Closed pindge closed 3 years ago
collating existing ows layers and styles, this purpose is for visibility and once approved it will be converted to a master list for verification testing purposes.
master list
ows@ip-10-0-13-62:~$ datacube-ows-cfg-parse -s Configuration parsed OK Layers and Styles ================= ls8_nbart_geomedian_annual [ls8_nbart_geomedian_annual] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 ls7_nbart_geomedian_annual [ls7_nbart_geomedian_annual] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 ls5_nbart_geomedian_annual [ls5_nbart_geomedian_annual] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 ls8_barest_earth_mosaic [ls8_barest_earth_albers] . simple_rgb . infrared_green . ndvi . blue . green . red . nir . swir1 . swir2 landsat_barest_earth [landsat_barest_earth] . simple_rgb . infrared_green . ndvi . blue . green . red . nir . swir1 . swir2 . nd_ferric_iron . nd_soil . nd_clay_mica mangrove_cover_v2_0_2 [mangrove_cover] . mangrove wofs_filtered_summary [wofs_filtered_summary] . WOfS_filtered_frequency . WOfS_filtered_frequency_blues_transparent wofs_filtered_summary_confidence [wofs_filtered_summary] . wofs_confidence wofs_summary_wet [wofs_summary] . water_observations wofs_summary_clear [wofs_summary] . clear_observations Water Observations from Space Statistics [wofs_summary] . WOfS_frequency . WOfS_frequency_blues_transparent wofs_annual_summary_wet [wofs_annual_summary] . annual_water_observations wofs_annual_summary_clear [wofs_annual_summary] . annual_clear_observations wofs_annual_summary_statistics [wofs_annual_summary] . annual_WOfS_frequency . annual_WOfS_frequency_blues_transparent wofs_apr_oct_summary_wet [wofs_apr_oct_summary] . seasonal_water_observations wofs_apr_oct_summary_clear [wofs_apr_oct_summary] . seasonal_clear_observations wofs_apr_oct_summary_statistics [wofs_apr_oct_summary] . seasonal_WOfS_frequency . seasonal_WOfS_frequency_blues_transparent wofs_nov_mar_summary_wet [wofs_nov_mar_summary] . seasonal_water_observations wofs_nov_mar_summary_clear [wofs_nov_mar_summary] . seasonal_clear_observations wofs_nov_mar_summary_statistics [wofs_nov_mar_summary] . seasonal_WOfS_frequency . seasonal_WOfS_frequency_blues_transparent wofs_albers [wofs_albers] . observations . wet s2_nrt_granule_nbar_t [s2a_nrt_granule,s2b_nrt_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 . NBR s2b_nrt_granule_nbar_t [s2b_nrt_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 s2a_nrt_granule_nbar_t [s2a_nrt_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 . NBR s2_nrt_wofs [sentinel2_wofs_nrt] . water_classifier s2_ard_granule_nbar_t [ga_s2a_ard_nbar_granule,ga_s2b_ard_nbar_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 s2b_ard_granule_nbar_t [ga_s2b_ard_nbar_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 s2a_ard_granule_nbar_t [ga_s2a_ard_nbar_granule] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . ndci . aerosol . blue . green . red . red_edge_1 . red_edge_2 . red_edge_3 . nir . narrow_nir . swir1 . swir2 multi_scale_topographic_position [multi_scale_topographic_position] . mstp_rgb weathering_intensity [weathering_intensity] . wii ga_ls_tcw_percentiles_2 [ga_ls_tcw_percentiles_2] . tcw_10_percentile . tcw_50_percentile . tcw_90_percentile fcp_green_veg [fc_percentile_albers_annual] . green_veg_10 . green_veg_50 . green_veg_90 fcp_non_green_veg [fc_percentile_albers_annual] . non_green_veg_10 . non_green_veg_50 . non_green_veg_90 fcp_bare_ground [fc_percentile_albers_annual] . bare_ground_10 . bare_ground_50 . bare_ground_90 fcp_rgb [fc_percentile_albers_annual] . fc_rgb fcp_seasonal_green_veg [fc_percentile_albers_seasonal] . green_veg_10 . green_veg_50 . green_veg_90 fcp_seasonal_non_green_veg [fc_percentile_albers_seasonal] . non_green_veg_10 . non_green_veg_50 . non_green_veg_90 fcp_seasonal_bare_ground [fc_percentile_albers_seasonal] . bare_ground_10 . bare_ground_50 . bare_ground_90 fcp_seasonal_rgb [fc_percentile_albers_seasonal] . simple_rgb NIDEM [nidem] . NIDEM high_tide_composite [high_tide_comp_20p] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 low_tide_composite [low_tide_comp_20p] . simple_rgb . infrared_green . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 ITEM_V2.0.0 [item_v2] . relative_layer ITEM_V2.0.0_Conf [item_v2_conf] . confidence_layer historical_airborne_photography [historical_airborne_photography] . simple_gray aster_false_colour [aster_false_colour] . false_colour . gray aster_regolith_ratios [aster_regolith_ratios] . simple_rgb aster_aloh_group_composition [aster_aloh_group_composition] . ramp aster_aloh_group_content [aster_aloh_group_content] . ramp aster_feoh_group_content [aster_feoh_group_content] . ramp aster_ferric_oxide_composition [aster_ferric_oxide_composition] . ramp aster_ferric_oxide_content [aster_ferric_oxide_content] . ramp aster_ferrous_iron_content_in_mgoh [aster_ferrous_iron_content_in_mgoh] . ramp aster_ferrous_iron_index [aster_ferrous_iron_index] . ramp aster_green_vegetation [aster_green_vegetation] . ramp aster_gypsum_index [aster_gypsum_index] . ramp aster_kaolin_group_index [aster_kaolin_group_index] . ramp aster_mgoh_group_composition [aster_mgoh_group_composition] . ramp aster_mgoh_group_content [aster_mgoh_group_content] . ramp aster_opaque_index [aster_opaque_index] . ramp aster_silica_index [aster_silica_index] . ramp aster_quartz_index [aster_quartz_index] . ramp ls8_nbart_tmad_annual [ls8_nbart_tmad_annual] . log_sdev . log_edev . log_bcdev . arcsec_sdev . log_edev . log_bcdev . tmad_rgb_std . tmad_rgb_sens ls7_nbart_tmad_annual [ls7_nbart_tmad_annual] . log_sdev . log_edev . log_bcdev . arcsec_sdev . log_edev . log_bcdev . tmad_rgb_std . tmad_rgb_sens ls5_nbart_tmad_annual [ls5_nbart_tmad_annual] . log_sdev . log_edev . log_bcdev . arcsec_sdev . log_edev . log_bcdev . tmad_rgb_std . tmad_rgb_sens ls5_fc_albers [ls5_fc_albers] . simple_fc ls7_fc_albers [ls7_fc_albers] . simple_fc ls8_fc_albers [ls8_fc_albers] . simple_fc fc_albers_combined [ls5_fc_albers,ls7_fc_albers,ls8_fc_albers] . simple_fc alos_displacement [cemp_insar_alos_displacement] . insar_disp_ud . insar_disp_ew . insar_disp_ud_std . insar_disp_ew_std alos_velocity [cemp_insar_alos_velocity] . insar_velocity_ud . insar_velocity_ew . insar_vel_ud_std . insar_vel_ew_std envisat_displacement [cemp_insar_envisat_displacement] . insar_disp_ud . insar_disp_ew . insar_disp_ud_std . insar_disp_ew_std envisat_velocity [cemp_insar_envisat_velocity] . insar_velocity_ud . insar_velocity_ew . insar_vel_ud_std . insar_vel_ew_std radarsat2_displacement [cemp_insar_radarsat2_displacement] . insar_disp_ud . insar_disp_ew . insar_disp_ud_std . insar_disp_ew_std radarsat2_velocity [cemp_insar_radarsat2_velocity] . insar_velocity_ud . insar_velocity_ew . insar_vel_ud_std . insar_vel_ew_std ga_ls8c_ard_3 [ga_ls8c_ard_3] . simple_rgb . false_colour . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 . panchromatic . aerosol ga_ls7e_ard_3 [ga_ls7e_ard_3] . simple_rgb . false_colour . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 . panchromatic ga_ls5t_ard_3 [ga_ls5t_ard_3] . simple_rgb . false_colour . ndvi . ndwi . mndwi . blue . green . red . nir . swir1 . swir2 ga_ls_wo_3 [ga_ls_wo_3] . observations . wet ga_ls_fc_3 [ga_ls_fc_3] . simple_fc
@GypsyBojangles https://github.com/GeoscienceAustralia/dea-config/blob/master/dev/services/wms/inventory.json
https://github.com/GeoscienceAustralia/dea-config/blob/master/prod/services/wms/inventory.json
pindge
commented
3 years ago
collating existing ows layers and styles, this purpose is for visibility and once approved it will be converted to a
master listfor verification testing purposes.