wxPython色环电阻计算器

Python  /  管理员 发布于 7年前   236

本文实例为大家分享了wxPython色环电阻计算器的具体代码，供大家参考，具体内容如下

import wx # 导入wxPythonclass MyFrame(wx.Frame): def __init__(self,parent,id):  wx.Frame.__init__(self, parent, id, "色环电阻计算器2.0",size=(600,450))  self.panel = wx.Panel(self) # 创建画板(设置程序标题，大小)  self.font1 = wx.Font(20,wx.DEFAULT,wx.FONTSTYLE_NORMAL,wx.NORMAL,faceName="黑体")  self.font2 = wx.Font(16,wx.DEFAULT,wx.FONTSTYLE_NORMAL,wx.NORMAL,faceName="黑体")  self.choices = ['黑', '棕', '红', '橙', '黄', '绿', '蓝', '紫', '灰', '白', '金', '银']  self.choices2 = ['黑', '棕', '红', '绿', '蓝', '紫', '灰', '金', '银']  self.choices3 = ['black','brown','red','coral','yellow','green','blue','purple','grey','white','gold','light grey']  self.choices4 = ['black','brown','red','green','blue','purple','grey','gold','light grey']  self.error_code = ['20', '1', '2', '0.5', '0.25', '0.1', '0.05', '5', '10']  self.IsFive = True  self.Init_Panel() def Init_Panel(self):  self.Create_display_part()  self.Create_resistant()  self.bt_change = wx.Button(self.panel, label='切换为4色环', pos=(400, 250), size=(150, 50))  self.bt_change.SetFont(self.font2)  self.bt_change.Bind(wx.EVT_BUTTON, self.Event_Change)  self.Create_display5() def Event_Change(self,event):  self.radiobox1.Destroy()  self.radiobox2.Destroy()  self.radiobox3.Destroy()  self.radiobox4.Destroy()  self.colour_1.Destroy()  self.colour_2.Destroy()  self.colour_3.Destroy()  self.colour_4.Destroy()  if self.IsFive == True:   self.bt_change.SetLabel('切换为5色环')   self.radiobox5.Destroy()   self.colour_5.Destroy()   self.Create_display4()   self.IsFive = False  else:   self.bt_change.SetLabel('切换为4色环')   self.Create_display5()   self.IsFive = True def Event_radiobox(self,event):  self.colour_1.Destroy()  self.colour_2.Destroy()  self.colour_3.Destroy()  self.colour_4.Destroy()  one = self.radiobox1.GetSelection()  two = self.radiobox2.GetSelection()  three = self.radiobox3.GetSelection()  four = self.radiobox4.GetSelection()  if self.IsFive == True:   self.colour_5.Destroy()   five = self.radiobox5.GetSelection()   if four > 9:    temp = 9 - four   else:    temp = four   result = (one * 100 + two * 10 + three) * (pow(10, temp))   error = self.error_code[five]   self.display(result, error)   self.colour_1 = self.Create_Colourbar(200, self.choices3[one])   self.colour_2 = self.Create_Colourbar(240, self.choices3[two])   self.colour_3 = self.Create_Colourbar(280, self.choices3[three])   self.colour_4 = self.Create_Colourbar(320, self.choices3[four])   self.colour_5 = self.Create_Colourbar(360, self.choices4[five])  else:   if three > 8:    temp = 8 - three   else:    temp = three + 1   result = (one * 10 + two) * (pow(10, temp))   error = self.error_code[four]   self.display(result, error)   self.colour_1 = self.Create_Colourbar(200, self.choices3[one])   self.colour_2 = self.Create_Colourbar(250, self.choices3[two])   self.colour_3 = self.Create_Colourbar(300, self.choices3[three + 1])   self.colour_4 = self.Create_Colourbar(350, self.choices4[four]) def Create_display_part(self):  label_resistance = wx.StaticText(self.panel, label="阻值：",pos=(400,25))  label_error = wx.StaticText(self.panel, label="误差：±",pos=(400,125))  label_percentage = wx.StaticText(self.panel, label="%",pos=(520,150))  self.label_ohm = wx.StaticText(self.panel, label="Ω", pos=(520, 50))  self.text_resistance = wx.TextCtrl(self.panel, value='0.00',pos=(400, 50), style=wx.TE_RIGHT | wx.TE_READONLY)  self.text_error = wx.TextCtrl(self.panel, value='20',pos=(400, 150), style=wx.TE_RIGHT | wx.TE_READONLY)  label_resistance.SetFont(self.font2)  label_error.SetFont(self.font2)  label_percentage.SetFont(self.font2)  self.label_ohm.SetFont(self.font2)  self.text_resistance.SetFont(self.font2)  self.text_error.SetFont(self.font2)  self.text_resistance.SetBackgroundColour('white')  self.text_error.SetBackgroundColour('white') def Create_resistant(self):  body = wx.StaticText(self.panel, pos=(170, 330), size=(240, 50))  body.SetBackgroundColour('light blue')  left_pin = wx.StaticText(self.panel, pos=(20, 350), size=(150, 5))  left_pin.SetBackgroundColour('white')  right_pin = wx.StaticText(self.panel, pos=(410, 350), size=(150, 5))  right_pin.SetBackgroundColour('white') def Create_display4(self):  self.radiobox1 = self.Create_radiobox('1',0,self.choices[:-2])  self.radiobox2 = self.Create_radiobox('2',100, self.choices[:-2])  self.radiobox3 = self.Create_radiobox('3',200, self.choices[1:])  self.radiobox4 = self.Create_radiobox('4',300, self.choices2)  self.colour_1 = self.Create_Colourbar(200,'black')  self.colour_2 = self.Create_Colourbar(250,'black')  self.colour_3 = self.Create_Colourbar(300,'brown')  self.colour_4 = self.Create_Colourbar(350,'black') def Create_display5(self):  self.radiobox1 = self.Create_radiobox('1', 0, self.choices[:-2])  self.radiobox2 = self.Create_radiobox('2', 75, self.choices[:-2])  self.radiobox3 = self.Create_radiobox('3', 150, self.choices[:-2])  self.radiobox4 = self.Create_radiobox('4', 225, self.choices)  self.radiobox5 = self.Create_radiobox('5', 300, self.choices2)  self.colour_1 = self.Create_Colourbar(200, 'black')  self.colour_2 = self.Create_Colourbar(240, 'black')  self.colour_3 = self.Create_Colourbar(280, 'black')  self.colour_4 = self.Create_Colourbar(320, 'black')  self.colour_5 = self.Create_Colourbar(360, 'black') def Create_radiobox(self, label_num, abscissa, choices):  label = '第' + label_num + '位'  pos = (abscissa,0)  radiobox = wx.RadioBox(self.panel, -1, label, pos, choices=choices, majorDimension=1)  radiobox.Bind(wx.EVT_RADIOBOX, self.Event_radiobox)  return radiobox def Create_Colourbar(self,abscissa,colour):  pos = (abscissa,330)  colour_bar = wx.StaticText(self.panel,pos=pos, size=(30, 50))  colour_bar.SetBackgroundColour(colour)  return colour_bar def display(self,a,b):  if a>=1000000:   a="%.2f"%(a/1000000)   self.label_ohm.SetLabel('MΩ')  elif 1000<=a<=1000000:   a="%.2f"%(a/1000)   self.label_ohm.SetLabel('KΩ')  else:   a="%.2f"%(a)   self.label_ohm.SetLabel('Ω')  self.text_resistance.SetValue(a)  self.text_error.SetValue(b)if __name__ =='__main__': app = wx.App() myframe = MyFrame(None,-1) myframe.Show() app.MainLoop()

以上就是本文的全部内容，希望对大家的学习有所帮助，也希望大家多多支持。