kopia lustrzana https://github.com/fellesverkstedet/fabmodules
131 wiersze
6.0 KiB
Python
131 wiersze
6.0 KiB
Python
#
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# fab_mods.py
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# fab module definitions
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#
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# Neil Gershenfeld 9/1/13
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# (c) Massachusetts Institute of Technology 2013
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#
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# This work may be reproduced, modified, distributed,
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# performed, and displayed for any purpose, but must
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# acknowledge the fab modules project. Copyright is
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# retained and must be preserved. The work is provided
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# as is; no warranty is provided, and users accept all
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# liability.
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#
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# imports
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#
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import wx,sys,os
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#
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# set workflows
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#
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def set_workflows(frame,formats,workflows):
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frame.formats.Append("image (.png)")
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formats.append(".png")
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frame.formats.Append("volume (.gif)")
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formats.append(".gif")
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frame.formats.Append("mesh (.stl)")
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formats.append(".stl")
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frame.formats.Append("drawing (.svg)")
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formats.append(".svg")
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frame.formats.Append("program (.cad)")
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formats.append(".cad")
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frame.formats.Append("expression (.math)")
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formats.append(".math")
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#
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frame.processes.Append("image (.png)")
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workflows["image (.png) : image (.png)"] = "make_png_png"
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workflows["program (.cad) : image (.png)"] = "make_cad_png"
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workflows["mesh (.stl) : image (.png)"] = "make_stl_png"
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#
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frame.processes.Append("Encapsulated PostScript (.eps)")
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workflows["image (.png) : Encapsulated PostScript (.eps)"] = "make_png_eps"
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workflows["program (.cad) : Encapsulated PostScript (.eps)"] = "make_cad_eps"
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workflows["expression (.math) : Encapsulated PostScript (.eps)"] = "make_math_eps"
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frame.processes.Append("PostScript halftone (.eps)")
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workflows["image (.png) : PostScript halftone (.eps)"] = "make_png_eps_halftone"
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#
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frame.processes.Append("DXF (.dxf)")
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workflows["image (.png) : DXF (.dxf)"] = "make_png_dxf"
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workflows["program (.cad) : DXF (.dxf)"] = "make_cad_dxf"
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workflows["expression (.math) : DXF (.dxf)"] = "make_math_dxf"
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#
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frame.processes.Append("Gerber (.grb)")
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workflows["image (.png) : Gerber (.grb)"] = "make_png_grb"
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workflows["program (.cad) : Gerber (.grb)"] = "make_cad_grb"
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workflows["expression (.math) : Gerber (.grb)"] = "make_math_grb"
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#
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frame.processes.Append("Excellon (.drl)")
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workflows["image (.png) : Excellon (.drl)"] = "make_png_drl"
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workflows["program (.cad) : Excellon (.drl)"] = "make_cad_drl"
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workflows["expression (.math) : Excellon (.drl)"] = "make_math_drl"
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#
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frame.processes.Append("Epilog lasercutter (.epi)")
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workflows["image (.png) : Epilog lasercutter (.epi)"] = "make_png_epi"
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workflows["program (.cad) : Epilog lasercutter (.epi)"] = "make_cad_epi"
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workflows["expression (.math) : Epilog lasercutter (.epi)"] = "make_math_epi"
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workflows["drawing (.svg) : Epilog lasercutter (.epi)"] = "make_svg_epi"
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frame.processes.Append("Epilog halftone (.epi)")
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workflows["image (.png) : Epilog halftone (.epi)"] = "make_png_epi_halftone"
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#
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frame.processes.Append("Universal lasercutter (.uni)")
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workflows["image (.png) : Universal lasercutter (.uni)"] = "make_png_uni"
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workflows["program (.cad) : Universal lasercutter (.uni)"] = "make_cad_uni"
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workflows["expression (.math) : Universal lasercutter (.uni)"] = "make_math_uni"
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workflows["drawing (.svg) : Universal lasercutter (.uni)"] = "make_svg_uni"
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#
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frame.processes.Append("Universal halftone (.uni)")
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workflows["image (.png) : Universal halftone (.uni)"] = "make_png_uni_halftone"
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#
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frame.processes.Append("GCC lasercutter (.gcc)")
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workflows["image (.png) : GCC lasercutter (.gcc)"] = "make_png_gcc"
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workflows["drawing (.svg) : GCC lasercutter (.gcc)"] = "make_svg_gcc"
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#
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frame.processes.Append("Resonetics excimer (.oms)")
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workflows["image (.png) : Resonetics excimer (.oms)"] = "make_png_oms"
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workflows["drawing (.svg) : Resonetics excimer (.oms)"] = "make_svg_oms"
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#
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frame.processes.Append("Omax waterjet (.ord)")
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workflows["image (.png) : Omax waterjet (.ord)"] = "make_png_ord"
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workflows["program (.cad) : Omax waterjet (.ord)"] = "make_cad_ord"
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workflows["expression (.math) : Omax waterjet (.ord)"] = "make_math_ord"
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workflows["drawing (.svg) : Omax waterjet (.ord)"] = "make_svg_ord"
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#
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frame.processes.Append("mesh (.stl)")
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workflows["volume (.gif) : mesh (.stl)"] = "make_gif_stl"
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workflows["program (.cad) : mesh (.stl)"] = "make_cad_stl"
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workflows["expression (.math) : mesh (.stl)"] = "make_math_stl"
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#
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frame.processes.Append("Roland vinylcutter (.camm)")
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workflows["image (.png) : Roland vinylcutter (.camm)"] = "make_png_camm"
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workflows["program (.cad) : Roland vinylcutter (.camm)"] = "make_cad_camm"
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workflows["expression (.math) : Roland vinylcutter (.camm)"] = "make_math_camm"
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workflows["drawing (.svg) : Roland vinylcutter (.camm)"] = "make_svg_camm"
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#
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frame.processes.Append("Roland Modela (.rml)")
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workflows["image (.png) : Roland Modela (.rml)"] = "make_png_rml"
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workflows["program (.cad) : Roland Modela (.rml)"] = "make_cad_rml"
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workflows["expression (.math) : Roland Modela (.rml)"] = "make_math_rml"
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workflows["mesh (.stl) : Roland Modela (.rml)"] = "make_stl_rml"
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workflows["drawing (.svg) : Roland Modela (.rml)"] = "make_svg_rml"
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workflows["image (.png) : Roland Modela (.rml)"] = "make_png_rml"
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#
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frame.processes.Append("G-codes (.g)")
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workflows["image (.png) : G-codes (.g)"] = "make_png_g"
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workflows["program (.cad) : G-codes (.g)"] = "make_cad_g"
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workflows["expression (.math) : G-codes (.g)"] = "make_math_g"
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workflows["mesh (.stl) : G-codes (.g)"] = "make_stl_g"
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workflows["drawing (.svg) : G-codes (.g)"] = "make_svg_g"
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#
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frame.processes.Append("ShopBot (.sbp)")
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workflows["image (.png) : ShopBot (.sbp)"] = "make_png_sbp"
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workflows["program (.cad) : ShopBot (.sbp)"] = "make_cad_sbp"
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workflows["expression (.math) : ShopBot (.sbp)"] = "make_math_sbp"
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workflows["mesh (.stl) : ShopBot (.sbp)"] = "make_stl_sbp"
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workflows["drawing (.svg) : ShopBot (.sbp)"] = "make_svg_sbp"
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#
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frame.processes.Append("MTM Snap")
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workflows["image (.png) : MTM Snap"] = "make_png_snap"
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workflows["program (.cad) : MTM Snap"] = "make_cad_snap"
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workflows["mesh (.stl) : MTM Snap"] = "make_stl_snap"
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workflows["drawing (.svg) : MTM Snap"] = "make_svg_snap"
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