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August 2, 2018 11:25
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This calculator has almost all important scientific and mathematical functions used in engineering.It has also an additional window for matrix multiplication
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| from tkinter import* | |
| from tkinter import ttk | |
| from PIL import ImageTk, Image | |
| import math | |
| import webbrowser | |
| import numpy as np | |
| def btntype(numop): | |
| global equation | |
| equation = equation + str(numop) | |
| text_Input.set(equation) | |
| def btnclrdisplay(): | |
| global equation | |
| equation = "" | |
| text_Input.set("") | |
| text_Input1.set("") | |
| def reciprocal(): | |
| global equation | |
| try: | |
| equation = 1/int(equation) | |
| text_Input1.set(equation) | |
| except ValueError: | |
| text_Input.set("(*_*) U forgot to enter a number first") | |
| def cuberoot(): | |
| global equation | |
| try: | |
| x = int(equation) | |
| if 0 <= x: | |
| text_Input1.set(x ** (1. / 3.)) | |
| else: | |
| text_Input1.set(-(-x) ** (1. / 3.)) | |
| except ValueError: | |
| text_Input.set("(*_*) U forgot to enter a number first") | |
| def btnequals(): | |
| global equation | |
| try: | |
| sumup = str(eval(equation)) | |
| text_Input1.set(sumup) | |
| except SyntaxError: | |
| text_Input.set("Math Error") | |
| except NameError: | |
| text_Input.set("NOT VALID...use ↑ button ") | |
| def up(): | |
| global equation | |
| equation = text_Input1.get() | |
| text_Input.set(equation) | |
| text_Input1.set("") | |
| def backspace(): | |
| global equation | |
| try: | |
| l = list(equation) | |
| l.pop() | |
| equation = ''.join(l) | |
| text_Input.set(equation) | |
| except IndexError: | |
| NONE | |
| def scient(t): | |
| global equation | |
| equation = txtDisplay.get() | |
| try: | |
| if t == 1: | |
| text_Input1.set(math.sqrt(float(equation))) | |
| elif t == 0: | |
| text_Input1.set(10**(float(equation))) | |
| elif t == 2: | |
| text_Input1.set(math.gamma(int(equation))) | |
| elif t == 3: | |
| text_Input1.set(math.factorial(int(equation))) | |
| elif t == 4: | |
| text_Input1.set(math.sin(float(equation))) | |
| elif t == 5: | |
| text_Input1.set(math.cos(float(equation))) | |
| elif t == 6: | |
| text_Input1.set(math.tan(float(equation))) | |
| elif t == 7: | |
| text_Input1.set(math.log(float(equation))) | |
| elif t == 8: | |
| text_Input1.set(math.log10(float(equation))) | |
| elif t == 9: | |
| text_Input1.set(math.log2(float(equation))) | |
| elif t == 10: | |
| text_Input1.set(math.asinh(float(equation))) | |
| elif t == 11: | |
| text_Input1.set(math.acosh(float(equation))) | |
| elif t == 12: | |
| text_Input1.set(math.atanh(float(equation))) | |
| elif t == 13: | |
| text_Input1.set(math.fabs(float(equation))) | |
| elif t == 14: | |
| text_Input1.set(math.sinh(float(equation))) | |
| elif t == 15: | |
| text_Input1.set(math.cosh(float(equation))) | |
| elif t == 16: | |
| text_Input1.set(math.tanh(float(equation))) | |
| elif t == 17: | |
| text_Input1.set(math.asin(float(equation))) | |
| elif t == 18: | |
| text_Input1.set(math.acos(float(equation))) | |
| elif t == 19: | |
| text_Input1.set(math.atan(float(equation))) | |
| elif t == 20: | |
| text_Input1.set(math.degrees(float(equation))) | |
| elif t == 21: | |
| text_Input1.set(math.radians(float(equation))) | |
| except ValueError: | |
| if t<=3 or t==7 or t==8 or t==9 or t==10 or t==13 or t==19: | |
| text_Input.set(" (*_*) U forgot to enter a number first ") | |
| elif t == 21: | |
| text_Input.set(" (+_+) enter the angle in degrees") | |
| elif t == 12: | |
| text_Input.set(" ('v') INVALID INPUT..Please enter a number in (-1,1)") | |
| elif t == 11: | |
| text_Input.set(" ('v') INVALID INPUT..Please enter a number in [1,inf)") | |
| elif t==17 or t==18: | |
| text_Input.set(" ('v') INVALID INPUT..Please enter a number in [1,-1]") | |
| else: | |
| text_Input.set(" (*v*) enter the angle in radians") | |
| def scient1(s): | |
| global equation, a | |
| try: | |
| a = equation.split(',') | |
| x = a[0] | |
| y = [i for i in a[1] if i.isdigit()] | |
| y = ''.join(y) | |
| if s == 0: | |
| text_Input1.set(math.log(float(x),float(y))) | |
| if s ==1: | |
| text_Input1.set(math.pow(float(x),float(y))) | |
| if s == 2: | |
| text_Input1.set(math.pow(float(x),(1/float(y)))) | |
| except IndexError: | |
| text_Input.set("First enter values of x and y in x,y format") | |
| def create_menuwindow(n): | |
| window = Toplevel(cal) | |
| if n == 1: | |
| gslabel = Label(window, text=f) | |
| gslabel.pack() | |
| if n == 2: | |
| abtlabel = Label(window, image=aboutphoto) | |
| abtlabel.pack() | |
| def createmat_window(): | |
| def option_select_m(event): | |
| global m | |
| m = int(m_var.get()) | |
| def option_select_n(event): | |
| global n | |
| n = int(n_var.get()) | |
| def option_select_p(event): | |
| global p | |
| p = int(p_var.get()) | |
| def option_select_q(event): | |
| global q | |
| q = int(q_var.get()) | |
| def entry(): | |
| global m, n, d, e | |
| nonlocal c, en, ent | |
| try: | |
| if c > 0: | |
| for x in range(d): | |
| en[x].destroy() | |
| for x in range(e): | |
| ent[x].destroy() | |
| c = 0 | |
| x = 0 | |
| d = m * n | |
| e = p * q | |
| for i in range(m): | |
| for j in range(n): | |
| if x < d: | |
| en.append("") | |
| en[x] = Text(frame2_l,height=2,width=4) # ,textvariable=ent['ent'+ str(x)]) | |
| en[x].grid(row=i, column=j) | |
| x += 1 | |
| x = 0 | |
| for i in range(p): | |
| for j in range(q): | |
| if x < e: | |
| ent.append("") | |
| ent[x] = Text(frame2_r,height=2,width=4) # ,textvariable=ent['ent'+ str(x)]) | |
| ent[x].grid(row=i, column=j) | |
| x += 1 | |
| c += 1 | |
| except NameError: | |
| resultl.config(text="First select rows and columns of\nmatrix A and matrix B ") | |
| def result(): | |
| global m,n,p,q,u,v,result, mt_a, mt_b | |
| try: | |
| mt_a = [en[x].get("1.0","end-1c") for x in range(d)] | |
| mt_b = [ent[x].get("1.0","end-1c") for x in range(e)] | |
| if n != p: | |
| resultl.config(text="Multiplication is not feasible\nMAT A columns and MAT B rows must be equal.") | |
| else: | |
| u = np.array(mt_a).reshape(m,n).astype(np.float) # for taking multiple inputs at the same time | |
| v = np.array(mt_b).reshape(p, q).astype(np.float) | |
| result = np.zeros([m, q]) | |
| for i in range(len(u)): | |
| for j in range(len(v[0])): | |
| for k in range(len(v)): | |
| result[i][j] += u[i][k] * v[k][j] | |
| a_s = np.array2string(result, precision=2, separator=', ', max_line_width=150) | |
| resultl.config(text=a_s[:]) | |
| except (NameError, IndexError, ValueError): | |
| resultl.config(text="First select rows and columns of\nmatrix A and matrix B\nand enter each element of the matrices ") | |
| mat = Toplevel(cal) | |
| mat.geometry('{}x{}'.format(800, 600)) | |
| mat.resizable(0,0) | |
| frame1 = Frame(mat,bg='steel blue',width=500,height=100) | |
| frame1.pack(fill=BOTH, expand=1) | |
| choices = ['Select',1, 2, 3, 4, 5, 6, 7] | |
| m=0 | |
| n=0 | |
| c=0 | |
| en = [] | |
| ent = [] | |
| row_a= Label(frame1, text='MAT A\nROWS',fg='white',bg='steel blue',font=1) | |
| row_a.pack(side=LEFT,padx=10,pady=10) | |
| pop1 = ttk.OptionMenu(frame1, m_var, *choices, command=option_select_m,) | |
| pop1.pack(side=LEFT) | |
| pop1.config(width=5) | |
| column_a = Label(frame1, text='MAT A\nCOLUMNS',fg='white',bg='steel blue',font=1) | |
| column_a.pack(side=LEFT,padx=10,pady=10) | |
| pop2 = ttk.OptionMenu(frame1, n_var, *choices, command=option_select_n) | |
| pop2.pack(side=LEFT) | |
| pop2.config(width=5) | |
| row_b = Label(frame1, text='MAT B\nROWS',fg='white',bg='steel blue',font=1) | |
| row_b.pack(side=LEFT,padx=10,pady=10) | |
| pop3 = ttk.OptionMenu(frame1, p_var, *choices, command=option_select_p) | |
| pop3.pack(side=LEFT) | |
| pop3.config(width=5) | |
| column_b = Label(frame1, text='MAT B\nCOLUMNS',fg='white',bg='steel blue',font=1) | |
| column_b.pack(side=LEFT,padx=10,pady=10) | |
| pop4 = ttk.OptionMenu(frame1, q_var, *choices, command=option_select_q) | |
| pop4.pack(side=LEFT) | |
| pop4.config(width=5) | |
| update_btn = Button(frame1, text="Enter numbers",fg='white',bg='#6a8b98',bd='5',font=1,padx=2,pady=2, command=entry) | |
| update_btn.pack(side=BOTTOM, padx=10, pady=10) | |
| frame2 = Frame(mat, bg='#c2bfba', width=600, height=300) | |
| frame2.pack(fill=BOTH, ) | |
| frame2_l = Frame(frame2, bg='#c2bfba', width=500, height=300) | |
| frame2_l.place(x=80,y=20) | |
| frame2_m = Frame(frame2, bg='#c2bfba', width=200, height=300) | |
| frame2_m.place(x=380,y=20) | |
| frame2_r = Frame(frame2, bg='#c2bfba', width=500, height=300) | |
| frame2_r.place(x=420,y=20) | |
| frame3 = Frame(mat, bg='#00a3aa', width=500, height=100) | |
| frame3.pack(fill=BOTH, expand=1) | |
| result_btn = Button(frame3,bg='#5a65ab',fg='white',bd=5, text="RESULT",font='bold', command=result) | |
| result_btn.pack() | |
| frame4 = Frame(mat, bg='#00a3aa', width=500, height=100) | |
| frame4.pack(fill=BOTH, expand=1) | |
| resultl = Label(frame4,bg='#00a3aa',bd=10,font=5) | |
| resultl.pack() | |
| resultl.config(height=20) | |
| frame5 = Frame(mat, bg='#00a3aa', width=500, height=30) | |
| frame5.pack(fill=BOTH, expand=1) | |
| cal = Tk() #TOP LEVEL WINDOW( ROOT_WINDOW ) | |
| cal.title("calculator") | |
| cal.resizable(0,0) | |
| equation = "" | |
| y = "" | |
| a = "" | |
| text_Input = StringVar() | |
| text_Input1 = StringVar() | |
| m_var = StringVar() #for matrix entry | |
| n_var = StringVar() | |
| p_var = StringVar() | |
| q_var = StringVar() | |
| v = IntVar() # for radiobutton | |
| f = open("gettingStarted.txt", "r").readlines() | |
| # f = list(filter(lambda x: x is not'{'or'}',f )) | |
| # f = str(f) | |
| # f.replace('{','') | |
| aboutphoto = ImageTk.PhotoImage(Image.open('flowers.jpg')) | |
| menu = Menu(cal) | |
| cal.config(menu=menu) | |
| hlpMenu = Menu(menu) | |
| menu.add_cascade(label="Help", menu=hlpMenu) | |
| hlpMenu.add_command(label="Getting Started",command=lambda:create_menuwindow(1)) | |
| hlpMenu.add_command(label="Report Problem",command=lambda: webbrowser.open_new(r"https://mail.google.com/mail/?view=cm&fs=1&to=singhanjalisingh93@gmail.com&su=Reporting a bug")) | |
| hlpMenu.add_command(label="About",command=lambda: create_menuwindow(2)) | |
| txtDisplay = Entry(cal, font=('arial', 18, 'bold'), textvariable=text_Input, bd=20, width=65, | |
| bg="turquoise1", justify='right') | |
| txtDisplay.grid(row=0,column=2,columnspan=20) | |
| txtDisplay1 = Entry(cal, font=('arial', 18, 'bold'), textvariable=text_Input1, bd=20, width=65, | |
| bg="steel blue", justify='right') | |
| txtDisplay1.grid(row=1,column=2,columnspan=20) | |
| rad2deg = Radiobutton(cal, text='degree', variable=v, value=1, command=lambda: scient(20)).grid(row=0,column=0) | |
| deg2rad = Radiobutton(cal, text='rad', variable=v, value=2, command=lambda: scient(21)).grid(row=0,column=1) | |
| up = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), # cal is master | |
| text=" ↑ ", bg="turquoise1", command=up).grid(row=1, columnspan=2,sticky='s') | |
| sinh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), # cal is master | |
| text=" sinh ", bg="honeydew3", command=lambda: scient(14)).grid(row=2, column=0) | |
| cosh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" cosh ", bg="honeydew3", command=lambda: scient(15)).grid(row=2, column=1) | |
| tanh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" tanh ", bg="honeydew3", command=lambda: scient(16)).grid(row=2, column=2) | |
| Exp = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" EXP ", bg="honeydew3", command=lambda: scient(0)).grid(row=2, column=3) | |
| lbrace = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ( ", bg="honeydew3", command=lambda: btntype('(')).grid(row=2, column=4) | |
| rbrace = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ) ", bg="honeydew3", command=lambda: btntype(')')).grid(row=2, column=5) | |
| btnbkspace = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="←", bg="honeydew3", command=backspace).grid(row=2, column=6) | |
| btnclear = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="C", bg="red", command=btnclrdisplay).grid(row=2, column=7) | |
| btnsqroot = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" 2√ ", bg="honeydew3", command=lambda: scient(1)).grid(row=2, column=10) | |
| btndecpoint = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=".", bg="honeydew3", command=lambda: btntype(".")).grid(row=2, column=8) | |
| btncomma = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ,", bg="honeydew3", command=lambda: btntype(',')).grid(row=2, column=9) | |
| btnasnh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="asinh ", bg="honeydew3", command=lambda: scient(10)).grid(row=3, column=0) | |
| btnacsh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="acosh ", bg="honeydew3", command=lambda: scient(11)).grid(row=3, column=1) | |
| btnatanh = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="atanh ", bg="honeydew3", command=lambda: scient(12)).grid(row=3, column=2) | |
| btnln = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ln ", bg="honeydew3", command=lambda: scient(7)).grid(row=3, column=3) | |
| btnlog = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="log ", bg="honeydew3", command=lambda: scient(8)).grid(row=3, column=4) | |
| btnlog2 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="log2x", bg="honeydew3", command=lambda: scient(9)).grid(row=3, column=5) | |
| btn7 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="7", bg="honeydew3", command=lambda: btntype(7)).grid(row=3, column=6) | |
| btn8 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="8", bg="honeydew3", command=lambda: btntype(8)).grid(row=3, column=7) | |
| btn9 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="9", bg="honeydew3", command=lambda: btntype(9)).grid(row=3, column=8) | |
| Addition = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="+", bg="honeydew3", command=lambda: btntype("+")).grid(row=3, column=9) | |
| btnrem = Button(cal, padx=16, bd=8, fg="black",font=('arial',15, 'bold'), | |
| text=" % ", bg="honeydew3", command=lambda: btntype("%")).grid(row=3, column=10) | |
| btnpi = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" π ", bg="honeydew3", command=lambda: btntype(math.pi)).grid(row=4, column=0) | |
| btne = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" e ", bg="honeydew3", command=lambda: btntype(math.e)).grid(row=4, column=1) | |
| fact = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" n! ", bg="honeydew3", command=lambda: scient(3)).grid(row=4, column=2) | |
| btnlyx = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="logxbasey", bg="honeydew3", command=lambda: [btntype("(logxbasey)"),scient1(0)]).grid(row=4, column=3) | |
| btnepx = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="e^x", bg="honeydew3", command=lambda: scient(3)).grid(row=4, column=4) | |
| btn10px = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" 10^x", bg="honeydew3", command=lambda: scient(3)).grid(row=4, column=5) | |
| btn4 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="4", bg="honeydew3", command=lambda: btntype(4)).grid(row=4, column=6) | |
| btn5 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="5", bg="honeydew3", command=lambda: btntype(5)).grid(row=4, column=7) | |
| btn6 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="6", bg="honeydew3", command=lambda: btntype(6)).grid(row=4, column=8) | |
| Substraction = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="-", bg="honeydew3", command=lambda: btntype("-")).grid(row=4, column=9) | |
| btnreciproc = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" 1/x ", bg="honeydew3", command=reciprocal).grid(row=4, column=10) | |
| btnsin = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" sin ", bg="honeydew3", command=lambda: scient(4)).grid(row=5, column=0) | |
| btncos = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" cos ", bg="honeydew3", command=lambda: scient(5)).grid(row=5, column=1) | |
| btntan = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" tan ", bg="honeydew3", command=lambda: scient(6)).grid(row=5, column=2) | |
| btnxpy = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" x^y ", bg="honeydew3", command=lambda: [btntype('(x^y)'),scient1(1)]).grid(row=5, column=3) | |
| btnxp3 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ^3 ", bg="honeydew3", command=lambda: btntype("**3")).grid(row=5, column=4) | |
| btnsquare = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" ^2 ", bg="honeydew3", command=lambda: btntype("**2")).grid(row=5, column=5) | |
| btn1 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="1", bg="honeydew3", command=lambda: btntype(1)).grid(row=5, column=6) | |
| btn2 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="2", bg="honeydew3", command=lambda: btntype(2)).grid(row=5, column=7) | |
| btn3 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="3", bg="honeydew3", command=lambda: btntype(3)).grid(row=5, column=8) | |
| Multiplication = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="*", bg="honeydew3", command=lambda: btntype("*")).grid(row=5, column=9) | |
| Matrix = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="MAT", bg="honeydew3", command=createmat_window) | |
| Matrix.grid(row=5, column=10) | |
| arcsin = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="arcsin", bg="honeydew3", command=lambda: scient(17)).grid(row=6, column=0) | |
| arccos = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="arccos", bg="honeydew3", command=lambda: scient(18)).grid(row=6, column=1) | |
| arctan = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="arctan", bg="honeydew3", command=lambda: scient(19)).grid(row=6, column=2) | |
| yroot = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" y√x ", bg="honeydew3", command=lambda: [btntype('(xrooty)'),scient1(2)]).grid(row=6, column=3) | |
| cuberoot = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" 3√ ", bg="honeydew3", command=cuberoot).grid(row=6, column=4) | |
| mod = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" |x| ", bg="honeydew3", command=lambda: scient(13)).grid(row=6, column=5) | |
| btneq = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="=", bg="#53ea5e", command=btnequals).grid(row=6, column=6,columnspan=2,sticky='ew') | |
| btn0 = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="0", bg="honeydew3", command=lambda: btntype(0)).grid(row=6, column=8) | |
| Division = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text="/", bg="honeydew3", command=lambda: btntype("/")).grid(row=6, column=9) | |
| btngamma = Button(cal, padx=16, bd=8, fg="black", font=('arial', 15, 'bold'), | |
| text=" Γ ", bg="honeydew3", command=lambda: scient(2)).grid(row=6, column=10) | |
| cal.mainloop() # application entered in infinite loop |
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