poliastro
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  • About poliastro
  • Getting started
  • User guide
  • Jupyter notebooks
    • Analyzing the Parker Solar Probe flybys
    • The atmosphere and its layers
    • Temperature, pressure and density distrubutions
    • Catch that asteroid!
    • Comparing Hohmann and bielliptic transfers
    • Customising static orbit plots
    • Visualize orbital data with Cesium
    • New Horizons launch and trajectory
    • Going to Mars with Python using poliastro
    • Going to Jupiter with Python using Jupyter and poliastro
    • Plotting in 3D
    • Cowell’s formulation
    • Revisiting Lambert’s problem in Python
    • Studying Hohmann transfers
    • Analyzing NEOs
    • Visualizing the SpaceX Tesla Roadster trip to Mars
    • Natural and artificial perturbations
    • Porkchops with poliastro
    • Multiple revolutions on Lambert’s problem
  • High level API
  • Core level API
  • What’s new
  • Contributing
  • References
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Jupyter notebooks¶

  • Analyzing the Parker Solar Probe flybys
  • The atmosphere and its layers
  • Temperature, pressure and density distrubutions
  • Catch that asteroid!
  • Comparing Hohmann and bielliptic transfers
  • Customising static orbit plots
  • Visualize orbital data with Cesium
  • New Horizons launch and trajectory
  • Going to Mars with Python using poliastro
  • Going to Jupiter with Python using Jupyter and poliastro
  • Plotting in 3D
  • Cowell’s formulation
  • Revisiting Lambert’s problem in Python
  • Studying Hohmann transfers
  • Analyzing NEOs
  • Visualizing the SpaceX Tesla Roadster trip to Mars
  • Natural and artificial perturbations
  • Porkchops with poliastro
  • Multiple revolutions on Lambert’s problem
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© Copyright 2013-2019, Juan Luis Cano Rodríguez and the poliastro development team Revision 5009f52c.

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