Write a GUI-based program that allows the user to convert temperature values between degrees Fahrenheit and degrees Celsius. The interface should have labeled entry fields for these two values.These components should be arranged in a grid where the labels occupy the first row and the corresponding fields occupy the second row.At start-up, the Fahrenheit field should contain 32.0, and the Celsius field should contain 0.0.The third row in the window contains two command buttons, labeled >>>> and <<<<.When the user presses the first button, the program should use the data in the Celsius field to compute the Fahrenheit value, which should then be output to the Fahrenheit field.The second button should perform the inverse function. Python v1 from breezypythongui import EasyFrame23 class TemperatureConverter(EasyFrame):"""A termperature conversion program.45init_(self):"""Sets up the window and widgets.EasyFrame._init_(self, title = "Temperature Converter")defII II II9.# self.addLabel (Label for Celsius)# self.addLabel (Label for Fahrenheit)self.addLabel (textself.addLabel (text# self.celsiusField (Celsius field)# self.fahrField (Fahrenheit field)1011"Celcius", row=0, column=0)"Fahrenheit", row=0, column=1)12131415self.addFloatField(value=0.e, row=1, column=0)self.addFloatField(value=32.0, row=1, column=1)16self.CelciusField17self.FahrField =# self.addButton (Celsius button)# self.addButton (Fahrenheit button)self.addButton (text=">>>>", row=3, column=0, command=self.computeCelsius)self.addButton (text="<<<<", row=3, column=1, command=self.computeFahr)181920212223# The controller methodsdef computeFahr(self):"""Inputs the Celsius degreesand outputs the Fahrenheit degrees.celsius=self.CelciusField.getNumber()fahr = (celsius * (9/5)) + 32self.FahrField.setNumber (fahr)24II I252627282930def computeCelsius(self):"""Inputs the Fahrenheit degreesand outputs the Celsius degrees.'Fahr=self.FahrField.getNumber()cel = (Fahr - 32) / 1.8self.CelciusField.setNumber(cel)31323334353637pass3839 def main():II II"""Instantiate and pop up the window.""TemperatureConverter().mainloop()40414243 - ifmain_'name44main()456700 Programming Exercise 8.3Tasksbreezypythongui.pytemperatureconverter.Q Desktop2 File: temperatureconverter.pyProgram implements degree converterGUI.3 Project 8.30.00out of10.004 Temperature conversion between Fahrenheit and Celsius.Temperature Converter5 Illustrates the use of numeric data fields.CelciusFahrenheit</>(0)The GUI Tests check that the program0.032.0gracefully handles converting 30.0 Celsiuscorrectly into Fahrenheit and 68.0Fahrenheit into Celsius. Make sure yourprogram gracefully converts Celsius toFahrenheit and vice versa using the8 from breezypythongui import EasyFrame>>>><<<<910 class TemperatureConverter(EasyFrame):" "A termperature conversion program."1112correct math.13def --init_(self):"I"Sets up the window and widgets."""EasyFrame._init__(self, title = "Temperature Converter")14Checks1516GUI Test • Incomplete# self.addLabel (Label for Celsius)# self.addLabel (Label for Fahrenheit)self.addLabel (text = "Celcius", row=0, column=0)self.addLabel (text = "Fahrenheit", row=0, column=1)# self.celsiusField (Celsius field)# self.fahrField (Fahrenheit field)self.CelciusField = self. addFloatField(value=0.0, row=1, column=0)self.FahrField = self.addFloatField(value=32.0, row=1, column=1)# self.addButton (Celsius button)# self.addButton (Fahrenheit button)self. addButton (text=">>>>", row=3, column=0,command=self.computeCelsius)self.addButton (text="<<<<", row=3, column=1, command3self.computeFahr)1730 Celsius to Fahrenheit1819GUI Test • Incomplete2068 Fahrenheit to Celsius21222324252627282930# The controller methodsdef computeFahr (self):II I"Inputs the Celsius degrees313233and outputs the Fahrenheit degrees."""34celsius=self.CelciusField.getNumber ()

# importing the module breezypythongui from breezypythongui import EasyFrame class TemperatureConverter(EasyFrame): # setting up the window and widgets def __init__(self): EasyFrame.__init__(self, width="1000", title="Temperature Converter") # adding label "Celsius" self.addLabel(text="Celsius", row=0, column=0) # adding a float field for Celsius and storing the value in variable self.getInputCelsius = self.addFloatField(value=0.0, row=1, column=0) # adding label "Fahrenheit" self.addLabel(text="Fahrenheit", row=0, column=1) # adding a float field for Fahrenheit and storing the value in variable self.getInputFahrenheit = self.addFloatField(value=32.0, row=1, column=1) # adding buttons for conversion self.grp1 = self.addButton(text=">>>>", row=2, column=0, command=self.computeFahrenheit) self.grp2 = self.addButton(text="<<<<", row=2, column=1, command=self.computeCelsius) # function called on pressing ">>>>" button def computeFahrenheit(self): # getting the value from the float field "getInputCelsius" inputVal = self.getInputCelsius.getNumber() # calculating temperature in Fahrenheit op = 9.0/5.0 * inputVal + 32 # setting the temperature in "getInputFahrenheit" self.getInputFahrenheit.setValue(op) # function called on pressing "<<<<" button def computeCelsius(self): # getting the value from the float field "getInputFahrenheit" inputVal = self.getInputFahrenheit.getNumber() # calculating temperature in Celsius op = (inputVal - 32) * 5.0/9.0 # setting the temperature in "getInputCelsius" self.getInputCelsius.setValue(op) def main(): # this keeps the window from closing automatically TemperatureConverter().mainloop() if __name__ == "__main__": main()SCREENSHOTS: OUTPUT: At start-up: Entering 20 in the Celsius column: Entering 120 in Fahrenheit column: