kopia lustrzana https://github.com/NanoVNA-Saver/nanovna-saver
Loading of RFSim files. Some crashes fixed when using simulated data, some still left.
rodzic
9c0eccea12
commit
b862c148a8
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@ -410,8 +410,8 @@ class FrequencyChart(Chart):
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qp.drawLine(int(x) - 3, int(y) - 3, int(x) + 3, int(y) - 3)
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qp.drawLine(int(x) - 3, int(y) - 3, int(x) + 3, int(y) - 3)
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def isPlotable(self, x, y):
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def isPlotable(self, x, y):
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return self.leftMargin < x <= self.leftMargin + self.chartWidth and \
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return self.leftMargin <= x <= self.leftMargin + self.chartWidth and \
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self.topMargin < y <= self.topMargin + self.chartHeight
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self.topMargin <= y <= self.topMargin + self.chartHeight
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def getPlotable(self, x, y, distantx, distanty):
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def getPlotable(self, x, y, distantx, distanty):
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p1 = np.array([x, y])
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p1 = np.array([x, y])
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@ -190,7 +190,8 @@ class Marker(QtCore.QObject):
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self.impedance_label.setText(str(re50) + im50str)
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self.impedance_label.setText(str(re50) + im50str)
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self.parallel_r_label.setText(str(rp) + " \N{OHM SIGN}")
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self.parallel_r_label.setText(str(rp) + " \N{OHM SIGN}")
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self.parallel_x_label.setText(xpstr)
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self.parallel_x_label.setText(xpstr)
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self.returnloss_label.setText(str(round(20 * math.log10((vswr - 1) / (vswr + 1)), 3)) + " dB")
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#self.returnloss_label.setText(str(round(20 * math.log10((vswr - 1) / (vswr + 1)), 3)) + " dB")
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self.returnloss_label.setText(str(round(NanoVNASaver.gain(s11data[self.location]), 3)) + " dB")
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capacitance = NanoVNASaver.capacitanceEquivalent(im50, s11data[self.location].freq)
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capacitance = NanoVNASaver.capacitanceEquivalent(im50, s11data[self.location].freq)
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inductance = NanoVNASaver.inductanceEquivalent(im50, s11data[self.location].freq)
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inductance = NanoVNASaver.inductanceEquivalent(im50, s11data[self.location].freq)
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self.inductance_label.setText(inductance)
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self.inductance_label.setText(inductance)
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@ -204,6 +205,6 @@ class Marker(QtCore.QObject):
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str(round(PhaseChart.angle(s11data[self.location]), 2)) + "\N{DEGREE SIGN}")
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str(round(PhaseChart.angle(s11data[self.location]), 2)) + "\N{DEGREE SIGN}")
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if len(s21data) == len(s11data):
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if len(s21data) == len(s11data):
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_, _, vswr = NanoVNASaver.vswr(s21data[self.location])
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_, _, vswr = NanoVNASaver.vswr(s21data[self.location])
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self.gain_label.setText(str(round(20 * math.log10((vswr - 1) / (vswr + 1)), 3)) + " dB")
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self.gain_label.setText(str(round(NanoVNASaver.gain(s21data[self.location]), 3)) + " dB")
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self.s21_phase_label.setText(
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self.s21_phase_label.setText(
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str(round(PhaseChart.angle(s21data[self.location]), 2)) + "\N{DEGREE SIGN}")
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str(round(PhaseChart.angle(s21data[self.location]), 2)) + "\N{DEGREE SIGN}")
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@ -742,7 +742,11 @@ class NanoVNASaver(QtWidgets.QWidget):
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if minVSWRfreq > -1:
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if minVSWRfreq > -1:
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self.s11_min_swr_label.setText(str(round(minVSWR, 3)) + " @ " + self.formatFrequency(minVSWRfreq))
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self.s11_min_swr_label.setText(str(round(minVSWR, 3)) + " @ " + self.formatFrequency(minVSWRfreq))
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self.s11_min_rl_label.setText(str(round(20*math.log10((minVSWR-1)/(minVSWR+1)), 3)) + " dB")
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if minVSWR > 1:
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self.s11_min_rl_label.setText(str(round(20*math.log10((minVSWR-1)/(minVSWR+1)), 3)) + " dB")
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else:
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# Infinite return loss?
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self.s11_min_rl_label.setText("\N{INFINITY} dB")
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else:
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else:
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self.s11_min_swr_label.setText("")
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self.s11_min_swr_label.setText("")
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self.s11_min_rl_label.setText("")
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self.s11_min_rl_label.setText("")
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@ -774,9 +778,11 @@ class NanoVNASaver(QtWidgets.QWidget):
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@staticmethod
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@staticmethod
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def vswr(data: Datapoint):
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def vswr(data: Datapoint):
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re50, im50 = NanoVNASaver.normalize50(data)
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re50, im50 = NanoVNASaver.normalize50(data)
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mag = math.sqrt((re50 - 50) * (re50 - 50) + im50 * im50) / math.sqrt((re50 + 50) * (re50 + 50) + im50 * im50)
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try:
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# mag = math.sqrt(re * re + im * im) # Is this even right?
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mag = math.sqrt((re50 - 50) * (re50 - 50) + im50 * im50) / math.sqrt((re50 + 50) * (re50 + 50) + im50 * im50)
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vswr = (1 + mag) / (1 - mag)
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vswr = (1 + mag) / (1 - mag)
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except ZeroDivisionError as e:
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vswr = 1
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return im50, re50, vswr
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return im50, re50, vswr
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@staticmethod
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@staticmethod
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@ -822,7 +828,10 @@ class NanoVNASaver(QtWidgets.QWidget):
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# Calculate the gain / reflection coefficient
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# Calculate the gain / reflection coefficient
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mag = math.sqrt((re50 - 50) * (re50 - 50) + im50 * im50) / math.sqrt(
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mag = math.sqrt((re50 - 50) * (re50 - 50) + im50 * im50) / math.sqrt(
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(re50 + 50) * (re50 + 50) + im50 * im50)
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(re50 + 50) * (re50 + 50) + im50 * im50)
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return 20 * math.log10(mag)
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if mag > 0:
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return 20 * math.log10(mag)
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else:
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return 0
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@staticmethod
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@staticmethod
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def normalize50(data):
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def normalize50(data):
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@ -53,7 +53,7 @@ class Touchstone:
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logger.info(line)
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logger.info(line)
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continue
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continue
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if line.startswith("#") and not parsed_header:
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if line.startswith("#") and not parsed_header:
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pattern = "^# (.?HZ) S RI R 50$"
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pattern = "^# (.?HZ) (S )?RI( R 50)?$"
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match = re.match(pattern, line.upper())
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match = re.match(pattern, line.upper())
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if match:
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if match:
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logger.debug("Found header for RealImaginary and %s", match.group(1))
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logger.debug("Found header for RealImaginary and %s", match.group(1))
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@ -72,7 +72,7 @@ class Touchstone:
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factor = 10**9 # Default Touchstone frequency unit is GHz
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factor = 10**9 # Default Touchstone frequency unit is GHz
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continue
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continue
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pattern = "^# (.?HZ) S MA R 50$"
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pattern = "^# (.?HZ) (S )?MA( R 50)?$"
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match = re.match(pattern, line.upper())
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match = re.match(pattern, line.upper())
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if match:
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if match:
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logger.debug("Found header for MagnitudeAngle and %s", match.group(1))
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logger.debug("Found header for MagnitudeAngle and %s", match.group(1))
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