## `MediaSwift` ⇨ 🚀 EMPOWERING PYTHON WITH ADVANCED MULTIMEDIA OPERATION'S.
[](https://github.com/ROHIT-SINGH-1/PYTHON-MEDIASWIFT/blob/main/LICENSE)
#### ⇨ `MediaSwift` : A POWERFUL PYTHON LIBRARY FOR SEAMLESS MULTIMEDIA OPERATIONS , `MediaSwift` SIMPLIFIES COMPLEX TASKS, MAKING IT EASY TO INTEGRATE AND ENHANCE YOUR MULTIMEDIA APPLICATIONS. DIVE INTO THE FUTURE OF MEDIA HANDLING WITH `MediaSwift` YOUR GO-TO LIBRARY FOR 2024 .
**KEY FEATURES :**
- **EFFORTLESS FILE CONVERSION .**
- **SEAMLESS MULTIMEDIA PLAYBACK .**
- **PROVIDING INFORMATION `MediaSwift` ALSO OFFERS DETAILED MULTIMEDIA INFORMATION RETRIEVAL .**
### EXPLORE THE CAPABILITIES OF `MediaSwift` AND ELEVATE YOUR PYTHON MULTIMEDIA PROJECTS WITH SIMPLICITY AND EFFICIENCY.
- ## SUPPORTED VIDEO CODEC'S :
`h264`, `libx264`, `mpeg4`, `vp9`, `av1`, `hevc`, `mjpeg`, `H.265 / HEVC`, `VP8`, `VP9`, `AV1`, `VC1`, `MPEG1`, `MPEG2`, `H.263`, `Theora`, `MJPEG`, `MPEG-3`, `MPEG-4` **. . .**
- ## SUPPORTED AUDIO CODEC'S :
`aac`, `mp3`, `opus`, `vorbis`, `pcm`, `alac`, `flac`, `wv`, `ape`, `mka`, `opus`, `ac3`, `eac3`, `alac` **. . .**
- ## SUPPORTED FILE EXTENSION'S :
**VIDEO FORMATS :** `.mp4`, `.avi`, `.mkv`, `.webm`, `.mov`, `.wmv`, `.webm`, `.flv`, `.mov`, `.wmv`, `.hevc`, `.prores`, `.dv` **. . .**
**AUDIO FORMATS :** `.mp3`, `.aac`, `.ogg`, `.wav`, `.flac`, `.flac`, `.m4a`, `.ogg`, `.wv`, `.ape`, `.mka`, `.opus`, `mpc`, `.tak`, `.alac` **. . .**
- ## SUPPORTED HARDWARE ACCELERATION :
**HARDWARE ACCELERATION :** `cuda`, `dxva2`, `qsv`, `d3d11va` **. . .**
## ❗IMPORTANT NOTE:
- **THEY ALSO SUPPORT HARDWARE ACCELERATION FOR MEDIA FILE CONVERTION .**
- **SUPPORT DOLBY DIGITAL PLUS AND DOLBY DIGITAL AUDIO CODEC `.eac3`, `.ac3` .**
- **SUPPORT MORE VIDEO AND AUDIO CODECS AND VARIOUS EXTENSION FORMATE'S .**
- **`MediaSwift`: A VERSATILE LIBRARY WITH MANY SUPPORT AUDIO AND VIDEO CODECS, AS WELL AS MULTIPLE FILE FORMATS EXTENSION .**
- ## LIST THE AVAILABLE `.CODEC'S()`, `.FORMATE'S()` AND `.HWACCEL'S()` :
```python
from MediaSwift import *
INFO = ffpe()
print(INFO.codecs())
print(INFO.formats())
print(INFO.hwaccels())
# GET CODECS ENCODING
print(INFO.codecs(encoder='aac'))
```
- #### ENHANCE COMPATIBILITY BY LEVERAGING THE `.formats()`, `.codecs()` `.hwaccels()` AND METHODS TO VALIDATE SUPPORT FOR A VARIETY OF FORMATS, CODECS AND HARDWARE ACCELERATION .
- #### GET INFORMATION ABOUT THE CODEC'S ENCODER `.codecs(encoder="aac")` .
- ## CHECK LIBRARY VERSION USING :
```python
from MediaSwift import *
# GET AND PRINT AUTHOR INFORMATION
AUTHOR_INFO = author()
print(AUTHOR_INFO)
# GET AND PRINT VERSION INFORMATION
VERSION_INFO = version()
print(VERSION_INFO)
```
- ## EFFICIENT MEDIA PLAYBACK WITH `ffpl` .
#### THE `ffpl` CLASS PROVIDES METHODS FOR PLAY MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHOD:
```python
from MediaSwift import *
# INCREASE VOLUME BY 5 DB
PLAY = ffpl()
MEDIA_FILE = r"PATH_TO_MEDIA_FILE" # PLAY SINGE MEDIA FILE
MEDIA_FILE = r"PATH_TO_MEDIA_FILE_1", r"PATH_TO_MEDIA_FILE_2" # PLAY MULTIPLE MEDIA FILE
# USE noborder=True TO REMOVE PLAYER WINDOW BORDER.
print(PLAY.play(MEDIA_FILE, volume=5, noborder=True))
print(PLAY.play_multiple(MEDIA_FILE ,volume=5, noborder=True))
```
#### NOTE: USE THE `.play()` METHOD TO PLAY MEDIA FILES .
**`noborder=True` ARGUMENT TO ELIMINATE THE BORDER OF THE PLAYER WINDOW .**
**`volume=True` TO AMPLIFY THE AUDIO OUTPUT IN DECIBELS .**
- ## ANALYZE MEDIA FILE `ffpr`.
#### THE `ffpr` CLASS PROVIDES METHODS FOR PROBING MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHODS :
```python
from MediaSwift import ffpr
DETAILS = ffpr()
INFO = DETAILS.probe(r"PATH_TO_INPUT_FILE")
print(DETAILS.analyze(INFO))
# ENHANCE THE APPEALING CONTENT USING 'pretty=True'.
print(DETAILS.analyze(INFO, pretty=True))
```
**SUBSTITUTE `"PATH_TO_INPUT_FILE"` WITH THE ACTUAL FILE PATH TO YOUR MEDIA FILE. THE `.probe` METHOD RETURNS A DICTIONARY CONTAINING DETAILED INFORMATION ABOUT THE MEDIA FILE. WHEN USING `pretty=True`, THE CONTENT IS DISPLAYED IN A MORE VISUALLY APPEALING FORMAT.**
**SPECIFY `pretty=True` TO DISPLAY THE INFORMATION IN A VISUALLY ENHANCED FORMAT.**
- ## CONVERT MEDIA FILE `ffpe`.
#### `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 MediaSwift import ffpe
FFMPL = ffpe()
FFMPL.convert(
input_files = r"PATH_TO_INPUT_FILE" , # INPUT FILE PATH
output_dir = r"PATH_TO_OUTPUT_FOLDER" , # OUTPUT PATH
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='192k', # AUDIO BITRATE
r=30, # VIDEO FRAME RATE
bv='50m', # VIDEO BITRATE
preset='fast', # PRESET FOR ENCODING
f='mp4', # OUTPUT FORMAT
)
```
**EXAMPLE ⇨ CONVERT MULTIPLE VIDEO USING THIS :**
**⇨ NOTE : ALWAYS SET INPUT FILE PATH IN SQUARE '[ ]' BRACKETS:**
```python
from MediaSwift import ffpe
FFPE_INSTANCE = ffpe()
INPUT_FILES = [
r"PATH_TO_INPUT_FILE",
r"PATH_TO_INPUT_FILE",
# ADD MORE FILE PATHS AS NEEDED
] # INPUT_FILES [MULTIPLE CONVERT]
INPUT_FILES = r'PATH_TO_INPUT_FILE' # INPUT_FILES [SINGLE CONVERT]
OUTPUT_DIR = r"PATH_TO_OUTPUT_FOLDER"
FFPE_INSTANCE.convert(
input_files = INPUT_FILES, # INPUT FILE PATH
output_dir = OUTPUT_DIR, # OUTPUT PATH
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='192k', # AUDIO BITRATE
bv='50m', # VIDEO BITRATE
preset='fast', # PRESET FOR ENCODING
r=30, # VIDEO FRAME RATE
f='mp4', # OUTPUT FORMAT
)
```
#### EXAMPLE ⇨ CONVERT MULTIPLE VIDEO INTO AUDIO FILE USING THIS :
```python
from MediaSwift import ffpe
FFPE_INSTANCE = ffpe()
# DEFINE INPUT FILES AND OUTPUT DIRECTORY.
INPUT_FILES = [ r'PATH_TO_INPUT_FILE', r'PATH_TO_INPUT_FILE' ] # INPUT_FILES [MULTIPLE CONVERT]
INPUT_FILES = r'PATH_TO_INPUT_FILE' # INPUT_FILES [SINGLE CONVERT]
OUTPUT_DIR = r"PATH_TO_OUTPUT_FOLDER"
# PERFORM MULTIMEDIA FILE CONVERSION USING FFPE.
FFPE_INSTANCE.convert(
input_files=INPUT_FILES,
output_dir=OUTPUT_DIR ,
hwaccel="cuda", # HARDWARE ACCELERATION
ar=44100, # AUDIO SAMPLE RATE
ac=2, # AUDIO CHANNELS
ba="192k", # AUDIO BITRATE
f="mp3", # OUTPUT FORMAT (MP3 for audio)
)
```
#### ⇨ NOTE : USE THE `.convert()` METHOD TO CONVERT MEDIA FILES .
**NOTE ⇨ ALWAYS SET MULTIPLE INPUT_FILES PATH IN SQUARE '[ ]' BRACKETS:**
```python
from MediaSwift import *
CONVERTER = ffpe()
INPUT_FILE = r"PATH_TO_INPUT_FILE" # INPUT FILE
OUTPUT_FILE = r"PATH_TO_INPUT_FILE" # OUTPUT FILE
TIME_RANGE = "01:30,02:30" # CLIP FROM 1 MINUTE 30 SECONDS TO 2 MINUTES 30 SECONDS
CONVERTER.MediaClip(INPUT_FILE, OUTPUT_FILE, TIME_RANGE)
```
**NOTE : USE THE `.MediaClip()` METHOD TO EXTRACTS SPECIFIC PART OF VIDEO AND CONVERTS IT INTO GIF.**
- ## 🔎 IMPORT CLASSES AND MODULE :
```python
from MediaSwift import ffpe, ffpl, ffpr
from MediaSwift import *
```
- ## ⚙️ INSTALLATION :
```bash
pip install MediaSwift
```
- ## 😃 AUTHOR INFORMATION :
**THIS PYTHON LIBRARY PROJECT IS DONE BY `ROHIT SINGH` . FOR ANY QUERIES TO CHECK MY GITHUB, THANK YOU FOR USING `MediaSwift` PYTHON LIBRARY,LIBRARY RELEASE IN 2024 .**
[](https://github.com/ROHIT-SINGH-1)
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"description": "## `MediaSwift` \u21e8 \ud83d\ude80 EMPOWERING PYTHON WITH ADVANCED MULTIMEDIA OPERATION'S.\r\n\r\n[](https://github.com/ROHIT-SINGH-1/PYTHON-MEDIASWIFT/blob/main/LICENSE)\r\n\r\n#### \u21e8 `MediaSwift` : A POWERFUL PYTHON LIBRARY FOR SEAMLESS MULTIMEDIA OPERATIONS , `MediaSwift` SIMPLIFIES COMPLEX TASKS, MAKING IT EASY TO INTEGRATE AND ENHANCE YOUR MULTIMEDIA APPLICATIONS. DIVE INTO THE FUTURE OF MEDIA HANDLING WITH `MediaSwift` YOUR GO-TO LIBRARY FOR 2024 .\r\n\r\n**KEY FEATURES :**\r\n\r\n- **EFFORTLESS FILE CONVERSION .**\r\n- **SEAMLESS MULTIMEDIA PLAYBACK .**\r\n- **PROVIDING INFORMATION `MediaSwift` ALSO OFFERS DETAILED MULTIMEDIA INFORMATION RETRIEVAL .**\r\n\r\n### EXPLORE THE CAPABILITIES OF `MediaSwift` AND ELEVATE YOUR PYTHON MULTIMEDIA PROJECTS WITH SIMPLICITY AND EFFICIENCY.\r\n\r\n- ## SUPPORTED VIDEO CODEC'S :\r\n\r\n `h264`, `libx264`, `mpeg4`, `vp9`, `av1`, `hevc`, `mjpeg`, `H.265 / HEVC`, `VP8`, `VP9`, `AV1`, `VC1`, `MPEG1`, `MPEG2`, `H.263`, `Theora`, `MJPEG`, `MPEG-3`, `MPEG-4` **. . .**\r\n\r\n- ## SUPPORTED AUDIO CODEC'S :\r\n\r\n `aac`, `mp3`, `opus`, `vorbis`, `pcm`, `alac`, `flac`, `wv`, `ape`, `mka`, `opus`, `ac3`, `eac3`, `alac` **. . .**\r\n\r\n- ## SUPPORTED FILE EXTENSION'S :\r\n **VIDEO FORMATS :** `.mp4`, `.avi`, `.mkv`, `.webm`, `.mov`, `.wmv`, `.webm`, `.flv`, `.mov`, `.wmv`, `.hevc`, `.prores`, `.dv` **. . .**\r\n\r\n**AUDIO FORMATS :** `.mp3`, `.aac`, `.ogg`, `.wav`, `.flac`, `.flac`, `.m4a`, `.ogg`, `.wv`, `.ape`, `.mka`, `.opus`, `mpc`, `.tak`, `.alac` **. . .**\r\n\r\n- ## SUPPORTED HARDWARE ACCELERATION :\r\n **HARDWARE ACCELERATION :** `cuda`, `dxva2`, `qsv`, `d3d11va` **. . .**\r\n\r\n## \u2757IMPORTANT NOTE:\r\n\r\n- **THEY ALSO SUPPORT HARDWARE ACCELERATION FOR MEDIA FILE CONVERTION .**\r\n- **SUPPORT DOLBY DIGITAL PLUS AND DOLBY DIGITAL AUDIO CODEC `.eac3`, `.ac3` .**\r\n- **SUPPORT MORE VIDEO AND AUDIO CODECS AND VARIOUS EXTENSION FORMATE'S .**\r\n- **`MediaSwift`: A VERSATILE LIBRARY WITH MANY SUPPORT AUDIO AND VIDEO CODECS, AS WELL AS MULTIPLE FILE FORMATS EXTENSION .**\r\n\r\n- ## LIST THE AVAILABLE `.CODEC'S()`, `.FORMATE'S()` AND `.HWACCEL'S()` :\r\n\r\n```python\r\nfrom MediaSwift import *\r\n\r\nINFO = ffpe()\r\n\r\nprint(INFO.codecs())\r\nprint(INFO.formats())\r\nprint(INFO.hwaccels())\r\n\r\n# GET CODECS ENCODING\r\nprint(INFO.codecs(encoder='aac'))\r\n\r\n```\r\n\r\n- #### ENHANCE COMPATIBILITY BY LEVERAGING THE `.formats()`, `.codecs()` `.hwaccels()` AND METHODS TO VALIDATE SUPPORT FOR A VARIETY OF FORMATS, CODECS AND HARDWARE ACCELERATION .\r\n- #### GET INFORMATION ABOUT THE CODEC'S ENCODER `.codecs(encoder=\"aac\")` .\r\n- ## CHECK LIBRARY VERSION USING :\r\n\r\n```python\r\n\r\nfrom MediaSwift import *\r\n\r\n# GET AND PRINT AUTHOR INFORMATION\r\nAUTHOR_INFO = author()\r\nprint(AUTHOR_INFO)\r\n\r\n# GET AND PRINT VERSION INFORMATION\r\nVERSION_INFO = version()\r\nprint(VERSION_INFO)\r\n\r\n```\r\n\r\n- ## EFFICIENT MEDIA PLAYBACK WITH `ffpl` .\r\n\r\n#### THE `ffpl` CLASS PROVIDES METHODS FOR PLAY MEDIA FILES. HERE ARE SOME EXAMPLES OF HOW TO USE THESE METHOD:\r\n\r\n```python\r\nfrom MediaSwift import *\r\n\r\n# INCREASE VOLUME BY 5 DB\r\nPLAY = ffpl()\r\nMEDIA_FILE = r\"PATH_TO_MEDIA_FILE\" # PLAY SINGE MEDIA FILE\r\nMEDIA_FILE = r\"PATH_TO_MEDIA_FILE_1\", r\"PATH_TO_MEDIA_FILE_2\" # PLAY MULTIPLE MEDIA FILE\r\n\r\n# USE noborder=True TO REMOVE PLAYER WINDOW BORDER.\r\nprint(PLAY.play(MEDIA_FILE, volume=5, noborder=True))\r\nprint(PLAY.play_multiple(MEDIA_FILE ,volume=5, noborder=True))\r\n```\r\n\r\n#### NOTE: USE THE `.play()` METHOD TO PLAY MEDIA FILES .\r\n\r\n**`noborder=True` ARGUMENT TO ELIMINATE THE BORDER OF THE PLAYER WINDOW .**\r\n**`volume=True` TO AMPLIFY THE AUDIO OUTPUT IN DECIBELS .**\r\n\r\n- ## ANALYZE MEDIA FILE `ffpr`.\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 MediaSwift import ffpr\r\n\r\nDETAILS = ffpr()\r\nINFO = DETAILS.probe(r\"PATH_TO_INPUT_FILE\")\r\n\r\nprint(DETAILS.analyze(INFO))\r\n\r\n# ENHANCE THE APPEALING CONTENT USING 'pretty=True'.\r\nprint(DETAILS.analyze(INFO, pretty=True))\r\n```\r\n\r\n**SUBSTITUTE `\"PATH_TO_INPUT_FILE\"` WITH THE ACTUAL FILE PATH TO YOUR MEDIA FILE. THE `.probe` METHOD RETURNS A DICTIONARY CONTAINING DETAILED INFORMATION ABOUT THE MEDIA FILE. WHEN USING `pretty=True`, THE CONTENT IS DISPLAYED IN A MORE VISUALLY APPEALING FORMAT.**\r\n\r\n**SPECIFY `pretty=True` TO DISPLAY THE INFORMATION IN A VISUALLY ENHANCED FORMAT.**\r\n\r\n- ## CONVERT MEDIA FILE `ffpe`.\r\n\r\n#### `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 \u21e8 CONVERT SINGLE VIDEO USING THIS :**\r\n\r\n```python\r\nfrom MediaSwift import ffpe\r\n\r\nFFMPL = ffpe()\r\n\r\nFFMPL.convert(\r\n input_files = r\"PATH_TO_INPUT_FILE\" , # INPUT FILE PATH\r\n output_dir = r\"PATH_TO_OUTPUT_FOLDER\" , # OUTPUT PATH\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='192k', # AUDIO BITRATE\r\n r=30, # VIDEO FRAME RATE\r\n bv='50m', # VIDEO BITRATE\r\n preset='fast', # PRESET FOR ENCODING\r\n f='mp4', # OUTPUT FORMAT\r\n\r\n)\r\n```\r\n\r\n**EXAMPLE \u21e8 CONVERT MULTIPLE VIDEO USING THIS :**\r\n**\u21e8 NOTE : ALWAYS SET INPUT FILE PATH IN SQUARE '[ ]' BRACKETS:**\r\n\r\n```python\r\nfrom MediaSwift 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] # INPUT_FILES [MULTIPLE CONVERT]\r\nINPUT_FILES = r'PATH_TO_INPUT_FILE' # INPUT_FILES [SINGLE CONVERT]\r\nOUTPUT_DIR = r\"PATH_TO_OUTPUT_FOLDER\"\r\n\r\nFFPE_INSTANCE.convert(\r\n input_files = INPUT_FILES, # INPUT FILE PATH\r\n output_dir = OUTPUT_DIR, # OUTPUT PATH\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='192k', # AUDIO BITRATE\r\n bv='50m', # VIDEO BITRATE\r\n preset='fast', # PRESET FOR ENCODING\r\n r=30, # VIDEO FRAME RATE\r\n f='mp4', # OUTPUT FORMAT\r\n)\r\n```\r\n\r\n#### EXAMPLE \u21e8 CONVERT MULTIPLE VIDEO INTO AUDIO FILE USING THIS :\r\n\r\n```python\r\n\r\nfrom MediaSwift import ffpe\r\nFFPE_INSTANCE = ffpe()\r\n\r\n# DEFINE INPUT FILES AND OUTPUT DIRECTORY.\r\nINPUT_FILES = [ r'PATH_TO_INPUT_FILE', r'PATH_TO_INPUT_FILE' ] # INPUT_FILES [MULTIPLE CONVERT]\r\nINPUT_FILES = r'PATH_TO_INPUT_FILE' # INPUT_FILES [SINGLE CONVERT]\r\n\r\nOUTPUT_DIR = r\"PATH_TO_OUTPUT_FOLDER\"\r\n\r\n# PERFORM MULTIMEDIA FILE CONVERSION USING FFPE.\r\nFFPE_INSTANCE.convert(\r\n input_files=INPUT_FILES,\r\n output_dir=OUTPUT_DIR ,\r\n hwaccel=\"cuda\", # HARDWARE ACCELERATION\r\n ar=44100, # AUDIO SAMPLE RATE\r\n ac=2, # AUDIO CHANNELS\r\n ba=\"192k\", # AUDIO BITRATE\r\n f=\"mp3\", # OUTPUT FORMAT (MP3 for audio)\r\n)\r\n\r\n```\r\n\r\n#### \u21e8 NOTE : USE THE `.convert()` METHOD TO CONVERT MEDIA FILES .\r\n\r\n**NOTE \u21e8 ALWAYS SET MULTIPLE INPUT_FILES PATH IN SQUARE '[ ]' BRACKETS:**\r\n\r\n```python\r\n\r\nfrom MediaSwift import *\r\n\r\nCONVERTER = ffpe()\r\nINPUT_FILE = r\"PATH_TO_INPUT_FILE\" # INPUT FILE\r\nOUTPUT_FILE = r\"PATH_TO_INPUT_FILE\" # OUTPUT FILE\r\nTIME_RANGE = \"01:30,02:30\" # CLIP FROM 1 MINUTE 30 SECONDS TO 2 MINUTES 30 SECONDS\r\n\r\nCONVERTER.MediaClip(INPUT_FILE, OUTPUT_FILE, TIME_RANGE)\r\n\r\n```\r\n\r\n**NOTE : USE THE `.MediaClip()` METHOD TO EXTRACTS SPECIFIC PART OF VIDEO AND CONVERTS IT INTO GIF.**\r\n\r\n- ## \ud83d\udd0e IMPORT CLASSES AND MODULE :\r\n\r\n```python\r\nfrom MediaSwift import ffpe, ffpl, ffpr\r\nfrom MediaSwift import *\r\n```\r\n\r\n- ## \u2699\ufe0f INSTALLATION :\r\n\r\n```bash\r\npip install MediaSwift\r\n```\r\n\r\n- ## \ud83d\ude03 AUTHOR INFORMATION :\r\n\r\n**THIS PYTHON LIBRARY PROJECT IS DONE BY `ROHIT SINGH` . FOR ANY QUERIES TO CHECK MY GITHUB, THANK YOU FOR USING `MediaSwift` PYTHON LIBRARY,LIBRARY RELEASE IN 2024 .**\r\n\r\n[](https://github.com/ROHIT-SINGH-1)\r\n",
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