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hypnic_gui.py
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hypnic_gui.py
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# TODO:
# ==============================================================================
# S. Learn about and implement text input boxes so that the user can provide numbers for filtering parameters
# 1. Do the same for the OptionMenu widget class, dropdowns for selecting primary, secondary, tertiary inputs
# ==============================================================================
# A. Consider creating a new widget_container.py file (or some other name with similar meaning)
# 1. Not immediately necessary, but the GUI is gonna become more and more complicated so it may make more sense
# to handle initialization-related aspects of the program within a class
# B. It's REALLY not great practice that I'm initializing member variables like frames outside of __init__()
# 1. Would be better to, at that point within defineGrid(), initialize a WidgetContainer() instance which holds
# those widgets as member variables AND defines them within its __init__ function
# C. If clearing IS important, consider using
# del tempList[:]
# But don't jump to conclusions on doing so
# 1. Don't want to accidentally call any destructors for ttk objects and such,
# since many will be referenced by two or more lists
# D. Create a TXT or CSV input system for defining all of the GUI parameters that are currently hard-coded
# 1. Not at all concerned with this until I actually care about making things pretty beyond functionality
# E. STRONGLY CONSIDER instance vs. class member variables and improve abstraction (as currently in D.)
# Explanation: https://dev.to/ogwurujohnson/distinguishing-instance-variables-from-class-variables-in-python-81
__name__ = "hypnic_gui"
# Library Inputs
from timeit import default_timer
import tkinter
from tkinter import CENTER, ttk
# The partial() module can be used to allow widgets like Buttons to pass arguments along with their commands
# It is specifically useful where lambda can't be applied, like when such a parameter is being periodically changed
# throughout some sort of iterative process, such as configuring commands within the controlBox Frames
# Credit to StackOverflow users "Dologan" and "Klamer Schutte" for their answer and associated comments on its use
# The answer can be viewed at https://stackoverflow.com/a/22290388
from functools import partial
# Local Inputs
import timing_container
import dimension_container
import state_container
import image_container
import style_container
import edit_container
import command_container
import hypnic_helpers
# G L O B A L V A R I A B L E S
# Path to the text document which lists the paths to all input images
# TODO: Remove this global and define it from user input at runtime
INPUT_IMAGE_PATHS_FILE = "hypnic_images.txt" # FLAG: Hard-coded GUI parameter!
class HypnicGUI(tkinter.Tk):
# Constructor has a wrapper_ argument for the program's HypnicWrapper instance
def __init__(self, wrapper_, *args, **kwargs):
# INITIALIZATION TIMER
# Timer beginning upon initialization of this object
self.initTimer = default_timer()
# OTHER TIMERS
# List of all timers, initialized as containing only self.initTimer
self.timers = [self.initTimer]
# The HypnicGUI instance can refer to the HypnicWrapper instance
# TODO: Since I'm writing all of these classes for use as single instances, it amy make the most
# sense to transition such member variables to "above" the __init__()
self.wrapper = wrapper_
# Begins by running the initialization function for the basic instance of tkinter.Tk
tkinter.Tk.__init__(self, *args, **kwargs)
# TODO: Consider using dicts instead of lists, for storing the ttk widgets and such
# I N I T I A L I Z A T I O N O F W I D G E T - R E L A T E D V A R I A B L E S
# GENERAL WIDGET LIST
# Stores all of the ttk widgets that belong to the GUI
# Widgets include but are not limited to instances of Frame, Label, Button, etc.
self.widgets = []
# SPECIFIC WIDGET LISTS
# Stores the ttk INPUT-RELATED widget instances.
# NOTE: This *CAN* include ttk Button objects for example, even though they have their own wider-scoped list
self.inputWidgets = []
# I N I T I A L I Z A T I O N O F F R A M E - R E L A T E D V A R I A B L E S
# GENERAL FRAME LIST
# Stores all of the ttk Frame objects that belong to the GUI
self.frames = []
# CUSTOM FRAME LISTS (mainly for storing frames which do not have their own individual member variables)
# - Also potentially useful for keeping narrow-scope groups of similar frames together
# self.photoBoxFrames stores each of the 4 frames held within self.photoBox
self.photoBoxFrames = []
# self.controlBoxFrames stores each frame from each row within self.controlBox
self.controlBoxFrames = []
# I N I T I A L I Z A T I O N O F L A B E L - R E L A T E D V A R I A B L E S
# GENERAL LABEL LIST
# Stores all of the ttk Label objects that belong to the GUI
self.labels = []
# SPECIFIC LABEL LISTS
# Divides labels into separate lists based on whether or not they contain associated images or text
# Stores the ttk Label objects which have an assigned image property
self.imageLabels = []
# Stores the ttk Label objects which have some assigned text property
# TODO: Determine whether textvariable Label objects should also be included within the array for text Labels,
# and/or vice versa, or kept mutually exclusive from one another
self.textLabels = []
# Stores the ttk Label objects which have some assigned textvariable property
self.textvariableLabels = []
# CUSTOM LABEL LISTS
# self.photoBoxImageLabels stores each of the 4 Labels which hold images for each of the 4 "photoBox*" frames
self.photoBoxImageLabels = []
# I N I T I A L I Z A T I O N O F B U T T O N - R E L A T E D V A R I A B L E S
# GENERAL BUTTON LIST
# Stores all of the ttk Button objects that belong to the GUI
self.buttons = []
# CUSTOM BUTTON LISTS
# Stores each of the buttons that fall within any of the Control Box frames in CenterContent
self.controlBoxButtons = []
# I N I T I A L I Z A T I O N O F R A D I O B U T T O N - R E L A T E D V A R I A B L E S
# GENERAL RADIOBUTTON LIST
# Stores all of the ttk Radiobutton objects that belong to the GUI
self.radiobuttons = []
# CUSTOM RADIOBUTTON LISTS
# Stores each of the Radiobuttons that fall within any of the Control Box frames in CenterContent
self.controlBoxRadiobuttons = []
# I N I T I A L I Z A T I O N O F C H E C K B U T T O N - R E L A T E D V A R I A B L E S
# GENERAL CHECKBUTTON LIST
# Stores all of the ttk Checkbutton objects that belong to the GUI
self.checkbuttons = []
# CUSTOM CHECKBUTTON LISTS
# Stores each of the Checkbuttons that fall within any of the Control Box frames in CenterContent
self.controlBoxCheckbuttons = []
# I N I T I A L I Z A T I O N O F C O M B O B O X - R E L A T E D V A R I A B L E S
# GENERAL COMBOBOX LIST
# Stores all of the ttk Combobox objects that belong to the GUI
self.comboboxes = []
# CUSTOM COMBOBOX LISTS
# Stores each of the Comboboxes that fall within any of the Control Box frames in CenterContent
self.controlBoxComboboxes = []
# C O N T A I N E R C L A S S I N I T I A L I Z A T I O N
# NOTE: THIS SHOULD ONLY BE DONE AFTER DEFINING THE EMPTY LISTS ABOVE, JUST IN CASE A CONSTRUCTOR NEEDS ACCESS
# DimensionContainer instance must exist before self.styleObj or self.edit are initialized!
self.dims = dimension_container.DimensionContainer(self)
self.stateObj = state_container.StateContainer(self)
# StyleContainer.__init__() depends on self.dims so self.dims MUST be initialized already!
self.styleObj = style_container.StyleContainer(self)
# EditContainer.__init__() depends on self.dims so self.dims MUST be initialized already!
self.edit = edit_container.EditContainer(self)
# TODO: Replace INPUT_IMAGE_PATHS_FILE with runtime user input, the entire reason it's passed in by the GUI
self.img = image_container.ImageContainer(self, INPUT_IMAGE_PATHS_FILE)
# Depends on a variety of things having already been defined, including dimensions and images
# - For this reason, it's probably best to keep CommandContainer last in the instantiation order
self.cmd = command_container.CommandContainer(self)
# C O N F I G U R I N G A D D I T I O N A L G U I P R O P E R T I E S
# It's completely fine for these to be hard-coded as it's not anything the user should have or need control over
self.iconbitmap(default='media/hficon.ico')
self.wm_title("hypnic-functions GUI Client")
# NOTE: The line below can be uncommented in order to force a specific set of window dimensions
# self.minsize(width=self.dims.windowWidth, height=self.dims.windowHeight)
self.maxsize(width=self.dims.windowWidth, height=self.dims.windowHeight)
self.state('zoomed')
# Calls functions related to constructing the GUI and initializes associated values
# The following must be done before calling defineGrid():
self.defineGrid()
# The following must be done before calling colorFrames():
self.colorFrames()
# The following must be done before calling fillGrid():
self.fillGrid()
# The following must be done before calling styleWidgets():
self.styleWidgets()
# T I M I N G - R E L A T E D
# TODO: TimingContainer SHOULD BE initialized first, and right at the beginning of the function
# A. However, due to the fact that it currently loads its own image (a legacy of when it was a standalone
# program as hypnic7.py
# B. Need to edit normal_math_timing.py and timing_container.py to not use its own images on initialization
self.time = timing_container.TimingContainer(self)
# Defines the GUI layout using tkinter's grid() and Frame() modules
def defineGrid(self):
# tempList is a temporary list used to store elements which will be appended to member variable lists which
# contain relevant ttk objects such as self.frames, self.widgets, etc.
# This is being done as a best practice for code readability as things can get ugly when dealing with appends
# to more than just one of the member variable lists
tempList = []
# FRAMES WHICH ARE CHILDREN OF THE WINDOW AS A WHOLE
# Defines the main 4 containers: Top Toolbar, Main Content, Bottom Toolbar, and Bottom Infobar
self.topToolbar = tkinter.ttk.Frame(self, height=self.dims.topToolbarHeight)
self.mainContent = tkinter.ttk.Frame(self)
self.bottomToolbar = tkinter.ttk.Frame(self, height=self.dims.bottomToolbarHeight)
self.bottomInfobar = tkinter.ttk.Frame(self, height=self.dims.bottomInfobarHeight)
# Specifies that mainContent is the (only) row which should have expansion priority
self.grid_rowconfigure(1, weight=1)
# Specifies that column 0 (the only column, containing all of the 4 main frames) should expand to maximum width
# This is important so that columns within the frames of each mainContent row have proper width behavior
self.grid_columnconfigure(0, weight=1)
# Populates templist with the newly defined frames
tempList = [self.topToolbar, self.mainContent, self.bottomToolbar, self.bottomInfobar]
# Iterates through the newly-defined tempList, appending all values to the relevant widget lists
for e in tempList:
self.widgets.append(e)
self.frames.append(e)
# In this case because each element has separate values for padding, the current DimensionContainer framework
# does not support iteratively calling the ttk.Frame.grid() method for the newly created frames
# So we arrange the 4 main containers manually instead
self.topToolbar.grid(row=0, sticky="nsew", ipadx=self.dims.topToolbarPadX,
ipady=self.dims.topToolbarPadY)
self.mainContent.grid(row=1, sticky="nsew", ipadx=self.dims.mainContentPadX,
ipady=self.dims.mainContentPadY)
self.bottomToolbar.grid(row=2, sticky="nsew", ipadx=self.dims.bottomToolbarPadX,
ipady=self.dims.bottomToolbarPadY)
self.bottomInfobar.grid(row=3, sticky="nsew", ipadx=self.dims.bottomInfobarPadX,
ipady=self.dims.bottomInfobarPadY)
# NOTE: Clearing tempList just in case!
# TODO: See note at top of file about clearing tempList
tempList = []
# FRAMES WHICH ARE CHILDREN OF self.mainContent
# Defines the 3 container frames within Main Content: Left Content, Center Content, and Right Content
self.leftContent = tkinter.ttk.Frame(self.mainContent, width=self.dims.leftContentWidth)
self.centerContent = tkinter.ttk.Frame(self.mainContent)
# NOTE: Instead of hard-coding the width of rightContent, can set it relative to centerContent by removing the
# explicit width definition and calling grid_columnconfigure() for BOTH columns 1 AND 2
# TODO: Consider implementing the above NOTE
self.rightContent = tkinter.ttk.Frame(self.mainContent, width=self.dims.rightContentWidth)
# Specifies that mainContent's row 0 (the only row) and column 1 (Center Content) have priority for space-filling
self.mainContent.grid_rowconfigure(0, weight=1)
self.mainContent.grid_columnconfigure(1, weight=1)
# Populates templist with the newly defined frames
tempList = [self.leftContent, self.centerContent, self.rightContent]
# Iterates through the newly-defined tempList, appending all values to the relevant widget lists
for e in tempList:
self.widgets.append(e)
self.frames.append(e)
# In this case because each element has separate values for padding, the current DimensionContainer framework
# does not support iteratively calling the ttk.Frame.grid() method for the newly created frames
# So we arrange each of the three column containers manually
self.leftContent.grid(row=0, column=0, sticky="nsew", ipadx=self.dims.leftContentPadX,
ipady=self.dims.leftContentPadY)
self.centerContent.grid(row=0, column=1, sticky="nsew", ipadx=self.dims.centerContentPadX,
ipady=self.dims.centerContentPadY)
self.rightContent.grid(row=0, column=2, sticky="nsw", ipadx=self.dims.rightContentPadX,
ipady=self.dims.rightContentPadY)
# NOTE: Clearing tempList just in case!
# TODO: See note at top of file about clearing tempList
tempList = []
# FRAMES WHICH ARE CHILDREN OF self.leftContent
# Iterates through the number of rows and columns specified within dimension_container.py
for r in range(self.dims.numPhotoBoxRows):
for c in range(self.dims.numPhotoBoxCols):
# Initializes (and appends to self.widgets) a new Frame with self.leftContent as a parent
# TODO: I BELIEVE that my appending to a member variable which was initialized in __init__, all of those
# Frame entities should continue to exist indefinitely. But if I run into problems, this very
# well could be the cause and I'll have to learn more about memory management in Python OOP
self.widgets.append(tkinter.ttk.Frame(self.leftContent,
width=self.dims.photoBoxWidth,
height=self.dims.photoBoxHeight))
# Appends the same Frame to self.frames and self.photoBoxFrames
self.frames.append(self.widgets[-1])
self.photoBoxFrames.append(self.widgets[-1])
# Specifies that the relevant row and column of self.leftContent has equal priority for space-filling
self.leftContent.grid_rowconfigure(r, weight=1)
self.leftContent.grid_columnconfigure(c, weight=1)
# Specifies that the newly initialized Frame is a member of the grid cell at (row, col) in centerContent
self.widgets[-1].grid(row=r, column=c, sticky="nsew", ipadx=self.dims.photoBoxPadX,
ipady=self.dims.photoBoxPadY)
# FRAMES WHICH ARE CHILDREN OF self.centerContent
# Defines the individual control frames as rows within self.centerContent
# These are not stored as directly-callable member variables but instead exist within their own list.
# This list, self.centerContents, is an even-more-specific list maintained IN ADDITION TO the other relevant
# lists like self.frames as opposed to being a replacement
# Iterates through the number of rows and columns specified within dimension_container.py
for r in range(self.dims.numControlBoxRows):
for c in range(self.dims.numControlBoxCols):
# Initializes (and appends to self.widgets) a new Frame with self.centerContent as a parent
# TODO: I BELIEVE that my appending to a member variable which was initialized in __init__, all of those
# Frame entities should continue to exist indefinitely. But if I run into problems, this very
# well could be the cause and I'll have to learn more about memory management in Python OOP
self.widgets.append(tkinter.ttk.Frame(self.centerContent))
# Appends the same Frame to self.frames and self.controlBoxFrames
self.frames.append(self.widgets[-1])
self.controlBoxFrames.append(self.widgets[-1])
# Specifies that the relevant row and column of self.centerContent has equal priority for space-filling
self.centerContent.grid_rowconfigure(r, weight=1)
self.centerContent.grid_columnconfigure(c, weight=1)
# Specifies that the newly initialized Frame is a member of the grid cell at (row, col) in centerContent
self.widgets[-1].grid(row=r, column=c, sticky="nsew", ipadx=self.dims.controlBoxPadX,
ipady=self.dims.controlBoxPadY)
# Colors the frames defined in self.defineGrid()
# NOTE: Currently based on random generation because I'm not concerned about this aspect of things
def colorFrames(self):
for f in range(len(self.frames)):
self.frames[f].configure(style=self.styleObj.frameStyles[f])
# Fills the previously-defined GUI with label elements
def fillGrid(self):
# tempList is a temporary list used to store elements which will be appended to member variable lists which
# contain relevant ttk objects such as self.labels, self.imageLabels, self.buttons, etc.
# This is being done as a best practice for code readability as things can get ugly when dealing with appends
# to more than just one of the member variable lists
tempList = []
# WIDGETS IN TOP TOOLBAR
# WIDGETS IN MAIN CONTENT
# - WIDGETS IN LEFT CONTENT
# - WIDGETS IN PHOTO BOX FRAMES
self.fillPhotoBoxImages()
# - WIDGETS IN CENTER CONTENT
# - WIDGETS IN CONTROL BOX FRAMES
self.fillControlBoxButtons()
self.fillControlBoxRadiobuttons()
self.fillControlBoxCheckbuttons()
self.fillControlBoxComboboxes()
# Defines images for each of the 4 Photo Box Frames within leftContent
def fillPhotoBoxImages(self):
# for i in range(self.dims.numPhotoBoxRows * self.dims.numPhotoBoxCols):
for i in range(self.dims.numPhotoBoxRows * self.dims.numPhotoBoxCols):
# Initializes (and appends to self.widgets) a new Label with the relevant self.photoBoxFrames elt as parent
# TODO: I BELIEVE that my appending to a member variable which was initialized in __init__, all of those
# Frame entities should continue to exist indefinitely. But if I run into problems, this very
# well could be the cause and I'll have to learn more about memory management in Python OOP
self.widgets.append(tkinter.ttk.Label(self.photoBoxFrames[i], image=self.img.tkImages[i]))
# Appends the same Label to self.labels, self.imageLabels, and self.photoBoxImageLabels
self.labels.append(self.widgets[-1])
self.imageLabels.append(self.widgets[-1])
self.photoBoxImageLabels.append(self.widgets[-1])
# Places the Image Label within its frame
self.widgets[-1].place(relx=self.dims.defaultLabelPlaceRelX,
rely=self.dims.defaultLabelPlaceRelY,
anchor=self.dims.defaultLabelPlaceAnchor)
# Defines buttons for each controlBox within centerContent
def fillControlBoxButtons(self):
# iterates from zero stopping before (number of rows multiplied by number of columns)
for i in range(self.dims.numControlBoxRows * self.dims.numControlBoxCols):
# Number of buttons created is defined by DimensionContainer.numControlBoxButtons
buttonCount = self.dims.defaultControlBoxButtonCount
if i < len(self.dims.controlBoxButtonCounts):
buttonCount = self.dims.controlBoxButtonCounts[i]
for n in range(buttonCount):
# Initializes (and appends to self.widgets) a new Button with the relevant self.controlBoxFrames elt as parent
# TODO: I BELIEVE that my appending to a member variable which was initialized in __init__, all of those
# Frame entities should continue to exist indefinitely. But if I run into problems, this very
# well could be the cause and I'll have to learn more about memory management in Python OOP
self.widgets.append(tkinter.ttk.Button(self.controlBoxFrames[i]))
# Appends the same Button to self.buttons, self.inputWidgets, and self.controlBoxButtons
self.buttons.append(self.widgets[-1])
self.inputWidgets.append(self.widgets[-1])
self.controlBoxButtons.append(self.widgets[-1])
self.widgets[-1].grid(row=n, column=0, sticky="nsew", ipadx=self.dims.controlBoxPadX,
ipady=self.dims.controlBoxPadY)
"""
# Places the Button within its frame
self.widgets[-1].place(relx=self.dims.controlBoxButtonPlaceRelX,
rely=((n + 1) / (buttonCount + 1)),
anchor=self.dims.controlBoxButtonPlaceAnchor)
"""
# CONFIGURING TEXT for each BUTTON in self.controlBoxButtons
# Multiple properties can be changed with a single call of configure(), but I'm often
# keeping things separate because this content is later going to be split up between many functions
# For the time being, if I want to set human-defined button text within the code I could create a list where
# each element is a string and the number of elements is equal to the number of buttons, etc.
# TODO: Either use the variable below or get rid of it entirely
# TODO: Actually consider making wider-scoped "buttonStrings"-type of list variables
# Initialized as a list of empty strings, where length is equal to the number of cells in centerContent
self.controlBoxButtonStrings = [""] * len(self.controlBoxButtons)
# Manual definition of button text
# NOTE: Doesn't really belong in this file at all, let alone here
# TODO: Remedy the above note by storing button text information in a new file, likely another custom class
self.controlBoxButtonStrings[0] = "Load A"
self.controlBoxButtonStrings[1] = "Load B"
self.controlBoxButtonStrings[2] = "Load C"
self.controlBoxButtonStrings[3] = "Load D"
self.controlBoxButtonStrings[4] = "Save A"
self.controlBoxButtonStrings[5] = "Save B"
self.controlBoxButtonStrings[6] = "Save C"
self.controlBoxButtonStrings[7] = "Save D"
self.controlBoxButtonStrings[8] = "Undo A"
self.controlBoxButtonStrings[9] = "Undo B"
self.controlBoxButtonStrings[10] = "Undo C"
self.controlBoxButtonStrings[11] = "Undo D"
self.controlBoxButtonStrings[12] = "Redo A"
self.controlBoxButtonStrings[13] = "Redo B"
self.controlBoxButtonStrings[14] = "Redo C"
self.controlBoxButtonStrings[15] = "Redo D"
self.controlBoxButtonStrings[16] = "Scale A"
self.controlBoxButtonStrings[17] = "Scale B"
self.controlBoxButtonStrings[18] = "Scale C"
self.controlBoxButtonStrings[19] = "Scale D"
self.controlBoxButtonStrings[20] = "Apply A"
self.controlBoxButtonStrings[21] = "Apply B"
self.controlBoxButtonStrings[22] = "Apply C"
self.controlBoxButtonStrings[23] = "Apply D"
# Sets any still-undefined strings to "Button [N]" where [N] is the current value of i
# s is the string and i is the index of that string within self.controlBoxButtonStrings
for i, s in enumerate(self.controlBoxButtonStrings):
if s == "":
self.controlBoxButtonStrings[i] = "Button " + str(i)
# Uses the newly-completed list of strings to configure each item in self.controlBoxButtons
for i, b in enumerate(self.controlBoxButtons):
self.controlBoxButtons[i].configure(text=self.controlBoxButtonStrings[i])
# CONFIGURING COMMANDS for each BUTTON in self.controlBoxButtons
for i, b in enumerate(self.controlBoxButtons):
b.configure(command=partial(self.cmd.cmdButtonDefault, i))
# Overwrites with some custom commands
self.controlBoxButtons[0].configure(command=partial(self.cmd.cmdButtonLoad, 0))
self.controlBoxButtons[1].configure(command=partial(self.cmd.cmdButtonLoad, 1))
self.controlBoxButtons[2].configure(command=partial(self.cmd.cmdButtonLoad, 2))
self.controlBoxButtons[3].configure(command=partial(self.cmd.cmdButtonLoad, 3))
self.controlBoxButtons[4].configure(command=partial(self.cmd.cmdButtonSave, 0))
self.controlBoxButtons[5].configure(command=partial(self.cmd.cmdButtonSave, 1))
self.controlBoxButtons[6].configure(command=partial(self.cmd.cmdButtonSave, 2))
self.controlBoxButtons[7].configure(command=partial(self.cmd.cmdButtonSave, 3))
self.controlBoxButtons[8].configure(command=partial(self.cmd.cmdButtonUndo, 0))
self.controlBoxButtons[9].configure(command=partial(self.cmd.cmdButtonUndo, 1))
self.controlBoxButtons[10].configure(command=partial(self.cmd.cmdButtonUndo, 2))
self.controlBoxButtons[11].configure(command=partial(self.cmd.cmdButtonUndo, 3))
self.controlBoxButtons[12].configure(command=partial(self.cmd.cmdButtonRedo, 0))
self.controlBoxButtons[13].configure(command=partial(self.cmd.cmdButtonRedo, 1))
self.controlBoxButtons[14].configure(command=partial(self.cmd.cmdButtonRedo, 2))
self.controlBoxButtons[15].configure(command=partial(self.cmd.cmdButtonRedo, 3))
self.controlBoxButtons[16].configure(command=partial(self.cmd.cmdButtonScale, 0))
self.controlBoxButtons[17].configure(command=partial(self.cmd.cmdButtonScale, 1))
self.controlBoxButtons[18].configure(command=partial(self.cmd.cmdButtonScale, 2))
self.controlBoxButtons[19].configure(command=partial(self.cmd.cmdButtonScale, 3))
# TODO: Update these so that the second argument isn't necessarily equal to the first
# - NOTE: This may involve reducing the number of arguments to cmdButtonApply() and instead specifying
# things like primary/secondary input image indices through radiobuttons
self.controlBoxButtons[20].configure(command=partial(self.cmd.cmdButtonApply, 0))
self.controlBoxButtons[21].configure(command=partial(self.cmd.cmdButtonApply, 1))
self.controlBoxButtons[22].configure(command=partial(self.cmd.cmdButtonApply, 2))
self.controlBoxButtons[23].configure(command=partial(self.cmd.cmdButtonApply, 3))
# Defines Radiobuttons for each controlBox within centerContent
def fillControlBoxRadiobuttons(self):
# iterates from zero stopping before (number of rows multiplied by number of columns)
for i in range(self.dims.numControlBoxRows * self.dims.numControlBoxCols):
# Number of radiobuttons created is defined by DimensionContainer.numControlBoxRadiobuttons
radiobuttonCount = self.dims.defaultControlBoxRadiobuttonCount
if i < len(self.dims.controlBoxRadiobuttonCounts):
radiobuttonCount = self.dims.controlBoxRadiobuttonCounts[i]
for n in range(radiobuttonCount):
# Initializes (and appends to self.widgets) a new Radiobutton with the relevant Frame as the parent
self.widgets.append(tkinter.ttk.Radiobutton(self.controlBoxFrames[i]))
# Appends the same Radiobutton to self.radiobuttons, self.inputWidgets, and self.controlBoxImageLabels
self.radiobuttons.append(self.widgets[-1])
self.inputWidgets.append(self.widgets[-1])
self.controlBoxRadiobuttons.append(self.widgets[-1])
# NOTE: A column value of 1 is used for Radiobuttons, as opposed to the 0 used for Buttons
self.widgets[-1].grid(row=n, column=1, sticky="nsew", ipadx=self.dims.controlBoxPadX,
ipady=self.dims.controlBoxPadY)
# CONFIGURING TEXT for each RADIOBUTTON in self.controlBoxRadiobuttons
# Initialized as a list of empty strings, where length is equal to the number of cells in centerContent
self.controlBoxRadiobuttonStrings = [""] * len(self.controlBoxRadiobuttons)
# Manual definition of radiobutton text
# NOTE: Doesn't really belong in this file at all, let alone here
# TODO: Remedy the above note by storing radiobutton text information in a new file, likely another custom class
self.controlBoxRadiobuttonStrings[:10] = ["Fill",
"Grayscale",
"Add",
"Subtract",
"Copy",
"Swap",
"Average",
"Multiply",
"Divide",
"Snow"]
self.controlBoxRadiobuttonStrings[10:14] = ["Primary A",
"Primary B",
"Primary C",
"Primary D",]
self.controlBoxRadiobuttonStrings[14:18] = ["Secondary A",
"Secondary B",
"Secondary C",
"Secondary D", ]
# Sets any still-undefined strings to "Radio [N]" where [N] is the current value of i
# s is the string and i is the index of that string within self.controlBoxRadiobuttonStrings
for i, s in enumerate(self.controlBoxRadiobuttonStrings):
if s == "":
self.controlBoxRadiobuttonStrings[i] = "Radio " + str(i)
# Uses the newly-completed list of strings to configure each item in self.controlBoxRadiobuttons
for i, b in enumerate(self.controlBoxRadiobuttons):
b.configure(text=self.controlBoxRadiobuttonStrings[i])
# CONFIGURING COMMANDS for each RADIOBUTTON in self.controlBoxRadiobuttons
for i, b in enumerate(self.controlBoxRadiobuttons[:10]):
b.configure(command=partial(self.cmd.cmdRadiobuttonSetManipType, i))
# Configures state variables for some of the radiobuttons
# Also attaches the variables to the widget reference objects, as described in the following reference:
# http://effbot.org/tkinterbook/checkbutton.htm
for i in range(10):
self.controlBoxRadiobuttons[i].configure(variable=self.stateObj.raManipType, value=i)
self.controlBoxRadiobuttons[i].var = self.stateObj.raManipType
for i in range(10, 14):
# NOTE: (i - 10) is inherently based on this hard-coded stuff. TODO: Clean up eventually
self.controlBoxRadiobuttons[i].configure(variable=self.stateObj.raPrimaryInputImage, value=(i - 10))
self.controlBoxRadiobuttons[i].var = self.stateObj.raPrimaryInputImage
for i in range(14, 18):
# NOTE: (i - 14) is inherently based on this hard-coded stuff. TODO: Clean up eventually
self.controlBoxRadiobuttons[i].configure(variable=self.stateObj.raSecondaryInputImage, value=(i - 14))
self.controlBoxRadiobuttons[i].var = self.stateObj.raSecondaryInputImage
# Defines Checkbuttons for each controlBox within centerContent
def fillControlBoxCheckbuttons(self):
# iterates from zero stopping before (number of rows multiplied by number of columns)
for i in range(self.dims.numControlBoxRows * self.dims.numControlBoxCols):
# Number of checkbuttons created is defined by DimensionContainer.numControlBoxCheckbuttons
checkbuttonCount = self.dims.defaultControlBoxCheckbuttonCount
if i < len(self.dims.controlBoxCheckbuttonCounts):
checkbuttonCount = self.dims.controlBoxCheckbuttonCounts[i]
for n in range(checkbuttonCount):
# Initializes (and appends to self.widgets) a new Checkbutton with the relevant Frame as the parent
self.widgets.append(tkinter.ttk.Checkbutton(self.controlBoxFrames[i]))
# Appends the same Checkbutton to self.checkbuttons, self.inputWidgets, and self.controlBoxImageLabels
self.checkbuttons.append(self.widgets[-1])
self.inputWidgets.append(self.widgets[-1])
self.controlBoxCheckbuttons.append(self.widgets[-1])
# NOTE: A column value of 2 is used for Checkbuttons, as opposed to the 1/0 used by Radio/Buttons
# NOTE: A row value of (n + 1) is used to ensure that checkbuttons appear below the comboboxes in row 0
# - This is not meant to be permanent and is just a quick fix for earlier versions of the program
# - TODO: Define actual widget rows correctly for each control box, instead of this (n + 1) method
self.widgets[-1].grid(row=(n + 1), column=2, sticky="nsew", ipadx=self.dims.controlBoxPadX,
ipady=self.dims.controlBoxPadY)
# CONFIGURING TEXT for each CHECKBUTTON in self.controlBoxCheckbuttons
# Initialized as a list of empty strings, where length is equal to the number of cells in centerContent
self.controlBoxCheckbuttonStrings = [""] * len(self.controlBoxCheckbuttons)
# Manual definition of checkbutton text
# NOTE: Doesn't really belong in this file at all, let alone here
# TODO: Remedy the above note by storing checkbutton text information in a new file, likely another custom class
for i in range(20): # FLAG: Hard-coded GUI parameter!
self.controlBoxCheckbuttonStrings[i] = "Check " + chr(65 + i)
# Sets any still-undefined strings to "Check [N]" where [N] is the current value of i
# s is the string and i is the index of that string within self.controlBoxCheckbuttonStrings
for i, s in enumerate(self.controlBoxCheckbuttonStrings):
if s == "":
self.controlBoxCheckbuttonStrings[i] = "Check " + str(i)
# Custom Checkbutton String definitions
self.controlBoxCheckbuttonStrings[0] = "Output Red Channel"
self.controlBoxCheckbuttonStrings[1] = "Output Green Channel"
self.controlBoxCheckbuttonStrings[2] = "Output Blue Channel"
self.controlBoxCheckbuttonStrings[3] = "Red Channel In"
self.controlBoxCheckbuttonStrings[4] = "Green Channel In"
self.controlBoxCheckbuttonStrings[5] = "Blue Channel In"
self.controlBoxCheckbuttonStrings[6] = "Red Channel In"
self.controlBoxCheckbuttonStrings[7] = "Green Channel In"
self.controlBoxCheckbuttonStrings[8] = "Blue Channel In"
self.controlBoxCheckbuttonStrings[9] = "Red Channel In"
self.controlBoxCheckbuttonStrings[10] = "Green Channel In"
self.controlBoxCheckbuttonStrings[11] = "Blue Channel In"
self.controlBoxCheckbuttonStrings[12] = "Wrap Colors"
# Uses the newly-completed list of strings to configure text for each item in self.controlBoxCheckbuttons
for i, b in enumerate(self.controlBoxCheckbuttons):
b.configure(text=self.controlBoxCheckbuttonStrings[i])
# Configures state variables for some of the checkbuttons
# Also attaches the variables to the widget reference objects, as described in the following reference:
# http://effbot.org/tkinterbook/checkbutton.htm
# NOTE: Be sure to use the get() method
# CONFIGURING COMMANDS for each CHECKBUTTON in self.controlBoxCheckbuttons
for i, b in enumerate(self.controlBoxCheckbuttons):
b.configure(command=partial(self.cmd.cmdCheckbuttonDefault, i))
# Custom Checkbutton Configurations
self.controlBoxCheckbuttons[0].configure(variable=self.stateObj.chPrimaryOutputRedChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[0].var = self.stateObj.chPrimaryOutputRedChannel
self.controlBoxCheckbuttons[1].configure(variable=self.stateObj.chPrimaryOutputGreenChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[1].var = self.stateObj.chPrimaryOutputGreenChannel
self.controlBoxCheckbuttons[2].configure(variable=self.stateObj.chPrimaryOutputBlueChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[2].var = self.stateObj.chPrimaryOutputBlueChannel
self.controlBoxCheckbuttons[3].configure(variable=self.stateObj.chPrimaryInputRedChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[3].var = self.stateObj.chPrimaryInputRedChannel
self.controlBoxCheckbuttons[4].configure(variable=self.stateObj.chPrimaryInputGreenChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[4].var = self.stateObj.chPrimaryInputGreenChannel
self.controlBoxCheckbuttons[5].configure(variable=self.stateObj.chPrimaryInputBlueChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[5].var = self.stateObj.chPrimaryInputBlueChannel
self.controlBoxCheckbuttons[6].configure(variable=self.stateObj.chSecondaryInputRedChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[6].var = self.stateObj.chSecondaryInputRedChannel
self.controlBoxCheckbuttons[7].configure(variable=self.stateObj.chSecondaryInputGreenChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[7].var = self.stateObj.chSecondaryInputGreenChannel
self.controlBoxCheckbuttons[8].configure(variable=self.stateObj.chSecondaryInputBlueChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[8].var = self.stateObj.chSecondaryInputBlueChannel
self.controlBoxCheckbuttons[9].configure(variable=self.stateObj.chTertiaryInputRedChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[9].var = self.stateObj.chTertiaryInputRedChannel
self.controlBoxCheckbuttons[10].configure(variable=self.stateObj.chTertiaryInputGreenChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[10].var = self.stateObj.chTertiaryInputGreenChannel
self.controlBoxCheckbuttons[11].configure(variable=self.stateObj.chTertiaryInputBlueChannel, onvalue=1, offvalue=0)
self.controlBoxCheckbuttons[11].var = self.stateObj.chTertiaryInputBlueChannel
self.controlBoxCheckbuttons[12].configure(variable=self.stateObj.chWrapColors, onvalue=1, offvalue=0)
# NOTE: The line directly below serves no current purpose other than to maintain that ch commands are possible
self.controlBoxCheckbuttons[12].configure(
command=partial(self.cmd.cmdCheckbuttonWrapColors, 333)) # FLAG: Hard-coded GUI parameter!
self.controlBoxCheckbuttons[12].var = self.stateObj.chWrapColors
# Defines Comboboxes for each controlBox within centerContent
def fillControlBoxComboboxes(self):
# Generates the tuple representing the choices available within each dropdown
# Specifically, a list of consecutive characters beginning with "A"
imageChoiceList = [chr(n + 65) for n in range(self.dims.numPhotoBoxRows * self.dims.numPhotoBoxCols)]
# iterates from zero stopping before (number of rows multiplied by number of columns)
for i in range(self.dims.numControlBoxRows * self.dims.numControlBoxCols):
# Number of comboboxes created is defined by DimensionContainer.numControlBoxComboboxes
comboboxCount = self.dims.defaultControlBoxComboboxCount
if i < len(self.dims.controlBoxComboboxCounts):
comboboxCount = self.dims.controlBoxComboboxCounts[i]
for n in range(comboboxCount):
# Initializes (and appends to self.widgets) a new Combobox with the relevant Frame as the parent
# state is set to "readonly" so that the user can only choose from pre-defined options
# Also provides the list of choices generated prior to this for loop block
self.widgets.append(tkinter.ttk.Combobox(self.controlBoxFrames[i], state="readonly", values=imageChoiceList))
# Configures the first (0th) element to be selected upon initialization
self.widgets[-1].current(0)
# Appends the same Combobox to self.comboboxes, self.inputWidgets, and self.controlBoxImageLabels
self.comboboxes.append(self.widgets[-1])
self.inputWidgets.append(self.widgets[-1])
self.controlBoxComboboxes.append(self.widgets[-1])
# NOTE: A column value of 2 is used for Comboboxes, as opposed to the 1/0 used by Radio/Buttons
self.widgets[-1].grid(row=n, column=2, sticky="nsew", ipadx=self.dims.controlBoxPadX,
ipady=self.dims.controlBoxPadY)
# Sets the necessary style parameters for each ttk-specific widget
def styleWidgets(self):
print("PLACEHOLDER FOR CONTENT WITHIN THE HypnicGUI.styleWidgets() function")