baumbachb commented 3 years ago

'''

Barrington Advisory Solutions BIS Development Team Project

'''

import tkinter

service = { #This is the dictionary that holds all of the services and their associated prices 'Mergers and Acquisitions':3000, 'Business Valuations':2000, 'Financial Analysis & Operational Ideas':5000, 'Strategic Planning Services':3500, 'Specialized Strategic Consultion Services':4000, 'Litigation Support':6000, '': 0 }

services = [ #This is the list that holds all of the services (Used for the GUI output) '', 'Mergers and Acquisitions', 'Business Valuations', 'Financial Analysis & Operational Ideas', 'Strategic Planning Services', 'Specialized Strategic Consultion Services', 'Litigation Support' ]

window = tkinter.Tk() #Creates the window (GUI)

class QuotaCalc:

## A class that asks for data about a client and then calculates
## both the time required for the service and the total estimate cost

def __init__(self, main, cust_name = 'none', co_size = 0, option1=None, option2=None, option3=None):      ##This initializes the class with all of the variables that we will use

    self.co_name = tkinter.Label(main, text = 'Customer/Company Name', font=('Arial Narrow', 20)).grid(row=20, column=1)       #This displays text, the font is the font, and this tells the program what to display
    self.co_name_input = tkinter.Entry(main).grid(row=20, column=3)      #Allows user to input information       #by putting both on row 0, it alligns the text

can add in blank lables to space out the boxes (reduce the font to something small)

    clicked = tkinter.StringVar()           #initalizing "clicked" as a string variable
    clicked2 = tkinter.StringVar()
    clicked3 = tkinter.StringVar()

    clicked.set(services[0])                #Text to be displayed on the menu dropdown
    clicked2.set(services[0])
    clicked3.set(services[0])

    timeRequired = 0

    self.co_size = tkinter.Label(main, text = 'Company Size', font=('Arial Narrow', 20)).grid(row=40, column=1)
    self.comp_size_input = tkinter.Entry(main).grid(row=40, column=3)

    self.option_1 = tkinter.Label(main, text = 'Service 1 Needed', font=('Arial Narrow', 20)).grid(row=60, column=1)    
    self.drop = tkinter.OptionMenu( main , clicked , *service ).grid(row = 60, column = 3)                              #refers to the set number of services for dropdown

    self.option_2 = tkinter.Label(main, text = 'Service 2 Needed', font=('Arial Narrow', 20)).grid(row=80, column=1)
    self.drop2 = tkinter.OptionMenu( main , clicked2 , *service ).grid(row = 80, column = 3)

    self.option_3 = tkinter.Label(main, text = 'Service 3 Needed', font=('Arial Narrow', 20)).grid(row=100, column=1)
    self.drop3 = tkinter.OptionMenu( main , clicked3 , *service ).grid(row = 100, column = 3)

    activated = True

    self.bt = tkinter.Button(main, text='Calculate', command = self.myClick(), fg = "purple", bg = "light blue").grid(row=120, column=2)     ##fg is foreground (color), bg is background (color)
    #Need to convert to when the button presses, it runs other functions of the class

    time_req = tkinter.Label(window, text = 'Time Required', font=('Arial Narrow', 20)).grid(row=140, column=1)

    total_cost = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=160, column=1)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

def myClick(self):

    myLabel = tkinter.Label(window, text = self.getTime)
    myLabel.grid(row=175, column=3)
    myLabel2 = tkinter.Label(window, text = self.calcCost)
    myLabel2.grid(row=200, column=3)

def getTime(self):

    if co_size == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif co_size <= 20:
        self.timeRequired = 1
    elif co_size <= 40:
        self.timeRequired = 2
    elif co_size <= 60:
        self.timeRequired = 3
    elif co_size <= 80:
        self.timeRequired = 4
    elif co_size <= 100:
        self.timeRequired = 5
    elif co_size <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    return self.timeRequired

def calcCost(self):                                 #This calculates the total cost of the services
    cost = self.timeRequired * service[self.option1]
    if self.option2:
        cost += self.timeRequired * service[self.option2]
    if self.option3:
        cost += self.timeRequired * service[self.option3]

    return cost

''' if name == "main":

#calc = QuotaCalc(name, size, option1, option2, option3)
#timeRequired = calc.getTime()
#time_required = tkinter.Label(window, text = timeRequired, font=('Arial Narrow', 20)).grid(row=175, column=85)       #print("Time rquired: ", str(timeRequired) + " month(s)")

#totalCost = calc.calcCost()
#totalCost = format(totalCost, '.2f')
#total_costs = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=200, column=85)    #print("Price quote: $", totalCost)

''' logo = tkinter.PhotoImage(file=r"C:\Users\brian\OneDrive\Documents\TCU\Junior Year\Second Semester\Business Information System Development INSC 30833\Bar Ad Pic.PNG")

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

w1 = tkinter.Label(window, image=logo).grid(row=0, column = 2)

window.title('Barrington Advisory Quota Calculator') #Window Title window.geometry('500x325') #Sets the size of the window

window.configure(bg='light blue') <- If we want to change the color of the background

e = QuotaCalc(window)

window.mainloop() #Tells the program to continue running until the GUI is closed

jakehennes commented 3 years ago

'''

Barrington Advisory Solutions BIS Development Team Project

'''

import tkinter

service = { #This is the dictionary that holds all of the services and their associated prices 'Mergers and Acquisitions':3000, 'Business Valuations':2000, 'Financial Analysis & Operational Ideas':5000, 'Strategic Planning Services':3500, 'Specialized Strategic Consultion Services':4000, 'Litigation Support':6000, '': 0 }

services = [ #This is the list that holds all of the services (Used for the GUI output) '', 'Mergers and Acquisitions', 'Business Valuations', 'Financial Analysis & Operational Ideas', 'Strategic Planning Services', 'Specialized Strategic Consultion Services', 'Litigation Support' ]

window = tkinter.Tk() #Creates the window (GUI)

clicked = tkinter.StringVar() #initalizing "clicked" as a string variable clicked2 = tkinter.StringVar() clicked3 = tkinter.StringVar()

class QuotaCalc:

## A class that asks for data about a client and then calculates
## both the time required for the service and the total estimate cost

def myClick(self):

    myLabel = tkinter.Label(window, text = self.getTime)
    myLabel.grid(row=140, column=3)
    myLabel2 = tkinter.Label(window, text = self.calcCost)
    myLabel2.grid(row=160, column=3)

def getTime(self):

    if self.comp_size_input == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif self.comp_size_input <= 20:
        self.timeRequired = 1
    elif self.comp_size_input <= 40:
        self.timeRequired = 2
    elif self.comp_size_input <= 60:
        self.timeRequired = 3
    elif self.comp_size_input <= 80:
        self.timeRequired = 4
    elif self.comp_size_input <= 100:
        self.timeRequired = 5
    elif self.comp_size_input <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    return self.timeRequired

def calcCost(self):                                 #This calculates the total cost of the services
    cost = self.timeRequired * service[self.drop]
    if self.option2:
        cost += self.timeRequired * service[self.drop2]
    if self.option3:
        cost += self.timeRequired * service[self.drop3]

    return cost

def __init__(self, main, cust_name = 'none', co_size = 0, option1=None, option2=None, option3=None):      ##This initializes the class with all of the variables that we will use

    self.co_name = tkinter.Label(main, text = 'Customer/Company Name', font=('Arial Narrow', 20)).grid(row=20, column=1)       #This displays text, the font is the font, and this tells the program what to display
    self.co_name_input = tkinter.Entry(main).grid(row=20, column=3)      #Allows user to input information       #by putting both on row 0, it alligns the text

can add in blank lables to space out the boxes (reduce the font to something small)

    clicked = tkinter.StringVar()           #initalizing "clicked" as a string variable
    clicked2 = tkinter.StringVar()
    clicked3 = tkinter.StringVar()

    clicked.set(services[0])                #Text to be displayed on the menu dropdown
    clicked2.set(services[0])
    clicked3.set(services[0])

    timeRequired = 0

    self.co_size = tkinter.Label(main, text = 'Company Size', font=('Arial Narrow', 20)).grid(row=40, column=1)
    self.comp_size_input = tkinter.Entry(main).grid(row=40, column=3)

    self.option_1 = tkinter.Label(main, text = 'Service 1 Needed', font=('Arial Narrow', 20)).grid(row=60, column=1)    
    self.drop = tkinter.OptionMenu( main , clicked , *service ).grid(row = 60, column = 3)                              #refers to the set number of services for dropdown

    self.option_2 = tkinter.Label(main, text = 'Service 2 Needed', font=('Arial Narrow', 20)).grid(row=80, column=1)
    self.drop2 = tkinter.OptionMenu( main , clicked2 , *service ).grid(row = 80, column = 3)

    self.option_3 = tkinter.Label(main, text = 'Service 3 Needed', font=('Arial Narrow', 20)).grid(row=100, column=1)
    self.drop3 = tkinter.OptionMenu(main , clicked3 , *service ).grid(row = 100, column = 3)

    activated = True

    self.bt = tkinter.Button(main, text='Calculate', command = self.myClick(), fg = "purple", bg = "light blue").grid(row=120, column=2)     ##fg is foreground (color), bg is background (color)
    #Need to convert to when the button presses, it runs other functions of the class

    time_req = tkinter.Label(window, text = 'Time Required', font=('Arial Narrow', 20)).grid(row=140, column=1)
    output = tkinter.Text(window, width = 20, height = 1, bg = "light grey")
    output.grid(row = 140, column = 3)

    total_cost = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=160, column=1)
    output2 = tkinter.Text(window, width = 20, height = 1, bg = "light grey")
    output2.grid(row = 160, column = 3)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

''' if name == "main":

#calc = QuotaCalc(name, size, option1, option2, option3)
#timeRequired = calc.getTime()
#time_required = tkinter.Label(window, text = timeRequired, font=('Arial Narrow', 20)).grid(row=175, column=85)       #print("Time rquired: ", str(timeRequired) + " month(s)")

#totalCost = calc.calcCost()
#totalCost = format(totalCost, '.2f')
#total_costs = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=200, column=85)    #print("Price quote: $", totalCost)

'''

window.title('Barrington Advisory Quota Calculator') #Window Title window.geometry('500x325') #Sets the size of the window

window.configure(bg='light blue') <- If we want to change the color of the background

e = QuotaCalc(window)

window.mainloop() #Tells the program to continue running until the GUI is closed

This needs the photo code to be added back into it from above

baumbachb commented 3 years ago

'''

Barrington Advisory Solutions BIS Development Team Project

'''

import tkinter

service = { #This is the dictionary that holds all of the services and their associated prices 'Mergers and Acquisitions':3000, 'Business Valuations':2000, 'Financial Analysis & Operational Ideas':5000, 'Strategic Planning Services':3500, 'Specialized Strategic Consultion Services':4000, 'Litigation Support':6000, '': 0 }

services = [ #This is the list that holds all of the services (Used for the GUI output) '', 'Mergers and Acquisitions', 'Business Valuations', 'Financial Analysis & Operational Ideas', 'Strategic Planning Services', 'Specialized Strategic Consultion Services', 'Litigation Support' ]

window = tkinter.Tk() #Creates the window (GUI)

class QuotaCalc:

## A class that asks for data about a client and then calculates
## both the time required for the service and the total estimate cost

def __init__(self, main, cust_name = 'none', co_size = 0, option1=None, option2=None, option3=None):      ##This initializes the class with all of the variables that we will use

    self.co_name = tkinter.Label(main, text = 'Customer/Company Name', font=('Arial Narrow', 20)).grid(row=20, column=1)       #This displays text, the font is the font, and this tells the program what to display
    self.co_name_input = tkinter.Entry(main).grid(row=20, column=3)      #Allows user to input information       #by putting both on row 0, it alligns the text

can add in blank lables to space out the boxes (reduce the font to something small)

    clicked = tkinter.StringVar()           #initalizing "clicked" as a string variable
    clicked2 = tkinter.StringVar()
    clicked3 = tkinter.StringVar()

    clicked.set(services[0])                #Text to be displayed on the menu dropdown
    clicked2.set(services[0])
    clicked3.set(services[0])

    timeRequired = 0

    self.co_size = tkinter.Label(main, text = 'Company Size', font=('Arial Narrow', 20)).grid(row=40, column=1)
    self.comp_size_input = tkinter.Entry(main).grid(row=40, column=3)

    self.option_1 = tkinter.Label(main, text = 'Service 1 Needed', font=('Arial Narrow', 20)).grid(row=60, column=1)    
    self.drop = tkinter.OptionMenu( main , clicked , *service ).grid(row = 60, column = 3)                              #refers to the set number of services for dropdown

    self.option_2 = tkinter.Label(main, text = 'Service 2 Needed', font=('Arial Narrow', 20)).grid(row=80, column=1)
    self.drop2 = tkinter.OptionMenu( main , clicked2 , *service ).grid(row = 80, column = 3)

    self.option_3 = tkinter.Label(main, text = 'Service 3 Needed', font=('Arial Narrow', 20)).grid(row=100, column=1)
    self.drop3 = tkinter.OptionMenu( main , clicked3 , *service ).grid(row = 100, column = 3)

    activated = True

    self.bt = tkinter.Button(main, text='Calculate', command = self.myClick, fg = "purple", bg = "light blue").grid(row=120, column=2)     ##fg is foreground (color), bg is background (color)
    #Need to convert to when the button presses, it runs other functions of the class

    time_req = tkinter.Label(window, text = 'Time Required', font=('Arial Narrow', 20)).grid(row=140, column=1)

    total_cost = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=160, column=1)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

def getTime(self):

    if comp_size_input == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif comp_size_input <= 20:
        self.timeRequired = 1
    elif comp_size_input <= 40:
        self.timeRequired = 2
    elif comp_size_input <= 60:
        self.timeRequired = 3
    elif comp_size_input <= 80:
        self.timeRequired = 4
    elif comp_size_input <= 100:
        self.timeRequired = 5
    elif comp_size_input <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    return self.timeRequired

def calcCost(self):                                 #This calculates the total cost of the services
    cost = self.timeRequired * service[self.option1]
    if self.option2:
        cost += self.timeRequired * service[self.option2]
    if self.option3:
        cost += self.timeRequired * service[self.option3]

    return cost

def myClick(self):

    timeRequired = self.getTime
    cost = self.calcCost

    myLabel = tkinter.Label(window,text = cost)
    #myLabel.pack(pady = 10)
    myLabel.grid(row=140, column=3)
    myLabel2 = tkinter.Label(window, text = timeRequired)
    #myLabel2.pack(pady = 10)
    myLabel2.grid(row=160, column=3)

''' if name == "main":

#calc = QuotaCalc(name, size, option1, option2, option3)
#timeRequired = calc.getTime()
#time_required = tkinter.Label(window, text = timeRequired, font=('Arial Narrow', 20)).grid(row=175, column=85)       #print("Time rquired: ", str(timeRequired) + " month(s)")

#totalCost = calc.calcCost()
#totalCost = format(totalCost, '.2f')
#total_costs = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=200, column=85)    #print("Price quote: $", totalCost)

''' logo = tkinter.PhotoImage(file=r"C:\Users\brian\OneDrive\Documents\TCU\Junior Year\Second Semester\Business Information System Development INSC 30833\Bar Ad Pic.PNG")

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

w1 = tkinter.Label(window, image=logo).grid(row=0, column = 2)

window.title('Barrington Advisory Quota Calculator') #Window Title window.geometry('500x325') #Sets the size of the window

window.configure(bg='light blue') <- If we want to change the color of the background

e = QuotaCalc(window)

window.mainloop() #Tells the program to continue running until the GUI is closed

baumbachb commented 3 years ago

We are close, the computation is still wrong, but everything else is right

'''

Barrington Advisory Solutions BIS Development Team Project

'''

import tkinter

service = { #This is the dictionary that holds all of the services and their associated prices 'Mergers and Acquisitions':3000, 'Business Valuations':2000, 'Financial Analysis & Operational Ideas':5000, 'Strategic Planning Services':3500, 'Specialized Strategic Consultion Services':4000, 'Litigation Support':6000, '': 0 }

services = [ #This is the list that holds all of the services (Used for the GUI output) '', 'Mergers and Acquisitions', 'Business Valuations', 'Financial Analysis & Operational Ideas', 'Strategic Planning Services', 'Specialized Strategic Consultion Services', 'Litigation Support' ]

window = tkinter.Tk() #Creates the window (GUI)

class QuotaCalc:

## A class that asks for data about a client and then calculates
## both the time required for the service and the total estimate cost

def __init__(self, main, cust_name = 'none', co_size = 0, option1=None, option2=None, option3=None):      ##This initializes the class with all of the variables that we will use

    self.co_name = tkinter.Label(main, text = 'Customer/Company Name', font=('Arial Narrow', 20)).grid(row=20, column=1)       #This displays text, the font is the font, and this tells the program what to display
    self.co_name_input = tkinter.Entry(main).grid(row=20, column=3)      #Allows user to input information       #by putting both on row 0, it alligns the text

can add in blank lables to space out the boxes (reduce the font to something small)

    clicked = tkinter.StringVar()           #initalizing "clicked" as a string variable
    clicked2 = tkinter.StringVar()
    clicked3 = tkinter.StringVar()

    clicked.set(services[0])                #Text to be displayed on the menu dropdown
    clicked2.set(services[0])
    clicked3.set(services[0])

    timeRequired = 0

    self.co_size = tkinter.Label(main, text = 'Company Size', font=('Arial Narrow', 20)).grid(row=40, column=1)
    self.comp_size_input = tkinter.Entry(main).grid(row=40, column=3)

    self.option_1 = tkinter.Label(main, text = 'Service 1 Needed', font=('Arial Narrow', 20)).grid(row=60, column=1)    
    self.drop = tkinter.OptionMenu( main , clicked , *service ).grid(row = 60, column = 3)                              #refers to the set number of services for dropdown

    self.option_2 = tkinter.Label(main, text = 'Service 2 Needed', font=('Arial Narrow', 20)).grid(row=80, column=1)
    self.drop2 = tkinter.OptionMenu( main , clicked2 , *service ).grid(row = 80, column = 3)

    self.option_3 = tkinter.Label(main, text = 'Service 3 Needed', font=('Arial Narrow', 20)).grid(row=100, column=1)
    self.drop3 = tkinter.OptionMenu( main , clicked3 , *service ).grid(row = 100, column = 3)

    activated = True

    self.bt = tkinter.Button(main, text='Calculate', command = self.myClick, fg = "purple", bg = "light blue").grid(row=120, column=2)     ##fg is foreground (color), bg is background (color)
    #Need to convert to when the button presses, it runs other functions of the class

    time_req = tkinter.Label(window, text = 'Time Required', font=('Arial Narrow', 20)).grid(row=140, column=1)

    total_cost = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=160, column=1)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

def getTime(self, comp_size_input):

    if self.comp_size_input == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif self.comp_size_input <= 20:
        self.timeRequired = 1
    elif self.comp_size_input <= 40:
        self.timeRequired = 2
    elif self.comp_size_input <= 60:
        self.timeRequired = 3
    elif self.comp_size_input <= 80:
        self.timeRequired = 4
    elif self.comp_size_input <= 100:
        self.timeRequired = 5
    elif self.comp_size_input <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    #return timeRequired

def calcCost(self):                                 #This calculates the total cost of the services
    cost = self.timeRequired * service[self.drop]
    if self.option2 != '':
        cost += self.timeRequired * service[self.drop2]
    if self.option3 != '':
        cost += self.timeRequired * service[self.drop3]

    #return cost

def myClick(self):

    timeRequired = self.getTime()
    cost = self.calcCost

    myLabel = tkinter.Label(window,text = cost)
    myLabel.grid(row=140, column=3)
    myLabel2 = tkinter.Label(window, text = timeRequired)
    myLabel2.grid(row=160, column=3)

''' if name == "main":

#calc = QuotaCalc(name, size, option1, option2, option3)
#timeRequired = calc.getTime()
#time_required = tkinter.Label(window, text = timeRequired, font=('Arial Narrow', 20)).grid(row=175, column=85)       #print("Time rquired: ", str(timeRequired) + " month(s)")

#totalCost = calc.calcCost()
#totalCost = format(totalCost, '.2f')
#total_costs = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=200, column=85)    #print("Price quote: $", totalCost)

'''

logo = tkinter.PhotoImage(file=r"C:\Users\brian\OneDrive\Documents\TCU\Junior Year\Second Semester\Business Information System Development INSC 30833\Bar Ad Pic.PNG")

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

w1 = tkinter.Label(window, image=logo).grid(row=0, column = 2)

window.title('Barrington Advisory Quota Calculator') #Window Title window.geometry('1000x500') #Sets the size of the window

window.configure(bg='light blue') <- If we want to change the color of the background

e = QuotaCalc(window)

window.mainloop() #Tells the program to continue running until the GUI is closed

baumbachb commented 3 years ago

'''

Barrington Advisory Solutions BIS Development Team Project

'''

import tkinter

service = { #This is the dictionary that holds all of the services and their associated prices 'Mergers and Acquisitions':3000, 'Business Valuations':2000, 'Financial Analysis & Operational Ideas':5000, 'Strategic Planning Services':3500, 'Specialized Strategic Consultion Services':4000, 'Litigation Support':6000, '': 0 }

services = [ #This is the list that holds all of the services (Used for the GUI output) '', 'Mergers and Acquisitions', 'Business Valuations', 'Financial Analysis & Operational Ideas', 'Strategic Planning Services', 'Specialized Strategic Consultion Services', 'Litigation Support' ]

window = tkinter.Tk() #Creates the window (GUI)

class QuotaCalc:

## A class that asks for data about a client and then calculates
## both the time required for the service and the total estimate cost

def __init__(self, main, cust_name = 'none', co_size = 0, option1=None, option2=None, option3=None):      ##This initializes the class with all of the variables that we will use

    self.co_name = tkinter.Label(main, text = 'Customer/Company Name', font=('Arial Narrow', 20)).grid(row=20, column=1)       #This displays text, the font is the font, and this tells the program what to display
    self.co_name_input = tkinter.Entry(main).grid(row=20, column=3)      #Allows user to input information       #by putting both on row 0, it alligns the text

can add in blank lables to space out the boxes (reduce the font to something small)

    clicked = tkinter.StringVar()           #initalizing "clicked" as a string variable
    clicked2 = tkinter.StringVar()
    clicked3 = tkinter.StringVar()

    clicked.set(services[0])                #Text to be displayed on the menu dropdown
    clicked2.set(services[0])
    clicked3.set(services[0])

    timeRequired = 0

    comp_size_input = tkinter.IntVar()

    self.co_size = tkinter.Label(main, text = 'Company Size', font=('Arial Narrow', 20)).grid(row=40, column=1)
    self.comp_size_input = tkinter.Entry(main)
    self.comp_size_input.grid(row=40, column=3)

    self.option_1 = tkinter.Label(main, text = 'Service 1 Needed', font=('Arial Narrow', 20)).grid(row=60, column=1)    
    drop = tkinter.StringVar()
    self.drop = tkinter.OptionMenu( main , clicked , *service )
    self.drop.grid(row = 60, column = 3)                              #refers to the set number of services for dropdown
    #dropped = tkinter.StringVar(drop)

    self.option_2 = tkinter.Label(main, text = 'Service 2 Needed', font=('Arial Narrow', 20)).grid(row=80, column=1)
    drop2 = tkinter.StringVar()
    self.drop2 = tkinter.OptionMenu( main , clicked2 , *service )
    self.drop2.grid(row = 80, column = 3)
    #dropped2 = tkinter.StringVar(drop2)

    self.option_3 = tkinter.Label(main, text = 'Service 3 Needed', font=('Arial Narrow', 20)).grid(row=100, column=1)
    drop3 = tkinter.StringVar()
    self.drop3 = tkinter.OptionMenu( main , clicked3 , *service )
    self.drop3.grid(row = 100, column = 3)
    #dropped3 = tkinter.StringVar(drop3)

    activated = True

    self.bt = tkinter.Button(main, text='Calculate', command = self.myClick, fg = "purple", bg = "light blue").grid(row=120, column=2)     ##fg is foreground (color), bg is background (color)
    #Need to convert to when the button presses, it runs other functions of the class

    time_req = tkinter.Label(window, text = 'Time Required', font=('Arial Narrow', 20)).grid(row=140, column=1)

    total_cost = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=160, column=1)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

def getTime(self):

    if self.comp_size_input == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif self.comp_size_input <= 20:
        self.timeRequired = 1
    elif self.comp_size_input <= 40:
        self.timeRequired = 2
    elif self.comp_size_input <= 60:
        self.timeRequired = 3
    elif self.comp_size_input <= 80:
        self.timeRequired = 4
    elif self.comp_size_input <= 100:
        self.timeRequired = 5
    elif self.comp_size_input <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    #return timeRequired

def calcCost(self):                                 #This calculates the total cost of the services
    cost = self.timeRequired * service[self.drop]
    if self.drop2 != '':
        cost += self.timeRequired * service[self.drop2]
    if self.drop3 != '':
        cost += self.timeRequired * service[self.drop3]

    #return cost

def myClick(self):

    comp_size = self.comp_size_input.get()
    comp_size = int(comp_size)

    drop = str(self.drop)
    drop2 = str(self.drop2)
    drop3 = str(self.drop3)

    timeRequired = 0
    cost = 0

    if comp_size == 0:                        #This determines how much time will be necessary based on the size of the company
        self.timeRequired = 0
    elif comp_size <= 20:
        self.timeRequired = 1
    elif comp_size <= 40:
        self.timeRequired = 2
    elif comp_size <= 60:
        self.timeRequired = 3
    elif comp_size <= 80:
        self.timeRequired = 4
    elif comp_size <= 100:
        self.timeRequired = 5
    elif comp_size <= 150:
        self.timeRequired = 6
    else:
        self.timeRequired = 8

    cost = timeRequired * service[drop]
    if self.drop2 != '':
        cost += self.timeRequired * service[drop2]
    if self.drop3 != '':
        cost += self.timeRequired * service[drop3]

    myLabel = tkinter.Label(window,text = timeRequired)
    myLabel.grid(row=140, column=3)
    myLabel2 = tkinter.Label(window, text = cost)
    myLabel2.grid(row=160, column=3)

''' if name == "main":

#calc = QuotaCalc(name, size, option1, option2, option3)
#timeRequired = calc.getTime()
#time_required = tkinter.Label(window, text = timeRequired, font=('Arial Narrow', 20)).grid(row=175, column=85)       #print("Time rquired: ", str(timeRequired) + " month(s)")

#totalCost = calc.calcCost()
#totalCost = format(totalCost, '.2f')
#total_costs = tkinter.Label(window, text = 'Price Quote', font=('Arial Narrow', 20)).grid(row=200, column=85)    #print("Price quote: $", totalCost)

'''

logo = tkinter.PhotoImage(file=r"C:\Users\brian\OneDrive\Documents\TCU\Junior Year\Second Semester\Business Information System Development INSC 30833\Bar Ad Pic.PNG")

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

w1 = tkinter.Label(window, image=logo).grid(row=0, column = 2)

window.title('Barrington Advisory Quota Calculator') #Window Title window.geometry('1000x500') #Sets the size of the window

window.configure(bg='light blue') <- If we want to change the color of the background

e = QuotaCalc(window)

window.mainloop() #Tells the program to continue running until the GUI is closed

jakehennes / the-a-team

Near Final TKinter Code #4

can add in blank lables to space out the boxes (reduce the font to something small)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

window.configure(bg='light blue') <- If we want to change the color of the background

can add in blank lables to space out the boxes (reduce the font to something small)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

window.configure(bg='light blue') <- If we want to change the color of the background

This needs the photo code to be added back into it from above

can add in blank lables to space out the boxes (reduce the font to something small)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

window.configure(bg='light blue') <- If we want to change the color of the background

We are close, the computation is still wrong, but everything else is right

can add in blank lables to space out the boxes (reduce the font to something small)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

window.configure(bg='light blue') <- If we want to change the color of the background

can add in blank lables to space out the boxes (reduce the font to something small)

make a boolean to see if the button has been clicked and set it to false, when the boolean becomes true run the functions that do the math

YOU MUST USE THE FILE PATH TO THE LOGO ON YOUR OWN COMPUTER

THIS SHOWS MY PERSONAL FILE PATH

window.configure(bg='light blue') <- If we want to change the color of the background