| Name | MediaSwiftPy JSON |
| Version |
2.1.1
JSON |
| download |
| home_page | https://github.com/ROHIT-SINGH-1 |
| Summary | A PYTHON PACKAGE FOR VIDEO CONVERSION AND PROBING USING MediaSwiftPy FFPLAY AND FFPROBE. |
| upload_time | 2024-02-11 13:14:49 |
| maintainer | |
| docs_url | None |
| author | ROHIT SINGH |
| requires_python | >=3.9 |
| license | GPL-3.0 |
| keywords |
|
| VCS |
|
| bugtrack_url |
|
| requirements |
No requirements were recorded.
|
| Travis-CI |
No Travis.
|
| coveralls test coverage |
No coveralls.
|
## [MediaSwiftPy] - EMPOWERING PYTHON WITH ADVANCED MULTIMEDIA OPERATIONS.
#### A POWERFUL PYTHON LIBRARY FOR SEAMLESS MULTIMEDIA OPERATIONS. MediaSwiftPy SIMPLIFIES COMPLEX TASKS, MAKING IT EASY TO INTEGRATE AND ENHANCE YOUR MULTIMEDIA APPLICATIONS. DIVE INTO THE FUTURE OF MEDIA HANDLING WITH MediaSwiftPy - YOUR GO-TO LIBRARY FOR 2024.
**KEY FEATURES:**
- **EFFORTLESS FILE CONVERSION .**
- **SEAMLESS MULTIMEDIA PLAYBACK .**
- **PROVIDING INFORMATION:**
**MediaSwiftPy ALSO OFFERS DETAILED MULTIMEDIA INFORMATION RETRIEVAL .**
### EXPLORE THE CAPABILITIES OF MediaSwiftPy AND ELEVATE YOUR PYTHON MULTIMEDIA PROJECTS WITH SIMPLICITY AND EFFICIENCY.
[](https://github.com/yourusername/MediaSwiftPy/blob/main/LICENSE)
**[MediaSwiftPy]**: **IS A PYTHON LIBRARY THAT PROVIDES A SIMPLIFIED INTERFACE FOR USING MediaSwiftPy AND FFPROBE, ALLOWING USERS TO PERFORM VIDEO CONVERSION AND PROBING WITH EASE.**
## SUPPORTED CODECS, FORMATS, AND FORMATS:
### VIDEO CODECS: `H264`, `LIBX264`, `MPEG4`, `VP9`, `AV1`, `HEVC`, `MJPEG`, '--MORE--'.
### AUDIO CODECS: `AAC`, `MP3`, `OPUS`, `VORBIS`, `PCM`, `ALAC`, `FLAC`,'--MORE--'.
### SUPPORTED FILE EXTENSIONS: VIDEO FORMATS - `.MP4`, `.AVI`, `.MKV`, `.WEBM`, `.MOV`, `.WMV`; AUDIO FORMATS - `.MP3`, `.AAC`, `.OGG`, `.WAV`, `.FLAC`, '--MORE--'.
### ADDITIONAL FFMPEG FORMATS: `MJPEG`, `FLV`, `MOV`, `WMV`, `HEVC`, `PCM`, `ALAC`, `FLAC`, `PRORES`, `DV`, '--MORE--'.
**[MediaSwiftPy]: A VERSATILE LIBRARY WITH MANY SUPPORT FOR AUDIO AND VIDEO CODECS, AS WELL AS MULTIPLE FILE FORMATS.**
## LIST THE AVAILABLE CODECS AND FORMATES:
`ffmpe = ffpe()`
- `ffmpe.formats()`
- `ffmpe.codecs()`
#### USE `.formate()` AND `.codecs()` METHOD.
## - PLAY MEDIA USING FFPL
#### THE `ffpl` CLASS PROVIDES METHODS FOR PLAY MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:
```python
from MediaSwiftPy import ffpl
play = ffpl()
media_file = r"PATH_TO_INPUT_FILE"
play.play(media_file)
```
#### USE THE `.play()` METHOD TO PLAY MEDIA.
## - Using the `ffpr` class
#### THE `ffpr` CLASS PROVIDES METHODS FOR PROBING MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:
```python
from MediaSwiftPy import ffpr
ffprobe = ffpr()
info = ffprobe.probe(r"PATH_TO_INPUT_FILE")
ffprobe.pretty(info)
```
#### IN THIS EXAMPLE, REPLACE `"PATH_TO_MEDIA_FILE"` WITH THE ACTUAL PATH TO YOUR MEDIA FILE. THE `.probe` METHOD RETURNS A DICTIONARY CONTAINING INFORMATION ABOUT THE MEDIA FILE. THE `.pretty`
## - USING THE `FFPE` CLASS
#### THE `FFPE` CLASS PROVIDES METHODS FOR VIDEO CONVERSION, LISTING CODECS, AND LISTING FORMATS. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:
#### - EXAMPLE - CONVERT SINGLE VIDEO USING THIS:
```python
from MediaSwiftPy import ffpe
ffmpe = ffpe()
ffmpe.convert(
input_files=[r"PATH_TO_INPUT_FILE"],
output_dir=r"PATH_TO_OUTPUT_FILE",
cv='h264', # VIDEO CODEC
ca='aac', # AUDIO CODEC
s='1920x1080', # VIDEO RESOLUTION
hwaccel='cuda', # HARDWARE ACCELERATION
ar=44100, # AUDIO SAMPLE RATE
ac=2, # AUDIO CHANNELS
ba=192000, # AUDIO BITRATE
r=30, # VIDEO FRAME RATE
f='mp4', # OUTPUT FORMAT
preset='fast', # PRESET FOR ENCODING
bv=2000 # VIDEO BITRATE
)
```
#### - EXAMPEL - CONVERT MULTIPLE VIDEO USING THIS:
- NOTE - ALWAYS SET INPUT FILE PATH IN SQUARE BRACKETS:
```python
from MediaSwiftPy import ffpe
ffpe_instance = ffpe()
input_files = [
r"PATH_TO_INPUT_FILE",
r"PATH_TO_INPUT_FILE",
# ADD MORE FILE PATHS AS NEEDED
]
output_directory = r"PATH_TO_OUTPUT_FILE"
ffpe_instance.convert_with_threading(
file_list=input_files,
output_dir=output_directory,
cv="libx264", # VIDEO CODEC
ca="aac", # AUDIO CODEC
s="1280x720", # VIDEO RESOLUTION
ar=44100, # AUDIO SAMPLE RATE
ac=2, # AUDIO CHANNELS
ba=128000, # AUDIO BITRATE
r=30, # VIDEO FRAME RATE
f="avi", # OUTPUT FORMAT
preset="medium", # PRESET FOR ENCODING
bv=1000000, # VIDEO BITRATE
)
```
#### - USE THE `.convert()` METHOD TO CONVERT MEDIA.
- NOTE - ALWAYS SET INPUT FILE PATH IN SQUARE BRACKETS:
## - IMPORT CLASS:
- `from MediaSwiftPy import ffpe, ffpl, ffpr`
- `from MediaSwiftPy import *`
## - INSTALLATION:
```bash
pip install MediaSwiftPy
```
## CONTACT
```
THIS PROJECT IS MAINTAINED BY [ROHIT SINGH]. FOR ANY QUERIES OR CONTRIBUTIONS TO CHECK MY GITHUB, PLEASE REACH OUT TO US. THANK YOU FOR USING 'MediaSwiftPy' PYTHON LIBRARY, NEW LIBRARY 2024.
```
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"description": "## [MediaSwiftPy] - EMPOWERING PYTHON WITH ADVANCED MULTIMEDIA OPERATIONS.\r\n\r\n#### A POWERFUL PYTHON LIBRARY FOR SEAMLESS MULTIMEDIA OPERATIONS. MediaSwiftPy SIMPLIFIES COMPLEX TASKS, MAKING IT EASY TO INTEGRATE AND ENHANCE YOUR MULTIMEDIA APPLICATIONS. DIVE INTO THE FUTURE OF MEDIA HANDLING WITH MediaSwiftPy - YOUR GO-TO LIBRARY FOR 2024.\r\n\r\n**KEY FEATURES:**\r\n- **EFFORTLESS FILE CONVERSION .**\r\n- **SEAMLESS MULTIMEDIA PLAYBACK .**\r\n- **PROVIDING INFORMATION:**\r\n **MediaSwiftPy ALSO OFFERS DETAILED MULTIMEDIA INFORMATION RETRIEVAL .**\r\n\r\n\r\n### EXPLORE THE CAPABILITIES OF MediaSwiftPy AND ELEVATE YOUR PYTHON MULTIMEDIA PROJECTS WITH SIMPLICITY AND EFFICIENCY.\r\n\r\n\r\n[](https://github.com/yourusername/MediaSwiftPy/blob/main/LICENSE)\r\n\r\n**[MediaSwiftPy]**: **IS A PYTHON LIBRARY THAT PROVIDES A SIMPLIFIED INTERFACE FOR USING MediaSwiftPy AND FFPROBE, ALLOWING USERS TO PERFORM VIDEO CONVERSION AND PROBING WITH EASE.**\r\n\r\n## SUPPORTED CODECS, FORMATS, AND FORMATS:\r\n\r\n### VIDEO CODECS: `H264`, `LIBX264`, `MPEG4`, `VP9`, `AV1`, `HEVC`, `MJPEG`, '--MORE--'.\r\n### AUDIO CODECS: `AAC`, `MP3`, `OPUS`, `VORBIS`, `PCM`, `ALAC`, `FLAC`,'--MORE--'.\r\n### SUPPORTED FILE EXTENSIONS: VIDEO FORMATS - `.MP4`, `.AVI`, `.MKV`, `.WEBM`, `.MOV`, `.WMV`; AUDIO FORMATS - `.MP3`, `.AAC`, `.OGG`, `.WAV`, `.FLAC`, '--MORE--'.\r\n### ADDITIONAL FFMPEG FORMATS: `MJPEG`, `FLV`, `MOV`, `WMV`, `HEVC`, `PCM`, `ALAC`, `FLAC`, `PRORES`, `DV`, '--MORE--'.\r\n\r\n**[MediaSwiftPy]: A VERSATILE LIBRARY WITH MANY SUPPORT FOR AUDIO AND VIDEO CODECS, AS WELL AS MULTIPLE FILE FORMATS.**\r\n\r\n\r\n## LIST THE AVAILABLE CODECS AND FORMATES:\r\n\r\n`ffmpe = ffpe()`\r\n\r\n- `ffmpe.formats()`\r\n- `ffmpe.codecs()`\r\n\r\n#### USE `.formate()` AND `.codecs()` METHOD.\r\n\r\n## - PLAY MEDIA USING FFPL\r\n#### THE `ffpl` CLASS PROVIDES METHODS FOR PLAY MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:\r\n\r\n```python\r\nfrom MediaSwiftPy import ffpl\r\n\r\nplay = ffpl()\r\nmedia_file = r\"PATH_TO_INPUT_FILE\"\r\nplay.play(media_file)\r\n```\r\n\r\n#### USE THE `.play()` METHOD TO PLAY MEDIA.\r\n\r\n## - Using the `ffpr` class\r\n\r\n#### THE `ffpr` CLASS PROVIDES METHODS FOR PROBING MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:\r\n\r\n```python\r\nfrom MediaSwiftPy import ffpr\r\n\r\nffprobe = ffpr()\r\n\r\ninfo = ffprobe.probe(r\"PATH_TO_INPUT_FILE\")\r\nffprobe.pretty(info)\r\n```\r\n\r\n#### IN THIS EXAMPLE, REPLACE `\"PATH_TO_MEDIA_FILE\"` WITH THE ACTUAL PATH TO YOUR MEDIA FILE. THE `.probe` METHOD RETURNS A DICTIONARY CONTAINING INFORMATION ABOUT THE MEDIA FILE. THE `.pretty`\r\n\r\n## - USING THE `FFPE` CLASS\r\n\r\n#### THE `FFPE` CLASS PROVIDES METHODS FOR VIDEO CONVERSION, LISTING CODECS, AND LISTING FORMATS. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS:\r\n\r\n#### - EXAMPLE - CONVERT SINGLE VIDEO USING THIS: \r\n```python\r\nfrom MediaSwiftPy import ffpe\r\n\r\nffmpe = ffpe()\r\n\r\nffmpe.convert(\r\n input_files=[r\"PATH_TO_INPUT_FILE\"],\r\n output_dir=r\"PATH_TO_OUTPUT_FILE\",\r\n cv='h264', # VIDEO CODEC\r\n ca='aac', # AUDIO CODEC\r\n s='1920x1080', # VIDEO RESOLUTION\r\n hwaccel='cuda', # HARDWARE ACCELERATION\r\n ar=44100, # AUDIO SAMPLE RATE\r\n ac=2, # AUDIO CHANNELS\r\n ba=192000, # AUDIO BITRATE\r\n r=30, # VIDEO FRAME RATE\r\n f='mp4', # OUTPUT FORMAT\r\n preset='fast', # PRESET FOR ENCODING\r\n bv=2000 # VIDEO BITRATE\r\n)\r\n```\r\n#### - EXAMPEL - CONVERT MULTIPLE VIDEO USING THIS: \r\n- NOTE - ALWAYS SET INPUT FILE PATH IN SQUARE BRACKETS: \r\n```python\r\nfrom MediaSwiftPy import ffpe\r\n\r\nffpe_instance = ffpe()\r\n\r\ninput_files = [\r\n r\"PATH_TO_INPUT_FILE\",\r\n r\"PATH_TO_INPUT_FILE\",\r\n # ADD MORE FILE PATHS AS NEEDED\r\n]\r\noutput_directory = r\"PATH_TO_OUTPUT_FILE\"\r\n\r\nffpe_instance.convert_with_threading(\r\n file_list=input_files,\r\n output_dir=output_directory,\r\n cv=\"libx264\", # VIDEO CODEC\r\n ca=\"aac\", # AUDIO CODEC\r\n s=\"1280x720\", # VIDEO RESOLUTION\r\n ar=44100, # AUDIO SAMPLE RATE\r\n ac=2, # AUDIO CHANNELS \r\n ba=128000, # AUDIO BITRATE \r\n r=30, # VIDEO FRAME RATE \r\n f=\"avi\", # OUTPUT FORMAT \r\n preset=\"medium\", # PRESET FOR ENCODING \r\n bv=1000000, # VIDEO BITRATE \r\n)\r\n```\r\n#### - USE THE `.convert()` METHOD TO CONVERT MEDIA.\r\n- NOTE - ALWAYS SET INPUT FILE PATH IN SQUARE BRACKETS: \r\n\r\n\r\n## - IMPORT CLASS:\r\n\r\n- `from MediaSwiftPy import ffpe, ffpl, ffpr`\r\n- `from MediaSwiftPy import *`\r\n\r\n## - INSTALLATION:\r\n\r\n```bash\r\npip install MediaSwiftPy\r\n```\r\n## CONTACT\r\n```\r\nTHIS PROJECT IS MAINTAINED BY [ROHIT SINGH]. FOR ANY QUERIES OR CONTRIBUTIONS TO CHECK MY GITHUB, PLEASE REACH OUT TO US. THANK YOU FOR USING 'MediaSwiftPy' PYTHON LIBRARY, NEW LIBRARY 2024.\r\n```\r\n",
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