Stellar Occultation Reduction Analysis
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Details:
Overview
Using and Citing SORA
Installation
Releases
About Us
Code:
Modules
Getting Started
Examples
Jupyter-Notebook Guidelines
Body Class
Star Class
prediction()
function and the PredictionTable Class
Observer and Spacecraft Classes
LightCurve Class
Occultation Class
ChiSquare Class
Known Issues
Stellar Occultation Reduction Analysis
Jupyter-Notebook Guidelines
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Jupyter-Notebook Guidelines
All the Jupyter-Notebooks can be downloaded
here
Body Class
0. Index
1. Instantiating a Body object
2. Body Physical Attributes
3. Ephemeris
4. Pole Position Angle and Aperture Angle
5. Apparent Magnitude
6. The Ephemeris Classes
7. The frame attribute
8. The shape attribute
Star Class
0. Index
1. Instantiating Star Object
2. Changing or including magnitudes
3. Propagated positions
4. Adding offsets
5. The Apparent Diameter of the star
prediction()
function and the PredictionTable Class
0. Index
1. Predicting stellar occultation
2. The PredictionTable
3. Using PredictionTable
4. Plotting occultation maps
5. Occultation parameters
Observer and Spacecraft Classes
0. Index
1. Instantiating an Observer or Spacecraft Object
2. Setting and/or modifing parameters
3. Apparent Sidereal Time
4. Ksi and Eta projection
5. MPC observatories
LightCurve Class
0. Index
1. Instantiating a LightCurve Object
2. Set and/or modifing model parameters
3. Preparing the LightCurve
4. Automatic detection of Occultations
5. Complete occultation light curve model and fitting
6. Viewing and saving the results
Occultation Class
0. Index
1. Instantiating an Occultation Object and adding observations
2. Projecting the times in the sky plane and the Chords
3. Ellipse fit
4. Viewing and saving the results
ChiSquare Class
0. Index
1. Instantiating a ChiSquare Object
2. Viewing the results
3. Saving the results and plots
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