Plotting trajectories (on a computer)

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SUMMARY

The discussion focuses on plotting trajectories in computational physics, specifically using Python. The user seeks recommendations for programs that can visualize 2D and 3D trajectories. VPython is highlighted as a suitable tool for this purpose, providing an accessible way to visualize results from Python scripts. The user is encouraged to explore the examples available on the VPython website for practical applications.

PREREQUISITES
  • Basic understanding of Python programming
  • Familiarity with computational physics concepts
  • Knowledge of 2D and 3D plotting techniques
  • Access to VPython library and its installation process
NEXT STEPS
  • Explore the VPython documentation for installation and usage guidelines
  • Learn how to create 3D visualizations with VPython
  • Investigate additional libraries like Matplotlib for 2D plotting
  • Review contributed examples on the VPython website to understand practical applications
USEFUL FOR

This discussion is beneficial for computational physicists, educators in physics, and Python developers interested in visualizing scientific data through 2D and 3D plotting techniques.

Adoniram
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Hello all,

I'm rather new to the world of computational physics and I'd just like some advice on which program I can use for plotting trajectories. I'd prefer 3D, if possible, but 2D would at least be a good start.

I'm a little familiar with python, and I can get results from my .py scripts, but I want to visualize them now.

Any advice?

Thanks!
 
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