def OnClick(self, event):
""" Event bind to 'Generate' button """
#Validation
valid = self.validation()
if valid == True:
pass
else:
return None
pyplot.close("all")
filter_ = Filter(self.fp, self.fs, self.gpass, self.gstop, ftype=self.ftype, btype=self.btype)
filter_.step_response()
filter_.phase_response()
filter_.poles_zeros()
filter_.freq_response()
if self.ftype == "ellip":
pass
else:
ladder = LCladder(self.R1, self.R2, self.fp, self.fs, self.gpass, self.gstop, ftype=self.ftype, btype=self.btype)
if filter_.btype == "lowpass":
if self.R1 == self.R2:
lc_ladder_elements = ladder.load_matched()
else:
lc_ladder_elements = ladder.load_not_matched()
scheme = Scheme(self.R1, self.R2, filter_.ord)
scheme.design(lc_ladder_elements)
frame = wx.Frame(None, size=(scheme.img_size[0], 250))
panel = SchemePanel(frame)
frame.Show()
pyplot.show()
def OnClick(self, event):
""" Event bind to 'Generate' button """
# Validation
valid = self.validation()
if valid == True:
pass
else:
return None
pyplot.close("all")
filter_ = Filter(self.fp,
self.fs,
self.gpass,
self.gstop,
ftype=self.ftype,
btype=self.btype)
filter_.step_response()
filter_.phase_response()
filter_.poles_zeros()
filter_.freq_response()
if self.ftype == "ellip":
pass
else:
ladder = LCladder(self.R1,
self.R2,
self.fp,
self.fs,
self.gpass,
self.gstop,
ftype=self.ftype,
btype=self.btype)
if filter_.btype == "lowpass":
if self.R1 == self.R2:
lc_ladder_elements = ladder.load_matched()
else:
lc_ladder_elements = ladder.load_not_matched()
scheme = Scheme(self.R1, self.R2, filter_.ord)
scheme.design(lc_ladder_elements)
frame = wx.Frame(None, size=(scheme.img_size[0], 250))
panel = SchemePanel(frame)
frame.Show()
pyplot.show()
""" Private method. Add element picture to scheme """
if element == "cap":
element = self.cap_copy
element_label = "C" + str(m)
print self.lc_ladder_elements
element_label = element_label + "=" + str(self.lc_ladder_elements[element_label])
print element_label
pos = (self.width + 5, 150)
elif element == "coil":
element = self.coil_copy
element_label = "L" + str(m)
element_label = element_label + "=" + str(self.lc_ladder_elements[element_label])
print element_label
pos = (self.width, 35)
else:
raise Exception("Element not recognized!")
sys.exit(1)
self.img.paste(element, (self.width, 0))
self.width = self.width + self.element_size[0]
self.draw.text(pos, element_label, font=self.font, fill="black")
if __name__ == "__main__":
ladder = LCladder(1500.0, 222.0, 500, 700, 1.0, 20, 'butter', 'lowpass')
lc_ladder_elements = ladder.load_not_matched()
print lc_ladder_elements
scheme = Scheme(ladder.R1, ladder.R2, 7)
scheme.design(lc_ladder_elements)
element_label = "C" + str(m)
print(self.lc_ladder_elements)
element_label = element_label + "=" + str(
self.lc_ladder_elements[element_label])
print(element_label)
pos = (self.width + 5, 150)
elif element == "coil":
element = self.coil_copy
element_label = "L" + str(m)
element_label = element_label + "=" + str(
self.lc_ladder_elements[element_label])
print(element_label)
pos = (self.width, 35)
else:
raise Exception("Element not recognized!")
sys.exit(1)
self.img.paste(element, (self.width, 0))
self.width = self.width + self.element_size[0]
self.draw.text(pos, element_label, font=self.font, fill="black")
if __name__ == "__main__":
ladder = LCladder(1500.0, 222.0, 500, 700, 1.0, 20, 'butter', 'lowpass')
lc_ladder_elements = ladder.load_not_matched()
print(lc_ladder_elements)
scheme = Scheme(ladder.R1, ladder.R2, 7)
scheme.design(lc_ladder_elements)