def return_to_stims_deletion(main, stimList, numStims, stimScrollingArea, remove_x):
""" (tkinter.Tk, dict, int, tkinter.Frame, img) -> (none)
After confirming with the user that the stimuli entries
will be deleted, this function begins deleting the current
entries and creates the specified number of stimuli.
"""
warningStims.destroy()
##Extract the number from the string.
numStims = int(numStims.replace(' ', ''))
##Destroy the old frame.
stimScrollingArea[0].destroy()
##Clear list for specified entries.
stimList.clear()
##Make a new frame capable of scrolling to the new entry boxes specified
##by the user.
stimScrollingArea[0] = vertSuperscroll.Scrolling_Area(main)
stimScrollingArea[0].pack(expand = 1, fill=BOTH)
for i in range(numStims):
stimEntryFrame = Frame(stimScrollingArea[0].innerframe)
stimEntry = Entry(stimEntryFrame)
stimDeleteButton = Button(stimEntryFrame, image = remove_x, border = 0, highlightthickness = 0,
command = lambda boxIndex=i: remove_stim(main, stimList, stimScrollingArea, boxIndex, remove_x))
stimList.append(stimEntry)
stimEntry.pack(side = LEFT)
stimDeleteButton.pack(side = RIGHT)
stimEntryFrame.pack(side = TOP, pady = 10)
def remove_agent(main, agentFrames, agentScrollingArea, boxIndex, remove_x):
""" (tkinter.Tk, dict, tkinter.Frame, int, tkinter.PhotoImage) -> (none)
Removes the specified agent if the delete entry
button was pressed. Also updates the scrolling area to
adapt to this change.
"""
##Make a new frame capable of scrolling to the new entry box.
agentScrollingAreaTemp = vertSuperscroll.Scrolling_Area(main)
agentScrollingAreaTemp.pack(expand=1, fill=BOTH, pady=(0, 80))
##Delete agent at specified index in both lists.
del agentFrames['agentNames'][boxIndex]
del agentFrames['agentBev'][boxIndex]
##Generate the agents.
for i in range(len(agentFrames['agentNames'])):
##Declare a frame in the scrolling area.
agentEntryFrame = Frame(agentScrollingAreaTemp.innerframe, height=80)
####Declare widgets in the new frame.
agentLabel = Label(agentEntryFrame, text='Agent Name:')
agentEntry = Entry(agentEntryFrame, width=40)
agentBevLabel = Label(agentEntryFrame, text='Agent Behaviour:')
agentBevEntry = Entry(agentEntryFrame, width=40)
agentDeleteButton = Button(
agentEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=i: remove_agent(
main, agentFrames, agentScrollingArea, boxIndex, remove_x))
##Insert widgets in their respective data structures.
agentEntry.insert(
0, agentFrames['agentNames'][i].get()) ##Get previous text.
agentFrames['agentNames'][i] = agentEntry
agentBevEntry.insert(
0, agentFrames['agentBev'][i].get()) ##Get previous text.
agentFrames['agentBev'][i] = agentBevEntry
##Pack new frame/widgets.
agentLabel.pack(side=TOP, anchor=W)
agentEntry.pack(side=TOP, anchor=W)
agentDeleteButton.pack(in_=agentEntryFrame,
side=RIGHT,
anchor=N,
padx=20)
agentBevLabel.pack(side=TOP, anchor=W)
agentBevEntry.pack(side=TOP, anchor=W)
agentEntryFrame.pack(side=TOP, anchor=W, fill=X, pady=20)
##Destroy old frame
agentScrollingArea[0].destroy()
##Assign new frame
agentScrollingArea[0] = agentScrollingAreaTemp
def remove_stim(main, stimList, stimScrollingArea, boxIndex, remove_x):
""" (tkinter.Tk, list, tkinter.Frame, int, tkinter.PhotoImage) -> (none)
Removes the specified stimuli entry box if the delete entry
button was pressed. Also updates the scrolling area to
adapt to this change.
"""
##Get screen width to make dimensions relative to that value.
screenWidth = main.winfo_screenwidth()
##Make a new frame capable of scrolling to the new entry box.
stimScrollingAreaTemp = vertSuperscroll.Scrolling_Area(main)
stimScrollingAreaTemp.canvas.config(height=int(main.winfo_screenheight() /
4.32))
stimScrollingAreaTemp.pack(expand=1, fill=BOTH)
##Delete entry at specified index in the frame lsit and stimuli list.
del stimList[boxIndex]
##Generate the boxes.
for i in range(len(stimList)):
##Declare a frame in the scrolling area.
stimEntryFrame = Frame(stimScrollingAreaTemp.innerframe, height=27)
##Declare widgets in the frame.
stimEntry = Entry(stimEntryFrame)
stimDeleteButton = Button(
stimEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=i: remove_stim(
main, stimList, stimScrollingArea, boxIndex, remove_x))
##Insert the widget in the data structure.
stimEntry.insert(0, stimList[i].get()) ##Get previous text.
stimList[i] = stimEntry
##Pack new frame/widgets.
stimEntryFrame.pack(side=TOP, pady=10)
stimEntry.pack(side=LEFT)
stimDeleteButton.pack(side=RIGHT)
##Destroy old frame
stimScrollingArea[0].destroy()
##Assign new frame
stimScrollingArea[0] = stimScrollingAreaTemp
def set_CBS_data(window, agentNames, allBevDict, allAgentCBS,
allTextBoxCBSFrame, allFormatCBS, allRadioButtons,
allConcreteScrollingArea, allEntriesCBS, allTextBoxCBS,
generatedCBS, moreThanOneAgent, boxIndex):
oldEntries = allEntriesCBS[boxIndex]
oldTextBoxCBS = allTextBoxCBS[boxIndex]
##If no concrete behaviours were yet generated for the behaviours,
##then we generate the rows for the CBS.
if generatedCBS[boxIndex] == False:
##Frame for the two radio buttons.
allFormatCBS[boxIndex] = Frame(window)
##Create a frame for the text box.
allTextBoxCBSFrame[boxIndex] = Frame(window)
##Declaring x and y scrollbars for the CBS text box.
xscrollbarCBS = Scrollbar(allTextBoxCBSFrame[boxIndex],
orient=HORIZONTAL)
xscrollbarCBS.grid(row=1, column=0, sticky=N + S + E + W)
yscrollbarCBS = Scrollbar(allTextBoxCBSFrame[boxIndex])
yscrollbarCBS.grid(row=0, column=1, sticky=N + S + E + W)
content = StringVar()
##Create the text box widget for the CBS page.
allTextBoxCBS[boxIndex] = Text(
allTextBoxCBSFrame[boxIndex],
wrap=NONE,
xscrollcommand=xscrollbarCBS.set,
yscrollcommand=yscrollbarCBS.set,
width=int(window.winfo_screenwidth() / 33),
height=int(window.winfo_screenheight() / 52))
allTextBoxCBS[boxIndex].grid(row=0, column=0)
xscrollbarCBS.config(command=allTextBoxCBS[boxIndex].xview)
yscrollbarCBS.config(command=allTextBoxCBS[boxIndex].yview)
##Pack frame for the radio Buttons
allFormatCBS[boxIndex].pack(side=BOTTOM, anchor=S, expand=True)
##Set a variable that the radio Buttons share to determine what happens when
##one of them is pressed.
whichRadio = StringVar()
whichRadio.set('Rows')
radioRowsCBS = Radiobutton(
window,
text='CBS Rows',
variable=whichRadio,
value='Rows',
state='disabled',
command=lambda: change_CBS(
radioRowsCBS, radioBoxCBS, allConcreteScrollingArea[
boxIndex], allTextBoxCBSFrame[boxIndex], whichRadio))
radioRowsCBS.pack(in_=allFormatCBS[boxIndex],
side=LEFT) ##Pack the Buttons
##Radio button for the alternate style of entering concrete behaviours.
radioBoxCBS = Radiobutton(
window,
text='CBS Box',
variable=whichRadio,
value='Box',
command=lambda: change_CBS(
radioRowsCBS, radioBoxCBS, allConcreteScrollingArea[
boxIndex], allTextBoxCBSFrame[boxIndex], whichRadio))
radioBoxCBS.pack(in_=allFormatCBS[boxIndex], side=RIGHT)
if allRadioButtons[
boxIndex] != None: ##If True, this means the agent use to exist as multiple or single.
radioRowsCBS.config(
state=allRadioButtons[boxIndex][0].cget("state"))
radioBoxCBS.config(
state=allRadioButtons[boxIndex][1].cget("state"))
whichRadio.set(allRadioButtons[boxIndex][2].get())
##Pack the two radio buttons in allRadioButtons as a tupple, including whichRadio.
allRadioButtons[boxIndex] = (radioRowsCBS, radioBoxCBS, whichRadio)
##Pack new labels for CBS.
allAgentCBS[boxIndex] = Label(window,
text=agentNames[boxIndex] + ' =>')
allAgentCBS[boxIndex].pack(side=TOP, anchor=W)
##Create a vertical scrolling area for the rows.
allConcreteScrollingArea[boxIndex] = [
vertSuperscroll.Scrolling_Area(window, width=1, height=1)
]
allConcreteScrollingArea[boxIndex][0].pack(expand=1, fill=BOTH)
if oldEntries != None: ##If True, this means the agent use to exist as multiple or single.
recreate_CBS_entries(
allBevDict[boxIndex + 1], allEntriesCBS[boxIndex],
allConcreteScrollingArea[boxIndex][0].innerframe)
if whichRadio.get() == 'Box':
allConcreteScrollingArea[boxIndex][0].pack_forget()
allTextBoxCBSFrame[boxIndex].pack()
else:
##Call create_CBS_entries() to create the rows in the CBS scrolling area.
allEntriesCBS[boxIndex] = create_CBS_entries(
allBevDict[boxIndex + 1],
allConcreteScrollingArea[boxIndex][0].innerframe)
##Save the number of CBS in the allBevDict dictionary at key (0, 0) since
##that coordinate is unused.
allEntriesCBS[boxIndex][0, 0] = len(allBevDict[boxIndex + 1])
##Set generatedCBS to True.
generatedCBS[boxIndex] = True
##If concrete behaviours page was already generated, it must be modified
##if necessary to adapt to changes made on previous pages.
else:
##Get a copy of the entries to check if any modifications are necessary once fix_CBS() is called.
oldEntriesCBS = allEntriesCBS[boxIndex].copy()
##fix_CBS() function will modify the data scructures related to CBS.
allEntriesCBS[boxIndex] = fix_CBS(
allBevDict[boxIndex + 1],
allConcreteScrollingArea[boxIndex][0].innerframe,
allEntriesCBS[boxIndex])
if oldEntriesCBS != allEntriesCBS[boxIndex]: ##Means changes were made.
##Create a temporary scrolling area that will be later used as the main scrolling
##area. This is done in order to destroy the previous scrolling area
##at the end of the else statement once all the necessary widgets were
##saved from the old frame.
concreteScrollingAreaTemp = vertSuperscroll.Scrolling_Area(
window, width=1, height=1)
##calling recreate_CBS_entries() to recreate the CBS rows in the new
##temporary frame.
allEntriesCBS[boxIndex] = recreate_CBS_entries(
allBevDict[boxIndex + 1], allEntriesCBS[boxIndex],
concreteScrollingAreaTemp.innerframe)
##Destroy the old scrolling area for the CBS.
allConcreteScrollingArea[boxIndex][0].destroy()
##Asign to the new scrolling area.
allConcreteScrollingArea[boxIndex] = [concreteScrollingAreaTemp]
if not moreThanOneAgent: ##Re-pack title labels if True.
allAgentCBS[boxIndex].pack(side=TOP, anchor=W)
allFormatCBS[boxIndex].pack(side=BOTTOM, anchor=S, expand=True)
else: ##more than one agent.
allRadioButtons[boxIndex][0].config(command=lambda: change_CBS(
allRadioButtons[boxIndex][0], allRadioButtons[boxIndex][1],
allConcreteScrollingArea[boxIndex], allTextBoxCBSFrame[
boxIndex], allRadioButtons[boxIndex][2]))
allRadioButtons[boxIndex][1].config(command=lambda: change_CBS(
allRadioButtons[boxIndex][0], allRadioButtons[boxIndex][1],
allConcreteScrollingArea[boxIndex], allTextBoxCBSFrame[
boxIndex], allRadioButtons[boxIndex][2]))
##Now pack the correct CBS layout.
if allRadioButtons[boxIndex][2].get(
) == 'Rows': ##Repack the scrolling area if the user was previously using that display.
##Pack the new scrolling area and the new frame for the CBS.
concreteScrollingAreaTemp.pack(expand=1, fill=BOTH)
else: ##Repack the text box.
allTextBoxCBSFrame[boxIndex].pack()
else: ##No changes to tables.
if not moreThanOneAgent: ##Re-pack the labels when one agent only.
allAgentCBS[boxIndex].pack(side=TOP, anchor=W)
allFormatCBS[boxIndex].pack(side=BOTTOM, anchor=S, expand=True)
##Now pack the correct CBS layout.
if allRadioButtons[boxIndex][2].get(
) == 'Rows': ##Repack the scrolling area if the user was previously using that display.
##Pack the new scrolling area and the new frame for the CBS.
allConcreteScrollingArea[boxIndex][0].pack(expand=1,
fill=BOTH)
else: ##Repack the text box.
allTextBoxCBSFrame[boxIndex].pack()
image=left_arrow,
border=0,
highlightthickness=0)
"""Label and Buttons exclusive to page 1."""
##Frame for the stim number Label, button and entry box (to specify
##a number of stimuli to be generated).
stimFrame = Frame(main)
stimFrame.pack(side=BOTTOM, anchor=S, expand=True, pady=50)
##Title for the stimuli on page 1.
stimTitle = Label(main, text='Please Enter The Stimuli', font=label_font)
stimTitle.pack(side=TOP, padx=(0, int(screenWidth / 240)))
##The scrolling area is at index zero of the stimScrollingArea list, this way,
##the scrolling area can be passed by reference and be modified by other functions.
stimScrollingArea = [vertSuperscroll.Scrolling_Area(main)]
stimScrollingArea[0].canvas.config(height=windowSize / 2)
stimScrollingArea[0].pack(expand=1, fill=BOTH)
##Label, button and entry box to generate specified number of stimuli.
enterStimLabel = Label(main, text='Enter # of stimuli : ', font=label_font)
enterStimLabel.pack(in_=stimFrame, side=LEFT)
enterStimButton = Button(
main,
image=check_mark,
border=0,
command=lambda: specify_stim(main, stimList, enterStimBox.get(
), stimScrollingArea, remove_x, return_arrow),
highlightthickness=0)
enterStimButton.pack(in_=stimFrame, side=RIGHT, anchor=N)
def add_stim(main, stimList, stimScrollingArea, remove_x):
""" (tkinter.Tk, list, tkinter.Frame, tkinter.PhotoImage) -> (none)
Adds a stimuli entry box to the addStim page,
and updates the scrolling area.
"""
##Make a new frame capable of scrolling to the new entry box.
stimScrollingAreaTemp = vertSuperscroll.Scrolling_Area(main)
stimScrollingAreaTemp.canvas.config(height=int(main.winfo_screenheight() /
4.32))
stimScrollingAreaTemp.pack(expand=1, fill=BOTH)
##Generate the boxes.
for i in range(len(stimList)):
##Declare a frame in the scrolling area.
stimEntryFrame = Frame(stimScrollingAreaTemp.innerframe, height=27)
##Declare widgets in the frame.
stimEntry = Entry(stimEntryFrame)
stimDeleteButton = Button(
stimEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=i: remove_stim(
main, stimList, stimScrollingArea, boxIndex, remove_x))
##Insert widget in the data structure.
stimEntry.insert(0, stimList[i].get()) ##Get previous text.
stimList[i] = stimEntry
##Pack new frame/widgets.
stimEntryFrame.pack(side=TOP, pady=10)
stimEntry.pack(side=LEFT)
stimDeleteButton.pack(side=RIGHT)
##Assign a new entry box to the scrolling area by making a new frame.
stimEntryFrame = Frame(stimScrollingAreaTemp.innerframe, height=27)
####Declare widgets in the new frame.
stimEntry = Entry(stimEntryFrame)
stimDeleteButton = Button(
stimEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=len(stimList): remove_stim(
main, stimList, stimScrollingArea, boxIndex, remove_x))
##Pack new frame/widgets.
stimEntryFrame.pack(side=TOP, pady=10)
stimEntry.pack(side=LEFT)
stimDeleteButton.pack(side=RIGHT)
##Add the new entry and the frame to their respective list.
stimList.append(stimEntry)
##Destroy old frame.
stimScrollingArea[0].destroy()
##Assign new frame.
stimScrollingArea[0] = stimScrollingAreaTemp
def add_agent(main, agentFrames, agentScrollingArea, remove_x):
""" (tkinter.Tk, dict, tkinter.Frame, tkinter.PhotoImage) -> (none)
Adds a frame to hold a new agent and its behaviour in the addBev page,
and updates the scrolling area.
"""
##Make a new frame capable of scrolling to the new agent frames.
agentScrollingAreaTemp = vertSuperscroll.Scrolling_Area(main)
agentScrollingAreaTemp.pack(expand=1, fill=BOTH, pady=(0, 80))
##Generate the agents.
for i in range(len(agentFrames['agentNames'])):
##Declare a frame in the scrolling area.
agentEntryFrame = Frame(agentScrollingAreaTemp.innerframe, height=80)
####Declare widgets in the new frame.
agentLabel = Label(agentEntryFrame, text='Agent Name:')
agentEntry = Entry(agentEntryFrame, width=40)
agentBevLabel = Label(agentEntryFrame, text='Agent Behaviour:')
agentBevEntry = Entry(agentEntryFrame, width=40)
agentDeleteButton = Button(
agentEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=i: remove_agent(
main, agentFrames, agentScrollingArea, boxIndex, remove_x))
##Insert widgets in their respective data structures.
agentEntry.insert(
0, agentFrames['agentNames'][i].get()) ##Get previous text.
agentFrames['agentNames'][i] = agentEntry
agentBevEntry.insert(
0, agentFrames['agentBev'][i].get()) ##Get previous text.
agentFrames['agentBev'][i] = agentBevEntry
##Pack new frame/widgets.
agentLabel.pack(side=TOP, anchor=W)
agentEntry.pack(side=TOP, anchor=W)
agentDeleteButton.pack(in_=agentEntryFrame,
side=RIGHT,
anchor=N,
padx=20)
agentBevLabel.pack(side=TOP, anchor=W)
agentBevEntry.pack(side=TOP, anchor=W)
agentEntryFrame.pack(side=TOP, anchor=W, fill=X, pady=20)
##Assign a the new entry boxes to the scrolling area by making a new frame.
agentEntryFrame = Frame(agentScrollingAreaTemp.innerframe, height=80)
####Declare widgets in the new frame.
agentLabel = Label(agentEntryFrame, text='Agent Name:')
agentEntry = Entry(agentEntryFrame, width=40)
agentBevLabel = Label(agentEntryFrame, text='Agent Behaviour:')
agentBevEntry = Entry(agentEntryFrame, width=40)
agentDeleteButton = Button(
agentEntryFrame,
image=remove_x,
border=0,
command=lambda boxIndex=len(agentFrames['agentNames']): remove_agent(
main, agentFrames, agentScrollingArea, boxIndex, remove_x))
##Pack new frame/widgets.
agentLabel.pack(side=TOP, anchor=W)
agentEntry.pack(side=TOP, anchor=W)
agentDeleteButton.pack(in_=agentEntryFrame, side=RIGHT, anchor=N, padx=20)
agentBevLabel.pack(side=TOP, anchor=W)
agentBevEntry.pack(side=TOP, anchor=W)
agentEntryFrame.pack(side=TOP, anchor=W, fill=X, pady=20)
##Add the new entries to their respective list.
agentFrames['agentNames'].append(agentEntry)
agentFrames['agentBev'].append(agentBevEntry)
##Destroy old frame.
agentScrollingArea[0].destroy()
##Assign new frame.
agentScrollingArea[0] = agentScrollingAreaTemp