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Batch_basher_gui.py
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Batch_basher_gui.py
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import logging
import subprocess
import os
import csv
import re
import base64
import io
#import webbrowser
import threading
import time
import tkinter as tk
from tkinter import filedialog
from tkinter import ttk
from tkinter import messagebox
#import ttkthemes
from PIL import Image, ImageTk
# Configure and setup environment vars
logging.basicConfig(filename='batch_lip_basher_log.txt', level=logging.ERROR, format='%(asctime)s - %(levelname)s - %(message)s') # Maybe log when the program starts so we catch all exceptions kay
dialog_export_file_path = None # Initialize the variable, important otherwise code throws a hissy fit
# Define a dictionary to store the loaded images
loaded_images = {}
def load_base64_image(image_data):
# Decode the Base64 image data
image_bytes = base64.b64decode(image_data)
# Load the image from bytes
img = Image.open(io.BytesIO(image_bytes))
return img
def close_splash_screen():
# Destroy the splash screen window
splash_screen.destroy()
time.sleep(0)
window.deiconify()
window.destroy()
# Show the existing main window
# Create the main window
window = tk.Tk()
window.title("Initializing, Please Wait...")
# Load the splash screen image
base64_image = "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"
splash_image = load_base64_image(base64_image)
# Create the splash screen window as a child of the main window
splash_screen = tk.Toplevel(window)
splash_screen.title("Splash Screen")
# Hide the title bar and window buttons
splash_screen.overrideredirect(True)
# Display the splash screen image
splash_photo = ImageTk.PhotoImage(splash_image)
splash_label = tk.Label(splash_screen, image=splash_photo)
splash_label.pack()
# Center the splash screen on the screen
screen_width = window.winfo_screenwidth()
screen_height = window.winfo_screenheight()
splash_width = splash_screen.winfo_reqwidth()
splash_height = splash_screen.winfo_reqheight()
x = (screen_width - splash_width) // 2
y = (screen_height - splash_height) // 2
splash_screen.geometry(f"{splash_width}x{splash_height}+{x}+{y}")
# Hide the existing main window initially
window.withdraw()
# Update the main window after a delay (e.g., 3 seconds)
splash_screen.after(1700, close_splash_screen)
splash_screen.mainloop()
# Start the Tkinter event loop for the main window
window.mainloop()
def process_files():
game = game_entry.get()
language = language_entry.get()
fonix_data = "FonixData.cdf" # Set default value for Fonix Data
output_folder = output_entry.get()
total_files = len(treeview.get_children()) # Total number of files
# Retrieve audio files and voice lines from the table
audio_files = []
voice_lines = []
for item in treeview.get_children():
audio_files.append(treeview.item(item, "values")[0])
voice_lines.append(treeview.item(item, "values")[1])
if len(audio_files) != len(voice_lines):
messagebox.showerror("Error", "Number of audio files and voice lines should match.")
return
# Disable the "Process Files" button during processing
process_button.config(state=tk.DISABLED)
# Update the loading bar in the GUI from the main thread
def update_loading_bar(completed_files):
progress = (completed_files / total_files) * 100
loading_bar.config(value=progress)
# Process files in a separate thread
def process_files_thread():
completed_files = 0
for index, audio_file in enumerate(audio_files):
if save_location_checkbox.get():
audio_path = os.path.dirname(audio_file)
lip_filename = os.path.splitext(os.path.basename(audio_file))[0] + ".lip"
lip_file = os.path.join(audio_path, lip_filename)
else:
lip_file = os.path.join(output_folder, os.path.splitext(os.path.basename(audio_file))[0] + ".lip")
voice_line = voice_lines[index]
# Generate the lip file using FaceFXWrapper
try:
subprocess.run(["FaceFXWrapper.exe", game, language, fonix_data, audio_file, lip_file, voice_line])
except FileNotFoundError:
logging.exception("FaceFXWrapper.exe not found")
messagebox.showerror("Error", "Missing file: FaceFXWrapper.exe not found.\nPlease place this next to the main .exe")
except Exception as e:
logging.exception("An error occurred during file processing")
messagebox.showerror("Error", "An error occurred during file processing. Please check the log for details.")
break # STOP SPAMMING ME WITH ERROR MESSAGES YOU CUNT
completed_files += 1
window.after(0, lambda: update_loading_bar(completed_files))
# Enable the "Process Files" button once all the files are processed
window.after(0, lambda: process_button.config(state=tk.NORMAL))
messagebox.showinfo("Files Finished", "Task Complete! .lip files generated successfully.")
# Start processing files in a separate thread
threading.Thread(target=process_files_thread, daemon=True).start()
def import_dialog_file(file_path):
pattern = r"([0-9A-F]{8}_\d)\.xwm"
table_data = {}
with open(file_path, 'r', encoding='utf-8-sig') as file:
lines = file.readlines()
for line in lines:
match = re.match(r"([0-9A-F]{8}_\d)\.xwm\s+(.+)", line)
if match:
audio_file = match.group(1)
voice_line = match.group(2).strip()
table_data[audio_file] = {'Audio File': '', 'Voice Line': voice_line}
# Update the table with voice lines
for item in treeview.get_children():
audio_file = treeview.item(item, "values")[0]
file_name = os.path.splitext(os.path.basename(audio_file))[0]
if file_name in table_data:
table_data[file_name]['Audio File'] = audio_file
# Update the treeview with the updated table data
for item, data in table_data.items():
treeview.insert("", "end", values=(data['Audio File'], data['Voice Line']))
def select_files(): # ---- Ironically THIS code gave me the most trouble ----
audio_files = filedialog.askopenfilenames(filetypes=[("Audio Files", "*.wav")])
audio_entry.delete(0, tk.END)
audio_entry.insert(tk.END, ';'.join(audio_files))
# Clear previous table data
for item in treeview.get_children():
treeview.delete(item)
if dialog_export_file_path is None:
continue_without_export = messagebox.askyesno(
"Warning",
"Without Exported Dialog from the Creation Kit, you may need to assign your lines manually!\n\nAre you sure you wish to continue?"
)
if not continue_without_export:
return
try:
if dialog_export_file_path:
process_dialog_export(dialog_export_file_path)
# Populate the table with audio files and voice lines
for audio_file in audio_files:
audio_file_name = os.path.splitext(os.path.basename(audio_file))[0]
voice_line = existing_table.get(audio_file_name, '')
treeview.insert("", "end", values=(audio_file, voice_line))
except FileNotFoundError: # Honestly how do you fuck up so bad to get this error anyways? I only added this for redundancy.
messagebox.showerror("Error", "Exported Dialog file was not found.")
logging.exception("Exported Dialogue not found")
except Exception as e:
logging.exception("An error occurred during file processing")
messagebox.showerror("Error", "An error occurred during file processing. Please check the log for details.")
dialog_export_file_path = filedialog.askopenfilename(filetypes=[("Text Files", "*.txt")])
if dialog_export_file_path:
open_audio_files()
def open_audio_files():
if dialog_export_file_path is None:
continue_without_export = messagebox.askyesno(
"Warning",
"Without Exported Dialog from the Creation Kit, you may need to assign your lines manually!\n\nAre you sure you wish to continue?"
)
if not continue_without_export:
return
audio_files = filedialog.askopenfilenames(filetypes=[("Audio Files", "*.wav")])
audio_entry.delete(0, tk.END)
audio_entry.insert(tk.END, ';'.join(audio_files))
# Clear previous table data
for item in treeview.get_children():
treeview.delete(item)
try:
if dialog_export_file_path:
process_dialog_export(dialog_export_file_path)
# Populate the table with audio files and voice lines
for audio_file in audio_files:
audio_file_name = os.path.splitext(os.path.basename(audio_file))[0]
voice_line = existing_table.get(audio_file_name, '')
treeview.insert("", "end", values=(audio_file, voice_line))
except FileNotFoundError:
messagebox.showerror("Error", "Exported Dialog file was not found.")
logging.exception("Exported Dialog file was not found. Oh well.")
def process_dialog_export(file_path):
try:
pattern = r"([0-9A-F]{8}_\d)\.xwm"
with open(file_path, 'r', encoding='utf-8-sig') as file:
reader = csv.DictReader(file, delimiter='\t')
for row in reader:
full_path = row['FULL PATH']
match = re.search(pattern, full_path)
if match:
file_name = match.group(1)
voice_line = row['RESPONSE TEXT'].strip()
existing_table[file_name] = voice_line
if not match:
messagebox.showwarning(
"Warning",
"Invalid file layout found.\n\nPlease ensure the file follows the expected layout."
)
logging.warning(f"Invalid file layout found in file: {file_path}")
return
except KeyError: # What a pain this was to figure out
logging.warning(f"Invalid file layout found in file: {file_path}")
messagebox.showwarning(
"Warning",
"Invalid file layout found.\n\nPlease ensure the file follows the expected layout."
)
return
# Assuming the existing table is a dictionary where the keys are file names and the values are voice lines
existing_table = {}
def update_voice_line(event): # Redundant code, only used here in case something breaks. will be removed in the next update
try:
selected_item = treeview.selection()[0]
voice_line_entry.delete(0, tk.END)
voice_line_entry.insert(tk.END, treeview.item(selected_item, "values")[1])
voice_line_entry.focus()
voice_line_entry.bind("<Return>", save_voice_line)
voice_line_entry.bind("<FocusOut>", save_voice_line)
except IndexError:
logging.warning("HEY! You're supposed to add files before double clicking here, my guy!")
def save_voice_line(event): # Redundant code, only used here in case something breaks. will be removed in the next update
try:
global selected_item
new_voice_line = voice_line_entry.get()
treeview.set(selected_item, column="Voice Line", value=new_voice_line)
voice_line_entry.unbind("<Return>")
voice_line_entry.unbind("<FocusOut>")
voice_line_entry.delete(0, tk.END)
except NameError:
logging.warning("Updating audio data table...\nIf this freezes or crashes, contact me via the forums or Discord and provide the error code.")
def open_dialog_export():
global dialog_export_file_path
if dialog_export_file_path:
process_dialog_export(dialog_export_file_path)
open_audio_files()
return
dialog_export_file_path = filedialog.askopenfilename(filetypes=[("Text Files", "*.txt")])
if dialog_export_file_path:
process_dialog_export(dialog_export_file_path)
open_audio_files()
def toggle_output_folder():
if save_location_checkbox.get():
output_entry.config(state="disabled")
else:
output_entry.config(state="normal")
def open_link():
url = "https://ko-fi.com/eatingpizza"
subprocess.Popen(["start", "", url], shell=True)
messagebox.showinfo("Authors Note", "Thank you for your support - every little bit counts.\n \nIf my tool helped you, consider leaving an endorsement on the Nexus page!")
def game_selection_changed(event):
selected_game = game_var.get()
if selected_game == 'Starfield':
messagebox.showinfo("Starfield Release?", "WHEN IT'S READY.")
game_var.set('Fallout4')
class EditableCell(tk.Entry): # I hope this fucking works I'm getting sick of this bullshit.
def __init__(self, master, **kwargs):
super().__init__(master, **kwargs)
self.bind("<Return>", self.on_return)
self.bind("<Escape>", self.on_escape)
def on_return(self, event):
self.master.focus() # Remove focus from the Entry widget
self.destroy() # Destroy the Entry widget
def on_escape(self, event):
self.master.focus() # Remove focus from the Entry widget
self.delete(0, tk.END) # Clear the Entry widget
self.destroy() # Destroy the Entry widget
def edit_cell(event): # THIS CODE IS A FUCKING NIGHTMARE I AM NEVER TOUCHING PYTHON AGAIN.
try:
item_id = treeview.identify_row(event.y)
column = treeview.identify_column(event.x)
if column != "#2": # ONLY allow editing of the second column (Voice Line)
return
cell_value = treeview.item(item_id)["values"][1]
bbox = treeview.bbox(item_id, column)
# Create a separate window for editing
edit_window = tk.Toplevel(window)
edit_window.attributes("-topmost", True)
edit_window.title("Edit Voice Text")
# Calculate the position and size of the edit window
x = window.winfo_x() + bbox[0]
y = window.winfo_y() + bbox[1]
width = max(bbox[2] - bbox[0], 300) # Set minimum width to 300
height = max(bbox[3] - bbox[1], 30) # Set minimum height to 30
edit_window.geometry(f"{width}x{height}+{x}+{y}")
# Create an Entry widget in the edit window
entry = ttk.Entry(edit_window, width=30)
entry.pack(fill="both", expand=True)
entry.insert(0, cell_value)
entry.focus_set()
def save_changes():
new_value = entry.get()
treeview.set(item_id, column=column, value=new_value)
edit_window.destroy()
def cancel_edit():
edit_window.destroy()
# Bind the Return key to save the changes
entry.bind("<Return>", lambda event: save_changes())
# Bind the Escape key to cancel the edit
entry.bind("<Escape>", lambda event: cancel_edit())
except IndexError:
logging.warning("User clicked a blank space, but everything is okay.")
except NameError:
logging.warning("Updating audio data table...\nIf this freezes or crashes, contact me via the forums or Discord and provide the error code.")
# A NameError occurred during audio table cell editing. This will be reported to the gmod admins.
# Create the main window
window = tk.Tk()
window.title("Lip File Generator")
#style = ttkthemes.ThemedStyle(window)
#style.set_theme("smog")
# Create a frame for the setup settings
setup_frame = tk.Frame(window)
setup_frame.grid(row=0, column=0, padx=10, pady=10, sticky="nw")
image_bytes = base64.b64decode(base64_image)
image = Image.open(io.BytesIO(image_bytes))
# Create a Tkinter PhotoImage from the image
photo = ImageTk.PhotoImage(image)
# Create a label to display the image
image_label = tk.Label(setup_frame, image=photo)
image_label.grid(row=3, column=0, columnspan=2)
# Create labels and entry fields for the setup settings
# Gonna use a dropdown box, might update this shit if that new game Skywind or whatever comes out. the space one
game_label = tk.Label(setup_frame, text="Game:")
game_label.grid(row=0, column=0, sticky="w")
game_var = tk.StringVar()
game_entry = ttk.Combobox(setup_frame, textvariable=game_var, state="readonly")
game_entry["values"] = ("Fallout4", "Skyrim", "Starfield")
game_entry.grid(row=0, column=1, pady=5)
game_entry.current(0) # Set default value for Game
game_entry.bind("<<ComboboxSelected>>", game_selection_changed)
language_label = tk.Label(setup_frame, text="Language:")
language_label.grid(row=1, column=0, sticky="w")
language_entry = tk.Entry(setup_frame)
language_entry.grid(row=1, column=1, pady=5)
language_entry.insert(tk.END, "USEnglish") # Set default value for Language
output_label = tk.Label(setup_frame, text="Output Folder:")
output_label.grid(row=2, column=0, sticky="w")
output_entry = tk.Entry(setup_frame)
output_entry.grid(row=2, column=1, pady=5)
output_description = tk.Label(window, text="Tool made by 54yeg. Special thanks to:\nThe XVASynth Dev Team, radbeetle, and ChatGPT")
output_description.grid(row=2, column=0)
link_label = tk.Label(window, text="If you found this helpful, consider buying me a coffee!", fg="blue", cursor="hand2")
link_label.bind("<Button-1>", lambda event: open_link())
link_label.grid(row=3, column=0)
# Okay here goes the checkbox
save_location_checkbox = tk.BooleanVar()
checkbox = tk.Checkbutton(setup_frame, text="Save in Same Location", variable=save_location_checkbox, command=toggle_output_folder)
checkbox.grid(row=3, column=0, columnspan=2, sticky="w", pady=(1, 250)) # DONT TOUCH THIS OR KILL
# Create a frame for the table view
table_frame = tk.Frame(window)
table_frame.grid(row=0, column=1, padx=10, pady=10, sticky="nsew")
audio_label = tk.Label(table_frame, text="Audio Files:")
audio_label.pack()
audio_entry = tk.Entry(table_frame, state="readonly")
audio_entry.pack()
select_button = tk.Button(table_frame, text="Select Files", command=open_audio_files)
select_button.pack()
# Create the "Exported Dialog Processing" button
export_button = tk.Button(table_frame, text="Select Exported Dialogue", command=open_dialog_export)
export_button.pack()
export_description = tk.Label(table_frame, text="If you exported your Quests' Dialog from the Creation Kit, click this button to open\n your exported .txt file (usually in your Fallout 4 directory)")
export_description.pack()
# Create a treeview for displaying the table
treeview = ttk.Treeview(table_frame, columns=("Audio File", "Voice Line"), show="headings")
treeview.heading("Audio File", text="Audio File")
treeview.heading("Voice Line", text="Voice Line")
treeview.pack(side=tk.LEFT, expand=True, fill=tk.BOTH)
# Create a scrollbar for the treeview
scrollbar = ttk.Scrollbar(table_frame, orient=tk.VERTICAL, command=treeview.yview)
treeview.configure(yscrollcommand=scrollbar.set)
scrollbar.pack(side=tk.RIGHT, fill=tk.Y)
# Allow voice lines to be edited
treeview.bind("<Double-Button-1>", edit_cell) #update_voice_line, if edit_cell fucks up
# Create a loading bar widget, and please fucking work
loading_bar = ttk.Progressbar(window, orient='horizontal', length=423, mode='determinate')
loading_bar.grid(row=1, column=1, padx=(0,17), pady=0) # MAKE ME COLUMN 1 AND ROW 1 OR I WILL EAT YOUR BRAINS
process_button = tk.Button(window, text="Process Files", command=process_files)
process_button.grid(row=2, column=1, pady=5)
process_description = tk.Label(window, text="Click this button to start the file processing.")
process_description.grid(row=3, column=1)
# Configure row and column weights to make them stretch with the window
window.grid_rowconfigure(0, weight=1)
window.grid_columnconfigure(1, weight=1)
table_frame.grid_rowconfigure(0, weight=1)
table_frame.grid_columnconfigure(0, weight=1)
# Create a frame for the buttons
button_frame = tk.Frame(table_frame)
button_frame.pack()
# Start the Tkinter event loop
window.mainloop()