Difference between revisions of "Installing PyBioSim"
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<pre> >ffmpeg -framerate 30 -i "1%08d.png" -r 30 outPut.mp4 | <pre> >ffmpeg -framerate 30 -i "1%08d.png" -r 30 outPut.mp4 | ||
^ ^ | ^ ^ | ||
| − | Framerate | + | Framerate matched with simulator </pre> |
The number after -r denotes the framerate of the video, its set to 30 in the above example. | The number after -r denotes the framerate of the video, its set to 30 in the above example. | ||
Set it to be the same as your simulator's fps. | Set it to be the same as your simulator's fps. | ||
Latest revision as of 20:54, 12 March 2015
Contents
System Requirements
Make sure your system meets these requirements:
- Operating system: Anything that runs Python 2.7(Windows, Mac and Linux)
- RAM: 2GB.
- Disk space: 2GB
Prerequisites
- Python 2.7(Download Page)
- Numpy (Download Page)
- Matplotlib 1.4.3(Download Page)
- FFMPEG, for encoding video.(Download Page)
Downloading the simulator
Step 1: Link to the GitHub repository.
https://github.com/arindam1993/PyBioSim
Step 2: Clone the repo to your desktop or just click "Download Zip" on the github page.
Step 3: Place the extracted files into a suitable folder, set the current working directory of your command prompt/terminal to this folder, and execute the following command.
>python Simulator.py
This should writing out the images into the /images folder.
Step 4: Simulator Setup is done!
Compiling the image sequence into a video
Step 1: Download and install FFMPEG for your platform, on your command prompt run.
>ffmpeg
Step 2: If you get "Command not found", add the /bin folder inside ffmpeg directory to your PATH.
Step 3: Set the current directory of your command prompt to the /images folder.Execute the command
>ffmpeg -framerate 30 -i "1%08d.png" -r 30 outPut.mp4
^ ^
Framerate matched with simulator
The number after -r denotes the framerate of the video, its set to 30 in the above example. Set it to be the same as your simulator's fps.
