YTP+ Deluxe Edition — Python + FFmpeg (Tkinter GUI)

A starter project for creating YouTube Poop (YTP)-style remixes using Python + FFmpeg with a simple Tkinter GUI. This "Deluxe Edition" provides many creative effects (audio and video), randomized effect application, effect probability and max-level controls, and a modular pipeline to add more effects.

Notes:

• Target platform: Windows 7 / 8.1 (should also work on Windows 10+).
• Python: 3.7+ recommended (3.8+ recommended).
• FFmpeg is required (ffmpeg.exe accessible via PATH or specify FFMPEG_PATH env var).

Features included (implemented or approximated):

• Random Sound Injection
• Reverse Clip
• Speed Up / Slow Down
• Chorus / Echo / Aperiodic echoes
• Vibrato / Pitch bend / Pitch shift
• Stutter Loop
• Earrape Mode (gain spikes)
• Auto-Tune Chaos (approximated via pitch randomness)
• Dance & Squidward Mode (fast cuts + pitch)
• Invert Colors
• Rainbow Overlay
• Mirror Mode
• Sus Effect (random audio pitch + visual jitter)
• Explosion Spam (duplicate frames + heavy audio)
• Frame Shuffle
• Full "YTP Deluxe Complete" preset
• Meme injection, Sentence mixing (audio slicing), Deep Fry Vision (heavy saturation + noise)
• Auto Source Switcher (basic)
• Chaos Timeline (random edits)
• Classic Nostalgia Mode (XP sounds, Sparta remixes approximations)
• Random Clip Shuffle, Speed Warp, Green Screen Portal, Random Clips & Cuts, Trailing reversed effects
• Many more toggles (all are exposed in the GUI with probability and max level)

This project offers a working framework. Many deep effects (e.g., "Auto-Tune") are approximated using FFmpeg filters (as a true auto-tune requires specialized libraries).

How to install

1. Install Python 3.7+ and pip.

2. Install required Python packages: pip install -r requirements.txt

3. Install FFmpeg (Windows):

   • Download static ffmpeg build from https://www.gyan.dev/ffmpeg/builds/ or https://ffmpeg.org/download.html
   • Put ffmpeg.exe in a folder and add it to PATH, or place ffmpeg.exe next to main.py, or set environment variable FFMPEG_PATH to full path of ffmpeg.exe.

How to run

• From the project folder: python main.py

Basic usage

1. Click "Open File" and pick a video or audio file (common formats supported: mp4, mkv, wav, mp3, avi).
2. Toggle effects you want, or use "Randomize" to pick effects by probability.
3. Adjust "Effect Probability" slider (applies to randomized activation) and "Max Effect Level" (0–100) to scale intensity.
4. Click "Process" to create an output file in the same folder as input (output filename is autogenerated).

Project structure

• main.py — GUI and orchestration
• effects.py — effect implementations; each effect returns FFmpeg filter(s) or performs audio manipulations
• ffmpeg_wrapper.py — helper that locates and runs ffmpeg.exe
• utils.py — small utilities (randomization, temp file handling, scaling)
• presets.json — example presets
• requirements.txt — pip packages
• LICENSE — MIT

Extending

• Add new effects in effects.py and expose them in the GUI effects_registry.
• Effects must conform to the signature described in effects.py (input path, tmpdir, level -> returns (audio_filters, video_filters, extra_files, post_process_fn))

Limitations and warnings

• Some combined filter chains can be heavy — processing can be slow and CPU/GPU intensive.
• Use small test files until you tune effects.
• Effects are designed for creative remixing; some produce loud audio. Use headphones carefully.

If you want, I can:

• Add a preview window to play a short rendered sample.
• Add batch processing for many files.
• Add more realistic autotune integration (requires external libs).
• Provide a pre-built Windows zip with ffmpeg included.

Enjoy remixing!