PSTOTPOW

POLSAR total power


EnvironmentsPYTHON :: EASI :: MODELER
Batch ModeYes
Quick linksDescription :: Parameters :: Parameter descriptions :: Details :: Acknowledgements :: Related

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Description


PSTOTPOW creates a single-channel output file that contains the image of the sum of the power of a multichannel polarimetric SAR (POLSAR) image. The total power is defined as the sum of the intensities of all available polarizations. It is useful to characterize features in your image based on total received intensity, regardless of polarization.
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Parameters


Name Type Length Value range
Input: Input polarimetric SAR image * Raster port 1 -    
Output: Output total power image * Raster port 1 -    

* Required parameter
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Parameter descriptions

Input: Input polarimetric SAR image

The name of the input polarimetric SAR data set, which must be in one of the following matrix formats: detected, scattering, covariance, coherence, or Kennaugh.

The input data set must have already have been imported into the PCIDSK (.pix) format with SARINGEST. Input can also be the key-file name of any GDB-supported POLSAR data set in its distribution format. For more information, including a complete list of supported SAR sensors and data products, follow the link to SARINGEST at the end of this topic.

Output: Output total power image

The name of the output file that will hold the sum of the available intensities. The output file has the same dimensions as the input, and one floating-point channel.

The file name you specify must not already exist.

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Details

PSTOTPOW generates the sum of available intensities for a SAR data set.

The input data set can contain detected or complex data from dual-po, compact-pol, or fully polarimetric (quad-polarization) data in one of the following matrix formats: scattering (s4c or S3c), covariance (c4r6c or C3r3c), coherency (t4r6c or T3r3c), or Kennaugh (k16r or K9r).

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Acknowledgements

PCI Geomatics gratefully acknowledges the financial support provided by the Canadian Space Agency through the Earth Observation Application Development Program (EOADP), contract number 9F028-034946.

© PCI Geomatics Enterprises, Inc.®, 2026. All rights reserved.