selvakarna / Moviemakingwithmusic

Moviemakingwithmusic

Moviemakingwithmusic

Moviemakingwithmusic Deployment Procedure of Moviemaker Module:

Packages and Installation:

Python3.6.10 OpenCV4.4.0.42

Moviepy

Downloads Links:

Python : https://www.python.org/downloads/ Moviepy : https://pypi.org/project/moviepy/ Opencv : https://pypi.org/project/opencv-python/

Installation:

Pip install moviepy Pip install opencv-python

Terminal Commands for Moviemaker Module run procedure:

Library’s Import procedure:

Import moviemak

Parameters needed to run module:

Moviemak.filmake(input_dir,output_dir,past_seconds,future_out_seconds,Game_server_time_stamp,Music_mp3_root,wave_sequence,Merged_video_root)

Function parameters example:

Input_dir=’/image/frames_root’

Output_dir=’/movie_root’

Past_seconds=’2’ in seconds

Future_out_seconds=’10’ in seconds

Game_server_time_stamp=’20200423444900’

Music_mp3_root=’/mp3 music file root’

Merged_video_root=’/Merged movie root’

Individual Module run terminal commands:

Python3 Moviemak.filmake(input_dir,output_dir,past_seconds,future_out_seconds,Game_server_time_stamp,Music_mp3_root,wave_sequence,Merged_video_root)

Working Concept:

Frames to Movie:

Frames convert into Movie based on Timestamp( Past seconds + Future seconds) Movie have ~ 40 frames per seconds

Movie merged with Music:

Music merging with movie based on movie length( duration in seconds) So Music segment and automatically merged with movie

Moviemaker Logic:

First checking (finding) Times stamp, from timestamp (or) EMO model, on the camera image Root. The Timestamp is not there, then to finding the nearest timestamp based on timestamp. Past seconds: Collect the Past frames from the camera Root. Future seconds: Collect the frames based on Future seconds from the camera root.

Make a movie from collected frames & merged with music.

This module able to make a video with sufficient frames.

Example: past seconds =’3sec’, future seconds= ‘4’ 1 second=30 frames Needed frames=210 frames In folder frames= 120 frames Reference & Nearest timestamp on approximately = 100th frame Past =90 frames Future=120 frames But we have sufficient future frames 20 Video length = ~3.5 seconds