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bingTimeGUI.py
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"""
bingTimeGUI.py Python GUI for Binghamton University Students to determine
different paths, and travel time around the Binghamton University campus.
Copyright (C) 2012 Joseph Grillo & Benny Mei
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
LICENSE: This is open-source software released under the terms of the
GPL (http://www.gnu.org/licenses/gpl.html).
"""
"""
Create GUI for BingTime.
"""
from tkinter import *
import audioPlay
import images
from dictionaries import *
import turtle
#set coordinates for turtle movement
lotT = (-240, 0)
C4 = (-300, -50)
dickinsonDining = (-125, 55)
UU = (-25, 75)
EB = (50, 80)
EBBartle = (110, 80)
BartleParking = (235, 70)
BartleLH = (300, 50)
LH = (340, 40)
lotL = (410, 0)
ConnectorRd = (450, -40)
AA = (460, -70)
AB = (465, -140)
PhysFac = (440, -230)
sciIIIV = (375, -285)
lotF1 = (335, -315)
sciIV = (305, -325)
sci = (275, -275)
iroquois = (-25, 150)
app1 = (135, 160)
app2 = (130, 190)
app3 = (160, 195)
app4 = (190, 210)
h1 = (395, 70)
h2 = (395, 130)
FABartle = (110, 0)
Bartle = (140, 0)
EBFA = (90, 0)
FA = (90, -80)
#initiate GUI code
class bingTimeGui:
def __init__(self):
#create instance variables
self.__sCor = "" #start coordinate
self.__eCor = "" #end coordinate
self.__t = "" #dummy variable for turtle object
self.__s = "" #dummy variable for turtle screen method
#create main window
self.__root = Toplevel()
self.__win = Tk()
(self.__win).title("bingTime") #set name for window
#Turtle Test
#**************************************************************
canvas1 = Canvas(self.__root, background = "black", width = 1024, height = 768)
photo = PhotoImage(file = "BUBRAIN.gif") #set photo
canvas1.create_image((514,386),image = photo) #set canvas background
canvas1.pack()#pack canvas
#create turtle screen
self.__t1 = turtle.TurtleScreen(canvas1)
self.__t1.bgpic("BUBRAIN.gif")
## self.__t = turtle.RawTurtle(self.__t1)
## self.__t.color("red")
#**************************************************************
#create label to display travel time
#travel time static label
self.__travelTimeLabel = Label(self.__win, text = 'Travel Time:')
self.__travelTimeLabel.grid(row = 5, column = 1)
self.__travelTime = StringVar(self.__win)
self.__travelTimeText = Message(self.__win, textvariable = self.__travelTime,\
width = 20)
self.__travelTimeText.grid(row = 5, column = 2)
#dropdown menu box creation
#*******************************************************
#create dropdown menu
menubar = Menu(self.__win)
(self.__win).config(menu = menubar)
optionsMenu = Menu(menubar, tearoff = 0)
menubar.add_cascade(label = "Options", menu = optionsMenu)
#**********************************************************
#show map on event from dropdown menu
#invokes showMap method
#*******************************************************
optionsMenu.add_command(label = "Show Map", command = (self.showMap))
#create option menu of starting points
#**************************************************************
variableStart = StringVar(self.__win)
variableStart.set("From") # default value
start = OptionMenu(self.__win, variableStart, "C4", "Appalachian", "CIW Dining Hall",\
"Hinman Dining Hall", "Lecture Hall", "Science Buildings",\
"Bartle Library", "Fine Arts", "Union(Old)", command = self.startVar)
start.grid(row = 2, column = 1)
#create option menu of ending points
#****************************************************************
variableEnd = StringVar(self.__win)
variableEnd.set("To") # default value
end = OptionMenu(self.__win, variableEnd, "C4", "Appalachian", "CIW Dining Hall",\
"Hinman Dining Hall", "Lecture Hall", "Science Buildings",\
"Bartle Library", "Fine Arts", "Union(Old)", command = self.endVar)
end.grid(row = 2, column = 2)
#*******************************************************
#create combobox to play music
musicVariable = StringVar(self.__win)
musicVariable.set("Music") #default value of musicOptionMenu
musicOptionMenu = OptionMenu(self.__win, musicVariable , \
"simpsons.wav", "capt_midnight.wav", "herewego.wav",\
"highscore.wav", "mario_01.wav", "mario_08.wav",\
"scooby_hello.wav", "wumbo.wav", command = self.playAudio)
musicOptionMenu.grid(row = 1, column = 1)
#*******************************************************
#create button to submit locations
submitButton = Button(self.__win, text = "Submit", command = \
self.moveTurtle)
submitButton.grid(row = 2, column = 3)
mainloop()
#create method to display messagebox
#pops up messagebox
def message(self):
messagebox.showinfo("BingTime", "BingTime MuthaFuckers")
#create method to display map
#invokes Image from images module
#invokes draw method in Image module
def showMap(self):
self.message()
brainMap = images.Image("BUBRAIN.gif")
images.Image.draw(brainMap)
#create method to play audio
#invokes playAudio from audioPlayTest module
def playAudio(self, fileName):
audioPlay.playAudio(fileName)
#set start variable for movement
def startVar(self, var):
self.__sCor = var
#print(sVar)
#set end variable for movement
def endVar(self, var):
self.__eCor = var
#print(eVar)
# define move turtle function
def moveTurtle(self):
#print("You've entered moveTurtle")
## print("The sVar is", self.__sCor)
## print("The eVar is", self.__eCor)
time = getTime((self.__sCor), (self.__eCor))
## print(time)
self.__travelTime.set(time)
## print(getTime(self.__sCor, self.__eCor))
## print(self.__travelTime)
#if self.__sCor == start point, then use function for that start point
#use function to route to end point
if self.__sCor == "C4":
print("Entered C4 Path")
self.fromC4(self.__eCor)
elif self.__sCor == "Appalachian":
self.fromApp(self.__eCor)
elif self.__sCor == "CIW Dining Hall":
self.fromCIW(self.__eCor)
elif self.__sCor == "Hinman Dining Hall":
self.fromHin(self.__eCor)
elif self.__sCor == "Lecture Hall":
self.fromLH(self.__eCor)
elif self.__sCor == "Science Buildings":
self.fromSci(self.__eCor)
elif self.__sCor == "Bartle Library":
self.fromBartle(self.__eCor)
elif self.__sCor == "Fine Arts":
self.fromFA(self.__eCor)
elif self.__sCor == "Union(Old)":
self.fromUU(self.__eCor)
else:
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.circle(20)
turtle.done()
#Everything below this point are instructions for turtle movement
#See coordinates as defined above bingTimeGUI
#*******************************************************************************
def fromC4(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(C4)
t.down()
if destination == "C4":
t.circle(5)
##print("C4 - Success")
s.bgpic("BUBRAIN.gif")
turtle.done()
elif destination == "Appalachian":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
##print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
##print("CIW - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.circle(5)
##print("Union(Old) - Success")
turtle.done()
elif destination == "Bartle Library":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(Bartle)
t.circle(5)
##print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
##print("Fine Arts - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.circle(5)
##print("LH - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.goto(h1)
t.goto(h2)
t.circle(5)
##print("Hinman - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(lotT)
t.goto(dickinsonDining)
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
##print("Sci - Success")
turtle.done()
else:
t.circle(20)
##print("Error")
turtle.done()
#*************************************************************
def fromApp(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(app4)
t.down()
if destination == "C4":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
##print("C4 - Success")
turtle.done()
elif destination == "Applachian":
t.circle(5)
#print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
##print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(LH)
t.goto(h1)
t.goto(h2)
t.circle(5)
##print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(LH)
t.circle(5)
##print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(LH)
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
##print("Sci - Success")
turtle.done()
elif destination == "Bartle Library":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(Bartle)
t.circle(5)
##print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
##print("Fine Arts - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(app3)
t.goto(app2)
t.goto(app1)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.circle(5)
##print("Union(Old) - Success")
turtle.done()
else:
t.circle(20)
##print("Error")
turtle.done()
#*************************************************************
def fromCIW(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(iroquois)
t.down()
if destination == "C4":
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
##print("C4 - Success")
turtle.done()
elif destination == "Appalachian":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
##print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.circle(5)
##print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.goto(h1)
t.goto(h2)
t.circle(5)
##print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.circle(5)
##print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(LH)
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
##print("Sci - Success")
turtle.done()
elif destination == "Bartle Library":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(Bartle)
t.circle(5)
##print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(UU)
t.goto(EB)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
##print("FA - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(UU)
t.circle(5)
##print("Union(Old) - Success")
turtle.done()
else:
t.circle(20)
##print("Error")
turtle.done()
#*******************************************************************
def fromHin(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(h2)
t.down()
if destination == "C4":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
#print("C4 - Success")
turtle.done()
elif destination == "Appalachian":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
#print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
#print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.circle(5)
#print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(h1)
t.goto(LH)
t.circle(5)
#print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(h1)
t.goto(LH)
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
#print("Sci - Success")
turtle.done()
elif destination == "Bartle Library":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(Bartle)
t.circle(5)
#print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
#print("FA - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(h1)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.circle(5)
#print("UU - Success")
turtle.done()
else:
t.circle(20)
#print("Error")
turtle.done()
#*******************************************************************
def fromLH(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(LH)
t.down()
if destination == "C4":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
##print("C4 - Success")
turtle.done()
elif destination == "Appalachian":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
##print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
##print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(h1)
t.goto(h2)
t.circle(5)
##print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.circle(5)
##print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
#print("Sci - Success")
turtle.done()
elif destination == "Bartle Library":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(Bartle)
t.circle(5)
#print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
#print("FA - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.circle(5)
#print("UU - Success")
turtle.done()
else:
t.circle(20)
#print("Error")
turtle.done()
#*******************************************************************
def fromSci(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(sci)
t.down()
if destination == "C4":
t.goto(sciIV)
t.goto(sciIIIV)
t.goto(PhysFac)
t.goto(AB)
t.goto(AA)
t.goto(ConnectorRd)
t.goto(lotL)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
#print("C4 - Success")
turtle.done()
elif destination == "Appalachian":
t.goto(sciIV)
t.goto(sciIIIV)
t.goto(PhysFac)
t.goto(AB)
t.goto(AA)
t.goto(ConnectorRd)
t.goto(lotL)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
#print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(sciIV)
t.goto(sciIIIV)
t.goto(PhysFac)
t.goto(AB)
t.goto(AA)
t.goto(ConnectorRd)
t.goto(lotL)
t.goto(LH)
t.goto(BartleLH)
t.goto(BartleParking)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
#print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(sciIV)
t.goto(sciIIIV)
t.goto(PhysFac)
t.goto(AB)
t.goto(AA)
t.goto(ConnectorRd)
t.goto(lotL)
t.goto(LH)
t.goto(h1)
t.goto(h2)
t.circle(5)
#print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(sciIV)
t.goto(sciIIIV)
t.goto(PhysFac)
t.goto(AB)
t.goto(AA)
t.goto(ConnectorRd)
t.goto(lotL)
t.goto(LH)
t.circle(5)
#print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.circle(5)
#print("Sci - Success")
turtle.done()
else:
t.circle(20)
#print("Error")
turtle.done()
#*******************************************************************
def fromBartle(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(Bartle)
t.down()
if destination == "C4":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)
t.goto(C4)
t.circle(5)
##print("C4 - Success")
turtle.done()
elif destination == "Appalachian":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(app1)
t.goto(app2)
t.goto(app3)
t.goto(app4)
t.circle(5)
##print("App - Success")
turtle.done()
elif destination == "CIW Dining Hall":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(UU)
t.goto(iroquois)
t.circle(5)
##print("CIW - Success")
turtle.done()
elif destination == "Hinman Dining Hall":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.goto(h1)
t.goto(h2)
t.circle(5)
##print("Hinman - Success")
turtle.done()
elif destination == "Lecture Hall":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.circle(5)
##print("LH - Success")
turtle.done()
elif destination == "Science Buildings":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(BartleParking)
t.goto(BartleLH)
t.goto(LH)
t.goto(lotL)
t.goto(ConnectorRd)
t.goto(AA)
t.goto(AB)
t.goto(PhysFac)
t.goto(sciIIIV)
t.goto(lotF1)
t.goto(sciIV)
t.goto(sci)
t.circle(5)
##print("Sci - Success")
turtle.done()
elif destination == "Bartle Library":
t.circle(5)
##print("Bartle - Success")
turtle.done()
elif destination == "Fine Arts":
t.goto(FABartle)
t.goto(EBFA)
t.goto(FA)
t.circle(5)
##print("FA - Success")
turtle.done()
elif destination == "Union(Old)":
t.goto(FABartle)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.circle(5)
##print("UU - Success")
turtle.done()
else:
t.circle(20)
##print("Error")
turtle.done()
#*******************************************************************
def fromFA(self, destination):
t = turtle.RawTurtle(self.__t1)
t.shape("turtle")
t.color("red")
t.pensize(3)
t.speed(1) #lowest speed
t.up() #pen up
t.goto(FA)
t.down()
if destination == "C4":
t.goto(EBFA)
t.goto(FABartle)
t.goto(EBBartle)
t.goto(EB)
t.goto(UU)
t.goto(dickinsonDining)
t.goto(lotT)