pyart.map#
Description
Mapping (pyart.map)#
Py-ART has a robust function for mapping radar data from the collected radar coordinates to Cartesian coordinates.
Mapping to grid#
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Map one or more radars to a Cartesian grid returning a Grid object. |
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Map one or more radars to a Cartesian grid. |
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Map gates from one or more radars to a Cartesian grid. |
Examples of ROI (region of interest)#
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Example RoI function which returns a constant radius. |
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Example RoI function which returns a radius which grows with distance. |
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Example RoI function which returns a radius which grows with distance and whose parameters are based on virtual beam size. |
Classes
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The GateMapper class will, given one radar's gate, find the gate in another radar's volume that is closest in location to the specified gate. |
Functions
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Example RoI function which returns a constant radius. |
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Example RoI function which returns a radius which grows with distance. |
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Example RoI function which returns a radius which grows with distance and whose parameters are based on virtual beam size. |
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Computes the earth radius for a given latitude |
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Map one or more radars to a Cartesian grid returning a Grid object. |
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Map gates from one or more radars to a Cartesian grid. |
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Map one or more radars to a Cartesian grid. |
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Interpolates a PPI or RHI scan in polar coordinates to a regular cartesian grid of South-North and West-East coordinates (for PPI) or distance at ground and altitude coordinates (for RHI) |