msi_processor.computing package

This module is an example of a processor level package that contains processors and processing units.

Subpackages

• msi_processor.computing.atmospheric package
  • Submodules
  • msi_processor.computing.atmospheric.core module
    • Algorithm split (operational baseline vs [impl])
    • AtmAux
      • AtmAux.aot
      • AtmAux.ozone
      • AtmAux.water_vapour
    • AtmParams
      • AtmParams.aot
      • AtmParams.ozone
      • AtmParams.water_vapour
    • RTLut
      • RTLut.path_reflectance
      • RTLut.spherical_albedo
      • RTLut.transmittance
    • ScalarOrArray
    • SceneClass
      • SceneClass.BARE_SOIL
      • SceneClass.CLOUD
      • SceneClass.CLOUD_SHADOW
      • SceneClass.NO_DATA
      • SceneClass.UNCLASSIFIED
      • SceneClass.VEGETATION
      • SceneClass.WATER
    • SceneGeometry
      • SceneGeometry.relative_azimuth
      • SceneGeometry.sun_zenith
      • SceneGeometry.view_zenith
    • classify_scene()
    • classify_scene_ml()
    • get_atmospheric_parameters()
    • invert_boa()
    • resolve_rt_lut()
    • retrieve_atmospheric_parameters()
    • toa_to_boa()
  • msi_processor.computing.atmospheric.unit module
    • AtmosphericUnit
      • AtmosphericUnit.PROCESSOR_LEVEL
      • AtmosphericUnit.PROCESSOR_MODEL
      • AtmosphericUnit.PROCESSOR_NAME
      • AtmosphericUnit.PROCESSOR_VERSION
      • AtmosphericUnit.run()
• msi_processor.computing.coregistration package
  • Submodules
  • msi_processor.computing.coregistration.core module
    • CoregParams
      • CoregParams.clahe_clip
      • CoregParams.clahe_grid
      • CoregParams.match_fraction
      • CoregParams.max_residual
      • CoregParams.min_keypoints
      • CoregParams.min_keypoints_for()
      • CoregParams.min_keypoints_pan
      • CoregParams.pan_bands
      • CoregParams.ransac_tau
      • CoregParams.reference_band
      • CoregParams.seed
    • CoregResidual
      • CoregResidual.accepted
      • CoregResidual.band
      • CoregResidual.n_inliers
      • CoregResidual.rms_residual_px
    • coregister()
    • detect_and_match()
    • estimate_homography()
    • warp_qa()
    • warp_to_reference()
  • msi_processor.computing.coregistration.unit module
    • CoregistrationUnit
      • CoregistrationUnit.PROCESSOR_LEVEL
      • CoregistrationUnit.PROCESSOR_MODEL
      • CoregistrationUnit.PROCESSOR_NAME
      • CoregistrationUnit.PROCESSOR_VERSION
      • CoregistrationUnit.run()
• msi_processor.computing.enhancement package
  • Submodules
  • msi_processor.computing.enhancement.core module
    • EnhancementParams
      • EnhancementParams.bit_depth
      • EnhancementParams.denoise_method
      • EnhancementParams.denoise_params
      • EnhancementParams.fill_value
      • EnhancementParams.max_dn
      • EnhancementParams.mtfc_regularization
    • butterworth_lowpass()
    • denoise()
    • fft_dark_subtract()
    • flag_enhanced()
    • gaussian_smooth()
    • moving_average()
    • mtf_compensate()
    • pca_denoise()
    • wavelet_visushrink()
  • msi_processor.computing.enhancement.unit module
    • EnhancementUnit
      • EnhancementUnit.PROCESSOR_LEVEL
      • EnhancementUnit.PROCESSOR_MODEL
      • EnhancementUnit.PROCESSOR_NAME
      • EnhancementUnit.PROCESSOR_VERSION
      • EnhancementUnit.run()
• msi_processor.computing.georeference package
  • Submodules
  • msi_processor.computing.georeference.core module
    • GcpRefinement
      • GcpRefinement.homography
      • GcpRefinement.n_gcp
      • GcpRefinement.rms_residual_px
    • GeoreferenceParams
      • GeoreferenceParams.coreg
      • GeoreferenceParams.crs_wkt
      • GeoreferenceParams.min_gcp
      • GeoreferenceParams.resampling
      • GeoreferenceParams.resolution
      • GeoreferenceParams.use_gcp
    • Geotransform
      • Geotransform.crs_wkt
      • Geotransform.gdal_tuple
      • Geotransform.to_affine()
      • Geotransform.ulx
      • Geotransform.uly
      • Geotransform.xres
      • Geotransform.yres
    • GridSpec
      • GridSpec.geo
      • GridSpec.shape
      • GridSpec.x
      • GridSpec.y
    • PlatformState
      • PlatformState.altitude_m
      • PlatformState.ground_velocity_ms
      • PlatformState.lat
      • PlatformState.lon
    • ResamplingMethod
    • assign_grid()
    • build_geotransform()
    • compute_gsd()
    • gcp_refine()
    • orbit_state()
    • orthorectify()
    • resample_to_grid()
  • msi_processor.computing.georeference.unit module
    • GeoreferenceUnit
      • GeoreferenceUnit.PROCESSOR_LEVEL
      • GeoreferenceUnit.PROCESSOR_MODEL
      • GeoreferenceUnit.PROCESSOR_NAME
      • GeoreferenceUnit.PROCESSOR_VERSION
      • GeoreferenceUnit.run()
• msi_processor.computing.l0_decode package
  • Submodules
  • msi_processor.computing.l0_decode.ccsds122 module
    • Implemented per the Blue Book structure
    • Documented divergences (kept deliberately small, listed in the ICD/ATBD)
    • CompressionStats
      • CompressionStats.ac_bytes
      • CompressionStats.bitdepth_ac_bytes
      • CompressionStats.bits_per_pixel
      • CompressionStats.compressed_bytes
      • CompressionStats.dc_bytes
      • CompressionStats.header_bytes
      • CompressionStats.n_blocks
      • CompressionStats.n_segments
      • CompressionStats.pixel_bit_depth
      • CompressionStats.ratio
      • CompressionStats.raw_bytes
    • GAGGLE_BLOCKS
    • MAGIC
    • compress_frame()
    • decompress_frame()
    • dwt97m_forward()
    • dwt97m_inverse()
    • parse_segment_headers()
    • segment_byte_bounds()
  • msi_processor.computing.l0_decode.core module
    • L0DecodeParams
      • L0DecodeParams.bit_depth
      • L0DecodeParams.fill_value
      • L0DecodeParams.line_factor
      • L0DecodeParams.max_dn
      • L0DecodeParams.max_lost_fraction
    • check_legality()
    • decode_source_packets()
    • detect_line_loss()
    • initial_qa()
    • truncate_loss()
  • msi_processor.computing.l0_decode.ground_decode module
    • decode_canonical_frames()
    • decode_canonical_l0()
    • decode_stream()
    • iter_packets()
    • parse_primary_header()
    • reassemble_segments()
  • msi_processor.computing.l0_decode.unit module
    • L0DecodeUnit
      • L0DecodeUnit.PROCESSOR_LEVEL
      • L0DecodeUnit.PROCESSOR_MODEL
      • L0DecodeUnit.PROCESSOR_NAME
      • L0DecodeUnit.PROCESSOR_VERSION
      • L0DecodeUnit.run()
• msi_processor.computing.pansharpen package
  • Submodules
  • msi_processor.computing.pansharpen.core module
    • Algorithm split (operational baseline vs [impl])
    • Spectral fidelity (REQ-F-PAN-02)
    • PAN-reflectance handling (ATBD <5.9> open point 7, unresolved)
    • FusionMethod
    • OPERATIONAL_METHODS
    • align_ms_to_pan()
    • fuse()
    • spectral_fidelity()
  • msi_processor.computing.pansharpen.unit module
    • PansharpenUnit
      • PansharpenUnit.PROCESSOR_LEVEL
      • PansharpenUnit.PROCESSOR_MODEL
      • PansharpenUnit.PROCESSOR_NAME
      • PansharpenUnit.PROCESSOR_VERSION
      • PansharpenUnit.run()
• msi_processor.computing.radiometric package
  • Submodules
  • msi_processor.computing.radiometric.core module
    • RadiometricParams
      • RadiometricParams.bit_depth
      • RadiometricParams.fill_value
      • RadiometricParams.g_max
      • RadiometricParams.g_min
      • RadiometricParams.max_dn
      • RadiometricParams.remove_dark_fft
      • RadiometricParams.saturation
    • apply_nuc()
    • detect_bad_pixels()
    • estimate_nuc()
    • flag_saturation()
    • remove_dark_fft()
    • replace_bad_pixels()
  • msi_processor.computing.radiometric.unit module
    • RadiometricUnit
      • RadiometricUnit.PROCESSOR_LEVEL
      • RadiometricUnit.PROCESSOR_MODEL
      • RadiometricUnit.PROCESSOR_NAME
      • RadiometricUnit.PROCESSOR_VERSION
      • RadiometricUnit.run()
• msi_processor.computing.toa package
  • Submodules
  • msi_processor.computing.toa.core module
    • TOAParams
      • TOAParams.emit_reflectance
      • TOAParams.fill_value
    • dn_to_radiance()
    • earth_sun_distance()
    • flag_radiance()
    • radiance_to_reflectance()
    • solar_geometry()
  • msi_processor.computing.toa.unit module
    • ToaUnit
      • ToaUnit.PROCESSOR_LEVEL
      • ToaUnit.PROCESSOR_MODEL
      • ToaUnit.PROCESSOR_NAME
      • ToaUnit.PROCESSOR_VERSION
      • ToaUnit.run()