Advanced Calculator - Python tkinter GUI application - Mini projects

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from tkinter import *

from tkinter import ttk

from ttkbootstrap import Style

import math

window=Tk()

window.geometry("600x550+350+150")

window.resizable(FALSE,FALSE)

window.title("AdvCalc")

style=Style(theme="lumen")

style.configure('custom.TButton', background='yellow')

window = style.master


#titleimage=PhotoImage(file="photo/titlesym.png")

#window.iconphoto(False,titleimage)

tabs=ttk.Notebook(window,width=500,height=500)

tabs.pack(fill=BOTH,expand=TRUE)

tab1=Frame(tabs)

tab2=Frame(tabs)

tabs.add(tab1,text="Simple Calculator")

tabs.add(tab2,text="Advanced Calculator")


####################simple calculator#############

#####################ENTRY#################

entry=Entry(window,font=("verdana 14 bold"),width=28,bd=10,justify=RIGHT)

entry.insert(0,'O')

entry.place(x=90,y=60)

entry.config(state="normal")

entry1=Entry(tab2,font=("verdana 14 bold"),width=22,bd=10,justify=RIGHT)

entry1.insert(0,'O')

#entry1.pack(side=BOTTOM)

####################FUNCTIONS

temp=''

indicate=0

def numfun(x):

    global indicate

    global temp

    if x==10:

        indicate = 1

        x="("

        temp=""

    if x == 11:

        x = ")"

        indicate = 1

        temp =""

    if indicate==1:

        if entry.get() == "O":

            entry.delete(0, END)

            entry1.delete(0, END)

            temp = temp + x

            entry.insert(0, x)

            entry1.insert(0,x)


        else:

            entry.insert(END, x)

            entry1.insert(END,x)


    elif indicate != 1:

        if entry.get() == "O":

            entry.delete(0, END)

            entry1.delete(0, END)

            entry.insert(0, x)

            entry1.insert(0, x)


        else:

            entry.insert(END, x)

            entry1.insert(END, x)

    else:

        pass

    if x == 11:

        x = ")"

        indicate = 0

        temp = ''

def opfun(x):

    if entry.get()!="O":

        entry.insert(END,opbut[x]["text"])

        entry1.insert(END,opbut[x]["text"])


def clearfun():

    entry.delete(0,END)

    entry1.delete(0,END)

    entry.insert(0,"O")

    entry1.insert(0,"O")

displaylist=[]

def equalfun():


    content=entry.get()

    content1=entry1.get()

    result=eval(content1)

    result=round(result,2)

    #print(result)

    #print("content1",content1)

    entry.delete(0,END)

    entry.insert(0,result)

    displaylist.append(content)

    displaylist.reverse()

    history.config(text="History : "+"|".join(displaylist[0:5]))


def deletefun():

    length=len(entry.get())

    if length==1:

        entry.delete(0,END)

        entry1.delete(0,END)

        entry.insert(0,"O")

        entry1.insert(0,"O")

    else:

        entry.delete(length-1,END)

        entry1.delete(length-1,END)

    if entry1.get()=="math.":

        entry1.delete(-4,END)


def trigfun(x):

    global y

    if x==0:

        x="sin"

        y="math.sin"

    elif x==1:

        x="cos"

        y = "math.cos"

    elif x==2:

        x="tan"

        y = "math.tan"

    elif x==3:

        x="rad"

        y = "math.radians"

    elif x==4:

        x="log"

        y = "math.log"

    elif x==5:

        x="fact"

        y = "math.factorial"

    if entry.get()=="O":

        entry.delete(0,END)

        entry1.delete(0,END)

        entry.insert(0,x)

        entry1.insert(0,y)

    else:

        entry.insert(END,x)

        entry1.insert(END,y)


def invtrigfun(x):

    global y

    if x==0:

        x="sin^-1"

        y="math.asin"

    if x==1:

        x="cos^-1"

        y="math.acos"

    if x==2:

        x="tan^-1"

        y="math.atan"

    if entry.get()=="O":

        entry.delete(0,END)

        entry1.delete(0,END)

        entry.insert(0,x)

        entry1.insert(0,y)

    else:

        entry.insert(END,x)

        entry1.insert(END,y)


def hyptrigfun(x):

    global y

    if x==0:

        x="sinh"

        y="math.sinh"

    if x==1:

        x="cosh"

        y="math.cosh"

    if x==2:

        x="tanh"

        y="math.tanh"

    if entry.get()=="O":

        entry.delete(0,END)

        entry1.delete(0,END)

        entry.insert(0,x)

        entry1.insert(0,y)

    else:

        entry.insert(END,x)

        entry1.insert(END,y)


def invhyptrigfun(x):

    global y

    if x==0:

        x="asinh"

        y="math.asinh"

    if x==1:

        x="acosh"

        y="math.acosh"

    if x==2:

        x="atanh"

        y="math.atanh"

    if entry.get()=="O":

        entry.delete(0,END)

        entry1.delete(0,END)

        entry.insert(0,x)

        entry1.insert(0,y)

    else:

        entry.insert(END,x)

        entry1.insert(END,y)

################NUMBERS##############

numbut=[]

for i in range(0,10):

    numbut.append(ttk.Button(tab1,text=str(i),width=4,style='success.Outline.TButton',command=lambda x=i:numfun(x)))

    style.configure(numbut[i], font=("Times 15 bold"))

for i in range(10,13):

    numbut.append(ttk.Button(tab1,width=4,style='success.Outline.TButton',command=lambda x=i:numfun(x)))

    style.configure(numbut[i], font=("Times 15 bold"),background="blue")

numbut[10]["text"]="("

numbut[11]["text"]=")"



#   PACKING NUMBERS

butnum=1 #button number

for i in range(0,3):

    for j in range(0,4):

        numbut[butnum].place(x=90+j*90,y=120+i*70)

        butnum+=1


###############Operators############

opbut=[]

for i in range(0,5):

    opbut.append(ttk.Button(tab1,style='success.Outline.TButton',width=4,command=lambda x=i:opfun(x)))


opbut[0]["text"]="+"

opbut[1]["text"]="-"

opbut[2]["text"]="*"

opbut[3]["text"]="/"

opbut[4]["text"]="**"



###########Packing Operators#########

for i in range(0,4):

    opbut[i].place(x=450,y=120+i*70)

opbut[4].place(x=360,y=260)


##############Other button########

zerobut=ttk.Button(tab1,text="0",style='success.Outline.TButton',width=19,command=lambda x=0:numfun(x))

zerobut.place(x=90,y=330)

clearbut=ttk.Button(tab1,text="C",style='success.Outline.TButton',width=4,command=clearfun)

clearbut.place(x=90,y=400)

dotbut=ttk.Button(tab1,text=".",style='success.Outline.TButton',width=4,command=lambda x=".":numfun(x))

dotbut.place(x=180,y=400)

equalbut=ttk.Button(tab1,text="=",style='success.Outline.TButton',width=4,command=equalfun)

equalbut.place(x=270,y=400)

deletebut=ttk.Button(tab1,text="<--",width=4,style='success.Outline.TButton',command=deletefun)

deletebut.place(x=360,y=400)

history=Label(tab1,text="History :",font=("verdana 12 bold"),bd=5,anchor=W,relief=SUNKEN)

history.pack(side=BOTTOM,fill=X)

###################Advanced calculator###############

label1=Label(tab2,text="Basic Trigonometric functions",font=("Times 15 bold"))

label1.place(x=100,y=90)

trigbut=[]

for i in range(0,3):

    trigbut.append(ttk.Button(tab2,style='success.Outline.TButton',width=6,command=lambda x=i:trigfun(x)))

trigbut[0]["text"]="sin"

trigbut[1]["text"]="cos"

trigbut[2]["text"]="tan"

trigbut.append(ttk.Button(tab1,style='success.Outline.TButton',width=4,command=lambda x=3:trigfun(x)))

trigbut.append(ttk.Button(tab1,style='success.Outline.TButton',width=4,command=lambda x=4:trigfun(x)))

trigbut.append(ttk.Button(tab1,style='success.Outline.TButton',width=4,command=lambda x=5:trigfun(x)))

trigbut[3]["text"]="rad"

trigbut[4]["text"]="log"

trigbut[5]["text"]="fact"


###########Packing Operators#########

trignum=0

for i in range(0,1):

    for j in range(0,3):

        trigbut[trignum].place(x=100+j*90,y=150+i*90)

        trignum+=1

trigbut[3].place(x=450,y=400)

trigbut[4].place(x=270,y=330)

trigbut[5].place(x=360,y=330)

###############Inverse functions#########

label2=Label(tab2,text="Basic Inverse Trigonometric functions",font=("Times 15 bold"))

label2.place(x=100,y=200)

invtrigbut=[]

for i in range(0,3):

    invtrigbut.append(ttk.Button(tab2,style='success.Outline.TButton',width=6,command=lambda x=i:invtrigfun(x)))

invtrigbut[0]["text"]="sin^-1"

invtrigbut[1]["text"]="cos^-1"

invtrigbut[2]["text"]="tan^-1"


##########placing inv trig func

invtrignum=0

for i in range(0,1):

    for j in range(0,3):

        invtrigbut[invtrignum].place(x=100+j*90,y=250+i*90)

        invtrignum+=1

###############Hyperbolic functions#########

label3=Label(tab2,text="Hyperbolic Trigonometric functions",font=("Times 15 bold"))

label3.place(x=100,y=300)

hyptrigbut=[]

for i in range(0,3):

    hyptrigbut.append(ttk.Button(tab2,width=6,style='success.Outline.TButton',command=lambda x=i:hyptrigfun(x)))

hyptrigbut[0]["text"]="sinh"

hyptrigbut[1]["text"]="cosh"

hyptrigbut[2]["text"]="tanh"

##########placing inv trig func

hyptrignum=0

for i in range(0,1):

    for j in range(0,3):

        hyptrigbut[hyptrignum].place(x=100+j*90,y=350+i*90)

        hyptrignum+=1


###############InvHyperbolic functions#########

label4=Label(tab2,text="Inverse Hyperbolic Trigonometric functions",font=("Times 15 bold"))

label4.place(x=100,y=400)

invhyptrigbut=[]

for i in range(0,3):

    invhyptrigbut.append(ttk.Button(tab2,style='success.Outline.TButton',width=6,command=lambda x=i:invhyptrigfun(x)))


invhyptrigbut[0]["text"]="sinh^-1"

invhyptrigbut[1]["text"]="cosh^-1"

invhyptrigbut[2]["text"]="tanh^-1"

##########placing inv hyptrig func

invhyptrignum=0

for i in range(0,1):

    for j in range(0,3):

        invhyptrigbut[invhyptrignum].place(x=100+j*90,y=450+i*90)

        invhyptrignum+=1


window.mainloop()


Preview of the project:




'''for further clarification, visit my GitHub repository: https://github.com/IamJenish/Advanced-Calculator  '''


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