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Commit b9c76a1a authored by Peter Kettig's avatar Peter Kettig
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Updated Venus *EEF

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VENUS_MUSCATE/VE_TEST_GIP_L2COMM_L_ALLSITES_00001_20190626_21000101.EEF
View file @ b9c76a1a
......@@ -80,6 +80,8 @@
<Red_Band_Code>B7</Red_Band_Code>
<!-- Near Infra Red band code identifier -->
<NIR_Band_Code>B11</NIR_Band_Code>
<!-- SWIR band code identifier -->
<SWIR_Band_Code>B10</SWIR_Band_Code>
<!--Band code identifier that corresponds to the 2.2µm spectral band -->
<Band_2200_Code>B12</Band_2200_Code>
<!-- Band code identifier used for the red channel of the quick look -->
......
VENUS_MUSCATE_CAMS/VE_TEST_GIP_L2COMM_L_ALLSITES_00001_20190626_21000101.EEF
View file @ b9c76a1a
......@@ -73,11 +73,11 @@
<Bands_Definition>
<Thematic_Definition>
<!-- Blue band code identifier -->
<Blue_Band_Code>B02</Blue_Band_Code>
<Blue_Band_Code>B2</Blue_Band_Code>
<!-- Green band code identifier -->
<Green_Band_Code>B04</Green_Band_Code>
<Green_Band_Code>B4</Green_Band_Code>
<!-- Red band code identifier -->
<Red_Band_Code>B07</Red_Band_Code>
<Red_Band_Code>B7</Red_Band_Code>
<!-- Near Infra Red band code identifier -->
<NIR_Band_Code>B11</NIR_Band_Code>
<!-- SWIR band code identifier -->
......@@ -85,11 +85,11 @@
<!--Band code identifier that corresponds to the 2.2µm spectral band -->
<Band_2200_Code>B12</Band_2200_Code>
<!-- Band code identifier used for the red channel of the quick look -->
<Quicklook_Red_Band_Code>B07</Quicklook_Red_Band_Code>
<Quicklook_Red_Band_Code>B7</Quicklook_Red_Band_Code>
<!-- Band code identifier used for the green channel of the quick look -->
<Quicklook_Green_Band_Code>B04</Quicklook_Green_Band_Code>
<Quicklook_Green_Band_Code>B4</Quicklook_Green_Band_Code>
<!-- Band code identifier used for the blue channel of the quick look -->
<Quicklook_Blue_Band_Code>B02</Quicklook_Blue_Band_Code>
<Quicklook_Blue_Band_Code>B2</Quicklook_Blue_Band_Code>
</Thematic_Definition>
</Bands_Definition>
<Quicklook_Refl_Variation>
......@@ -126,7 +126,7 @@
</CAMS_Data_Preparation>
<DTM_Processing>
<!--Spectral bands used in the DTM processing -->
<DTM_Viewing_Direction_Band_Code>B05 B06</DTM_Viewing_Direction_Band_Code>
<DTM_Viewing_Direction_Band_Code>B5 B6</DTM_Viewing_Direction_Band_Code>
<!-- Euclidean distance beyong which a pixel is declared as hidden (in meter) -->
<Distance_Threshold>100.00</Distance_Threshold>
</DTM_Processing>
......@@ -185,9 +185,9 @@
<!-- Band used for absolute thresholding of reflectance over water zones (SWIR when available, NIR otherwise) -->
<Reflectance_Water_Band_Code>B11</Reflectance_Water_Band_Code>
<!-- Band code identifier used for the correlation to avoid false cloud detection -->
<Correl_Band_Code>B07</Correl_Band_Code>
<Correl_Band_Code>B7</Correl_Band_Code>
<!-- Band code identifier used for the shadow detection -->
<Shadow_Band_Code>B07</Shadow_Band_Code>
<Shadow_Band_Code>B7</Shadow_Band_Code>
<!-- Threshold on surface reflectance in the blue band -->
<Cloud_Blue_Reflectance_Threshold>0.25</Cloud_Blue_Reflectance_Threshold>
<!-- Threshold on surface reflectance in the red band -->
......@@ -279,7 +279,7 @@
</Water_Masking>
<Rain_Flag>
<!-- Band code identifier used for the water masking -->
<Water_Band_Code>B07</Water_Band_Code>
<Water_Band_Code>B7</Water_Band_Code>
<!-- Reflectance decrease threshold -->
<Reflectance_Decrease_Threshold>0.045</Reflectance_Decrease_Threshold>
</Rain_Flag>
......@@ -291,13 +291,13 @@
<!-- Multi spectral method -->
<Multi_Spectral_Method>
<!-- AOT Band code identifier used to estimate MS AOT (blue and red bands) -->
<MS_AOT_Band_Code>B03 B07</MS_AOT_Band_Code>
<MS_AOT_Band_Code>B3 B7</MS_AOT_Band_Code>
<!-- Red Band code identifier used to estimate MS AOT -->
<MS_AOT_Red_Band_Code>B07</MS_AOT_Red_Band_Code>
<MS_AOT_Red_Band_Code>B7</MS_AOT_Red_Band_Code>
<!-- First band for NDVI computing -->
<NDVI_AOT_Band1_Code>B11</NDVI_AOT_Band1_Code>
<!-- Second band for NDVI computing -->
<NDVI_AOT_Band2_Code>B07</NDVI_AOT_Band2_Code>
<NDVI_AOT_Band2_Code>B7</NDVI_AOT_Band2_Code>
<!-- Thresholds used to select pixels in the MS AOT method -->
<NDVI_Threshold>0.3</NDVI_Threshold>
<Red_TOA_Threshold>0.2</Red_TOA_Threshold>
......@@ -315,15 +315,15 @@
<!-- Multi temporal method -->
<Multi_Temporal_Method>
<!-- Band code identifier used to estimate MT AOT -->
<MT_AOT_Band_Code>B03</MT_AOT_Band_Code>
<MT_AOT_Band_Code>B3</MT_AOT_Band_Code>
<!-- Band used for the relative variation of reflectance between date D and D-1 (spec: band_var)-->
<Var_Band_Code>B07</Var_Band_Code>
<Var_Band_Code>B7</Var_Band_Code>
<!-- Maximum relative variation in the "band var" channel -->
<Relative_Var_Max>0.075</Relative_Var_Max>
<!-- Weight for the equation 2. This weight depends on the differences between the TOA reflectances of day D and D1 -->
<W_MT_equation2>2.</W_MT_equation2>
<!-- Channel for calculating the stdev within the neighborhood -->
<Stdev_Band_Code>B07</Stdev_Band_Code>
<Stdev_Band_Code>B7</Stdev_Band_Code>
<!-- Minimum standard deviation of reflectances within neighborhood to perform the inversion -->
<Stdev_Min>0.02</Stdev_Min>
<!-- Usual standard deviation of TOA reflectances due to landscape change or instrumental noise -->
......@@ -369,7 +369,7 @@
<!-- Value to increment the distance within neighbours if the standard deviation is not sufficient -->
<Increment_N_Distance>2</Increment_N_Distance>
<!-- Band code identifier used to estimate the maximum AOT with the Dark pixel method -->
<Dark_Band_Code>B03</Dark_Band_Code>
<Dark_Band_Code>B3</Dark_Band_Code>
<!-- Structuring element for the opening AOT retrieved by the inversion radius -->
<SE_Valid_AOT_Radius>1</SE_Valid_AOT_Radius>
<!-- SE Water and snow masks dilatation radius -->
......
VENUS_NATIF/VE_TEST_GIP_L2COMM_L_ALLSITES_00001_20190626_21000101.EEF
View file @ b9c76a1a
......@@ -73,11 +73,11 @@
<Bands_Definition>
<Thematic_Definition>
<!-- Blue band code identifier -->
<Blue_Band_Code>B02</Blue_Band_Code>
<Blue_Band_Code>B2</Blue_Band_Code>
<!-- Green band code identifier -->
<Green_Band_Code>B04</Green_Band_Code>
<Green_Band_Code>B4</Green_Band_Code>
<!-- Red band code identifier -->
<Red_Band_Code>B07</Red_Band_Code>
<Red_Band_Code>B7</Red_Band_Code>
<!-- Near Infra Red band code identifier -->
<NIR_Band_Code>B11</NIR_Band_Code>
<!-- SWIR band code identifier -->
......@@ -85,11 +85,11 @@
<!--Band code identifier that corresponds to the 2.2µm spectral band -->
<Band_2200_Code>B12</Band_2200_Code>
<!-- Band code identifier used for the red channel of the quick look -->
<Quicklook_Red_Band_Code>B07</Quicklook_Red_Band_Code>
<Quicklook_Red_Band_Code>B7</Quicklook_Red_Band_Code>
<!-- Band code identifier used for the green channel of the quick look -->
<Quicklook_Green_Band_Code>B04</Quicklook_Green_Band_Code>
<Quicklook_Green_Band_Code>B4</Quicklook_Green_Band_Code>
<!-- Band code identifier used for the blue channel of the quick look -->
<Quicklook_Blue_Band_Code>B02</Quicklook_Blue_Band_Code>
<Quicklook_Blue_Band_Code>B2</Quicklook_Blue_Band_Code>
</Thematic_Definition>
</Bands_Definition>
<Quicklook_Refl_Variation>
......@@ -126,7 +126,7 @@
</CAMS_Data_Preparation>
<DTM_Processing>
<!--Spectral bands used in the DTM processing -->
<DTM_Viewing_Direction_Band_Code>B05 B06</DTM_Viewing_Direction_Band_Code>
<DTM_Viewing_Direction_Band_Code>B5 B6</DTM_Viewing_Direction_Band_Code>
<!-- Euclidean distance beyong which a pixel is declared as hidden (in meter) -->
<Distance_Threshold>100.00</Distance_Threshold>
</DTM_Processing>
......@@ -185,9 +185,9 @@
<!-- Band used for absolute thresholding of reflectance over water zones (SWIR when available, NIR otherwise) -->
<Reflectance_Water_Band_Code>B11</Reflectance_Water_Band_Code>
<!-- Band code identifier used for the correlation to avoid false cloud detection -->
<Correl_Band_Code>B07</Correl_Band_Code>
<Correl_Band_Code>B7</Correl_Band_Code>
<!-- Band code identifier used for the shadow detection -->
<Shadow_Band_Code>B07</Shadow_Band_Code>
<Shadow_Band_Code>B7</Shadow_Band_Code>
<!-- Threshold on surface reflectance in the blue band -->
<Cloud_Blue_Reflectance_Threshold>0.25</Cloud_Blue_Reflectance_Threshold>
<!-- Threshold on surface reflectance in the red band -->
......@@ -279,7 +279,7 @@
</Water_Masking>
<Rain_Flag>
<!-- Band code identifier used for the water masking -->
<Water_Band_Code>B07</Water_Band_Code>
<Water_Band_Code>B7</Water_Band_Code>
<!-- Reflectance decrease threshold -->
<Reflectance_Decrease_Threshold>0.045</Reflectance_Decrease_Threshold>
</Rain_Flag>
......@@ -291,13 +291,13 @@
<!-- Multi spectral method -->
<Multi_Spectral_Method>
<!-- AOT Band code identifier used to estimate MS AOT (blue and red bands) -->
<MS_AOT_Band_Code>B03 B07</MS_AOT_Band_Code>
<MS_AOT_Band_Code>B3 B7</MS_AOT_Band_Code>
<!-- Red Band code identifier used to estimate MS AOT -->
<MS_AOT_Red_Band_Code>B07</MS_AOT_Red_Band_Code>
<MS_AOT_Red_Band_Code>B7</MS_AOT_Red_Band_Code>
<!-- First band for NDVI computing -->
<NDVI_AOT_Band1_Code>B11</NDVI_AOT_Band1_Code>
<!-- Second band for NDVI computing -->
<NDVI_AOT_Band2_Code>B07</NDVI_AOT_Band2_Code>
<NDVI_AOT_Band2_Code>B7</NDVI_AOT_Band2_Code>
<!-- Thresholds used to select pixels in the MS AOT method -->
<NDVI_Threshold>0.3</NDVI_Threshold>
<Red_TOA_Threshold>0.2</Red_TOA_Threshold>
......@@ -315,15 +315,15 @@
<!-- Multi temporal method -->
<Multi_Temporal_Method>
<!-- Band code identifier used to estimate MT AOT -->
<MT_AOT_Band_Code>B03</MT_AOT_Band_Code>
<MT_AOT_Band_Code>B3</MT_AOT_Band_Code>
<!-- Band used for the relative variation of reflectance between date D and D-1 (spec: band_var)-->
<Var_Band_Code>B07</Var_Band_Code>
<Var_Band_Code>B7</Var_Band_Code>
<!-- Maximum relative variation in the "band var" channel -->
<Relative_Var_Max>0.075</Relative_Var_Max>
<!-- Weight for the equation 2. This weight depends on the differences between the TOA reflectances of day D and D1 -->
<W_MT_equation2>2.</W_MT_equation2>
<!-- Channel for calculating the stdev within the neighborhood -->
<Stdev_Band_Code>B07</Stdev_Band_Code>
<Stdev_Band_Code>B7</Stdev_Band_Code>
<!-- Minimum standard deviation of reflectances within neighborhood to perform the inversion -->
<Stdev_Min>0.02</Stdev_Min>
<!-- Usual standard deviation of TOA reflectances due to landscape change or instrumental noise -->
......@@ -369,7 +369,7 @@
<!-- Value to increment the distance within neighbours if the standard deviation is not sufficient -->
<Increment_N_Distance>2</Increment_N_Distance>
<!-- Band code identifier used to estimate the maximum AOT with the Dark pixel method -->
<Dark_Band_Code>B03</Dark_Band_Code>
<Dark_Band_Code>B3</Dark_Band_Code>
<!-- Structuring element for the opening AOT retrieved by the inversion radius -->
<SE_Valid_AOT_Radius>1</SE_Valid_AOT_Radius>
<!-- SE Water and snow masks dilatation radius -->
......
VENUS_NATIF_CAMS/VE_TEST_GIP_L2COMM_L_ALLSITES_00001_20190626_21000101.EEF
View file @ b9c76a1a
......@@ -73,11 +73,11 @@
<Bands_Definition>
<Thematic_Definition>
<!-- Blue band code identifier -->
<Blue_Band_Code>B02</Blue_Band_Code>
<Blue_Band_Code>B2</Blue_Band_Code>
<!-- Green band code identifier -->
<Green_Band_Code>B04</Green_Band_Code>
<Green_Band_Code>B4</Green_Band_Code>
<!-- Red band code identifier -->
<Red_Band_Code>B07</Red_Band_Code>
<Red_Band_Code>B7</Red_Band_Code>
<!-- Near Infra Red band code identifier -->
<NIR_Band_Code>B11</NIR_Band_Code>
<!-- SWIR band code identifier -->
......@@ -85,11 +85,11 @@
<!--Band code identifier that corresponds to the 2.2µm spectral band -->
<Band_2200_Code>B12</Band_2200_Code>
<!-- Band code identifier used for the red channel of the quick look -->
<Quicklook_Red_Band_Code>B07</Quicklook_Red_Band_Code>
<Quicklook_Red_Band_Code>B7</Quicklook_Red_Band_Code>
<!-- Band code identifier used for the green channel of the quick look -->
<Quicklook_Green_Band_Code>B04</Quicklook_Green_Band_Code>
<Quicklook_Green_Band_Code>B4</Quicklook_Green_Band_Code>
<!-- Band code identifier used for the blue channel of the quick look -->
<Quicklook_Blue_Band_Code>B02</Quicklook_Blue_Band_Code>
<Quicklook_Blue_Band_Code>B2</Quicklook_Blue_Band_Code>
</Thematic_Definition>
</Bands_Definition>
<Quicklook_Refl_Variation>
......@@ -126,7 +126,7 @@
</CAMS_Data_Preparation>
<DTM_Processing>
<!--Spectral bands used in the DTM processing -->
<DTM_Viewing_Direction_Band_Code>B05 B06</DTM_Viewing_Direction_Band_Code>
<DTM_Viewing_Direction_Band_Code>B5 B6</DTM_Viewing_Direction_Band_Code>
<!-- Euclidean distance beyong which a pixel is declared as hidden (in meter) -->
<Distance_Threshold>100.00</Distance_Threshold>
</DTM_Processing>
......@@ -185,9 +185,9 @@
<!-- Band used for absolute thresholding of reflectance over water zones (SWIR when available, NIR otherwise) -->
<Reflectance_Water_Band_Code>B11</Reflectance_Water_Band_Code>
<!-- Band code identifier used for the correlation to avoid false cloud detection -->
<Correl_Band_Code>B07</Correl_Band_Code>
<Correl_Band_Code>B7</Correl_Band_Code>
<!-- Band code identifier used for the shadow detection -->
<Shadow_Band_Code>B07</Shadow_Band_Code>
<Shadow_Band_Code>B7</Shadow_Band_Code>
<!-- Threshold on surface reflectance in the blue band -->
<Cloud_Blue_Reflectance_Threshold>0.25</Cloud_Blue_Reflectance_Threshold>
<!-- Threshold on surface reflectance in the red band -->
......@@ -279,7 +279,7 @@
</Water_Masking>
<Rain_Flag>
<!-- Band code identifier used for the water masking -->
<Water_Band_Code>B07</Water_Band_Code>
<Water_Band_Code>B7</Water_Band_Code>
<!-- Reflectance decrease threshold -->
<Reflectance_Decrease_Threshold>0.045</Reflectance_Decrease_Threshold>
</Rain_Flag>
......@@ -291,13 +291,13 @@
<!-- Multi spectral method -->
<Multi_Spectral_Method>
<!-- AOT Band code identifier used to estimate MS AOT (blue and red bands) -->
<MS_AOT_Band_Code>B03 B07</MS_AOT_Band_Code>
<MS_AOT_Band_Code>B3 B7</MS_AOT_Band_Code>
<!-- Red Band code identifier used to estimate MS AOT -->
<MS_AOT_Red_Band_Code>B07</MS_AOT_Red_Band_Code>
<MS_AOT_Red_Band_Code>B7</MS_AOT_Red_Band_Code>
<!-- First band for NDVI computing -->
<NDVI_AOT_Band1_Code>B11</NDVI_AOT_Band1_Code>
<!-- Second band for NDVI computing -->
<NDVI_AOT_Band2_Code>B07</NDVI_AOT_Band2_Code>
<NDVI_AOT_Band2_Code>B7</NDVI_AOT_Band2_Code>
<!-- Thresholds used to select pixels in the MS AOT method -->
<NDVI_Threshold>0.3</NDVI_Threshold>
<Red_TOA_Threshold>0.2</Red_TOA_Threshold>
......@@ -315,15 +315,15 @@
<!-- Multi temporal method -->
<Multi_Temporal_Method>
<!-- Band code identifier used to estimate MT AOT -->
<MT_AOT_Band_Code>B03</MT_AOT_Band_Code>
<MT_AOT_Band_Code>B3</MT_AOT_Band_Code>
<!-- Band used for the relative variation of reflectance between date D and D-1 (spec: band_var)-->
<Var_Band_Code>B07</Var_Band_Code>
<Var_Band_Code>B7</Var_Band_Code>
<!-- Maximum relative variation in the "band var" channel -->
<Relative_Var_Max>0.075</Relative_Var_Max>
<!-- Weight for the equation 2. This weight depends on the differences between the TOA reflectances of day D and D1 -->
<W_MT_equation2>2.</W_MT_equation2>
<!-- Channel for calculating the stdev within the neighborhood -->
<Stdev_Band_Code>B07</Stdev_Band_Code>
<Stdev_Band_Code>B7</Stdev_Band_Code>
<!-- Minimum standard deviation of reflectances within neighborhood to perform the inversion -->
<Stdev_Min>0.02</Stdev_Min>
<!-- Usual standard deviation of TOA reflectances due to landscape change or instrumental noise -->
......@@ -369,7 +369,7 @@
<!-- Value to increment the distance within neighbours if the standard deviation is not sufficient -->
<Increment_N_Distance>2</Increment_N_Distance>
<!-- Band code identifier used to estimate the maximum AOT with the Dark pixel method -->
<Dark_Band_Code>B03</Dark_Band_Code>
<Dark_Band_Code>B3</Dark_Band_Code>
<!-- Structuring element for the opening AOT retrieved by the inversion radius -->
<SE_Valid_AOT_Radius>1</SE_Valid_AOT_Radius>
<!-- SE Water and snow masks dilatation radius -->
......
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