asp_plot.report_captions ======================== .. py:module:: asp_plot.report_captions .. autoapi-nested-parse:: Caption and description text for the ``asp_plot`` report sections. These strings were previously inlined into the ~880-line ``cli/asp_plot.py`` ``main()`` control flow. Pulling them into a data module keeps the report pipeline (see :mod:`asp_plot.report_pipeline`) focused on orchestration and makes the prose reviewable in one place. The body-dependent alignment descriptions and the planetary captions are exposed as small template functions; everything else is a module-level constant. Attributes ---------- .. autoapisummary:: asp_plot.report_captions.BUNDLE_RESIDUALS_LINEAR asp_plot.report_captions.BUNDLE_RESIDUALS_LOG asp_plot.report_captions.DEM_RESULTS asp_plot.report_captions.DETAILED_HILLSHADE asp_plot.report_captions.DISPARITY asp_plot.report_captions.EARTH_ALIGNMENT_DESCRIPTION asp_plot.report_captions.GEODIFF asp_plot.report_captions.ICESAT2_HISTOGRAM asp_plot.report_captions.ICESAT2_HISTOGRAM_ALIGNED asp_plot.report_captions.ICESAT2_MAP asp_plot.report_captions.ICESAT2_PROFILE asp_plot.report_captions.ICESAT2_PROFILE_ALIGNED asp_plot.report_captions.ICESAT2_SEGMENTS asp_plot.report_captions.ICESAT2_SEGMENTS_ALIGNED asp_plot.report_captions.INPUT_SCENES asp_plot.report_captions.MAP_PROJECTED_RESIDUALS asp_plot.report_captions.MATCH_POINTS asp_plot.report_captions.STEREO_GEOMETRY Functions --------- .. autoapisummary:: asp_plot.report_captions.planetary_alignment_description asp_plot.report_captions.planetary_altimetry_histogram asp_plot.report_captions.planetary_altimetry_histogram_aligned asp_plot.report_captions.planetary_altimetry_map asp_plot.report_captions.planetary_altimetry_map_aligned Module Contents --------------- .. py:function:: planetary_alignment_description(instrument) .. py:function:: planetary_altimetry_histogram(instrument) .. py:function:: planetary_altimetry_histogram_aligned(instrument) .. py:function:: planetary_altimetry_map(instrument) .. py:function:: planetary_altimetry_map_aligned(instrument) .. py:data:: BUNDLE_RESIDUALS_LINEAR :value: 'Initial and final bundle adjustment residuals on a linear scale.' .. py:data:: BUNDLE_RESIDUALS_LOG :value: 'Initial and final bundle adjustment residuals on a logarithmic scale.' .. py:data:: DEM_RESULTS :value: 'Output DEM with intersection error map and difference relative to the reference DEM used in processing.' .. py:data:: DETAILED_HILLSHADE :value: 'DEM hillshade. If the intersection error is available, zoomed subsets selected from low,... .. py:data:: DISPARITY :value: 'Horizontal and vertical disparity maps in pixels with quiver overlay.' .. py:data:: EARTH_ALIGNMENT_DESCRIPTION :value: Multiline-String .. raw:: html
Show Value .. code-block:: python """ASP's pc_align estimates a rigid 3D translation that minimizes the height residuals between the ASP DEM and ICESat-2 ATL06-SR ground-track points used as the reference point cloud. The translation is applied to the DEM directly (geotransform + pixel-value shift, no resampling) to produce the aligned DEM. Alignment Parameters (above): - processing_level: ATL06-SR filter key used as the reference; 'all' uses every filtered point. - minimum_points: minimum ATL06-SR point count required; fewer points skips the alignment. - agreement_threshold: maximum relative disagreement across temporal sub-filters before the aligned DEM is flagged as inconsistent. - min_translation_threshold: minimum translation magnitude (as a fraction of the DEM GSD) required to write out an aligned DEM. - improvement_threshold_pct: minimum percentage reduction in p50 required to keep the aligned DEM on disk; below this, the aligned DEM is removed. Alignment Statistics (above, in meters): - p16_beg / p50_beg / p84_beg: 16th / 50th / 84th percentile of the DEM-vs-ICESat absolute height residuals before alignment. - p16_end / p50_end / p84_end: same percentiles after alignment. - N_shift / E_shift / D_shift: north / east / down components of the applied translation vector. - |T|: magnitude of the translation vector.""" .. raw:: html
.. py:data:: GEODIFF :value: 'Initial and final geodiff height differences compared to the reference DEM used in processing.' .. py:data:: ICESAT2_HISTOGRAM :value: 'Distribution of elevation differences between ICESat-2 ATL06-SR and ASP DEM with per-landcover... .. py:data:: ICESAT2_HISTOGRAM_ALIGNED :value: 'Pre- (steelblue) and post-alignment (orange) distributions of ICESat-2 minus DEM height... .. py:data:: ICESAT2_MAP :value: 'ICESat-2 ATL06-SR elevation differences vs. ASP DEM.' .. py:data:: ICESAT2_PROFILE :value: 'Elevation profile along the ICESat-2 track with the most valid points, comparing ATL06-SR and... .. py:data:: ICESAT2_PROFILE_ALIGNED :value: 'Elevation profile along the ICESat-2 track after pc_align. The aligned DEM is overlaid on the... .. py:data:: ICESAT2_SEGMENTS :value: "1 km segments along the ICESat-2 track with better (left) and worse (right) agreement with the... .. py:data:: ICESAT2_SEGMENTS_ALIGNED :value: 'The same better- and worse-agreement segments as above, now with the aligned DEM overlaid.... .. py:data:: INPUT_SCENES :value: "Left and right input scenes used for stereo processing. Non-mapprojected scenes are shown after... .. py:data:: MAP_PROJECTED_RESIDUALS :value: 'Midpoint distance between final interest points projected onto the reference DEM used in processing.' .. py:data:: MATCH_POINTS :value: 'Interest point matches between left and right images. These are produced by stereo_corr during... .. py:data:: STEREO_GEOMETRY :value: 'Stereo acquisition geometry skyplot and map view showing satellite viewing angles and scene footprints.'