i need help completing my code in python  from graphics import * def main(): win = GraphWin("math",300,300) win.setCoords(0,0 , 10, 10) win.setBackground(color_rgb(204,236,255)) xtext = Text(Point(3,8),'X') xtext.setSize(18) xtext.draw(win) ytext = Text(Point(3,7),'Y') ytext.setSize(18) ytext.draw(win) ftext = Text(Point(3,6),'f(x,y)') ftext.setSize(18) ftext.draw(win) color=Rectangle(Point(3,1),Point(7,3)) color.setFill(color_rgb(0,191,255)) color.draw(win) text = Text(Point(5,2),"OK") text.draw(win) outputtext = Text(Point(5,4), "x + y = 3") outputtext.setSize(18) outputtext.draw(win) #get inputs box1 = Entry(Point(6,8), 10) box1.setFill("white") box1.setText("1") box2 = Entry(Point(6,7), 10) box2.setFill("white") box2.setText('2') box3 = Entry(Point(6,6), 10) box3.setText("x + y") box3.setFill("white") box1.draw(win) box2.draw(win) box3.draw(win) #exports inputs for j in range(0): Xinput= input(box1) Yinput= input(box2) Finput= input(box3) for i in range(0): if True: xnum = float(box1.getText()) ynum = float(box2.getText()) fnum = box3.getText() elif True: z = eval(fnum) outputtext.setText(z) win.getMouse() main() 

Paragrap Styles (b) (20 poirts) Develop a Python program (called math_gui.py that allows a user to compute simple functions of two variables (x and y) in a graphical user interface. Upon completion, your program should look like X 1000 f(x,y) y10 xy-3 xIy-10 y -210.0 OK OK default state the user can edit the inputs! The program has already been started for you. Ifyou run the initial code, the interface is clearly missing several elements (see below) f(x.y) Paragrap Styles (b) (20 poirts) Develop a Python program (called math_gui.py that allows a user to compute simple functions of two variables (x and y) in a graphical user interface. Upon completion, your program should look like X 1000 f(x,y) y10 xy-3 xIy-10 y -210.0 OK OK default state the user can edit the inputs! The program has already been started for you. Ifyou run the initial code, the interface is clearly missing several elements (see below) f(x.y)