch_swr50:
+;main.c,203 :: 		PWR_fixed_old = PWR_fixed;
+0x1AAE	0x0143      	MOVLB      3
+0x1AAF	0x0845      	MOVF       watch_swr_PWR_fixed_L0, 0
+0x1AB0	0x0142      	MOVLB      2
+0x1AB1	0x00C6      	MOVWF      _PWR_fixed_old
+0x1AB2	0x0143      	MOVLB      3
+0x1AB3	0x0846      	MOVF       watch_swr_PWR_fixed_L0+1, 0
+0x1AB4	0x0142      	MOVLB      2
+0x1AB5	0x00C7      	MOVWF      _PWR_fixed_old+1
+;main.c,204 :: 		draw_power(PWR_fixed);
+0x1AB6	0x0143      	MOVLB      3
+0x1AB7	0x0845      	MOVF       watch_swr_PWR_fixed_L0, 0
+0x1AB8	0x00E6      	MOVWF      FARG_draw_power_p
+0x1AB9	0x0846      	MOVF       watch_swr_PWR_fixed_L0+1, 0
+0x1ABA	0x00E7      	MOVWF      FARG_draw_power_p+1
+0x1ABB	0x3190      	MOVLP      16
+0x1ABC	0x2075      	CALL       _draw_power
+0x1ABD	0x3198      	MOVLP      24
+;main.c,205 :: 		}
+L_watch_swr48:
+;main.c,207 :: 		if(PWR_fixed<10){
+0x1ABE	0x3080      	MOVLW      128
+0x1ABF	0x0143      	MOVLB      3
+0x1AC0	0x0646      	XORWF      watch_swr_PWR_fixed_L0+1, 0
+0x1AC1	0x00F0      	MOVWF      R0
+0x1AC2	0x3080      	MOVLW      128
+0x1AC3	0x0270      	SUBWF      R0, 0
+0x1AC4	0x1D03      	BTFSS      STATUS, 2
+0x1AC5	0x2AC8      	GOTO       L__watch_swr263
+0x1AC6	0x300A      	MOVLW      10
+0x1AC7	0x0245      	SUBWF      watch_swr_PWR_fixed_L0, 0
+L__watch_swr263:
+0x1AC8	0x1803      	BTFSC      STATUS, 0
+0x1AC9	0x2AD8      	GOTO       L_watch_swr51
+;main.c,208 :: 		SWR_fixed = 0;
+0x1ACA	0x01C7      	CLRF       watch_swr_SWR_fixed_L0
+0x1ACB	0x01C8      	CLRF       watch_swr_SWR_fixed_L0+1
+;main.c,210 :: 		draw_swr(SWR_ind);
+0x1ACC	0x0142      	MOVLB      2
+0x1ACD	0x0840      	MOVF       _SWR_ind, 0
+0x1ACE	0x0144      	MOVLB      4
+0x1ACF	0x00A0      	MOVWF      FARG_draw_swr_s
+0x1AD0	0x0142      	MOVLB      2
+0x1AD1	0x0841      	MOVF       _SWR_ind+1, 0
+0x1AD2	0x0144      	MOVLB      4
+0x1AD3	0x00A1      	MOVWF      FARG_draw_swr_s+1
+0x1AD4	0x3180      	MOVLP      0
+0x1AD5	0x26D2      	CALL       _draw_swr
+0x1AD6	0x3198      	MOVLP      24
+;main.c,211 :: 		return;
+0x1AD7	0x2C12      	GOTO       L_end_watch_swr
+;main.c,212 :: 		}
+L_watch_swr51:
+;main.c,214 :: 		if(Overflow){
+0x1AD8	0x0143      	MOVLB      3
+0x1AD9	0x1D20      	BTFSS      _Overflow, BitPos(_Overflow+0)
+0x1ADA	0x2B4F      	GOTO       L_watch_swr52
+;main.c,215 :: 		for(cnt=3; cnt!=0; cnt--){
+0x1ADB	0x3003      	MOVLW      3
+0x1ADC	0x00C2      	MOVWF      watch_swr_cnt_L0
+L_watch_swr53:
+0x1ADD	0x0842      	MOVF       watch_swr_cnt_L0, 0
+0x1ADE	0x3A00      	XORLW      0
+0x1ADF	0x1903      	BTFSC      STATUS, 2
+0x1AE0	0x2B19      	GOTO       L_watch_swr54
+;main.c,216 :: 		oled_wr_str(2, 6, "OVERLOAD ", 9);
+0x1AE1	0x3002      	MOVLW      2
+0x1AE2	0x0144      	MOVLB      4
+0x1AE3	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1AE4	0x3006      	MOVLW      6
+0x1AE5	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1AE6	0x3020      	MOVLW      ?lstr7_main
+0x1AE7	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1AE8	0x3001      	MOVLW      hi_addr(?lstr7_main)
+0x1AE9	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1AEA	0x3009      	MOVLW      9
+0x1AEB	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1AEC	0x3180      	MOVLP      0
+0x1AED	0x246D      	CALL       _oled_wr_str
+0x1AEE	0x3198      	MOVLP      24
+;main.c,217 :: 		Delay_ms(500);
+0x1AEF	0x3015      	MOVLW      21
+0x1AF0	0x00FB      	MOVWF      R11
+0x1AF1	0x304B      	MOVLW      75
+0x1AF2	0x00FC      	MOVWF      R12
+0x1AF3	0x30BE      	MOVLW      190
+0x1AF4	0x00FD      	MOVWF      R13
+L_watch_swr56:
+0x1AF5	0x0BFD      	DECFSZ     R13, 1
+0x1AF6	0x2AF5      	GOTO       L_watch_swr56
+0x1AF7	0x0BFC      	DECFSZ     R12, 1
+0x1AF8	0x2AF5      	GOTO       L_watch_swr56
+0x1AF9	0x0BFB      	DECFSZ     R11, 1
+0x1AFA	0x2AF5      	GOTO       L_watch_swr56
+0x1AFB	0x0000      	NOP
+;main.c,218 :: 		oled_wr_str(2, 0, "         ", 9);
+0x1AFC	0x3002      	MOVLW      2
+0x1AFD	0x0144      	MOVLB      4
+0x1AFE	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1AFF	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1B00	0x30CB      	MOVLW      ?lstr8_main
+0x1B01	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1B02	0x3000      	MOVLW      hi_addr(?lstr8_main)
+0x1B03	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1B04	0x3009      	MOVLW      9
+0x1B05	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1B06	0x3180      	MOVLP      0
+0x1B07	0x246D      	CALL       _oled_wr_str
+0x1B08	0x3198      	MOVLP      24
+;main.c,219 :: 		Delay_ms(500);
+0x1B09	0x3015      	MOVLW      21
+0x1B0A	0x00FB      	MOVWF      R11
+0x1B0B	0x304B      	MOVLW      75
+0x1B0C	0x00FC      	MOVWF      R12
+0x1B0D	0x30BE      	MOVLW      190
+0x1B0E	0x00FD      	MOVWF      R13
+L_watch_swr57:
+0x1B0F	0x0BFD      	DECFSZ     R13, 1
+0x1B10	0x2B0F      	GOTO       L_watch_swr57
+0x1B11	0x0BFC      	DECFSZ     R12, 1
+0x1B12	0x2B0F      	GOTO       L_watch_swr57
+0x1B13	0x0BFB      	DECFSZ     R11, 1
+0x1B14	0x2B0F      	GOTO       L_watch_swr57
+0x1B15	0x0000      	NOP
+;main.c,215 :: 		for(cnt=3; cnt!=0; cnt--){
+0x1B16	0x0143      	MOVLB      3
+0x1B17	0x03C2      	DECF       watch_swr_cnt_L0, 1
+;main.c,220 :: 		}
+0x1B18	0x2ADD      	GOTO       L_watch_swr53
+L_watch_swr54:
+;main.c,221 :: 		oled_wr_str(2, 0, "SWR      ", 9);
+0x1B19	0x3002      	MOVLW      2
+0x1B1A	0x0144      	MOVLB      4
+0x1B1B	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1B1C	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1B1D	0x30B6      	MOVLW      ?lstr9_main
+0x1B1E	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1B1F	0x3000      	MOVLW      hi_addr(?lstr9_main)
+0x1B20	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1B21	0x3009      	MOVLW      9
+0x1B22	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1B23	0x3180      	MOVLP      0
+0x1B24	0x246D      	CALL       _oled_wr_str
+0x1B25	0x3198      	MOVLP      24
+;main.c,222 :: 		oled_wr_str(2, 42, "=", 1);
+0x1B26	0x3002      	MOVLW      2
+0x1B27	0x0144      	MOVLB      4
+0x1B28	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1B29	0x302A      	MOVLW      42
+0x1B2A	0x00A4      	MOVWF      FARG_oled_wr_str_col
+0x1B2B	0x30C0      	MOVLW      ?lstr10_main
+0x1B2C	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1B2D	0x3000      	MOVLW      hi_addr(?lstr10_main)
+0x1B2E	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1B2F	0x3001      	MOVLW      1
+0x1B30	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1B31	0x3180      	MOVLP      0
+0x1B32	0x246D      	CALL       _oled_wr_str
+0x1B33	0x3198      	MOVLP      24
+;main.c,223 :: 		draw_swr(SWR_fixed);
+0x1B34	0x0143      	MOVLB      3
+0x1B35	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1B36	0x0144      	MOVLB      4
+0x1B37	0x00A0      	MOVWF      FARG_draw_swr_s
+0x1B38	0x0143      	MOVLB      3
+0x1B39	0x0848      	MOVF       watch_swr_SWR_fixed_L0+1, 0
+0x1B3A	0x0144      	MOVLB      4
+0x1B3B	0x00A1      	MOVWF      FARG_draw_swr_s+1
+0x1B3C	0x3180      	MOVLP      0
+0x1B3D	0x26D2      	CALL       _draw_swr
+0x1B3E	0x3198      	MOVLP      24
+;main.c,224 :: 		Delay_ms(500);
+0x1B3F	0x3015      	MOVLW      21
+0x1B40	0x00FB      	MOVWF      R11
+0x1B41	0x304B      	MOVLW      75
+0x1B42	0x00FC      	MOVWF      R12
+0x1B43	0x30BE      	MOVLW      190
+0x1B44	0x00FD      	MOVWF      R13
+L_watch_swr58:
+0x1B45	0x0BFD      	DECFSZ     R13, 1
+0x1B46	0x2B45      	GOTO       L_watch_swr58
+0x1B47	0x0BFC      	DECFSZ     R12, 1
+0x1B48	0x2B45      	GOTO       L_watch_swr58
+0x1B49	0x0BFB      	DECFSZ     R11, 1
+0x1B4A	0x2B45      	GOTO       L_watch_swr58
+0x1B4B	0x0000      	NOP
+;main.c,225 :: 		Overflow = 0;
+0x1B4C	0x0143      	MOVLB      3
+0x1B4D	0x1120      	BCF        _Overflow, BitPos(_Overflow+0)
+;main.c,226 :: 		}
+0x1B4E	0x2BE9      	GOTO       L_watch_swr59
+L_watch_swr52:
+;main.c,228 :: 		else if(PWR_fixed>=min_for_start && PWR_fixed<max_for_start && SWR_fixed>=Auto_delta  || SWR_Fixed>900 ) {
+0x1B4F	0x3080      	MOVLW      128
+0x1B50	0x0646      	XORWF      watch_swr_PWR_fixed_L0+1, 0
+0x1B51	0x00F0      	MOVWF      R0
+0x1B52	0x3080      	MOVLW      128
+0x1B53	0x0141      	MOVLB      1
+0x1B54	0x0643      	XORWF      _min_for_start+1, 0
+0x1B55	0x0270      	SUBWF      R0, 0
+0x1B56	0x1D03      	BTFSS      STATUS, 2
+0x1B57	0x2B5B      	GOTO       L__watch_swr264
+0x1B58	0x0842      	MOVF       _min_for_start, 0
+0x1B59	0x0143      	MOVLB      3
+0x1B5A	0x0245      	SUBWF      watch_swr_PWR_fixed_L0, 0
+L__watch_swr264:
+0x1B5B	0x1C03      	BTFSS      STATUS, 0
+0x1B5C	0x2B7C      	GOTO       L__watch_swr238
+0x1B5D	0x0143      	MOVLB      3
+0x1B5E	0x3080      	MOVLW      128
+0x1B5F	0x0646      	XORWF      watch_swr_PWR_fixed_L0+1, 0
+0x1B60	0x00F0      	MOVWF      R0
+0x1B61	0x3080      	MOVLW      128
+0x1B62	0x0141      	MOVLB      1
+0x1B63	0x0629      	XORWF      _max_for_start+1, 0
+0x1B64	0x0270      	SUBWF      R0, 0
+0x1B65	0x1D03      	BTFSS      STATUS, 2
+0x1B66	0x2B6A      	GOTO       L__watch_swr265
+0x1B67	0x0828      	MOVF       _max_for_start, 0
+0x1B68	0x0143      	MOVLB      3
+0x1B69	0x0245      	SUBWF      watch_swr_PWR_fixed_L0, 0
+L__watch_swr265:
+0x1B6A	0x1803      	BTFSC      STATUS, 0
+0x1B6B	0x2B7C      	GOTO       L__watch_swr238
+0x1B6C	0x0143      	MOVLB      3
+0x1B6D	0x3080      	MOVLW      128
+0x1B6E	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1B6F	0x00F0      	MOVWF      R0
+0x1B70	0x3080      	MOVLW      128
+0x1B71	0x0141      	MOVLB      1
+0x1B72	0x066B      	XORWF      _Auto_delta+1, 0
+0x1B73	0x0270      	SUBWF      R0, 0
+0x1B74	0x1D03      	BTFSS      STATUS, 2
+0x1B75	0x2B79      	GOTO       L__watch_swr266
+0x1B76	0x086A      	MOVF       _Auto_delta, 0
+0x1B77	0x0143      	MOVLB      3
+0x1B78	0x0247      	SUBWF      watch_swr_SWR_fixed_L0, 0
+L__watch_swr266:
+0x1B79	0x1C03      	BTFSS      STATUS, 0
+0x1B7A	0x2B7C      	GOTO       L__watch_swr238
+0x1B7B	0x2B8A      	GOTO       L__watch_swr237
+L__watch_swr238:
+0x1B7C	0x0143      	MOVLB      3
+0x1B7D	0x3080      	MOVLW      128
+0x1B7E	0x3A03      	XORLW      3
+0x1B7F	0x00F0      	MOVWF      R0
+0x1B80	0x3080      	MOVLW      128
+0x1B81	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1B82	0x0270      	SUBWF      R0, 0
+0x1B83	0x1D03      	BTFSS      STATUS, 2
+0x1B84	0x2B87      	GOTO       L__watch_swr267
+0x1B85	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1B86	0x3C84      	SUBLW      132
+L__watch_swr267:
+0x1B87	0x1C03      	BTFSS      STATUS, 0
+0x1B88	0x2B8A      	GOTO       L__watch_swr237
+0x1B89	0x2BE9      	GOTO       L_watch_swr64
+L__watch_swr237:
+;main.c,229 :: 		if(  (SWR_fixed>SWR_fixed_old && (SWR_fixed-SWR_fixed_old)>delta) || (SWR_fixed<SWR_fixed_old && (SWR_fixed_old-SWR_fixed)>delta) || SWR_Fixed>900  ) {
+0x1B8A	0x3080      	MOVLW      128
+0x1B8B	0x0142      	MOVLB      2
+0x1B8C	0x064B      	XORWF      _SWR_fixed_old+1, 0
+0x1B8D	0x00F0      	MOVWF      R0
+0x1B8E	0x3080      	MOVLW      128
+0x1B8F	0x0143      	MOVLB      3
+0x1B90	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1B91	0x0270      	SUBWF      R0, 0
+0x1B92	0x1D03      	BTFSS      STATUS, 2
+0x1B93	0x2B97      	GOTO       L__watch_swr268
+0x1B94	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1B95	0x0142      	MOVLB      2
+0x1B96	0x024A      	SUBWF      _SWR_fixed_old, 0
+L__watch_swr268:
+0x1B97	0x1803      	BTFSC      STATUS, 0
+0x1B98	0x2BB0      	GOTO       L__watch_swr236
+0x1B99	0x0142      	MOVLB      2
+0x1B9A	0x084A      	MOVF       _SWR_fixed_old, 0
+0x1B9B	0x0143      	MOVLB      3
+0x1B9C	0x0247      	SUBWF      watch_swr_SWR_fixed_L0, 0
+0x1B9D	0x00F1      	MOVWF      R1
+0x1B9E	0x0142      	MOVLB      2
+0x1B9F	0x084B      	MOVF       _SWR_fixed_old+1, 0
+0x1BA0	0x0143      	MOVLB      3
+0x1BA1	0x3B48      	SUBWFB     watch_swr_SWR_fixed_L0+1, 0
+0x1BA2	0x00F2      	MOVWF      R2
+0x1BA3	0x3080      	MOVLW      128
+0x1BA4	0x0644      	XORWF      watch_swr_delta_L0+1, 0
+0x1BA5	0x00F0      	MOVWF      R0
+0x1BA6	0x3080      	MOVLW      128
+0x1BA7	0x0672      	XORWF      R2, 0
+0x1BA8	0x0270      	SUBWF      R0, 0
+0x1BA9	0x1D03      	BTFSS      STATUS, 2
+0x1BAA	0x2BAD      	GOTO       L__watch_swr269
+0x1BAB	0x0871      	MOVF       R1, 0
+0x1BAC	0x0243      	SUBWF      watch_swr_delta_L0, 0
+L__watch_swr269:
+0x1BAD	0x1803      	BTFSC      STATUS, 0
+0x1BAE	0x2BB0      	GOTO       L__watch_swr236
+0x1BAF	0x2BE5      	GOTO       L__watch_swr234
+L__watch_swr236:
+0x1BB0	0x0143      	MOVLB      3
+0x1BB1	0x3080      	MOVLW      128
+0x1BB2	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1BB3	0x00F0      	MOVWF      R0
+0x1BB4	0x3080      	MOVLW      128
+0x1BB5	0x0142      	MOVLB      2
+0x1BB6	0x064B      	XORWF      _SWR_fixed_old+1, 0
+0x1BB7	0x0270      	SUBWF      R0, 0
+0x1BB8	0x1D03      	BTFSS      STATUS, 2
+0x1BB9	0x2BBD      	GOTO       L__watch_swr270
+0x1BBA	0x084A      	MOVF       _SWR_fixed_old, 0
+0x1BBB	0x0143      	MOVLB      3
+0x1BBC	0x0247      	SUBWF      watch_swr_SWR_fixed_L0, 0
+L__watch_swr270:
+0x1BBD	0x1803      	BTFSC      STATUS, 0
+0x1BBE	0x2BD7      	GOTO       L__watch_swr235
+0x1BBF	0x0143      	MOVLB      3
+0x1BC0	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1BC1	0x0142      	MOVLB      2
+0x1BC2	0x024A      	SUBWF      _SWR_fixed_old, 0
+0x1BC3	0x00F1      	MOVWF      R1
+0x1BC4	0x0143      	MOVLB      3
+0x1BC5	0x0848      	MOVF       watch_swr_SWR_fixed_L0+1, 0
+0x1BC6	0x0142      	MOVLB      2
+0x1BC7	0x3B4B      	SUBWFB     _SWR_fixed_old+1, 0
+0x1BC8	0x00F2      	MOVWF      R2
+0x1BC9	0x3080      	MOVLW      128
+0x1BCA	0x0143      	MOVLB      3
+0x1BCB	0x0644      	XORWF      watch_swr_delta_L0+1, 0
+0x1BCC	0x00F0      	MOVWF      R0
+0x1BCD	0x3080      	MOVLW      128
+0x1BCE	0x0672      	XORWF      R2, 0
+0x1BCF	0x0270      	SUBWF      R0, 0
+0x1BD0	0x1D03      	BTFSS      STATUS, 2
+0x1BD1	0x2BD4      	GOTO       L__watch_swr271
+0x1BD2	0x0871      	MOVF       R1, 0
+0x1BD3	0x0243      	SUBWF      watch_swr_delta_L0, 0
+L__watch_swr271:
+0x1BD4	0x1803      	BTFSC      STATUS, 0
+0x1BD5	0x2BD7      	GOTO       L__watch_swr235
+0x1BD6	0x2BE5      	GOTO       L__watch_swr234
+L__watch_swr235:
+0x1BD7	0x0143      	MOVLB      3
+0x1BD8	0x3080      	MOVLW      128
+0x1BD9	0x3A03      	XORLW      3
+0x1BDA	0x00F0      	MOVWF      R0
+0x1BDB	0x3080      	MOVLW      128
+0x1BDC	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1BDD	0x0270      	SUBWF      R0, 0
+0x1BDE	0x1D03      	BTFSS      STATUS, 2
+0x1BDF	0x2BE2      	GOTO       L__watch_swr272
+0x1BE0	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1BE1	0x3C84      	SUBLW      132
+L__watch_swr272:
+0x1BE2	0x1C03      	BTFSS      STATUS, 0
+0x1BE3	0x2BE5      	GOTO       L__watch_swr234
+0x1BE4	0x2BE9      	GOTO       L_watch_swr71
+L__watch_swr234:
+;main.c,230 :: 		Btn_long();
+0x1BE5	0x3190      	MOVLP      16
+0x1BE6	0x274B      	CALL       _Btn_long
+0x1BE7	0x3198      	MOVLP      24
+;main.c,231 :: 		return;
+0x1BE8	0x2C12      	GOTO       L_end_watch_swr
+;main.c,232 :: 		}
+L_watch_swr71:
+;main.c,233 :: 		}
+L_watch_swr64:
+L_watch_swr59:
+;main.c,235 :: 		if(SWR_fixed>99 && SWR_fixed!=SWR_ind){
+0x1BE9	0x3080      	MOVLW      128
+0x1BEA	0x00F0      	MOVWF      R0
+0x1BEB	0x3080      	MOVLW      128
+0x1BEC	0x0143      	MOVLB      3
+0x1BED	0x0648      	XORWF      watch_swr_SWR_fixed_L0+1, 0
+0x1BEE	0x0270      	SUBWF      R0, 0
+0x1BEF	0x1D03      	BTFSS      STATUS, 2
+0x1BF0	0x2BF3      	GOTO       L__watch_swr273
+0x1BF1	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1BF2	0x3C63      	SUBLW      99
+L__watch_swr273:
+0x1BF3	0x1803      	BTFSC      STATUS, 0
+0x1BF4	0x2C12      	GOTO       L_watch_swr74
+0x1BF5	0x0848      	MOVF       watch_swr_SWR_fixed_L0+1, 0
+0x1BF6	0x0142      	MOVLB      2
+0x1BF7	0x0641      	XORWF      _SWR_ind+1, 0
+0x1BF8	0x1D03      	BTFSS      STATUS, 2
+0x1BF9	0x2BFD      	GOTO       L__watch_swr274
+0x1BFA	0x0840      	MOVF       _SWR_ind, 0
+0x1BFB	0x0143      	MOVLB      3
+0x1BFC	0x0647      	XORWF      watch_swr_SWR_fixed_L0, 0
+L__watch_swr274:
+0x1BFD	0x1903      	BTFSC      STATUS, 2
+0x1BFE	0x2C12      	GOTO       L_watch_swr74
+L__watch_swr233:
+0x1BFF	0x0143      	MOVLB      3
+;main.c,236 :: 		SWR_ind = SWR_fixed;
+0x1C00	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1C01	0x0142      	MOVLB      2
+0x1C02	0x00C0      	MOVWF      _SWR_ind
+0x1C03	0x0143      	MOVLB      3
+0x1C04	0x0848      	MOVF       watch_swr_SWR_fixed_L0+1, 0
+0x1C05	0x0142      	MOVLB      2
+0x1C06	0x00C1      	MOVWF      _SWR_ind+1
+;main.c,237 :: 		draw_swr(SWR_ind);
+0x1C07	0x0143      	MOVLB      3
+0x1C08	0x0847      	MOVF       watch_swr_SWR_fixed_L0, 0
+0x1C09	0x0144      	MOVLB      4
+0x1C0A	0x00A0      	MOVWF      FARG_draw_swr_s
+0x1C0B	0x0143      	MOVLB      3
+0x1C0C	0x0848      	MOVF       watch_swr_SWR_fixed_L0+1, 0
+0x1C0D	0x0144      	MOVLB      4
+0x1C0E	0x00A1      	MOVWF      FARG_draw_swr_s+1
+0x1C0F	0x3180      	MOVLP      0
+0x1C10	0x26D2      	CALL       _draw_swr
+0x1C11	0x3198      	MOVLP      24
+;main.c,238 :: 		}
+L_watch_swr74:
+;main.c,240 :: 		return;
+;main.c,241 :: 		}
+L_end_watch_swr:
+0x1C12	0x0008      	RETURN
+; end of _watch_swr
+_Voltage_show:
+;main.c,287 :: 		void Voltage_show(){
+;main.c,288 :: 		get_batt();
+0x1C13	0x3180      	MOVLP      0
+0x1C14	0x2707      	CALL       _get_batt
+0x1C15	0x3198      	MOVLP      24
+;main.c,289 :: 		if(Voltage != Voltage_old) { Voltage_old = Voltage; oled_voltage(Voltage); }
+0x1C16	0x082A      	MOVF       _Voltage+1, 0
+0x1C17	0x0142      	MOVLB      2
+0x1C18	0x0649      	XORWF      _Voltage_old+1, 0
+0x1C19	0x1D03      	BTFSS      STATUS, 2
+0x1C1A	0x2C1E      	GOTO       L__Voltage_show282
+0x1C1B	0x0848      	MOVF       _Voltage_old, 0
+0x1C1C	0x0143      	MOVLB      3
+0x1C1D	0x0629      	XORWF      _Voltage, 0
+L__Voltage_show282:
+0x1C1E	0x1903      	BTFSC      STATUS, 2
+0x1C1F	0x2C2E      	GOTO       L_Voltage_show83
+0x1C20	0x0143      	MOVLB      3
+0x1C21	0x0829      	MOVF       _Voltage, 0
+0x1C22	0x0142      	MOVLB      2
+0x1C23	0x00C8      	MOVWF      _Voltage_old
+0x1C24	0x0143      	MOVLB      3
+0x1C25	0x082A      	MOVF       _Voltage+1, 0
+0x1C26	0x0142      	MOVLB      2
+0x1C27	0x00C9      	MOVWF      _Voltage_old+1
+0x1C28	0x0143      	MOVLB      3
+0x1C29	0x0829      	MOVF       _Voltage, 0
+0x1C2A	0x00C9      	MOVWF      FARG_oled_voltage_Voltage
+0x1C2B	0x082A      	MOVF       _Voltage+1, 0
+0x1C2C	0x00CA      	MOVWF      FARG_oled_voltage_Voltage+1
+0x1C2D	0x2000      	CALL       _oled_voltage
+L_Voltage_show83:
+;main.c,292 :: 		if(Voltage>3700){
+0x1C2E	0x3080      	MOVLW      128
+0x1C2F	0x3A0E      	XORLW      14
+0x1C30	0x00F0      	MOVWF      R0
+0x1C31	0x3080      	MOVLW      128
+0x1C32	0x0143      	MOVLB      3
+0x1C33	0x062A      	XORWF      _Voltage+1, 0
+0x1C34	0x0270      	SUBWF      R0, 0
+0x1C35	0x1D03      	BTFSS      STATUS, 2
+0x1C36	0x2C39      	GOTO       L__Voltage_show283
+0x1C37	0x0829      	MOVF       _Voltage, 0
+0x1C38	0x3C74      	SUBLW      116
+L__Voltage_show283:
+0x1C39	0x1803      	BTFSC      STATUS, 0
+0x1C3A	0x2C4D      	GOTO       L_Voltage_show84
+;main.c,293 :: 		Green = 0;
+0x1C3B	0x0140      	MOVLB      0
+0x1C3C	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,294 :: 		Red = 1;
+0x1C3D	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,295 :: 		Delay_ms(30);
+0x1C3E	0x3002      	MOVLW      2
+0x1C3F	0x00FB      	MOVWF      R11
+0x1C40	0x3038      	MOVLW      56
+0x1C41	0x00FC      	MOVWF      R12
+0x1C42	0x30AD      	MOVLW      173
+0x1C43	0x00FD      	MOVWF      R13
+L_Voltage_show85:
+0x1C44	0x0BFD      	DECFSZ     R13, 1
+0x1C45	0x2C44      	GOTO       L_Voltage_show85
+0x1C46	0x0BFC      	DECFSZ     R12, 1
+0x1C47	0x2C44      	GOTO       L_Voltage_show85
+0x1C48	0x0BFB      	DECFSZ     R11, 1
+0x1C49	0x2C44      	GOTO       L_Voltage_show85
+;main.c,296 :: 		Green = 1;
+0x1C4A	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,297 :: 		Red = 1;
+0x1C4B	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,298 :: 		}
+0x1C4C	0x2C7D      	GOTO       L_Voltage_show86
+L_Voltage_show84:
+;main.c,299 :: 		else if(Voltage>3590){
+0x1C4D	0x3080      	MOVLW      128
+0x1C4E	0x3A0E      	XORLW      14
+0x1C4F	0x00F0      	MOVWF      R0
+0x1C50	0x3080      	MOVLW      128
+0x1C51	0x0143      	MOVLB      3
+0x1C52	0x062A      	XORWF      _Voltage+1, 0
+0x1C53	0x0270      	SUBWF      R0, 0
+0x1C54	0x1D03      	BTFSS      STATUS, 2
+0x1C55	0x2C58      	GOTO       L__Voltage_show284
+0x1C56	0x0829      	MOVF       _Voltage, 0
+0x1C57	0x3C06      	SUBLW      6
+L__Voltage_show284:
+0x1C58	0x1803      	BTFSC      STATUS, 0
+0x1C59	0x2C6C      	GOTO       L_Voltage_show87
+;main.c,300 :: 		Green = 0;
+0x1C5A	0x0140      	MOVLB      0
+0x1C5B	0x1197      	BCF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,301 :: 		Red = 0;
+0x1C5C	0x1217      	BCF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,302 :: 		Delay_ms(30);
+0x1C5D	0x3002      	MOVLW      2
+0x1C5E	0x00FB      	MOVWF      R11
+0x1C5F	0x3038      	MOVLW      56
+0x1C60	0x00FC      	MOVWF      R12
+0x1C61	0x30AD      	MOVLW      173
+0x1C62	0x00FD      	MOVWF      R13
+L_Voltage_show88:
+0x1C63	0x0BFD      	DECFSZ     R13, 1
+0x1C64	0x2C63      	GOTO       L_Voltage_show88
+0x1C65	0x0BFC      	DECFSZ     R12, 1
+0x1C66	0x2C63      	GOTO       L_Voltage_show88
+0x1C67	0x0BFB      	DECFSZ     R11, 1
+0x1C68	0x2C63      	GOTO       L_Voltage_show88
+;main.c,303 :: 		Green = 1;
+0x1C69	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,304 :: 		Red = 1;
+0x1C6A	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,305 :: 		}
+0x1C6B	0x2C7D      	GOTO       L_Voltage_show89
+L_Voltage_show87:
+0x1C6C	0x0140      	MOVLB      0
+;main.c,307 :: 		Red = 0;
+0x1C6D	0x1217      	BCF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,308 :: 		Green = 1;
+0x1C6E	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,309 :: 		Delay_ms(30);
+0x1C6F	0x3002      	MOVLW      2
+0x1C70	0x00FB      	MOVWF      R11
+0x1C71	0x3038      	MOVLW      56
+0x1C72	0x00FC      	MOVWF      R12
+0x1C73	0x30AD      	MOVLW      173
+0x1C74	0x00FD      	MOVWF      R13
+L_Voltage_show90:
+0x1C75	0x0BFD      	DECFSZ     R13, 1
+0x1C76	0x2C75      	GOTO       L_Voltage_show90
+0x1C77	0x0BFC      	DECFSZ     R12, 1
+0x1C78	0x2C75      	GOTO       L_Voltage_show90
+0x1C79	0x0BFB      	DECFSZ     R11, 1
+0x1C7A	0x2C75      	GOTO       L_Voltage_show90
+;main.c,310 :: 		Red = 1;
+0x1C7B	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,311 :: 		Green = 1;
+0x1C7C	0x1597      	BSF        LATB3_bit, BitPos(LATB3_bit+0)
+;main.c,312 :: 		}
+L_Voltage_show89:
+L_Voltage_show86:
+;main.c,314 :: 		if(Voltage<3400){
+0x1C7D	0x3080      	MOVLW      128
+0x1C7E	0x0143      	MOVLB      3
+0x1C7F	0x062A      	XORWF      _Voltage+1, 0
+0x1C80	0x00F0      	MOVWF      R0
+0x1C81	0x3080      	MOVLW      128
+0x1C82	0x3A0D      	XORLW      13
+0x1C83	0x0270      	SUBWF      R0, 0
+0x1C84	0x1D03      	BTFSS      STATUS, 2
+0x1C85	0x2C88      	GOTO       L__Voltage_show285
+0x1C86	0x3048      	MOVLW      72
+0x1C87	0x0229      	SUBWF      _Voltage, 0
+L__Voltage_show285:
+0x1C88	0x1803      	BTFSC      STATUS, 0
+0x1C89	0x2CA9      	GOTO       L_Voltage_show91
+;main.c,315 :: 		oled_clear();
+0x1C8A	0x3180      	MOVLP      0
+0x1C8B	0x2449      	CALL       _oled_clear
+0x1C8C	0x3198      	MOVLP      24
+;main.c,316 :: 		oled_wr_str(1, 0, "  LOW BATT ", 11);
+0x1C8D	0x3001      	MOVLW      1
+0x1C8E	0x0144      	MOVLB      4
+0x1C8F	0x00A3      	MOVWF      FARG_oled_wr_str_page
+0x1C90	0x01A4      	CLRF       FARG_oled_wr_str_col
+0x1C91	0x30AA      	MOVLW      ?lstr13_main
+0x1C92	0x00A5      	MOVWF      FARG_oled_wr_str_str
+0x1C93	0x3000      	MOVLW      hi_addr(?lstr13_main)
+0x1C94	0x00A6      	MOVWF      FARG_oled_wr_str_str+1
+0x1C95	0x300B      	MOVLW      11
+0x1C96	0x00A7      	MOVWF      FARG_oled_wr_str_leng
+0x1C97	0x3180      	MOVLP      0
+0x1C98	0x246D      	CALL       _oled_wr_str
+0x1C99	0x3198      	MOVLP      24
+;main.c,317 :: 		Delay_ms(2000);
+0x1C9A	0x3052      	MOVLW      82
+0x1C9B	0x00FB      	MOVWF      R11
+0x1C9C	0x302B      	MOVLW      43
+0x1C9D	0x00FC      	MOVWF      R12
+0x1C9E	0x3000      	MOVLW      0
+0x1C9F	0x00FD      	MOVWF      R13
+L_Voltage_show92:
+0x1CA0	0x0BFD      	DECFSZ     R13, 1
+0x1CA1	0x2CA0      	GOTO       L_Voltage_show92
+0x1CA2	0x0BFC      	DECFSZ     R12, 1
+0x1CA3	0x2CA0      	GOTO       L_Voltage_show92
+0x1CA4	0x0BFB      	DECFSZ     R11, 1
+0x1CA5	0x2CA0      	GOTO       L_Voltage_show92
+0x1CA6	0x0000      	NOP
+;main.c,318 :: 		OLED_PWD = 0;
+0x1CA7	0x1216      	BCF        LATA4_bit, BitPos(LATA4_bit+0)
+;main.c,319 :: 		power_off();
+0x1CA8	0x2182      	CALL       _power_off
+;main.c,320 :: 		}
+L_Voltage_show91:
+;main.c,321 :: 		return;
+;main.c,322 :: 		}
+L_end_Voltage_show:
+0x1CA9	0x0008      	RETURN
+; end of _Voltage_show
+_pic_init:
+;pic_init.c,5 :: 		void pic_init (void) {
+;pic_init.c,7 :: 		ANSELA = 0;         // all as digital
+0x1CAA	0x017E      	MOVLB      62
+0x1CAB	0x01B8      	CLRF       ANSELA
+;pic_init.c,8 :: 		ANSELB = 0;         // all as digital
+0x1CAC	0x01C3      	CLRF       ANSELB
+;pic_init.c,9 :: 		ANSB0_bit = 1;      // analog input
+0x1CAD	0x1443      	BSF        ANSB0_bit, BitPos(ANSB0_bit+0)
+;pic_init.c,10 :: 		ANSB1_bit = 1;      // analog input
+0x1CAE	0x14C3      	BSF        ANSB1_bit, BitPos(ANSB1_bit+0)
+;pic_init.c,11 :: 		ANSB2_bit = 1;      // analog input
+0x1CAF	0x1543      	BSF        ANSB2_bit, BitPos(ANSB2_bit+0)
+;pic_init.c,12 :: 		ANSELC = 0;         // all as digital
+0x1CB0	0x01CE      	CLRF       ANSELC
+;pic_init.c,13 :: 		ANSELE = 0;         // all as digital
+0x1CB1	0x01E4      	CLRF       ANSELE
+;pic_init.c,14 :: 		ANSELD = 0;         // all as digital
+0x1CB2	0x01D9      	CLRF       ANSELD
+;pic_init.c,16 :: 		C1ON_bit = 0;      // Disable comparators
+0x1CB3	0x0153      	MOVLB      19
+0x1CB4	0x1390      	BCF        C1ON_bit, BitPos(C1ON_bit+0)
+;pic_init.c,17 :: 		C2ON_bit = 0;
+0x1CB5	0x1394      	BCF        C2ON_bit, BitPos(C2ON_bit+0)
+;pic_init.c,19 :: 		PORTA = 0;
+0x1CB6	0x0140      	MOVLB      0
+0x1CB7	0x018C      	CLRF       PORTA
+;pic_init.c,20 :: 		PORTB = 0;
+0x1CB8	0x018D      	CLRF       PORTB
+;pic_init.c,21 :: 		PORTC = 0;
+0x1CB9	0x018E      	CLRF       PORTC
+;pic_init.c,22 :: 		PORTD = 0;
+0x1CBA	0x018F      	CLRF       PORTD
+;pic_init.c,23 :: 		PORTE = 0;
+0x1CBB	0x0190      	CLRF       PORTE
+;pic_init.c,24 :: 		LATA = 0b00000000;
+0x1CBC	0x0196      	CLRF       LATA
+;pic_init.c,25 :: 		LATB = 0b00000000;
+0x1CBD	0x0197      	CLRF       LATB
+;pic_init.c,26 :: 		LATC = 0b00010000;
+0x1CBE	0x3010      	MOVLW      16
+0x1CBF	0x0098      	MOVWF      LATC
+;pic_init.c,27 :: 		LATD = 0b00000110;
+0x1CC0	0x3006      	MOVLW      6
+0x1CC1	0x0099      	MOVWF      LATD
+;pic_init.c,28 :: 		LATE = 0b00000000;
+0x1CC2	0x019A      	CLRF       LATE
+;pic_init.c,29 :: 		TRISA = 0b00000000;
+0x1CC3	0x0191      	CLRF       TRISA
+;pic_init.c,30 :: 		TRISB = 0b00100111;
+0x1CC4	0x3027      	MOVLW      39
+0x1CC5	0x0092      	MOVWF      TRISB
+;pic_init.c,31 :: 		TRISC = 0b00000000;
+0x1CC6	0x0193      	CLRF       TRISC
+;pic_init.c,32 :: 		TRISD = 0b00000000;
+0x1CC7	0x0194      	CLRF       TRISD
+;pic_init.c,33 :: 		TRISE = 0b00000000;
+0x1CC8	0x0195      	CLRF       TRISE
+;pic_init.c,36 :: 		ODCA2_bit = 1;
+0x1CC9	0x017E      	MOVLB      62
+0x1CCA	0x153A      	BSF        ODCA2_bit, BitPos(ODCA2_bit+0)
+;pic_init.c,37 :: 		ODCA3_bit = 1;
+0x1CCB	0x15BA      	BSF        ODCA3_bit, BitPos(ODCA3_bit+0)
+;pic_init.c,38 :: 		ODCD1_bit = 1;
+0x1CCC	0x14DB      	BSF        ODCD1_bit, BitPos(ODCD1_bit+0)
+;pic_init.c,39 :: 		ODCD2_bit = 1;
+0x1CCD	0x155B      	BSF        ODCD2_bit, BitPos(ODCD2_bit+0)
+;pic_init.c,42 :: 		T0CS0_bit = 0; // Fosc/4
+0x1CCE	0x0140      	MOVLB      0
+0x1CCF	0x129F      	BCF        T0CS0_bit, BitPos(T0CS0_bit+0)
+;pic_init.c,43 :: 		T0CS1_bit = 1;
+0x1CD0	0x171F      	BSF        T0CS1_bit, BitPos(T0CS1_bit+0)
+;pic_init.c,44 :: 		T0CS2_bit = 0;
+0x1CD1	0x139F      	BCF        T0CS2_bit, BitPos(T0CS2_bit+0)
+;pic_init.c,45 :: 		T016BIT_bit = 1;
+0x1CD2	0x161E      	BSF        T016BIT_bit, BitPos(T016BIT_bit+0)
+;pic_init.c,46 :: 		TMR0L = 0xC0;   // 8_000 cycles to OF
+0x1CD3	0x30C0      	MOVLW      192
+0x1CD4	0x009C      	MOVWF      TMR0L
+;pic_init.c,47 :: 		TMR0H = 0xE0;
+0x1CD5	0x30E0      	MOVLW      224
+0x1CD6	0x009D      	MOVWF      TMR0H
+;pic_init.c,48 :: 		TMR0IF_bit = 0;
+0x1CD7	0x014E      	MOVLB      14
+0x1CD8	0x128C      	BCF        TMR0IF_bit, BitPos(TMR0IF_bit+0)
+;pic_init.c,49 :: 		T0EN_bit = 1;
+0x1CD9	0x0140      	MOVLB      0
+0x1CDA	0x179E      	BSF        T0EN_bit, BitPos(T0EN_bit+0)
+;pic_init.c,50 :: 		TMR0IE_bit = 1;
+0x1CDB	0x014E      	MOVLB      14
+0x1CDC	0x1696      	BSF        TMR0IE_bit, BitPos(TMR0IE_bit+0)
+;pic_init.c,53 :: 		PMD0 = 0b00011110; //
+0x1CDD	0x301E      	MOVLW      30
+0x1CDE	0x014F      	MOVLB      15
+0x1CDF	0x0096      	MOVWF      PMD0
+;pic_init.c,54 :: 		PMD1 = 0b11111110;
+0x1CE0	0x30FE      	MOVLW      254
+0x1CE1	0x0097      	MOVWF      PMD1
+;pic_init.c,55 :: 		PMD2 = 0b01000111;
+0x1CE2	0x3047      	MOVLW      71
+0x1CE3	0x0098      	MOVWF      PMD2
+;pic_init.c,56 :: 		PMD3 = 0b01111111;
+0x1CE4	0x307F      	MOVLW      127
+0x1CE5	0x0099      	MOVWF      PMD3
+;pic_init.c,57 :: 		PMD4 = 0b1110111;
+0x1CE6	0x3077      	MOVLW      119
+0x1CE7	0x009A      	MOVWF      PMD4
+;pic_init.c,58 :: 		PMD5 = 0b11011111;
+0x1CE8	0x30DF      	MOVLW      223
+0x1CE9	0x009B      	MOVWF      PMD5
+;pic_init.c,60 :: 		GIE_bit = 1;
+0x1CEA	0x178B      	BSF        GIE_bit, BitPos(GIE_bit+0)
+;pic_init.c,61 :: 		Delay_ms (100);
+0x1CEB	0x3005      	MOVLW      5
+0x1CEC	0x00FB      	MOVWF      R11
+0x1CED	0x300F      	MOVLW      15
+0x1CEE	0x00FC      	MOVWF      R12
+0x1CEF	0x30F1      	MOVLW      241
+0x1CF0	0x00FD      	MOVWF      R13
+L_pic_init0:
+0x1CF1	0x0BFD      	DECFSZ     R13, 1
+0x1CF2	0x2CF1      	GOTO       L_pic_init0
+0x1CF3	0x0BFC      	DECFSZ     R12, 1
+0x1CF4	0x2CF1      	GOTO       L_pic_init0
+0x1CF5	0x0BFB      	DECFSZ     R11, 1
+0x1CF6	0x2CF1      	GOTO       L_pic_init0
+;pic_init.c,62 :: 		return;
+;pic_init.c,63 :: 		}
+L_end_pic_init:
+0x1CF7	0x0008      	RETURN
+; end of _pic_init
+_main:
+0x1CF8	0x31A0      	MOVLP      32
+0x1CF9	0x20A4      	CALL       8356
+0x1CFA	0x3198      	MOVLP      24
+;main.c,74 :: 		void main() {
+;main.c,75 :: 		pic_init();
+0x1CFB	0x24AA      	CALL       _pic_init
+;main.c,76 :: 		Red = 1;
+0x1CFC	0x0140      	MOVLB      0
+0x1CFD	0x1617      	BSF        LATB4_bit, BitPos(LATB4_bit+0)
+;main.c,77 :: 		Key_out = 1;
+0x1CFE	0x1519      	BSF        LATD2_bit, BitPos(LATD2_bit+0)
+;main.c,78 :: 		gre = 1;
+0x1CFF	0x0143      	MOVLB      3
+0x1D00	0x15A0      	BSF        _gre, BitPos(_gre+0)
+;main.c,79 :: 		oled_start();
+0x1D01	0x3188      	MOVLP      8
+0x1D02	0x22D4      	CALL       _oled_start
+0x1D03	0x3198      	MOVLP      24
+;main.c,81 :: 		ADC_Init();
+0x1D04	0x3190      	MOVLP      16
+0x1D05	0x27A9      	CALL       _ADC_Init
+0x1D06	0x3198      	MOVLP      24
+;main.c,82 :: 		Overflow = 0;
+0x1D07	0x0143      	MOVLB      3
+0x1D08	0x1120      	BCF        _Overflow, BitPos(_Overflow+0)
+;main.c,83 :: 		B_short = 0;
+0x1D09	0x1320      	BCF        _B_short, BitPos(_B_short+0)
+;main.c,84 :: 		B_long = 0;
+0x1D0A	0x12A0      	BCF        _B_long, BitPos(_B_long+0)
+;main.c,85 :: 		B_xlong = 0;
+0x1D0B	0x1220      	BCF        _B_xlong, BitPos(_B_xlong+0)
+;main.c,86 :: 		E_short = 0;
+0x1D0C	0x1020      	BCF        _E_short, BitPos(_E_short+0)
+;main.c,87 :: 		E_long = 0;
+0x1D0D	0x10A0      	BCF        _E_long, BitPos(_E_long+0)
+;main.c,89 :: 		disp_cnt = Tick + Disp_time*1000;
+0x1D0E	0x0140      	MOVLB      0
+0x1D0F	0x0853      	MOVF       _Disp_time, 0
+0x1D10	0x00F0      	MOVWF      R0
+0x1D11	0x0854      	MOVF       _Disp_time+1, 0
+0x1D12	0x00F1      	MOVWF      R1
+0x1D13	0x0855      	MOVF       _Disp_time+2, 0
+0x1D14	0x00F2      	MOVWF      R2
+0x1D15	0x0856      	MOVF       _Disp_time+3, 0
+0x1D16	0x00F3      	MOVWF      R3
+0x1D17	0x30E8      	MOVLW      232
+0x1D18	0x00F4      	MOVWF      R4
+0x1D19	0x3003      	MOVLW      3
+0x1D1A	0x00F5      	MOVWF      R5
+0x1D1B	0x01F6      	CLRF       R6
+0x1D1C	0x01F7      	CLRF       R7
+0x1D1D	0x3180      	MOVLP      0
+0x1D1E	0x21BE      	CALL       _Mul_32x32_U
+0x1D1F	0x3198      	MOVLP      24
+0x1D20	0x0870      	MOVF       R0, 0
+0x1D21	0x0142      	MOVLB      2
+0x1D22	0x074C      	ADDWF      _Tick, 0
+0x1D23	0x0143      	MOVLB      3
+0x1D24	0x00BD      	MOVWF      _disp_cnt
+0x1D25	0x0871      	MOVF       R1, 0
+0x1D26	0x0142      	MOVLB      2
+0x1D27	0x3D4D      	ADDWFC     _Tick+1, 0
+0x1D28	0x0143      	MOVLB      3
+0x1D29	0x00BE      	MOVWF      _disp_cnt+1
+0x1D2A	0x0872      	MOVF       R2, 0
+0x1D2B	0x0142      	MOVLB      2
+0x1D2C	0x3D4E      	ADDWFC     _Tick+2, 0
+0x1D2D	0x0143      	MOVLB      3
+0x1D2E	0x00BF      	MOVWF      _disp_cnt+2
+0x1D2F	0x0873      	MOVF       R3, 0
+0x1D30	0x0142      	MOVLB      2
+0x1D31	0x3D4F      	ADDWFC     _Tick+3, 0
+0x1D32	0x0143      	MOVLB      3
+0x1D33	0x00C0      	MOVWF      _disp_cnt+3
+;main.c,90 :: 		off_cnt = Tick + Off_time*1000;
+0x1D34	0x0140      	MOVLB      0
+0x1D35	0x0857      	MOVF       _Off_time, 0
+0x1D36	0x00F0      	MOVWF      R0
+0x1D37	0x0858      	MOVF       _Off_time+1, 0
+0x1D38	0x00F1      	MOVWF      R1
+0x1D39	0x0859      	MOVF       _Off_time+2, 0
+0x1D3A	0x00F2      	MOVWF      R2
+0x1D3B	0x085A      	MOVF       _Off_time+3, 0
+0x1D3C	0x00F3      	MOVWF      R3
+0x1D3D	0x30E8      	MOVLW      232
+0x1D3E	0x00F4      	MOVWF      R4
+0x1D3F	0x3003      	MOVLW      3
+0x1D40	0x00F5      	MOVWF      R5
+0x1D41	0x01F6      	CLRF       R6
+0x1D42	0x01F7      	CLRF       R7
+0x1D43	0x3180      	MOVLP      0
+0x1D44	0x21BE      	CALL       _Mul_32x32_U
+0x1D45	0x3198      	MOVLP      24
+0x1D46	0x0870      	MOVF       R0, 0
+0x1D47	0x0142      	MOVLB      2
+0x1D48	0x074C      	ADDWF      _Tick, 0
+0x1D49	0x00EC      	MOVWF      _off_cnt
+0x1D4A	0x0871      	MOVF       R1, 0
+0x1D4B	0x3D4D      	ADDWFC     _Tick+1, 0
+0x1D4C	0x00ED      	MOVWF      _off_cnt+1
+0x1D4D	0x0872      	MOVF       R2, 0
+0x1D4E	0x3D4E      	ADDWFC     _Tick+2, 0
+0x1D4F	0x00EE      	MOVWF      _off_cnt+2
+0x1D50	0x0873      	MOVF       R3, 0
+0x1D51	0x3D4F      	ADDWFC     _Tick+3, 0
+0x1D52	0x00EF      	MOVWF      _off_cnt+3
+;main.c,93 :: 		rldl = Rel_Del;
+0x1D53	0x0141      	MOVLB      1
+0x1D54	0x0844      	MOVF       _Rel_Del, 0
+0x1D55	0x0143      	MOVLB      3
+0x1D56	0x00A5      	MOVWF      _rldl
+0x1D57	0x0141      	MOVLB      1
+0x1D58	0x0845      	MOVF       _Rel_Del+1, 0
+0x1D59	0x0143      	MOVLB      3
+0x1D5A	0x00A6      	MOVWF      _rldl+1
+;main.c,96 :: 		while(1) {
+L_main16:
+;main.c,97 :: 		if(Tick>=volt_cnt){   // every 3 second
+0x1D5B	0x0142      	MOVLB      2
+0x1D5C	0x0845      	MOVF       _volt_cnt+3, 0
+0x1D5D	0x024F      	SUBWF      _Tick+3, 0
+0x1D5E	0x1D03      	BTFSS      STATUS, 2
+0x1D5F	0x2D6A      	GOTO       L__main254
+0x1D60	0x0844      	MOVF       _volt_cnt+2, 0
+0x1D61	0x024E      	SUBWF      _Tick+2, 0
+0x1D62	0x1D03      	BTFSS      STATUS, 2
+0x1D63	0x2D6A      	GOTO       L__main254
+0x1D64	0x0843      	MOVF       _volt_cnt+1, 0
+0x1D65	0x024D      	SUBWF      _Tick+1, 0
+0x1D66	0x1D03      	BTFSS      STATUS, 2
+0x1D67	0x2D6A      	GOTO       L__main254
+0x1D68	0x0842      	MOVF       _volt_cnt, 0
+0x1D69	0x024C      	SUBWF      _Tick, 0
+L__main254:
+0x1D6A	0x1C03      	BTFSS      STATUS, 0
+0x1D6B	0x2D74      	GOTO       L_main18
+;main.c,98 :: 		volt_cnt += 3000;
+0x1D6C	0x30B8      	MOVLW      184
+0x1D6D	0x07C2      	ADDWF      _volt_cnt, 1
+0x1D6E	0x300B      	MOVLW      11
+0x1D6F	0x3DC3      	ADDWFC     _volt_cnt+1, 1
+0x1D70	0x3000      	MOVLW      0
+0x1D71	0x3DC4      	ADDWFC     _volt_cnt+2, 1
+0x1D72	0x3DC5      	ADDWFC     _volt_cnt+3, 1
+;main.c,99 :: 		Voltage_show();
+0x1D73	0x2413      	CALL       _Voltage_show
+;main.c,100 :: 		}
+L_main18:
+;main.c,102 :: 		if(Tick>=watch_cnt){   // every 300 ms    unless power off
+0x1D74	0x0142      	MOVLB      2
+0x1D75	0x0853      	MOVF       _watch_cnt+3, 0
+0x1D76	0x024F      	SUBWF      _Tick+3, 0
+0x1D77	0x1D03      	BTFSS      STATUS, 2
+0x1D78	0x2D83      	GOTO       L__main255
+0x1D79	0x0852      	MOVF       _watch_cnt+2, 0
+0x1D7A	0x024E      	SUBWF      _Tick+2, 0
+0x1D7B	0x1D03      	BTFSS      STATUS, 2
+0x1D7C	0x2D83      	GOTO       L__main255
+0x1D7D	0x0851      	MOVF       _watch_cnt+1, 0
+0x1D7E	0x024D      	SUBWF      _Tick+1, 0
+0x1D7F	0x1D03      	BTFSS      STATUS, 2
+0x1D80	0x2D83      	GOTO       L__main255
+0x1D81	0x0850      	MOVF       _watch_cnt, 0
+0x1D82	0x024C      	SUBWF      _Tick, 0
+L__main255:
+0x1D83	0x1C03      	BTFSS      STATUS, 0
+0x1D84	0x2D8D      	GOTO       L_main19
+;main.c,103 :: 		watch_cnt += 300;
+0x1D85	0x302C      	MOVLW      44
+0x1D86	0x07D0      	ADDWF      _watch_cnt, 1
+0x1D87	0x3001      	MOVLW      1
+0x1D88	0x3DD1      	ADDWFC     _watch_cnt+1, 1
+0x1D89	0x3000      	MOVLW      0
+0x1D8A	0x3DD2      	ADDWFC     _watch_cnt+2, 1
+0x1D8B	0x3DD3      	ADDWFC     _watch_cnt+3, 1
+;main.c,104 :: 		watch_swr();
+0x1D8C	0x21EC      	CALL       _watch_swr
+;main.c,105 :: 		}
+L_main19:
+;main.c,107 :: 		if(Tick>=disp_cnt){  // Display off
+0x1D8D	0x0143      	MOVLB      3
+0x1D8E	0x0840      	MOVF       _disp_cnt+3, 0
+0x1D8F	0x0142      	MOVLB      2
+0x1D90	0x024F      	SUBWF      _Tick+3, 0
+0x1D91	0x1D03      	BTFSS      STATUS, 2
+0x1D92	0x2DA3      	GOTO       L__main256
+0x1D93	0x0143      	MOVLB      3
+0x1D94	0x083F      	MOVF       _disp_cnt+2, 0
+0x1D95	0x0142      	MOVLB      2
+0x1D96	0x024E      	SUBWF      _Tick+2, 0
+0x1D97	0x1D03      	BTFSS      STATUS, 2
+0x1D98	0x2DA3      	GOTO       L__main256
+0x1D99	0x0143      	MOVLB      3
+0x1D9A	0x083E      	MOVF       _disp_cnt+1, 0
+0x1D9B	0x0142      	MOVLB      2
+0x1D9C	0x024D      	SUBWF      _Tick+1, 0
+0x1D9D	0x1D03      	BTFSS      STATUS, 2
+0x1D9E	0x2DA3      	GOTO       L__main256
+0x1D9F	0x0143      	MOVLB      3
+0x1DA0	0x083D      	MOVF       _disp_cnt, 0
+0x1DA1	0x0142      	MOVLB      2
+0x1DA2	0x024C      	SUBWF      _Tick, 0
+L__main256:
+0x1DA3	0x1C03      	BTFSS      STATUS, 0
+0x1DA4	0x2DA7      	GOTO       L_main20
+;main.c,109 :: 		OLED_PWD = 0;
+0x1DA5	0x0140      	MOVLB      0
+0x1DA6	0x1216      	BCF        LATA4_bit, BitPos(LATA4_bit+0)
+;main.c,110 :: 		}
+L_main20:
+;main.c,112 :: 		if(Tick>=off_cnt){    // Go to power off
+0x1DA7	0x0142      	MOVLB      2
+0x1DA8	0x086F      	MOVF       _off_cnt+3, 0
+0x1DA9	0x024F      	SUBWF      _Tick+3, 0
+0x1DAA	0x1D03      	BTFSS      STATUS, 2
+0x1DAB	0x2DB6      	GOTO       L__main257
+0x1DAC	0x086E      	MOVF       _off_cnt+2, 0
+0x1DAD	0x024E      	SUBWF      _Tick+2, 0
+0x1DAE	0x1D03      	BTFSS      STATUS, 2
+0x1DAF	0x2DB6      	GOTO       L__main257
+0x1DB0	0x086D      	MOVF       _off_cnt+1, 0
+0x1DB1	0x024D      	SUBWF      _Tick+1, 0
+0x1DB2	0x1D03      	BTFSS      STATUS, 2
+0x1DB3	0x2DB6      	GOTO       L__main257
+0x1DB4	0x086C      	MOVF       _off_cnt, 0
+0x1DB5	0x024C      	SUBWF      _Tick, 0
+L__main257:
+0x1DB6	0x1C03      	BTFSS      STATUS, 0
+0x1DB7	0x2DB9      	GOTO       L_main21
+;main.c,113 :: 		power_off();
+0x1DB8	0x2182      	CALL       _power_off
+;main.c,114 :: 		}
+L_main21:
+0x1DB9	0x0143      	MOVLB      3
+;main.c,116 :: 		if(B_short){
+0x1DBA	0x1F20      	BTFSS      _B_short, BitPos(_B_short+0)
+0x1DBB	0x2DC6      	GOTO       L_main22
+;main.c,117 :: 		if(OLED_PWD) Btn_short();
+0x1DBC	0x0140      	MOVLB      0
+0x1DBD	0x1E16      	BTFSS      LATA4_bit, BitPos(LATA4_bit+0)
+0x1DBE	0x2DC3      	GOTO       L_main23
+0x1DBF	0x3190      	MOVLP      16
+0x1DC0	0x2000      	CALL       _Btn_short
+0x1DC1	0x3198      	MOVLP      24
+0x1DC2	0x2DC6      	GOTO       L_main24
+L_main23:
+;main.c,118 :: 		else oled_start();
+0x1DC3	0x3188      	MOVLP      8
+0x1DC4	0x22D4      	CALL       _oled_start
+0x1DC5	0x3198      	MOVLP      24
+L_main24:
+;main.c,119 :: 		}
+L_main22:
+;main.c,120 :: 		if(B_long){
+0x1DC6	0x0143      	MOVLB      3
+0x1DC7	0x1EA0      	BTFSS      _B_long, BitPos(_B_long+0)
+0x1DC8	0x2DD3      	GOTO       L_main25
+;main.c,121 :: 		if(OLED_PWD) Btn_long();
+0x1DC9	0x0140      	MOVLB      0
+0x1DCA	0x1E16      	BTFSS      LATA4_bit, BitPos(LATA4_bit+0)
+0x1DCB	0x2DD0      	GOTO       L_main26
+0x1DCC	0x3190      	MOVLP      16
+0x1DCD	0x274B      	CALL       _Btn_long
+0x1DCE	0x3198      	MOVLP      24
+0x1DCF	0x2DD3      	GOTO       L_main27
+L_main26:
+;main.c,122 :: 		else oled_start();
+0x1DD0	0x3188      	MOVLP      8
+0x1DD1	0x22D4      	CALL       _oled_start
+0x1DD2	0x3198      	MOVLP      24
+L_main27:
+;main.c,123 :: 		}
+L_main25:
+;main.c,124 :: 		if(B_xlong){
+0x1DD3	0x0143      	MOVLB      3
+0x1DD4	0x1E20      	BTFSS      _B_xlong, BitPos(_B_xlong+0)
+0x1DD5	0x2DE0      	GOTO       L_main28
+;main.c,125 :: 		if(OLED_PWD) Btn_xlong();
+0x1DD6	0x0140      	MOVLB      0
+0x1DD7	0x1E16      	BTFSS      LATA4_bit, BitPos(LATA4_bit+0)
+0x1DD8	0x2DDD      	GOTO       L_main29
+0x1DD9	0x3188      	MOVLP      8
+0x1DDA	0x27B8      	CALL       _Btn_xlong
+0x1DDB	0x3198      	MOVLP      24
+0x1DDC	0x2DE0      	GOTO       L_main30
+L_main29:
+;main.c,126 :: 		else oled_start();
+0x1DDD	0x3188      	MOVLP      8
+0x1DDE	0x22D4      	CALL       _oled_start
+0x1DDF	0x3198      	MOVLP      24
+L_main30:
+;main.c,127 :: 		}
+L_main28:
+;main.c,129 :: 		if(E_short){
+0x1DE0	0x0143      	MOVLB      3
+0x1DE1	0x1C20      	BTFSS      _E_short, BitPos(_E_short+0)
+0x1DE2	0x2DEC      	GOTO       L_main31
+;main.c,130 :: 		if(OLED_PWD==0) oled_start();
+0x1DE3	0x0140      	MOVLB      0
+0x1DE4	0x1A16      	BTFSC      LATA4_bit, BitPos(LATA4_bit+0)
+0x1DE5	0x2DE9      	GOTO       L_main32
+0x1DE6	0x3188      	MOVLP      8
+0x1DE7	0x22D4      	CALL       _oled_start
+0x1DE8	0x3198      	MOVLP      24
+L_main32:
+;main.c,131 :: 		Btn_short();
+0x1DE9	0x3190      	MOVLP      16
+0x1DEA	0x2000      	CALL       _Btn_short
+0x1DEB	0x3198      	MOVLP      24
+;main.c,132 :: 		}
+L_main31:
+;main.c,133 :: 		if(E_long){
+0x1DEC	0x0143      	MOVLB      3
+0x1DED	0x1CA0      	BTFSS      _E_long, BitPos(_E_long+0)
+0x1DEE	0x2DFC      	GOTO       L_main33
+;main.c,134 :: 		if(OLED_PWD==0) { Ext_long(); oled_start(); }
+0x1DEF	0x0140      	MOVLB      0
+0x1DF0	0x1A16      	BTFSC      LATA4_bit, BitPos(LATA4_bit+0)
+0x1DF1	0x2DF9      	GOTO       L_main34
+0x1DF2	0x3188      	MOVLP      8
+0x1DF3	0x27E0      	CALL       _Ext_long
+0x1DF4	0x3198      	MOVLP      24
+0x1DF5	0x3188      	MOVLP      8
+0x1DF6	0x22D4      	CALL       _oled_start
+0x1DF7	0x3198      	MOVLP      24
+0x1DF8	0x2DFC      	GOTO       L_main35
+L_main34:
+;main.c,135 :: 		else Btn_long();
+0x1DF9	0x3190      	MOVLP      16
+0x1DFA	0x274B      	CALL       _Btn_long
+0x1DFB	0x3198      	MOVLP      24
+L_main35:
+;main.c,136 :: 		}
+L_main33:
+;main.c,138 :: 		} // while(1)
+0x1DFC	0x2D5B      	GOTO       L_main16
+;main.c,139 :: 		} // main
+L_end_main:
+0x1DFD	0x2DFD      	GOTO       $+0
+; end of _main
+0x20A4	0x30BD      	MOVLW      189
+0x20A5	0x0084      	MOVWF      FSR0
+0x20A6	0x3097      	MOVLW      151
+0x20A7	0x0085      	MOVWF      FSR0H
+0x20A8	0x3040      	MOVLW      64
+0x20A9	0x00F0      	MOVWF      R0
+0x20AA	0x3001      	MOVLW      1
+0x20AB	0x00F1      	MOVWF      R1
+0x20AC	0x302F      	MOVLW      47
+0x20AD	0x0086      	MOVWF      FSR1
+0x20AE	0x3000      	MOVLW      0
+0x20AF	0x0087      	MOVWF      FSR1H
+0x20B0	0x3180      	MOVLP      0
+0x20B1	0x27F0      	CALL       2032
+0x20B2	0x31A0      	MOVLP      32
+0x20B3	0x3059      	MOVLW      89
+0x20B4	0x0084      	MOVWF      FSR0
+0x20B5	0x30A0      	MOVLW      160
+0x20B6	0x0085      	MOVWF      FSR0H
+0x20B7	0x3026      	MOVLW      38
+0x20B8	0x00F0      	MOVWF      R0
+0x20B9	0x3001      	MOVLW      1
+0x20BA	0x00F1      	MOVWF      R1
+0x20BB	0x30A0      	MOVLW      160
+0x20BC	0x0086      	MOVWF      FSR1
+0x20BD	0x3000      	MOVLW      0
+0x20BE	0x0087      	MOVWF      FSR1H
+0x20BF	0x3180      	MOVLP      0
+0x20C0	0x27F0      	CALL       2032
+0x20C1	0x31A0      	MOVLP      32
+0x20C2	0x3003      	MOVLW      3
+0x20C3	0x0084      	MOVWF      FSR0
+0x20C4	0x3080      	MOVLW      128
+0x20C5	0x0085      	MOVWF      FSR0H
+0x20C6	0x3001      	MOVLW      1
+0x20C7	0x00F0      	MOVWF      R0
+0x20C8	0x3001      	MOVLW      1
+0x20C9	0x00F1      	MOVWF      R1
+0x20CA	0x306F      	MOVLW      111
+0x20CB	0x0086      	MOVWF      FSR1
+0x20CC	0x3000      	MOVLW      0
+0x20CD	0x0087      	MOVWF      FSR1H
+0x20CE	0x3180      	MOVLP      0
+0x20CF	0x27F0      	CALL       2032
+0x20D0	0x31A0      	MOVLP      32
+0x20D1	0x307F      	MOVLW      127
+0x20D2	0x0084      	MOVWF      FSR0
+0x20D3	0x30A0      	MOVLW      160
+0x20D4	0x0085      	MOVWF      FSR0H
+0x20D5	0x3024      	MOVLW      36
+0x20D6	0x00F0      	MOVWF      R0
+0x20D7	0x3001      	MOVLW      1
+0x20D8	0x00F1      	MOVWF      R1
+0x20D9	0x30C6      	MOVLW      198
+0x20DA	0x0086      	MOVWF      FSR1
+0x20DB	0x3000      	MOVLW      0
+0x20DC	0x0087      	MOVWF      FSR1H
+0x20DD	0x3180      	MOVLP      0
+0x20DE	0x27F0      	CALL       2032
+0x20DF	0x31A0      	MOVLP      32
+0x20E0	0x30DF      	MOVLW      223
+0x20E1	0x0084      	MOVWF      FSR0
+0x20E2	0x309F      	MOVLW      159
+0x20E3	0x0085      	MOVWF      FSR0H
+0x20E4	0x300A      	MOVLW      10
+0x20E5	0x00F0      	MOVWF      R0
+0x20E6	0x3001      	MOVLW      1
+0x20E7	0x00F1      	MOVWF      R1
+0x20E8	0x3020      	MOVLW      32
+0x20E9	0x0086      	MOVWF      FSR1
+0x20EA	0x3001      	MOVLW      1
+0x20EB	0x0087      	MOVWF      FSR1H
+0x20EC	0x3180      	MOVLP      0
+0x20ED	0x27F0      	CALL       2032
+0x20EE	0x31A0      	MOVLP      32
+0x20EF	0x30FD      	MOVLW      253
+0x20F0	0x0084      	MOVWF      FSR0
+0x20F1	0x3097      	MOVLW      151
+0x20F2	0x0085      	MOVWF      FSR0H
+0x20F3	0x3002      	MOVLW      2
+0x20F4	0x00F0      	MOVWF      R0
+0x20F5	0x3001      	MOVLW      1
+0x20F6	0x00F1      	MOVWF      R1
+0x20F7	0x30EA      	MOVLW      234
+0x20F8	0x0086      	MOVWF      FSR1
+0x20F9	0x3000      	MOVLW      0
+0x20FA	0x0087      	MOVWF      FSR1H
+0x20FB	0x3180      	MOVLP      0
+0x20FC	0x27F0      	CALL       2032
+0x20FD	0x31A0      	MOVLP      32
+0x20FE	0x30F9      	MOVLW      249
+0x20FF	0x0084      	MOVWF      FSR0
+0x2100	0x3087      	MOVLW      135
+0x2101	0x0085      	MOVWF      FSR0H
+0x2102	0x3005      	MOVLW      5
+0x2103	0x00F0      	MOVWF      R0
+0x2104	0x3001      	MOVLW      1
+0x2105	0x00F1      	MOVWF      R1
+0x2106	0x302A      	MOVLW      42
+0x2107	0x0086      	MOVWF      FSR1
+0x2108	0x3001      	MOVLW      1
+0x2109	0x0087      	MOVWF      FSR1H
+0x210A	0x3180      	MOVLP      0
+0x210B	0x27F0      	CALL       2032
+0x210C	0x31A0      	MOVLP      32
+0x210D	0x30FF      	MOVLW      255
+0x210E	0x0084      	MOVWF      FSR0
+0x210F	0x3097      	MOVLW      151
+0x2110	0x0085      	MOVWF      FSR0H
+0x2111	0x3001      	MOVLW      1
+0x2112	0x00F0      	MOVWF      R0
+0x2113	0x3001      	MOVLW      1
+0x2114	0x00F1      	MOVWF      R1
+0x2115	0x30EC      	MOVLW      236
+0x2116	0x0086      	MOVWF      FSR1
+0x2117	0x3000      	MOVLW      0
+0x2118	0x0087      	MOVWF      FSR1H
+0x2119	0x3180      	MOVLP      0
+0x211A	0x27F0      	CALL       2032
+0x211B	0x31A0      	MOVLP      32
+0x211C	0x30F3      	MOVLW      243
+0x211D	0x0084      	MOVWF      FSR0
+0x211E	0x308F      	MOVLW      143
+0x211F	0x0085      	MOVWF      FSR0H
+0x2120	0x300C      	MOVLW      12
+0x2121	0x00F0      	MOVWF      R0
+0x2122	0x3001      	MOVLW      1
+0x2123	0x00F1      	MOVWF      R1
+0x2124	0x302F      	MOVLW      47
+0x2125	0x0086      	MOVWF      FSR1
+0x2126	0x3001      	MOVLW      1
+0x2127	0x0087      	MOVWF      FSR1H
+0x2128	0x3180      	MOVLP      0
+0x2129	0x27F0      	CALL       2032
+0x212A	0x31A0      	MOVLP      32
+0x212B	0x30FF      	MOVLW      255
+0x212C	0x0084      	MOVWF      FSR0
+0x212D	0x308F      	MOVLW      143
+0x212E	0x0085      	MOVWF      FSR0H
+0x212F	0x3001      	MOVLW      1
+0x2130	0x00F0      	MOVWF      R0
+0x2131	0x3001      	MOVLW      1
+0x2132	0x00F1      	MOVWF      R1
+0x2133	0x30ED      	MOVLW      237
+0x2134	0x0086      	MOVWF      FSR1
+0x2135	0x3000      	MOVLW      0
+0x2136	0x0087      	MOVWF      FSR1H
+0x2137	0x3180      	MOVLP      0
+0x2138	0x27F0      	CALL       2032
+0x2139	0x31A0      	MOVLP      32
+0x213A	0x30E9      	MOVLW      233
+0x213B	0x0084      	MOVWF      FSR0
+0x213C	0x309F      	MOVLW      159
+0x213D	0x0085      	MOVWF      FSR0H
+0x213E	0x3004      	MOVLW      4
+0x213F	0x00F0      	MOVWF      R0
+0x2140	0x3001      	MOVLW      1
+0x2141	0x00F1      	MOVWF      R1
+0x2142	0x303B      	MOVLW      59
+0x2143	0x0086      	MOVWF      FSR1
+0x2144	0x3001      	MOVLW      1
+0x2145	0x0087      	MOVWF      FSR1H
+0x2146	0x3180      	MOVLP      0
+0x2147	0x27F0      	CALL       2032
+0x2148	0x31A0      	MOVLP      32
+0x2149	0x30FE      	MOVLW      254
+0x214A	0x0084      	MOVWF      FSR0
+0x214B	0x3087      	MOVLW      135
+0x214C	0x0085      	MOVWF      FSR0H
+0x214D	0x3002      	MOVLW      2
+0x214E	0x00F0      	MOVWF      R0
+0x214F	0x3001      	MOVLW      1
+0x2150	0x00F1      	MOVWF      R1
+0x2151	0x30EE      	MOVLW      238
+0x2152	0x0086      	MOVWF      FSR1
+0x2153	0x3000      	MOVLW      0
+0x2154	0x0087      	MOVWF      FSR1H
+0x2155	0x3180      	MOVLP      0
+0x2156	0x27F0      	CALL       2032
+0x2157	0x31A0      	MOVLP      32
+0x2158	0x3000      	MOVLW      0
+0x2159	0x0084      	MOVWF      FSR0
+0x215A	0x30A0      	MOVLW      160
+0x215B	0x0085      	MOVWF      FSR0H
+0x215C	0x302D      	MOVLW      45
+0x215D	0x00F0      	MOVWF      R0
+0x215E	0x3001      	MOVLW      1
+0x215F	0x00F1      	MOVWF      R1
+0x2160	0x303F      	MOVLW      63
+0x2161	0x0086      	MOVWF      FSR1
+0x2162	0x3001      	MOVLW      1
+0x2163	0x0087      	MOVWF      FSR1H
+0x2164	0x3180      	MOVLP      0
+0x2165	0x27F0      	CALL       2032
+0x2166	0x31A0      	MOVLP      32
+0x2167	0x0008      	RETURN
+;oled_control.c,0 :: ?ICSoled_control_oled_shift
+0x0003	0x3402 ;?ICSoled_control_oled_shift+0
+; end of ?ICSoled_control_oled_shift
+;main.c,0 :: ?ICS?lstr11_main
+0x07F9	0x3430 ;?ICS?lstr11_main+0
+0x07FA	0x342E ;?ICS?lstr11_main+1
+0x07FB	0x3430 ;?ICS?lstr11_main+2
+0x07FC	0x3430 ;?ICS?lstr11_main+3
+0x07FD	0x3400 ;?ICS?lstr11_main+4
+; end of ?ICS?lstr11_main
+;main.c,0 :: ?ICS_SW
+0x07FE	0x3400 ;?ICS_SW+0
+; end of ?ICS_SW
+;main.c,0 :: ?ICS_cap
+0x07FF	0x3400 ;?ICS_cap+0
+; end of ?ICS_cap
+;main.c,0 :: ?ICS?lstr14_main
+0x0FF3	0x3420 ;?ICS?lstr14_main+0
+0x0FF4	0x3450 ;?ICS?lstr14_main+1
+0x0FF5	0x344F ;?ICS?lstr14_main+2
+0x0FF6	0x3457 ;?ICS?lstr14_main+3
+0x0FF7	0x3445 ;?ICS?lstr14_main+4
+0x0FF8	0x3452 ;?ICS?lstr14_main+5
+0x0FF9	0x3420 ;?ICS?lstr14_main+6
+0x0FFA	0x344F ;?ICS?lstr14_main+7
+0x0FFB	0x3446 ;?ICS?lstr14_main+8
+0x0FFC	0x3446 ;?ICS?lstr14_main+9
+0x0FFD	0x3420 ;?ICS?lstr14_main+10
+0x0FFE	0x3400 ;?ICS?lstr14_main+11
+; end of ?ICS?lstr14_main
+;main.c,0 :: ?ICS_step_cap
+0x0FFF	0x3400 ;?ICS_step_cap+0
+; end of ?ICS_step_cap
+;main.c,0 :: ?ICS?lstr12_main
+0x17BD	0x3430 ;?ICS?lstr12_main+0
+0x17BE	0x342E ;?ICS?lstr12_main+1
+0x17BF	0x3430 ;?ICS?lstr12_main+2
+0x17C0	0x3400 ;?ICS?lstr12_main+3
+; end of ?ICS?lstr12_main
+;main.c,0 :: ?ICS?lstr22_main
+0x17C1	0x3420 ;?ICS?lstr22_main+0
+0x17C2	0x3444 ;?ICS?lstr22_main+1
+0x17C3	0x3445 ;?ICS?lstr22_main+2
+0x17C4	0x3453 ;?ICS?lstr22_main+3
+0x17C5	0x3449 ;?ICS?lstr22_main+4
+0x17C6	0x3447 ;?ICS?lstr22_main+5
+0x17C7	0x344E ;?ICS?lstr22_main+6
+0x17C8	0x3445 ;?ICS?lstr22_main+7
+0x17C9	0x3444 ;?ICS?lstr22_main+8
+0x17CA	0x3420 ;?ICS?lstr22_main+9
+0x17CB	0x3442 ;?ICS?lstr22_main+10
+0x17CC	0x3459 ;?ICS?lstr22_main+11
+0x17CD	0x3420 ;?ICS?lstr22_main+12
+0x17CE	0x344E ;?ICS?lstr22_main+13
+0x17CF	0x3437 ;?ICS?lstr22_main+14
+0x17D0	0x3444 ;?ICS?lstr22_main+15
+0x17D1	0x3444 ;?ICS?lstr22_main+16
+0x17D2	0x3443 ;?ICS?lstr22_main+17
+0x17D3	0x3400 ;?ICS?lstr22_main+18
+; end of ?ICS?lstr22_main
+;main.c,0 :: ?ICS?lstr23_main
+0x17D4	0x3420 ;?ICS?lstr23_main+0
+0x17D5	0x3446 ;?ICS?lstr23_main+1
+0x17D6	0x3457 ;?ICS?lstr23_main+2
+0x17D7	0x3420 ;?ICS?lstr23_main+3
+0x17D8	0x3456 ;?ICS?lstr23_main+4
+0x17D9	0x3445 ;?ICS?lstr23_main+5
+0x17DA	0x3452 ;?ICS?lstr23_main+6
+0x17DB	0x3453 ;?ICS?lstr23_main+7
+0x17DC	0x3449 ;?ICS?lstr23_main+8
+0x17DD	0x344F ;?ICS?lstr23_main+9
+0x17DE	0x344E ;?ICS?lstr23_main+10
+0x17DF	0x3420 ;?ICS?lstr23_main+11
+0x17E0	0x3400 ;?ICS?lstr23_main+12
+; end of ?ICS?lstr23_main
+;main.c,0 :: ?ICS_Disp_time
+0x17E1	0x342C ;?ICS_Disp_time+0
+0x17E2	0x3401 ;?ICS_Disp_time+1
+0x17E3	0x3400 ;?ICS_Disp_time+2
+0x17E4	0x3400 ;?ICS_Disp_time+3
+; end of ?ICS_Disp_time
+;main.c,0 :: ?ICS_Off_time
+0x17E5	0x3408 ;?ICS_Off_time+0
+0x17E6	0x3407 ;?ICS_Off_time+1
+0x17E7	0x3400 ;?ICS_Off_time+2
+0x17E8	0x3400 ;?ICS_Off_time+3
+; end of ?ICS_Off_time
+;main.c,0 :: ?ICS?lstr24_main
+0x17E9	0x3431 ;?ICS?lstr24_main+0
+0x17EA	0x342E ;?ICS?lstr24_main+1
+0x17EB	0x3433 ;?ICS?lstr24_main+2
+0x17EC	0x3400 ;?ICS?lstr24_main+3
+; end of ?ICS?lstr24_main
+;main.c,0 :: ?ICS?lstr21_main
+0x17ED	0x3430 ;?ICS?lstr21_main+0
+0x17EE	0x342E ;?ICS?lstr21_main+1
+0x17EF	0x3430 ;?ICS?lstr21_main+2
+0x17F0	0x3430 ;?ICS?lstr21_main+3
+0x17F1	0x3400 ;?ICS?lstr21_main+4
+; end of ?ICS?lstr21_main
+;main.c,0 :: ?ICS_btn_1_cnt
+0x17F2	0x3400 ;?ICS_btn_1_cnt+0
+; end of ?ICS_btn_1_cnt
+;main.c,0 :: ?ICS?lstr18_main
+0x17F3	0x3452 ;?ICS?lstr18_main+0
+0x17F4	0x3445 ;?ICS?lstr18_main+1
+0x17F5	0x3453 ;?ICS?lstr18_main+2
+0x17F6	0x3445 ;?ICS?lstr18_main+3
+0x17F7	0x3454 ;?ICS?lstr18_main+4
+0x17F8	0x3420 ;?ICS?lstr18_main+5
+0x17F9	0x3420 ;?ICS?lstr18_main+6
+0x17FA	0x3420 ;?ICS?lstr18_main+7
+0x17FB	0x3420 ;?ICS?lstr18_main+8
+0x17FC	0x3400 ;?ICS?lstr18_main+9
+; end of ?ICS?lstr18_main
+;main.c,0 :: ?ICS_Auto_delta
+0x17FD	0x3482 ;?ICS_Auto_delta+0
+0x17FE	0x3400 ;?ICS_Auto_delta+1
+; end of ?ICS_Auto_delta
+;main.c,0 :: ?ICS_step_ind
+0x17FF	0x3400 ;?ICS_step_ind+0
+; end of ?ICS_step_ind
+;oled_control.c,1 :: oled_control_font_5x8
+0x1DFF	0x3400 ;oled_control_font_5x8+0
+0x1E00	0x3400 ;oled_control_font_5x8+1
+0x1E01	0x3400 ;oled_control_font_5x8+2
+0x1E02	0x3400 ;oled_control_font_5x8+3
+0x1E03	0x3400 ;oled_control_font_5x8+4
+0x1E04	0x3400 ;oled_control_font_5x8+5
+0x1E05	0x3400 ;oled_control_font_5x8+6
+0x1E06	0x345F ;oled_control_font_5x8+7
+0x1E07	0x3400 ;oled_control_font_5x8+8
+0x1E08	0x3400 ;oled_control_font_5x8+9
+0x1E09	0x3400 ;oled_control_font_5x8+10
+0x1E0A	0x3407 ;oled_control_font_5x8+11
+0x1E0B	0x3400 ;oled_control_font_5x8+12
+0x1E0C	0x3407 ;oled_control_font_5x8+13
+0x1E0D	0x3400 ;oled_control_font_5x8+14
+0x1E0E	0x3414 ;oled_control_font_5x8+15
+0x1E0F	0x347F ;oled_control_font_5x8+16
+0x1E10	0x3414 ;oled_control_font_5x8+17
+0x1E11	0x347F ;oled_control_font_5x8+18
+0x1E12	0x3414 ;oled_control_font_5x8+19
+0x1E13	0x3424 ;oled_control_font_5x8+20
+0x1E14	0x342A ;oled_control_font_5x8+21
+0x1E15	0x347F ;oled_control_font_5x8+22
+0x1E16	0x342A ;oled_control_font_5x8+23
+0x1E17	0x3412 ;oled_control_font_5x8+24
+0x1E18	0x3423 ;oled_control_font_5x8+25
+0x1E19	0x3413 ;oled_control_font_5x8+26
+0x1E1A	0x3408 ;oled_control_font_5x8+27
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+0x1EEB	0x3441 ;oled_control_font_5x8+236
+0x1EEC	0x3441 ;oled_control_font_5x8+237
+0x1EED	0x3441 ;oled_control_font_5x8+238
+0x1EEE	0x343E ;oled_control_font_5x8+239
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+0x1EF0	0x3409 ;oled_control_font_5x8+241
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+0x1EF6	0x3451 ;oled_control_font_5x8+247
+0x1EF7	0x3421 ;oled_control_font_5x8+248
+0x1EF8	0x345E ;oled_control_font_5x8+249
+0x1EF9	0x347F ;oled_control_font_5x8+250
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+0x1EFB	0x3419 ;oled_control_font_5x8+252
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+0x1EFD	0x3446 ;oled_control_font_5x8+254
+0x1EFE	0x3446 ;oled_control_font_5x8+255
+0x1EFF	0x3449 ;oled_control_font_5x8+256
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+0x1F02	0x3431 ;oled_control_font_5x8+259
+0x1F03	0x3401 ;oled_control_font_5x8+260
+0x1F04	0x3401 ;oled_control_font_5x8+261
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+0x1F07	0x3401 ;oled_control_font_5x8+264
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+0x1F09	0x3440 ;oled_control_font_5x8+266
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+0x1F0C	0x343F ;oled_control_font_5x8+269
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+0x1F0E	0x3420 ;oled_control_font_5x8+271
+0x1F0F	0x3440 ;oled_control_font_5x8+272
+0x1F10	0x3420 ;oled_control_font_5x8+273
+0x1F11	0x341F ;oled_control_font_5x8+274
+0x1F12	0x347F ;oled_control_font_5x8+275
+0x1F13	0x3420 ;oled_control_font_5x8+276
+0x1F14	0x3418 ;oled_control_font_5x8+277
+0x1F15	0x3420 ;oled_control_font_5x8+278
+0x1F16	0x347F ;oled_control_font_5x8+279
+0x1F17	0x3463 ;oled_control_font_5x8+280
+0x1F18	0x3414 ;oled_control_font_5x8+281
+0x1F19	0x3408 ;oled_control_font_5x8+282
+0x1F1A	0x3414 ;oled_control_font_5x8+283
+0x1F1B	0x3463 ;oled_control_font_5x8+284
+0x1F1C	0x3403 ;oled_control_font_5x8+285
+0x1F1D	0x3404 ;oled_control_font_5x8+286
+0x1F1E	0x3478 ;oled_control_font_5x8+287
+0x1F1F	0x3404 ;oled_control_font_5x8+288
+0x1F20	0x3403 ;oled_control_font_5x8+289
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+0x1F22	0x3451 ;oled_control_font_5x8+291
+0x1F23	0x3449 ;oled_control_font_5x8+292
+0x1F24	0x3445 ;oled_control_font_5x8+293
+0x1F25	0x3443 ;oled_control_font_5x8+294
+0x1F26	0x3400 ;oled_control_font_5x8+295
+0x1F27	0x3400 ;oled_control_font_5x8+296
+0x1F28	0x347F ;oled_control_font_5x8+297
+0x1F29	0x3441 ;oled_control_font_5x8+298
+0x1F2A	0x3441 ;oled_control_font_5x8+299
+0x1F2B	0x3402 ;oled_control_font_5x8+300
+0x1F2C	0x3404 ;oled_control_font_5x8+301
+0x1F2D	0x3408 ;oled_control_font_5x8+302
+0x1F2E	0x3410 ;oled_control_font_5x8+303
+0x1F2F	0x3420 ;oled_control_font_5x8+304
+0x1F30	0x3441 ;oled_control_font_5x8+305
+0x1F31	0x3441 ;oled_control_font_5x8+306
+0x1F32	0x347F ;oled_control_font_5x8+307
+0x1F33	0x3400 ;oled_control_font_5x8+308
+0x1F34	0x3400 ;oled_control_font_5x8+309
+0x1F35	0x3404 ;oled_control_font_5x8+310
+0x1F36	0x3402 ;oled_control_font_5x8+311
+0x1F37	0x3401 ;oled_control_font_5x8+312
+0x1F38	0x3402 ;oled_control_font_5x8+313
+0x1F39	0x3404 ;oled_control_font_5x8+314
+0x1F3A	0x3440 ;oled_control_font_5x8+315
+0x1F3B	0x3440 ;oled_control_font_5x8+316
+0x1F3C	0x3440 ;oled_control_font_5x8+317
+0x1F3D	0x3440 ;oled_control_font_5x8+318
+0x1F3E	0x3440 ;oled_control_font_5x8+319
+0x1F3F	0x3400 ;oled_control_font_5x8+320
+0x1F40	0x3401 ;oled_control_font_5x8+321
+0x1F41	0x3402 ;oled_control_font_5x8+322
+0x1F42	0x3404 ;oled_control_font_5x8+323
+0x1F43	0x3400 ;oled_control_font_5x8+324
+0x1F44	0x3420 ;oled_control_font_5x8+325
+0x1F45	0x3454 ;oled_control_font_5x8+326
+0x1F46	0x3454 ;oled_control_font_5x8+327
+0x1F47	0x3454 ;oled_control_font_5x8+328
+0x1F48	0x3478 ;oled_control_font_5x8+329
+0x1F49	0x347F ;oled_control_font_5x8+330
+0x1F4A	0x3448 ;oled_control_font_5x8+331
+0x1F4B	0x3444 ;oled_control_font_5x8+332
+0x1F4C	0x3444 ;oled_control_font_5x8+333
+0x1F4D	0x3438 ;oled_control_font_5x8+334
+0x1F4E	0x3438 ;oled_control_font_5x8+335
+0x1F4F	0x3444 ;oled_control_font_5x8+336
+0x1F50	0x3444 ;oled_control_font_5x8+337
+0x1F51	0x3444 ;oled_control_font_5x8+338
+0x1F52	0x3420 ;oled_control_font_5x8+339
+0x1F53	0x3438 ;oled_control_font_5x8+340
+0x1F54	0x3444 ;oled_control_font_5x8+341
+0x1F55	0x3444 ;oled_control_font_5x8+342
+0x1F56	0x3448 ;oled_control_font_5x8+343
+0x1F57	0x347F ;oled_control_font_5x8+344
+0x1F58	0x3438 ;oled_control_font_5x8+345
+0x1F59	0x3454 ;oled_control_font_5x8+346
+0x1F5A	0x3454 ;oled_control_font_5x8+347
+0x1F5B	0x3454 ;oled_control_font_5x8+348
+0x1F5C	0x3418 ;oled_control_font_5x8+349
+0x1F5D	0x3408 ;oled_control_font_5x8+350
+0x1F5E	0x347E ;oled_control_font_5x8+351
+0x1F5F	0x3409 ;oled_control_font_5x8+352
+0x1F60	0x3401 ;oled_control_font_5x8+353
+0x1F61	0x3402 ;oled_control_font_5x8+354
+0x1F62	0x3408 ;oled_control_font_5x8+355
+0x1F63	0x3414 ;oled_control_font_5x8+356
+0x1F64	0x3454 ;oled_control_font_5x8+357
+0x1F65	0x3454 ;oled_control_font_5x8+358
+0x1F66	0x343C ;oled_control_font_5x8+359
+0x1F67	0x347F ;oled_control_font_5x8+360
+0x1F68	0x3408 ;oled_control_font_5x8+361
+0x1F69	0x3404 ;oled_control_font_5x8+362
+0x1F6A	0x3404 ;oled_control_font_5x8+363
+0x1F6B	0x3478 ;oled_control_font_5x8+364
+0x1F6C	0x3400 ;oled_control_font_5x8+365
+0x1F6D	0x3444 ;oled_control_font_5x8+366
+0x1F6E	0x347D ;oled_control_font_5x8+367
+0x1F6F	0x3440 ;oled_control_font_5x8+368
+0x1F70	0x3400 ;oled_control_font_5x8+369
+0x1F71	0x3420 ;oled_control_font_5x8+370
+0x1F72	0x3440 ;oled_control_font_5x8+371
+0x1F73	0x3444 ;oled_control_font_5x8+372
+0x1F74	0x343D ;oled_control_font_5x8+373
+0x1F75	0x3400 ;oled_control_font_5x8+374
+0x1F76	0x3400 ;oled_control_font_5x8+375
+0x1F77	0x347F ;oled_control_font_5x8+376
+0x1F78	0x3410 ;oled_control_font_5x8+377
+0x1F79	0x3428 ;oled_control_font_5x8+378
+0x1F7A	0x3444 ;oled_control_font_5x8+379
+0x1F7B	0x3400 ;oled_control_font_5x8+380
+0x1F7C	0x3441 ;oled_control_font_5x8+381
+0x1F7D	0x347F ;oled_control_font_5x8+382
+0x1F7E	0x3440 ;oled_control_font_5x8+383
+0x1F7F	0x3400 ;oled_control_font_5x8+384
+0x1F80	0x347C ;oled_control_font_5x8+385
+0x1F81	0x3404 ;oled_control_font_5x8+386
+0x1F82	0x3418 ;oled_control_font_5x8+387
+0x1F83	0x3404 ;oled_control_font_5x8+388
+0x1F84	0x3478 ;oled_control_font_5x8+389
+0x1F85	0x347C ;oled_control_font_5x8+390
+0x1F86	0x3408 ;oled_control_font_5x8+391
+0x1F87	0x3404 ;oled_control_font_5x8+392
+0x1F88	0x3404 ;oled_control_font_5x8+393
+0x1F89	0x3478 ;oled_control_font_5x8+394
+0x1F8A	0x3438 ;oled_control_font_5x8+395
+0x1F8B	0x3444 ;oled_control_font_5x8+396
+0x1F8C	0x3444 ;oled_control_font_5x8+397
+0x1F8D	0x3444 ;oled_control_font_5x8+398
+0x1F8E	0x3438 ;oled_control_font_5x8+399
+0x1F8F	0x347C ;oled_control_font_5x8+400
+0x1F90	0x3414 ;oled_control_font_5x8+401
+0x1F91	0x3414 ;oled_control_font_5x8+402
+0x1F92	0x3414 ;oled_control_font_5x8+403
+0x1F93	0x3408 ;oled_control_font_5x8+404
+0x1F94	0x3408 ;oled_control_font_5x8+405
+0x1F95	0x3414 ;oled_control_font_5x8+406
+0x1F96	0x3414 ;oled_control_font_5x8+407
+0x1F97	0x3418 ;oled_control_font_5x8+408
+0x1F98	0x347C ;oled_control_font_5x8+409
+0x1F99	0x347C ;oled_control_font_5x8+410
+0x1F9A	0x3408 ;oled_control_font_5x8+411
+0x1F9B	0x3404 ;oled_control_font_5x8+412
+0x1F9C	0x3404 ;oled_control_font_5x8+413
+0x1F9D	0x3408 ;oled_control_font_5x8+414
+0x1F9E	0x3448 ;oled_control_font_5x8+415
+0x1F9F	0x3454 ;oled_control_font_5x8+416
+0x1FA0	0x3454 ;oled_control_font_5x8+417
+0x1FA1	0x3454 ;oled_control_font_5x8+418
+0x1FA2	0x3420 ;oled_control_font_5x8+419
+0x1FA3	0x3404 ;oled_control_font_5x8+420
+0x1FA4	0x343F ;oled_control_font_5x8+421
+0x1FA5	0x3444 ;oled_control_font_5x8+422
+0x1FA6	0x3440 ;oled_control_font_5x8+423
+0x1FA7	0x3420 ;oled_control_font_5x8+424
+0x1FA8	0x343C ;oled_control_font_5x8+425
+0x1FA9	0x3440 ;oled_control_font_5x8+426
+0x1FAA	0x3440 ;oled_control_font_5x8+427
+0x1FAB	0x3420 ;oled_control_font_5x8+428
+0x1FAC	0x347C ;oled_control_font_5x8+429
+0x1FAD	0x341C ;oled_control_font_5x8+430
+0x1FAE	0x3420 ;oled_control_font_5x8+431
+0x1FAF	0x3440 ;oled_control_font_5x8+432
+0x1FB0	0x3420 ;oled_control_font_5x8+433
+0x1FB1	0x341C ;oled_control_font_5x8+434
+0x1FB2	0x343C ;oled_control_font_5x8+435
+0x1FB3	0x3440 ;oled_control_font_5x8+436
+0x1FB4	0x3430 ;oled_control_font_5x8+437
+0x1FB5	0x3440 ;oled_control_font_5x8+438
+0x1FB6	0x343C ;oled_control_font_5x8+439
+0x1FB7	0x3444 ;oled_control_font_5x8+440
+0x1FB8	0x3428 ;oled_control_font_5x8+441
+0x1FB9	0x3410 ;oled_control_font_5x8+442
+0x1FBA	0x3428 ;oled_control_font_5x8+443
+0x1FBB	0x3444 ;oled_control_font_5x8+444
+0x1FBC	0x340C ;oled_control_font_5x8+445
+0x1FBD	0x3450 ;oled_control_font_5x8+446
+0x1FBE	0x3450 ;oled_control_font_5x8+447
+0x1FBF	0x3450 ;oled_control_font_5x8+448
+0x1FC0	0x343C ;oled_control_font_5x8+449
+0x1FC1	0x3444 ;oled_control_font_5x8+450
+0x1FC2	0x3464 ;oled_control_font_5x8+451
+0x1FC3	0x3454 ;oled_control_font_5x8+452
+0x1FC4	0x344C ;oled_control_font_5x8+453
+0x1FC5	0x3444 ;oled_control_font_5x8+454
+0x1FC6	0x3400 ;oled_control_font_5x8+455
+0x1FC7	0x3408 ;oled_control_font_5x8+456
+0x1FC8	0x3436 ;oled_control_font_5x8+457
+0x1FC9	0x3441 ;oled_control_font_5x8+458
+0x1FCA	0x3400 ;oled_control_font_5x8+459
+0x1FCB	0x3400 ;oled_control_font_5x8+460
+0x1FCC	0x3400 ;oled_control_font_5x8+461
+0x1FCD	0x347F ;oled_control_font_5x8+462
+0x1FCE	0x3400 ;oled_control_font_5x8+463
+0x1FCF	0x3400 ;oled_control_font_5x8+464
+0x1FD0	0x3400 ;oled_control_font_5x8+465
+0x1FD1	0x3441 ;oled_control_font_5x8+466
+0x1FD2	0x3436 ;oled_control_font_5x8+467
+0x1FD3	0x3408 ;oled_control_font_5x8+468
+0x1FD4	0x3400 ;oled_control_font_5x8+469
+0x1FD5	0x3408 ;oled_control_font_5x8+470
+0x1FD6	0x3408 ;oled_control_font_5x8+471
+0x1FD7	0x342A ;oled_control_font_5x8+472
+0x1FD8	0x341C ;oled_control_font_5x8+473
+0x1FD9	0x3408 ;oled_control_font_5x8+474
+0x1FDA	0x3408 ;oled_control_font_5x8+475
+0x1FDB	0x341C ;oled_control_font_5x8+476
+0x1FDC	0x342A ;oled_control_font_5x8+477
+0x1FDD	0x3408 ;oled_control_font_5x8+478
+0x1FDE	0x3408 ;oled_control_font_5x8+479
+; end of oled_control_font_5x8
+;main.c,0 :: ?ICS?lstr7_main
+0x1FDF	0x344F ;?ICS?lstr7_main+0
+0x1FE0	0x3456 ;?ICS?lstr7_main+1
+0x1FE1	0x3445 ;?ICS?lstr7_main+2
+0x1FE2	0x3452 ;?ICS?lstr7_main+3
+0x1FE3	0x344C ;?ICS?lstr7_main+4
+0x1FE4	0x344F ;?ICS?lstr7_main+5
+0x1FE5	0x3441 ;?ICS?lstr7_main+6
+0x1FE6	0x3444 ;?ICS?lstr7_main+7
+0x1FE7	0x3420 ;?ICS?lstr7_main+8
+0x1FE8	0x3400 ;?ICS?lstr7_main+9
+; end of ?ICS?lstr7_main
+;main.c,0 :: ?ICS_btn_cnt
+0x1FE9	0x3400 ;?ICS_btn_cnt+0
+0x1FEA	0x3400 ;?ICS_btn_cnt+1
+0x1FEB	0x3400 ;?ICS_btn_cnt+2
+0x1FEC	0x3400 ;?ICS_btn_cnt+3
+; end of ?ICS_btn_cnt
+;main.c,0 :: ?ICS_ind
+0x2000	0x3400 ;?ICS_ind+0
+; end of ?ICS_ind
+;main.c,0 :: ?ICS_SWR_ind
+0x2001	0x3400 ;?ICS_SWR_ind+0
+0x2002	0x3400 ;?ICS_SWR_ind+1
+; end of ?ICS_SWR_ind
+;main.c,0 :: ?ICS_volt_cnt
+0x2003	0x3400 ;?ICS_volt_cnt+0
+0x2004	0x3400 ;?ICS_volt_cnt+1
+0x2005	0x3400 ;?ICS_volt_cnt+2
+0x2006	0x3400 ;?ICS_volt_cnt+3
+; end of ?ICS_volt_cnt
+;main.c,0 :: ?ICS_PWR_fixed_old
+0x2007	0x340F ;?ICS_PWR_fixed_old+0
+0x2008	0x3427 ;?ICS_PWR_fixed_old+1
+; end of ?ICS_PWR_fixed_old
+;main.c,0 :: ?ICS_Voltage_old
+0x2009	0x3400 ;?ICS_Voltage_old+0
+0x200A	0x3400 ;?ICS_Voltage_old+1
+; end of ?ICS_Voltage_old
+;main.c,0 :: ?ICS_SWR_fixed_old
+0x200B	0x3464 ;?ICS_SWR_fixed_old+0
+0x200C	0x3400 ;?ICS_SWR_fixed_old+1
+; end of ?ICS_SWR_fixed_old
+;main.c,0 :: ?ICS_Tick
+0x200D	0x3400 ;?ICS_Tick+0
+0x200E	0x3400 ;?ICS_Tick+1
+0x200F	0x3400 ;?ICS_Tick+2
+0x2010	0x3400 ;?ICS_Tick+3
+; end of ?ICS_Tick
+;main.c,0 :: ?ICS_watch_cnt
+0x2011	0x3400 ;?ICS_watch_cnt+0
+0x2012	0x3400 ;?ICS_watch_cnt+1
+0x2013	0x3400 ;?ICS_watch_cnt+2
+0x2014	0x3400 ;?ICS_watch_cnt+3
+; end of ?ICS_watch_cnt
+;main.c,0 :: ?ICS?lstr3_main
+0x2015	0x343D ;?ICS?lstr3_main+0
+0x2016	0x3400 ;?ICS?lstr3_main+1
+; end of ?ICS?lstr3_main
+;main.c,0 :: ?ICS?lstr2_main
+0x2017	0x3453 ;?ICS?lstr2_main+0
+0x2018	0x3457 ;?ICS?lstr2_main+1
+0x2019	0x3452 ;?ICS?lstr2_main+2
+0x201A	0x3420 ;?ICS?lstr2_main+3
+0x201B	0x3420 ;?ICS?lstr2_main+4
+0x201C	0x3420 ;?ICS?lstr2_main+5
+0x201D	0x3420 ;?ICS?lstr2_main+6
+0x201E	0x3420 ;?ICS?lstr2_main+7
+0x201F	0x3420 ;?ICS?lstr2_main+8
+0x2020	0x3400 ;?ICS?lstr2_main+9
+; end of ?ICS?lstr2_main
+;main.c,0 :: ?ICS?lstr1_main
+0x2021	0x3450 ;?ICS?lstr1_main+0
+0x2022	0x3457 ;?ICS?lstr1_main+1
+0x2023	0x3452 ;?ICS?lstr1_main+2
+0x2024	0x3420 ;?ICS?lstr1_main+3
+0x2025	0x3420 ;?ICS?lstr1_main+4
+0x2026	0x3420 ;?ICS?lstr1_main+5
+0x2027	0x3420 ;?ICS?lstr1_main+6
+0x2028	0x3420 ;?ICS?lstr1_main+7
+0x2029	0x3457 ;?ICS?lstr1_main+8
+0x202A	0x3400 ;?ICS?lstr1_main+9
+; end of ?ICS?lstr1_main
+;main.c,0 :: ?ICS?lstr4_main
+0x202B	0x343D ;?ICS?lstr4_main+0
+0x202C	0x3400 ;?ICS?lstr4_main+1
+; end of ?ICS?lstr4_main
+;oled_control.c,19 :: oled_control_batt
+0x202D	0x34F8 ;oled_control_batt+0
+0x202E	0x34F8 ;oled_control_batt+1
+0x202F	0x341F ;oled_control_batt+2
+0x2030	0x341F ;oled_control_batt+3
+0x2031	0x3403 ;oled_control_batt+4
+0x2032	0x3403 ;oled_control_batt+5
+0x2033	0x3403 ;oled_control_batt+6
+0x2034	0x341F ;oled_control_batt+7
+0x2035	0x341F ;oled_control_batt+8
+0x2036	0x34F8 ;oled_control_batt+9
+0x2037	0x34F8 ;oled_control_batt+10
+0x2038	0x34FF ;oled_control_batt+11
+0x2039	0x34FF ;oled_control_batt+12
+0x203A	0x3400 ;oled_control_batt+13
+0x203B	0x3400 ;oled_control_batt+14
+0x203C	0x3400 ;oled_control_batt+15
+0x203D	0x3400 ;oled_control_batt+16
+0x203E	0x3400 ;oled_control_batt+17
+0x203F	0x3400 ;oled_control_batt+18
+0x2040	0x3400 ;oled_control_batt+19
+0x2041	0x34FF ;oled_control_batt+20
+0x2042	0x34FF ;oled_control_batt+21
+0x2043	0x34FF ;oled_control_batt+22
+0x2044	0x34FF ;oled_control_batt+23
+0x2045	0x3400 ;oled_control_batt+24
+0x2046	0x3400 ;oled_control_batt+25
+0x2047	0x3400 ;oled_control_batt+26
+0x2048	0x3400 ;oled_control_batt+27
+0x2049	0x3400 ;oled_control_batt+28
+0x204A	0x3400 ;oled_control_batt+29
+0x204B	0x3400 ;oled_control_batt+30
+0x204C	0x34FF ;oled_control_batt+31
+0x204D	0x34FF ;oled_control_batt+32
+0x204E	0x34FF ;oled_control_batt+33
+0x204F	0x34FF ;oled_control_batt+34
+0x2050	0x34C0 ;oled_control_batt+35
+0x2051	0x34C0 ;oled_control_batt+36
+0x2052	0x34C0 ;oled_control_batt+37
+0x2053	0x34C0 ;oled_control_batt+38
+0x2054	0x34C0 ;oled_control_batt+39
+0x2055	0x34C0 ;oled_control_batt+40
+0x2056	0x34C0 ;oled_control_batt+41
+0x2057	0x34FF ;oled_control_batt+42
+0x2058	0x34FF ;oled_control_batt+43
+; end of oled_control_batt
+;main.c,0 :: ?ICS?lstr19_main
+0x2059	0x3453 ;?ICS?lstr19_main+0
+0x205A	0x3457 ;?ICS?lstr19_main+1
+0x205B	0x3452 ;?ICS?lstr19_main+2
+0x205C	0x3420 ;?ICS?lstr19_main+3
+0x205D	0x3420 ;?ICS?lstr19_main+4
+0x205E	0x3400 ;?ICS?lstr19_main+5
+; end of ?ICS?lstr19_main
+;main.c,0 :: ?ICS?lstr20_main
+0x205F	0x343D ;?ICS?lstr20_main+0
+0x2060	0x3400 ;?ICS?lstr20_main+1
+; end of ?ICS?lstr20_main
+;main.c,0 :: ?ICS_max_for_start
+0x2061	0x3496 ;?ICS_max_for_start+0
+0x2062	0x3400 ;?ICS_max_for_start+1
+; end of ?ICS_max_for_start
+;main.c,0 :: ?ICS?lstr13_main
+0x2063	0x3420 ;?ICS?lstr13_main+0
+0x2064	0x3420 ;?ICS?lstr13_main+1
+0x2065	0x344C ;?ICS?lstr13_main+2
+0x2066	0x344F ;?ICS?lstr13_main+3
+0x2067	0x3457 ;?ICS?lstr13_main+4
+0x2068	0x3420 ;?ICS?lstr13_main+5
+0x2069	0x3442 ;?ICS?lstr13_main+6
+0x206A	0x3441 ;?ICS?lstr13_main+7
+0x206B	0x3454 ;?ICS?lstr13_main+8
+0x206C	0x3454 ;?ICS?lstr13_main+9
+0x206D	0x3420 ;?ICS?lstr13_main+10
+0x206E	0x3400 ;?ICS?lstr13_main+11
+; end of ?ICS?lstr13_main
+;main.c,0 :: ?ICS?lstr9_main
+0x206F	0x3453 ;?ICS?lstr9_main+0
+0x2070	0x3457 ;?ICS?lstr9_main+1
+0x2071	0x3452 ;?ICS?lstr9_main+2
+0x2072	0x3420 ;?ICS?lstr9_main+3
+0x2073	0x3420 ;?ICS?lstr9_main+4
+0x2074	0x3420 ;?ICS?lstr9_main+5
+0x2075	0x3420 ;?ICS?lstr9_main+6
+0x2076	0x3420 ;?ICS?lstr9_main+7
+0x2077	0x3420 ;?ICS?lstr9_main+8
+0x2078	0x3400 ;?ICS?lstr9_main+9
+; end of ?ICS?lstr9_main
+;main.c,0 :: ?ICS?lstr10_main
+0x2079	0x343D ;?ICS?lstr10_main+0
+0x207A	0x3400 ;?ICS?lstr10_main+1
+; end of ?ICS?lstr10_main
+;main.c,0 :: ?ICS_min_for_start
+0x207B	0x340A ;?ICS_min_for_start+0
+0x207C	0x3400 ;?ICS_min_for_start+1
+; end of ?ICS_min_for_start
+;main.c,0 :: ?ICS_Rel_Del
+0x207D	0x3407 ;?ICS_Rel_Del+0
+0x207E	0x3400 ;?ICS_Rel_Del+1
+; end of ?ICS_Rel_Del
+;main.c,0 :: ?ICS_btn_2_cnt
+0x207F	0x3400 ;?ICS_btn_2_cnt+0
+; end of ?ICS_btn_2_cnt
+;oled_control.c,0 :: ?ICSoled_control_oled_addr
+0x2080	0x3478 ;?ICSoled_control_oled_addr+0
+0x2081	0x3400 ;?ICSoled_control_oled_addr+1
+; end of ?ICSoled_control_oled_addr
+;oled_control.c,0 :: ?ICSoled_control_shift_line
+0x2082	0x3440 ;?ICSoled_control_shift_line+0
+; end of ?ICSoled_control_shift_line
+;oled_control.c,0 :: ?ICSoled_control_inversion
+0x2083	0x3401 ;?ICSoled_control_inversion+0
+; end of ?ICSoled_control_inversion
+;main.c,0 :: ?ICS?lstr8_main
+0x2084	0x3420 ;?ICS?lstr8_main+0
+0x2085	0x3420 ;?ICS?lstr8_main+1
+0x2086	0x3420 ;?ICS?lstr8_main+2
+0x2087	0x3420 ;?ICS?lstr8_main+3
+0x2088	0x3420 ;?ICS?lstr8_main+4
+0x2089	0x3420 ;?ICS?lstr8_main+5
+0x208A	0x3420 ;?ICS?lstr8_main+6
+0x208B	0x3420 ;?ICS?lstr8_main+7
+0x208C	0x3420 ;?ICS?lstr8_main+8
+0x208D	0x3400 ;?ICS?lstr8_main+9
+; end of ?ICS?lstr8_main
+;main.c,0 :: ?ICS?lstr15_main
+0x208E	0x3454 ;?ICS?lstr15_main+0
+0x208F	0x3455 ;?ICS?lstr15_main+1
+0x2090	0x344E ;?ICS?lstr15_main+2
+0x2091	0x3445 ;?ICS?lstr15_main+3
+0x2092	0x3420 ;?ICS?lstr15_main+4
+0x2093	0x3420 ;?ICS?lstr15_main+5
+0x2094	0x3420 ;?ICS?lstr15_main+6
+0x2095	0x3420 ;?ICS?lstr15_main+7
+0x2096	0x3420 ;?ICS?lstr15_main+8
+0x2097	0x3400 ;?ICS?lstr15_main+9
+; end of ?ICS?lstr15_main
+;main.c,0 :: ?ICS?lstr16_main
+0x2098	0x3453 ;?ICS?lstr16_main+0
+0x2099	0x3457 ;?ICS?lstr16_main+1
+0x209A	0x3452 ;?ICS?lstr16_main+2
+0x209B	0x3420 ;?ICS?lstr16_main+3
+0x209C	0x3400 ;?ICS?lstr16_main+4
+; end of ?ICS?lstr16_main
+;main.c,0 :: ?ICS?lstr17_main
+0x209D	0x343D ;?ICS?lstr17_main+0
+0x209E	0x3400 ;?ICS?lstr17_main+1
+; end of ?ICS?lstr17_main
+;main.c,0 :: ?ICS?lstr5_main
+0x209F	0x343E ;?ICS?lstr5_main+0
+0x20A0	0x3400 ;?ICS?lstr5_main+1
+; end of ?ICS?lstr5_main
+;main.c,0 :: ?ICS?lstr6_main
+0x20A1	0x343D ;?ICS?lstr6_main+0
+0x20A2	0x3400 ;?ICS?lstr6_main+1
+; end of ?ICS?lstr6_main
+Symbol List:
+//** Routines locations **
+//ADDRESS    SIZE    PROCEDURE
+//----------------------------------------------
+0x0004     [294]    _interupt
+0x012A      [60]    _Soft_I2C_Write
+0x0166      [28]    _Div_16X16_U
+0x0182      [30]    _Soft_I2C_Start
+0x01A0       [6]    _Delay_22us
+0x01A6      [24]    _Mul_8X8_U
+0x01BE      [54]    _Mul_32x32_U
+0x01F4      [23]    _Soft_I2C_Stop
+0x020B      [64]    _set_addressing
+0x024B      [76]    _WordToStr
+0x0297      [59]    _ADC_Init_Advanced
+0x02D2      [42]    _Mul_16X16_U
+0x02FC       [4]    _FIXSIGN32
+0x0300      [96]    _VDelay_ms
+0x0360      [12]    _SETFUN32
+0x036C      [16]    _ADC_Get_Sample
+0x037C      [55]    _oled_wr_str_s
+0x03B3     [115]    _IntToStr
+0x0426       [7]    _RES032
+0x042D      [16]    _send_command
+0x043D      [12]    _SETFOV32
+0x0449      [36]    _oled_clear
+0x046D     [321]    _oled_wr_str
+0x05AE      [62]    _Greating
+0x05EC      [53]    _oled_bat
+0x0621     [175]    _Relay_set
+0x06D0       [2]    _Soft_I2C_Init
+0x06D2      [53]    _draw_swr
+0x0707      [28]    _get_batt
+0x0723       [3]    _SETFDZ32
+0x0726      [90]    _NRM4032
+0x0780      [13]    _SETIOV3224
+0x078D      [12]    _COMFREM
+0x0799      [47]    _NRM3232
+0x07C8      [11]    _atu_reset
+0x07D3      [29]    _int2double
+0x07F0       [9]    ___CC2DW
+0x0800     [300]    _SDIV3232L
+0x092C     [244]    _oled_init
+0x0A20     [180]    _Div_32x32_S
+0x0AD4     [210]    _oled_start
+0x0BA6      [94]    _double2int
+0x0C04     [167]    _Add_32x32_FP
+0x0CAB     [154]    _get_forward
+0x0D45     [102]    _Mul_32x32_FP
+0x0DAB     [188]    _Div_32x32_FP
+0x0E67     [154]    _get_reverse
+0x0F01     [139]    _correction
+0x0F8C      [44]    _Div_16x16_S_L
+0x0FB8      [40]    _Btn_xlong
+0x0FE0      [19]    _Ext_long
+0x1000     [117]    _Btn_short
+0x1075     [127]    _draw_power
+0x10F4     [301]    _get_pwr
+0x1221     [100]    _get_swr
+0x1285     [104]    _Div_16x16_S
+0x12ED     [145]    _coarse_cap
+0x137E     [193]    _sharp_cap
+0x143F     [157]    _coarse_tune
+0x14DC     [193]    _sharp_ind
+0x159D     [430]    _tune
+0x174B      [94]    _Btn_long
+0x17A9      [20]    _ADC_Init
+0x1800     [386]    _oled_voltage
+0x1982     [106]    _power_off
+0x19EC     [551]    _watch_swr
+0x1C13     [151]    _Voltage_show
+0x1CAA      [78]    _pic_init
+0x1CF8     [259]    _main
+//** Variables locations ** 
+//ADDRESS    SIZE    VARIABLE
+//----------------------------------------------
+0x0000       [1]    INDF0
+0x0001       [1]    INDF1
+0x0003       [1]    STATUS
+0x0004       [1]    FSR0L
+0x0005       [1]    FSR0H
+0x0006       [1]    FSR1L
+0x0007       [1]    FSR1H
+0x000A       [1]    PCLATH
+0x000B       [0]    GIE_bit
+0x000C       [1]    PORTA
+0x000D       [1]    PORTB
+0x000E       [1]    PORTC
+0x000F       [1]    PORTD
+0x0010       [1]    PORTE
+0x0011       [1]    TRISA
+0x0012       [1]    TRISB
+0x0013       [1]    TRISC
+0x0014       [1]    TRISD
+0x0015       [1]    TRISE
+0x0016       [0]    LATA3_bit
+0x0016       [0]    LATA2_bit
+0x0016       [0]    C_22
+0x0016       [0]    OLED_PWD
+0x0016       [1]    LATA
+0x0016       [0]    C_220
+0x0016       [0]    C_100
+0x0016       [0]    LATA7_bit
+0x0016       [0]    LATA4_bit
+0x0016       [0]    LATA5_bit
+0x0016       [0]    LATA6_bit
+0x0017       [1]    LATB
+0x0017       [0]    Green
+0x0017       [0]    Red
+0x0017       [0]    LATB4_bit
+0x0017       [0]    LATB3_bit
+0x0018       [0]    L_1000
+0x0018       [0]    LATC5_bit
+0x0018       [0]    L_220
+0x0018       [0]    LATC4_bit
+0x0018       [0]    L_450
+0x0018       [0]    LATC2_bit
+0x0018       [0]    LATC6_bit
+0x0018       [0]    Rel_to_plus_N
+0x0018       [1]    LATC
+0x0018       [0]    LATC7_bit
+0x0018       [0]    C_2200
+0x0018       [0]    C_470
+0x0018       [0]    LATC1_bit
+0x0018       [0]    C_1000
+0x0018       [0]    LATC0_bit
+0x0019       [0]    Rel_to_gnd
+0x0019       [1]    LATD
+0x0019       [0]    L_100
+0x0019       [0]    L_010
+0x0019       [0]    L_022
+0x0019       [0]    L_045
+0x0019       [0]    LATD5_bit
+0x0019       [0]    LATD6_bit
+0x0019       [0]    LATD7_bit
+0x0019       [0]    LATD4_bit
+0x0019       [0]    LATD2_bit
+0x0019       [0]    LATD3_bit
+0x001A       [0]    C_sw
+0x001A       [0]    C_47
+0x001A       [1]    LATE
+0x001A       [0]    LATE0_bit
+0x001A       [0]    LATE1_bit
+0x001C       [1]    TMR0L
+0x001D       [1]    TMR0H
+0x001E       [0]    T016BIT_bit
+0x001E       [0]    T0EN_bit
+0x001F       [0]    T0CS1_bit
+0x001F       [0]    T0CS2_bit
+0x001F       [0]    T0CS0_bit
+0x0020       [1]    ___math_tempb
+0x0021       [1]    __math_tempbD
+0x002F       [4]    ?lstr12_main
+0x0033      [19]    ?lstr22_main
+0x0046      [13]    ?lstr23_main
+0x0053       [4]    _Disp_time
+0x0057       [4]    _Off_time
+0x005B       [4]    ?lstr24_main
+0x005F       [5]    ?lstr21_main
+0x0064       [1]    _btn_1_cnt
+0x0065      [10]    ?lstr18_main
+0x006F       [1]    oled_control_oled_shift
+0x0070       [1]    R0
+0x0071       [1]    R1
+0x0072       [1]    R2
+0x0073       [1]    R3
+0x0074       [1]    R4
+0x0075       [1]    R5
+0x0076       [1]    R6
+0x0077       [1]    R7
+0x0078       [1]    R8
+0x0079       [1]    R9
+0x007A       [1]    R10
+0x007B       [1]    R11
+0x007C       [1]    R12
+0x007D       [1]    R13
+0x007E       [1]    R14
+0x007F       [1]    R15
+0x008C       [2]    ADRES
+0x0093       [1]    ADCON0
+0x0094       [1]    ADCON1
+0x0095       [1]    ADCON2
+0x0096       [1]    ADCON3
+0x009A       [1]    ADREF
+0x009E       [1]    ADPCH
+0x00A0       [6]    ?lstr19_main
+0x00A6       [2]    ?lstr20_main
+0x00A8       [2]    _max_for_start
+0x00AA      [12]    ?lstr13_main
+0x00B6      [10]    ?lstr9_main
+0x00C0       [2]    ?lstr10_main
+0x00C2       [2]    _min_for_start
+0x00C4       [2]    _Rel_Del
+0x00C6       [1]    _btn_2_cnt
+0x00C7       [2]    oled_control_oled_addr
+0x00C9       [1]    oled_control_shift_line
+0x00CA       [1]    oled_control_inversion
+0x00CB      [10]    ?lstr8_main
+0x00D5      [10]    ?lstr15_main
+0x00DF       [5]    ?lstr16_main
+0x00E4       [2]    ?lstr17_main
+0x00E6       [2]    ?lstr5_main
+0x00E8       [2]    ?lstr6_main
+0x00EA       [2]    _Auto_delta
+0x00EC       [1]    _step_ind
+0x00ED       [1]    _step_cap
+0x00EE       [1]    _SW
+0x00EF       [1]    _cap
+0x0120      [10]    ?lstr7_main
+0x012A       [5]    ?lstr11_main
+0x012F      [12]    ?lstr14_main
+0x013B       [4]    _btn_cnt
+0x013F       [1]    _ind
+0x0140       [2]    _SWR_ind
+0x0142       [4]    _volt_cnt
+0x0146       [2]    _PWR_fixed_old
+0x0148       [2]    _Voltage_old
+0x014A       [2]    _SWR_fixed_old
+0x014C       [4]    _Tick
+0x0150       [4]    _watch_cnt
+0x0154       [2]    ?lstr3_main
+0x0156      [10]    ?lstr2_main
+0x0160      [10]    ?lstr1_main
+0x016A       [2]    ?lstr4_main
+0x016C       [4]    _off_cnt
+0x01A0       [0]    _gre
+0x01A0       [0]    _B_xlong
+0x01A0       [0]    _E_long
+0x01A0       [0]    _E_short
+0x01A0       [0]    _B_long
+0x01A0       [0]    _Overflow
+0x01A0       [0]    _B_short
+0x01A1       [4]    _ADC_Get_Sample_Ptr
+0x01A5       [2]    _rldl
+0x01A7       [2]    _PWR
+0x01A9       [2]    _Voltage
+0x01AB       [8]    _txt_2
+0x01B3       [8]    _txt
+0x01BB       [2]    _SWR
+0x01BD       [4]    _disp_cnt
+0x01C1       [1]    watch_swr_peak_cnt_L0
+0x01C2       [1]    watch_swr_cnt_L0
+0x01C3       [2]    watch_swr_delta_L0
+0x01C5       [2]    watch_swr_PWR_fixed_L0
+0x01C7       [2]    watch_swr_SWR_fixed_L0
+0x01C9       [2]    FARG_oled_voltage_Voltage
+0x01C9       [1]    power_off_btn_cnt_L0
+0x01CB       [1]    oled_voltage_i_L0
+0x01CC       [1]    oled_voltage_v_L0
+0x01CD       [1]    oled_voltage_u0_L0
+0x01CE       [1]    oled_voltage_u1_L0
+0x01CF       [1]    oled_voltage_u2_L0
+0x01D0       [1]    oled_voltage_u3_L0
+0x01D1       [1]    oled_voltage_m_L0
+0x01D2       [2]    tune_swr_mem_L0
+0x01D4       [2]    tune_ind_mem_L0
+0x01D6       [2]    tune_cap_mem_L0
+0x01D8       [1]    sharp_ind_range_L0
+0x01D8       [1]    sharp_cap_range_L0
+0x01D8       [1]    coarse_tune_count_L0
+0x01D9       [1]    coarse_tune_mem_cap_L0
+0x01D9       [1]    sharp_ind_count_L0
+0x01D9       [1]    sharp_cap_count_L0
+0x01DA       [1]    sharp_ind_max_range_L0
+0x01DA       [1]    sharp_cap_max_range_L0
+0x01DA       [1]    coarse_tune_mem_step_cap_L0
+0x01DB       [2]    coarse_tune_min_swr_L0
+0x01DB       [1]    sharp_ind_min_range_L0
+0x01DB       [1]    sharp_cap_min_range_L0
+0x01DC       [2]    sharp_ind_min_SWR_L0
+0x01DC       [2]    sharp_cap_min_swr_L0
+0x01DD       [1]    coarse_tune_step_L0
+0x01DE       [1]    coarse_cap_count_L0
+0x01DF       [2]    coarse_cap_min_swr_L0
+0x01E1       [1]    coarse_cap_step_L0
+0x01E2       [2]    get_swr_tune_cnt_L0
+0x01E4       [2]    get_swr_PWR_max_L0
+0x01E6       [4]    get_pwr_Forward_L0
+0x01E6       [2]    FARG_draw_power_p
+0x01EA       [4]    get_pwr_Reverse_L0
+0x01EE       [2]    get_reverse_v_L0
+0x01EE       [2]    get_forward_v_L0
+0x01EE       [2]    FARG_correction_input
+0x0220       [1]    oled_init_cnt_L0
+0x0220       [2]    FARG_draw_swr_s
+0x0220       [1]    oled_bat_i_L0
+0x0220       [1]    FARG_Relay_set_L
+0x0221       [1]    FARG_Relay_set_C
+0x0221       [1]    oled_bat_g_L0
+0x0222       [1]    FARG_Relay_set_I
+0x0223       [1]    FARG_ADC_Get_Sample_channel
+0x0223       [2]    FARG_IntToStr_input
+0x0223       [1]    FARG_ADC_Init_Advanced_reference
+0x0223       [1]    FARG_oled_wr_str_s_page
+0x0223       [1]    FARG_oled_wr_str_page
+0x0223       [2]    FARG_VDelay_ms_Time_ms
+0x0223       [1]    oled_clear_i_L0
+0x0223       [1]    FARG_send_command_oled_command
+0x0224       [1]    FARG_oled_wr_str_col
+0x0224       [1]    oled_clear_r_L0
+0x0224       [1]    FARG_oled_wr_str_s_col
+0x0225       [2]    FARG_oled_wr_str_s_str
+0x0225       [2]    FARG_IntToStr_output
+0x0225       [4]    VDelay_ms_NumberOfCyc_L0
+0x0225       [2]    FARG_oled_wr_str_str
+0x0227       [2]    IntToStr_i_L0
+0x0227       [1]    FARG_oled_wr_str_leng
+0x0227       [1]    FARG_oled_wr_str_s_len
+0x0228       [1]    oled_wr_str_i_L0
+0x0228       [1]    oled_wr_str_s_i_L0
+0x0229       [1]    oled_wr_str_h_L0
+0x0229       [1]    oled_wr_str_s_h_L0
+0x0229       [2]    IntToStr_negative_L0
+0x022A       [1]    oled_wr_str_g_L0
+0x022A       [1]    oled_wr_str_s_g_L0
+0x022B       [2]    IntToStr_inword_L0
+0x022B       [1]    oled_wr_str_w1_L0
+0x022C       [1]    oled_wr_str_w2_L0
+0x022D       [2]    FARG_WordToStr_input
+0x022D       [1]    FARG_set_addressing_pagenum
+0x022E       [1]    FARG_set_addressing_c_start
+0x022F       [2]    FARG_WordToStr_output
+0x022F       [1]    set_addressing_a_L0
+0x0230       [1]    set_addressing_b_L0
+0x0231       [1]    WordToStr_len_L0
+0x0231       [1]    set_addressing_c_L0
+0x0232       [2]    FLOC__WordToStr
+0x0234       [1]    FARG_Soft_I2C_Write_d
+0x070C       [0]    TMR0IF_bit
+0x0716       [0]    IOCIE_bit
+0x0716       [0]    TMR0IE_bit
+0x0796       [0]    SYSCMD_bit
+0x0796       [1]    PMD0
+0x0797       [1]    PMD1
+0x0798       [1]    PMD2
+0x0799       [1]    PMD3
+0x079A       [1]    PMD4
+0x079B       [1]    PMD5
+0x090C       [1]    FVRCON
+0x0990       [0]    C1ON_bit
+0x0994       [0]    C2ON_bit
+0x1F38       [1]    ANSELA
+0x1F3A       [0]    ODCA2_bit
+0x1F3A       [0]    ODCA3_bit
+0x1F43       [0]    ANSB2_bit
+0x1F43       [0]    ANSB1_bit
+0x1F43       [0]    ANSB0_bit
+0x1F43       [1]    ANSELB
+0x1F49       [0]    IOCBN5_bit
+0x1F4A       [0]    IOCBF5_bit
+0x1F4E       [1]    ANSELC
+0x1F59       [1]    ANSELD
+0x1F5B       [0]    ODCD1_bit
+0x1F5B       [0]    ODCD2_bit
+0x1F64       [1]    ANSELE
+//** Constants locations ** 
+//ADDRESS    SIZE    CONSTANT
+//----------------------------------------------
+0x0003       [1]    ?ICSoled_control_oled_shift
+0x07F9       [5]    ?ICS?lstr11_main
+0x07FE       [1]    ?ICS_SW
+0x07FF       [1]    ?ICS_cap
+0x0FF3      [12]    ?ICS?lstr14_main
+0x0FFF       [1]    ?ICS_step_cap
+0x17BD       [4]    ?ICS?lstr12_main
+0x17C1      [19]    ?ICS?lstr22_main
+0x17D4      [13]    ?ICS?lstr23_main
+0x17E1       [4]    ?ICS_Disp_time
+0x17E5       [4]    ?ICS_Off_time
+0x17E9       [4]    ?ICS?lstr24_main
+0x17ED       [5]    ?ICS?lstr21_main
+0x17F2       [1]    ?ICS_btn_1_cnt
+0x17F3      [10]    ?ICS?lstr18_main
+0x17FD       [2]    ?ICS_Auto_delta
+0x17FF       [1]    ?ICS_step_ind
+0x1DFF     [480]    oled_control_font_5x8
+0x1FDF      [10]    ?ICS?lstr7_main
+0x1FE9       [4]    ?ICS_btn_cnt
+0x2000       [1]    ?ICS_ind
+0x2001       [2]    ?ICS_SWR_ind
+0x2003       [4]    ?ICS_volt_cnt
+0x2007       [2]    ?ICS_PWR_fixed_old
+0x2009       [2]    ?ICS_Voltage_old
+0x200B       [2]    ?ICS_SWR_fixed_old
+0x200D       [4]    ?ICS_Tick
+0x2011       [4]    ?ICS_watch_cnt
+0x2015       [2]    ?ICS?lstr3_main
+0x2017      [10]    ?ICS?lstr2_main
+0x2021      [10]    ?ICS?lstr1_main
+0x202B       [2]    ?ICS?lstr4_main
+0x202D      [44]    oled_control_batt
+0x2059       [6]    ?ICS?lstr19_main
+0x205F       [2]    ?ICS?lstr20_main
+0x2061       [2]    ?ICS_max_for_start
+0x2063      [12]    ?ICS?lstr13_main
+0x206F      [10]    ?ICS?lstr9_main
+0x2079       [2]    ?ICS?lstr10_main
+0x207B       [2]    ?ICS_min_for_start
+0x207D       [2]    ?ICS_Rel_Del
+0x207F       [1]    ?ICS_btn_2_cnt
+0x2080       [2]    ?ICSoled_control_oled_addr
+0x2082       [1]    ?ICSoled_control_shift_line
+0x2083       [1]    ?ICSoled_control_inversion
+0x2084      [10]    ?ICS?lstr8_main
+0x208E      [10]    ?ICS?lstr15_main
+0x2098       [5]    ?ICS?lstr16_main
+0x209D       [2]    ?ICS?lstr17_main
+0x209F       [2]    ?ICS?lstr5_main
+0x20A1       [2]    ?ICS?lstr6_main
diff --git a/Firmware/ATU-10_FW_13/ATU-10.mcppi b/Firmware/ATU-10_FW_13/ATU-10.mcppi
new file mode 100644
index 0000000..e543ce2
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10.mcppi
@@ -0,0 +1,77 @@
+[DEVICE]
+Name=P16LF18877
+Clock=32000000
+[MEMORY_MODEL]
+Value=0
+[BUILD_TYPE]
+Value=0
+[ACTIVE_TAB]
+Value=main.c
+[USE_EEPROM]
+Value=0
+[USE_HEAP]
+Value=0
+[HEAP_SIZE]
+Value=0
+[EEPROM_DEFINITION]
+Value=
+[FILES]
+File0=pic_init.c
+File1=oled_control.c
+File2=Soft_I2C.c
+File3=main.c
+Count=4
+[BINARIES]
+Count=0
+[IMAGES]
+Count=0
+ActiveImageIndex=-1
+[OPENED_FILES]
+File0=pic_init.c
+File1=main.c
+File2=main.h
+File3=pic_init.h
+File4=oled_control.c
+File5=oled_control.h
+File6=Soft_I2C.c
+Count=7
+[EEPROM]
+Count=0
+[ACTIVE_COMMENTS_FILES]
+Count=0
+[OTHER_FILES]
+Count=0
+[SEARCH_PATH]
+Count=0
+[HEADER_PATH]
+Count=0
+[HEADERS]
+File0=pic_init.h
+File1=oled_control.h
+File2=Soft_I2C.h
+File3=font_5x8.h
+File4=main.h
+Count=5
+[PLDS]
+Count=0
+[Useses]
+File0=Button
+File1=Conversions
+File2=ADC
+Count=3
+[EXPANDED_NODES]
+0=ATU-10.mcppi
+1=Sources
+Count=2
+[LIB_EXPANDED_NODES]
+0=mikroE Libraries
+1=System Libraries
+2=ADC
+Count=3
+[PROGRAMMER_TYPE]
+Value=mikroE mikroProg
+[CODEGRIP_OPTIONS]
+CODEGRIP_SPEED=0
+CODEGRIP_VERIFY_AFTER=0
+CODEGRIP_SWBP_ENABLED=0
+CODEGRIP_PROGRAMMING_TYPE=
diff --git a/Firmware/ATU-10_FW_13/ATU-10_FW_12.hex b/Firmware/ATU-10_FW_13/ATU-10_FW_12.hex
new file mode 100644
index 0000000..d839cde
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10_FW_12.hex
@@ -0,0 +1,1143 @@
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diff --git a/Firmware/ATU-10_FW_13/ATU-10_callertable.txt b/Firmware/ATU-10_FW_13/ATU-10_callertable.txt
new file mode 100644
index 0000000..36ed0b2
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/ATU-10_callertable.txt
@@ -0,0 +1,2917 @@
+main
+	__CC2DW
+	pic_init
+	oled_start
+		Soft_I2C_Init
+			Soft_I2C_Stop
+		oled_init
+			Soft_I2C_Start
+			Soft_I2C_Write
+			Soft_I2C_Stop
+			oled_clear
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Soft_I2C_Stop
+			send_command
+				Soft_I2C_Start
+				Soft_I2C_Write
+				Soft_I2C_Stop
+		Greating
+			oled_clear
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Soft_I2C_Stop
+			oled_wr_str_s
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Write
+				Soft_I2C_Stop
+		oled_clear
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Soft_I2C_Stop
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		oled_bat
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		draw_swr
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			IntToStr
+				WordToStr
+					Div_16X16_U
+		Mul_32x32_U
+	ADC_Init
+	Mul_32x32_U
+	Voltage_show
+		get_batt
+			ADC_Init_Advanced
+			ADC_Get_Sample
+				Delay_22us
+			Mul_16X16_U
+		oled_voltage
+			Soft_I2C_Start
+			Soft_I2C_Write
+			Div_16x16_S
+				Div_16x16_S_L
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Soft_I2C_Stop
+		oled_clear
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Soft_I2C_Stop
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		power_off
+			oled_start
+				Soft_I2C_Init
+					Soft_I2C_Stop
+				oled_init
+					Soft_I2C_Start
+					Soft_I2C_Write
+					Soft_I2C_Stop
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					send_command
+						Soft_I2C_Start
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				Greating
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					oled_wr_str_s
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				oled_bat
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				draw_swr
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+					IntToStr
+						WordToStr
+							Div_16X16_U
+				Mul_32x32_U
+	watch_swr
+		get_pwr
+			get_forward
+				ADC_Init_Advanced
+				ADC_Get_Sample
+					Delay_22us
+				get_batt
+					ADC_Init_Advanced
+					ADC_Get_Sample
+						Delay_22us
+					Mul_16X16_U
+				Mul_32x32_U
+			get_reverse
+				ADC_Init_Advanced
+				ADC_Get_Sample
+					Delay_22us
+				get_batt
+					ADC_Init_Advanced
+					ADC_Get_Sample
+						Delay_22us
+					Mul_16X16_U
+				Mul_32x32_U
+			correction
+			int2double
+				NRM3232
+					RES032
+					SETFUN32
+					FIXSIGN32
+			Mul_32x32_FP
+				RES032
+				SETFOV32
+				SETFUN32
+			Div_32x32_FP
+				SETFDZ32
+				RES032
+				SETFOV32
+				SETFUN32
+			Add_32x32_FP
+				NRM4032
+					RES032
+					SETFUN32
+					FIXSIGN32
+					SETFOV32
+				NRM3232
+					RES032
+					SETFUN32
+					FIXSIGN32
+				SETFOV32
+			double2int
+				SETIOV3224
+			Mul_32x32_U
+			oled_start
+				Soft_I2C_Init
+					Soft_I2C_Stop
+				oled_init
+					Soft_I2C_Start
+					Soft_I2C_Write
+					Soft_I2C_Stop
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					send_command
+						Soft_I2C_Start
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				Greating
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					oled_wr_str_s
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				oled_bat
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				draw_swr
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+					IntToStr
+						WordToStr
+							Div_16X16_U
+				Mul_32x32_U
+			Div_32x32_S
+				SDIV3232L
+				COMFREM
+		Mul_32x32_U
+		oled_start
+			Soft_I2C_Init
+				Soft_I2C_Stop
+			oled_init
+				Soft_I2C_Start
+				Soft_I2C_Write
+				Soft_I2C_Stop
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				send_command
+					Soft_I2C_Start
+					Soft_I2C_Write
+					Soft_I2C_Stop
+			Greating
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				oled_wr_str_s
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Write
+					Soft_I2C_Stop
+			oled_clear
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Soft_I2C_Stop
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			oled_bat
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			draw_swr
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				IntToStr
+					WordToStr
+						Div_16X16_U
+			Mul_32x32_U
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		draw_power
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			IntToStr
+				WordToStr
+					Div_16X16_U
+		draw_swr
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			IntToStr
+				WordToStr
+					Div_16X16_U
+		Btn_long
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			tune
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+				atu_reset
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+				coarse_tune
+					Div_16x16_S
+						Div_16x16_S_L
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+					coarse_cap
+						Relay_set
+							VDelay_ms
+								Mul_32x32_U
+						get_swr
+							get_pwr
+								get_forward
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									get_batt
+										ADC_Init_Advanced
+										ADC_Get_Sample
+											Delay_22us
+										Mul_16X16_U
+									Mul_32x32_U
+								get_reverse
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									get_batt
+										ADC_Init_Advanced
+										ADC_Get_Sample
+											Delay_22us
+										Mul_16X16_U
+									Mul_32x32_U
+								correction
+								int2double
+									NRM3232
+										RES032
+										SETFUN32
+										FIXSIGN32
+								Mul_32x32_FP
+									RES032
+									SETFOV32
+									SETFUN32
+								Div_32x32_FP
+									SETFDZ32
+									RES032
+									SETFOV32
+									SETFUN32
+								Add_32x32_FP
+									NRM4032
+										RES032
+										SETFUN32
+										FIXSIGN32
+										SETFOV32
+									NRM3232
+										RES032
+										SETFUN32
+										FIXSIGN32
+									SETFOV32
+								double2int
+									SETIOV3224
+								Mul_32x32_U
+								oled_start
+									Soft_I2C_Init
+										Soft_I2C_Stop
+									oled_init
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+										oled_clear
+											Soft_I2C_Start
+											Soft_I2C_Write
+											set_addressing
+												Soft_I2C_Start
+												Soft_I2C_Write
+											Soft_I2C_Stop
+										send_command
+											Soft_I2C_Start
+											Soft_I2C_Write
+											Soft_I2C_Stop
+									Greating
+										oled_clear
+											Soft_I2C_Start
+											Soft_I2C_Write
+											set_addressing
+												Soft_I2C_Start
+												Soft_I2C_Write
+											Soft_I2C_Stop
+										oled_wr_str_s
+											set_addressing
+												Soft_I2C_Start
+												Soft_I2C_Write
+											Mul_8X8_U
+											Soft_I2C_Write
+											Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									oled_bat
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									draw_swr
+										oled_wr_str
+											Soft_I2C_Start
+											Soft_I2C_Write
+											set_addressing
+												Soft_I2C_Start
+												Soft_I2C_Write
+											Mul_8X8_U
+											Soft_I2C_Stop
+										IntToStr
+											WordToStr
+												Div_16X16_U
+									Mul_32x32_U
+								Div_32x32_S
+									SDIV3232L
+									COMFREM
+							Btn_short
+								atu_reset
+									Relay_set
+										VDelay_ms
+											Mul_32x32_U
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+							draw_power
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+						Div_16x16_S
+							Div_16x16_S_L
+					get_swr
+						get_pwr
+							get_forward
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							get_reverse
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							correction
+							int2double
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+							Mul_32x32_FP
+								RES032
+								SETFOV32
+								SETFUN32
+							Div_32x32_FP
+								SETFDZ32
+								RES032
+								SETFOV32
+								SETFUN32
+							Add_32x32_FP
+								NRM4032
+									RES032
+									SETFUN32
+									FIXSIGN32
+									SETFOV32
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+								SETFOV32
+							double2int
+								SETIOV3224
+							Mul_32x32_U
+							oled_start
+								Soft_I2C_Init
+									Soft_I2C_Stop
+								oled_init
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									send_command
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								Greating
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str_s
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								oled_bat
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								draw_swr
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									IntToStr
+										WordToStr
+											Div_16X16_U
+								Mul_32x32_U
+							Div_32x32_S
+								SDIV3232L
+								COMFREM
+						Btn_short
+							atu_reset
+								Relay_set
+									VDelay_ms
+										Mul_32x32_U
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+						draw_power
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+				sharp_ind
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+					get_swr
+						get_pwr
+							get_forward
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							get_reverse
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							correction
+							int2double
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+							Mul_32x32_FP
+								RES032
+								SETFOV32
+								SETFUN32
+							Div_32x32_FP
+								SETFDZ32
+								RES032
+								SETFOV32
+								SETFUN32
+							Add_32x32_FP
+								NRM4032
+									RES032
+									SETFUN32
+									FIXSIGN32
+									SETFOV32
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+								SETFOV32
+							double2int
+								SETIOV3224
+							Mul_32x32_U
+							oled_start
+								Soft_I2C_Init
+									Soft_I2C_Stop
+								oled_init
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									send_command
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								Greating
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str_s
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								oled_bat
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								draw_swr
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									IntToStr
+										WordToStr
+											Div_16X16_U
+								Mul_32x32_U
+							Div_32x32_S
+								SDIV3232L
+								COMFREM
+						Btn_short
+							atu_reset
+								Relay_set
+									VDelay_ms
+										Mul_32x32_U
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+						draw_power
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+				sharp_cap
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+					get_swr
+						get_pwr
+							get_forward
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							get_reverse
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							correction
+							int2double
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+							Mul_32x32_FP
+								RES032
+								SETFOV32
+								SETFUN32
+							Div_32x32_FP
+								SETFDZ32
+								RES032
+								SETFOV32
+								SETFUN32
+							Add_32x32_FP
+								NRM4032
+									RES032
+									SETFUN32
+									FIXSIGN32
+									SETFOV32
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+								SETFOV32
+							double2int
+								SETIOV3224
+							Mul_32x32_U
+							oled_start
+								Soft_I2C_Init
+									Soft_I2C_Stop
+								oled_init
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									send_command
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								Greating
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str_s
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								oled_bat
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								draw_swr
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									IntToStr
+										WordToStr
+											Div_16X16_U
+								Mul_32x32_U
+							Div_32x32_S
+								SDIV3232L
+								COMFREM
+						Btn_short
+							atu_reset
+								Relay_set
+									VDelay_ms
+										Mul_32x32_U
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+						draw_power
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+			draw_swr
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				IntToStr
+					WordToStr
+						Div_16X16_U
+	power_off
+		oled_start
+			Soft_I2C_Init
+				Soft_I2C_Stop
+			oled_init
+				Soft_I2C_Start
+				Soft_I2C_Write
+				Soft_I2C_Stop
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				send_command
+					Soft_I2C_Start
+					Soft_I2C_Write
+					Soft_I2C_Stop
+			Greating
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				oled_wr_str_s
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Write
+					Soft_I2C_Stop
+			oled_clear
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Soft_I2C_Stop
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			oled_bat
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			draw_swr
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				IntToStr
+					WordToStr
+						Div_16X16_U
+			Mul_32x32_U
+	Btn_short
+		atu_reset
+			Relay_set
+				VDelay_ms
+					Mul_32x32_U
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+	Btn_long
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		tune
+			get_swr
+				get_pwr
+					get_forward
+						ADC_Init_Advanced
+						ADC_Get_Sample
+							Delay_22us
+						get_batt
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							Mul_16X16_U
+						Mul_32x32_U
+					get_reverse
+						ADC_Init_Advanced
+						ADC_Get_Sample
+							Delay_22us
+						get_batt
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							Mul_16X16_U
+						Mul_32x32_U
+					correction
+					int2double
+						NRM3232
+							RES032
+							SETFUN32
+							FIXSIGN32
+					Mul_32x32_FP
+						RES032
+						SETFOV32
+						SETFUN32
+					Div_32x32_FP
+						SETFDZ32
+						RES032
+						SETFOV32
+						SETFUN32
+					Add_32x32_FP
+						NRM4032
+							RES032
+							SETFUN32
+							FIXSIGN32
+							SETFOV32
+						NRM3232
+							RES032
+							SETFUN32
+							FIXSIGN32
+						SETFOV32
+					double2int
+						SETIOV3224
+					Mul_32x32_U
+					oled_start
+						Soft_I2C_Init
+							Soft_I2C_Stop
+						oled_init
+							Soft_I2C_Start
+							Soft_I2C_Write
+							Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							send_command
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+						Greating
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str_s
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Write
+								Soft_I2C_Stop
+						oled_clear
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Soft_I2C_Stop
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						oled_bat
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						draw_swr
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+						Mul_32x32_U
+					Div_32x32_S
+						SDIV3232L
+						COMFREM
+				Btn_short
+					atu_reset
+						Relay_set
+							VDelay_ms
+								Mul_32x32_U
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+				draw_power
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+					IntToStr
+						WordToStr
+							Div_16X16_U
+			atu_reset
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+			coarse_tune
+				Div_16x16_S
+					Div_16x16_S_L
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				coarse_cap
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+					get_swr
+						get_pwr
+							get_forward
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							get_reverse
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							correction
+							int2double
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+							Mul_32x32_FP
+								RES032
+								SETFOV32
+								SETFUN32
+							Div_32x32_FP
+								SETFDZ32
+								RES032
+								SETFOV32
+								SETFUN32
+							Add_32x32_FP
+								NRM4032
+									RES032
+									SETFUN32
+									FIXSIGN32
+									SETFOV32
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+								SETFOV32
+							double2int
+								SETIOV3224
+							Mul_32x32_U
+							oled_start
+								Soft_I2C_Init
+									Soft_I2C_Stop
+								oled_init
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									send_command
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								Greating
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str_s
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								oled_bat
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								draw_swr
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									IntToStr
+										WordToStr
+											Div_16X16_U
+								Mul_32x32_U
+							Div_32x32_S
+								SDIV3232L
+								COMFREM
+						Btn_short
+							atu_reset
+								Relay_set
+									VDelay_ms
+										Mul_32x32_U
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+						draw_power
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+					Div_16x16_S
+						Div_16x16_S_L
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			sharp_ind
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			sharp_cap
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			Relay_set
+				VDelay_ms
+					Mul_32x32_U
+		draw_swr
+			oled_wr_str
+				Soft_I2C_Start
+				Soft_I2C_Write
+				set_addressing
+					Soft_I2C_Start
+					Soft_I2C_Write
+				Mul_8X8_U
+				Soft_I2C_Stop
+			IntToStr
+				WordToStr
+					Div_16X16_U
+	Btn_xlong
+		oled_clear
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Soft_I2C_Stop
+		oled_wr_str
+			Soft_I2C_Start
+			Soft_I2C_Write
+			set_addressing
+				Soft_I2C_Start
+				Soft_I2C_Write
+			Mul_8X8_U
+			Soft_I2C_Stop
+		power_off
+			oled_start
+				Soft_I2C_Init
+					Soft_I2C_Stop
+				oled_init
+					Soft_I2C_Start
+					Soft_I2C_Write
+					Soft_I2C_Stop
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					send_command
+						Soft_I2C_Start
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				Greating
+					oled_clear
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Soft_I2C_Stop
+					oled_wr_str_s
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Write
+						Soft_I2C_Stop
+				oled_clear
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Soft_I2C_Stop
+				oled_wr_str
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				oled_bat
+					Soft_I2C_Start
+					Soft_I2C_Write
+					set_addressing
+						Soft_I2C_Start
+						Soft_I2C_Write
+					Mul_8X8_U
+					Soft_I2C_Stop
+				draw_swr
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+					IntToStr
+						WordToStr
+							Div_16X16_U
+				Mul_32x32_U
+	Ext_long
+		tune
+			get_swr
+				get_pwr
+					get_forward
+						ADC_Init_Advanced
+						ADC_Get_Sample
+							Delay_22us
+						get_batt
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							Mul_16X16_U
+						Mul_32x32_U
+					get_reverse
+						ADC_Init_Advanced
+						ADC_Get_Sample
+							Delay_22us
+						get_batt
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							Mul_16X16_U
+						Mul_32x32_U
+					correction
+					int2double
+						NRM3232
+							RES032
+							SETFUN32
+							FIXSIGN32
+					Mul_32x32_FP
+						RES032
+						SETFOV32
+						SETFUN32
+					Div_32x32_FP
+						SETFDZ32
+						RES032
+						SETFOV32
+						SETFUN32
+					Add_32x32_FP
+						NRM4032
+							RES032
+							SETFUN32
+							FIXSIGN32
+							SETFOV32
+						NRM3232
+							RES032
+							SETFUN32
+							FIXSIGN32
+						SETFOV32
+					double2int
+						SETIOV3224
+					Mul_32x32_U
+					oled_start
+						Soft_I2C_Init
+							Soft_I2C_Stop
+						oled_init
+							Soft_I2C_Start
+							Soft_I2C_Write
+							Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							send_command
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+						Greating
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str_s
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Write
+								Soft_I2C_Stop
+						oled_clear
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Soft_I2C_Stop
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						oled_bat
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						draw_swr
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+						Mul_32x32_U
+					Div_32x32_S
+						SDIV3232L
+						COMFREM
+				Btn_short
+					atu_reset
+						Relay_set
+							VDelay_ms
+								Mul_32x32_U
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+				draw_power
+					oled_wr_str
+						Soft_I2C_Start
+						Soft_I2C_Write
+						set_addressing
+							Soft_I2C_Start
+							Soft_I2C_Write
+						Mul_8X8_U
+						Soft_I2C_Stop
+					IntToStr
+						WordToStr
+							Div_16X16_U
+			atu_reset
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+			coarse_tune
+				Div_16x16_S
+					Div_16x16_S_L
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				coarse_cap
+					Relay_set
+						VDelay_ms
+							Mul_32x32_U
+					get_swr
+						get_pwr
+							get_forward
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							get_reverse
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								get_batt
+									ADC_Init_Advanced
+									ADC_Get_Sample
+										Delay_22us
+									Mul_16X16_U
+								Mul_32x32_U
+							correction
+							int2double
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+							Mul_32x32_FP
+								RES032
+								SETFOV32
+								SETFUN32
+							Div_32x32_FP
+								SETFDZ32
+								RES032
+								SETFOV32
+								SETFUN32
+							Add_32x32_FP
+								NRM4032
+									RES032
+									SETFUN32
+									FIXSIGN32
+									SETFOV32
+								NRM3232
+									RES032
+									SETFUN32
+									FIXSIGN32
+								SETFOV32
+							double2int
+								SETIOV3224
+							Mul_32x32_U
+							oled_start
+								Soft_I2C_Init
+									Soft_I2C_Stop
+								oled_init
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									send_command
+										Soft_I2C_Start
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								Greating
+									oled_clear
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Soft_I2C_Stop
+									oled_wr_str_s
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Write
+										Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								oled_bat
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								draw_swr
+									oled_wr_str
+										Soft_I2C_Start
+										Soft_I2C_Write
+										set_addressing
+											Soft_I2C_Start
+											Soft_I2C_Write
+										Mul_8X8_U
+										Soft_I2C_Stop
+									IntToStr
+										WordToStr
+											Div_16X16_U
+								Mul_32x32_U
+							Div_32x32_S
+								SDIV3232L
+								COMFREM
+						Btn_short
+							atu_reset
+								Relay_set
+									VDelay_ms
+										Mul_32x32_U
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+						draw_power
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							IntToStr
+								WordToStr
+									Div_16X16_U
+					Div_16x16_S
+						Div_16x16_S_L
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			sharp_ind
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			sharp_cap
+				Relay_set
+					VDelay_ms
+						Mul_32x32_U
+				get_swr
+					get_pwr
+						get_forward
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						get_reverse
+							ADC_Init_Advanced
+							ADC_Get_Sample
+								Delay_22us
+							get_batt
+								ADC_Init_Advanced
+								ADC_Get_Sample
+									Delay_22us
+								Mul_16X16_U
+							Mul_32x32_U
+						correction
+						int2double
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+						Mul_32x32_FP
+							RES032
+							SETFOV32
+							SETFUN32
+						Div_32x32_FP
+							SETFDZ32
+							RES032
+							SETFOV32
+							SETFUN32
+						Add_32x32_FP
+							NRM4032
+								RES032
+								SETFUN32
+								FIXSIGN32
+								SETFOV32
+							NRM3232
+								RES032
+								SETFUN32
+								FIXSIGN32
+							SETFOV32
+						double2int
+							SETIOV3224
+						Mul_32x32_U
+						oled_start
+							Soft_I2C_Init
+								Soft_I2C_Stop
+							oled_init
+								Soft_I2C_Start
+								Soft_I2C_Write
+								Soft_I2C_Stop
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								send_command
+									Soft_I2C_Start
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							Greating
+								oled_clear
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Soft_I2C_Stop
+								oled_wr_str_s
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Write
+									Soft_I2C_Stop
+							oled_clear
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Soft_I2C_Stop
+							oled_wr_str
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							oled_bat
+								Soft_I2C_Start
+								Soft_I2C_Write
+								set_addressing
+									Soft_I2C_Start
+									Soft_I2C_Write
+								Mul_8X8_U
+								Soft_I2C_Stop
+							draw_swr
+								oled_wr_str
+									Soft_I2C_Start
+									Soft_I2C_Write
+									set_addressing
+										Soft_I2C_Start
+										Soft_I2C_Write
+									Mul_8X8_U
+									Soft_I2C_Stop
+								IntToStr
+									WordToStr
+										Div_16X16_U
+							Mul_32x32_U
+						Div_32x32_S
+							SDIV3232L
+							COMFREM
+					Btn_short
+						atu_reset
+							Relay_set
+								VDelay_ms
+									Mul_32x32_U
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+					draw_power
+						oled_wr_str
+							Soft_I2C_Start
+							Soft_I2C_Write
+							set_addressing
+								Soft_I2C_Start
+								Soft_I2C_Write
+							Mul_8X8_U
+							Soft_I2C_Stop
+						IntToStr
+							WordToStr
+								Div_16X16_U
+			Relay_set
+				VDelay_ms
+					Mul_32x32_U
+interupt
+	Mul_32x32_U
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.asm b/Firmware/ATU-10_FW_13/Soft_I2C.asm
new file mode 100644
index 0000000..9b86e5d
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.asm
@@ -0,0 +1,320 @@
+
+_Soft_I2C_Init:
+
+;Soft_I2C.c,12 :: 		void Soft_I2C_Init(void) {
+;Soft_I2C.c,13 :: 		Soft_I2C_Stop();
+	CALL       _Soft_I2C_Stop+0
+;Soft_I2C.c,14 :: 		return;
+;Soft_I2C.c,15 :: 		}
+L_end_Soft_I2C_Init:
+	RETURN
+; end of _Soft_I2C_Init
+
+_Soft_I2C_Start:
+
+;Soft_I2C.c,17 :: 		void Soft_I2C_Start() {
+;Soft_I2C.c,18 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,19 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Start0:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Start0
+	NOP
+	NOP
+;Soft_I2C.c,20 :: 		Soft_I2C_Sda = 1;
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,21 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Start1:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Start1
+	NOP
+	NOP
+;Soft_I2C.c,22 :: 		Soft_I2C_Sda = 0;
+	BCF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,23 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Start2:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Start2
+	NOP
+	NOP
+;Soft_I2C.c,24 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,25 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Start3:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Start3
+	NOP
+	NOP
+;Soft_I2C.c,26 :: 		return;
+;Soft_I2C.c,27 :: 		}
+L_end_Soft_I2C_Start:
+	RETURN
+; end of _Soft_I2C_Start
+
+_Soft_I2C_Write:
+
+;Soft_I2C.c,29 :: 		char Soft_I2C_Write(char d) {
+;Soft_I2C.c,31 :: 		for(i=0; i<8; i++) {
+	CLRF       R1+0
+L_Soft_I2C_Write4:
+	MOVLW      8
+	SUBWF      R1+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_Soft_I2C_Write5
+;Soft_I2C.c,32 :: 		Soft_I2C_Sda = d.B7;
+	BTFSC      FARG_Soft_I2C_Write_d+0, 7
+	GOTO       L__Soft_I2C_Write29
+	BCF        LATA2_bit+0, BitPos(LATA2_bit+0)
+	GOTO       L__Soft_I2C_Write30
+L__Soft_I2C_Write29:
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+L__Soft_I2C_Write30:
+;Soft_I2C.c,33 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Write7:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Write7
+	NOP
+	NOP
+;Soft_I2C.c,34 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,35 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Write8:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Write8
+	NOP
+	NOP
+;Soft_I2C.c,36 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,37 :: 		d = d << 1;
+	LSLF       FARG_Soft_I2C_Write_d+0, 1
+;Soft_I2C.c,31 :: 		for(i=0; i<8; i++) {
+	INCF       R1+0, 1
+;Soft_I2C.c,38 :: 		}
+	GOTO       L_Soft_I2C_Write4
+L_Soft_I2C_Write5:
+;Soft_I2C.c,40 :: 		Soft_I2C_Sda = 1; //ACK
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,41 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Write9:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Write9
+	NOP
+	NOP
+;Soft_I2C.c,42 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,43 :: 		ack = Soft_I2C_Sda_in;
+	MOVLW      0
+	BTFSC      PORTA+0, 2
+	MOVLW      1
+	MOVWF      R2+0
+;Soft_I2C.c,44 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Write10:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Write10
+	NOP
+	NOP
+;Soft_I2C.c,45 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,46 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Write11:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Write11
+	NOP
+	NOP
+;Soft_I2C.c,47 :: 		return ack;
+	MOVF       R2+0, 0
+	MOVWF      R0
+;Soft_I2C.c,48 :: 		}
+L_end_Soft_I2C_Write:
+	RETURN
+; end of _Soft_I2C_Write
+
+_Soft_I2C_Read:
+
+;Soft_I2C.c,50 :: 		char Soft_I2C_Read(void){
+;Soft_I2C.c,51 :: 		char i, d = 0;
+	CLRF       Soft_I2C_Read_d_L0+0
+;Soft_I2C.c,52 :: 		for(i=0; i<8; i++){
+	CLRF       R1+0
+L_Soft_I2C_Read12:
+	MOVLW      8
+	SUBWF      R1+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_Soft_I2C_Read13
+;Soft_I2C.c,53 :: 		d = d << 1;
+	LSLF       Soft_I2C_Read_d_L0+0, 1
+;Soft_I2C.c,54 :: 		d = d + Soft_I2C_Sda_in;
+	CLRF       R0
+	BTFSC      PORTA+0, 2
+	INCF       R0, 1
+	MOVF       R0, 0
+	ADDWF      Soft_I2C_Read_d_L0+0, 1
+;Soft_I2C.c,55 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,56 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Read15:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Read15
+	NOP
+	NOP
+;Soft_I2C.c,57 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,58 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Read16:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Read16
+	NOP
+	NOP
+;Soft_I2C.c,52 :: 		for(i=0; i<8; i++){
+	INCF       R1+0, 1
+;Soft_I2C.c,59 :: 		}
+	GOTO       L_Soft_I2C_Read12
+L_Soft_I2C_Read13:
+;Soft_I2C.c,60 :: 		return d;
+	MOVF       Soft_I2C_Read_d_L0+0, 0
+	MOVWF      R0
+;Soft_I2C.c,61 :: 		}
+L_end_Soft_I2C_Read:
+	RETURN
+; end of _Soft_I2C_Read
+
+_Soft_I2C_ACK:
+
+;Soft_I2C.c,63 :: 		void Soft_I2C_ACK(void){
+;Soft_I2C.c,64 :: 		Soft_I2C_Sda = 0;
+	BCF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,65 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_ACK17:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_ACK17
+	NOP
+	NOP
+;Soft_I2C.c,66 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,67 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_ACK18:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_ACK18
+	NOP
+	NOP
+;Soft_I2C.c,68 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,69 :: 		Soft_I2C_Sda = 1;
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,70 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_ACK19:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_ACK19
+	NOP
+	NOP
+;Soft_I2C.c,71 :: 		return;
+;Soft_I2C.c,72 :: 		}
+L_end_Soft_I2C_ACK:
+	RETURN
+; end of _Soft_I2C_ACK
+
+_Soft_I2C_NACK:
+
+;Soft_I2C.c,74 :: 		void Soft_I2C_NACK(void){
+;Soft_I2C.c,75 :: 		Soft_I2C_Sda = 1;
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,76 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_NACK20:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_NACK20
+	NOP
+	NOP
+;Soft_I2C.c,77 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,78 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_NACK21:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_NACK21
+	NOP
+	NOP
+;Soft_I2C.c,79 :: 		Soft_I2C_Scl = 0;
+	BCF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,80 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_NACK22:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_NACK22
+	NOP
+	NOP
+;Soft_I2C.c,81 :: 		return;
+;Soft_I2C.c,82 :: 		}
+L_end_Soft_I2C_NACK:
+	RETURN
+; end of _Soft_I2C_NACK
+
+_Soft_I2C_Stop:
+
+;Soft_I2C.c,84 :: 		void Soft_I2C_Stop() {
+;Soft_I2C.c,85 :: 		Soft_I2C_Sda = 0;
+	BCF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,86 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Stop23:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Stop23
+	NOP
+	NOP
+;Soft_I2C.c,87 :: 		Soft_I2C_Scl = 1;
+	BSF        LATA3_bit+0, BitPos(LATA3_bit+0)
+;Soft_I2C.c,88 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Stop24:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Stop24
+	NOP
+	NOP
+;Soft_I2C.c,89 :: 		Soft_I2C_Sda = 1;
+	BSF        LATA2_bit+0, BitPos(LATA2_bit+0)
+;Soft_I2C.c,90 :: 		Delay_I2C;
+	MOVLW      39
+	MOVWF      R13
+L_Soft_I2C_Stop25:
+	DECFSZ     R13, 1
+	GOTO       L_Soft_I2C_Stop25
+	NOP
+	NOP
+;Soft_I2C.c,91 :: 		return;
+;Soft_I2C.c,92 :: 		}
+L_end_Soft_I2C_Stop:
+	RETURN
+; end of _Soft_I2C_Stop
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.c b/Firmware/ATU-10_FW_13/Soft_I2C.c
new file mode 100644
index 0000000..6de5595
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.c
@@ -0,0 +1,92 @@
+
+#include "Soft_I2C.h"
+
+#define Delay_I2C Delay_us(15)
+
+// Software I2C connections
+#define Soft_I2C_Scl              LATA3_bit
+#define Soft_I2C_Sda              LATA2_bit
+#define Soft_I2C_Sda_in           PORTA.B2
+#define Soft_I2C_Scl_in           PORTA.B3
+
+void Soft_I2C_Init(void) {
+    Soft_I2C_Stop();
+    return;
+ }
+ 
+ void Soft_I2C_Start() {
+     Soft_I2C_Scl = 1;
+     Delay_I2C;
+     Soft_I2C_Sda = 1;
+     Delay_I2C;
+     Soft_I2C_Sda = 0;
+     Delay_I2C;
+     Soft_I2C_Scl = 0;
+     Delay_I2C;
+     return;
+ }
+
+char Soft_I2C_Write(char d) {
+    char i, ack;
+    for(i=0; i<8; i++) {
+        Soft_I2C_Sda = d.B7;
+        Delay_I2C;
+        Soft_I2C_Scl = 1;
+        Delay_I2C;
+        Soft_I2C_Scl = 0;
+        d = d << 1;
+    }
+    //
+    Soft_I2C_Sda = 1; //ACK
+    Delay_I2C;
+    Soft_I2C_Scl = 1;
+    ack = Soft_I2C_Sda_in;
+    Delay_I2C;
+    Soft_I2C_Scl = 0;
+    Delay_I2C;
+    return ack;
+}
+
+char Soft_I2C_Read(void){
+   char i, d = 0;
+   for(i=0; i<8; i++){
+      d = d << 1;
+      d = d + Soft_I2C_Sda_in;
+      Soft_I2C_Scl = 1;
+      Delay_I2C;
+      Soft_I2C_Scl = 0;
+      Delay_I2C;
+   }
+   return d;
+}
+
+void Soft_I2C_ACK(void){
+   Soft_I2C_Sda = 0;
+   Delay_I2C;
+   Soft_I2C_Scl = 1;
+   Delay_I2C;
+   Soft_I2C_Scl = 0;
+   Soft_I2C_Sda = 1;
+   Delay_I2C;
+   return;
+}
+
+void Soft_I2C_NACK(void){
+   Soft_I2C_Sda = 1;
+   Delay_I2C;
+   Soft_I2C_Scl = 1;
+   Delay_I2C;
+   Soft_I2C_Scl = 0;
+   Delay_I2C;
+   return;
+}
+
+void Soft_I2C_Stop() {
+   Soft_I2C_Sda = 0;
+   Delay_I2C;
+   Soft_I2C_Scl = 1;
+   Delay_I2C;
+   Soft_I2C_Sda = 1;
+   Delay_I2C;
+   return;
+}
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.c.ini b/Firmware/ATU-10_FW_13/Soft_I2C.c.ini
new file mode 100644
index 0000000..9641705
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.c.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=4
+Column=29
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.cp b/Firmware/ATU-10_FW_13/Soft_I2C.cp
new file mode 100644
index 0000000..ee51260
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.cp
@@ -0,0 +1,92 @@
+#line 1 "D:/Projects/ATU-10/Firmware_1.3/Soft_I2C.c"
+#line 1 "d:/projects/atu-10/firmware_1.3/soft_i2c.h"
+
+void Soft_I2C_Init(void);
+void Soft_I2C_Start(void);
+char Soft_I2C_Write(char);
+char Soft_I2C_Read(void);
+void Soft_I2C_ACK(void);
+void Soft_I2C_NACK(void);
+void Soft_I2C_Stop(void);
+#line 12 "D:/Projects/ATU-10/Firmware_1.3/Soft_I2C.c"
+void Soft_I2C_Init(void) {
+ Soft_I2C_Stop();
+ return;
+ }
+
+ void Soft_I2C_Start() {
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA2_bit  = 1;
+  Delay_us(15) ;
+  LATA2_bit  = 0;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+  Delay_us(15) ;
+ return;
+ }
+
+char Soft_I2C_Write(char d) {
+ char i, ack;
+ for(i=0; i<8; i++) {
+  LATA2_bit  = d.B7;
+  Delay_us(15) ;
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+ d = d << 1;
+ }
+
+  LATA2_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 1;
+ ack =  PORTA.B2 ;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+  Delay_us(15) ;
+ return ack;
+}
+
+char Soft_I2C_Read(void){
+ char i, d = 0;
+ for(i=0; i<8; i++){
+ d = d << 1;
+ d = d +  PORTA.B2 ;
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+  Delay_us(15) ;
+ }
+ return d;
+}
+
+void Soft_I2C_ACK(void){
+  LATA2_bit  = 0;
+  Delay_us(15) ;
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+  LATA2_bit  = 1;
+  Delay_us(15) ;
+ return;
+}
+
+void Soft_I2C_NACK(void){
+  LATA2_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA3_bit  = 0;
+  Delay_us(15) ;
+ return;
+}
+
+void Soft_I2C_Stop() {
+  LATA2_bit  = 0;
+  Delay_us(15) ;
+  LATA3_bit  = 1;
+  Delay_us(15) ;
+  LATA2_bit  = 1;
+  Delay_us(15) ;
+ return;
+}
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.h b/Firmware/ATU-10_FW_13/Soft_I2C.h
new file mode 100644
index 0000000..4f1e754
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.h
@@ -0,0 +1,9 @@
+
+void Soft_I2C_Init(void);
+void Soft_I2C_Start(void);
+char Soft_I2C_Write(char);
+char Soft_I2C_Read(void);
+void Soft_I2C_ACK(void);
+void Soft_I2C_NACK(void);
+void Soft_I2C_Stop(void);
+//
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.h.ini b/Firmware/ATU-10_FW_13/Soft_I2C.h.ini
new file mode 100644
index 0000000..ff713ba
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/Soft_I2C.h.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=1
+Column=1
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/Soft_I2C.mcl b/Firmware/ATU-10_FW_13/Soft_I2C.mcl
new file mode 100644
index 0000000..6602679
Binary files /dev/null and b/Firmware/ATU-10_FW_13/Soft_I2C.mcl differ
diff --git a/Firmware/ATU-10_FW_13/font_5x8.h b/Firmware/ATU-10_FW_13/font_5x8.h
new file mode 100644
index 0000000..3703333
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/font_5x8.h
@@ -0,0 +1,100 @@
+ static const code char  font_5x8[] = {
+//
+0x00, 0x00, 0x00, 0x00, 0x00,// (space)
+0x00, 0x00, 0x5F, 0x00, 0x00,// !
+0x00, 0x07, 0x00, 0x07, 0x00,// "
+0x14, 0x7F, 0x14, 0x7F, 0x14,// #
+0x24, 0x2A, 0x7F, 0x2A, 0x12,// $
+0x23, 0x13, 0x08, 0x64, 0x62,// %
+0x36, 0x49, 0x55, 0x22, 0x50,// &
+0x00, 0x05, 0x03, 0x00, 0x00,// '
+0x00, 0x1C, 0x22, 0x41, 0x00,// (
+0x00, 0x41, 0x22, 0x1C, 0x00,// )
+0x08, 0x2A, 0x1C, 0x2A, 0x08,// *
+0x08, 0x08, 0x3E, 0x08, 0x08,// +
+0x00, 0x50, 0x30, 0x00, 0x00,// ,
+0x08, 0x08, 0x08, 0x08, 0x08,// -
+0x00, 0x30, 0x30, 0x00, 0x00,// .
+0x20, 0x10, 0x08, 0x04, 0x02,// /
+0x3E, 0x51, 0x49, 0x45, 0x3E,// 0
+0x00, 0x42, 0x7F, 0x40, 0x00,// 1
+0x42, 0x61, 0x51, 0x49, 0x46,// 2
+0x21, 0x41, 0x45, 0x4B, 0x31,// 3
+0x18, 0x14, 0x12, 0x7F, 0x10,// 4
+0x27, 0x45, 0x45, 0x45, 0x39,// 5
+0x3C, 0x4A, 0x49, 0x49, 0x30,// 6
+0x01, 0x71, 0x09, 0x05, 0x03,// 7
+0x36, 0x49, 0x49, 0x49, 0x36,// 8
+0x06, 0x49, 0x49, 0x29, 0x1E,// 9
+0x00, 0x36, 0x36, 0x00, 0x00,// :
+0x00, 0x56, 0x36, 0x00, 0x00,// ;
+0x00, 0x08, 0x14, 0x22, 0x41,// <
+0x14, 0x14, 0x14, 0x14, 0x14,// =
+0x41, 0x22, 0x14, 0x08, 0x00,// >
+0x02, 0x01, 0x51, 0x09, 0x06,// ?
+0x32, 0x49, 0x79, 0x41, 0x3E,// @
+0x7E, 0x11, 0x11, 0x11, 0x7E,// A
+0x7F, 0x49, 0x49, 0x49, 0x36,// B
+0x3E, 0x41, 0x41, 0x41, 0x22,// C
+0x7F, 0x41, 0x41, 0x22, 0x1C,// D
+0x7F, 0x49, 0x49, 0x49, 0x41,// E
+0x7F, 0x09, 0x09, 0x01, 0x01,// F
+0x3E, 0x41, 0x41, 0x51, 0x32,// G
+0x7F, 0x08, 0x08, 0x08, 0x7F,// H
+0x00, 0x41, 0x7F, 0x41, 0x00,// I
+0x20, 0x40, 0x41, 0x3F, 0x01,// J
+0x7F, 0x08, 0x14, 0x22, 0x41,// K
+0x7F, 0x40, 0x40, 0x40, 0x40,// L
+0x7F, 0x02, 0x04, 0x02, 0x7F,// M
+0x7F, 0x04, 0x08, 0x10, 0x7F,// N
+0x3E, 0x41, 0x41, 0x41, 0x3E,// O
+0x7F, 0x09, 0x09, 0x09, 0x06,// P
+0x3E, 0x41, 0x51, 0x21, 0x5E,// Q
+0x7F, 0x09, 0x19, 0x29, 0x46,// R
+0x46, 0x49, 0x49, 0x49, 0x31,// S
+0x01, 0x01, 0x7F, 0x01, 0x01,// T
+0x3F, 0x40, 0x40, 0x40, 0x3F,// U
+0x1F, 0x20, 0x40, 0x20, 0x1F,// V
+0x7F, 0x20, 0x18, 0x20, 0x7F,// W
+0x63, 0x14, 0x08, 0x14, 0x63,// X
+0x03, 0x04, 0x78, 0x04, 0x03,// Y
+0x61, 0x51, 0x49, 0x45, 0x43,// Z
+0x00, 0x00, 0x7F, 0x41, 0x41,// [
+0x02, 0x04, 0x08, 0x10, 0x20,// "\"
+0x41, 0x41, 0x7F, 0x00, 0x00,// ]
+0x04, 0x02, 0x01, 0x02, 0x04,// ^
+0x40, 0x40, 0x40, 0x40, 0x40,// _
+0x00, 0x01, 0x02, 0x04, 0x00,// `
+0x20, 0x54, 0x54, 0x54, 0x78,// a
+0x7F, 0x48, 0x44, 0x44, 0x38,// b
+0x38, 0x44, 0x44, 0x44, 0x20,// c
+0x38, 0x44, 0x44, 0x48, 0x7F,// d
+0x38, 0x54, 0x54, 0x54, 0x18,// e
+0x08, 0x7E, 0x09, 0x01, 0x02,// f
+0x08, 0x14, 0x54, 0x54, 0x3C,// g
+0x7F, 0x08, 0x04, 0x04, 0x78,// h
+0x00, 0x44, 0x7D, 0x40, 0x00,// i
+0x20, 0x40, 0x44, 0x3D, 0x00,// j
+0x00, 0x7F, 0x10, 0x28, 0x44,// k
+0x00, 0x41, 0x7F, 0x40, 0x00,// l
+0x7C, 0x04, 0x18, 0x04, 0x78,// m
+0x7C, 0x08, 0x04, 0x04, 0x78,// n
+0x38, 0x44, 0x44, 0x44, 0x38,// o
+0x7C, 0x14, 0x14, 0x14, 0x08,// p
+0x08, 0x14, 0x14, 0x18, 0x7C,// q
+0x7C, 0x08, 0x04, 0x04, 0x08,// r
+0x48, 0x54, 0x54, 0x54, 0x20,// s
+0x04, 0x3F, 0x44, 0x40, 0x20,// t
+0x3C, 0x40, 0x40, 0x20, 0x7C,// u
+0x1C, 0x20, 0x40, 0x20, 0x1C,// v
+0x3C, 0x40, 0x30, 0x40, 0x3C,// w
+0x44, 0x28, 0x10, 0x28, 0x44,// x
+0x0C, 0x50, 0x50, 0x50, 0x3C,// y
+0x44, 0x64, 0x54, 0x4C, 0x44,// z
+0x00, 0x08, 0x36, 0x41, 0x00,// {
+0x00, 0x00, 0x7F, 0x00, 0x00,// |
+0x00, 0x41, 0x36, 0x08, 0x00,// }
+0x08, 0x08, 0x2A, 0x1C, 0x08,// ->
+0x08, 0x1C, 0x2A, 0x08, 0x08 // <-
+};
+//
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/font_5x8.h.ini b/Firmware/ATU-10_FW_13/font_5x8.h.ini
new file mode 100644
index 0000000..44df6a4
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/font_5x8.h.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=99
+Column=1
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/main.asm b/Firmware/ATU-10_FW_13/main.asm
new file mode 100644
index 0000000..961f5c9
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.asm
@@ -0,0 +1,4669 @@
+
+_interupt:
+
+;main.c,30 :: 		void interupt() iv 0x0004  {
+;main.c,32 :: 		if(TMR0IF_bit) {   // Timer0
+	BTFSS      TMR0IF_bit+0, BitPos(TMR0IF_bit+0)
+	GOTO       L_interupt0
+;main.c,33 :: 		TMR0IF_bit = 0;
+	BCF        TMR0IF_bit+0, BitPos(TMR0IF_bit+0)
+;main.c,34 :: 		Tick++;
+	MOVLW      1
+	ADDWF      _Tick+0, 1
+	MOVLW      0
+	ADDWFC     _Tick+1, 1
+	ADDWFC     _Tick+2, 1
+	ADDWFC     _Tick+3, 1
+;main.c,35 :: 		TMR0L = 0xC0;   // 80_000 cycles to OF
+	MOVLW      192
+	MOVWF      TMR0L+0
+;main.c,36 :: 		TMR0H = 0xE0;
+	MOVLW      224
+	MOVWF      TMR0H+0
+;main.c,37 :: 		}
+L_interupt0:
+;main.c,39 :: 		if(Tick>=btn_cnt){  // every 10ms
+	MOVF       _btn_cnt+3, 0
+	SUBWF      _Tick+3, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__interupt242
+	MOVF       _btn_cnt+2, 0
+	SUBWF      _Tick+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__interupt242
+	MOVF       _btn_cnt+1, 0
+	SUBWF      _Tick+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__interupt242
+	MOVF       _btn_cnt+0, 0
+	SUBWF      _Tick+0, 0
+L__interupt242:
+	BTFSS      STATUS+0, 0
+	GOTO       L_interupt1
+;main.c,40 :: 		btn_cnt += 10;
+	MOVLW      10
+	ADDWF      _btn_cnt+0, 1
+	MOVLW      0
+	ADDWFC     _btn_cnt+1, 1
+	ADDWFC     _btn_cnt+2, 1
+	ADDWFC     _btn_cnt+3, 1
+;main.c,42 :: 		if(GetButton | Start){
+	BTFSC      PORTB+0, 5
+	GOTO       L__interupt243
+	BSF        R4, 0
+	GOTO       L__interupt244
+L__interupt243:
+	BCF        R4, 0
+L__interupt244:
+	BTFSC      PORTD+0, 1
+	GOTO       L__interupt245
+	BSF        3, 0
+	GOTO       L__interupt246
+L__interupt245:
+	BCF        3, 0
+L__interupt246:
+	BTFSC      R4, 0
+	GOTO       L__interupt247
+	BTFSC      3, 0
+	GOTO       L__interupt247
+	BCF        R4, 0
+	GOTO       L__interupt248
+L__interupt247:
+	BSF        R4, 0
+L__interupt248:
+	BTFSS      R4, 0
+	GOTO       L_interupt2
+;main.c,43 :: 		disp_cnt = Tick + Disp_time*1000;
+	MOVF       _Disp_time+0, 0
+	MOVWF      R0
+	MOVF       _Disp_time+1, 0
+	MOVWF      R1
+	MOVF       _Disp_time+2, 0
+	MOVWF      R2
+	MOVF       _Disp_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _disp_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _disp_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _disp_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _disp_cnt+3
+;main.c,44 :: 		off_cnt = Tick + Off_time*1000;
+	MOVF       _Off_time+0, 0
+	MOVWF      R0
+	MOVF       _Off_time+1, 0
+	MOVWF      R1
+	MOVF       _Off_time+2, 0
+	MOVWF      R2
+	MOVF       _Off_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _off_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _off_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _off_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _off_cnt+3
+;main.c,45 :: 		}
+L_interupt2:
+;main.c,47 :: 		if(GetButton){  //
+	BTFSC      PORTB+0, 5
+	GOTO       L__interupt249
+	BSF        3, 0
+	GOTO       L__interupt250
+L__interupt249:
+	BCF        3, 0
+L__interupt250:
+	BTFSS      3, 0
+	GOTO       L_interupt3
+;main.c,48 :: 		if(btn_1_cnt<250) btn_1_cnt++;
+	MOVLW      250
+	SUBWF      _btn_1_cnt+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_interupt4
+	INCF       _btn_1_cnt+0, 1
+L_interupt4:
+;main.c,49 :: 		if(btn_1_cnt==25) B_long = 1;  // long pressing detected
+	MOVF       _btn_1_cnt+0, 0
+	XORLW      25
+	BTFSS      STATUS+0, 2
+	GOTO       L_interupt5
+	BSF        _B_long+0, BitPos(_B_long+0)
+L_interupt5:
+;main.c,50 :: 		if(btn_1_cnt==250 & OLED_PWD) B_xlong = 1;  // Xtra long pressing detected
+	MOVF       _btn_1_cnt+0, 0
+	XORLW      250
+	MOVLW      1
+	BTFSS      STATUS+0, 2
+	MOVLW      0
+	MOVWF      R1
+	CLRF       R0
+	BTFSC      LATA4_bit+0, BitPos(LATA4_bit+0)
+	INCF       R0, 1
+	MOVF       R1, 0
+	ANDWF      R0, 1
+	BTFSC      STATUS+0, 2
+	GOTO       L_interupt6
+	BSF        _B_xlong+0, BitPos(_B_xlong+0)
+L_interupt6:
+;main.c,51 :: 		}
+	GOTO       L_interupt7
+L_interupt3:
+;main.c,52 :: 		else if(btn_1_cnt>2 & btn_1_cnt<25){
+	MOVF       _btn_1_cnt+0, 0
+	SUBLW      2
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R1
+	MOVLW      25
+	SUBWF      _btn_1_cnt+0, 0
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R0
+	MOVF       R1, 0
+	ANDWF      R0, 1
+	BTFSC      STATUS+0, 2
+	GOTO       L_interupt8
+;main.c,53 :: 		B_short = 1;               // short pressing detected
+	BSF        _B_short+0, BitPos(_B_short+0)
+;main.c,54 :: 		btn_1_cnt = 0;
+	CLRF       _btn_1_cnt+0
+;main.c,55 :: 		}
+	GOTO       L_interupt9
+L_interupt8:
+;main.c,57 :: 		btn_1_cnt = 0;
+	CLRF       _btn_1_cnt+0
+L_interupt9:
+L_interupt7:
+;main.c,59 :: 		if(Start){
+	BTFSC      PORTD+0, 1
+	GOTO       L__interupt251
+	BSF        3, 0
+	GOTO       L__interupt252
+L__interupt251:
+	BCF        3, 0
+L__interupt252:
+	BTFSS      3, 0
+	GOTO       L_interupt10
+;main.c,60 :: 		if(btn_2_cnt<25) btn_2_cnt++;
+	MOVLW      25
+	SUBWF      _btn_2_cnt+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_interupt11
+	INCF       _btn_2_cnt+0, 1
+L_interupt11:
+;main.c,61 :: 		if(btn_2_cnt==20 & Key_in) E_long = 1;
+	MOVF       _btn_2_cnt+0, 0
+	XORLW      20
+	MOVLW      1
+	BTFSS      STATUS+0, 2
+	MOVLW      0
+	MOVWF      R1
+	CLRF       R0
+	BTFSC      PORTD+0, 2
+	INCF       R0, 1
+	MOVF       R1, 0
+	ANDWF      R0, 1
+	BTFSC      STATUS+0, 2
+	GOTO       L_interupt12
+	BSF        _E_long+0, BitPos(_E_long+0)
+L_interupt12:
+;main.c,62 :: 		}
+	GOTO       L_interupt13
+L_interupt10:
+;main.c,63 :: 		else if(btn_2_cnt>1 & btn_2_cnt<10){
+	MOVF       _btn_2_cnt+0, 0
+	SUBLW      1
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R1
+	MOVLW      10
+	SUBWF      _btn_2_cnt+0, 0
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R0
+	MOVF       R1, 0
+	ANDWF      R0, 1
+	BTFSC      STATUS+0, 2
+	GOTO       L_interupt14
+;main.c,64 :: 		E_short = 1;
+	BSF        _E_short+0, BitPos(_E_short+0)
+;main.c,65 :: 		btn_2_cnt = 0;
+	CLRF       _btn_2_cnt+0
+;main.c,66 :: 		}
+	GOTO       L_interupt15
+L_interupt14:
+;main.c,68 :: 		btn_2_cnt = 0;
+	CLRF       _btn_2_cnt+0
+L_interupt15:
+L_interupt13:
+;main.c,69 :: 		}
+L_interupt1:
+;main.c,70 :: 		return;
+;main.c,71 :: 		}
+L_end_interupt:
+L__interupt241:
+	RETFIE     %s
+; end of _interupt
+
+_main:
+
+;main.c,74 :: 		void main() {
+;main.c,75 :: 		pic_init();
+	CALL       _pic_init+0
+;main.c,76 :: 		Red = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,77 :: 		Key_out = 1;
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+;main.c,78 :: 		gre = 1;
+	BSF        _gre+0, BitPos(_gre+0)
+;main.c,79 :: 		oled_start();
+	CALL       _oled_start+0
+;main.c,81 :: 		ADC_Init();
+	CALL       _ADC_Init+0
+;main.c,82 :: 		Overflow = 0;
+	BCF        _Overflow+0, BitPos(_Overflow+0)
+;main.c,83 :: 		B_short = 0;
+	BCF        _B_short+0, BitPos(_B_short+0)
+;main.c,84 :: 		B_long = 0;
+	BCF        _B_long+0, BitPos(_B_long+0)
+;main.c,85 :: 		B_xlong = 0;
+	BCF        _B_xlong+0, BitPos(_B_xlong+0)
+;main.c,86 :: 		E_short = 0;
+	BCF        _E_short+0, BitPos(_E_short+0)
+;main.c,87 :: 		E_long = 0;
+	BCF        _E_long+0, BitPos(_E_long+0)
+;main.c,89 :: 		disp_cnt = Tick + Disp_time*1000;
+	MOVF       _Disp_time+0, 0
+	MOVWF      R0
+	MOVF       _Disp_time+1, 0
+	MOVWF      R1
+	MOVF       _Disp_time+2, 0
+	MOVWF      R2
+	MOVF       _Disp_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _disp_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _disp_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _disp_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _disp_cnt+3
+;main.c,90 :: 		off_cnt = Tick + Off_time*1000;
+	MOVF       _Off_time+0, 0
+	MOVWF      R0
+	MOVF       _Off_time+1, 0
+	MOVWF      R1
+	MOVF       _Off_time+2, 0
+	MOVWF      R2
+	MOVF       _Off_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _off_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _off_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _off_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _off_cnt+3
+;main.c,93 :: 		rldl = Rel_Del;
+	MOVF       _Rel_Del+0, 0
+	MOVWF      _rldl+0
+	MOVF       _Rel_Del+1, 0
+	MOVWF      _rldl+1
+;main.c,96 :: 		while(1) {
+L_main16:
+;main.c,97 :: 		if(Tick>=volt_cnt){   // every 3 second
+	MOVF       _volt_cnt+3, 0
+	SUBWF      _Tick+3, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main254
+	MOVF       _volt_cnt+2, 0
+	SUBWF      _Tick+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main254
+	MOVF       _volt_cnt+1, 0
+	SUBWF      _Tick+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main254
+	MOVF       _volt_cnt+0, 0
+	SUBWF      _Tick+0, 0
+L__main254:
+	BTFSS      STATUS+0, 0
+	GOTO       L_main18
+;main.c,98 :: 		volt_cnt += 3000;
+	MOVLW      184
+	ADDWF      _volt_cnt+0, 1
+	MOVLW      11
+	ADDWFC     _volt_cnt+1, 1
+	MOVLW      0
+	ADDWFC     _volt_cnt+2, 1
+	ADDWFC     _volt_cnt+3, 1
+;main.c,99 :: 		Voltage_show();
+	CALL       _Voltage_show+0
+;main.c,100 :: 		}
+L_main18:
+;main.c,102 :: 		if(Tick>=watch_cnt){   // every 300 ms    unless power off
+	MOVF       _watch_cnt+3, 0
+	SUBWF      _Tick+3, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main255
+	MOVF       _watch_cnt+2, 0
+	SUBWF      _Tick+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main255
+	MOVF       _watch_cnt+1, 0
+	SUBWF      _Tick+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main255
+	MOVF       _watch_cnt+0, 0
+	SUBWF      _Tick+0, 0
+L__main255:
+	BTFSS      STATUS+0, 0
+	GOTO       L_main19
+;main.c,103 :: 		watch_cnt += 300;
+	MOVLW      44
+	ADDWF      _watch_cnt+0, 1
+	MOVLW      1
+	ADDWFC     _watch_cnt+1, 1
+	MOVLW      0
+	ADDWFC     _watch_cnt+2, 1
+	ADDWFC     _watch_cnt+3, 1
+;main.c,104 :: 		watch_swr();
+	CALL       _watch_swr+0
+;main.c,105 :: 		}
+L_main19:
+;main.c,107 :: 		if(Tick>=disp_cnt){  // Display off
+	MOVF       _disp_cnt+3, 0
+	SUBWF      _Tick+3, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main256
+	MOVF       _disp_cnt+2, 0
+	SUBWF      _Tick+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main256
+	MOVF       _disp_cnt+1, 0
+	SUBWF      _Tick+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main256
+	MOVF       _disp_cnt+0, 0
+	SUBWF      _Tick+0, 0
+L__main256:
+	BTFSS      STATUS+0, 0
+	GOTO       L_main20
+;main.c,109 :: 		OLED_PWD = 0;
+	BCF        LATA4_bit+0, BitPos(LATA4_bit+0)
+;main.c,110 :: 		}
+L_main20:
+;main.c,112 :: 		if(Tick>=off_cnt){    // Go to power off
+	MOVF       _off_cnt+3, 0
+	SUBWF      _Tick+3, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main257
+	MOVF       _off_cnt+2, 0
+	SUBWF      _Tick+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main257
+	MOVF       _off_cnt+1, 0
+	SUBWF      _Tick+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__main257
+	MOVF       _off_cnt+0, 0
+	SUBWF      _Tick+0, 0
+L__main257:
+	BTFSS      STATUS+0, 0
+	GOTO       L_main21
+;main.c,113 :: 		power_off();
+	CALL       _power_off+0
+;main.c,114 :: 		}
+L_main21:
+;main.c,116 :: 		if(B_short){
+	BTFSS      _B_short+0, BitPos(_B_short+0)
+	GOTO       L_main22
+;main.c,117 :: 		if(OLED_PWD) Btn_short();
+	BTFSS      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_main23
+	CALL       _Btn_short+0
+	GOTO       L_main24
+L_main23:
+;main.c,118 :: 		else oled_start();
+	CALL       _oled_start+0
+L_main24:
+;main.c,119 :: 		}
+L_main22:
+;main.c,120 :: 		if(B_long){
+	BTFSS      _B_long+0, BitPos(_B_long+0)
+	GOTO       L_main25
+;main.c,121 :: 		if(OLED_PWD) Btn_long();
+	BTFSS      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_main26
+	CALL       _Btn_long+0
+	GOTO       L_main27
+L_main26:
+;main.c,122 :: 		else oled_start();
+	CALL       _oled_start+0
+L_main27:
+;main.c,123 :: 		}
+L_main25:
+;main.c,124 :: 		if(B_xlong){
+	BTFSS      _B_xlong+0, BitPos(_B_xlong+0)
+	GOTO       L_main28
+;main.c,125 :: 		if(OLED_PWD) Btn_xlong();
+	BTFSS      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_main29
+	CALL       _Btn_xlong+0
+	GOTO       L_main30
+L_main29:
+;main.c,126 :: 		else oled_start();
+	CALL       _oled_start+0
+L_main30:
+;main.c,127 :: 		}
+L_main28:
+;main.c,129 :: 		if(E_short){
+	BTFSS      _E_short+0, BitPos(_E_short+0)
+	GOTO       L_main31
+;main.c,130 :: 		if(OLED_PWD==0) oled_start();
+	BTFSC      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_main32
+	CALL       _oled_start+0
+L_main32:
+;main.c,131 :: 		Btn_short();
+	CALL       _Btn_short+0
+;main.c,132 :: 		}
+L_main31:
+;main.c,133 :: 		if(E_long){
+	BTFSS      _E_long+0, BitPos(_E_long+0)
+	GOTO       L_main33
+;main.c,134 :: 		if(OLED_PWD==0) { Ext_long(); oled_start(); }
+	BTFSC      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_main34
+	CALL       _Ext_long+0
+	CALL       _oled_start+0
+	GOTO       L_main35
+L_main34:
+;main.c,135 :: 		else Btn_long();
+	CALL       _Btn_long+0
+L_main35:
+;main.c,136 :: 		}
+L_main33:
+;main.c,138 :: 		} // while(1)
+	GOTO       L_main16
+;main.c,139 :: 		} // main
+L_end_main:
+	GOTO       $+0
+; end of _main
+
+_oled_start:
+
+;main.c,142 :: 		void oled_start(){
+;main.c,143 :: 		OLED_PWD = 1;
+	BSF        LATA4_bit+0, BitPos(LATA4_bit+0)
+;main.c,145 :: 		Delay_ms(200);
+	MOVLW      9
+	MOVWF      R11
+	MOVLW      30
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_oled_start36:
+	DECFSZ     R13, 1
+	GOTO       L_oled_start36
+	DECFSZ     R12, 1
+	GOTO       L_oled_start36
+	DECFSZ     R11, 1
+	GOTO       L_oled_start36
+	NOP
+;main.c,146 :: 		Soft_I2C_init();
+	CALL       _Soft_I2C_Init+0
+;main.c,147 :: 		Delay_ms(10);
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_oled_start37:
+	DECFSZ     R13, 1
+	GOTO       L_oled_start37
+	DECFSZ     R12, 1
+	GOTO       L_oled_start37
+	NOP
+;main.c,148 :: 		oled_init();
+	CALL       _oled_init+0
+;main.c,150 :: 		if(gre){
+	BTFSS      _gre+0, BitPos(_gre+0)
+	GOTO       L_oled_start38
+;main.c,151 :: 		Greating();
+	CALL       _Greating+0
+;main.c,152 :: 		gre = 0;
+	BCF        _gre+0, BitPos(_gre+0)
+;main.c,153 :: 		oled_clear();
+	CALL       _oled_clear+0
+;main.c,154 :: 		}
+L_oled_start38:
+;main.c,155 :: 		oled_wr_str(0, 0, "PWR     W", 9);
+	CLRF       FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr1_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr1_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,156 :: 		oled_bat();
+	CALL       _oled_bat+0
+;main.c,157 :: 		oled_wr_str(2, 0, "SWR      ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr2_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr2_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,158 :: 		oled_wr_str(0, 42, "=", 1);
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr3_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr3_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,159 :: 		oled_wr_str(2, 42, "=", 1);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr4_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr4_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,160 :: 		Voltage_old = 9999;
+	MOVLW      15
+	MOVWF      _Voltage_old+0
+	MOVLW      39
+	MOVWF      _Voltage_old+1
+;main.c,161 :: 		SWR_fixed_old = 100;
+	MOVLW      100
+	MOVWF      _SWR_fixed_old+0
+	MOVLW      0
+	MOVWF      _SWR_fixed_old+1
+;main.c,162 :: 		PWR_fixed_old = 9999;
+	MOVLW      15
+	MOVWF      _PWR_fixed_old+0
+	MOVLW      39
+	MOVWF      _PWR_fixed_old+1
+;main.c,163 :: 		SWR_ind = 0;
+	CLRF       _SWR_ind+0
+	CLRF       _SWR_ind+1
+;main.c,164 :: 		draw_swr(SWR_ind);
+	CLRF       FARG_draw_swr+0
+	CLRF       FARG_draw_swr+1
+	CALL       _draw_swr+0
+;main.c,165 :: 		volt_cnt = Tick + 1;
+	MOVLW      1
+	ADDWF      _Tick+0, 0
+	MOVWF      _volt_cnt+0
+	MOVLW      0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _volt_cnt+1
+	MOVLW      0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _volt_cnt+2
+	MOVLW      0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _volt_cnt+3
+;main.c,166 :: 		watch_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      _watch_cnt+0
+	MOVF       _Tick+1, 0
+	MOVWF      _watch_cnt+1
+	MOVF       _Tick+2, 0
+	MOVWF      _watch_cnt+2
+	MOVF       _Tick+3, 0
+	MOVWF      _watch_cnt+3
+;main.c,167 :: 		B_short = 0; B_long = 0; B_xlong = 0;
+	BCF        _B_short+0, BitPos(_B_short+0)
+	BCF        _B_long+0, BitPos(_B_long+0)
+	BCF        _B_xlong+0, BitPos(_B_xlong+0)
+;main.c,168 :: 		disp_cnt = Tick + Disp_time*1000;
+	MOVF       _Disp_time+0, 0
+	MOVWF      R0
+	MOVF       _Disp_time+1, 0
+	MOVWF      R1
+	MOVF       _Disp_time+2, 0
+	MOVWF      R2
+	MOVF       _Disp_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _disp_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _disp_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _disp_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _disp_cnt+3
+;main.c,169 :: 		off_cnt = Tick + Off_time*1000;
+	MOVF       _Off_time+0, 0
+	MOVWF      R0
+	MOVF       _Off_time+1, 0
+	MOVWF      R1
+	MOVF       _Off_time+2, 0
+	MOVWF      R2
+	MOVF       _Off_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _off_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _off_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _off_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _off_cnt+3
+;main.c,170 :: 		return;
+;main.c,171 :: 		}
+L_end_oled_start:
+	RETURN
+; end of _oled_start
+
+_watch_swr:
+
+;main.c,174 :: 		void watch_swr(void){
+;main.c,176 :: 		int delta = Auto_delta - 100;
+	MOVLW      100
+	SUBWF      _Auto_delta+0, 0
+	MOVWF      watch_swr_delta_L0+0
+	MOVLW      0
+	SUBWFB     _Auto_delta+1, 0
+	MOVWF      watch_swr_delta_L0+1
+;main.c,179 :: 		Delay_ms(50);
+	MOVLW      3
+	MOVWF      R11
+	MOVLW      8
+	MOVWF      R12
+	MOVLW      119
+	MOVWF      R13
+L_watch_swr39:
+	DECFSZ     R13, 1
+	GOTO       L_watch_swr39
+	DECFSZ     R12, 1
+	GOTO       L_watch_swr39
+	DECFSZ     R11, 1
+	GOTO       L_watch_swr39
+;main.c,181 :: 		cnt = 600;
+	MOVLW      88
+	MOVWF      watch_swr_cnt_L0+0
+;main.c,182 :: 		PWR_fixed = 0;
+	CLRF       watch_swr_PWR_fixed_L0+0
+	CLRF       watch_swr_PWR_fixed_L0+1
+;main.c,183 :: 		SWR_fixed = 0;
+	CLRF       watch_swr_SWR_fixed_L0+0
+	CLRF       watch_swr_SWR_fixed_L0+1
+;main.c,184 :: 		for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+	CLRF       watch_swr_peak_cnt_L0+0
+L_watch_swr40:
+	MOVF       watch_swr_cnt_L0+0, 0
+	SUBWF      watch_swr_peak_cnt_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_watch_swr41
+;main.c,185 :: 		get_pwr();
+	CALL       _get_pwr+0
+;main.c,186 :: 		if(PWR>PWR_fixed) {PWR_fixed = PWR; SWR_fixed = SWR;}
+	MOVLW      128
+	XORWF      watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _PWR+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr260
+	MOVF       _PWR+0, 0
+	SUBWF      watch_swr_PWR_fixed_L0+0, 0
+L__watch_swr260:
+	BTFSC      STATUS+0, 0
+	GOTO       L_watch_swr43
+	MOVF       _PWR+0, 0
+	MOVWF      watch_swr_PWR_fixed_L0+0
+	MOVF       _PWR+1, 0
+	MOVWF      watch_swr_PWR_fixed_L0+1
+	MOVF       _SWR+0, 0
+	MOVWF      watch_swr_SWR_fixed_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      watch_swr_SWR_fixed_L0+1
+L_watch_swr43:
+;main.c,187 :: 		Delay_ms(1);
+	MOVLW      11
+	MOVWF      R12
+	MOVLW      98
+	MOVWF      R13
+L_watch_swr44:
+	DECFSZ     R13, 1
+	GOTO       L_watch_swr44
+	DECFSZ     R12, 1
+	GOTO       L_watch_swr44
+	NOP
+;main.c,184 :: 		for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+	INCF       watch_swr_peak_cnt_L0+0, 1
+;main.c,188 :: 		}
+	GOTO       L_watch_swr40
+L_watch_swr41:
+;main.c,190 :: 		if(PWR_fixed>0){
+	MOVLW      128
+	MOVWF      R0
+	MOVLW      128
+	XORWF      watch_swr_PWR_fixed_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr261
+	MOVF       watch_swr_PWR_fixed_L0+0, 0
+	SUBLW      0
+L__watch_swr261:
+	BTFSC      STATUS+0, 0
+	GOTO       L_watch_swr45
+;main.c,191 :: 		if(OLED_PWD){
+	BTFSS      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_watch_swr46
+;main.c,192 :: 		disp_cnt = Tick + Disp_time*1000;
+	MOVF       _Disp_time+0, 0
+	MOVWF      R0
+	MOVF       _Disp_time+1, 0
+	MOVWF      R1
+	MOVF       _Disp_time+2, 0
+	MOVWF      R2
+	MOVF       _Disp_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _disp_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _disp_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _disp_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _disp_cnt+3
+;main.c,193 :: 		off_cnt = Tick + Off_time*1000;
+	MOVF       _Off_time+0, 0
+	MOVWF      R0
+	MOVF       _Off_time+1, 0
+	MOVWF      R1
+	MOVF       _Off_time+2, 0
+	MOVWF      R2
+	MOVF       _Off_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _off_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _off_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _off_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _off_cnt+3
+;main.c,194 :: 		}
+	GOTO       L_watch_swr47
+L_watch_swr46:
+;main.c,195 :: 		else oled_start();
+	CALL       _oled_start+0
+L_watch_swr47:
+;main.c,196 :: 		};
+L_watch_swr45:
+;main.c,198 :: 		if(PWR_fixed!=PWR_fixed_old){
+	MOVF       watch_swr_PWR_fixed_L0+1, 0
+	XORWF      _PWR_fixed_old+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr262
+	MOVF       _PWR_fixed_old+0, 0
+	XORWF      watch_swr_PWR_fixed_L0+0, 0
+L__watch_swr262:
+	BTFSC      STATUS+0, 2
+	GOTO       L_watch_swr48
+;main.c,199 :: 		if(Overflow)
+	BTFSS      _Overflow+0, BitPos(_Overflow+0)
+	GOTO       L_watch_swr49
+;main.c,200 :: 		oled_wr_str(0, 42, ">", 1);
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr5_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr5_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+	GOTO       L_watch_swr50
+L_watch_swr49:
+;main.c,202 :: 		oled_wr_str(0, 42, "=", 1);
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr6_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr6_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+L_watch_swr50:
+;main.c,203 :: 		PWR_fixed_old = PWR_fixed;
+	MOVF       watch_swr_PWR_fixed_L0+0, 0
+	MOVWF      _PWR_fixed_old+0
+	MOVF       watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      _PWR_fixed_old+1
+;main.c,204 :: 		draw_power(PWR_fixed);
+	MOVF       watch_swr_PWR_fixed_L0+0, 0
+	MOVWF      FARG_draw_power+0
+	MOVF       watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      FARG_draw_power+1
+	CALL       _draw_power+0
+;main.c,205 :: 		}
+L_watch_swr48:
+;main.c,207 :: 		if(PWR_fixed<10){
+	MOVLW      128
+	XORWF      watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr263
+	MOVLW      10
+	SUBWF      watch_swr_PWR_fixed_L0+0, 0
+L__watch_swr263:
+	BTFSC      STATUS+0, 0
+	GOTO       L_watch_swr51
+;main.c,208 :: 		SWR_fixed = 0;
+	CLRF       watch_swr_SWR_fixed_L0+0
+	CLRF       watch_swr_SWR_fixed_L0+1
+;main.c,210 :: 		draw_swr(SWR_ind);
+	MOVF       _SWR_ind+0, 0
+	MOVWF      FARG_draw_swr+0
+	MOVF       _SWR_ind+1, 0
+	MOVWF      FARG_draw_swr+1
+	CALL       _draw_swr+0
+;main.c,211 :: 		return;
+	GOTO       L_end_watch_swr
+;main.c,212 :: 		}
+L_watch_swr51:
+;main.c,214 :: 		if(Overflow){
+	BTFSS      _Overflow+0, BitPos(_Overflow+0)
+	GOTO       L_watch_swr52
+;main.c,215 :: 		for(cnt=3; cnt!=0; cnt--){
+	MOVLW      3
+	MOVWF      watch_swr_cnt_L0+0
+L_watch_swr53:
+	MOVF       watch_swr_cnt_L0+0, 0
+	XORLW      0
+	BTFSC      STATUS+0, 2
+	GOTO       L_watch_swr54
+;main.c,216 :: 		oled_wr_str(2, 6, "OVERLOAD ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      6
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr7_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr7_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,217 :: 		Delay_ms(500);
+	MOVLW      21
+	MOVWF      R11
+	MOVLW      75
+	MOVWF      R12
+	MOVLW      190
+	MOVWF      R13
+L_watch_swr56:
+	DECFSZ     R13, 1
+	GOTO       L_watch_swr56
+	DECFSZ     R12, 1
+	GOTO       L_watch_swr56
+	DECFSZ     R11, 1
+	GOTO       L_watch_swr56
+	NOP
+;main.c,218 :: 		oled_wr_str(2, 0, "         ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr8_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr8_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,219 :: 		Delay_ms(500);
+	MOVLW      21
+	MOVWF      R11
+	MOVLW      75
+	MOVWF      R12
+	MOVLW      190
+	MOVWF      R13
+L_watch_swr57:
+	DECFSZ     R13, 1
+	GOTO       L_watch_swr57
+	DECFSZ     R12, 1
+	GOTO       L_watch_swr57
+	DECFSZ     R11, 1
+	GOTO       L_watch_swr57
+	NOP
+;main.c,215 :: 		for(cnt=3; cnt!=0; cnt--){
+	DECF       watch_swr_cnt_L0+0, 1
+;main.c,220 :: 		}
+	GOTO       L_watch_swr53
+L_watch_swr54:
+;main.c,221 :: 		oled_wr_str(2, 0, "SWR      ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr9_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr9_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,222 :: 		oled_wr_str(2, 42, "=", 1);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr10_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr10_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,223 :: 		draw_swr(SWR_fixed);
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	MOVWF      FARG_draw_swr+0
+	MOVF       watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      FARG_draw_swr+1
+	CALL       _draw_swr+0
+;main.c,224 :: 		Delay_ms(500);
+	MOVLW      21
+	MOVWF      R11
+	MOVLW      75
+	MOVWF      R12
+	MOVLW      190
+	MOVWF      R13
+L_watch_swr58:
+	DECFSZ     R13, 1
+	GOTO       L_watch_swr58
+	DECFSZ     R12, 1
+	GOTO       L_watch_swr58
+	DECFSZ     R11, 1
+	GOTO       L_watch_swr58
+	NOP
+;main.c,225 :: 		Overflow = 0;
+	BCF        _Overflow+0, BitPos(_Overflow+0)
+;main.c,226 :: 		}
+	GOTO       L_watch_swr59
+L_watch_swr52:
+;main.c,228 :: 		else if(PWR_fixed>=min_for_start && PWR_fixed<max_for_start && SWR_fixed>=Auto_delta  || SWR_Fixed>900 ) {
+	MOVLW      128
+	XORWF      watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _min_for_start+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr264
+	MOVF       _min_for_start+0, 0
+	SUBWF      watch_swr_PWR_fixed_L0+0, 0
+L__watch_swr264:
+	BTFSS      STATUS+0, 0
+	GOTO       L__watch_swr238
+	MOVLW      128
+	XORWF      watch_swr_PWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _max_for_start+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr265
+	MOVF       _max_for_start+0, 0
+	SUBWF      watch_swr_PWR_fixed_L0+0, 0
+L__watch_swr265:
+	BTFSC      STATUS+0, 0
+	GOTO       L__watch_swr238
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _Auto_delta+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr266
+	MOVF       _Auto_delta+0, 0
+	SUBWF      watch_swr_SWR_fixed_L0+0, 0
+L__watch_swr266:
+	BTFSS      STATUS+0, 0
+	GOTO       L__watch_swr238
+	GOTO       L__watch_swr237
+L__watch_swr238:
+	MOVLW      128
+	XORLW      3
+	MOVWF      R0
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr267
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	SUBLW      132
+L__watch_swr267:
+	BTFSS      STATUS+0, 0
+	GOTO       L__watch_swr237
+	GOTO       L_watch_swr64
+L__watch_swr237:
+;main.c,229 :: 		if(  (SWR_fixed>SWR_fixed_old && (SWR_fixed-SWR_fixed_old)>delta) || (SWR_fixed<SWR_fixed_old && (SWR_fixed_old-SWR_fixed)>delta) || SWR_Fixed>900  ) {
+	MOVLW      128
+	XORWF      _SWR_fixed_old+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr268
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	SUBWF      _SWR_fixed_old+0, 0
+L__watch_swr268:
+	BTFSC      STATUS+0, 0
+	GOTO       L__watch_swr236
+	MOVF       _SWR_fixed_old+0, 0
+	SUBWF      watch_swr_SWR_fixed_L0+0, 0
+	MOVWF      R1
+	MOVF       _SWR_fixed_old+1, 0
+	SUBWFB     watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      R2
+	MOVLW      128
+	XORWF      watch_swr_delta_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      R2, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr269
+	MOVF       R1, 0
+	SUBWF      watch_swr_delta_L0+0, 0
+L__watch_swr269:
+	BTFSC      STATUS+0, 0
+	GOTO       L__watch_swr236
+	GOTO       L__watch_swr234
+L__watch_swr236:
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _SWR_fixed_old+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr270
+	MOVF       _SWR_fixed_old+0, 0
+	SUBWF      watch_swr_SWR_fixed_L0+0, 0
+L__watch_swr270:
+	BTFSC      STATUS+0, 0
+	GOTO       L__watch_swr235
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	SUBWF      _SWR_fixed_old+0, 0
+	MOVWF      R1
+	MOVF       watch_swr_SWR_fixed_L0+1, 0
+	SUBWFB     _SWR_fixed_old+1, 0
+	MOVWF      R2
+	MOVLW      128
+	XORWF      watch_swr_delta_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      R2, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr271
+	MOVF       R1, 0
+	SUBWF      watch_swr_delta_L0+0, 0
+L__watch_swr271:
+	BTFSC      STATUS+0, 0
+	GOTO       L__watch_swr235
+	GOTO       L__watch_swr234
+L__watch_swr235:
+	MOVLW      128
+	XORLW      3
+	MOVWF      R0
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr272
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	SUBLW      132
+L__watch_swr272:
+	BTFSS      STATUS+0, 0
+	GOTO       L__watch_swr234
+	GOTO       L_watch_swr71
+L__watch_swr234:
+;main.c,230 :: 		Btn_long();
+	CALL       _Btn_long+0
+;main.c,231 :: 		return;
+	GOTO       L_end_watch_swr
+;main.c,232 :: 		}
+L_watch_swr71:
+;main.c,233 :: 		}
+L_watch_swr64:
+L_watch_swr59:
+;main.c,235 :: 		if(SWR_fixed>99 && SWR_fixed!=SWR_ind){
+	MOVLW      128
+	MOVWF      R0
+	MOVLW      128
+	XORWF      watch_swr_SWR_fixed_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr273
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	SUBLW      99
+L__watch_swr273:
+	BTFSC      STATUS+0, 0
+	GOTO       L_watch_swr74
+	MOVF       watch_swr_SWR_fixed_L0+1, 0
+	XORWF      _SWR_ind+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__watch_swr274
+	MOVF       _SWR_ind+0, 0
+	XORWF      watch_swr_SWR_fixed_L0+0, 0
+L__watch_swr274:
+	BTFSC      STATUS+0, 2
+	GOTO       L_watch_swr74
+L__watch_swr233:
+;main.c,236 :: 		SWR_ind = SWR_fixed;
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	MOVWF      _SWR_ind+0
+	MOVF       watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      _SWR_ind+1
+;main.c,237 :: 		draw_swr(SWR_ind);
+	MOVF       watch_swr_SWR_fixed_L0+0, 0
+	MOVWF      FARG_draw_swr+0
+	MOVF       watch_swr_SWR_fixed_L0+1, 0
+	MOVWF      FARG_draw_swr+1
+	CALL       _draw_swr+0
+;main.c,238 :: 		}
+L_watch_swr74:
+;main.c,240 :: 		return;
+;main.c,241 :: 		}
+L_end_watch_swr:
+	RETURN
+; end of _watch_swr
+
+_draw_swr:
+
+;main.c,243 :: 		void draw_swr(unsigned int s){
+;main.c,244 :: 		if(s==0)
+	MOVLW      0
+	XORWF      FARG_draw_swr_s+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__draw_swr276
+	MOVLW      0
+	XORWF      FARG_draw_swr_s+0, 0
+L__draw_swr276:
+	BTFSS      STATUS+0, 2
+	GOTO       L_draw_swr75
+;main.c,245 :: 		oled_wr_str(2, 60, "0.00", 4);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      60
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr11_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr11_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      4
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+	GOTO       L_draw_swr76
+L_draw_swr75:
+;main.c,247 :: 		IntToStr(s, txt_2);
+	MOVF       FARG_draw_swr_s+0, 0
+	MOVWF      FARG_IntToStr_input+0
+	MOVF       FARG_draw_swr_s+1, 0
+	MOVWF      FARG_IntToStr_input+1
+	MOVLW      _txt_2+0
+	MOVWF      FARG_IntToStr_output+0
+	MOVLW      hi_addr(_txt_2+0)
+	MOVWF      FARG_IntToStr_output+1
+	CALL       _IntToStr+0
+;main.c,248 :: 		txt[0] = txt_2[3];
+	MOVF       _txt_2+3, 0
+	MOVWF      _txt+0
+;main.c,249 :: 		txt[1] = '.';
+	MOVLW      46
+	MOVWF      _txt+1
+;main.c,250 :: 		txt[2] = txt_2[4];
+	MOVF       _txt_2+4, 0
+	MOVWF      _txt+2
+;main.c,251 :: 		txt[3] = txt_2[5];
+	MOVF       _txt_2+5, 0
+	MOVWF      _txt+3
+;main.c,253 :: 		oled_wr_str(2, 60, txt, 4);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      60
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      _txt+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(_txt+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      4
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,254 :: 		}
+L_draw_swr76:
+;main.c,255 :: 		return;
+;main.c,256 :: 		}
+L_end_draw_swr:
+	RETURN
+; end of _draw_swr
+
+_draw_power:
+
+;main.c,258 :: 		void draw_power(unsigned int p){
+;main.c,260 :: 		if(p==0){
+	MOVLW      0
+	XORWF      FARG_draw_power_p+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__draw_power278
+	MOVLW      0
+	XORWF      FARG_draw_power_p+0, 0
+L__draw_power278:
+	BTFSS      STATUS+0, 2
+	GOTO       L_draw_power77
+;main.c,261 :: 		oled_wr_str(0, 60, "0.0", 3);
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      60
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr12_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr12_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,262 :: 		return;
+	GOTO       L_end_draw_power
+;main.c,263 :: 		}
+L_draw_power77:
+;main.c,264 :: 		else if(p<10){  // <1 W
+	MOVLW      0
+	SUBWF      FARG_draw_power_p+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__draw_power279
+	MOVLW      10
+	SUBWF      FARG_draw_power_p+0, 0
+L__draw_power279:
+	BTFSC      STATUS+0, 0
+	GOTO       L_draw_power79
+;main.c,265 :: 		IntToStr(p, txt_2);
+	MOVF       FARG_draw_power_p+0, 0
+	MOVWF      FARG_IntToStr_input+0
+	MOVF       FARG_draw_power_p+1, 0
+	MOVWF      FARG_IntToStr_input+1
+	MOVLW      _txt_2+0
+	MOVWF      FARG_IntToStr_output+0
+	MOVLW      hi_addr(_txt_2+0)
+	MOVWF      FARG_IntToStr_output+1
+	CALL       _IntToStr+0
+;main.c,266 :: 		txt[0] = '0';
+	MOVLW      48
+	MOVWF      _txt+0
+;main.c,267 :: 		txt[1] = '.';
+	MOVLW      46
+	MOVWF      _txt+1
+;main.c,268 :: 		txt[2] = txt_2[5];
+	MOVF       _txt_2+5, 0
+	MOVWF      _txt+2
+;main.c,269 :: 		}
+	GOTO       L_draw_power80
+L_draw_power79:
+;main.c,270 :: 		else if(p<100){ // <10W
+	MOVLW      0
+	SUBWF      FARG_draw_power_p+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__draw_power280
+	MOVLW      100
+	SUBWF      FARG_draw_power_p+0, 0
+L__draw_power280:
+	BTFSC      STATUS+0, 0
+	GOTO       L_draw_power81
+;main.c,271 :: 		IntToStr(p, txt_2);
+	MOVF       FARG_draw_power_p+0, 0
+	MOVWF      FARG_IntToStr_input+0
+	MOVF       FARG_draw_power_p+1, 0
+	MOVWF      FARG_IntToStr_input+1
+	MOVLW      _txt_2+0
+	MOVWF      FARG_IntToStr_output+0
+	MOVLW      hi_addr(_txt_2+0)
+	MOVWF      FARG_IntToStr_output+1
+	CALL       _IntToStr+0
+;main.c,272 :: 		txt[0] = txt_2[4];
+	MOVF       _txt_2+4, 0
+	MOVWF      _txt+0
+;main.c,273 :: 		txt[1] = '.';
+	MOVLW      46
+	MOVWF      _txt+1
+;main.c,274 :: 		txt[2] = txt_2[5];
+	MOVF       _txt_2+5, 0
+	MOVWF      _txt+2
+;main.c,275 :: 		}
+	GOTO       L_draw_power82
+L_draw_power81:
+;main.c,277 :: 		p += 5;
+	MOVLW      5
+	ADDWF      FARG_draw_power_p+0, 0
+	MOVWF      R0
+	MOVLW      0
+	ADDWFC     FARG_draw_power_p+1, 0
+	MOVWF      R1
+	MOVF       R0, 0
+	MOVWF      FARG_draw_power_p+0
+	MOVF       R1, 0
+	MOVWF      FARG_draw_power_p+1
+;main.c,278 :: 		IntToStr(p, txt_2);
+	MOVF       R0, 0
+	MOVWF      FARG_IntToStr_input+0
+	MOVF       R1, 0
+	MOVWF      FARG_IntToStr_input+1
+	MOVLW      _txt_2+0
+	MOVWF      FARG_IntToStr_output+0
+	MOVLW      hi_addr(_txt_2+0)
+	MOVWF      FARG_IntToStr_output+1
+	CALL       _IntToStr+0
+;main.c,279 :: 		txt[0] = ' ';
+	MOVLW      32
+	MOVWF      _txt+0
+;main.c,280 :: 		txt[1] = txt_2[3];
+	MOVF       _txt_2+3, 0
+	MOVWF      _txt+1
+;main.c,281 :: 		txt[2] = txt_2[4];
+	MOVF       _txt_2+4, 0
+	MOVWF      _txt+2
+;main.c,282 :: 		}
+L_draw_power82:
+L_draw_power80:
+;main.c,283 :: 		oled_wr_str(0, 60, txt, 3);
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      60
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      _txt+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(_txt+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,284 :: 		return;
+;main.c,285 :: 		}
+L_end_draw_power:
+	RETURN
+; end of _draw_power
+
+_Voltage_show:
+
+;main.c,287 :: 		void Voltage_show(){
+;main.c,288 :: 		get_batt();
+	CALL       _get_batt+0
+;main.c,289 :: 		if(Voltage != Voltage_old) { Voltage_old = Voltage; oled_voltage(Voltage); }
+	MOVF       _Voltage+1, 0
+	XORWF      _Voltage_old+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__Voltage_show282
+	MOVF       _Voltage_old+0, 0
+	XORWF      _Voltage+0, 0
+L__Voltage_show282:
+	BTFSC      STATUS+0, 2
+	GOTO       L_Voltage_show83
+	MOVF       _Voltage+0, 0
+	MOVWF      _Voltage_old+0
+	MOVF       _Voltage+1, 0
+	MOVWF      _Voltage_old+1
+	MOVF       _Voltage+0, 0
+	MOVWF      FARG_oled_voltage+0
+	MOVF       _Voltage+1, 0
+	MOVWF      FARG_oled_voltage+1
+	CALL       _oled_voltage+0
+L_Voltage_show83:
+;main.c,292 :: 		if(Voltage>3700){
+	MOVLW      128
+	XORLW      14
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _Voltage+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__Voltage_show283
+	MOVF       _Voltage+0, 0
+	SUBLW      116
+L__Voltage_show283:
+	BTFSC      STATUS+0, 0
+	GOTO       L_Voltage_show84
+;main.c,293 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,294 :: 		Red = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,295 :: 		Delay_ms(30);
+	MOVLW      2
+	MOVWF      R11
+	MOVLW      56
+	MOVWF      R12
+	MOVLW      173
+	MOVWF      R13
+L_Voltage_show85:
+	DECFSZ     R13, 1
+	GOTO       L_Voltage_show85
+	DECFSZ     R12, 1
+	GOTO       L_Voltage_show85
+	DECFSZ     R11, 1
+	GOTO       L_Voltage_show85
+;main.c,296 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,297 :: 		Red = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,298 :: 		}
+	GOTO       L_Voltage_show86
+L_Voltage_show84:
+;main.c,299 :: 		else if(Voltage>3590){
+	MOVLW      128
+	XORLW      14
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _Voltage+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__Voltage_show284
+	MOVF       _Voltage+0, 0
+	SUBLW      6
+L__Voltage_show284:
+	BTFSC      STATUS+0, 0
+	GOTO       L_Voltage_show87
+;main.c,300 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,301 :: 		Red = 0;
+	BCF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,302 :: 		Delay_ms(30);
+	MOVLW      2
+	MOVWF      R11
+	MOVLW      56
+	MOVWF      R12
+	MOVLW      173
+	MOVWF      R13
+L_Voltage_show88:
+	DECFSZ     R13, 1
+	GOTO       L_Voltage_show88
+	DECFSZ     R12, 1
+	GOTO       L_Voltage_show88
+	DECFSZ     R11, 1
+	GOTO       L_Voltage_show88
+;main.c,303 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,304 :: 		Red = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,305 :: 		}
+	GOTO       L_Voltage_show89
+L_Voltage_show87:
+;main.c,307 :: 		Red = 0;
+	BCF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,308 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,309 :: 		Delay_ms(30);
+	MOVLW      2
+	MOVWF      R11
+	MOVLW      56
+	MOVWF      R12
+	MOVLW      173
+	MOVWF      R13
+L_Voltage_show90:
+	DECFSZ     R13, 1
+	GOTO       L_Voltage_show90
+	DECFSZ     R12, 1
+	GOTO       L_Voltage_show90
+	DECFSZ     R11, 1
+	GOTO       L_Voltage_show90
+;main.c,310 :: 		Red = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,311 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,312 :: 		}
+L_Voltage_show89:
+L_Voltage_show86:
+;main.c,314 :: 		if(Voltage<3400){
+	MOVLW      128
+	XORWF      _Voltage+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORLW      13
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__Voltage_show285
+	MOVLW      72
+	SUBWF      _Voltage+0, 0
+L__Voltage_show285:
+	BTFSC      STATUS+0, 0
+	GOTO       L_Voltage_show91
+;main.c,315 :: 		oled_clear();
+	CALL       _oled_clear+0
+;main.c,316 :: 		oled_wr_str(1, 0, "  LOW BATT ", 11);
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr13_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr13_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      11
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,317 :: 		Delay_ms(2000);
+	MOVLW      82
+	MOVWF      R11
+	MOVLW      43
+	MOVWF      R12
+	MOVLW      0
+	MOVWF      R13
+L_Voltage_show92:
+	DECFSZ     R13, 1
+	GOTO       L_Voltage_show92
+	DECFSZ     R12, 1
+	GOTO       L_Voltage_show92
+	DECFSZ     R11, 1
+	GOTO       L_Voltage_show92
+	NOP
+;main.c,318 :: 		OLED_PWD = 0;
+	BCF        LATA4_bit+0, BitPos(LATA4_bit+0)
+;main.c,319 :: 		power_off();
+	CALL       _power_off+0
+;main.c,320 :: 		}
+L_Voltage_show91:
+;main.c,321 :: 		return;
+;main.c,322 :: 		}
+L_end_Voltage_show:
+	RETURN
+; end of _Voltage_show
+
+_Btn_xlong:
+
+;main.c,324 :: 		void Btn_xlong(){
+;main.c,325 :: 		B_xlong = 0;
+	BCF        _B_xlong+0, BitPos(_B_xlong+0)
+;main.c,326 :: 		btn_cnt = 0;
+	CLRF       _btn_cnt+0
+	CLRF       _btn_cnt+1
+	CLRF       _btn_cnt+2
+	CLRF       _btn_cnt+3
+;main.c,327 :: 		oled_clear();
+	CALL       _oled_clear+0
+;main.c,328 :: 		oled_wr_str(1, 0, " POWER OFF ", 11);
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr14_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr14_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      11
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,329 :: 		Delay_ms(2000);
+	MOVLW      82
+	MOVWF      R11
+	MOVLW      43
+	MOVWF      R12
+	MOVLW      0
+	MOVWF      R13
+L_Btn_xlong93:
+	DECFSZ     R13, 1
+	GOTO       L_Btn_xlong93
+	DECFSZ     R12, 1
+	GOTO       L_Btn_xlong93
+	DECFSZ     R11, 1
+	GOTO       L_Btn_xlong93
+	NOP
+;main.c,330 :: 		power_off();
+	CALL       _power_off+0
+;main.c,331 :: 		return;
+;main.c,332 :: 		}
+L_end_Btn_xlong:
+	RETURN
+; end of _Btn_xlong
+
+_Btn_long:
+
+;main.c,334 :: 		void Btn_long(){
+;main.c,335 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,336 :: 		oled_wr_str(2, 0, "TUNE     ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr15_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr15_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,337 :: 		tune();
+	CALL       _tune+0
+;main.c,338 :: 		SWR_ind = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      _SWR_ind+0
+	MOVF       _SWR+1, 0
+	MOVWF      _SWR_ind+1
+;main.c,339 :: 		SWR_fixed_old = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      _SWR_fixed_old+0
+	MOVF       _SWR+1, 0
+	MOVWF      _SWR_fixed_old+1
+;main.c,340 :: 		oled_wr_str(2, 0, "SWR ", 4);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr16_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr16_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      4
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,341 :: 		oled_wr_str(2, 42, "=", 1);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr17_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr17_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,342 :: 		draw_swr(SWR_ind);
+	MOVF       _SWR_ind+0, 0
+	MOVWF      FARG_draw_swr_s+0
+	MOVF       _SWR_ind+1, 0
+	MOVWF      FARG_draw_swr_s+1
+	CALL       _draw_swr+0
+;main.c,343 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,344 :: 		B_long = 0;
+	BCF        _B_long+0, BitPos(_B_long+0)
+;main.c,345 :: 		E_long = 0;
+	BCF        _E_long+0, BitPos(_E_long+0)
+;main.c,346 :: 		btn_1_cnt = 0;
+	CLRF       _btn_1_cnt+0
+;main.c,347 :: 		volt_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      _volt_cnt+0
+	MOVF       _Tick+1, 0
+	MOVWF      _volt_cnt+1
+	MOVF       _Tick+2, 0
+	MOVWF      _volt_cnt+2
+	MOVF       _Tick+3, 0
+	MOVWF      _volt_cnt+3
+;main.c,348 :: 		watch_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      _watch_cnt+0
+	MOVF       _Tick+1, 0
+	MOVWF      _watch_cnt+1
+	MOVF       _Tick+2, 0
+	MOVWF      _watch_cnt+2
+	MOVF       _Tick+3, 0
+	MOVWF      _watch_cnt+3
+;main.c,349 :: 		return;
+;main.c,350 :: 		}
+L_end_Btn_long:
+	RETURN
+; end of _Btn_long
+
+_Ext_long:
+
+;main.c,352 :: 		void Ext_long(){
+;main.c,353 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,354 :: 		OLED_PWD = 1;
+	BSF        LATA4_bit+0, BitPos(LATA4_bit+0)
+;main.c,355 :: 		tune();
+	CALL       _tune+0
+;main.c,356 :: 		SWR_ind = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      _SWR_ind+0
+	MOVF       _SWR+1, 0
+	MOVWF      _SWR_ind+1
+;main.c,357 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,358 :: 		E_long = 0;
+	BCF        _E_long+0, BitPos(_E_long+0)
+;main.c,359 :: 		return;
+;main.c,360 :: 		}
+L_end_Ext_long:
+	RETURN
+; end of _Ext_long
+
+_Btn_short:
+
+;main.c,362 :: 		void Btn_short(){
+;main.c,363 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,364 :: 		atu_reset();
+	CALL       _atu_reset+0
+;main.c,365 :: 		oled_wr_str(2, 0, "RESET    ", 9);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr18_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr18_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      9
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,366 :: 		Delay_ms(600);
+	MOVLW      25
+	MOVWF      R11
+	MOVLW      90
+	MOVWF      R12
+	MOVLW      177
+	MOVWF      R13
+L_Btn_short94:
+	DECFSZ     R13, 1
+	GOTO       L_Btn_short94
+	DECFSZ     R12, 1
+	GOTO       L_Btn_short94
+	DECFSZ     R11, 1
+	GOTO       L_Btn_short94
+	NOP
+	NOP
+;main.c,367 :: 		oled_wr_str(2, 0, "SWR  ", 5);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	CLRF       FARG_oled_wr_str+0
+	MOVLW      ?lstr19_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr19_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      5
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,368 :: 		oled_wr_str(2, 42, "=", 1);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      42
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr20_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr20_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,369 :: 		oled_wr_str(2, 60, "0.00", 4);
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      60
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      ?lstr21_main+0
+	MOVWF      FARG_oled_wr_str+0
+	MOVLW      hi_addr(?lstr21_main+0)
+	MOVWF      FARG_oled_wr_str+1
+	MOVLW      4
+	MOVWF      FARG_oled_wr_str+0
+	CALL       _oled_wr_str+0
+;main.c,370 :: 		SWR_fixed_old = 100;
+	MOVLW      100
+	MOVWF      _SWR_fixed_old+0
+	MOVLW      0
+	MOVWF      _SWR_fixed_old+1
+;main.c,371 :: 		Delay_ms(300);
+	MOVLW      13
+	MOVWF      R11
+	MOVLW      45
+	MOVWF      R12
+	MOVLW      215
+	MOVWF      R13
+L_Btn_short95:
+	DECFSZ     R13, 1
+	GOTO       L_Btn_short95
+	DECFSZ     R12, 1
+	GOTO       L_Btn_short95
+	DECFSZ     R11, 1
+	GOTO       L_Btn_short95
+	NOP
+	NOP
+;main.c,372 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,373 :: 		B_short = 0;
+	BCF        _B_short+0, BitPos(_B_short+0)
+;main.c,374 :: 		E_short = 0;
+	BCF        _E_short+0, BitPos(_E_short+0)
+;main.c,375 :: 		btn_1_cnt = 0;
+	CLRF       _btn_1_cnt+0
+;main.c,376 :: 		volt_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      _volt_cnt+0
+	MOVF       _Tick+1, 0
+	MOVWF      _volt_cnt+1
+	MOVF       _Tick+2, 0
+	MOVWF      _volt_cnt+2
+	MOVF       _Tick+3, 0
+	MOVWF      _volt_cnt+3
+;main.c,377 :: 		watch_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      _watch_cnt+0
+	MOVF       _Tick+1, 0
+	MOVWF      _watch_cnt+1
+	MOVF       _Tick+2, 0
+	MOVWF      _watch_cnt+2
+	MOVF       _Tick+3, 0
+	MOVWF      _watch_cnt+3
+;main.c,378 :: 		return;
+;main.c,379 :: 		}
+L_end_Btn_short:
+	RETURN
+; end of _Btn_short
+
+_Greating:
+
+;main.c,381 :: 		void Greating(){
+;main.c,382 :: 		Green = 0;
+	BCF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,383 :: 		oled_clear();
+	CALL       _oled_clear+0
+;main.c,384 :: 		oled_wr_str_s(1, 0, " DESIGNED BY N7DDC", 18);
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr22_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr22_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      18
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+;main.c,385 :: 		oled_wr_str_s(3, 0, " FW VERSION ", 12);
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr23_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr23_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      12
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+;main.c,386 :: 		oled_wr_str_s(3, 12*7, FW_VER, 3);
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      84
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      ?lstr24_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr24_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+;main.c,387 :: 		Delay_ms(3000);
+	MOVLW      122
+	MOVWF      R11
+	MOVLW      193
+	MOVWF      R12
+	MOVLW      129
+	MOVWF      R13
+L_Greating96:
+	DECFSZ     R13, 1
+	GOTO       L_Greating96
+	DECFSZ     R12, 1
+	GOTO       L_Greating96
+	DECFSZ     R11, 1
+	GOTO       L_Greating96
+	NOP
+	NOP
+;main.c,388 :: 		while(GetButton) asm NOP;
+L_Greating97:
+	BTFSC      PORTB+0, 5
+	GOTO       L__Greating291
+	BSF        3, 0
+	GOTO       L__Greating292
+L__Greating291:
+	BCF        3, 0
+L__Greating292:
+	BTFSS      3, 0
+	GOTO       L_Greating98
+	NOP
+	GOTO       L_Greating97
+L_Greating98:
+;main.c,389 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,390 :: 		return;
+;main.c,391 :: 		}
+L_end_Greating:
+	RETURN
+; end of _Greating
+
+_atu_reset:
+
+;main.c,393 :: 		void atu_reset(){
+;main.c,394 :: 		ind = 0;
+	CLRF       _ind+0
+;main.c,395 :: 		cap = 0;
+	CLRF       _cap+0
+;main.c,396 :: 		SW = 0;
+	CLRF       _SW+0
+;main.c,397 :: 		Relay_set(ind, cap, SW);
+	CLRF       FARG_Relay_set+0
+	CLRF       FARG_Relay_set+0
+	CLRF       FARG_Relay_set+0
+	CALL       _Relay_set+0
+;main.c,398 :: 		return;
+;main.c,399 :: 		}
+L_end_atu_reset:
+	RETURN
+; end of _atu_reset
+
+_Relay_set:
+
+;main.c,401 :: 		void Relay_set(char L, char C, char I){
+;main.c,402 :: 		L_010 = ~L.B0;
+	BTFSC      FARG_Relay_set_L+0, 0
+	GOTO       L__Relay_set295
+	BSF        LATD7_bit+0, BitPos(LATD7_bit+0)
+	GOTO       L__Relay_set296
+L__Relay_set295:
+	BCF        LATD7_bit+0, BitPos(LATD7_bit+0)
+L__Relay_set296:
+;main.c,403 :: 		L_022 = ~L.B1;
+	BTFSC      FARG_Relay_set_L+0, 1
+	GOTO       L__Relay_set297
+	BSF        LATD6_bit+0, BitPos(LATD6_bit+0)
+	GOTO       L__Relay_set298
+L__Relay_set297:
+	BCF        LATD6_bit+0, BitPos(LATD6_bit+0)
+L__Relay_set298:
+;main.c,404 :: 		L_045 = ~L.B2;
+	BTFSC      FARG_Relay_set_L+0, 2
+	GOTO       L__Relay_set299
+	BSF        LATD5_bit+0, BitPos(LATD5_bit+0)
+	GOTO       L__Relay_set300
+L__Relay_set299:
+	BCF        LATD5_bit+0, BitPos(LATD5_bit+0)
+L__Relay_set300:
+;main.c,405 :: 		L_100 = ~L.B3;
+	BTFSC      FARG_Relay_set_L+0, 3
+	GOTO       L__Relay_set301
+	BSF        LATD4_bit+0, BitPos(LATD4_bit+0)
+	GOTO       L__Relay_set302
+L__Relay_set301:
+	BCF        LATD4_bit+0, BitPos(LATD4_bit+0)
+L__Relay_set302:
+;main.c,406 :: 		L_220 = ~L.B4;
+	BTFSC      FARG_Relay_set_L+0, 4
+	GOTO       L__Relay_set303
+	BSF        LATC7_bit+0, BitPos(LATC7_bit+0)
+	GOTO       L__Relay_set304
+L__Relay_set303:
+	BCF        LATC7_bit+0, BitPos(LATC7_bit+0)
+L__Relay_set304:
+;main.c,407 :: 		L_450 = ~L.B5;
+	BTFSC      FARG_Relay_set_L+0, 5
+	GOTO       L__Relay_set305
+	BSF        LATC6_bit+0, BitPos(LATC6_bit+0)
+	GOTO       L__Relay_set306
+L__Relay_set305:
+	BCF        LATC6_bit+0, BitPos(LATC6_bit+0)
+L__Relay_set306:
+;main.c,408 :: 		L_1000 = ~L.B6;
+	BTFSC      FARG_Relay_set_L+0, 6
+	GOTO       L__Relay_set307
+	BSF        LATC5_bit+0, BitPos(LATC5_bit+0)
+	GOTO       L__Relay_set308
+L__Relay_set307:
+	BCF        LATC5_bit+0, BitPos(LATC5_bit+0)
+L__Relay_set308:
+;main.c,410 :: 		C_22 = ~C.B0;
+	BTFSC      FARG_Relay_set_C+0, 0
+	GOTO       L__Relay_set309
+	BSF        LATA5_bit+0, BitPos(LATA5_bit+0)
+	GOTO       L__Relay_set310
+L__Relay_set309:
+	BCF        LATA5_bit+0, BitPos(LATA5_bit+0)
+L__Relay_set310:
+;main.c,411 :: 		C_47 = ~C.B1;
+	BTFSC      FARG_Relay_set_C+0, 1
+	GOTO       L__Relay_set311
+	BSF        LATE1_bit+0, BitPos(LATE1_bit+0)
+	GOTO       L__Relay_set312
+L__Relay_set311:
+	BCF        LATE1_bit+0, BitPos(LATE1_bit+0)
+L__Relay_set312:
+;main.c,412 :: 		C_100 = ~C.B2;
+	BTFSC      FARG_Relay_set_C+0, 2
+	GOTO       L__Relay_set313
+	BSF        LATA7_bit+0, BitPos(LATA7_bit+0)
+	GOTO       L__Relay_set314
+L__Relay_set313:
+	BCF        LATA7_bit+0, BitPos(LATA7_bit+0)
+L__Relay_set314:
+;main.c,413 :: 		C_220 = ~C.B3;
+	BTFSC      FARG_Relay_set_C+0, 3
+	GOTO       L__Relay_set315
+	BSF        LATA6_bit+0, BitPos(LATA6_bit+0)
+	GOTO       L__Relay_set316
+L__Relay_set315:
+	BCF        LATA6_bit+0, BitPos(LATA6_bit+0)
+L__Relay_set316:
+;main.c,414 :: 		C_470 = ~C.B4;
+	BTFSC      FARG_Relay_set_C+0, 4
+	GOTO       L__Relay_set317
+	BSF        LATC0_bit+0, BitPos(LATC0_bit+0)
+	GOTO       L__Relay_set318
+L__Relay_set317:
+	BCF        LATC0_bit+0, BitPos(LATC0_bit+0)
+L__Relay_set318:
+;main.c,415 :: 		C_1000 = ~C.B5;
+	BTFSC      FARG_Relay_set_C+0, 5
+	GOTO       L__Relay_set319
+	BSF        LATC1_bit+0, BitPos(LATC1_bit+0)
+	GOTO       L__Relay_set320
+L__Relay_set319:
+	BCF        LATC1_bit+0, BitPos(LATC1_bit+0)
+L__Relay_set320:
+;main.c,416 :: 		C_2200 = ~C.B6;
+	BTFSC      FARG_Relay_set_C+0, 6
+	GOTO       L__Relay_set321
+	BSF        LATC2_bit+0, BitPos(LATC2_bit+0)
+	GOTO       L__Relay_set322
+L__Relay_set321:
+	BCF        LATC2_bit+0, BitPos(LATC2_bit+0)
+L__Relay_set322:
+;main.c,418 :: 		C_sw = I;
+	BTFSC      FARG_Relay_set_I+0, 0
+	GOTO       L__Relay_set323
+	BCF        LATE0_bit+0, BitPos(LATE0_bit+0)
+	GOTO       L__Relay_set324
+L__Relay_set323:
+	BSF        LATE0_bit+0, BitPos(LATE0_bit+0)
+L__Relay_set324:
+;main.c,420 :: 		Rel_to_gnd = 1;
+	BSF        LATD3_bit+0, BitPos(LATD3_bit+0)
+;main.c,421 :: 		Vdelay_ms(rldl);
+	MOVF       _rldl+0, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+0
+	MOVF       _rldl+1, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+1
+	CALL       _VDelay_ms+0
+;main.c,422 :: 		Rel_to_gnd = 0;
+	BCF        LATD3_bit+0, BitPos(LATD3_bit+0)
+;main.c,423 :: 		Delay_us(10);
+	MOVLW      26
+	MOVWF      R13
+L_Relay_set99:
+	DECFSZ     R13, 1
+	GOTO       L_Relay_set99
+	NOP
+;main.c,424 :: 		Rel_to_plus_N = 0;
+	BCF        LATC4_bit+0, BitPos(LATC4_bit+0)
+;main.c,425 :: 		Vdelay_ms(rldl);
+	MOVF       _rldl+0, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+0
+	MOVF       _rldl+1, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+1
+	CALL       _VDelay_ms+0
+;main.c,426 :: 		Rel_to_plus_N = 1;
+	BSF        LATC4_bit+0, BitPos(LATC4_bit+0)
+;main.c,427 :: 		Vdelay_ms(rldl);
+	MOVF       _rldl+0, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+0
+	MOVF       _rldl+1, 0
+	MOVWF      FARG_VDelay_ms_Time_ms+1
+	CALL       _VDelay_ms+0
+;main.c,429 :: 		L_010 = 0;
+	BCF        LATD7_bit+0, BitPos(LATD7_bit+0)
+;main.c,430 :: 		L_022 = 0;
+	BCF        LATD6_bit+0, BitPos(LATD6_bit+0)
+;main.c,431 :: 		L_045 = 0;
+	BCF        LATD5_bit+0, BitPos(LATD5_bit+0)
+;main.c,432 :: 		L_100 = 0;
+	BCF        LATD4_bit+0, BitPos(LATD4_bit+0)
+;main.c,433 :: 		L_220 = 0;
+	BCF        LATC7_bit+0, BitPos(LATC7_bit+0)
+;main.c,434 :: 		L_450 = 0;
+	BCF        LATC6_bit+0, BitPos(LATC6_bit+0)
+;main.c,435 :: 		L_1000 = 0;
+	BCF        LATC5_bit+0, BitPos(LATC5_bit+0)
+;main.c,437 :: 		C_22 = 0;
+	BCF        LATA5_bit+0, BitPos(LATA5_bit+0)
+;main.c,438 :: 		C_47 = 0;
+	BCF        LATE1_bit+0, BitPos(LATE1_bit+0)
+;main.c,439 :: 		C_100 = 0;
+	BCF        LATA7_bit+0, BitPos(LATA7_bit+0)
+;main.c,440 :: 		C_220 = 0;
+	BCF        LATA6_bit+0, BitPos(LATA6_bit+0)
+;main.c,441 :: 		C_470 = 0;
+	BCF        LATC0_bit+0, BitPos(LATC0_bit+0)
+;main.c,442 :: 		C_1000 = 0;
+	BCF        LATC1_bit+0, BitPos(LATC1_bit+0)
+;main.c,443 :: 		C_2200 = 0;
+	BCF        LATC2_bit+0, BitPos(LATC2_bit+0)
+;main.c,445 :: 		C_sw = 0;
+	BCF        LATE0_bit+0, BitPos(LATE0_bit+0)
+;main.c,446 :: 		return;
+;main.c,447 :: 		}
+L_end_Relay_set:
+	RETURN
+; end of _Relay_set
+
+_power_off:
+
+;main.c,449 :: 		void power_off(void){
+;main.c,452 :: 		GIE_bit = 0;
+	BCF        GIE_bit+0, BitPos(GIE_bit+0)
+;main.c,453 :: 		T0EN_bit = 0;
+	BCF        T0EN_bit+0, BitPos(T0EN_bit+0)
+;main.c,454 :: 		TMR0IF_bit = 0;
+	BCF        TMR0IF_bit+0, BitPos(TMR0IF_bit+0)
+;main.c,455 :: 		IOCIE_bit = 1;
+	BSF        IOCIE_bit+0, BitPos(IOCIE_bit+0)
+;main.c,456 :: 		IOCBF5_bit = 0;
+	BCF        IOCBF5_bit+0, BitPos(IOCBF5_bit+0)
+;main.c,457 :: 		IOCBN5_bit = 1;
+	BSF        IOCBN5_bit+0, BitPos(IOCBN5_bit+0)
+;main.c,459 :: 		OLED_PWD = 0;
+	BCF        LATA4_bit+0, BitPos(LATA4_bit+0)
+;main.c,460 :: 		RED = 1;
+	BSF        LATB4_bit+0, BitPos(LATB4_bit+0)
+;main.c,461 :: 		Green = 1;
+	BSF        LATB3_bit+0, BitPos(LATB3_bit+0)
+;main.c,463 :: 		C_sw = 0;
+	BCF        LATE0_bit+0, BitPos(LATE0_bit+0)
+;main.c,464 :: 		SYSCMD_bit = 1;
+	BSF        SYSCMD_bit+0, BitPos(SYSCMD_bit+0)
+;main.c,466 :: 		btn_cnt = 0;
+	CLRF       power_off_btn_cnt_L0+0
+;main.c,467 :: 		while(1){
+L_power_off100:
+;main.c,468 :: 		if(btn_cnt==0){ Delay_ms(100); IOCBF5_bit = 0; asm sleep; }
+	MOVF       power_off_btn_cnt_L0+0, 0
+	XORLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L_power_off102
+	MOVLW      5
+	MOVWF      R11
+	MOVLW      15
+	MOVWF      R12
+	MOVLW      241
+	MOVWF      R13
+L_power_off103:
+	DECFSZ     R13, 1
+	GOTO       L_power_off103
+	DECFSZ     R12, 1
+	GOTO       L_power_off103
+	DECFSZ     R11, 1
+	GOTO       L_power_off103
+	BCF        IOCBF5_bit+0, BitPos(IOCBF5_bit+0)
+	SLEEP
+L_power_off102:
+;main.c,469 :: 		asm NOP;
+	NOP
+;main.c,470 :: 		Delay_ms(100);
+	MOVLW      5
+	MOVWF      R11
+	MOVLW      15
+	MOVWF      R12
+	MOVLW      241
+	MOVWF      R13
+L_power_off104:
+	DECFSZ     R13, 1
+	GOTO       L_power_off104
+	DECFSZ     R12, 1
+	GOTO       L_power_off104
+	DECFSZ     R11, 1
+	GOTO       L_power_off104
+;main.c,471 :: 		if(GetButton) btn_cnt++;
+	BTFSC      PORTB+0, 5
+	GOTO       L__power_off326
+	BSF        3, 0
+	GOTO       L__power_off327
+L__power_off326:
+	BCF        3, 0
+L__power_off327:
+	BTFSS      3, 0
+	GOTO       L_power_off105
+	INCF       power_off_btn_cnt_L0+0, 1
+	GOTO       L_power_off106
+L_power_off105:
+;main.c,472 :: 		else btn_cnt = 0;
+	CLRF       power_off_btn_cnt_L0+0
+L_power_off106:
+;main.c,473 :: 		if(btn_cnt>15) break;
+	MOVF       power_off_btn_cnt_L0+0, 0
+	SUBLW      15
+	BTFSC      STATUS+0, 0
+	GOTO       L_power_off107
+	GOTO       L_power_off101
+L_power_off107:
+;main.c,474 :: 		}
+	GOTO       L_power_off100
+L_power_off101:
+;main.c,476 :: 		SYSCMD_bit = 0;
+	BCF        SYSCMD_bit+0, BitPos(SYSCMD_bit+0)
+;main.c,478 :: 		IOCIE_bit = 0;
+	BCF        IOCIE_bit+0, BitPos(IOCIE_bit+0)
+;main.c,479 :: 		IOCBN5_bit = 0;
+	BCF        IOCBN5_bit+0, BitPos(IOCBN5_bit+0)
+;main.c,480 :: 		IOCBF5_bit = 0;
+	BCF        IOCBF5_bit+0, BitPos(IOCBF5_bit+0)
+;main.c,481 :: 		T0EN_bit = 1;
+	BSF        T0EN_bit+0, BitPos(T0EN_bit+0)
+;main.c,482 :: 		GIE_bit = 1;
+	BSF        GIE_bit+0, BitPos(GIE_bit+0)
+;main.c,484 :: 		gre = 1;
+	BSF        _gre+0, BitPos(_gre+0)
+;main.c,485 :: 		oled_start();
+	CALL       _oled_start+0
+;main.c,486 :: 		while(GetButton){asm NOP;}
+L_power_off108:
+	BTFSC      PORTB+0, 5
+	GOTO       L__power_off328
+	BSF        3, 0
+	GOTO       L__power_off329
+L__power_off328:
+	BCF        3, 0
+L__power_off329:
+	BTFSS      3, 0
+	GOTO       L_power_off109
+	NOP
+	GOTO       L_power_off108
+L_power_off109:
+;main.c,487 :: 		B_short = 0;
+	BCF        _B_short+0, BitPos(_B_short+0)
+;main.c,488 :: 		B_long = 0;
+	BCF        _B_long+0, BitPos(_B_long+0)
+;main.c,489 :: 		B_xlong = 0;
+	BCF        _B_xlong+0, BitPos(_B_xlong+0)
+;main.c,490 :: 		E_long = 0;
+	BCF        _E_long+0, BitPos(_E_long+0)
+;main.c,491 :: 		btn_1_cnt = 0;
+	CLRF       _btn_1_cnt+0
+;main.c,492 :: 		btn_cnt = Tick;
+	MOVF       _Tick+0, 0
+	MOVWF      power_off_btn_cnt_L0+0
+;main.c,493 :: 		return;
+;main.c,494 :: 		}
+L_end_power_off:
+	RETURN
+; end of _power_off
+
+_check_reset_flags:
+
+;main.c,497 :: 		void check_reset_flags(void){
+;main.c,498 :: 		char i = 0;
+	CLRF       check_reset_flags_i_L0+0
+;main.c,499 :: 		if(STKOVF_bit){oled_wr_str_s(0,  0, "Stack overflow",  14); i = 1;}
+	BTFSS      STKOVF_bit+0, BitPos(STKOVF_bit+0)
+	GOTO       L_check_reset_flags110
+	CLRF       FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr25_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr25_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      14
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+	MOVLW      1
+	MOVWF      check_reset_flags_i_L0+0
+L_check_reset_flags110:
+;main.c,500 :: 		if(STKUNF_bit){oled_wr_str_s(1,  0, "Stack underflow", 15); i = 1;}
+	BTFSS      STKUNF_bit+0, BitPos(STKUNF_bit+0)
+	GOTO       L_check_reset_flags111
+	MOVLW      1
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr26_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr26_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      15
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+	MOVLW      1
+	MOVWF      check_reset_flags_i_L0+0
+L_check_reset_flags111:
+;main.c,501 :: 		if(!nRWDT_bit){oled_wr_str_s(2,  0, "WDT overflow",    12); i = 1;}
+	BTFSC      nRWDT_bit+0, BitPos(nRWDT_bit+0)
+	GOTO       L_check_reset_flags112
+	MOVLW      2
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr27_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr27_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      12
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+	MOVLW      1
+	MOVWF      check_reset_flags_i_L0+0
+L_check_reset_flags112:
+;main.c,502 :: 		if(!nRMCLR_bit){oled_wr_str_s(3, 0, "MCLR reset  ",    12); i = 1;}
+	BTFSC      nRMCLR_bit+0, BitPos(nRMCLR_bit+0)
+	GOTO       L_check_reset_flags113
+	MOVLW      3
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr28_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr28_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      12
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+	MOVLW      1
+	MOVWF      check_reset_flags_i_L0+0
+L_check_reset_flags113:
+;main.c,503 :: 		if(!nBOR_bit){oled_wr_str_s(4,   0, "BOR reset  ",     12); i = 1;}
+	BTFSC      nBOR_bit+0, BitPos(nBOR_bit+0)
+	GOTO       L_check_reset_flags114
+	MOVLW      4
+	MOVWF      FARG_oled_wr_str_s+0
+	CLRF       FARG_oled_wr_str_s+0
+	MOVLW      ?lstr29_main+0
+	MOVWF      FARG_oled_wr_str_s+0
+	MOVLW      hi_addr(?lstr29_main+0)
+	MOVWF      FARG_oled_wr_str_s+1
+	MOVLW      12
+	MOVWF      FARG_oled_wr_str_s+0
+	CALL       _oled_wr_str_s+0
+	MOVLW      1
+	MOVWF      check_reset_flags_i_L0+0
+L_check_reset_flags114:
+;main.c,504 :: 		if(i){
+	MOVF       check_reset_flags_i_L0+0, 0
+	BTFSC      STATUS+0, 2
+	GOTO       L_check_reset_flags115
+;main.c,505 :: 		Delay_ms(5000);
+	MOVLW      203
+	MOVWF      R11
+	MOVLW      236
+	MOVWF      R12
+	MOVLW      132
+	MOVWF      R13
+L_check_reset_flags116:
+	DECFSZ     R13, 1
+	GOTO       L_check_reset_flags116
+	DECFSZ     R12, 1
+	GOTO       L_check_reset_flags116
+	DECFSZ     R11, 1
+	GOTO       L_check_reset_flags116
+	NOP
+;main.c,506 :: 		oled_clear();
+	CALL       _oled_clear+0
+;main.c,507 :: 		}
+L_check_reset_flags115:
+;main.c,508 :: 		return;
+;main.c,509 :: 		}
+L_end_check_reset_flags:
+	RETURN
+; end of _check_reset_flags
+
+_correction:
+
+;main.c,511 :: 		int correction(int input) {
+;main.c,512 :: 		input *= 2;
+	MOVF       FARG_correction_input+0, 0
+	MOVWF      R1
+	MOVF       FARG_correction_input+1, 0
+	MOVWF      R2
+	LSLF       R1, 1
+	RLF        R2, 1
+	MOVF       R1, 0
+	MOVWF      FARG_correction_input+0
+	MOVF       R2, 0
+	MOVWF      FARG_correction_input+1
+;main.c,514 :: 		if(input <= 543) input += 256;
+	MOVLW      128
+	XORLW      2
+	MOVWF      R0
+	MOVLW      128
+	XORWF      R2, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction332
+	MOVF       R1, 0
+	SUBLW      31
+L__correction332:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction117
+	MOVLW      0
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction118
+L_correction117:
+;main.c,515 :: 		else if(input <= 791) input += 274;
+	MOVLW      128
+	XORLW      3
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction333
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      23
+L__correction333:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction119
+	MOVLW      18
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction120
+L_correction119:
+;main.c,516 :: 		else if(input <= 1225) input += 288;
+	MOVLW      128
+	XORLW      4
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction334
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      201
+L__correction334:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction121
+	MOVLW      32
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction122
+L_correction121:
+;main.c,517 :: 		else if(input <= 1991) input += 286;
+	MOVLW      128
+	XORLW      7
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction335
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      199
+L__correction335:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction123
+	MOVLW      30
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction124
+L_correction123:
+;main.c,518 :: 		else if(input <= 2766) input += 288;
+	MOVLW      128
+	XORLW      10
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction336
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      206
+L__correction336:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction125
+	MOVLW      32
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction126
+L_correction125:
+;main.c,519 :: 		else if(input <= 3970) input += 260;
+	MOVLW      128
+	XORLW      15
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction337
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      130
+L__correction337:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction127
+	MOVLW      4
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      1
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction128
+L_correction127:
+;main.c,520 :: 		else if(input <= 5100) input += 250;
+	MOVLW      128
+	XORLW      19
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_correction_input+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__correction338
+	MOVF       FARG_correction_input+0, 0
+	SUBLW      236
+L__correction338:
+	BTFSS      STATUS+0, 0
+	GOTO       L_correction129
+	MOVLW      250
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      0
+	ADDWFC     FARG_correction_input+1, 1
+	GOTO       L_correction130
+L_correction129:
+;main.c,521 :: 		else  input += 240;
+	MOVLW      240
+	ADDWF      FARG_correction_input+0, 1
+	MOVLW      0
+	ADDWFC     FARG_correction_input+1, 1
+L_correction130:
+L_correction128:
+L_correction126:
+L_correction124:
+L_correction122:
+L_correction120:
+L_correction118:
+;main.c,523 :: 		return input;
+	MOVF       FARG_correction_input+0, 0
+	MOVWF      R0
+	MOVF       FARG_correction_input+1, 0
+	MOVWF      R1
+;main.c,524 :: 		}
+L_end_correction:
+	RETURN
+; end of _correction
+
+_get_reverse:
+
+;main.c,526 :: 		int get_reverse(void){
+;main.c,529 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+	MOVLW      67
+	MOVWF      FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,530 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_reverse131:
+	DECFSZ     R13, 1
+	GOTO       L_get_reverse131
+	DECFSZ     R12, 1
+	GOTO       L_get_reverse131
+	NOP
+;main.c,531 :: 		v = ADC_Get_Sample(REV_input);
+	MOVLW      10
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_reverse_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_reverse_v_L0+1
+;main.c,532 :: 		if(v==1023){
+	MOVF       R1, 0
+	XORLW      3
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_reverse340
+	MOVLW      255
+	XORWF      R0, 0
+L__get_reverse340:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_reverse132
+;main.c,533 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+	MOVLW      131
+	MOVWF      FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,534 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_reverse133:
+	DECFSZ     R13, 1
+	GOTO       L_get_reverse133
+	DECFSZ     R12, 1
+	GOTO       L_get_reverse133
+	NOP
+;main.c,535 :: 		v = ADC_Get_Sample(REV_input) * 2;
+	MOVLW      10
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_reverse_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_reverse_v_L0+1
+	LSLF       get_reverse_v_L0+0, 1
+	RLF        get_reverse_v_L0+1, 1
+;main.c,536 :: 		}
+L_get_reverse132:
+;main.c,537 :: 		if(v==2046){
+	MOVF       get_reverse_v_L0+1, 0
+	XORLW      7
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_reverse341
+	MOVLW      254
+	XORWF      get_reverse_v_L0+0, 0
+L__get_reverse341:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_reverse134
+;main.c,538 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+	CLRF       FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,539 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_reverse135:
+	DECFSZ     R13, 1
+	GOTO       L_get_reverse135
+	DECFSZ     R12, 1
+	GOTO       L_get_reverse135
+	NOP
+;main.c,540 :: 		v = ADC_Get_Sample(REV_input);
+	MOVLW      10
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_reverse_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_reverse_v_L0+1
+;main.c,541 :: 		if(v==1023) Overflow = 1;
+	MOVF       R1, 0
+	XORLW      3
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_reverse342
+	MOVLW      255
+	XORWF      R0, 0
+L__get_reverse342:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_reverse136
+	BSF        _Overflow+0, BitPos(_Overflow+0)
+L_get_reverse136:
+;main.c,542 :: 		get_batt();
+	CALL       _get_batt+0
+;main.c,543 :: 		d = (long)v * (long)Voltage;
+	MOVF       get_reverse_v_L0+0, 0
+	MOVWF      R4
+	MOVF       get_reverse_v_L0+1, 0
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	MOVF       _Voltage+0, 0
+	MOVWF      R0
+	MOVF       _Voltage+1, 0
+	MOVWF      R1
+	MOVLW      0
+	BTFSC      R1, 7
+	MOVLW      255
+	MOVWF      R2
+	MOVWF      R3
+	CALL       _Mul_32x32_U+0
+;main.c,544 :: 		d = d / 1024;
+	MOVLW      10
+	MOVWF      R8
+	MOVF       R0, 0
+	MOVWF      R4
+	MOVF       R1, 0
+	MOVWF      R5
+	MOVF       R2, 0
+	MOVWF      R6
+	MOVF       R3, 0
+	MOVWF      R7
+	MOVF       R8, 0
+L__get_reverse343:
+	BTFSC      STATUS+0, 2
+	GOTO       L__get_reverse344
+	LSRF       R7, 1
+	RRF        R6, 1
+	RRF        R5, 1
+	RRF        R4, 1
+	ADDLW      255
+	GOTO       L__get_reverse343
+L__get_reverse344:
+;main.c,545 :: 		v = (int)d;
+	MOVF       R4, 0
+	MOVWF      get_reverse_v_L0+0
+	MOVF       R5, 0
+	MOVWF      get_reverse_v_L0+1
+;main.c,546 :: 		}
+L_get_reverse134:
+;main.c,547 :: 		return v;
+	MOVF       get_reverse_v_L0+0, 0
+	MOVWF      R0
+	MOVF       get_reverse_v_L0+1, 0
+	MOVWF      R1
+;main.c,548 :: 		}
+L_end_get_reverse:
+	RETURN
+; end of _get_reverse
+
+_get_forward:
+
+;main.c,550 :: 		int get_forward(void){
+;main.c,553 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+	MOVLW      67
+	MOVWF      FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,554 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_forward137:
+	DECFSZ     R13, 1
+	GOTO       L_get_forward137
+	DECFSZ     R12, 1
+	GOTO       L_get_forward137
+	NOP
+;main.c,555 :: 		v = ADC_Get_Sample(FWD_input);
+	MOVLW      8
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_forward_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_forward_v_L0+1
+;main.c,556 :: 		if(v==1023){
+	MOVF       R1, 0
+	XORLW      3
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_forward346
+	MOVLW      255
+	XORWF      R0, 0
+L__get_forward346:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_forward138
+;main.c,557 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+	MOVLW      131
+	MOVWF      FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,558 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_forward139:
+	DECFSZ     R13, 1
+	GOTO       L_get_forward139
+	DECFSZ     R12, 1
+	GOTO       L_get_forward139
+	NOP
+;main.c,559 :: 		v = ADC_Get_Sample(FWD_input) * 2;
+	MOVLW      8
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_forward_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_forward_v_L0+1
+	LSLF       get_forward_v_L0+0, 1
+	RLF        get_forward_v_L0+1, 1
+;main.c,560 :: 		}
+L_get_forward138:
+;main.c,561 :: 		if(v==2046){
+	MOVF       get_forward_v_L0+1, 0
+	XORLW      7
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_forward347
+	MOVLW      254
+	XORWF      get_forward_v_L0+0, 0
+L__get_forward347:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_forward140
+;main.c,562 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+	CLRF       FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,563 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_forward141:
+	DECFSZ     R13, 1
+	GOTO       L_get_forward141
+	DECFSZ     R12, 1
+	GOTO       L_get_forward141
+	NOP
+;main.c,564 :: 		v = ADC_Get_Sample(FWD_input);
+	MOVLW      8
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVF       R0, 0
+	MOVWF      get_forward_v_L0+0
+	MOVF       R1, 0
+	MOVWF      get_forward_v_L0+1
+;main.c,565 :: 		if(v==1023) Overflow = 1;
+	MOVF       R1, 0
+	XORLW      3
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_forward348
+	MOVLW      255
+	XORWF      R0, 0
+L__get_forward348:
+	BTFSS      STATUS+0, 2
+	GOTO       L_get_forward142
+	BSF        _Overflow+0, BitPos(_Overflow+0)
+L_get_forward142:
+;main.c,566 :: 		get_batt();
+	CALL       _get_batt+0
+;main.c,567 :: 		d = (long)v * (long)Voltage;
+	MOVF       get_forward_v_L0+0, 0
+	MOVWF      R4
+	MOVF       get_forward_v_L0+1, 0
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	MOVF       _Voltage+0, 0
+	MOVWF      R0
+	MOVF       _Voltage+1, 0
+	MOVWF      R1
+	MOVLW      0
+	BTFSC      R1, 7
+	MOVLW      255
+	MOVWF      R2
+	MOVWF      R3
+	CALL       _Mul_32x32_U+0
+;main.c,568 :: 		d = d / 1024;
+	MOVLW      10
+	MOVWF      R8
+	MOVF       R0, 0
+	MOVWF      R4
+	MOVF       R1, 0
+	MOVWF      R5
+	MOVF       R2, 0
+	MOVWF      R6
+	MOVF       R3, 0
+	MOVWF      R7
+	MOVF       R8, 0
+L__get_forward349:
+	BTFSC      STATUS+0, 2
+	GOTO       L__get_forward350
+	LSRF       R7, 1
+	RRF        R6, 1
+	RRF        R5, 1
+	RRF        R4, 1
+	ADDLW      255
+	GOTO       L__get_forward349
+L__get_forward350:
+;main.c,569 :: 		v = (int)d;
+	MOVF       R4, 0
+	MOVWF      get_forward_v_L0+0
+	MOVF       R5, 0
+	MOVWF      get_forward_v_L0+1
+;main.c,570 :: 		}
+L_get_forward140:
+;main.c,571 :: 		return v;
+	MOVF       get_forward_v_L0+0, 0
+	MOVWF      R0
+	MOVF       get_forward_v_L0+1, 0
+	MOVWF      R1
+;main.c,572 :: 		}
+L_end_get_forward:
+	RETURN
+; end of _get_forward
+
+_get_pwr:
+
+;main.c,575 :: 		void get_pwr(){
+;main.c,579 :: 		Forward = get_forward();
+	CALL       _get_forward+0
+	MOVF       R0, 0
+	MOVWF      get_pwr_Forward_L0+0
+	MOVF       R1, 0
+	MOVWF      get_pwr_Forward_L0+1
+	MOVLW      0
+	BTFSC      get_pwr_Forward_L0+1, 7
+	MOVLW      255
+	MOVWF      get_pwr_Forward_L0+2
+	MOVWF      get_pwr_Forward_L0+3
+;main.c,580 :: 		Reverse = get_reverse();
+	CALL       _get_reverse+0
+	MOVF       R0, 0
+	MOVWF      get_pwr_Reverse_L0+0
+	MOVF       R1, 0
+	MOVWF      get_pwr_Reverse_L0+1
+	MOVLW      0
+	BTFSC      get_pwr_Reverse_L0+1, 7
+	MOVLW      255
+	MOVWF      get_pwr_Reverse_L0+2
+	MOVWF      get_pwr_Reverse_L0+3
+;main.c,582 :: 		p = correction(Forward);
+	MOVF       get_pwr_Forward_L0+0, 0
+	MOVWF      FARG_correction_input+0
+	MOVF       get_pwr_Forward_L0+1, 0
+	MOVWF      FARG_correction_input+1
+	CALL       _correction+0
+	CALL       _int2double+0
+;main.c,583 :: 		P = p * 5 / 1000;
+	MOVLW      0
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVLW      32
+	MOVWF      R6
+	MOVLW      129
+	MOVWF      R7
+	CALL       _Mul_32x32_FP+0
+	MOVLW      0
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVLW      122
+	MOVWF      R6
+	MOVLW      136
+	MOVWF      R7
+	CALL       _Div_32x32_FP+0
+;main.c,584 :: 		p = p / 1.414;
+	MOVLW      244
+	MOVWF      R4
+	MOVLW      253
+	MOVWF      R5
+	MOVLW      52
+	MOVWF      R6
+	MOVLW      127
+	MOVWF      R7
+	CALL       _Div_32x32_FP+0
+;main.c,585 :: 		p = p * p;
+	MOVF       R0, 0
+	MOVWF      R4
+	MOVF       R1, 0
+	MOVWF      R5
+	MOVF       R2, 0
+	MOVWF      R6
+	MOVF       R3, 0
+	MOVWF      R7
+	CALL       _Mul_32x32_FP+0
+;main.c,586 :: 		p = p / 5;
+	MOVLW      0
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVLW      32
+	MOVWF      R6
+	MOVLW      129
+	MOVWF      R7
+	CALL       _Div_32x32_FP+0
+;main.c,587 :: 		p += 0.5;
+	MOVLW      0
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVLW      0
+	MOVWF      R6
+	MOVLW      126
+	MOVWF      R7
+	CALL       _Add_32x32_FP+0
+;main.c,588 :: 		PWR = p;
+	CALL       _double2int+0
+	MOVF       R0, 0
+	MOVWF      _PWR+0
+	MOVF       R1, 0
+	MOVWF      _PWR+1
+;main.c,590 :: 		if(PWR>0){
+	MOVLW      128
+	MOVWF      R2
+	MOVLW      128
+	XORWF      R1, 0
+	SUBWF      R2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr352
+	MOVF       R0, 0
+	SUBLW      0
+L__get_pwr352:
+	BTFSC      STATUS+0, 0
+	GOTO       L_get_pwr143
+;main.c,591 :: 		if(OLED_PWD){
+	BTFSS      LATA4_bit+0, BitPos(LATA4_bit+0)
+	GOTO       L_get_pwr144
+;main.c,592 :: 		disp_cnt = Tick + Disp_time*1000;
+	MOVF       _Disp_time+0, 0
+	MOVWF      R0
+	MOVF       _Disp_time+1, 0
+	MOVWF      R1
+	MOVF       _Disp_time+2, 0
+	MOVWF      R2
+	MOVF       _Disp_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _disp_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _disp_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _disp_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _disp_cnt+3
+;main.c,593 :: 		off_cnt = Tick + Off_time*1000;
+	MOVF       _Off_time+0, 0
+	MOVWF      R0
+	MOVF       _Off_time+1, 0
+	MOVWF      R1
+	MOVF       _Off_time+2, 0
+	MOVWF      R2
+	MOVF       _Off_time+3, 0
+	MOVWF      R3
+	MOVLW      232
+	MOVWF      R4
+	MOVLW      3
+	MOVWF      R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       R0, 0
+	ADDWF      _Tick+0, 0
+	MOVWF      _off_cnt+0
+	MOVF       R1, 0
+	ADDWFC     _Tick+1, 0
+	MOVWF      _off_cnt+1
+	MOVF       R2, 0
+	ADDWFC     _Tick+2, 0
+	MOVWF      _off_cnt+2
+	MOVF       R3, 0
+	ADDWFC     _Tick+3, 0
+	MOVWF      _off_cnt+3
+;main.c,594 :: 		}
+	GOTO       L_get_pwr145
+L_get_pwr144:
+;main.c,595 :: 		else oled_start();
+	CALL       _oled_start+0
+L_get_pwr145:
+;main.c,596 :: 		}
+L_get_pwr143:
+;main.c,598 :: 		if(Reverse >= Forward)
+	MOVLW      128
+	XORWF      get_pwr_Reverse_L0+3, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      get_pwr_Forward_L0+3, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr353
+	MOVF       get_pwr_Forward_L0+2, 0
+	SUBWF      get_pwr_Reverse_L0+2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr353
+	MOVF       get_pwr_Forward_L0+1, 0
+	SUBWF      get_pwr_Reverse_L0+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr353
+	MOVF       get_pwr_Forward_L0+0, 0
+	SUBWF      get_pwr_Reverse_L0+0, 0
+L__get_pwr353:
+	BTFSS      STATUS+0, 0
+	GOTO       L_get_pwr146
+;main.c,599 :: 		Forward = 999;
+	MOVLW      231
+	MOVWF      get_pwr_Forward_L0+0
+	MOVLW      3
+	MOVWF      get_pwr_Forward_L0+1
+	CLRF       get_pwr_Forward_L0+2
+	CLRF       get_pwr_Forward_L0+3
+	GOTO       L_get_pwr147
+L_get_pwr146:
+;main.c,601 :: 		Forward = ((Forward + Reverse) * 100) / (Forward - Reverse);
+	MOVF       get_pwr_Reverse_L0+0, 0
+	ADDWF      get_pwr_Forward_L0+0, 0
+	MOVWF      R0
+	MOVF       get_pwr_Reverse_L0+1, 0
+	ADDWFC     get_pwr_Forward_L0+1, 0
+	MOVWF      R1
+	MOVF       get_pwr_Reverse_L0+2, 0
+	ADDWFC     get_pwr_Forward_L0+2, 0
+	MOVWF      R2
+	MOVF       get_pwr_Reverse_L0+3, 0
+	ADDWFC     get_pwr_Forward_L0+3, 0
+	MOVWF      R3
+	MOVLW      100
+	MOVWF      R4
+	CLRF       R5
+	CLRF       R6
+	CLRF       R7
+	CALL       _Mul_32x32_U+0
+	MOVF       get_pwr_Forward_L0+0, 0
+	MOVWF      R4
+	MOVF       get_pwr_Forward_L0+1, 0
+	MOVWF      R5
+	MOVF       get_pwr_Forward_L0+2, 0
+	MOVWF      R6
+	MOVF       get_pwr_Forward_L0+3, 0
+	MOVWF      R7
+	MOVF       get_pwr_Reverse_L0+0, 0
+	SUBWF      R4, 1
+	MOVF       get_pwr_Reverse_L0+1, 0
+	SUBWFB     R5, 1
+	MOVF       get_pwr_Reverse_L0+2, 0
+	SUBWFB     R6, 1
+	MOVF       get_pwr_Reverse_L0+3, 0
+	SUBWFB     R7, 1
+	CALL       _Div_32x32_S+0
+	MOVF       R0, 0
+	MOVWF      get_pwr_Forward_L0+0
+	MOVF       R1, 0
+	MOVWF      get_pwr_Forward_L0+1
+	MOVF       R2, 0
+	MOVWF      get_pwr_Forward_L0+2
+	MOVF       R3, 0
+	MOVWF      get_pwr_Forward_L0+3
+;main.c,602 :: 		if(Forward>999) Forward = 999;
+	MOVLW      128
+	MOVWF      R4
+	MOVLW      128
+	XORWF      R3, 0
+	SUBWF      R4, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr354
+	MOVF       R2, 0
+	SUBLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr354
+	MOVF       R1, 0
+	SUBLW      3
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_pwr354
+	MOVF       R0, 0
+	SUBLW      231
+L__get_pwr354:
+	BTFSC      STATUS+0, 0
+	GOTO       L_get_pwr148
+	MOVLW      231
+	MOVWF      get_pwr_Forward_L0+0
+	MOVLW      3
+	MOVWF      get_pwr_Forward_L0+1
+	CLRF       get_pwr_Forward_L0+2
+	CLRF       get_pwr_Forward_L0+3
+L_get_pwr148:
+;main.c,603 :: 		}
+L_get_pwr147:
+;main.c,605 :: 		SWR = Forward;
+	MOVF       get_pwr_Forward_L0+0, 0
+	MOVWF      _SWR+0
+	MOVF       get_pwr_Forward_L0+1, 0
+	MOVWF      _SWR+1
+;main.c,606 :: 		return;
+;main.c,607 :: 		}
+L_end_get_pwr:
+	RETURN
+; end of _get_pwr
+
+_get_swr:
+
+;main.c,609 :: 		void get_swr(){
+;main.c,610 :: 		unsigned int tune_cnt = 300;
+	MOVLW      44
+	MOVWF      get_swr_tune_cnt_L0+0
+	MOVLW      1
+	MOVWF      get_swr_tune_cnt_L0+1
+	CLRF       get_swr_PWR_max_L0+0
+	CLRF       get_swr_PWR_max_L0+1
+;main.c,612 :: 		get_pwr();
+	CALL       _get_pwr+0
+;main.c,613 :: 		while(PWR<min_for_start || PWR>max_for_start){   // waiting for good power
+L_get_swr149:
+	MOVLW      128
+	XORWF      _PWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _min_for_start+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_swr356
+	MOVF       _min_for_start+0, 0
+	SUBWF      _PWR+0, 0
+L__get_swr356:
+	BTFSS      STATUS+0, 0
+	GOTO       L__get_swr239
+	MOVLW      128
+	XORWF      _max_for_start+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _PWR+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_swr357
+	MOVF       _PWR+0, 0
+	SUBWF      _max_for_start+0, 0
+L__get_swr357:
+	BTFSS      STATUS+0, 0
+	GOTO       L__get_swr239
+	GOTO       L_get_swr150
+L__get_swr239:
+;main.c,614 :: 		if(B_short){
+	BTFSS      _B_short+0, BitPos(_B_short+0)
+	GOTO       L_get_swr153
+;main.c,615 :: 		Btn_short();
+	CALL       _Btn_short+0
+;main.c,616 :: 		SWR = 0;
+	CLRF       _SWR+0
+	CLRF       _SWR+1
+;main.c,617 :: 		break;
+	GOTO       L_get_swr150
+;main.c,618 :: 		}
+L_get_swr153:
+;main.c,619 :: 		if(B_xlong){
+	BTFSS      _B_xlong+0, BitPos(_B_xlong+0)
+	GOTO       L_get_swr154
+;main.c,621 :: 		SWR = 0;
+	CLRF       _SWR+0
+	CLRF       _SWR+1
+;main.c,622 :: 		break;
+	GOTO       L_get_swr150
+;main.c,623 :: 		}
+L_get_swr154:
+;main.c,625 :: 		get_pwr();
+	CALL       _get_pwr+0
+;main.c,626 :: 		if(tune_cnt>0){
+	MOVF       get_swr_tune_cnt_L0+1, 0
+	SUBLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_swr358
+	MOVF       get_swr_tune_cnt_L0+0, 0
+	SUBLW      0
+L__get_swr358:
+	BTFSC      STATUS+0, 0
+	GOTO       L_get_swr155
+;main.c,627 :: 		tune_cnt --;
+	MOVLW      1
+	SUBWF      get_swr_tune_cnt_L0+0, 1
+	MOVLW      0
+	SUBWFB     get_swr_tune_cnt_L0+1, 1
+;main.c,628 :: 		if(PWR>PWR_max)
+	MOVF       _PWR+1, 0
+	SUBWF      get_swr_PWR_max_L0+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__get_swr359
+	MOVF       _PWR+0, 0
+	SUBWF      get_swr_PWR_max_L0+0, 0
+L__get_swr359:
+	BTFSC      STATUS+0, 0
+	GOTO       L_get_swr156
+;main.c,629 :: 		PWR_max = PWR;
+	MOVF       _PWR+0, 0
+	MOVWF      get_swr_PWR_max_L0+0
+	MOVF       _PWR+1, 0
+	MOVWF      get_swr_PWR_max_L0+1
+L_get_swr156:
+;main.c,630 :: 		}
+	GOTO       L_get_swr157
+L_get_swr155:
+;main.c,632 :: 		draw_power(PWR_max);
+	MOVF       get_swr_PWR_max_L0+0, 0
+	MOVWF      FARG_draw_power_p+0
+	MOVF       get_swr_PWR_max_L0+1, 0
+	MOVWF      FARG_draw_power_p+1
+	CALL       _draw_power+0
+;main.c,633 :: 		PWR_max = 0;
+	CLRF       get_swr_PWR_max_L0+0
+	CLRF       get_swr_PWR_max_L0+1
+;main.c,634 :: 		tune_cnt = 300;
+	MOVLW      44
+	MOVWF      get_swr_tune_cnt_L0+0
+	MOVLW      1
+	MOVWF      get_swr_tune_cnt_L0+1
+;main.c,635 :: 		Delay_ms(1);
+	MOVLW      11
+	MOVWF      R12
+	MOVLW      98
+	MOVWF      R13
+L_get_swr158:
+	DECFSZ     R13, 1
+	GOTO       L_get_swr158
+	DECFSZ     R12, 1
+	GOTO       L_get_swr158
+	NOP
+;main.c,636 :: 		}
+L_get_swr157:
+;main.c,637 :: 		}
+	GOTO       L_get_swr149
+L_get_swr150:
+;main.c,639 :: 		return;
+;main.c,640 :: 		}
+L_end_get_swr:
+	RETURN
+; end of _get_swr
+
+_get_batt:
+
+;main.c,642 :: 		void get_batt(void){
+;main.c,643 :: 		ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+	MOVLW      67
+	MOVWF      FARG_ADC_Init_Advanced_reference+0
+	CALL       _ADC_Init_Advanced+0
+;main.c,644 :: 		Delay_us(100);
+	MOVLW      2
+	MOVWF      R12
+	MOVLW      8
+	MOVWF      R13
+L_get_batt159:
+	DECFSZ     R13, 1
+	GOTO       L_get_batt159
+	DECFSZ     R12, 1
+	GOTO       L_get_batt159
+	NOP
+;main.c,645 :: 		Voltage = ADC_Get_Sample(Battery_input) * 11;
+	MOVLW      9
+	MOVWF      FARG_ADC_Get_Sample_channel+0
+	CALL       _ADC_Get_Sample+0
+	MOVLW      11
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	CALL       _Mul_16X16_U+0
+	MOVF       R0, 0
+	MOVWF      _Voltage+0
+	MOVF       R1, 0
+	MOVWF      _Voltage+1
+;main.c,646 :: 		return;
+;main.c,647 :: 		}
+L_end_get_batt:
+	RETURN
+; end of _get_batt
+
+_coarse_cap:
+
+;main.c,649 :: 		void coarse_cap() {
+;main.c,650 :: 		char step = 3;
+	MOVLW      3
+	MOVWF      coarse_cap_step_L0+0
+;main.c,654 :: 		cap = 0;
+	CLRF       _cap+0
+;main.c,655 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	CLRF       FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,656 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,657 :: 		min_swr = SWR + SWR/20;
+	MOVLW      20
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVF       _SWR+0, 0
+	MOVWF      R0
+	MOVF       _SWR+1, 0
+	MOVWF      R1
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	ADDWF      _SWR+0, 0
+	MOVWF      coarse_cap_min_swr_L0+0
+	MOVF       R1, 0
+	ADDWFC     _SWR+1, 0
+	MOVWF      coarse_cap_min_swr_L0+1
+;main.c,658 :: 		for(count=step; count<=31;) {
+	MOVF       coarse_cap_step_L0+0, 0
+	MOVWF      coarse_cap_count_L0+0
+L_coarse_cap160:
+	MOVF       coarse_cap_count_L0+0, 0
+	SUBLW      31
+	BTFSS      STATUS+0, 0
+	GOTO       L_coarse_cap161
+;main.c,659 :: 		Relay_set(ind, count, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       coarse_cap_count_L0+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,660 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,661 :: 		if(SWR < min_swr) {
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      coarse_cap_min_swr_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__coarse_cap362
+	MOVF       coarse_cap_min_swr_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__coarse_cap362:
+	BTFSC      STATUS+0, 0
+	GOTO       L_coarse_cap163
+;main.c,662 :: 		min_swr = SWR + SWR/20;
+	MOVLW      20
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVF       _SWR+0, 0
+	MOVWF      R0
+	MOVF       _SWR+1, 0
+	MOVWF      R1
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	ADDWF      _SWR+0, 0
+	MOVWF      coarse_cap_min_swr_L0+0
+	MOVF       R1, 0
+	ADDWFC     _SWR+1, 0
+	MOVWF      coarse_cap_min_swr_L0+1
+;main.c,663 :: 		cap = count;
+	MOVF       coarse_cap_count_L0+0, 0
+	MOVWF      _cap+0
+;main.c,664 :: 		step_cap = step;
+	MOVF       coarse_cap_step_L0+0, 0
+	MOVWF      _step_cap+0
+;main.c,665 :: 		if(SWR<120) break;
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__coarse_cap363
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__coarse_cap363:
+	BTFSC      STATUS+0, 0
+	GOTO       L_coarse_cap164
+	GOTO       L_coarse_cap161
+L_coarse_cap164:
+;main.c,666 :: 		count += step;
+	MOVF       coarse_cap_step_L0+0, 0
+	ADDWF      coarse_cap_count_L0+0, 0
+	MOVWF      R1
+	MOVF       R1, 0
+	MOVWF      coarse_cap_count_L0+0
+;main.c,667 :: 		if(count==9) count = 8;
+	MOVF       R1, 0
+	XORLW      9
+	BTFSS      STATUS+0, 2
+	GOTO       L_coarse_cap165
+	MOVLW      8
+	MOVWF      coarse_cap_count_L0+0
+	GOTO       L_coarse_cap166
+L_coarse_cap165:
+;main.c,668 :: 		else if(count==17) {count = 16; step = 4;}
+	MOVF       coarse_cap_count_L0+0, 0
+	XORLW      17
+	BTFSS      STATUS+0, 2
+	GOTO       L_coarse_cap167
+	MOVLW      16
+	MOVWF      coarse_cap_count_L0+0
+	MOVLW      4
+	MOVWF      coarse_cap_step_L0+0
+L_coarse_cap167:
+L_coarse_cap166:
+;main.c,669 :: 		}
+	GOTO       L_coarse_cap168
+L_coarse_cap163:
+;main.c,670 :: 		else break;
+	GOTO       L_coarse_cap161
+L_coarse_cap168:
+;main.c,671 :: 		}
+	GOTO       L_coarse_cap160
+L_coarse_cap161:
+;main.c,672 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,673 :: 		return;
+;main.c,674 :: 		}
+L_end_coarse_cap:
+	RETURN
+; end of _coarse_cap
+
+_coarse_tune:
+
+;main.c,676 :: 		void coarse_tune() {
+;main.c,677 :: 		char step = 3;
+	MOVLW      3
+	MOVWF      coarse_tune_step_L0+0
+;main.c,682 :: 		mem_cap = 0;
+	CLRF       coarse_tune_mem_cap_L0+0
+;main.c,683 :: 		step_ind = step;
+	MOVF       coarse_tune_step_L0+0, 0
+	MOVWF      _step_ind+0
+;main.c,684 :: 		mem_step_cap = 3;
+	MOVLW      3
+	MOVWF      coarse_tune_mem_step_cap_L0+0
+;main.c,685 :: 		min_swr = SWR + SWR/20;
+	MOVLW      20
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVF       _SWR+0, 0
+	MOVWF      R0
+	MOVF       _SWR+1, 0
+	MOVWF      R1
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	ADDWF      _SWR+0, 0
+	MOVWF      coarse_tune_min_swr_L0+0
+	MOVF       R1, 0
+	ADDWFC     _SWR+1, 0
+	MOVWF      coarse_tune_min_swr_L0+1
+;main.c,686 :: 		for(count=step; count<=31;) {
+	MOVF       coarse_tune_step_L0+0, 0
+	MOVWF      coarse_tune_count_L0+0
+L_coarse_tune169:
+	MOVF       coarse_tune_count_L0+0, 0
+	SUBLW      31
+	BTFSS      STATUS+0, 0
+	GOTO       L_coarse_tune170
+;main.c,687 :: 		Relay_set(count, cap, SW);
+	MOVF       coarse_tune_count_L0+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,688 :: 		coarse_cap();
+	CALL       _coarse_cap+0
+;main.c,689 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,690 :: 		if(SWR < min_swr) {
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      coarse_tune_min_swr_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__coarse_tune365
+	MOVF       coarse_tune_min_swr_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__coarse_tune365:
+	BTFSC      STATUS+0, 0
+	GOTO       L_coarse_tune172
+;main.c,691 :: 		min_swr = SWR + SWR/20;
+	MOVLW      20
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVF       _SWR+0, 0
+	MOVWF      R0
+	MOVF       _SWR+1, 0
+	MOVWF      R1
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	ADDWF      _SWR+0, 0
+	MOVWF      coarse_tune_min_swr_L0+0
+	MOVF       R1, 0
+	ADDWFC     _SWR+1, 0
+	MOVWF      coarse_tune_min_swr_L0+1
+;main.c,692 :: 		ind = count;
+	MOVF       coarse_tune_count_L0+0, 0
+	MOVWF      _ind+0
+;main.c,693 :: 		mem_cap = cap;
+	MOVF       _cap+0, 0
+	MOVWF      coarse_tune_mem_cap_L0+0
+;main.c,694 :: 		step_ind = step;
+	MOVF       coarse_tune_step_L0+0, 0
+	MOVWF      _step_ind+0
+;main.c,695 :: 		mem_step_cap = step_cap;
+	MOVF       _step_cap+0, 0
+	MOVWF      coarse_tune_mem_step_cap_L0+0
+;main.c,696 :: 		if(SWR<120) break;
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__coarse_tune366
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__coarse_tune366:
+	BTFSC      STATUS+0, 0
+	GOTO       L_coarse_tune173
+	GOTO       L_coarse_tune170
+L_coarse_tune173:
+;main.c,697 :: 		count += step;
+	MOVF       coarse_tune_step_L0+0, 0
+	ADDWF      coarse_tune_count_L0+0, 0
+	MOVWF      R1
+	MOVF       R1, 0
+	MOVWF      coarse_tune_count_L0+0
+;main.c,698 :: 		if(count==9) count = 8;
+	MOVF       R1, 0
+	XORLW      9
+	BTFSS      STATUS+0, 2
+	GOTO       L_coarse_tune174
+	MOVLW      8
+	MOVWF      coarse_tune_count_L0+0
+	GOTO       L_coarse_tune175
+L_coarse_tune174:
+;main.c,699 :: 		else if(count==17) {count = 16; step = 4;}
+	MOVF       coarse_tune_count_L0+0, 0
+	XORLW      17
+	BTFSS      STATUS+0, 2
+	GOTO       L_coarse_tune176
+	MOVLW      16
+	MOVWF      coarse_tune_count_L0+0
+	MOVLW      4
+	MOVWF      coarse_tune_step_L0+0
+L_coarse_tune176:
+L_coarse_tune175:
+;main.c,700 :: 		}
+	GOTO       L_coarse_tune177
+L_coarse_tune172:
+;main.c,701 :: 		else break;
+	GOTO       L_coarse_tune170
+L_coarse_tune177:
+;main.c,702 :: 		}
+	GOTO       L_coarse_tune169
+L_coarse_tune170:
+;main.c,703 :: 		cap = mem_cap;
+	MOVF       coarse_tune_mem_cap_L0+0, 0
+	MOVWF      _cap+0
+;main.c,704 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       coarse_tune_mem_cap_L0+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,705 :: 		step_cap = mem_step_cap;
+	MOVF       coarse_tune_mem_step_cap_L0+0, 0
+	MOVWF      _step_cap+0
+;main.c,706 :: 		Delay_ms(10);
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_coarse_tune178:
+	DECFSZ     R13, 1
+	GOTO       L_coarse_tune178
+	DECFSZ     R12, 1
+	GOTO       L_coarse_tune178
+	NOP
+;main.c,707 :: 		return;
+;main.c,708 :: 		}
+L_end_coarse_tune:
+	RETURN
+; end of _coarse_tune
+
+_sharp_cap:
+
+;main.c,710 :: 		void sharp_cap() {
+;main.c,713 :: 		range = step_cap;
+	MOVF       _step_cap+0, 0
+	MOVWF      sharp_cap_range_L0+0
+;main.c,715 :: 		max_range = cap + range;
+	MOVF       _step_cap+0, 0
+	ADDWF      _cap+0, 0
+	MOVWF      R1
+	MOVF       R1, 0
+	MOVWF      sharp_cap_max_range_L0+0
+;main.c,716 :: 		if(max_range>31) max_range = 31;
+	MOVF       R1, 0
+	SUBLW      31
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_cap179
+	MOVLW      31
+	MOVWF      sharp_cap_max_range_L0+0
+L_sharp_cap179:
+;main.c,717 :: 		if(cap>range) min_range = cap - range; else min_range = 0;
+	MOVF       _cap+0, 0
+	SUBWF      sharp_cap_range_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_cap180
+	MOVF       sharp_cap_range_L0+0, 0
+	SUBWF      _cap+0, 0
+	MOVWF      sharp_cap_min_range_L0+0
+	GOTO       L_sharp_cap181
+L_sharp_cap180:
+	CLRF       sharp_cap_min_range_L0+0
+L_sharp_cap181:
+;main.c,718 :: 		cap = min_range;
+	MOVF       sharp_cap_min_range_L0+0, 0
+	MOVWF      _cap+0
+;main.c,719 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       sharp_cap_min_range_L0+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,720 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,721 :: 		if(SWR==0) return;
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap368
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__sharp_cap368:
+	BTFSS      STATUS+0, 2
+	GOTO       L_sharp_cap182
+	GOTO       L_end_sharp_cap
+L_sharp_cap182:
+;main.c,722 :: 		min_SWR = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      sharp_cap_min_swr_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      sharp_cap_min_swr_L0+1
+;main.c,723 :: 		for(count=min_range+1; count<=max_range; count++)  {
+	INCF       sharp_cap_min_range_L0+0, 0
+	MOVWF      sharp_cap_count_L0+0
+L_sharp_cap183:
+	MOVF       sharp_cap_count_L0+0, 0
+	SUBWF      sharp_cap_max_range_L0+0, 0
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_cap184
+;main.c,724 :: 		Relay_set(ind, count, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       sharp_cap_count_L0+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,725 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,726 :: 		if(SWR==0) return;
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap369
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__sharp_cap369:
+	BTFSS      STATUS+0, 2
+	GOTO       L_sharp_cap186
+	GOTO       L_end_sharp_cap
+L_sharp_cap186:
+;main.c,727 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_cap_min_swr_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap370
+	MOVF       sharp_cap_min_swr_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_cap370:
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_cap187
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_sharp_cap188:
+	DECFSZ     R13, 1
+	GOTO       L_sharp_cap188
+	DECFSZ     R12, 1
+	GOTO       L_sharp_cap188
+	NOP
+	CALL       _get_swr+0
+L_sharp_cap187:
+;main.c,728 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_cap_min_swr_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap371
+	MOVF       sharp_cap_min_swr_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_cap371:
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_cap189
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_sharp_cap190:
+	DECFSZ     R13, 1
+	GOTO       L_sharp_cap190
+	DECFSZ     R12, 1
+	GOTO       L_sharp_cap190
+	NOP
+	CALL       _get_swr+0
+L_sharp_cap189:
+;main.c,729 :: 		if(SWR < min_SWR) {
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_cap_min_swr_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap372
+	MOVF       sharp_cap_min_swr_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_cap372:
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_cap191
+;main.c,730 :: 		min_SWR = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      sharp_cap_min_swr_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      sharp_cap_min_swr_L0+1
+;main.c,731 :: 		cap = count;
+	MOVF       sharp_cap_count_L0+0, 0
+	MOVWF      _cap+0
+;main.c,732 :: 		if(SWR<120) break;
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_cap373
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__sharp_cap373:
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_cap192
+	GOTO       L_sharp_cap184
+L_sharp_cap192:
+;main.c,733 :: 		}
+	GOTO       L_sharp_cap193
+L_sharp_cap191:
+;main.c,734 :: 		else break;
+	GOTO       L_sharp_cap184
+L_sharp_cap193:
+;main.c,723 :: 		for(count=min_range+1; count<=max_range; count++)  {
+	INCF       sharp_cap_count_L0+0, 1
+;main.c,735 :: 		}
+	GOTO       L_sharp_cap183
+L_sharp_cap184:
+;main.c,736 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,737 :: 		return;
+;main.c,738 :: 		}
+L_end_sharp_cap:
+	RETURN
+; end of _sharp_cap
+
+_sharp_ind:
+
+;main.c,740 :: 		void sharp_ind() {
+;main.c,743 :: 		range = step_ind;
+	MOVF       _step_ind+0, 0
+	MOVWF      sharp_ind_range_L0+0
+;main.c,745 :: 		max_range = ind + range;
+	MOVF       _step_ind+0, 0
+	ADDWF      _ind+0, 0
+	MOVWF      R1
+	MOVF       R1, 0
+	MOVWF      sharp_ind_max_range_L0+0
+;main.c,746 :: 		if(max_range>31) max_range = 31;
+	MOVF       R1, 0
+	SUBLW      31
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_ind194
+	MOVLW      31
+	MOVWF      sharp_ind_max_range_L0+0
+L_sharp_ind194:
+;main.c,747 :: 		if(ind>range) min_range = ind - range; else min_range = 0;
+	MOVF       _ind+0, 0
+	SUBWF      sharp_ind_range_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_ind195
+	MOVF       sharp_ind_range_L0+0, 0
+	SUBWF      _ind+0, 0
+	MOVWF      sharp_ind_min_range_L0+0
+	GOTO       L_sharp_ind196
+L_sharp_ind195:
+	CLRF       sharp_ind_min_range_L0+0
+L_sharp_ind196:
+;main.c,748 :: 		ind = min_range;
+	MOVF       sharp_ind_min_range_L0+0, 0
+	MOVWF      _ind+0
+;main.c,749 :: 		Relay_set(ind, cap, SW);
+	MOVF       sharp_ind_min_range_L0+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,750 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,751 :: 		if(SWR==0) return;
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind375
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__sharp_ind375:
+	BTFSS      STATUS+0, 2
+	GOTO       L_sharp_ind197
+	GOTO       L_end_sharp_ind
+L_sharp_ind197:
+;main.c,752 :: 		min_SWR = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      sharp_ind_min_SWR_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      sharp_ind_min_SWR_L0+1
+;main.c,753 :: 		for(count=min_range+1; count<=max_range; count++) {
+	INCF       sharp_ind_min_range_L0+0, 0
+	MOVWF      sharp_ind_count_L0+0
+L_sharp_ind198:
+	MOVF       sharp_ind_count_L0+0, 0
+	SUBWF      sharp_ind_max_range_L0+0, 0
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_ind199
+;main.c,754 :: 		Relay_set(count, cap, SW);
+	MOVF       sharp_ind_count_L0+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,755 :: 		get_swr();
+	CALL       _get_swr+0
+;main.c,756 :: 		if(SWR==0) return;
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind376
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__sharp_ind376:
+	BTFSS      STATUS+0, 2
+	GOTO       L_sharp_ind201
+	GOTO       L_end_sharp_ind
+L_sharp_ind201:
+;main.c,757 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_ind_min_SWR_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind377
+	MOVF       sharp_ind_min_SWR_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_ind377:
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_ind202
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_sharp_ind203:
+	DECFSZ     R13, 1
+	GOTO       L_sharp_ind203
+	DECFSZ     R12, 1
+	GOTO       L_sharp_ind203
+	NOP
+	CALL       _get_swr+0
+L_sharp_ind202:
+;main.c,758 :: 		if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_ind_min_SWR_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind378
+	MOVF       sharp_ind_min_SWR_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_ind378:
+	BTFSS      STATUS+0, 0
+	GOTO       L_sharp_ind204
+	MOVLW      104
+	MOVWF      R12
+	MOVLW      228
+	MOVWF      R13
+L_sharp_ind205:
+	DECFSZ     R13, 1
+	GOTO       L_sharp_ind205
+	DECFSZ     R12, 1
+	GOTO       L_sharp_ind205
+	NOP
+	CALL       _get_swr+0
+L_sharp_ind204:
+;main.c,759 :: 		if(SWR < min_SWR) {
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      sharp_ind_min_SWR_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind379
+	MOVF       sharp_ind_min_SWR_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__sharp_ind379:
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_ind206
+;main.c,760 :: 		min_SWR = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      sharp_ind_min_SWR_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      sharp_ind_min_SWR_L0+1
+;main.c,761 :: 		ind = count;
+	MOVF       sharp_ind_count_L0+0, 0
+	MOVWF      _ind+0
+;main.c,762 :: 		if(SWR<120) break;
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__sharp_ind380
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__sharp_ind380:
+	BTFSC      STATUS+0, 0
+	GOTO       L_sharp_ind207
+	GOTO       L_sharp_ind199
+L_sharp_ind207:
+;main.c,763 :: 		}
+	GOTO       L_sharp_ind208
+L_sharp_ind206:
+;main.c,764 :: 		else break;
+	GOTO       L_sharp_ind199
+L_sharp_ind208:
+;main.c,753 :: 		for(count=min_range+1; count<=max_range; count++) {
+	INCF       sharp_ind_count_L0+0, 1
+;main.c,765 :: 		}
+	GOTO       L_sharp_ind198
+L_sharp_ind199:
+;main.c,766 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,767 :: 		return;
+;main.c,768 :: 		}
+L_end_sharp_ind:
+	RETURN
+; end of _sharp_ind
+
+_tune:
+
+;main.c,771 :: 		void tune() {
+;main.c,773 :: 		asm CLRWDT;
+	CLRWDT
+;main.c,774 :: 		Key_out = 0;
+	BCF        LATD2_bit+0, BitPos(LATD2_bit+0)
+;main.c,775 :: 		Delay_ms(100);
+	MOVLW      5
+	MOVWF      R11
+	MOVLW      15
+	MOVWF      R12
+	MOVLW      241
+	MOVWF      R13
+L_tune209:
+	DECFSZ     R13, 1
+	GOTO       L_tune209
+	DECFSZ     R12, 1
+	GOTO       L_tune209
+	DECFSZ     R11, 1
+	GOTO       L_tune209
+;main.c,776 :: 		get_swr(); if(SWR<110) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune382
+	MOVLW      110
+	SUBWF      _SWR+0, 0
+L__tune382:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune210
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune210:
+;main.c,777 :: 		atu_reset();
+	CALL       _atu_reset+0
+;main.c,778 :: 		Delay_ms(50);
+	MOVLW      3
+	MOVWF      R11
+	MOVLW      8
+	MOVWF      R12
+	MOVLW      119
+	MOVWF      R13
+L_tune211:
+	DECFSZ     R13, 1
+	GOTO       L_tune211
+	DECFSZ     R12, 1
+	GOTO       L_tune211
+	DECFSZ     R11, 1
+	GOTO       L_tune211
+;main.c,779 :: 		get_swr(); if(SWR<110) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune383
+	MOVLW      110
+	SUBWF      _SWR+0, 0
+L__tune383:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune212
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune212:
+;main.c,781 :: 		swr_mem = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      tune_swr_mem_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      tune_swr_mem_L0+1
+;main.c,782 :: 		coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _coarse_tune+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune384
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune384:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune213
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune213:
+;main.c,783 :: 		get_swr(); if(SWR<120) { Key_out = 1;  return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune385
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune385:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune214
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune214:
+;main.c,784 :: 		sharp_ind();  if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _sharp_ind+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune386
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune386:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune215
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune215:
+;main.c,785 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune387
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune387:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune216
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune216:
+;main.c,786 :: 		sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _sharp_cap+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune388
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune388:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune217
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune217:
+;main.c,787 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune389
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune389:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune218
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune218:
+;main.c,789 :: 		if(SWR<200 & SWR<swr_mem & (swr_mem-SWR)>100) { Key_out = 1; return; }
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R1
+	MOVLW      128
+	SUBWF      R1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune390
+	MOVLW      200
+	SUBWF      _SWR+0, 0
+L__tune390:
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R1
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      tune_swr_mem_L0+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune391
+	MOVF       tune_swr_mem_L0+0, 0
+	SUBWF      _SWR+0, 0
+L__tune391:
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R0
+	MOVF       R0, 0
+	ANDWF      R1, 0
+	MOVWF      R3
+	MOVF       _SWR+0, 0
+	SUBWF      tune_swr_mem_L0+0, 0
+	MOVWF      R1
+	MOVF       _SWR+1, 0
+	SUBWFB     tune_swr_mem_L0+1, 0
+	MOVWF      R2
+	MOVLW      128
+	MOVWF      R0
+	MOVLW      128
+	XORWF      R2, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune392
+	MOVF       R1, 0
+	SUBLW      100
+L__tune392:
+	MOVLW      1
+	BTFSC      STATUS+0, 0
+	MOVLW      0
+	MOVWF      R0
+	MOVF       R3, 0
+	ANDWF      R0, 1
+	BTFSC      STATUS+0, 2
+	GOTO       L_tune219
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune219:
+;main.c,790 :: 		swr_mem = SWR;
+	MOVF       _SWR+0, 0
+	MOVWF      tune_swr_mem_L0+0
+	MOVF       _SWR+1, 0
+	MOVWF      tune_swr_mem_L0+1
+;main.c,791 :: 		ind_mem = ind;
+	MOVF       _ind+0, 0
+	MOVWF      tune_ind_mem_L0+0
+	CLRF       tune_ind_mem_L0+1
+;main.c,792 :: 		cap_mem = cap;
+	MOVF       _cap+0, 0
+	MOVWF      tune_cap_mem_L0+0
+	CLRF       tune_cap_mem_L0+1
+;main.c,794 :: 		if(SW==1) SW = 0; else SW = 1;
+	MOVF       _SW+0, 0
+	XORLW      1
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune220
+	CLRF       _SW+0
+	GOTO       L_tune221
+L_tune220:
+	MOVLW      1
+	MOVWF      _SW+0
+L_tune221:
+;main.c,795 :: 		atu_reset();
+	CALL       _atu_reset+0
+;main.c,796 :: 		Relay_set(ind, cap, SW);
+	MOVF       _ind+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       _cap+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,797 :: 		Delay_ms(50);
+	MOVLW      3
+	MOVWF      R11
+	MOVLW      8
+	MOVWF      R12
+	MOVLW      119
+	MOVWF      R13
+L_tune222:
+	DECFSZ     R13, 1
+	GOTO       L_tune222
+	DECFSZ     R12, 1
+	GOTO       L_tune222
+	DECFSZ     R11, 1
+	GOTO       L_tune222
+;main.c,798 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune393
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune393:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune223
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune223:
+;main.c,800 :: 		coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _coarse_tune+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune394
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune394:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune224
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune224:
+;main.c,801 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune395
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune395:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune225
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune225:
+;main.c,802 :: 		sharp_ind(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _sharp_ind+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune396
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune396:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune226
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune226:
+;main.c,803 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune397
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune397:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune227
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune227:
+;main.c,804 :: 		sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+	CALL       _sharp_cap+0
+	MOVLW      0
+	XORWF      _SWR+1, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune398
+	MOVLW      0
+	XORWF      _SWR+0, 0
+L__tune398:
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune228
+	CALL       _atu_reset+0
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune228:
+;main.c,805 :: 		get_swr(); if(SWR<120) { Key_out = 1; return; }
+	CALL       _get_swr+0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	MOVWF      R0
+	MOVLW      128
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune399
+	MOVLW      120
+	SUBWF      _SWR+0, 0
+L__tune399:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune229
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+	GOTO       L_end_tune
+L_tune229:
+;main.c,807 :: 		if(SWR>swr_mem) {
+	MOVLW      128
+	XORWF      tune_swr_mem_L0+1, 0
+	MOVWF      R0
+	MOVLW      128
+	XORWF      _SWR+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__tune400
+	MOVF       _SWR+0, 0
+	SUBWF      tune_swr_mem_L0+0, 0
+L__tune400:
+	BTFSC      STATUS+0, 0
+	GOTO       L_tune230
+;main.c,808 :: 		if(SW==1) SW = 0; else SW = 1;
+	MOVF       _SW+0, 0
+	XORLW      1
+	BTFSS      STATUS+0, 2
+	GOTO       L_tune231
+	CLRF       _SW+0
+	GOTO       L_tune232
+L_tune231:
+	MOVLW      1
+	MOVWF      _SW+0
+L_tune232:
+;main.c,809 :: 		ind = ind_mem;
+	MOVF       tune_ind_mem_L0+0, 0
+	MOVWF      _ind+0
+;main.c,810 :: 		cap = cap_mem;
+	MOVF       tune_cap_mem_L0+0, 0
+	MOVWF      _cap+0
+;main.c,811 :: 		Relay_set(ind, cap, sw);
+	MOVF       tune_ind_mem_L0+0, 0
+	MOVWF      FARG_Relay_set_L+0
+	MOVF       tune_cap_mem_L0+0, 0
+	MOVWF      FARG_Relay_set_C+0
+	MOVF       _SW+0, 0
+	MOVWF      FARG_Relay_set_I+0
+	CALL       _Relay_set+0
+;main.c,812 :: 		}
+L_tune230:
+;main.c,814 :: 		asm CLRWDT;
+	CLRWDT
+;main.c,815 :: 		get_SWR();
+	CALL       _get_swr+0
+;main.c,816 :: 		Key_out = 1;
+	BSF        LATD2_bit+0, BitPos(LATD2_bit+0)
+;main.c,817 :: 		return;
+;main.c,818 :: 		}
+L_end_tune:
+	RETURN
+; end of _tune
diff --git a/Firmware/ATU-10_FW_13/main.c b/Firmware/ATU-10_FW_13/main.c
new file mode 100644
index 0000000..aca8b7b
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.c
@@ -0,0 +1,818 @@
+// X-202 HF FM AM SSB Receiver
+// David Fainitski, N7DDC
+// 2020
+
+#include "pic_init.h"
+#include "main.h"
+#include "oled_control.h"
+#include "Soft_I2C.h"
+
+
+// global variables
+char txt[8], txt_2[8];
+unsigned long Tick = 0; // ms system tick
+int Voltage, Voltage_old = 0;
+char btn_1_cnt = 0, btn_2_cnt = 0;
+unsigned long volt_cnt = 0, watch_cnt = 0, btn_cnt = 0, off_cnt, disp_cnt;
+int PWR, SWR, SWR_ind = 0, SWR_fixed_old = 100, PWR_fixed_old = 9999;
+char ind = 0, cap = 0, SW = 0, step_cap = 0, step_ind = 0, L_linear = 0, C_linear = 0;
+bit Overflow, B_short, B_long, B_xlong, gre, E_short, E_long;
+
+int Rel_Del = 7, rldl, min_for_start = 10, max_for_start = 150;
+int Auto_delta = 130; // 1.3 SWR
+
+unsigned long Disp_time = 300; //  Time in seconds
+unsigned long Off_time = 1800; //  Time in seconds
+
+#define FW_VER "1.3"
+
+// interrupt processing
+void interupt() iv 0x0004  {
+   //
+   if(TMR0IF_bit) {   // Timer0
+      TMR0IF_bit = 0;
+      Tick++;
+      TMR0L = 0xC0;   // 80_000 cycles to OF
+      TMR0H = 0xE0;
+   }
+   //
+   if(Tick>=btn_cnt){  // every 10ms
+      btn_cnt += 10;
+      //
+      if(GetButton | Start){
+         disp_cnt = Tick + Disp_time*1000;
+         off_cnt = Tick + Off_time*1000;
+      }
+      //
+      if(GetButton){  //
+         if(btn_1_cnt<250) btn_1_cnt++;
+         if(btn_1_cnt==25) B_long = 1;  // long pressing detected
+         if(btn_1_cnt==250 & OLED_PWD) B_xlong = 1;  // Xtra long pressing detected
+      }
+      else if(btn_1_cnt>2 & btn_1_cnt<25){
+         B_short = 1;               // short pressing detected
+         btn_1_cnt = 0;
+      }
+      else
+         btn_1_cnt = 0;
+      //  External interface
+      if(Start){
+         if(btn_2_cnt<25) btn_2_cnt++;
+         if(btn_2_cnt==20 & Key_in) E_long = 1;
+      }
+      else if(btn_2_cnt>1 & btn_2_cnt<10){
+         E_short = 1;
+         btn_2_cnt = 0;
+      }
+      else
+         btn_2_cnt = 0;
+   }
+   return;
+}
+
+
+void main() {
+   pic_init();
+   Red = 1;
+   Key_out = 1;
+   gre = 1;
+   oled_start();
+   //if(Debug) check_reset_flags();
+   ADC_Init();
+   Overflow = 0;
+   B_short = 0;
+   B_long = 0;
+   B_xlong = 0;
+   E_short = 0;
+   E_long = 0;
+   //
+   disp_cnt = Tick + Disp_time*1000;
+   off_cnt = Tick + Off_time*1000;
+
+   //
+   rldl = Rel_Del;
+   //Relay_set(0, 0, 0);
+   //
+   while(1) {
+      if(Tick>=volt_cnt){   // every 3 second
+         volt_cnt += 3000;
+         Voltage_show();
+      }
+      //
+      if(Tick>=watch_cnt){   // every 300 ms    unless power off
+         watch_cnt += 300;
+         watch_swr();
+      }
+      //
+      if(Tick>=disp_cnt){  // Display off
+         //Disp = 0;
+         OLED_PWD = 0;
+      }
+      //
+      if(Tick>=off_cnt){    // Go to power off
+         power_off();
+      }
+      //
+      if(B_short){
+        if(OLED_PWD) Btn_short();
+         else oled_start();
+      }
+      if(B_long){
+         if(OLED_PWD) Btn_long();
+         else oled_start();
+      }
+      if(B_xlong){
+         if(OLED_PWD) Btn_xlong();
+         else oled_start();
+      }
+      // External interface
+      if(E_short){
+         if(OLED_PWD==0) oled_start();
+         Btn_short();
+      }
+      if(E_long){
+         if(OLED_PWD==0) { Ext_long(); oled_start(); }
+         else Btn_long();
+      }
+    
+  } // while(1)
+} // main
+
+
+void oled_start(){
+   OLED_PWD = 1;
+   //Disp = 1;
+   Delay_ms(200);
+   Soft_I2C_init();
+   Delay_ms(10);
+   oled_init();
+   //
+   if(gre){
+      Greating();
+      gre = 0;
+      oled_clear();
+   }
+   oled_wr_str(0, 0, "PWR     W", 9);
+   oled_bat();
+   oled_wr_str(2, 0, "SWR      ", 9);
+   oled_wr_str(0, 42, "=", 1);
+   oled_wr_str(2, 42, "=", 1);
+   Voltage_old = 9999;
+   SWR_fixed_old = 100;
+   PWR_fixed_old = 9999;
+   SWR_ind = 0;
+   draw_swr(SWR_ind);
+   volt_cnt = Tick + 1;
+   watch_cnt = Tick;
+   B_short = 0; B_long = 0; B_xlong = 0;
+   disp_cnt = Tick + Disp_time*1000;
+   off_cnt = Tick + Off_time*1000;
+   return;
+}
+
+
+void watch_swr(void){
+   char peak_cnt, cnt;
+   int delta = Auto_delta - 100;
+   int PWR_fixed, SWR_fixed;
+   //
+   Delay_ms(50);
+   // peak detector
+   cnt = 600;
+   PWR_fixed = 0;
+   SWR_fixed = 0;
+   for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+      get_pwr();
+      if(PWR>PWR_fixed) {PWR_fixed = PWR; SWR_fixed = SWR;}
+      Delay_ms(1);
+   }
+   //
+   if(PWR_fixed>0){
+      if(OLED_PWD){
+         disp_cnt = Tick + Disp_time*1000;
+         off_cnt = Tick + Off_time*1000;
+      }
+      else oled_start();
+   };
+   //
+   if(PWR_fixed!=PWR_fixed_old){
+      if(Overflow)
+         oled_wr_str(0, 42, ">", 1);
+      else
+         oled_wr_str(0, 42, "=", 1);
+      PWR_fixed_old = PWR_fixed;
+      draw_power(PWR_fixed);
+   }
+   //
+   if(PWR_fixed<10){
+      SWR_fixed = 0;
+      //SWR_ind = 0;    // Last meassured SWR on display ! not a bug
+      draw_swr(SWR_ind);
+      return;
+   }
+   //
+   if(Overflow){
+      for(cnt=3; cnt!=0; cnt--){
+         oled_wr_str(2, 6, "OVERLOAD ", 9);
+         Delay_ms(500);
+         oled_wr_str(2, 0, "         ", 9);
+         Delay_ms(500);
+      }
+      oled_wr_str(2, 0, "SWR      ", 9);
+      oled_wr_str(2, 42, "=", 1);
+      draw_swr(SWR_fixed);
+      Delay_ms(500);
+      Overflow = 0;
+   }
+   //
+   else if(PWR_fixed>=min_for_start && PWR_fixed<max_for_start && SWR_fixed>=Auto_delta  || SWR_Fixed>900 ) {
+       if(  (SWR_fixed>SWR_fixed_old && (SWR_fixed-SWR_fixed_old)>delta) || (SWR_fixed<SWR_fixed_old && (SWR_fixed_old-SWR_fixed)>delta) || SWR_Fixed>900  ) {
+           Btn_long();
+           return;
+       }
+   }
+   //
+   if(SWR_fixed>99 && SWR_fixed!=SWR_ind){
+      SWR_ind = SWR_fixed;
+      draw_swr(SWR_ind);
+   }
+   //
+   return;
+}
+
+void draw_swr(unsigned int s){
+   if(s==0)
+      oled_wr_str(2, 60, "0.00", 4);
+   else {
+      IntToStr(s, txt_2);
+      txt[0] = txt_2[3];
+      txt[1] = '.';
+      txt[2] = txt_2[4];
+      txt[3] = txt_2[5];
+      //
+      oled_wr_str(2, 60, txt, 4);
+   }
+   return;
+}
+
+void draw_power(unsigned int p){
+   //
+   if(p==0){
+      oled_wr_str(0, 60, "0.0", 3);
+      return;
+   }
+   else if(p<10){  // <1 W
+      IntToStr(p, txt_2);
+      txt[0] = '0';
+      txt[1] = '.';
+      txt[2] = txt_2[5];
+   }
+   else if(p<100){ // <10W
+      IntToStr(p, txt_2);
+      txt[0] = txt_2[4];
+      txt[1] = '.';
+      txt[2] = txt_2[5];
+   }
+   else{  // >10W
+      p += 5;
+      IntToStr(p, txt_2);
+      txt[0] = ' ';
+      txt[1] = txt_2[3];
+      txt[2] = txt_2[4];
+   }
+   oled_wr_str(0, 60, txt, 3);
+   return;
+}
+
+void Voltage_show(){
+   get_batt();
+   if(Voltage != Voltage_old) { Voltage_old = Voltage; oled_voltage(Voltage); }
+   //               4.2 - 3.4
+   //rldl = Rel_Del + (4200 - Voltage) / 100;
+   if(Voltage>3700){
+      Green = 0;
+      Red = 1;
+      Delay_ms(30);
+      Green = 1;
+      Red = 1;
+   }
+   else if(Voltage>3590){
+      Green = 0;
+      Red = 0;
+      Delay_ms(30);
+      Green = 1;
+      Red = 1;
+   }
+   else { // <3.7V
+      Red = 0;
+      Green = 1;
+      Delay_ms(30);
+      Red = 1;
+      Green = 1;
+   }
+   //
+   if(Voltage<3400){
+      oled_clear();
+      oled_wr_str(1, 0, "  LOW BATT ", 11);
+      Delay_ms(2000);
+      OLED_PWD = 0;
+      power_off();
+   }
+   return;
+}
+
+void Btn_xlong(){
+   B_xlong = 0;
+   btn_cnt = 0;
+   oled_clear();
+   oled_wr_str(1, 0, " POWER OFF ", 11);
+   Delay_ms(2000);
+   power_off();
+   return;
+}
+
+void Btn_long(){
+   Green = 0;
+   oled_wr_str(2, 0, "TUNE     ", 9);
+   tune();
+   SWR_ind = SWR;
+   SWR_fixed_old = SWR;
+   oled_wr_str(2, 0, "SWR ", 4);
+   oled_wr_str(2, 42, "=", 1);
+   draw_swr(SWR_ind);
+   Green = 1;
+   B_long = 0;
+   E_long = 0;
+   btn_1_cnt = 0;
+   volt_cnt = Tick;
+   watch_cnt = Tick;
+   return;
+}
+
+void Ext_long(){
+   Green = 0;
+   OLED_PWD = 1;
+   tune();
+   SWR_ind = SWR;
+   Green = 1;
+   E_long = 0;
+   return;
+}
+
+void Btn_short(){
+   Green = 0;
+   atu_reset();
+   oled_wr_str(2, 0, "RESET    ", 9);
+   Delay_ms(600);
+   oled_wr_str(2, 0, "SWR  ", 5);
+   oled_wr_str(2, 42, "=", 1);
+   oled_wr_str(2, 60, "0.00", 4);
+   SWR_fixed_old = 100;
+   Delay_ms(300);
+   Green = 1;
+   B_short = 0;
+   E_short = 0;
+   btn_1_cnt = 0;
+   volt_cnt = Tick;
+   watch_cnt = Tick;
+   return;
+}
+
+void Greating(){
+   Green = 0;
+   oled_clear();
+   oled_wr_str_s(1, 0, " DESIGNED BY N7DDC", 18);
+   oled_wr_str_s(3, 0, " FW VERSION ", 12);
+   oled_wr_str_s(3, 12*7, FW_VER, 3);
+   Delay_ms(3000);
+   while(GetButton) asm NOP;
+   Green = 1;
+   return;
+}
+
+void atu_reset(){
+   ind = 0;
+   cap = 0;
+   SW = 0;
+   Relay_set(ind, cap, SW);
+   return;
+}
+
+void Relay_set(char L, char C, char I){
+   L_010 = ~L.B0;
+   L_022 = ~L.B1;
+   L_045 = ~L.B2;
+   L_100 = ~L.B3;
+   L_220 = ~L.B4;
+   L_450 = ~L.B5;
+   L_1000 = ~L.B6;
+   //
+   C_22 = ~C.B0;
+   C_47 = ~C.B1;
+   C_100 = ~C.B2;
+   C_220 = ~C.B3;
+   C_470 = ~C.B4;
+   C_1000 = ~C.B5;
+   C_2200 = ~C.B6;
+   //
+   C_sw = I;
+   //
+   Rel_to_gnd = 1;
+   Vdelay_ms(rldl);
+   Rel_to_gnd = 0;
+   Delay_us(10);
+   Rel_to_plus_N = 0;
+   Vdelay_ms(rldl);
+   Rel_to_plus_N = 1;
+   Vdelay_ms(rldl);
+   //
+   L_010 = 0;
+   L_022 = 0;
+   L_045 = 0;
+   L_100 = 0;
+   L_220 = 0;
+   L_450 = 0;
+   L_1000 = 0;
+   //
+   C_22 = 0;
+   C_47 = 0;
+   C_100 = 0;
+   C_220 = 0;
+   C_470 = 0;
+   C_1000 = 0;
+   C_2200 = 0;
+   //
+   C_sw = 0;
+   return;
+}
+
+void power_off(void){
+   char btn_cnt;
+   // Disable interrupts
+   GIE_bit = 0;
+   T0EN_bit = 0;
+   TMR0IF_bit = 0;
+   IOCIE_bit = 1;
+   IOCBF5_bit = 0;
+   IOCBN5_bit = 1;
+   // Power saving
+   OLED_PWD = 0;
+   RED = 1;
+   Green = 1;
+   //
+   C_sw = 0;
+   SYSCMD_bit = 1;
+   //
+   btn_cnt = 0;
+   while(1){
+      if(btn_cnt==0){ Delay_ms(100); IOCBF5_bit = 0; asm sleep; }
+      asm NOP;
+      Delay_ms(100);
+      if(GetButton) btn_cnt++;
+      else btn_cnt = 0;
+      if(btn_cnt>15) break;
+   }
+   // Power saving
+   SYSCMD_bit = 0;
+   // Enable interrupts
+   IOCIE_bit = 0;
+   IOCBN5_bit = 0;
+   IOCBF5_bit = 0;
+   T0EN_bit = 1;
+   GIE_bit = 1;
+   // Return to work
+   gre = 1;
+   oled_start();
+   while(GetButton){asm NOP;}
+   B_short = 0;
+   B_long = 0;
+   B_xlong = 0;
+   E_long = 0;
+   btn_1_cnt = 0;
+   btn_cnt = Tick;
+   return;
+}
+
+
+void check_reset_flags(void){
+   char i = 0;
+   if(STKOVF_bit){oled_wr_str_s(0,  0, "Stack overflow",  14); i = 1;}
+   if(STKUNF_bit){oled_wr_str_s(1,  0, "Stack underflow", 15); i = 1;}
+   if(!nRWDT_bit){oled_wr_str_s(2,  0, "WDT overflow",    12); i = 1;}
+   if(!nRMCLR_bit){oled_wr_str_s(3, 0, "MCLR reset  ",    12); i = 1;}
+   if(!nBOR_bit){oled_wr_str_s(4,   0, "BOR reset  ",     12); i = 1;}
+   if(i){
+      Delay_ms(5000);
+      oled_clear();
+   }
+   return;
+}
+
+int correction(int input) {
+     input *= 2;
+     //
+     if(input <= 543) input += 256;
+     else if(input <= 791) input += 274;
+     else if(input <= 1225) input += 288;
+     else if(input <= 1991) input += 286;
+     else if(input <= 2766) input += 288;
+     else if(input <= 3970) input += 260;
+     else if(input <= 5100) input += 250;
+     else  input += 240;
+     //
+     return input;
+}
+
+int get_reverse(void){
+   unsigned int v;
+   unsigned long d;
+   ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+   Delay_us(100);
+   v = ADC_Get_Sample(REV_input);
+   if(v==1023){
+      ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+      Delay_us(100);
+      v = ADC_Get_Sample(REV_input) * 2;
+   }
+   if(v==2046){
+      ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+      Delay_us(100);
+      v = ADC_Get_Sample(REV_input);
+      if(v==1023) Overflow = 1;
+      get_batt();
+      d = (long)v * (long)Voltage;
+      d = d / 1024;
+      v = (int)d;
+   }
+   return v;
+}
+
+int get_forward(void){
+   unsigned int v;
+   unsigned long d;
+   ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+   Delay_us(100);
+   v = ADC_Get_Sample(FWD_input);
+   if(v==1023){
+      ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+      Delay_us(100);
+      v = ADC_Get_Sample(FWD_input) * 2;
+   }
+   if(v==2046){
+      ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+      Delay_us(100);
+      v = ADC_Get_Sample(FWD_input);
+      if(v==1023) Overflow = 1;
+      get_batt();
+      d = (long)v * (long)Voltage;
+      d = d / 1024;
+      v = (int)d;
+   }
+   return v;
+}
+
+
+void get_pwr(){
+   long Forward, Reverse;
+   float p;
+   //
+   Forward = get_forward();
+   Reverse = get_reverse();
+   //
+   p = correction(Forward);
+   P = p * 5 / 1000;
+   p = p / 1.414;
+   p = p * p;
+   p = p / 5;
+   p += 0.5;
+   PWR = p;
+   //
+   if(PWR>0){
+      if(OLED_PWD){
+         disp_cnt = Tick + Disp_time*1000;
+         off_cnt = Tick + Off_time*1000;
+      }
+      else oled_start();
+   }
+   //
+   if(Reverse >= Forward)
+      Forward = 999;
+   else {
+      Forward = ((Forward + Reverse) * 100) / (Forward - Reverse);
+      if(Forward>999) Forward = 999;
+   }
+   //
+   SWR = Forward;
+   return;
+}
+
+void get_swr(){
+   unsigned int tune_cnt = 300;
+   unsigned int PWR_max = 0;
+   get_pwr();
+   while(PWR<min_for_start || PWR>max_for_start){   // waiting for good power
+      if(B_short){
+         Btn_short();
+         SWR = 0;
+         break;
+      }
+      if(B_xlong){
+         //Btn_xlong();
+         SWR = 0;
+         break;
+      }
+      //
+      get_pwr();
+      if(tune_cnt>0){
+          tune_cnt --;
+          if(PWR>PWR_max)
+              PWR_max = PWR;
+      }
+      else {
+         draw_power(PWR_max);
+         PWR_max = 0;
+         tune_cnt = 300;
+         Delay_ms(1);
+      }
+   }
+   //  good power
+   return;
+}
+
+void get_batt(void){
+   ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+   Delay_us(100);
+   Voltage = ADC_Get_Sample(Battery_input) * 11;
+   return;
+}
+
+ void coarse_cap() {
+   char step = 3;
+   char count;
+   int min_swr;
+   //
+   cap = 0;
+   Relay_set(ind, cap, SW);
+   get_swr();
+   min_swr = SWR + SWR/20;
+   for(count=step; count<=31;) {
+      Relay_set(ind, count, SW);
+      get_swr();
+      if(SWR < min_swr) {
+         min_swr = SWR + SWR/20;
+         cap = count;
+         step_cap = step;
+         if(SWR<120) break;
+         count += step;
+         if(count==9) count = 8;
+         else if(count==17) {count = 16; step = 4;}
+      }
+      else break;
+   }
+   Relay_set(ind, cap, SW);
+   return;
+}
+
+void coarse_tune() {
+   char step = 3;
+   char count;
+   char mem_cap, mem_step_cap;
+   int min_swr;
+
+   mem_cap = 0;
+   step_ind = step;
+   mem_step_cap = 3;
+   min_swr = SWR + SWR/20;
+   for(count=step; count<=31;) {
+      Relay_set(count, cap, SW);
+      coarse_cap();
+      get_swr();
+      if(SWR < min_swr) {
+         min_swr = SWR + SWR/20;
+         ind = count;
+         mem_cap = cap;
+         step_ind = step;
+         mem_step_cap = step_cap;
+         if(SWR<120) break;
+         count += step;
+         if(count==9) count = 8;
+         else if(count==17) {count = 16; step = 4;}
+      }
+      else break;
+   }
+   cap = mem_cap;
+   Relay_set(ind, cap, SW);
+   step_cap = mem_step_cap;
+   Delay_ms(10);
+   return;
+}
+
+void sharp_cap() {
+   char range, count, max_range, min_range;
+   int min_swr;
+   range = step_cap;
+   //
+   max_range = cap + range;
+   if(max_range>31) max_range = 31;
+   if(cap>range) min_range = cap - range; else min_range = 0;
+   cap = min_range;
+   Relay_set(ind, cap, SW);
+   get_swr();
+   if(SWR==0) return;
+   min_SWR = SWR;
+   for(count=min_range+1; count<=max_range; count++)  {
+      Relay_set(ind, count, SW);
+      get_swr();
+      if(SWR==0) return;
+      if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+      if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+      if(SWR < min_SWR) {
+         min_SWR = SWR;
+         cap = count;
+         if(SWR<120) break;
+      }
+      else break;
+   }
+   Relay_set(ind, cap, SW);
+   return;
+}
+
+void sharp_ind() {
+   char range, count, max_range, min_range;
+   int min_SWR;
+   range = step_ind;
+   //
+   max_range = ind + range;
+   if(max_range>31) max_range = 31;
+   if(ind>range) min_range = ind - range; else min_range = 0;
+   ind = min_range;
+   Relay_set(ind, cap, SW);
+   get_swr();
+   if(SWR==0) return;
+   min_SWR = SWR;
+   for(count=min_range+1; count<=max_range; count++) {
+      Relay_set(count, cap, SW);
+      get_swr();
+      if(SWR==0) return;
+      if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+      if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+      if(SWR < min_SWR) {
+         min_SWR = SWR;
+         ind = count;
+         if(SWR<120) break;
+      }
+      else break;
+   }
+   Relay_set(ind, cap, SW);
+   return;
+}
+
+
+void tune() {
+   int swr_mem, ind_mem, cap_mem;
+   asm CLRWDT;
+   Key_out = 0;
+   Delay_ms(100);
+   get_swr(); if(SWR<110) { Key_out = 1; return; }
+   atu_reset();
+   Delay_ms(50);
+   get_swr(); if(SWR<110) { Key_out = 1; return; }
+   //
+   swr_mem = SWR;
+   coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1;  return; }
+   sharp_ind();  if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   //
+   if(SWR<200 & SWR<swr_mem & (swr_mem-SWR)>100) { Key_out = 1; return; }
+   swr_mem = SWR;
+   ind_mem = ind;
+   cap_mem = cap;
+   //
+   if(SW==1) SW = 0; else SW = 1;
+   atu_reset();
+   Relay_set(ind, cap, SW);
+   Delay_ms(50);
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   //
+   coarse_tune(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   sharp_ind(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   sharp_cap(); if(SWR==0) {atu_reset(); Key_out = 1; return;}
+   get_swr(); if(SWR<120) { Key_out = 1; return; }
+   //
+   if(SWR>swr_mem) {
+      if(SW==1) SW = 0; else SW = 1;
+      ind = ind_mem;
+      cap = cap_mem;
+      Relay_set(ind, cap, sw);
+   }
+   //
+   asm CLRWDT;
+   get_SWR();
+   Key_out = 1;
+   return;
+}
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/main.c.ini b/Firmware/ATU-10_FW_13/main.c.ini
new file mode 100644
index 0000000..978a202
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.c.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=445
+Column=13
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/main.cp b/Firmware/ATU-10_FW_13/main.cp
new file mode 100644
index 0000000..c50e5ef
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.cp
@@ -0,0 +1,1041 @@
+#line 1 "D:/Projects/ATU-10/Firmware_1.3/main.c"
+#line 1 "d:/projects/atu-10/firmware_1.3/pic_init.h"
+
+
+
+
+sbit Red at LATB4_bit;
+sbit Green at LATB3_bit;
+sbit OLED_PWD at LATA4_bit;
+sbit C_sw at LATE0_bit;
+sbit L_010 at LATD7_bit;
+sbit L_022 at LATD6_bit;
+sbit L_045 at LATD5_bit;
+sbit L_100 at LATD4_bit;
+sbit L_220 at LATC7_bit;
+sbit L_450 at LATC6_bit;
+sbit L_1000 at LATC5_bit;
+sbit C_22 at LATA5_bit;
+sbit C_47 at LATE1_bit;
+sbit C_100 at LATA7_bit;
+sbit C_220 at LATA6_bit;
+sbit C_470 at LATC0_bit;
+sbit C_1000 at LATC1_bit;
+sbit C_2200 at LATC2_bit;
+sbit Rel_to_gnd at LATD3_bit;
+sbit Rel_to_plus_N at LATC4_bit;
+#line 1 "d:/projects/atu-10/firmware_1.3/main.h"
+
+void pic_init(void);
+void Btn_long(void);
+void Btn_short(void);
+void Btn_xlong(void);
+void check_reset_flags(void);
+void Voltage_show(void);
+void Relay_set(char, char, char);
+int get_reverse(void);
+int get_forward(void);
+void get_pwr(void);
+void get_swr(void);
+void get_batt(void);
+void watch_swr(void);
+void coarse_cap(void);
+void coarse_tune(void);
+void sharp_cap(void);
+void sharp_ind(void);
+void sub_tune(void);
+void tune(void);
+int correction(int);
+void atu_reset(void);
+void draw_swr(unsigned int);
+void draw_power(unsigned int);
+void oled_start(void);
+void power_off(void);
+void Greating(void);
+void Ext_long(void);
+#line 1 "d:/projects/atu-10/firmware_1.3/oled_control.h"
+#line 1 "d:/projects/atu-10/firmware_1.3/font_5x8.h"
+ static const code char font_5x8[] = {
+
+0x00, 0x00, 0x00, 0x00, 0x00,
+0x00, 0x00, 0x5F, 0x00, 0x00,
+0x00, 0x07, 0x00, 0x07, 0x00,
+0x14, 0x7F, 0x14, 0x7F, 0x14,
+0x24, 0x2A, 0x7F, 0x2A, 0x12,
+0x23, 0x13, 0x08, 0x64, 0x62,
+0x36, 0x49, 0x55, 0x22, 0x50,
+0x00, 0x05, 0x03, 0x00, 0x00,
+0x00, 0x1C, 0x22, 0x41, 0x00,
+0x00, 0x41, 0x22, 0x1C, 0x00,
+0x08, 0x2A, 0x1C, 0x2A, 0x08,
+0x08, 0x08, 0x3E, 0x08, 0x08,
+0x00, 0x50, 0x30, 0x00, 0x00,
+0x08, 0x08, 0x08, 0x08, 0x08,
+0x00, 0x30, 0x30, 0x00, 0x00,
+0x20, 0x10, 0x08, 0x04, 0x02,
+0x3E, 0x51, 0x49, 0x45, 0x3E,
+0x00, 0x42, 0x7F, 0x40, 0x00,
+0x42, 0x61, 0x51, 0x49, 0x46,
+0x21, 0x41, 0x45, 0x4B, 0x31,
+0x18, 0x14, 0x12, 0x7F, 0x10,
+0x27, 0x45, 0x45, 0x45, 0x39,
+0x3C, 0x4A, 0x49, 0x49, 0x30,
+0x01, 0x71, 0x09, 0x05, 0x03,
+0x36, 0x49, 0x49, 0x49, 0x36,
+0x06, 0x49, 0x49, 0x29, 0x1E,
+0x00, 0x36, 0x36, 0x00, 0x00,
+0x00, 0x56, 0x36, 0x00, 0x00,
+0x00, 0x08, 0x14, 0x22, 0x41,
+0x14, 0x14, 0x14, 0x14, 0x14,
+0x41, 0x22, 0x14, 0x08, 0x00,
+0x02, 0x01, 0x51, 0x09, 0x06,
+0x32, 0x49, 0x79, 0x41, 0x3E,
+0x7E, 0x11, 0x11, 0x11, 0x7E,
+0x7F, 0x49, 0x49, 0x49, 0x36,
+0x3E, 0x41, 0x41, 0x41, 0x22,
+0x7F, 0x41, 0x41, 0x22, 0x1C,
+0x7F, 0x49, 0x49, 0x49, 0x41,
+0x7F, 0x09, 0x09, 0x01, 0x01,
+0x3E, 0x41, 0x41, 0x51, 0x32,
+0x7F, 0x08, 0x08, 0x08, 0x7F,
+0x00, 0x41, 0x7F, 0x41, 0x00,
+0x20, 0x40, 0x41, 0x3F, 0x01,
+0x7F, 0x08, 0x14, 0x22, 0x41,
+0x7F, 0x40, 0x40, 0x40, 0x40,
+0x7F, 0x02, 0x04, 0x02, 0x7F,
+0x7F, 0x04, 0x08, 0x10, 0x7F,
+0x3E, 0x41, 0x41, 0x41, 0x3E,
+0x7F, 0x09, 0x09, 0x09, 0x06,
+0x3E, 0x41, 0x51, 0x21, 0x5E,
+0x7F, 0x09, 0x19, 0x29, 0x46,
+0x46, 0x49, 0x49, 0x49, 0x31,
+0x01, 0x01, 0x7F, 0x01, 0x01,
+0x3F, 0x40, 0x40, 0x40, 0x3F,
+0x1F, 0x20, 0x40, 0x20, 0x1F,
+0x7F, 0x20, 0x18, 0x20, 0x7F,
+0x63, 0x14, 0x08, 0x14, 0x63,
+0x03, 0x04, 0x78, 0x04, 0x03,
+0x61, 0x51, 0x49, 0x45, 0x43,
+0x00, 0x00, 0x7F, 0x41, 0x41,
+0x02, 0x04, 0x08, 0x10, 0x20,
+0x41, 0x41, 0x7F, 0x00, 0x00,
+0x04, 0x02, 0x01, 0x02, 0x04,
+0x40, 0x40, 0x40, 0x40, 0x40,
+0x00, 0x01, 0x02, 0x04, 0x00,
+0x20, 0x54, 0x54, 0x54, 0x78,
+0x7F, 0x48, 0x44, 0x44, 0x38,
+0x38, 0x44, 0x44, 0x44, 0x20,
+0x38, 0x44, 0x44, 0x48, 0x7F,
+0x38, 0x54, 0x54, 0x54, 0x18,
+0x08, 0x7E, 0x09, 0x01, 0x02,
+0x08, 0x14, 0x54, 0x54, 0x3C,
+0x7F, 0x08, 0x04, 0x04, 0x78,
+0x00, 0x44, 0x7D, 0x40, 0x00,
+0x20, 0x40, 0x44, 0x3D, 0x00,
+0x00, 0x7F, 0x10, 0x28, 0x44,
+0x00, 0x41, 0x7F, 0x40, 0x00,
+0x7C, 0x04, 0x18, 0x04, 0x78,
+0x7C, 0x08, 0x04, 0x04, 0x78,
+0x38, 0x44, 0x44, 0x44, 0x38,
+0x7C, 0x14, 0x14, 0x14, 0x08,
+0x08, 0x14, 0x14, 0x18, 0x7C,
+0x7C, 0x08, 0x04, 0x04, 0x08,
+0x48, 0x54, 0x54, 0x54, 0x20,
+0x04, 0x3F, 0x44, 0x40, 0x20,
+0x3C, 0x40, 0x40, 0x20, 0x7C,
+0x1C, 0x20, 0x40, 0x20, 0x1C,
+0x3C, 0x40, 0x30, 0x40, 0x3C,
+0x44, 0x28, 0x10, 0x28, 0x44,
+0x0C, 0x50, 0x50, 0x50, 0x3C,
+0x44, 0x64, 0x54, 0x4C, 0x44,
+0x00, 0x08, 0x36, 0x41, 0x00,
+0x00, 0x00, 0x7F, 0x00, 0x00,
+0x00, 0x41, 0x36, 0x08, 0x00,
+0x08, 0x08, 0x2A, 0x1C, 0x08,
+0x08, 0x1C, 0x2A, 0x08, 0x08
+};
+#line 3 "d:/projects/atu-10/firmware_1.3/oled_control.h"
+static oled_addr = 0x78;
+static char shift_line = 64;
+static char oled_shift = 2;
+static char inversion = 1;
+
+void oled_init (void);
+void oled_clear(void);
+void send_command (char);
+void set_addressing (char, char);
+void oled_wr_str_s(char, char, char*, char);
+void oled_wr_str(char, char, char*, char);
+void oled_bat (void);
+void oled_voltage (int);
+void oled_clear (void);
+
+
+static const char batt[] = {
+ 0B11111000,
+ 0B11111000,
+
+ 0B00011111,
+ 0B00011111,
+ 0B00000011,
+ 0B00000011,
+ 0B00000011,
+ 0B00011111,
+ 0B00011111,
+
+ 0B11111000,
+ 0B11111000,
+
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+
+ 0B11111111,
+ 0B11111111,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11111111,
+ 0B11111111
+ };
+#line 1 "d:/projects/atu-10/firmware_1.3/soft_i2c.h"
+
+void Soft_I2C_Init(void);
+void Soft_I2C_Start(void);
+char Soft_I2C_Write(char);
+char Soft_I2C_Read(void);
+void Soft_I2C_ACK(void);
+void Soft_I2C_NACK(void);
+void Soft_I2C_Stop(void);
+#line 12 "D:/Projects/ATU-10/Firmware_1.3/main.c"
+char txt[8], txt_2[8];
+unsigned long Tick = 0;
+int Voltage, Voltage_old = 0;
+char btn_1_cnt = 0, btn_2_cnt = 0;
+unsigned long volt_cnt = 0, watch_cnt = 0, btn_cnt = 0, off_cnt, disp_cnt;
+int PWR, SWR, SWR_ind = 0, SWR_fixed_old = 100, PWR_fixed_old = 9999;
+char ind = 0, cap = 0, SW = 0, step_cap = 0, step_ind = 0, L_linear = 0, C_linear = 0;
+bit Overflow, B_short, B_long, B_xlong, gre, E_short, E_long;
+
+int Rel_Del = 7, rldl, min_for_start = 10, max_for_start = 150;
+int Auto_delta = 130;
+
+unsigned long Disp_time = 300;
+unsigned long Off_time = 1800;
+
+
+
+
+void interupt() iv 0x0004 {
+
+ if(TMR0IF_bit) {
+ TMR0IF_bit = 0;
+ Tick++;
+ TMR0L = 0xC0;
+ TMR0H = 0xE0;
+ }
+
+ if(Tick>=btn_cnt){
+ btn_cnt += 10;
+
+ if( ~ PORTB.B5  |  ~PORTD.B1 ){
+ disp_cnt = Tick + Disp_time*1000;
+ off_cnt = Tick + Off_time*1000;
+ }
+
+ if( ~ PORTB.B5 ){
+ if(btn_1_cnt<250) btn_1_cnt++;
+ if(btn_1_cnt==25) B_long = 1;
+ if(btn_1_cnt==250 & OLED_PWD) B_xlong = 1;
+ }
+ else if(btn_1_cnt>2 & btn_1_cnt<25){
+ B_short = 1;
+ btn_1_cnt = 0;
+ }
+ else
+ btn_1_cnt = 0;
+
+ if( ~PORTD.B1 ){
+ if(btn_2_cnt<25) btn_2_cnt++;
+ if(btn_2_cnt==20 &  PORTD.B2 ) E_long = 1;
+ }
+ else if(btn_2_cnt>1 & btn_2_cnt<10){
+ E_short = 1;
+ btn_2_cnt = 0;
+ }
+ else
+ btn_2_cnt = 0;
+ }
+ return;
+}
+
+
+void main() {
+ pic_init();
+ Red = 1;
+  LATD2_bit  = 1;
+ gre = 1;
+ oled_start();
+
+ ADC_Init();
+ Overflow = 0;
+ B_short = 0;
+ B_long = 0;
+ B_xlong = 0;
+ E_short = 0;
+ E_long = 0;
+
+ disp_cnt = Tick + Disp_time*1000;
+ off_cnt = Tick + Off_time*1000;
+
+
+ rldl = Rel_Del;
+
+
+ while(1) {
+ if(Tick>=volt_cnt){
+ volt_cnt += 3000;
+ Voltage_show();
+ }
+
+ if(Tick>=watch_cnt){
+ watch_cnt += 300;
+ watch_swr();
+ }
+
+ if(Tick>=disp_cnt){
+
+ OLED_PWD = 0;
+ }
+
+ if(Tick>=off_cnt){
+ power_off();
+ }
+
+ if(B_short){
+ if(OLED_PWD) Btn_short();
+ else oled_start();
+ }
+ if(B_long){
+ if(OLED_PWD) Btn_long();
+ else oled_start();
+ }
+ if(B_xlong){
+ if(OLED_PWD) Btn_xlong();
+ else oled_start();
+ }
+
+ if(E_short){
+ if(OLED_PWD==0) oled_start();
+ Btn_short();
+ }
+ if(E_long){
+ if(OLED_PWD==0) { Ext_long(); oled_start(); }
+ else Btn_long();
+ }
+
+ }
+}
+
+
+void oled_start(){
+ OLED_PWD = 1;
+
+ Delay_ms(200);
+ Soft_I2C_init();
+ Delay_ms(10);
+ oled_init();
+
+ if(gre){
+ Greating();
+ gre = 0;
+ oled_clear();
+ }
+ oled_wr_str(0, 0, "PWR     W", 9);
+ oled_bat();
+ oled_wr_str(2, 0, "SWR      ", 9);
+ oled_wr_str(0, 42, "=", 1);
+ oled_wr_str(2, 42, "=", 1);
+ Voltage_old = 9999;
+ SWR_fixed_old = 100;
+ PWR_fixed_old = 9999;
+ SWR_ind = 0;
+ draw_swr(SWR_ind);
+ volt_cnt = Tick + 1;
+ watch_cnt = Tick;
+ B_short = 0; B_long = 0; B_xlong = 0;
+ disp_cnt = Tick + Disp_time*1000;
+ off_cnt = Tick + Off_time*1000;
+ return;
+}
+
+
+void watch_swr(void){
+ char peak_cnt, cnt;
+ int delta = Auto_delta - 100;
+ int PWR_fixed, SWR_fixed;
+
+ Delay_ms(50);
+
+ cnt = 600;
+ PWR_fixed = 0;
+ SWR_fixed = 0;
+ for(peak_cnt=0; peak_cnt<cnt; peak_cnt++){
+ get_pwr();
+ if(PWR>PWR_fixed) {PWR_fixed = PWR; SWR_fixed = SWR;}
+ Delay_ms(1);
+ }
+
+ if(PWR_fixed>0){
+ if(OLED_PWD){
+ disp_cnt = Tick + Disp_time*1000;
+ off_cnt = Tick + Off_time*1000;
+ }
+ else oled_start();
+ };
+
+ if(PWR_fixed!=PWR_fixed_old){
+ if(Overflow)
+ oled_wr_str(0, 42, ">", 1);
+ else
+ oled_wr_str(0, 42, "=", 1);
+ PWR_fixed_old = PWR_fixed;
+ draw_power(PWR_fixed);
+ }
+
+ if(PWR_fixed<10){
+ SWR_fixed = 0;
+
+ draw_swr(SWR_ind);
+ return;
+ }
+
+ if(Overflow){
+ for(cnt=3; cnt!=0; cnt--){
+ oled_wr_str(2, 6, "OVERLOAD ", 9);
+ Delay_ms(500);
+ oled_wr_str(2, 0, "         ", 9);
+ Delay_ms(500);
+ }
+ oled_wr_str(2, 0, "SWR      ", 9);
+ oled_wr_str(2, 42, "=", 1);
+ draw_swr(SWR_fixed);
+ Delay_ms(500);
+ Overflow = 0;
+ }
+
+ else if(PWR_fixed>=min_for_start && PWR_fixed<max_for_start && SWR_fixed>=Auto_delta || SWR_Fixed>900 ) {
+ if( (SWR_fixed>SWR_fixed_old && (SWR_fixed-SWR_fixed_old)>delta) || (SWR_fixed<SWR_fixed_old && (SWR_fixed_old-SWR_fixed)>delta) || SWR_Fixed>900 ) {
+ Btn_long();
+ return;
+ }
+ }
+
+ if(SWR_fixed>99 && SWR_fixed!=SWR_ind){
+ SWR_ind = SWR_fixed;
+ draw_swr(SWR_ind);
+ }
+
+ return;
+}
+
+void draw_swr(unsigned int s){
+ if(s==0)
+ oled_wr_str(2, 60, "0.00", 4);
+ else {
+ IntToStr(s, txt_2);
+ txt[0] = txt_2[3];
+ txt[1] = '.';
+ txt[2] = txt_2[4];
+ txt[3] = txt_2[5];
+
+ oled_wr_str(2, 60, txt, 4);
+ }
+ return;
+}
+
+void draw_power(unsigned int p){
+
+ if(p==0){
+ oled_wr_str(0, 60, "0.0", 3);
+ return;
+ }
+ else if(p<10){
+ IntToStr(p, txt_2);
+ txt[0] = '0';
+ txt[1] = '.';
+ txt[2] = txt_2[5];
+ }
+ else if(p<100){
+ IntToStr(p, txt_2);
+ txt[0] = txt_2[4];
+ txt[1] = '.';
+ txt[2] = txt_2[5];
+ }
+ else{
+ p += 5;
+ IntToStr(p, txt_2);
+ txt[0] = ' ';
+ txt[1] = txt_2[3];
+ txt[2] = txt_2[4];
+ }
+ oled_wr_str(0, 60, txt, 3);
+ return;
+}
+
+void Voltage_show(){
+ get_batt();
+ if(Voltage != Voltage_old) { Voltage_old = Voltage; oled_voltage(Voltage); }
+
+
+ if(Voltage>3700){
+ Green = 0;
+ Red = 1;
+ Delay_ms(30);
+ Green = 1;
+ Red = 1;
+ }
+ else if(Voltage>3590){
+ Green = 0;
+ Red = 0;
+ Delay_ms(30);
+ Green = 1;
+ Red = 1;
+ }
+ else {
+ Red = 0;
+ Green = 1;
+ Delay_ms(30);
+ Red = 1;
+ Green = 1;
+ }
+
+ if(Voltage<3400){
+ oled_clear();
+ oled_wr_str(1, 0, "  LOW BATT ", 11);
+ Delay_ms(2000);
+ OLED_PWD = 0;
+ power_off();
+ }
+ return;
+}
+
+void Btn_xlong(){
+ B_xlong = 0;
+ btn_cnt = 0;
+ oled_clear();
+ oled_wr_str(1, 0, " POWER OFF ", 11);
+ Delay_ms(2000);
+ power_off();
+ return;
+}
+
+void Btn_long(){
+ Green = 0;
+ oled_wr_str(2, 0, "TUNE     ", 9);
+ tune();
+ SWR_ind = SWR;
+ SWR_fixed_old = SWR;
+ oled_wr_str(2, 0, "SWR ", 4);
+ oled_wr_str(2, 42, "=", 1);
+ draw_swr(SWR_ind);
+ Green = 1;
+ B_long = 0;
+ E_long = 0;
+ btn_1_cnt = 0;
+ volt_cnt = Tick;
+ watch_cnt = Tick;
+ return;
+}
+
+void Ext_long(){
+ Green = 0;
+ OLED_PWD = 1;
+ tune();
+ SWR_ind = SWR;
+ Green = 1;
+ E_long = 0;
+ return;
+}
+
+void Btn_short(){
+ Green = 0;
+ atu_reset();
+ oled_wr_str(2, 0, "RESET    ", 9);
+ Delay_ms(600);
+ oled_wr_str(2, 0, "SWR  ", 5);
+ oled_wr_str(2, 42, "=", 1);
+ oled_wr_str(2, 60, "0.00", 4);
+ SWR_fixed_old = 100;
+ Delay_ms(300);
+ Green = 1;
+ B_short = 0;
+ E_short = 0;
+ btn_1_cnt = 0;
+ volt_cnt = Tick;
+ watch_cnt = Tick;
+ return;
+}
+
+void Greating(){
+ Green = 0;
+ oled_clear();
+ oled_wr_str_s(1, 0, " DESIGNED BY N7DDC", 18);
+ oled_wr_str_s(3, 0, " FW VERSION ", 12);
+ oled_wr_str_s(3, 12*7,  "1.3" , 3);
+ Delay_ms(3000);
+ while( ~ PORTB.B5 ) asm NOP;
+ Green = 1;
+ return;
+}
+
+void atu_reset(){
+ ind = 0;
+ cap = 0;
+ SW = 0;
+ Relay_set(ind, cap, SW);
+ return;
+}
+
+void Relay_set(char L, char C, char I){
+ L_010 = ~L.B0;
+ L_022 = ~L.B1;
+ L_045 = ~L.B2;
+ L_100 = ~L.B3;
+ L_220 = ~L.B4;
+ L_450 = ~L.B5;
+ L_1000 = ~L.B6;
+
+ C_22 = ~C.B0;
+ C_47 = ~C.B1;
+ C_100 = ~C.B2;
+ C_220 = ~C.B3;
+ C_470 = ~C.B4;
+ C_1000 = ~C.B5;
+ C_2200 = ~C.B6;
+
+ C_sw = I;
+
+ Rel_to_gnd = 1;
+ Vdelay_ms(rldl);
+ Rel_to_gnd = 0;
+ Delay_us(10);
+ Rel_to_plus_N = 0;
+ Vdelay_ms(rldl);
+ Rel_to_plus_N = 1;
+ Vdelay_ms(rldl);
+
+ L_010 = 0;
+ L_022 = 0;
+ L_045 = 0;
+ L_100 = 0;
+ L_220 = 0;
+ L_450 = 0;
+ L_1000 = 0;
+
+ C_22 = 0;
+ C_47 = 0;
+ C_100 = 0;
+ C_220 = 0;
+ C_470 = 0;
+ C_1000 = 0;
+ C_2200 = 0;
+
+ C_sw = 0;
+ return;
+}
+
+void power_off(void){
+ char btn_cnt;
+
+ GIE_bit = 0;
+ T0EN_bit = 0;
+ TMR0IF_bit = 0;
+ IOCIE_bit = 1;
+ IOCBF5_bit = 0;
+ IOCBN5_bit = 1;
+
+ OLED_PWD = 0;
+ RED = 1;
+ Green = 1;
+
+ C_sw = 0;
+ SYSCMD_bit = 1;
+
+ btn_cnt = 0;
+ while(1){
+ if(btn_cnt==0){ Delay_ms(100); IOCBF5_bit = 0; asm sleep; }
+ asm NOP;
+ Delay_ms(100);
+ if( ~ PORTB.B5 ) btn_cnt++;
+ else btn_cnt = 0;
+ if(btn_cnt>15) break;
+ }
+
+ SYSCMD_bit = 0;
+
+ IOCIE_bit = 0;
+ IOCBN5_bit = 0;
+ IOCBF5_bit = 0;
+ T0EN_bit = 1;
+ GIE_bit = 1;
+
+ gre = 1;
+ oled_start();
+ while( ~ PORTB.B5 ){asm NOP;}
+ B_short = 0;
+ B_long = 0;
+ B_xlong = 0;
+ E_long = 0;
+ btn_1_cnt = 0;
+ btn_cnt = Tick;
+ return;
+}
+
+
+void check_reset_flags(void){
+ char i = 0;
+ if(STKOVF_bit){oled_wr_str_s(0, 0, "Stack overflow", 14); i = 1;}
+ if(STKUNF_bit){oled_wr_str_s(1, 0, "Stack underflow", 15); i = 1;}
+ if(!nRWDT_bit){oled_wr_str_s(2, 0, "WDT overflow", 12); i = 1;}
+ if(!nRMCLR_bit){oled_wr_str_s(3, 0, "MCLR reset  ", 12); i = 1;}
+ if(!nBOR_bit){oled_wr_str_s(4, 0, "BOR reset  ", 12); i = 1;}
+ if(i){
+ Delay_ms(5000);
+ oled_clear();
+ }
+ return;
+}
+
+int correction(int input) {
+ input *= 2;
+
+ if(input <= 543) input += 256;
+ else if(input <= 791) input += 274;
+ else if(input <= 1225) input += 288;
+ else if(input <= 1991) input += 286;
+ else if(input <= 2766) input += 288;
+ else if(input <= 3970) input += 260;
+ else if(input <= 5100) input += 250;
+ else input += 240;
+
+ return input;
+}
+
+int get_reverse(void){
+ unsigned int v;
+ unsigned long d;
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+ Delay_us(100);
+ v = ADC_Get_Sample( 10 );
+ if(v==1023){
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+ Delay_us(100);
+ v = ADC_Get_Sample( 10 ) * 2;
+ }
+ if(v==2046){
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+ Delay_us(100);
+ v = ADC_Get_Sample( 10 );
+ if(v==1023) Overflow = 1;
+ get_batt();
+ d = (long)v * (long)Voltage;
+ d = d / 1024;
+ v = (int)d;
+ }
+ return v;
+}
+
+int get_forward(void){
+ unsigned int v;
+ unsigned long d;
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+ Delay_us(100);
+ v = ADC_Get_Sample( 8 );
+ if(v==1023){
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH2);
+ Delay_us(100);
+ v = ADC_Get_Sample( 8 ) * 2;
+ }
+ if(v==2046){
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_VREFH);
+ Delay_us(100);
+ v = ADC_Get_Sample( 8 );
+ if(v==1023) Overflow = 1;
+ get_batt();
+ d = (long)v * (long)Voltage;
+ d = d / 1024;
+ v = (int)d;
+ }
+ return v;
+}
+
+
+void get_pwr(){
+ long Forward, Reverse;
+ float p;
+
+ Forward = get_forward();
+ Reverse = get_reverse();
+
+ p = correction(Forward);
+ P = p * 5 / 1000;
+ p = p / 1.414;
+ p = p * p;
+ p = p / 5;
+ p += 0.5;
+ PWR = p;
+
+ if(PWR>0){
+ if(OLED_PWD){
+ disp_cnt = Tick + Disp_time*1000;
+ off_cnt = Tick + Off_time*1000;
+ }
+ else oled_start();
+ }
+
+ if(Reverse >= Forward)
+ Forward = 999;
+ else {
+ Forward = ((Forward + Reverse) * 100) / (Forward - Reverse);
+ if(Forward>999) Forward = 999;
+ }
+
+ SWR = Forward;
+ return;
+}
+
+void get_swr(){
+ unsigned int tune_cnt = 300;
+ unsigned int PWR_max = 0;
+ get_pwr();
+ while(PWR<min_for_start || PWR>max_for_start){
+ if(B_short){
+ Btn_short();
+ SWR = 0;
+ break;
+ }
+ if(B_xlong){
+
+ SWR = 0;
+ break;
+ }
+
+ get_pwr();
+ if(tune_cnt>0){
+ tune_cnt --;
+ if(PWR>PWR_max)
+ PWR_max = PWR;
+ }
+ else {
+ draw_power(PWR_max);
+ PWR_max = 0;
+ tune_cnt = 300;
+ Delay_ms(1);
+ }
+ }
+
+ return;
+}
+
+void get_batt(void){
+ ADC_Init_Advanced(_ADC_INTERNAL_VREFL | _ADC_INTERNAL_FVRH1);
+ Delay_us(100);
+ Voltage = ADC_Get_Sample( 9 ) * 11;
+ return;
+}
+
+ void coarse_cap() {
+ char step = 3;
+ char count;
+ int min_swr;
+
+ cap = 0;
+ Relay_set(ind, cap, SW);
+ get_swr();
+ min_swr = SWR + SWR/20;
+ for(count=step; count<=31;) {
+ Relay_set(ind, count, SW);
+ get_swr();
+ if(SWR < min_swr) {
+ min_swr = SWR + SWR/20;
+ cap = count;
+ step_cap = step;
+ if(SWR<120) break;
+ count += step;
+ if(count==9) count = 8;
+ else if(count==17) {count = 16; step = 4;}
+ }
+ else break;
+ }
+ Relay_set(ind, cap, SW);
+ return;
+}
+
+void coarse_tune() {
+ char step = 3;
+ char count;
+ char mem_cap, mem_step_cap;
+ int min_swr;
+
+ mem_cap = 0;
+ step_ind = step;
+ mem_step_cap = 3;
+ min_swr = SWR + SWR/20;
+ for(count=step; count<=31;) {
+ Relay_set(count, cap, SW);
+ coarse_cap();
+ get_swr();
+ if(SWR < min_swr) {
+ min_swr = SWR + SWR/20;
+ ind = count;
+ mem_cap = cap;
+ step_ind = step;
+ mem_step_cap = step_cap;
+ if(SWR<120) break;
+ count += step;
+ if(count==9) count = 8;
+ else if(count==17) {count = 16; step = 4;}
+ }
+ else break;
+ }
+ cap = mem_cap;
+ Relay_set(ind, cap, SW);
+ step_cap = mem_step_cap;
+ Delay_ms(10);
+ return;
+}
+
+void sharp_cap() {
+ char range, count, max_range, min_range;
+ int min_swr;
+ range = step_cap;
+
+ max_range = cap + range;
+ if(max_range>31) max_range = 31;
+ if(cap>range) min_range = cap - range; else min_range = 0;
+ cap = min_range;
+ Relay_set(ind, cap, SW);
+ get_swr();
+ if(SWR==0) return;
+ min_SWR = SWR;
+ for(count=min_range+1; count<=max_range; count++) {
+ Relay_set(ind, count, SW);
+ get_swr();
+ if(SWR==0) return;
+ if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+ if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+ if(SWR < min_SWR) {
+ min_SWR = SWR;
+ cap = count;
+ if(SWR<120) break;
+ }
+ else break;
+ }
+ Relay_set(ind, cap, SW);
+ return;
+}
+
+void sharp_ind() {
+ char range, count, max_range, min_range;
+ int min_SWR;
+ range = step_ind;
+
+ max_range = ind + range;
+ if(max_range>31) max_range = 31;
+ if(ind>range) min_range = ind - range; else min_range = 0;
+ ind = min_range;
+ Relay_set(ind, cap, SW);
+ get_swr();
+ if(SWR==0) return;
+ min_SWR = SWR;
+ for(count=min_range+1; count<=max_range; count++) {
+ Relay_set(count, cap, SW);
+ get_swr();
+ if(SWR==0) return;
+ if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+ if(SWR>=min_SWR) { Delay_ms(10); get_swr(); }
+ if(SWR < min_SWR) {
+ min_SWR = SWR;
+ ind = count;
+ if(SWR<120) break;
+ }
+ else break;
+ }
+ Relay_set(ind, cap, SW);
+ return;
+}
+
+
+void tune() {
+ int swr_mem, ind_mem, cap_mem;
+ asm CLRWDT;
+  LATD2_bit  = 0;
+ Delay_ms(100);
+ get_swr(); if(SWR<110) {  LATD2_bit  = 1; return; }
+ atu_reset();
+ Delay_ms(50);
+ get_swr(); if(SWR<110) {  LATD2_bit  = 1; return; }
+
+ swr_mem = SWR;
+ coarse_tune(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+ sharp_ind(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+ sharp_cap(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+
+ if(SWR<200 & SWR<swr_mem & (swr_mem-SWR)>100) {  LATD2_bit  = 1; return; }
+ swr_mem = SWR;
+ ind_mem = ind;
+ cap_mem = cap;
+
+ if(SW==1) SW = 0; else SW = 1;
+ atu_reset();
+ Relay_set(ind, cap, SW);
+ Delay_ms(50);
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+
+ coarse_tune(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+ sharp_ind(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+ sharp_cap(); if(SWR==0) {atu_reset();  LATD2_bit  = 1; return;}
+ get_swr(); if(SWR<120) {  LATD2_bit  = 1; return; }
+
+ if(SWR>swr_mem) {
+ if(SW==1) SW = 0; else SW = 1;
+ ind = ind_mem;
+ cap = cap_mem;
+ Relay_set(ind, cap, sw);
+ }
+
+ asm CLRWDT;
+ get_SWR();
+  LATD2_bit  = 1;
+ return;
+}
diff --git a/Firmware/ATU-10_FW_13/main.h b/Firmware/ATU-10_FW_13/main.h
new file mode 100644
index 0000000..9272222
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.h
@@ -0,0 +1,43 @@
+
+void pic_init(void);
+void Btn_long(void);
+void Btn_short(void);
+void Btn_xlong(void);
+void check_reset_flags(void);
+void Voltage_show(void);
+void Relay_set(char, char, char);
+int get_reverse(void);
+int get_forward(void);
+void get_pwr(void);
+void get_swr(void);
+void get_batt(void);
+void watch_swr(void);
+void coarse_cap(void);
+void coarse_tune(void);
+void sharp_cap(void);
+void sharp_ind(void);
+void sub_tune(void);
+void tune(void);
+int correction(int);
+void atu_reset(void);
+void draw_swr(unsigned int);
+void draw_power(unsigned int);
+void oled_start(void);
+void power_off(void);
+void Greating(void);
+void Ext_long(void);
+
+
+
+#define ON 1
+#define OFF 0
+#define INT GIE_bit
+#define Battery_input 9
+#define FWD_input 8
+#define REV_input 10
+#define _AD_High ADFVR0_bit=0;ADFVR1_bit=1;
+#define _AD_Low  ADFVR0_bit=1;ADFVR1_bit=0;
+#define Key_out LATD2_bit
+#define Key_in PORTD.B2
+#define Start_out LATD1_bit
+#define Start ~PORTD.B1
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/main.h.ini b/Firmware/ATU-10_FW_13/main.h.ini
new file mode 100644
index 0000000..f538c59
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/main.h.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=21
+Column=16
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/main.mcl b/Firmware/ATU-10_FW_13/main.mcl
new file mode 100644
index 0000000..796dfeb
Binary files /dev/null and b/Firmware/ATU-10_FW_13/main.mcl differ
diff --git a/Firmware/ATU-10_FW_13/oled_control.asm b/Firmware/ATU-10_FW_13/oled_control.asm
new file mode 100644
index 0000000..d9a5e71
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.asm
@@ -0,0 +1,1339 @@
+
+_oled_disp_on:
+
+;oled_control.c,4 :: 		void oled_disp_on() {
+;oled_control.c,5 :: 		send_command(0xAF); //  display ON
+	MOVLW      175
+	MOVWF      FARG_send_command+0
+	CALL       _send_command+0
+;oled_control.c,6 :: 		}
+L_end_oled_disp_on:
+	RETURN
+; end of _oled_disp_on
+
+_oled_disp_off:
+
+;oled_control.c,8 :: 		void oled_disp_off() {
+;oled_control.c,9 :: 		send_command(0xAE); // display OFF
+	MOVLW      174
+	MOVWF      FARG_send_command+0
+	CALL       _send_command+0
+;oled_control.c,10 :: 		}
+L_end_oled_disp_off:
+	RETURN
+; end of _oled_disp_off
+
+_oled_init:
+
+;oled_control.c,12 :: 		void oled_init (void) {  // OLED init
+;oled_control.c,14 :: 		for(cnt=0; cnt<10; cnt++){
+	CLRF       oled_init_cnt_L0+0
+L_oled_init0:
+	MOVLW      10
+	SUBWF      oled_init_cnt_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_init1
+;oled_control.c,15 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,16 :: 		if(Soft_I2C_Write(oled_addr)==0) break;       // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	MOVF       R0, 0
+	XORLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L_oled_init3
+	GOTO       L_oled_init1
+L_oled_init3:
+;oled_control.c,17 :: 		else Soft_I2C_Stop();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,18 :: 		Delay_ms(300);
+	MOVLW      13
+	MOVWF      R11
+	MOVLW      45
+	MOVWF      R12
+	MOVLW      215
+	MOVWF      R13
+L_oled_init5:
+	DECFSZ     R13, 1
+	GOTO       L_oled_init5
+	DECFSZ     R12, 1
+	GOTO       L_oled_init5
+	DECFSZ     R11, 1
+	GOTO       L_oled_init5
+	NOP
+	NOP
+;oled_control.c,14 :: 		for(cnt=0; cnt<10; cnt++){
+	INCF       oled_init_cnt_L0+0, 1
+;oled_control.c,19 :: 		}
+	GOTO       L_oled_init0
+L_oled_init1:
+;oled_control.c,20 :: 		Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,21 :: 		Soft_I2C_Write (0xAE); // display OFF
+	MOVLW      174
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,23 :: 		Soft_I2C_Write (0xD5); // clock division
+	MOVLW      213
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,24 :: 		Soft_I2C_Write (0x80); // ratio
+	MOVLW      128
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,26 :: 		Soft_I2C_Write (0xA8); //  multiplexer
+	MOVLW      168
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,27 :: 		Soft_I2C_Write (63); //
+	MOVLW      63
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,29 :: 		Soft_I2C_Write (0xD3); //  offset
+	MOVLW      211
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,30 :: 		Soft_I2C_Write (shift_line); // 32 no offset for x64 !
+	MOVF       oled_control_shift_line+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,32 :: 		Soft_I2C_Write (0x40); // set line, line = 0
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,34 :: 		Soft_I2C_Write (0x8D); //  charge pump
+	MOVLW      141
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,35 :: 		Soft_I2C_Write (0x14); //  0x10 - external, 0x14 - internal
+	MOVLW      20
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,37 :: 		Soft_I2C_Write (0x81); //  contrast
+	MOVLW      129
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,38 :: 		Soft_I2C_Write (255); //   0-255
+	MOVLW      255
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,40 :: 		Soft_I2C_Write (0xD9); //  pre-charge
+	MOVLW      217
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,41 :: 		Soft_I2C_Write (0xF1); //  0x22 - external, 0xF1 - internal
+	MOVLW      241
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,43 :: 		Soft_I2C_Write (0x20); //  memory addressing mode
+	MOVLW      32
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,44 :: 		Soft_I2C_Write (0x02); //  page addressing mode   02
+	MOVLW      2
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,46 :: 		Soft_I2C_Write (0x21); // set column range
+	MOVLW      33
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,47 :: 		Soft_I2C_Write (0);    // column start
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,48 :: 		Soft_I2C_Write (127);  // column stop
+	MOVLW      127
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,50 :: 		Soft_I2C_Write (0x2E); //  stop scrolling
+	MOVLW      46
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,52 :: 		if(inversion) {
+	MOVF       oled_control_inversion+0, 0
+	BTFSC      STATUS+0, 2
+	GOTO       L_oled_init6
+;oled_control.c,53 :: 		Soft_I2C_Write (0xA0); //  segment re-map, A0 - normal, A1 - remapped
+	MOVLW      160
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,54 :: 		Soft_I2C_Write (0xC0); // scan direction, C0 - normal, C8 - remapped
+	MOVLW      192
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,55 :: 		}
+	GOTO       L_oled_init7
+L_oled_init6:
+;oled_control.c,57 :: 		Soft_I2C_Write (0xA1); //  segment re-map, A0 - normal, A1 - remapped
+	MOVLW      161
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,58 :: 		Soft_I2C_Write (0xC8); // scan direction, C0 - normal, C8 - remapped
+	MOVLW      200
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,59 :: 		}
+L_oled_init7:
+;oled_control.c,61 :: 		Soft_I2C_Write (0xDA); //  COM pins configure
+	MOVLW      218
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,62 :: 		Soft_I2C_Write (0x02); // 02 for 32 12 for x64
+	MOVLW      2
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,64 :: 		Soft_I2C_Write (0xDB); //  V-COM detect
+	MOVLW      219
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,65 :: 		Soft_I2C_Write (0x40); //
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,67 :: 		Soft_I2C_Write (0xA4); //  display entire ON
+	MOVLW      164
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,69 :: 		Soft_I2C_Write (0xA6); // 0xA6 - normal, 0xA7 - inverse
+	MOVLW      166
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,71 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,73 :: 		oled_clear();
+	CALL       _oled_clear+0
+;oled_control.c,74 :: 		send_command (0xAF); //  display ON
+	MOVLW      175
+	MOVWF      FARG_send_command+0
+	CALL       _send_command+0
+;oled_control.c,75 :: 		return;
+;oled_control.c,76 :: 		}
+L_end_oled_init:
+	RETURN
+; end of _oled_init
+
+_oled_clear:
+
+;oled_control.c,78 :: 		void oled_clear(void){
+;oled_control.c,81 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,82 :: 		Soft_I2C_Write(oled_addr);             // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,83 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,85 :: 		for (r = 0; r <=7; r++) {
+	CLRF       oled_clear_r_L0+0
+L_oled_clear8:
+	MOVF       oled_clear_r_L0+0, 0
+	SUBLW      7
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_clear9
+;oled_control.c,86 :: 		set_addressing (r, 0);    // clear all 8 pages
+	MOVF       oled_clear_r_L0+0, 0
+	MOVWF      FARG_set_addressing+0
+	CLRF       FARG_set_addressing+0
+	CALL       _set_addressing+0
+;oled_control.c,87 :: 		for (i = 0; i < 128; i++, Soft_I2C_Write(0x00)); // clear one page pixels
+	CLRF       oled_clear_i_L0+0
+L_oled_clear11:
+	MOVLW      128
+	SUBWF      oled_clear_i_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_clear12
+	INCF       oled_clear_i_L0+0, 1
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	GOTO       L_oled_clear11
+L_oled_clear12:
+;oled_control.c,85 :: 		for (r = 0; r <=7; r++) {
+	INCF       oled_clear_r_L0+0, 1
+;oled_control.c,88 :: 		}
+	GOTO       L_oled_clear8
+L_oled_clear9:
+;oled_control.c,89 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,91 :: 		return;
+;oled_control.c,92 :: 		}
+L_end_oled_clear:
+	RETURN
+; end of _oled_clear
+
+_send_command:
+
+;oled_control.c,94 :: 		void send_command (char oled_command) {
+;oled_control.c,95 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,96 :: 		Soft_I2C_Write(oled_addr);         // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,97 :: 		Soft_I2C_Write(128);              // 128 - command, 192 - data
+	MOVLW      128
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,98 :: 		Soft_I2C_Write(oled_command);
+	MOVF       FARG_send_command_oled_command+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,99 :: 		Soft_I2C_Stop();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,100 :: 		return;
+;oled_control.c,101 :: 		}
+L_end_send_command:
+	RETURN
+; end of _send_command
+
+_set_addressing:
+
+;oled_control.c,103 :: 		void set_addressing (char pagenum, char c_start) {
+;oled_control.c,105 :: 		c = c_start + oled_shift;
+	MOVF       oled_control_oled_shift+0, 0
+	ADDWF      FARG_set_addressing_c_start+0, 0
+	MOVWF      set_addressing_c_L0+0
+;oled_control.c,106 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,107 :: 		Soft_I2C_Write(oled_addr);             // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,108 :: 		Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,109 :: 		Soft_I2C_Write(0xB0 + pagenum);  // set page number
+	MOVF       FARG_set_addressing_pagenum+0, 0
+	ADDLW      176
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,111 :: 		if (c <= 15) { a = c; b = 0; }
+	MOVF       set_addressing_c_L0+0, 0
+	SUBLW      15
+	BTFSS      STATUS+0, 0
+	GOTO       L_set_addressing14
+	MOVF       set_addressing_c_L0+0, 0
+	MOVWF      set_addressing_a_L0+0
+	CLRF       set_addressing_b_L0+0
+	GOTO       L_set_addressing15
+L_set_addressing14:
+;oled_control.c,112 :: 		else { b = c / 16; a = c - b * 16; }
+	MOVF       set_addressing_c_L0+0, 0
+	MOVWF      R2
+	LSRF       R2, 1
+	LSRF       R2, 1
+	LSRF       R2, 1
+	LSRF       R2, 1
+	MOVF       R2, 0
+	MOVWF      set_addressing_b_L0+0
+	MOVF       R2, 0
+	MOVWF      R0
+	LSLF       R0, 1
+	LSLF       R0, 1
+	LSLF       R0, 1
+	LSLF       R0, 1
+	MOVF       R0, 0
+	SUBWF      set_addressing_c_L0+0, 0
+	MOVWF      set_addressing_a_L0+0
+L_set_addressing15:
+;oled_control.c,113 :: 		Soft_I2C_Write (a);        // set lower nibble of start address
+	MOVF       set_addressing_a_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,114 :: 		Soft_I2C_Write (0x10 + b); // set higher nibble of start address
+	MOVF       set_addressing_b_L0+0, 0
+	ADDLW      16
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,116 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,117 :: 		Soft_I2C_Write(oled_addr);        // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,118 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,119 :: 		return;
+;oled_control.c,120 :: 		}
+L_end_set_addressing:
+	RETURN
+; end of _set_addressing
+
+_oled_wr_str_s:
+
+;oled_control.c,122 :: 		void oled_wr_str_s(char page, char col, char str[], char len) {  //  128*64 OLED
+;oled_control.c,124 :: 		set_addressing (page, col);
+	MOVF       FARG_oled_wr_str_s_page+0, 0
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVF       FARG_oled_wr_str_s_col+0, 0
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,126 :: 		for (i = 0; i < len; i++) { // write string
+	CLRF       oled_wr_str_s_i_L0+0
+L_oled_wr_str_s16:
+	MOVF       FARG_oled_wr_str_s_len+0, 0
+	SUBWF      oled_wr_str_s_i_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_wr_str_s17
+;oled_control.c,127 :: 		g = str[i] - 32; // table shift
+	MOVF       oled_wr_str_s_i_L0+0, 0
+	ADDWF      FARG_oled_wr_str_s_str+0, 0
+	MOVWF      FSR0L
+	MOVLW      0
+	ADDWFC     FARG_oled_wr_str_s_str+1, 0
+	MOVWF      FSR0H
+	MOVLW      32
+	SUBWF      INDF0+0, 0
+	MOVWF      oled_wr_str_s_g_L0+0
+;oled_control.c,128 :: 		for (h = 0; h < 5; h++) {  // write letter
+	CLRF       oled_wr_str_s_h_L0+0
+L_oled_wr_str_s19:
+	MOVLW      5
+	SUBWF      oled_wr_str_s_h_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_wr_str_s20
+;oled_control.c,129 :: 		Soft_I2C_Write(font_5x8[g*5+h]);
+	MOVF       oled_wr_str_s_g_L0+0, 0
+	MOVWF      R0
+	MOVLW      5
+	MOVWF      R4
+	CALL       _Mul_8X8_U+0
+	MOVF       oled_wr_str_s_h_L0+0, 0
+	ADDWF      R0, 1
+	MOVLW      0
+	ADDWFC     R1, 1
+	MOVLW      oled_control_font_5x8+0
+	ADDWF      R0, 0
+	MOVWF      FSR0L
+	MOVLW      hi_addr(oled_control_font_5x8+0)
+	ADDWFC     R1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,128 :: 		for (h = 0; h < 5; h++) {  // write letter
+	INCF       oled_wr_str_s_h_L0+0, 1
+;oled_control.c,130 :: 		}
+	GOTO       L_oled_wr_str_s19
+L_oled_wr_str_s20:
+;oled_control.c,131 :: 		Soft_I2C_Write (0);
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,126 :: 		for (i = 0; i < len; i++) { // write string
+	INCF       oled_wr_str_s_i_L0+0, 1
+;oled_control.c,132 :: 		}
+	GOTO       L_oled_wr_str_s16
+L_oled_wr_str_s17:
+;oled_control.c,133 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,134 :: 		return;
+;oled_control.c,135 :: 		}
+L_end_oled_wr_str_s:
+	RETURN
+; end of _oled_wr_str_s
+
+_oled_wr_str:
+
+;oled_control.c,138 :: 		void oled_wr_str (char page, char col, char str[], char leng ) {  //
+;oled_control.c,140 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,141 :: 		Soft_I2C_Write(oled_addr);       // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,142 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,144 :: 		set_addressing (page, col);
+	MOVF       FARG_oled_wr_str_page+0, 0
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVF       FARG_oled_wr_str_col+0, 0
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,146 :: 		for (i = 0; i < leng; i++) { // write string
+	CLRF       oled_wr_str_i_L0+0
+L_oled_wr_str22:
+	MOVF       FARG_oled_wr_str_leng+0, 0
+	SUBWF      oled_wr_str_i_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_wr_str23
+;oled_control.c,147 :: 		if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+	MOVF       oled_wr_str_i_L0+0, 0
+	ADDWF      FARG_oled_wr_str_str+0, 0
+	MOVWF      FSR0L
+	MOVLW      0
+	ADDWFC     FARG_oled_wr_str_str+1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	XORLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L_oled_wr_str25
+	CLRF       oled_wr_str_g_L0+0
+	GOTO       L_oled_wr_str26
+L_oled_wr_str25:
+	MOVF       oled_wr_str_i_L0+0, 0
+	ADDWF      FARG_oled_wr_str_str+0, 0
+	MOVWF      FSR0L
+	MOVLW      0
+	ADDWFC     FARG_oled_wr_str_str+1, 0
+	MOVWF      FSR0H
+	MOVLW      32
+	SUBWF      INDF0+0, 0
+	MOVWF      oled_wr_str_g_L0+0
+L_oled_wr_str26:
+;oled_control.c,148 :: 		for (h = 0; h <= 4; h++) {  // write letter
+	CLRF       oled_wr_str_h_L0+0
+L_oled_wr_str27:
+	MOVF       oled_wr_str_h_L0+0, 0
+	SUBLW      4
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_wr_str28
+;oled_control.c,149 :: 		w1 = font_5x8[g*5+h];
+	MOVF       oled_wr_str_g_L0+0, 0
+	MOVWF      R0
+	MOVLW      5
+	MOVWF      R4
+	CALL       _Mul_8X8_U+0
+	MOVF       oled_wr_str_h_L0+0, 0
+	ADDWF      R0, 1
+	MOVLW      0
+	ADDWFC     R1, 1
+	MOVLW      oled_control_font_5x8+0
+	ADDWF      R0, 0
+	MOVWF      FSR0L
+	MOVLW      hi_addr(oled_control_font_5x8+0)
+	ADDWFC     R1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	MOVWF      oled_wr_str_w1_L0+0
+;oled_control.c,150 :: 		if(page != 2) {
+	MOVF       FARG_oled_wr_str_page+0, 0
+	XORLW      2
+	BTFSC      STATUS+0, 2
+	GOTO       L_oled_wr_str30
+;oled_control.c,151 :: 		w2.B7 = w1.B3;
+	BTFSC      oled_wr_str_w1_L0+0, 3
+	GOTO       L__oled_wr_str74
+	BCF        oled_wr_str_w2_L0+0, 7
+	GOTO       L__oled_wr_str75
+L__oled_wr_str74:
+	BSF        oled_wr_str_w2_L0+0, 7
+L__oled_wr_str75:
+;oled_control.c,152 :: 		w2.B6 = w1.B3;
+	BTFSC      oled_wr_str_w1_L0+0, 3
+	GOTO       L__oled_wr_str76
+	BCF        oled_wr_str_w2_L0+0, 6
+	GOTO       L__oled_wr_str77
+L__oled_wr_str76:
+	BSF        oled_wr_str_w2_L0+0, 6
+L__oled_wr_str77:
+;oled_control.c,153 :: 		w2.B5 = w1.B2;
+	BTFSC      oled_wr_str_w1_L0+0, 2
+	GOTO       L__oled_wr_str78
+	BCF        oled_wr_str_w2_L0+0, 5
+	GOTO       L__oled_wr_str79
+L__oled_wr_str78:
+	BSF        oled_wr_str_w2_L0+0, 5
+L__oled_wr_str79:
+;oled_control.c,154 :: 		w2.B4 = w1.B2;
+	BTFSC      oled_wr_str_w1_L0+0, 2
+	GOTO       L__oled_wr_str80
+	BCF        oled_wr_str_w2_L0+0, 4
+	GOTO       L__oled_wr_str81
+L__oled_wr_str80:
+	BSF        oled_wr_str_w2_L0+0, 4
+L__oled_wr_str81:
+;oled_control.c,155 :: 		w2.B3 = w1.B1;
+	BTFSC      oled_wr_str_w1_L0+0, 1
+	GOTO       L__oled_wr_str82
+	BCF        oled_wr_str_w2_L0+0, 3
+	GOTO       L__oled_wr_str83
+L__oled_wr_str82:
+	BSF        oled_wr_str_w2_L0+0, 3
+L__oled_wr_str83:
+;oled_control.c,156 :: 		w2.B2 = w1.B1;
+	BTFSC      oled_wr_str_w1_L0+0, 1
+	GOTO       L__oled_wr_str84
+	BCF        oled_wr_str_w2_L0+0, 2
+	GOTO       L__oled_wr_str85
+L__oled_wr_str84:
+	BSF        oled_wr_str_w2_L0+0, 2
+L__oled_wr_str85:
+;oled_control.c,157 :: 		w2.B1 = w1.B0;
+	BTFSC      oled_wr_str_w1_L0+0, 0
+	GOTO       L__oled_wr_str86
+	BCF        oled_wr_str_w2_L0+0, 1
+	GOTO       L__oled_wr_str87
+L__oled_wr_str86:
+	BSF        oled_wr_str_w2_L0+0, 1
+L__oled_wr_str87:
+;oled_control.c,158 :: 		w2.B0 = w1.B0; }
+	BTFSC      oled_wr_str_w1_L0+0, 0
+	GOTO       L__oled_wr_str88
+	BCF        oled_wr_str_w2_L0+0, 0
+	GOTO       L__oled_wr_str89
+L__oled_wr_str88:
+	BSF        oled_wr_str_w2_L0+0, 0
+L__oled_wr_str89:
+	GOTO       L_oled_wr_str31
+L_oled_wr_str30:
+;oled_control.c,160 :: 		w2.B7 = w1.B2;
+	BTFSC      oled_wr_str_w1_L0+0, 2
+	GOTO       L__oled_wr_str90
+	BCF        oled_wr_str_w2_L0+0, 7
+	GOTO       L__oled_wr_str91
+L__oled_wr_str90:
+	BSF        oled_wr_str_w2_L0+0, 7
+L__oled_wr_str91:
+;oled_control.c,161 :: 		w2.B6 = w1.B2;
+	BTFSC      oled_wr_str_w1_L0+0, 2
+	GOTO       L__oled_wr_str92
+	BCF        oled_wr_str_w2_L0+0, 6
+	GOTO       L__oled_wr_str93
+L__oled_wr_str92:
+	BSF        oled_wr_str_w2_L0+0, 6
+L__oled_wr_str93:
+;oled_control.c,162 :: 		w2.B5 = w1.B1;
+	BTFSC      oled_wr_str_w1_L0+0, 1
+	GOTO       L__oled_wr_str94
+	BCF        oled_wr_str_w2_L0+0, 5
+	GOTO       L__oled_wr_str95
+L__oled_wr_str94:
+	BSF        oled_wr_str_w2_L0+0, 5
+L__oled_wr_str95:
+;oled_control.c,163 :: 		w2.B4 = w1.B1;
+	BTFSC      oled_wr_str_w1_L0+0, 1
+	GOTO       L__oled_wr_str96
+	BCF        oled_wr_str_w2_L0+0, 4
+	GOTO       L__oled_wr_str97
+L__oled_wr_str96:
+	BSF        oled_wr_str_w2_L0+0, 4
+L__oled_wr_str97:
+;oled_control.c,164 :: 		w2.B3 = w1.B0;
+	BTFSC      oled_wr_str_w1_L0+0, 0
+	GOTO       L__oled_wr_str98
+	BCF        oled_wr_str_w2_L0+0, 3
+	GOTO       L__oled_wr_str99
+L__oled_wr_str98:
+	BSF        oled_wr_str_w2_L0+0, 3
+L__oled_wr_str99:
+;oled_control.c,165 :: 		w2.B2 = w1.B0;
+	BTFSC      oled_wr_str_w1_L0+0, 0
+	GOTO       L__oled_wr_str100
+	BCF        oled_wr_str_w2_L0+0, 2
+	GOTO       L__oled_wr_str101
+L__oled_wr_str100:
+	BSF        oled_wr_str_w2_L0+0, 2
+L__oled_wr_str101:
+;oled_control.c,166 :: 		w2.B1 = 0;
+	BCF        oled_wr_str_w2_L0+0, 1
+;oled_control.c,167 :: 		w2.B0 = 0;
+	BCF        oled_wr_str_w2_L0+0, 0
+;oled_control.c,168 :: 		}
+L_oled_wr_str31:
+;oled_control.c,169 :: 		Soft_I2C_Write(w2);
+	MOVF       oled_wr_str_w2_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,170 :: 		Soft_I2C_Write(w2);
+	MOVF       oled_wr_str_w2_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,148 :: 		for (h = 0; h <= 4; h++) {  // write letter
+	INCF       oled_wr_str_h_L0+0, 1
+;oled_control.c,171 :: 		}
+	GOTO       L_oled_wr_str27
+L_oled_wr_str28:
+;oled_control.c,172 :: 		Soft_I2C_Write (0);
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,173 :: 		Soft_I2C_Write (0);
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,146 :: 		for (i = 0; i < leng; i++) { // write string
+	INCF       oled_wr_str_i_L0+0, 1
+;oled_control.c,174 :: 		}
+	GOTO       L_oled_wr_str22
+L_oled_wr_str23:
+;oled_control.c,175 :: 		set_addressing (page+1, col);
+	INCF       FARG_oled_wr_str_page+0, 0
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVF       FARG_oled_wr_str_col+0, 0
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,177 :: 		for (i = 0; i < leng; i++) { // write string
+	CLRF       oled_wr_str_i_L0+0
+L_oled_wr_str32:
+	MOVF       FARG_oled_wr_str_leng+0, 0
+	SUBWF      oled_wr_str_i_L0+0, 0
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_wr_str33
+;oled_control.c,178 :: 		if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+	MOVF       oled_wr_str_i_L0+0, 0
+	ADDWF      FARG_oled_wr_str_str+0, 0
+	MOVWF      FSR0L
+	MOVLW      0
+	ADDWFC     FARG_oled_wr_str_str+1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	XORLW      0
+	BTFSS      STATUS+0, 2
+	GOTO       L_oled_wr_str35
+	CLRF       oled_wr_str_g_L0+0
+	GOTO       L_oled_wr_str36
+L_oled_wr_str35:
+	MOVF       oled_wr_str_i_L0+0, 0
+	ADDWF      FARG_oled_wr_str_str+0, 0
+	MOVWF      FSR0L
+	MOVLW      0
+	ADDWFC     FARG_oled_wr_str_str+1, 0
+	MOVWF      FSR0H
+	MOVLW      32
+	SUBWF      INDF0+0, 0
+	MOVWF      oled_wr_str_g_L0+0
+L_oled_wr_str36:
+;oled_control.c,179 :: 		for (h = 0; h <= 4; h++) {  // write letter
+	CLRF       oled_wr_str_h_L0+0
+L_oled_wr_str37:
+	MOVF       oled_wr_str_h_L0+0, 0
+	SUBLW      4
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_wr_str38
+;oled_control.c,180 :: 		w1 = font_5x8[g*5+h];
+	MOVF       oled_wr_str_g_L0+0, 0
+	MOVWF      R0
+	MOVLW      5
+	MOVWF      R4
+	CALL       _Mul_8X8_U+0
+	MOVF       oled_wr_str_h_L0+0, 0
+	ADDWF      R0, 1
+	MOVLW      0
+	ADDWFC     R1, 1
+	MOVLW      oled_control_font_5x8+0
+	ADDWF      R0, 0
+	MOVWF      FSR0L
+	MOVLW      hi_addr(oled_control_font_5x8+0)
+	ADDWFC     R1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	MOVWF      oled_wr_str_w1_L0+0
+;oled_control.c,181 :: 		if(page != 2) {
+	MOVF       FARG_oled_wr_str_page+0, 0
+	XORLW      2
+	BTFSC      STATUS+0, 2
+	GOTO       L_oled_wr_str40
+;oled_control.c,182 :: 		w2.B7 = w1.B7;
+	BTFSC      oled_wr_str_w1_L0+0, 7
+	GOTO       L__oled_wr_str102
+	BCF        oled_wr_str_w2_L0+0, 7
+	GOTO       L__oled_wr_str103
+L__oled_wr_str102:
+	BSF        oled_wr_str_w2_L0+0, 7
+L__oled_wr_str103:
+;oled_control.c,183 :: 		w2.B6 = w1.B7;
+	BTFSC      oled_wr_str_w1_L0+0, 7
+	GOTO       L__oled_wr_str104
+	BCF        oled_wr_str_w2_L0+0, 6
+	GOTO       L__oled_wr_str105
+L__oled_wr_str104:
+	BSF        oled_wr_str_w2_L0+0, 6
+L__oled_wr_str105:
+;oled_control.c,184 :: 		w2.B5 = w1.B6;
+	BTFSC      oled_wr_str_w1_L0+0, 6
+	GOTO       L__oled_wr_str106
+	BCF        oled_wr_str_w2_L0+0, 5
+	GOTO       L__oled_wr_str107
+L__oled_wr_str106:
+	BSF        oled_wr_str_w2_L0+0, 5
+L__oled_wr_str107:
+;oled_control.c,185 :: 		w2.B4 = w1.B6;
+	BTFSC      oled_wr_str_w1_L0+0, 6
+	GOTO       L__oled_wr_str108
+	BCF        oled_wr_str_w2_L0+0, 4
+	GOTO       L__oled_wr_str109
+L__oled_wr_str108:
+	BSF        oled_wr_str_w2_L0+0, 4
+L__oled_wr_str109:
+;oled_control.c,186 :: 		w2.B3 = w1.B5;
+	BTFSC      oled_wr_str_w1_L0+0, 5
+	GOTO       L__oled_wr_str110
+	BCF        oled_wr_str_w2_L0+0, 3
+	GOTO       L__oled_wr_str111
+L__oled_wr_str110:
+	BSF        oled_wr_str_w2_L0+0, 3
+L__oled_wr_str111:
+;oled_control.c,187 :: 		w2.B2 = w1.B5;
+	BTFSC      oled_wr_str_w1_L0+0, 5
+	GOTO       L__oled_wr_str112
+	BCF        oled_wr_str_w2_L0+0, 2
+	GOTO       L__oled_wr_str113
+L__oled_wr_str112:
+	BSF        oled_wr_str_w2_L0+0, 2
+L__oled_wr_str113:
+;oled_control.c,188 :: 		w2.B1 = w1.B4;
+	BTFSC      oled_wr_str_w1_L0+0, 4
+	GOTO       L__oled_wr_str114
+	BCF        oled_wr_str_w2_L0+0, 1
+	GOTO       L__oled_wr_str115
+L__oled_wr_str114:
+	BSF        oled_wr_str_w2_L0+0, 1
+L__oled_wr_str115:
+;oled_control.c,189 :: 		w2.B0 = w1.B4; }
+	BTFSC      oled_wr_str_w1_L0+0, 4
+	GOTO       L__oled_wr_str116
+	BCF        oled_wr_str_w2_L0+0, 0
+	GOTO       L__oled_wr_str117
+L__oled_wr_str116:
+	BSF        oled_wr_str_w2_L0+0, 0
+L__oled_wr_str117:
+	GOTO       L_oled_wr_str41
+L_oled_wr_str40:
+;oled_control.c,191 :: 		w2.B7 = w1.B6;
+	BTFSC      oled_wr_str_w1_L0+0, 6
+	GOTO       L__oled_wr_str118
+	BCF        oled_wr_str_w2_L0+0, 7
+	GOTO       L__oled_wr_str119
+L__oled_wr_str118:
+	BSF        oled_wr_str_w2_L0+0, 7
+L__oled_wr_str119:
+;oled_control.c,192 :: 		w2.B6 = w1.B6;
+	BTFSC      oled_wr_str_w1_L0+0, 6
+	GOTO       L__oled_wr_str120
+	BCF        oled_wr_str_w2_L0+0, 6
+	GOTO       L__oled_wr_str121
+L__oled_wr_str120:
+	BSF        oled_wr_str_w2_L0+0, 6
+L__oled_wr_str121:
+;oled_control.c,193 :: 		w2.B5 = w1.B5;
+	BTFSC      oled_wr_str_w1_L0+0, 5
+	GOTO       L__oled_wr_str122
+	BCF        oled_wr_str_w2_L0+0, 5
+	GOTO       L__oled_wr_str123
+L__oled_wr_str122:
+	BSF        oled_wr_str_w2_L0+0, 5
+L__oled_wr_str123:
+;oled_control.c,194 :: 		w2.B4 = w1.B5;
+	BTFSC      oled_wr_str_w1_L0+0, 5
+	GOTO       L__oled_wr_str124
+	BCF        oled_wr_str_w2_L0+0, 4
+	GOTO       L__oled_wr_str125
+L__oled_wr_str124:
+	BSF        oled_wr_str_w2_L0+0, 4
+L__oled_wr_str125:
+;oled_control.c,195 :: 		w2.B3 = w1.B4;
+	BTFSC      oled_wr_str_w1_L0+0, 4
+	GOTO       L__oled_wr_str126
+	BCF        oled_wr_str_w2_L0+0, 3
+	GOTO       L__oled_wr_str127
+L__oled_wr_str126:
+	BSF        oled_wr_str_w2_L0+0, 3
+L__oled_wr_str127:
+;oled_control.c,196 :: 		w2.B2 = w1.B4;
+	BTFSC      oled_wr_str_w1_L0+0, 4
+	GOTO       L__oled_wr_str128
+	BCF        oled_wr_str_w2_L0+0, 2
+	GOTO       L__oled_wr_str129
+L__oled_wr_str128:
+	BSF        oled_wr_str_w2_L0+0, 2
+L__oled_wr_str129:
+;oled_control.c,197 :: 		w2.B1 = w1.B3;
+	BTFSC      oled_wr_str_w1_L0+0, 3
+	GOTO       L__oled_wr_str130
+	BCF        oled_wr_str_w2_L0+0, 1
+	GOTO       L__oled_wr_str131
+L__oled_wr_str130:
+	BSF        oled_wr_str_w2_L0+0, 1
+L__oled_wr_str131:
+;oled_control.c,198 :: 		w2.B0 = w1.B3;
+	BTFSC      oled_wr_str_w1_L0+0, 3
+	GOTO       L__oled_wr_str132
+	BCF        oled_wr_str_w2_L0+0, 0
+	GOTO       L__oled_wr_str133
+L__oled_wr_str132:
+	BSF        oled_wr_str_w2_L0+0, 0
+L__oled_wr_str133:
+;oled_control.c,199 :: 		}
+L_oled_wr_str41:
+;oled_control.c,200 :: 		Soft_I2C_Write(w2);
+	MOVF       oled_wr_str_w2_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,201 :: 		Soft_I2C_Write(w2);
+	MOVF       oled_wr_str_w2_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,179 :: 		for (h = 0; h <= 4; h++) {  // write letter
+	INCF       oled_wr_str_h_L0+0, 1
+;oled_control.c,202 :: 		}
+	GOTO       L_oled_wr_str37
+L_oled_wr_str38:
+;oled_control.c,203 :: 		Soft_I2C_Write (0);
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,204 :: 		Soft_I2C_Write (0);
+	CLRF       FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,177 :: 		for (i = 0; i < leng; i++) { // write string
+	INCF       oled_wr_str_i_L0+0, 1
+;oled_control.c,205 :: 		}
+	GOTO       L_oled_wr_str32
+L_oled_wr_str33:
+;oled_control.c,206 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,207 :: 		}
+L_end_oled_wr_str:
+	RETURN
+; end of _oled_wr_str
+
+_oled_bat:
+
+;oled_control.c,210 :: 		void oled_bat () {
+;oled_control.c,212 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,213 :: 		Soft_I2C_Write(oled_addr);       // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,214 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,217 :: 		for(g=0; g<=3; g++) {     // batt drawing
+	CLRF       oled_bat_g_L0+0
+L_oled_bat42:
+	MOVF       oled_bat_g_L0+0, 0
+	SUBLW      3
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_bat43
+;oled_control.c,218 :: 		set_addressing (g, 115);
+	MOVF       oled_bat_g_L0+0, 0
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVLW      115
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,219 :: 		for(i=0; i<=10; i++) { Soft_I2C_Write(batt[g*11+i]); }
+	CLRF       oled_bat_i_L0+0
+L_oled_bat45:
+	MOVF       oled_bat_i_L0+0, 0
+	SUBLW      10
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_bat46
+	MOVF       oled_bat_g_L0+0, 0
+	MOVWF      R0
+	MOVLW      11
+	MOVWF      R4
+	CALL       _Mul_8X8_U+0
+	MOVF       oled_bat_i_L0+0, 0
+	ADDWF      R0, 1
+	MOVLW      0
+	ADDWFC     R1, 1
+	MOVLW      oled_control_batt+0
+	ADDWF      R0, 0
+	MOVWF      FSR0L
+	MOVLW      hi_addr(oled_control_batt+0)
+	ADDWFC     R1, 0
+	MOVWF      FSR0H
+	MOVF       INDF0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	INCF       oled_bat_i_L0+0, 1
+	GOTO       L_oled_bat45
+L_oled_bat46:
+;oled_control.c,217 :: 		for(g=0; g<=3; g++) {     // batt drawing
+	INCF       oled_bat_g_L0+0, 1
+;oled_control.c,220 :: 		}
+	GOTO       L_oled_bat42
+L_oled_bat43:
+;oled_control.c,221 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,222 :: 		return;
+;oled_control.c,223 :: 		}
+L_end_oled_bat:
+	RETURN
+; end of _oled_bat
+
+_oled_voltage:
+
+;oled_control.c,226 :: 		void oled_voltage(int Voltage) {
+;oled_control.c,228 :: 		Soft_I2C_Start();
+	CALL       _Soft_I2C_Start+0
+;oled_control.c,229 :: 		Soft_I2C_Write(oled_addr);       // device addres
+	MOVF       oled_control_oled_addr+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,230 :: 		Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+	MOVLW      64
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,232 :: 		Voltage /= 10;
+	MOVLW      10
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	MOVF       FARG_oled_voltage_Voltage+0, 0
+	MOVWF      R0
+	MOVF       FARG_oled_voltage_Voltage+1, 0
+	MOVWF      R1
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	MOVWF      FARG_oled_voltage_Voltage+0
+	MOVF       R1, 0
+	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,233 :: 		if(Voltage < 300) Voltage = 300;
+	MOVLW      128
+	XORWF      R1, 0
+	MOVWF      R2
+	MOVLW      128
+	XORLW      1
+	SUBWF      R2, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__oled_voltage136
+	MOVLW      44
+	SUBWF      R0, 0
+L__oled_voltage136:
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_voltage48
+	MOVLW      44
+	MOVWF      FARG_oled_voltage_Voltage+0
+	MOVLW      1
+	MOVWF      FARG_oled_voltage_Voltage+1
+	GOTO       L_oled_voltage49
+L_oled_voltage48:
+;oled_control.c,234 :: 		else if(Voltage > 420) Voltage = 420;
+	MOVLW      128
+	XORLW      1
+	MOVWF      R0
+	MOVLW      128
+	XORWF      FARG_oled_voltage_Voltage+1, 0
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 2
+	GOTO       L__oled_voltage137
+	MOVF       FARG_oled_voltage_Voltage+0, 0
+	SUBLW      164
+L__oled_voltage137:
+	BTFSC      STATUS+0, 0
+	GOTO       L_oled_voltage50
+	MOVLW      164
+	MOVWF      FARG_oled_voltage_Voltage+0
+	MOVLW      1
+	MOVWF      FARG_oled_voltage_Voltage+1
+L_oled_voltage50:
+L_oled_voltage49:
+;oled_control.c,235 :: 		Voltage = Voltage - 300; // 0 - 120
+	MOVLW      44
+	SUBWF      FARG_oled_voltage_Voltage+0, 0
+	MOVWF      R3
+	MOVLW      1
+	SUBWFB     FARG_oled_voltage_Voltage+1, 0
+	MOVWF      R4
+	MOVF       R3, 0
+	MOVWF      FARG_oled_voltage_Voltage+0
+	MOVF       R4, 0
+	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,236 :: 		Voltage = Voltage * 32;
+	MOVLW      5
+	MOVWF      R2
+	MOVF       R3, 0
+	MOVWF      R0
+	MOVF       R4, 0
+	MOVWF      R1
+	MOVF       R2, 0
+L__oled_voltage138:
+	BTFSC      STATUS+0, 2
+	GOTO       L__oled_voltage139
+	LSLF       R0, 1
+	RLF        R1, 1
+	ADDLW      255
+	GOTO       L__oled_voltage138
+L__oled_voltage139:
+	MOVF       R0, 0
+	MOVWF      FARG_oled_voltage_Voltage+0
+	MOVF       R1, 0
+	MOVWF      FARG_oled_voltage_Voltage+1
+;oled_control.c,237 :: 		v = Voltage / 120;
+	MOVLW      120
+	MOVWF      R4
+	MOVLW      0
+	MOVWF      R5
+	CALL       _Div_16x16_S+0
+	MOVF       R0, 0
+	MOVWF      oled_voltage_v_L0+0
+;oled_control.c,240 :: 		if(v >= 25)      { u0 = v - 24; u1 = 8; u2 = 8; u3 = 8; }
+	MOVLW      25
+	SUBWF      R0, 0
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage51
+	MOVLW      24
+	SUBWF      oled_voltage_v_L0+0, 0
+	MOVWF      oled_voltage_u0_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u1_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u2_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u3_L0+0
+	GOTO       L_oled_voltage52
+L_oled_voltage51:
+;oled_control.c,241 :: 		else if(v >= 17) { u0 = 0; u1 = v - 16; u2 = 8; u3 = 8; }
+	MOVLW      17
+	SUBWF      oled_voltage_v_L0+0, 0
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage53
+	CLRF       oled_voltage_u0_L0+0
+	MOVLW      16
+	SUBWF      oled_voltage_v_L0+0, 0
+	MOVWF      oled_voltage_u1_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u2_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u3_L0+0
+	GOTO       L_oled_voltage54
+L_oled_voltage53:
+;oled_control.c,242 :: 		else if(v >= 9 ) { u0 = 0; u1 = 0;  u2 = v - 8; u3 = 8; }
+	MOVLW      9
+	SUBWF      oled_voltage_v_L0+0, 0
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage55
+	CLRF       oled_voltage_u0_L0+0
+	CLRF       oled_voltage_u1_L0+0
+	MOVLW      8
+	SUBWF      oled_voltage_v_L0+0, 0
+	MOVWF      oled_voltage_u2_L0+0
+	MOVLW      8
+	MOVWF      oled_voltage_u3_L0+0
+	GOTO       L_oled_voltage56
+L_oled_voltage55:
+;oled_control.c,243 :: 		else             { u0 = 0; u1 = 0; u2 = 0; u3 = v ; }
+	CLRF       oled_voltage_u0_L0+0
+	CLRF       oled_voltage_u1_L0+0
+	CLRF       oled_voltage_u2_L0+0
+	MOVF       oled_voltage_v_L0+0, 0
+	MOVWF      oled_voltage_u3_L0+0
+L_oled_voltage56:
+L_oled_voltage54:
+L_oled_voltage52:
+;oled_control.c,245 :: 		m = 128;
+	MOVLW      128
+	MOVWF      oled_voltage_m_L0+0
+;oled_control.c,246 :: 		m = 255 - (m >> (u0-1)) +1;
+	MOVLW      1
+	SUBWF      oled_voltage_u0_L0+0, 0
+	MOVWF      R0
+	CLRF       R1
+	MOVLW      0
+	SUBWFB     R1, 1
+	MOVF       R0, 0
+	MOVWF      R1
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      R0
+	MOVF       R1, 0
+L__oled_voltage140:
+	BTFSC      STATUS+0, 2
+	GOTO       L__oled_voltage141
+	LSRF       R0, 1
+	ADDLW      255
+	GOTO       L__oled_voltage140
+L__oled_voltage141:
+	MOVF       R0, 0
+	SUBLW      255
+	MOVWF      oled_voltage_m_L0+0
+	INCF       oled_voltage_m_L0+0, 1
+;oled_control.c,247 :: 		m = m | 0b00000011;
+	MOVLW      3
+	IORWF       oled_voltage_m_L0+0, 1
+;oled_control.c,248 :: 		set_addressing (0, 119);
+	CLRF       FARG_set_addressing_pagenum+0
+	MOVLW      119
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,249 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,250 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,251 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,252 :: 		m = m | 0b00011111;
+	MOVLW      31
+	IORWF       oled_voltage_m_L0+0, 1
+;oled_control.c,253 :: 		set_addressing (0, 117);
+	CLRF       FARG_set_addressing_pagenum+0
+	MOVLW      117
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,254 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,255 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,256 :: 		set_addressing (0, 122);
+	CLRF       FARG_set_addressing_pagenum+0
+	MOVLW      122
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,257 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,258 :: 		Soft_I2C_Write(m);
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+;oled_control.c,260 :: 		m = 128;
+	MOVLW      128
+	MOVWF      oled_voltage_m_L0+0
+;oled_control.c,261 :: 		m = 255 - (m >> (u1-1)) + 1;
+	MOVLW      1
+	SUBWF      oled_voltage_u1_L0+0, 0
+	MOVWF      R0
+	CLRF       R1
+	MOVLW      0
+	SUBWFB     R1, 1
+	MOVF       R0, 0
+	MOVWF      R1
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      R0
+	MOVF       R1, 0
+L__oled_voltage142:
+	BTFSC      STATUS+0, 2
+	GOTO       L__oled_voltage143
+	LSRF       R0, 1
+	ADDLW      255
+	GOTO       L__oled_voltage142
+L__oled_voltage143:
+	MOVF       R0, 0
+	SUBLW      255
+	MOVWF      oled_voltage_m_L0+0
+	INCF       oled_voltage_m_L0+0, 1
+;oled_control.c,262 :: 		set_addressing (1, 117);
+	MOVLW      1
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVLW      117
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,263 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+	CLRF       oled_voltage_i_L0+0
+L_oled_voltage57:
+	MOVF       oled_voltage_i_L0+0, 0
+	SUBLW      6
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage58
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	INCF       oled_voltage_i_L0+0, 1
+	GOTO       L_oled_voltage57
+L_oled_voltage58:
+;oled_control.c,265 :: 		m = 128;
+	MOVLW      128
+	MOVWF      oled_voltage_m_L0+0
+;oled_control.c,266 :: 		m = 255 - (m >> (u2-1)) + 1;
+	MOVLW      1
+	SUBWF      oled_voltage_u2_L0+0, 0
+	MOVWF      R0
+	CLRF       R1
+	MOVLW      0
+	SUBWFB     R1, 1
+	MOVF       R0, 0
+	MOVWF      R1
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      R0
+	MOVF       R1, 0
+L__oled_voltage144:
+	BTFSC      STATUS+0, 2
+	GOTO       L__oled_voltage145
+	LSRF       R0, 1
+	ADDLW      255
+	GOTO       L__oled_voltage144
+L__oled_voltage145:
+	MOVF       R0, 0
+	SUBLW      255
+	MOVWF      oled_voltage_m_L0+0
+	INCF       oled_voltage_m_L0+0, 1
+;oled_control.c,267 :: 		set_addressing (2, 117);
+	MOVLW      2
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVLW      117
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,268 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+	CLRF       oled_voltage_i_L0+0
+L_oled_voltage60:
+	MOVF       oled_voltage_i_L0+0, 0
+	SUBLW      6
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage61
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	INCF       oled_voltage_i_L0+0, 1
+	GOTO       L_oled_voltage60
+L_oled_voltage61:
+;oled_control.c,270 :: 		m = 128;
+	MOVLW      128
+	MOVWF      oled_voltage_m_L0+0
+;oled_control.c,271 :: 		m = 255 - (m >> (u3-1)) +1;
+	MOVLW      1
+	SUBWF      oled_voltage_u3_L0+0, 0
+	MOVWF      R0
+	CLRF       R1
+	MOVLW      0
+	SUBWFB     R1, 1
+	MOVF       R0, 0
+	MOVWF      R1
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      R0
+	MOVF       R1, 0
+L__oled_voltage146:
+	BTFSC      STATUS+0, 2
+	GOTO       L__oled_voltage147
+	LSRF       R0, 1
+	ADDLW      255
+	GOTO       L__oled_voltage146
+L__oled_voltage147:
+	MOVF       R0, 0
+	SUBLW      255
+	MOVWF      oled_voltage_m_L0+0
+	INCF       oled_voltage_m_L0+0, 1
+;oled_control.c,272 :: 		m = m | 0b11000000;
+	MOVLW      192
+	IORWF       oled_voltage_m_L0+0, 1
+;oled_control.c,273 :: 		set_addressing (3, 117);
+	MOVLW      3
+	MOVWF      FARG_set_addressing_pagenum+0
+	MOVLW      117
+	MOVWF      FARG_set_addressing_c_start+0
+	CALL       _set_addressing+0
+;oled_control.c,274 :: 		for(i=0; i<=6; i++) Soft_I2C_Write(m);
+	CLRF       oled_voltage_i_L0+0
+L_oled_voltage63:
+	MOVF       oled_voltage_i_L0+0, 0
+	SUBLW      6
+	BTFSS      STATUS+0, 0
+	GOTO       L_oled_voltage64
+	MOVF       oled_voltage_m_L0+0, 0
+	MOVWF      FARG_Soft_I2C_Write+0
+	CALL       _Soft_I2C_Write+0
+	INCF       oled_voltage_i_L0+0, 1
+	GOTO       L_oled_voltage63
+L_oled_voltage64:
+;oled_control.c,276 :: 		Soft_I2C_Stop ();
+	CALL       _Soft_I2C_Stop+0
+;oled_control.c,277 :: 		return;
+;oled_control.c,278 :: 		}
+L_end_oled_voltage:
+	RETURN
+; end of _oled_voltage
diff --git a/Firmware/ATU-10_FW_13/oled_control.c b/Firmware/ATU-10_FW_13/oled_control.c
new file mode 100644
index 0000000..16b97f8
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.c
@@ -0,0 +1,279 @@
+#include "oled_control.h"
+#include "Soft_I2C.h"
+
+void oled_disp_on() {
+   send_command(0xAF); //  display ON
+}
+
+void oled_disp_off() {
+   send_command(0xAE); // display OFF
+}
+
+void oled_init (void) {  // OLED init
+   char cnt;
+   for(cnt=0; cnt<10; cnt++){
+      Soft_I2C_Start();
+      if(Soft_I2C_Write(oled_addr)==0) break;       // device addres
+      else Soft_I2C_Stop();
+      Delay_ms(300);
+   }
+   Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+   Soft_I2C_Write (0xAE); // display OFF
+   //         initialisation
+   Soft_I2C_Write (0xD5); // clock division
+   Soft_I2C_Write (0x80); // ratio
+   //
+   Soft_I2C_Write (0xA8); //  multiplexer
+   Soft_I2C_Write (63); //
+   //
+   Soft_I2C_Write (0xD3); //  offset
+   Soft_I2C_Write (shift_line); // 32 no offset for x64 !
+   //
+   Soft_I2C_Write (0x40); // set line, line = 0
+   //
+   Soft_I2C_Write (0x8D); //  charge pump
+   Soft_I2C_Write (0x14); //  0x10 - external, 0x14 - internal
+   //
+   Soft_I2C_Write (0x81); //  contrast
+   Soft_I2C_Write (255); //   0-255
+   //
+   Soft_I2C_Write (0xD9); //  pre-charge
+   Soft_I2C_Write (0xF1); //  0x22 - external, 0xF1 - internal
+   //
+   Soft_I2C_Write (0x20); //  memory addressing mode
+   Soft_I2C_Write (0x02); //  page addressing mode   02
+   //
+   Soft_I2C_Write (0x21); // set column range
+   Soft_I2C_Write (0);    // column start
+   Soft_I2C_Write (127);  // column stop
+   //
+   Soft_I2C_Write (0x2E); //  stop scrolling
+   //
+   if(inversion) {
+      Soft_I2C_Write (0xA0); //  segment re-map, A0 - normal, A1 - remapped
+      Soft_I2C_Write (0xC0); // scan direction, C0 - normal, C8 - remapped
+   }
+   else {
+      Soft_I2C_Write (0xA1); //  segment re-map, A0 - normal, A1 - remapped
+      Soft_I2C_Write (0xC8); // scan direction, C0 - normal, C8 - remapped
+   }
+   //
+   Soft_I2C_Write (0xDA); //  COM pins configure
+   Soft_I2C_Write (0x02); // 02 for 32 12 for x64
+   //
+   Soft_I2C_Write (0xDB); //  V-COM detect
+   Soft_I2C_Write (0x40); //
+   //
+   Soft_I2C_Write (0xA4); //  display entire ON
+   //
+   Soft_I2C_Write (0xA6); // 0xA6 - normal, 0xA7 - inverse
+   //
+   Soft_I2C_Stop ();
+   //
+   oled_clear();
+   send_command (0xAF); //  display ON
+   return;
+}
+
+void oled_clear(void){
+   char i, r;
+   // ********clear OLED***********
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);             // device addres
+   Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+   //
+   for (r = 0; r <=7; r++) {
+      set_addressing (r, 0);    // clear all 8 pages
+      for (i = 0; i < 128; i++, Soft_I2C_Write(0x00)); // clear one page pixels
+   }
+   Soft_I2C_Stop ();
+   //
+   return;
+}
+
+void send_command (char oled_command) {
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);         // device addres
+   Soft_I2C_Write(128);              // 128 - command, 192 - data
+   Soft_I2C_Write(oled_command);
+   Soft_I2C_Stop();
+   return;
+}
+
+void set_addressing (char pagenum, char c_start) {
+   char a, b, c;
+   c = c_start + oled_shift;
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);             // device addres
+   Soft_I2C_Write(0);              // 0 - continious mode, command; 64 - Co, data
+   Soft_I2C_Write(0xB0 + pagenum);  // set page number
+   //
+   if (c <= 15) { a = c; b = 0; }
+   else { b = c / 16; a = c - b * 16; }
+   Soft_I2C_Write (a);        // set lower nibble of start address
+   Soft_I2C_Write (0x10 + b); // set higher nibble of start address
+   //
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);        // device addres
+   Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+   return;
+}
+
+void oled_wr_str_s(char page, char col, char str[], char len) {  //  128*64 OLED
+   char i, h, g;
+   set_addressing (page, col);
+   //
+   for (i = 0; i < len; i++) { // write string
+     g = str[i] - 32; // table shift
+     for (h = 0; h < 5; h++) {  // write letter
+        Soft_I2C_Write(font_5x8[g*5+h]);
+     }
+     Soft_I2C_Write (0);
+   }
+  Soft_I2C_Stop ();
+  return;
+}
+
+//
+void oled_wr_str (char page, char col, char str[], char leng ) {  //
+  char i, h, g, w1, w2;
+  Soft_I2C_Start();
+  Soft_I2C_Write(oled_addr);       // device addres
+  Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+  //
+  set_addressing (page, col);
+  //
+  for (i = 0; i < leng; i++) { // write string
+     if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+     for (h = 0; h <= 4; h++) {  // write letter
+      w1 = font_5x8[g*5+h];
+      if(page != 2) {
+      w2.B7 = w1.B3;
+      w2.B6 = w1.B3;
+      w2.B5 = w1.B2;
+      w2.B4 = w1.B2;
+      w2.B3 = w1.B1;
+      w2.B2 = w1.B1;
+      w2.B1 = w1.B0;
+      w2.B0 = w1.B0; }
+      else {
+      w2.B7 = w1.B2;
+      w2.B6 = w1.B2;
+      w2.B5 = w1.B1;
+      w2.B4 = w1.B1;
+      w2.B3 = w1.B0;
+      w2.B2 = w1.B0;
+      w2.B1 = 0;
+      w2.B0 = 0;
+      }
+      Soft_I2C_Write(w2);
+      Soft_I2C_Write(w2);
+      }
+     Soft_I2C_Write (0);
+     Soft_I2C_Write (0);
+  }
+    set_addressing (page+1, col);
+  //
+  for (i = 0; i < leng; i++) { // write string
+     if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
+     for (h = 0; h <= 4; h++) {  // write letter
+      w1 = font_5x8[g*5+h];
+      if(page != 2) {
+      w2.B7 = w1.B7;
+      w2.B6 = w1.B7;
+      w2.B5 = w1.B6;
+      w2.B4 = w1.B6;
+      w2.B3 = w1.B5;
+      w2.B2 = w1.B5;
+      w2.B1 = w1.B4;
+      w2.B0 = w1.B4; }
+      else {
+      w2.B7 = w1.B6;
+      w2.B6 = w1.B6;
+      w2.B5 = w1.B5;
+      w2.B4 = w1.B5;
+      w2.B3 = w1.B4;
+      w2.B2 = w1.B4;
+      w2.B1 = w1.B3;
+      w2.B0 = w1.B3;
+      }
+      Soft_I2C_Write(w2);
+      Soft_I2C_Write(w2);
+      }
+     Soft_I2C_Write (0);
+     Soft_I2C_Write (0);
+  }
+  Soft_I2C_Stop ();
+}
+
+//
+void oled_bat () {
+   char i, g;
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);       // device addres
+   Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+   //
+
+   for(g=0; g<=3; g++) {     // batt drawing
+      set_addressing (g, 115);
+      for(i=0; i<=10; i++) { Soft_I2C_Write(batt[g*11+i]); }
+   }
+   Soft_I2C_Stop ();
+   return;
+ }
+
+//
+void oled_voltage(int Voltage) {
+   char i, v, u0, u1, u2, u3, m;
+   Soft_I2C_Start();
+   Soft_I2C_Write(oled_addr);       // device addres
+   Soft_I2C_Write(64);              // 0 - continious mode, command; 64 - Co, data
+   //
+   Voltage /= 10;
+   if(Voltage < 300) Voltage = 300;
+   else if(Voltage > 420) Voltage = 420;
+   Voltage = Voltage - 300; // 0 - 120
+   Voltage = Voltage * 32;
+   v = Voltage / 120;
+
+
+   if(v >= 25)      { u0 = v - 24; u1 = 8; u2 = 8; u3 = 8; }
+   else if(v >= 17) { u0 = 0; u1 = v - 16; u2 = 8; u3 = 8; }
+   else if(v >= 9 ) { u0 = 0; u1 = 0;  u2 = v - 8; u3 = 8; }
+   else             { u0 = 0; u1 = 0; u2 = 0; u3 = v ; }
+
+      m = 128;
+      m = 255 - (m >> (u0-1)) +1;
+      m = m | 0b00000011;
+      set_addressing (0, 119);
+      Soft_I2C_Write(m);
+      Soft_I2C_Write(m);
+      Soft_I2C_Write(m);
+      m = m | 0b00011111;
+      set_addressing (0, 117);
+      Soft_I2C_Write(m);
+      Soft_I2C_Write(m);
+      set_addressing (0, 122);
+      Soft_I2C_Write(m);
+      Soft_I2C_Write(m);
+
+      m = 128;
+      m = 255 - (m >> (u1-1)) + 1;
+      set_addressing (1, 117);
+      for(i=0; i<=6; i++) Soft_I2C_Write(m);
+
+      m = 128;
+      m = 255 - (m >> (u2-1)) + 1;
+      set_addressing (2, 117);
+      for(i=0; i<=6; i++) Soft_I2C_Write(m);
+
+      m = 128;
+      m = 255 - (m >> (u3-1)) +1;
+      m = m | 0b11000000;
+      set_addressing (3, 117);
+      for(i=0; i<=6; i++) Soft_I2C_Write(m);
+   //
+   Soft_I2C_Stop ();
+   return;
+}
+//
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/oled_control.c.ini b/Firmware/ATU-10_FW_13/oled_control.c.ini
new file mode 100644
index 0000000..41c6455
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.c.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=18
+Column=17
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/oled_control.cp b/Firmware/ATU-10_FW_13/oled_control.cp
new file mode 100644
index 0000000..f04d1c2
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.cp
@@ -0,0 +1,455 @@
+#line 1 "D:/Projects/ATU-10/Firmware_1.3/oled_control.c"
+#line 1 "d:/projects/atu-10/firmware_1.3/oled_control.h"
+#line 1 "d:/projects/atu-10/firmware_1.3/font_5x8.h"
+ static const code char font_5x8[] = {
+
+0x00, 0x00, 0x00, 0x00, 0x00,
+0x00, 0x00, 0x5F, 0x00, 0x00,
+0x00, 0x07, 0x00, 0x07, 0x00,
+0x14, 0x7F, 0x14, 0x7F, 0x14,
+0x24, 0x2A, 0x7F, 0x2A, 0x12,
+0x23, 0x13, 0x08, 0x64, 0x62,
+0x36, 0x49, 0x55, 0x22, 0x50,
+0x00, 0x05, 0x03, 0x00, 0x00,
+0x00, 0x1C, 0x22, 0x41, 0x00,
+0x00, 0x41, 0x22, 0x1C, 0x00,
+0x08, 0x2A, 0x1C, 0x2A, 0x08,
+0x08, 0x08, 0x3E, 0x08, 0x08,
+0x00, 0x50, 0x30, 0x00, 0x00,
+0x08, 0x08, 0x08, 0x08, 0x08,
+0x00, 0x30, 0x30, 0x00, 0x00,
+0x20, 0x10, 0x08, 0x04, 0x02,
+0x3E, 0x51, 0x49, 0x45, 0x3E,
+0x00, 0x42, 0x7F, 0x40, 0x00,
+0x42, 0x61, 0x51, 0x49, 0x46,
+0x21, 0x41, 0x45, 0x4B, 0x31,
+0x18, 0x14, 0x12, 0x7F, 0x10,
+0x27, 0x45, 0x45, 0x45, 0x39,
+0x3C, 0x4A, 0x49, 0x49, 0x30,
+0x01, 0x71, 0x09, 0x05, 0x03,
+0x36, 0x49, 0x49, 0x49, 0x36,
+0x06, 0x49, 0x49, 0x29, 0x1E,
+0x00, 0x36, 0x36, 0x00, 0x00,
+0x00, 0x56, 0x36, 0x00, 0x00,
+0x00, 0x08, 0x14, 0x22, 0x41,
+0x14, 0x14, 0x14, 0x14, 0x14,
+0x41, 0x22, 0x14, 0x08, 0x00,
+0x02, 0x01, 0x51, 0x09, 0x06,
+0x32, 0x49, 0x79, 0x41, 0x3E,
+0x7E, 0x11, 0x11, 0x11, 0x7E,
+0x7F, 0x49, 0x49, 0x49, 0x36,
+0x3E, 0x41, 0x41, 0x41, 0x22,
+0x7F, 0x41, 0x41, 0x22, 0x1C,
+0x7F, 0x49, 0x49, 0x49, 0x41,
+0x7F, 0x09, 0x09, 0x01, 0x01,
+0x3E, 0x41, 0x41, 0x51, 0x32,
+0x7F, 0x08, 0x08, 0x08, 0x7F,
+0x00, 0x41, 0x7F, 0x41, 0x00,
+0x20, 0x40, 0x41, 0x3F, 0x01,
+0x7F, 0x08, 0x14, 0x22, 0x41,
+0x7F, 0x40, 0x40, 0x40, 0x40,
+0x7F, 0x02, 0x04, 0x02, 0x7F,
+0x7F, 0x04, 0x08, 0x10, 0x7F,
+0x3E, 0x41, 0x41, 0x41, 0x3E,
+0x7F, 0x09, 0x09, 0x09, 0x06,
+0x3E, 0x41, 0x51, 0x21, 0x5E,
+0x7F, 0x09, 0x19, 0x29, 0x46,
+0x46, 0x49, 0x49, 0x49, 0x31,
+0x01, 0x01, 0x7F, 0x01, 0x01,
+0x3F, 0x40, 0x40, 0x40, 0x3F,
+0x1F, 0x20, 0x40, 0x20, 0x1F,
+0x7F, 0x20, 0x18, 0x20, 0x7F,
+0x63, 0x14, 0x08, 0x14, 0x63,
+0x03, 0x04, 0x78, 0x04, 0x03,
+0x61, 0x51, 0x49, 0x45, 0x43,
+0x00, 0x00, 0x7F, 0x41, 0x41,
+0x02, 0x04, 0x08, 0x10, 0x20,
+0x41, 0x41, 0x7F, 0x00, 0x00,
+0x04, 0x02, 0x01, 0x02, 0x04,
+0x40, 0x40, 0x40, 0x40, 0x40,
+0x00, 0x01, 0x02, 0x04, 0x00,
+0x20, 0x54, 0x54, 0x54, 0x78,
+0x7F, 0x48, 0x44, 0x44, 0x38,
+0x38, 0x44, 0x44, 0x44, 0x20,
+0x38, 0x44, 0x44, 0x48, 0x7F,
+0x38, 0x54, 0x54, 0x54, 0x18,
+0x08, 0x7E, 0x09, 0x01, 0x02,
+0x08, 0x14, 0x54, 0x54, 0x3C,
+0x7F, 0x08, 0x04, 0x04, 0x78,
+0x00, 0x44, 0x7D, 0x40, 0x00,
+0x20, 0x40, 0x44, 0x3D, 0x00,
+0x00, 0x7F, 0x10, 0x28, 0x44,
+0x00, 0x41, 0x7F, 0x40, 0x00,
+0x7C, 0x04, 0x18, 0x04, 0x78,
+0x7C, 0x08, 0x04, 0x04, 0x78,
+0x38, 0x44, 0x44, 0x44, 0x38,
+0x7C, 0x14, 0x14, 0x14, 0x08,
+0x08, 0x14, 0x14, 0x18, 0x7C,
+0x7C, 0x08, 0x04, 0x04, 0x08,
+0x48, 0x54, 0x54, 0x54, 0x20,
+0x04, 0x3F, 0x44, 0x40, 0x20,
+0x3C, 0x40, 0x40, 0x20, 0x7C,
+0x1C, 0x20, 0x40, 0x20, 0x1C,
+0x3C, 0x40, 0x30, 0x40, 0x3C,
+0x44, 0x28, 0x10, 0x28, 0x44,
+0x0C, 0x50, 0x50, 0x50, 0x3C,
+0x44, 0x64, 0x54, 0x4C, 0x44,
+0x00, 0x08, 0x36, 0x41, 0x00,
+0x00, 0x00, 0x7F, 0x00, 0x00,
+0x00, 0x41, 0x36, 0x08, 0x00,
+0x08, 0x08, 0x2A, 0x1C, 0x08,
+0x08, 0x1C, 0x2A, 0x08, 0x08
+};
+#line 3 "d:/projects/atu-10/firmware_1.3/oled_control.h"
+static oled_addr = 0x78;
+static char shift_line = 64;
+static char oled_shift = 2;
+static char inversion = 1;
+
+void oled_init (void);
+void oled_clear(void);
+void send_command (char);
+void set_addressing (char, char);
+void oled_wr_str_s(char, char, char*, char);
+void oled_wr_str(char, char, char*, char);
+void oled_bat (void);
+void oled_voltage (int);
+void oled_clear (void);
+
+
+static const char batt[] = {
+ 0B11111000,
+ 0B11111000,
+
+ 0B00011111,
+ 0B00011111,
+ 0B00000011,
+ 0B00000011,
+ 0B00000011,
+ 0B00011111,
+ 0B00011111,
+
+ 0B11111000,
+ 0B11111000,
+
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+
+ 0B11111111,
+ 0B11111111,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11111111,
+ 0B11111111
+ };
+#line 1 "d:/projects/atu-10/firmware_1.3/soft_i2c.h"
+
+void Soft_I2C_Init(void);
+void Soft_I2C_Start(void);
+char Soft_I2C_Write(char);
+char Soft_I2C_Read(void);
+void Soft_I2C_ACK(void);
+void Soft_I2C_NACK(void);
+void Soft_I2C_Stop(void);
+#line 4 "D:/Projects/ATU-10/Firmware_1.3/oled_control.c"
+void oled_disp_on() {
+ send_command(0xAF);
+}
+
+void oled_disp_off() {
+ send_command(0xAE);
+}
+
+void oled_init (void) {
+ char cnt;
+ for(cnt=0; cnt<10; cnt++){
+ Soft_I2C_Start();
+ if(Soft_I2C_Write(oled_addr)==0) break;
+ else Soft_I2C_Stop();
+ Delay_ms(300);
+ }
+ Soft_I2C_Write(0);
+ Soft_I2C_Write (0xAE);
+
+ Soft_I2C_Write (0xD5);
+ Soft_I2C_Write (0x80);
+
+ Soft_I2C_Write (0xA8);
+ Soft_I2C_Write (63);
+
+ Soft_I2C_Write (0xD3);
+ Soft_I2C_Write (shift_line);
+
+ Soft_I2C_Write (0x40);
+
+ Soft_I2C_Write (0x8D);
+ Soft_I2C_Write (0x14);
+
+ Soft_I2C_Write (0x81);
+ Soft_I2C_Write (255);
+
+ Soft_I2C_Write (0xD9);
+ Soft_I2C_Write (0xF1);
+
+ Soft_I2C_Write (0x20);
+ Soft_I2C_Write (0x02);
+
+ Soft_I2C_Write (0x21);
+ Soft_I2C_Write (0);
+ Soft_I2C_Write (127);
+
+ Soft_I2C_Write (0x2E);
+
+ if(inversion) {
+ Soft_I2C_Write (0xA0);
+ Soft_I2C_Write (0xC0);
+ }
+ else {
+ Soft_I2C_Write (0xA1);
+ Soft_I2C_Write (0xC8);
+ }
+
+ Soft_I2C_Write (0xDA);
+ Soft_I2C_Write (0x02);
+
+ Soft_I2C_Write (0xDB);
+ Soft_I2C_Write (0x40);
+
+ Soft_I2C_Write (0xA4);
+
+ Soft_I2C_Write (0xA6);
+
+ Soft_I2C_Stop ();
+
+ oled_clear();
+ send_command (0xAF);
+ return;
+}
+
+void oled_clear(void){
+ char i, r;
+
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(64);
+
+ for (r = 0; r <=7; r++) {
+ set_addressing (r, 0);
+ for (i = 0; i < 128; i++, Soft_I2C_Write(0x00));
+ }
+ Soft_I2C_Stop ();
+
+ return;
+}
+
+void send_command (char oled_command) {
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(128);
+ Soft_I2C_Write(oled_command);
+ Soft_I2C_Stop();
+ return;
+}
+
+void set_addressing (char pagenum, char c_start) {
+ char a, b, c;
+ c = c_start + oled_shift;
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(0);
+ Soft_I2C_Write(0xB0 + pagenum);
+
+ if (c <= 15) { a = c; b = 0; }
+ else { b = c / 16; a = c - b * 16; }
+ Soft_I2C_Write (a);
+ Soft_I2C_Write (0x10 + b);
+
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(64);
+ return;
+}
+
+void oled_wr_str_s(char page, char col, char str[], char len) {
+ char i, h, g;
+ set_addressing (page, col);
+
+ for (i = 0; i < len; i++) {
+ g = str[i] - 32;
+ for (h = 0; h < 5; h++) {
+ Soft_I2C_Write(font_5x8[g*5+h]);
+ }
+ Soft_I2C_Write (0);
+ }
+ Soft_I2C_Stop ();
+ return;
+}
+
+
+void oled_wr_str (char page, char col, char str[], char leng ) {
+ char i, h, g, w1, w2;
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(64);
+
+ set_addressing (page, col);
+
+ for (i = 0; i < leng; i++) {
+ if (str[i] == 0) g = 0; else g = str[i] - 32;
+ for (h = 0; h <= 4; h++) {
+ w1 = font_5x8[g*5+h];
+ if(page != 2) {
+ w2.B7 = w1.B3;
+ w2.B6 = w1.B3;
+ w2.B5 = w1.B2;
+ w2.B4 = w1.B2;
+ w2.B3 = w1.B1;
+ w2.B2 = w1.B1;
+ w2.B1 = w1.B0;
+ w2.B0 = w1.B0; }
+ else {
+ w2.B7 = w1.B2;
+ w2.B6 = w1.B2;
+ w2.B5 = w1.B1;
+ w2.B4 = w1.B1;
+ w2.B3 = w1.B0;
+ w2.B2 = w1.B0;
+ w2.B1 = 0;
+ w2.B0 = 0;
+ }
+ Soft_I2C_Write(w2);
+ Soft_I2C_Write(w2);
+ }
+ Soft_I2C_Write (0);
+ Soft_I2C_Write (0);
+ }
+ set_addressing (page+1, col);
+
+ for (i = 0; i < leng; i++) {
+ if (str[i] == 0) g = 0; else g = str[i] - 32;
+ for (h = 0; h <= 4; h++) {
+ w1 = font_5x8[g*5+h];
+ if(page != 2) {
+ w2.B7 = w1.B7;
+ w2.B6 = w1.B7;
+ w2.B5 = w1.B6;
+ w2.B4 = w1.B6;
+ w2.B3 = w1.B5;
+ w2.B2 = w1.B5;
+ w2.B1 = w1.B4;
+ w2.B0 = w1.B4; }
+ else {
+ w2.B7 = w1.B6;
+ w2.B6 = w1.B6;
+ w2.B5 = w1.B5;
+ w2.B4 = w1.B5;
+ w2.B3 = w1.B4;
+ w2.B2 = w1.B4;
+ w2.B1 = w1.B3;
+ w2.B0 = w1.B3;
+ }
+ Soft_I2C_Write(w2);
+ Soft_I2C_Write(w2);
+ }
+ Soft_I2C_Write (0);
+ Soft_I2C_Write (0);
+ }
+ Soft_I2C_Stop ();
+}
+
+
+void oled_bat () {
+ char i, g;
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(64);
+
+
+ for(g=0; g<=3; g++) {
+ set_addressing (g, 115);
+ for(i=0; i<=10; i++) { Soft_I2C_Write(batt[g*11+i]); }
+ }
+ Soft_I2C_Stop ();
+ return;
+ }
+
+
+void oled_voltage(int Voltage) {
+ char i, v, u0, u1, u2, u3, m;
+ Soft_I2C_Start();
+ Soft_I2C_Write(oled_addr);
+ Soft_I2C_Write(64);
+
+ Voltage /= 10;
+ if(Voltage < 300) Voltage = 300;
+ else if(Voltage > 420) Voltage = 420;
+ Voltage = Voltage - 300;
+ Voltage = Voltage * 32;
+ v = Voltage / 120;
+
+
+ if(v >= 25) { u0 = v - 24; u1 = 8; u2 = 8; u3 = 8; }
+ else if(v >= 17) { u0 = 0; u1 = v - 16; u2 = 8; u3 = 8; }
+ else if(v >= 9 ) { u0 = 0; u1 = 0; u2 = v - 8; u3 = 8; }
+ else { u0 = 0; u1 = 0; u2 = 0; u3 = v ; }
+
+ m = 128;
+ m = 255 - (m >> (u0-1)) +1;
+ m = m | 0b00000011;
+ set_addressing (0, 119);
+ Soft_I2C_Write(m);
+ Soft_I2C_Write(m);
+ Soft_I2C_Write(m);
+ m = m | 0b00011111;
+ set_addressing (0, 117);
+ Soft_I2C_Write(m);
+ Soft_I2C_Write(m);
+ set_addressing (0, 122);
+ Soft_I2C_Write(m);
+ Soft_I2C_Write(m);
+
+ m = 128;
+ m = 255 - (m >> (u1-1)) + 1;
+ set_addressing (1, 117);
+ for(i=0; i<=6; i++) Soft_I2C_Write(m);
+
+ m = 128;
+ m = 255 - (m >> (u2-1)) + 1;
+ set_addressing (2, 117);
+ for(i=0; i<=6; i++) Soft_I2C_Write(m);
+
+ m = 128;
+ m = 255 - (m >> (u3-1)) +1;
+ m = m | 0b11000000;
+ set_addressing (3, 117);
+ for(i=0; i<=6; i++) Soft_I2C_Write(m);
+
+ Soft_I2C_Stop ();
+ return;
+}
diff --git a/Firmware/ATU-10_FW_13/oled_control.h b/Firmware/ATU-10_FW_13/oled_control.h
new file mode 100644
index 0000000..bffc79c
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.h
@@ -0,0 +1,69 @@
+#include  "font_5x8.h"
+
+static oled_addr = 0x78;
+static char shift_line = 64;  // shift the image down
+static char oled_shift = 2;  // shift the image left
+static char inversion = 1;
+//
+void oled_init (void);
+void oled_clear(void);
+void send_command (char);
+void set_addressing (char, char);
+void oled_wr_str_s(char, char, char*, char);
+void oled_wr_str(char, char, char*, char);
+void oled_bat (void);
+void oled_voltage (int);
+void oled_clear (void);
+
+//
+static const char  batt[] = {
+ 0B11111000,
+ 0B11111000,
+
+ 0B00011111,
+ 0B00011111,
+ 0B00000011,
+ 0B00000011,
+ 0B00000011,
+ 0B00011111,
+ 0B00011111,
+
+ 0B11111000,
+ 0B11111000,
+ //
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+ //
+ 0B11111111,
+ 0B11111111,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B00000000,
+ 0B11111111,
+ 0B11111111,
+ //
+ 0B11111111,
+ 0B11111111,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11000000,
+ 0B11111111,
+ 0B11111111
+ };
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/oled_control.h.ini b/Firmware/ATU-10_FW_13/oled_control.h.ini
new file mode 100644
index 0000000..ff713ba
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/oled_control.h.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=1
+Column=1
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/oled_control.mcl b/Firmware/ATU-10_FW_13/oled_control.mcl
new file mode 100644
index 0000000..6f3ef96
Binary files /dev/null and b/Firmware/ATU-10_FW_13/oled_control.mcl differ
diff --git a/Firmware/ATU-10_FW_13/pic_init.asm b/Firmware/ATU-10_FW_13/pic_init.asm
new file mode 100644
index 0000000..5c1a62a
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.asm
@@ -0,0 +1,124 @@
+
+_pic_init:
+
+;pic_init.c,5 :: 		void pic_init (void) {
+;pic_init.c,7 :: 		ANSELA = 0;         // all as digital
+	CLRF       ANSELA+0
+;pic_init.c,8 :: 		ANSELB = 0;         // all as digital
+	CLRF       ANSELB+0
+;pic_init.c,9 :: 		ANSB0_bit = 1;      // analog input
+	BSF        ANSB0_bit+0, BitPos(ANSB0_bit+0)
+;pic_init.c,10 :: 		ANSB1_bit = 1;      // analog input
+	BSF        ANSB1_bit+0, BitPos(ANSB1_bit+0)
+;pic_init.c,11 :: 		ANSB2_bit = 1;      // analog input
+	BSF        ANSB2_bit+0, BitPos(ANSB2_bit+0)
+;pic_init.c,12 :: 		ANSELC = 0;         // all as digital
+	CLRF       ANSELC+0
+;pic_init.c,13 :: 		ANSELE = 0;         // all as digital
+	CLRF       ANSELE+0
+;pic_init.c,14 :: 		ANSELD = 0;         // all as digital
+	CLRF       ANSELD+0
+;pic_init.c,16 :: 		C1ON_bit = 0;      // Disable comparators
+	BCF        C1ON_bit+0, BitPos(C1ON_bit+0)
+;pic_init.c,17 :: 		C2ON_bit = 0;
+	BCF        C2ON_bit+0, BitPos(C2ON_bit+0)
+;pic_init.c,19 :: 		PORTA = 0;
+	CLRF       PORTA+0
+;pic_init.c,20 :: 		PORTB = 0;
+	CLRF       PORTB+0
+;pic_init.c,21 :: 		PORTC = 0;
+	CLRF       PORTC+0
+;pic_init.c,22 :: 		PORTD = 0;
+	CLRF       PORTD+0
+;pic_init.c,23 :: 		PORTE = 0;
+	CLRF       PORTE+0
+;pic_init.c,24 :: 		LATA = 0b00000000;
+	CLRF       LATA+0
+;pic_init.c,25 :: 		LATB = 0b00000000;
+	CLRF       LATB+0
+;pic_init.c,26 :: 		LATC = 0b00010000;
+	MOVLW      16
+	MOVWF      LATC+0
+;pic_init.c,27 :: 		LATD = 0b00000110;
+	MOVLW      6
+	MOVWF      LATD+0
+;pic_init.c,28 :: 		LATE = 0b00000000;
+	CLRF       LATE+0
+;pic_init.c,29 :: 		TRISA = 0b00000000;
+	CLRF       TRISA+0
+;pic_init.c,30 :: 		TRISB = 0b00100111;
+	MOVLW      39
+	MOVWF      TRISB+0
+;pic_init.c,31 :: 		TRISC = 0b00000000;
+	CLRF       TRISC+0
+;pic_init.c,32 :: 		TRISD = 0b00000000;
+	CLRF       TRISD+0
+;pic_init.c,33 :: 		TRISE = 0b00000000;
+	CLRF       TRISE+0
+;pic_init.c,36 :: 		ODCA2_bit = 1;
+	BSF        ODCA2_bit+0, BitPos(ODCA2_bit+0)
+;pic_init.c,37 :: 		ODCA3_bit = 1;
+	BSF        ODCA3_bit+0, BitPos(ODCA3_bit+0)
+;pic_init.c,38 :: 		ODCD1_bit = 1;
+	BSF        ODCD1_bit+0, BitPos(ODCD1_bit+0)
+;pic_init.c,39 :: 		ODCD2_bit = 1;
+	BSF        ODCD2_bit+0, BitPos(ODCD2_bit+0)
+;pic_init.c,42 :: 		T0CS0_bit = 0; // Fosc/4
+	BCF        T0CS0_bit+0, BitPos(T0CS0_bit+0)
+;pic_init.c,43 :: 		T0CS1_bit = 1;
+	BSF        T0CS1_bit+0, BitPos(T0CS1_bit+0)
+;pic_init.c,44 :: 		T0CS2_bit = 0;
+	BCF        T0CS2_bit+0, BitPos(T0CS2_bit+0)
+;pic_init.c,45 :: 		T016BIT_bit = 1;
+	BSF        T016BIT_bit+0, BitPos(T016BIT_bit+0)
+;pic_init.c,46 :: 		TMR0L = 0xC0;   // 8_000 cycles to OF
+	MOVLW      192
+	MOVWF      TMR0L+0
+;pic_init.c,47 :: 		TMR0H = 0xE0;
+	MOVLW      224
+	MOVWF      TMR0H+0
+;pic_init.c,48 :: 		TMR0IF_bit = 0;
+	BCF        TMR0IF_bit+0, BitPos(TMR0IF_bit+0)
+;pic_init.c,49 :: 		T0EN_bit = 1;
+	BSF        T0EN_bit+0, BitPos(T0EN_bit+0)
+;pic_init.c,50 :: 		TMR0IE_bit = 1;
+	BSF        TMR0IE_bit+0, BitPos(TMR0IE_bit+0)
+;pic_init.c,53 :: 		PMD0 = 0b00011110; //
+	MOVLW      30
+	MOVWF      PMD0+0
+;pic_init.c,54 :: 		PMD1 = 0b11111110;
+	MOVLW      254
+	MOVWF      PMD1+0
+;pic_init.c,55 :: 		PMD2 = 0b01000111;
+	MOVLW      71
+	MOVWF      PMD2+0
+;pic_init.c,56 :: 		PMD3 = 0b01111111;
+	MOVLW      127
+	MOVWF      PMD3+0
+;pic_init.c,57 :: 		PMD4 = 0b1110111;
+	MOVLW      119
+	MOVWF      PMD4+0
+;pic_init.c,58 :: 		PMD5 = 0b11011111;
+	MOVLW      223
+	MOVWF      PMD5+0
+;pic_init.c,60 :: 		GIE_bit = 1;
+	BSF        GIE_bit+0, BitPos(GIE_bit+0)
+;pic_init.c,61 :: 		Delay_ms (100);
+	MOVLW      5
+	MOVWF      R11
+	MOVLW      15
+	MOVWF      R12
+	MOVLW      241
+	MOVWF      R13
+L_pic_init0:
+	DECFSZ     R13, 1
+	GOTO       L_pic_init0
+	DECFSZ     R12, 1
+	GOTO       L_pic_init0
+	DECFSZ     R11, 1
+	GOTO       L_pic_init0
+;pic_init.c,62 :: 		return;
+;pic_init.c,63 :: 		}
+L_end_pic_init:
+	RETURN
+; end of _pic_init
diff --git a/Firmware/ATU-10_FW_13/pic_init.c b/Firmware/ATU-10_FW_13/pic_init.c
new file mode 100644
index 0000000..9f4daa1
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.c
@@ -0,0 +1,63 @@
+// pic_init unit for Micro C PRO
+// David Fainitski for X-202 project
+// 2020
+
+void pic_init (void) {
+// ports initialisation
+  ANSELA = 0;         // all as digital
+  ANSELB = 0;         // all as digital
+  ANSB0_bit = 1;      // analog input
+  ANSB1_bit = 1;      // analog input
+  ANSB2_bit = 1;      // analog input
+  ANSELC = 0;         // all as digital
+  ANSELE = 0;         // all as digital
+  ANSELD = 0;         // all as digital
+
+  C1ON_bit = 0;      // Disable comparators
+  C2ON_bit = 0;
+
+  PORTA = 0;
+  PORTB = 0;
+  PORTC = 0;
+  PORTD = 0;
+  PORTE = 0;
+  LATA = 0b00000000;
+  LATB = 0b00000000;
+  LATC = 0b00010000;
+  LATD = 0b00000110;
+  LATE = 0b00000000;
+  TRISA = 0b00000000;
+  TRISB = 0b00100111;
+  TRISC = 0b00000000;
+  TRISD = 0b00000000;
+  TRISE = 0b00000000;
+
+  // open drains
+  ODCA2_bit = 1;
+  ODCA3_bit = 1;
+  ODCD1_bit = 1;
+  ODCD2_bit = 1;
+  
+  // Timer0 settings
+  T0CS0_bit = 0; // Fosc/4
+  T0CS1_bit = 1;
+  T0CS2_bit = 0;
+  T016BIT_bit = 1;
+  TMR0L = 0xC0;   // 8_000 cycles to OF
+  TMR0H = 0xE0;
+  TMR0IF_bit = 0;
+  T0EN_bit = 1;
+  TMR0IE_bit = 1;
+  
+  // Modules disable
+  PMD0 = 0b00011110; //
+  PMD1 = 0b11111110;
+  PMD2 = 0b01000111;
+  PMD3 = 0b01111111;
+  PMD4 = 0b1110111;
+  PMD5 = 0b11011111;
+  //interrupt setting
+  GIE_bit = 1;
+  Delay_ms (100);
+  return;
+}
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/pic_init.c.ini b/Firmware/ATU-10_FW_13/pic_init.c.ini
new file mode 100644
index 0000000..daf7780
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.c.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=46
+Column=23
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/pic_init.cp b/Firmware/ATU-10_FW_13/pic_init.cp
new file mode 100644
index 0000000..3b22daa
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.cp
@@ -0,0 +1,64 @@
+#line 1 "D:/Projects/ATU-10/Firmware_1.3/pic_init.c"
+
+
+
+
+void pic_init (void) {
+
+ ANSELA = 0;
+ ANSELB = 0;
+ ANSB0_bit = 1;
+ ANSB1_bit = 1;
+ ANSB2_bit = 1;
+ ANSELC = 0;
+ ANSELE = 0;
+ ANSELD = 0;
+
+ C1ON_bit = 0;
+ C2ON_bit = 0;
+
+ PORTA = 0;
+ PORTB = 0;
+ PORTC = 0;
+ PORTD = 0;
+ PORTE = 0;
+ LATA = 0b00000000;
+ LATB = 0b00000000;
+ LATC = 0b00010000;
+ LATD = 0b00000110;
+ LATE = 0b00000000;
+ TRISA = 0b00000000;
+ TRISB = 0b00100111;
+ TRISC = 0b00000000;
+ TRISD = 0b00000000;
+ TRISE = 0b00000000;
+
+
+ ODCA2_bit = 1;
+ ODCA3_bit = 1;
+ ODCD1_bit = 1;
+ ODCD2_bit = 1;
+
+
+ T0CS0_bit = 0;
+ T0CS1_bit = 1;
+ T0CS2_bit = 0;
+ T016BIT_bit = 1;
+ TMR0L = 0xC0;
+ TMR0H = 0xE0;
+ TMR0IF_bit = 0;
+ T0EN_bit = 1;
+ TMR0IE_bit = 1;
+
+
+ PMD0 = 0b00011110;
+ PMD1 = 0b11111110;
+ PMD2 = 0b01000111;
+ PMD3 = 0b01111111;
+ PMD4 = 0b1110111;
+ PMD5 = 0b11011111;
+
+ GIE_bit = 1;
+ Delay_ms (100);
+ return;
+}
diff --git a/Firmware/ATU-10_FW_13/pic_init.h b/Firmware/ATU-10_FW_13/pic_init.h
new file mode 100644
index 0000000..db8661b
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.h
@@ -0,0 +1,24 @@
+// Connections
+//
+#define GetButton     ~ PORTB.B5
+//
+sbit Red            at LATB4_bit;
+sbit Green          at LATB3_bit;
+sbit OLED_PWD       at LATA4_bit;
+sbit C_sw           at LATE0_bit;
+sbit L_010          at LATD7_bit;
+sbit L_022          at LATD6_bit;
+sbit L_045          at LATD5_bit;
+sbit L_100          at LATD4_bit;
+sbit L_220          at LATC7_bit;
+sbit L_450          at LATC6_bit;
+sbit L_1000         at LATC5_bit;
+sbit C_22           at LATA5_bit;
+sbit C_47           at LATE1_bit;
+sbit C_100          at LATA7_bit;
+sbit C_220          at LATA6_bit;
+sbit C_470          at LATC0_bit;
+sbit C_1000         at LATC1_bit;
+sbit C_2200         at LATC2_bit;
+sbit Rel_to_gnd     at LATD3_bit;
+sbit Rel_to_plus_N  at LATC4_bit;
\ No newline at end of file
diff --git a/Firmware/ATU-10_FW_13/pic_init.h.ini b/Firmware/ATU-10_FW_13/pic_init.h.ini
new file mode 100644
index 0000000..ff713ba
--- /dev/null
+++ b/Firmware/ATU-10_FW_13/pic_init.h.ini
@@ -0,0 +1,5 @@
+[Position]
+Line=1
+Column=1
+[FoldedLines]
+Count=0
diff --git a/Firmware/ATU-10_FW_13/pic_init.mcl b/Firmware/ATU-10_FW_13/pic_init.mcl
new file mode 100644
index 0000000..f49ecb8
Binary files /dev/null and b/Firmware/ATU-10_FW_13/pic_init.mcl differ
