« GPCorrelation » : différence entre les versions
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By selecting the type of parameters, we may enter data for correlation/covariance matrix for Keplerian/Cartesian/<font color=#FF8C00 title="Local Orbital Frame>LOF</font> cartesians parameters. The different displays will be: | By selecting the type of parameters, we may enter data for correlation/covariance matrix for Keplerian/Cartesian/<font color=#FF8C00 title="Local Orbital Frame>LOF</font> cartesians parameters. The different displays will be: | ||
* In case of Keplerian | * In case of Keplerian parameters: | ||
[[File:GPCorrelation1.png]] | [[File:GPCorrelation1.png|1000px]] | ||
*In case of cartesian parameters: | *In case of cartesian parameters: |
Version du 13 décembre 2021 à 16:11
How to call it
For using the GPCorrelation class, the developer has only to create such an object as is:
gpCor = new GPCorrelation();
or:
gpCor = new GPCorrelation("widgetId", "MyMatrix");
Display
We will get:
By selecting the type of parameters, we may enter data for correlation/covariance matrix for Keplerian/Cartesian/LOF cartesians parameters. The different displays will be:
- In case of Keplerian parameters:
- In case of cartesian parameters:
- In case of LOF parameters:
So we may have a covariance matrix rather than a correlation one:
If the initial correlation (resp. covariance) matrix is not null, a specific pop-up window will appear to ask for the type of conversion. A bit as for the GPOrbit widget, it will be possible to do this conversion between correlation and covariance matrices (but not between the different type of parameters) using a kind of “pivot” notion.
How to use it
Therei no exactly corresponding correlation/covariance matrices inside PATRIUS but GENOPUS gives some utility classes and methods to use them.
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How it is stored
Here is the XML format:
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