python-application/basicGUI.py at master · HFStudios/python-application · GitHub

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# -*- coding: utf-8 -*-
importtkinterastk
fromtkinterimport*
fromtkinterimportttk
fromtrigimportgivenLengths, givenPoints
fromC2FimportC_to_F_converter, F_to_C_converter, k_to_c_converter, c_to_k_converter
fromdictionaryimportdictionary
fromPILimportImageTk, Image
fromcalcimportstartCalc

#Create new label with output value on specified page
defnewLabel(strOut, pageNum):
if(pageNum==page3):
wrapNum=500
else:
wrapNum=0
Label(pageNum, text=strOut, wraplength=wrapNum).pack()

#Function called when button pressed if points of triangle are entered (page1)
defenterValuesPoints():
#Get triangle type from givenLengths in main.py
finalAnswerPoints=givenPoints(getx1.get(), gety1.get(), getx2.get(), gety2.get(), getx3.get(), gety3.get())
print(finalAnswerPoints)

#Add lengths and triangle type as new labels in GUI
newLabel("Side 1: "+str(finalAnswerPoints[0]) +
"\nSide 2: "+str(finalAnswerPoints[1]) +
"\nSide 3: "+str(finalAnswerPoints[2]) +
"\nType: "+str(finalAnswerPoints[3]),
page1)

#Function called when button pressed if lengths of sides are entered (page1)
defenterValuesLength():
print("LENGTHS:")
print(str(getSide1) +str(getSide2) +str(getSide3))
#Get triangle type from givenLengths using main.py
finalAnswerLength=givenLengths(getSide1.get(), getSide2.get(), getSide3.get())
print(finalAnswerLength)

#Add triangle type as a new label in GUI
newLabel(finalAnswerLength, page1)

#Creates input field/labels/buttons for length input (page1)
deflengthInput():
#Labels/input fields for GUI (side lengths)
forxinrange (1, 4):
newLabel("Side "+str(x), page1)
if(x==1):
sideNeeded=getSide1
elif(x==2):
sideNeeded=getSide2
else:
sideNeeded=getSide3
Entry(page1, textvariable=sideNeeded).pack()

#Submit button in GUI (side lengths)
Button(page1, text="Submit Lengths", command=enterValuesLength, fg="white", bg="black").pack()

#Creates input field/labels/buttons for point input (page1)
defpointInput():
#Labels/input fields for GUI (points given)
forxinrange (1, 4):
if(x==1):
nums="x1", "y1"
textVar=getx1, gety1
elif(x==2):
nums="x2", "y2"
textVar=getx2, gety2
elif(x==3):
nums="x3", "y3"
textVar=getx3, gety3

newLabel(nums[0], page1)
Entry(page1, textvariable=textVar[0]).pack()
newLabel(nums[1], page1)
Entry(page1, textvariable=textVar[1]).pack()

Button(page1, text="Submit Points", command=enterValuesPoints, fg="white", bg="black").pack()


#Function called when button pressed if degrees entered (page2)
defenterDegree(dType):
#dType 1 = C to F
#dType 2 = F to C
#dType 3 = K to C
#dType 4 = C to K
defwhatToDo(convType, strType, strInv):
finalDeg=convType(getC.get())
print(finalDeg)
newLabel(str(getC.get()) +"°"+strType+" = "+str(finalDeg) +"°"+strInv, page2) #str(finalF) + "°F", page2)

if(dType==1):
whatToDo(C_to_F_converter, "C", "F")
elif(dType==2):
whatToDo(F_to_C_converter, "F", "C")
elif(dType==3):
whatToDo(k_to_c_converter, "K", "C")
else:
whatToDo(c_to_k_converter, "C", "K")

#Creates input field/labels/buttons for degree input (page2)
'''v = tk.IntVar()'''
defdegreeInput():
newLabel("Degrees to convert", page2)
mEntry=Entry(page2, textvariable=getC).pack()
Button(page2, text="Submit °C Value To °F", command=lambda : enterDegree(1), fg="white", bg="black").pack()
Button(page2, text="Submit °F Value To °C", command=lambda : enterDegree(2), fg="white", bg="black").pack()
Button(page2, text="Submit °K Value To °C", command=lambda : enterDegree(3), fg="white", bg="black").pack()
Button(page2, text="Submit °C Value To °K", command=lambda : enterDegree(4), fg="white", bg="black").pack()
'''tk.Radiobutton(mGUI, text="Python", padx = 20, variable=v, value=1).pack(anchor=tk.W)'''


#Function called when button pressed to enter word (page3)
defenterWord(event=None):
wordDef= ((str(dictionary(getWord.get())).strip('[]'))).strip("''")
if(wordDef=="Not found in dictionary."):
newLabel(wordDef, page3)
else:
newLabel(getWord.get() +" = "+wordDef, page3)
print(wordDef)
print(getWord.get())

#Creates input field/labels/buttons for word input (page3)
defwordInput():
newLabel("Word: ", page3)
Entry(page3, textvariable=getWord).pack()
WI=Button(page3, text="Submit Word", command=enterWord, fg="white", bg="black")
WI.pack()


#Works good enough
defmainCalc():
Button(page4, text="Open Calculator", command=startCalc, fg="white", bg="black").pack()

#Setting up GUI (and tabs) and variables for input
mGUI=tk.Tk()
#mGUI.iconbitmap('icon.ico')
nb=ttk.Notebook(mGUI)
page1=ttk.Frame(nb)
page2=ttk.Frame(nb)
page3=ttk.Frame(nb)
page4=ttk.Frame(nb)
nb.add(page1, text="Triangle Calculator")
nb.add(page2, text="Degree Converter")
nb.add(page3, text="Dictionary")
nb.add(page4, text="Calculator")
nb.pack(expand=1, fill="both")

#Values if given lengths
getSide1=IntVar()
getSide2=IntVar()
getSide3=IntVar()

#Values if given points
getx1=IntVar()
gety1=IntVar()
getx2=IntVar()
gety2=IntVar()
getx3=IntVar()
gety3=IntVar()

#Values for degree conversion
getC=IntVar()
getF=IntVar()

#Values for Dictionary
getWord=StringVar()

#Run functions to display in window
lengthInput()
pointInput()
degreeInput()
wordInput()
mainCalc()

mGUI.bind('<Return>', enterWord)

#Run/setup GUI
mGUI.geometry("600x900")
mGUI.configure(background="green")
mGUI.title("A bunch of things that seem useful")
mGUI.mainloop()