Derivative of vis3dpy, aimed at visualizing ℝ³ vector fields
Project description
vis3dvf
Dependencies
pygame
PyOpenGL
PyOpenGL_accelerate
Quickstart
A simple example of a time-dependent vector field can be found in the example.py
file. To quickstart this example, run:
pip install vis3dvf # installs vis3dvf (and dependencies)
git clone https://github.com/LukasDrsman/vis3dvf.git # fetches repo with example.py
cd vis3dvf
python3 example.py # runs example.py
Usage
vis3dvf.plot.Figure(window width, window height)
- Figure constructor, necessary for rendering.
- "Public" methods:
- add(plot) - adds plot object to the render que (plot object must have an implemented render() method)
- show() - creates a window and starts rendering
vis3dvf.vectorfield.VectorField(u, v, w, density)
- Static vector field plot object constructor
- Parameters:
- u = u(x,y,z) - the x component of the vector field at (x,y,z) (function)
- v = v(x,y,z) - the y component of the vector field at (x,y,z) (function)
- w = w(x,y,z) - the z component of the vector field at (x,y,z) (function)
vis3dvf.vectorfield.VectorFieldT(u, v, w, density, initial time, final time, time delta)
- Time-dependent vector field plot object constructor
- Parameters:
- u = u(x,y,z,t) - the x component of the vector field at (x,y,z) and time t (function)
- v = v(x,y,z,t) - the y component of the vector field at (x,y,z) and time t (function)
- w = w(x,y,z,t) - the z component of the vector field at (x,y,z) and time t (function)
Project details
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vis3dvf-1.0.2.tar.gz
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