BUG: Graph Builder: not loading options correctly

snap Problem Reports
1

Dear SNAP developer,

A great thanks for providing this great visual tools. I am using it to derive LAI by using Biophysical processor.

The issue is that it saves the graphs with the correct options for e.g. Reproject-> predefined CRS, but fails to load the them correctly, by ignoring for e.g. the options e.g. EPSG:29902

I noticed that this bug also occurs in resamples were it does load properly: by reference band from source product: where I selected B3 instead of B1.

The bug also occurs in BandSelection.

I will need to check if this issue still persist when using BatchProcessing.

I am questioning if I am doing anything not in the correct way?

With kindness,
Joseph A.P. Pollacco

<graph id="Graph">
  <version>1.0</version>
  <node id="Land-Sea-Mask">
    <operator>Land-Sea-Mask</operator>
    <sources>
      <sourceProduct refid="Resample"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <sourceBands>B1,B2,B3,B4,B5,B6,B7,B8,B8A,B9,B11,B12,quality_aot,quality_wvp,quality_cloud_confidence,quality_snow_confidence,quality_scene_classification,B_detector_footprint_B1,B_detector_footprint_B2,B_detector_footprint_B3,B_detector_footprint_B4,B_detector_footprint_B5,B_detector_footprint_B6,B_detector_footprint_B7,B_detector_footprint_B8,B_detector_footprint_B8A,B_detector_footprint_B9,B_detector_footprint_B11,B_detector_footprint_B12,B_ancillary_lost_B1,B_ancillary_degraded_B1,B_msi_lost_B1,B_msi_degraded_B1,B_defective_B1,B_nodata_B1,B_partially_corrected_crosstalk_B1,B_saturated_l1a_B1,B_ancillary_lost_B2,B_ancillary_degraded_B2,B_msi_lost_B2,B_msi_degraded_B2,B_defective_B2,B_nodata_B2,B_partially_corrected_crosstalk_B2,B_saturated_l1a_B2,B_ancillary_lost_B3,B_ancillary_degraded_B3,B_msi_lost_B3,B_msi_degraded_B3,B_defective_B3,B_nodata_B3,B_partially_corrected_crosstalk_B3,B_saturated_l1a_B3,B_ancillary_lost_B4,B_ancillary_degraded_B4,B_msi_lost_B4,B_msi_degraded_B4,B_defective_B4,B_nodata_B4,B_partially_corrected_crosstalk_B4,B_saturated_l1a_B4,B_ancillary_lost_B5,B_ancillary_degraded_B5,B_msi_lost_B5,B_msi_degraded_B5,B_defective_B5,B_nodata_B5,B_partially_corrected_crosstalk_B5,B_saturated_l1a_B5,B_ancillary_lost_B6,B_ancillary_degraded_B6,B_msi_lost_B6,B_msi_degraded_B6,B_defective_B6,B_nodata_B6,B_partially_corrected_crosstalk_B6,B_saturated_l1a_B6,B_ancillary_lost_B7,B_ancillary_degraded_B7,B_msi_lost_B7,B_msi_degraded_B7,B_defective_B7,B_nodata_B7,B_partially_corrected_crosstalk_B7,B_saturated_l1a_B7,B_ancillary_lost_B8,B_ancillary_degraded_B8,B_msi_lost_B8,B_msi_degraded_B8,B_defective_B8,B_nodata_B8,B_partially_corrected_crosstalk_B8,B_saturated_l1a_B8,B_ancillary_lost_B8A,B_ancillary_degraded_B8A,B_msi_lost_B8A,B_msi_degraded_B8A,B_defective_B8A,B_nodata_B8A,B_partially_corrected_crosstalk_B8A,B_saturated_l1a_B8A,B_ancillary_lost_B9,B_ancillary_degraded_B9,B_msi_lost_B9,B_msi_degraded_B9,B_defective_B9,B_nodata_B9,B_partially_corrected_crosstalk_B9,B_saturated_l1a_B9,B_ancillary_lost_B11,B_ancillary_degraded_B11,B_msi_lost_B11,B_msi_degraded_B11,B_defective_B11,B_nodata_B11,B_partially_corrected_crosstalk_B11,B_saturated_l1a_B11,B_ancillary_lost_B12,B_ancillary_degraded_B12,B_msi_lost_B12,B_msi_degraded_B12,B_defective_B12,B_nodata_B12,B_partially_corrected_crosstalk_B12,B_saturated_l1a_B12,B_opaque_clouds,B_cirrus_clouds,B_snow_and_ice_areas,view_zenith_mean,view_azimuth_mean,sun_zenith,sun_azimuth,view_zenith_B1,view_azimuth_B1,view_zenith_B2,view_azimuth_B2,view_zenith_B3,view_azimuth_B3,view_zenith_B4,view_azimuth_B4,view_zenith_B5,view_azimuth_B5,view_zenith_B6,view_azimuth_B6,view_zenith_B7,view_azimuth_B7,view_zenith_B8,view_azimuth_B8,view_zenith_B8A,view_azimuth_B8A,view_zenith_B9,view_azimuth_B9,view_zenith_B10,view_azimuth_B10,view_zenith_B11,view_azimuth_B11,view_zenith_B12,view_azimuth_B12</sourceBands>
      <landMask>false</landMask>
      <useSRTM>false</useSRTM>
      <geometry>TimoleagueBoundaries</geometry>
      <invertGeometry>false</invertGeometry>
      <shorelineExtension>0</shorelineExtension>
    </parameters>
  </node>
  <node id="Resample">
    <operator>Resample</operator>
    <sources>
      <sourceProduct refid="Import-Vector"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <referenceBand>B1</referenceBand>
      <targetWidth/>
      <targetHeight/>
      <targetResolution/>
      <upsampling>Bilinear</upsampling>
      <downsampling>First</downsampling>
      <flagDownsampling>First</flagDownsampling>
      <resamplingPreset/>
      <bandResamplings/>
      <resampleOnPyramidLevels>false</resampleOnPyramidLevels>
    </parameters>
  </node>
  <node id="Biophysical10mOp">
    <operator>Biophysical10mOp</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <sensor>S2A_10m</sensor>
      <computeLAI>true</computeLAI>
      <computeFapar>false</computeFapar>
      <computeFcover>false</computeFcover>
    </parameters>
  </node>
  <node id="Import-Vector">
    <operator>Import-Vector</operator>
    <sources>
      <sourceProduct refid="Read"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <vectorFile>D:\JOE\MAIN\MODELS\WFLOW\DATA\Timoleague\Boundary\TimoleagueBoundaries.shp</vectorFile>
      <separateShapes>false</separateShapes>
    </parameters>
  </node>
  <node id="Biophysical10mOp(2)">
    <operator>Biophysical10mOp</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <sensor>S2A_10m</sensor>
      <computeLAI>false</computeLAI>
      <computeFapar>true</computeFapar>
      <computeFcover>false</computeFcover>
    </parameters>
  </node>
  <node id="Write(2)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="Biophysical10mOp(2)"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\FAPAR_10.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="Biophysical10mOp(3)">
    <operator>Biophysical10mOp</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <sensor>S2A_10m</sensor>
      <computeLAI>false</computeLAI>
      <computeFapar>false</computeFapar>
      <computeFcover>true</computeFcover>
    </parameters>
  </node>
  <node id="Write(3)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="Biophysical10mOp(3)"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\FVC_10.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="Reproject">
    <operator>Reproject</operator>
    <sources>
      <sourceProduct refid="Land-Sea-Mask"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <wktFile/>
      <crs>PROJCS[&quot;TM65 / Irish Grid&quot;, &#xd;
  GEOGCS[&quot;TM65&quot;, &#xd;
    DATUM[&quot;TM65&quot;, &#xd;
      SPHEROID[&quot;Airy Modified 1849&quot;, 6377340.189, 299.3249646, AUTHORITY[&quot;EPSG&quot;,&quot;7002&quot;]], &#xd;
      TOWGS84[482.5, -130.6, 564.6, -1.042, -0.214, -0.631, 8.15], &#xd;
      AUTHORITY[&quot;EPSG&quot;,&quot;6299&quot;]], &#xd;
    PRIMEM[&quot;Greenwich&quot;, 0.0, AUTHORITY[&quot;EPSG&quot;,&quot;8901&quot;]], &#xd;
    UNIT[&quot;degree&quot;, 0.017453292519943295], &#xd;
    AXIS[&quot;Geodetic longitude&quot;, EAST], &#xd;
    AXIS[&quot;Geodetic latitude&quot;, NORTH], &#xd;
    AUTHORITY[&quot;EPSG&quot;,&quot;4299&quot;]], &#xd;
  PROJECTION[&quot;Transverse_Mercator&quot;, AUTHORITY[&quot;EPSG&quot;,&quot;9807&quot;]], &#xd;
  PARAMETER[&quot;central_meridian&quot;, -8.0], &#xd;
  PARAMETER[&quot;latitude_of_origin&quot;, 53.5], &#xd;
  PARAMETER[&quot;scale_factor&quot;, 1.000035], &#xd;
  PARAMETER[&quot;false_easting&quot;, 200000.0], &#xd;
  PARAMETER[&quot;false_northing&quot;, 250000.0], &#xd;
  UNIT[&quot;m&quot;, 1.0], &#xd;
  AXIS[&quot;Easting&quot;, EAST], &#xd;
  AXIS[&quot;Northing&quot;, NORTH], &#xd;
  AUTHORITY[&quot;EPSG&quot;,&quot;29902&quot;]]</crs>
      <resampling>Nearest</resampling>
      <referencePixelX/>
      <referencePixelY/>
      <easting/>
      <northing/>
      <orientation/>
      <pixelSizeX/>
      <pixelSizeY/>
      <width/>
      <height/>
      <tileSizeX/>
      <tileSizeY/>
      <orthorectify>false</orthorectify>
      <elevationModelName/>
      <noDataValue>NaN</noDataValue>
      <includeTiePointGrids>true</includeTiePointGrids>
      <addDeltaBands>false</addDeltaBands>
    </parameters>
  </node>
  <node id="Read">
    <operator>Read</operator>
    <sources/>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <useAdvancedOptions>false</useAdvancedOptions>
      <file>D:\Temp\SENTINEL\Raw\S2B_MSIL2A_20260102T115409_N0511_R023_T29UNT_20260102T153233.zip</file>
      <copyMetadata>true</copyMetadata>
      <bandNames>B1,B2,B3,B4,B5,B6,B7,B8,B8A,B9,B11,B12,quality_aot,quality_wvp,quality_cloud_confidence,quality_snow_confidence,quality_scene_classification,B_detector_footprint_B1,B_detector_footprint_B2,B_detector_footprint_B3,B_detector_footprint_B4,B_detector_footprint_B5,B_detector_footprint_B6,B_detector_footprint_B7,B_detector_footprint_B8,B_detector_footprint_B8A,B_detector_footprint_B9,B_detector_footprint_B11,B_detector_footprint_B12,B_ancillary_lost_B1,B_ancillary_degraded_B1,B_msi_lost_B1,B_msi_degraded_B1,B_defective_B1,B_nodata_B1,B_partially_corrected_crosstalk_B1,B_saturated_l1a_B1,B_ancillary_lost_B2,B_ancillary_degraded_B2,B_msi_lost_B2,B_msi_degraded_B2,B_defective_B2,B_nodata_B2,B_partially_corrected_crosstalk_B2,B_saturated_l1a_B2,B_ancillary_lost_B3,B_ancillary_degraded_B3,B_msi_lost_B3,B_msi_degraded_B3,B_defective_B3,B_nodata_B3,B_partially_corrected_crosstalk_B3,B_saturated_l1a_B3,B_ancillary_lost_B4,B_ancillary_degraded_B4,B_msi_lost_B4,B_msi_degraded_B4,B_defective_B4,B_nodata_B4,B_partially_corrected_crosstalk_B4,B_saturated_l1a_B4,B_ancillary_lost_B5,B_ancillary_degraded_B5,B_msi_lost_B5,B_msi_degraded_B5,B_defective_B5,B_nodata_B5,B_partially_corrected_crosstalk_B5,B_saturated_l1a_B5,B_ancillary_lost_B6,B_ancillary_degraded_B6,B_msi_lost_B6,B_msi_degraded_B6,B_defective_B6,B_nodata_B6,B_partially_corrected_crosstalk_B6,B_saturated_l1a_B6,B_ancillary_lost_B7,B_ancillary_degraded_B7,B_msi_lost_B7,B_msi_degraded_B7,B_defective_B7,B_nodata_B7,B_partially_corrected_crosstalk_B7,B_saturated_l1a_B7,B_ancillary_lost_B8,B_ancillary_degraded_B8,B_msi_lost_B8,B_msi_degraded_B8,B_defective_B8,B_nodata_B8,B_partially_corrected_crosstalk_B8,B_saturated_l1a_B8,B_ancillary_lost_B8A,B_ancillary_degraded_B8A,B_msi_lost_B8A,B_msi_degraded_B8A,B_defective_B8A,B_nodata_B8A,B_partially_corrected_crosstalk_B8A,B_saturated_l1a_B8A,B_ancillary_lost_B9,B_ancillary_degraded_B9,B_msi_lost_B9,B_msi_degraded_B9,B_defective_B9,B_nodata_B9,B_partially_corrected_crosstalk_B9,B_saturated_l1a_B9,B_ancillary_lost_B11,B_ancillary_degraded_B11,B_msi_lost_B11,B_msi_degraded_B11,B_defective_B11,B_nodata_B11,B_partially_corrected_crosstalk_B11,B_saturated_l1a_B11,B_ancillary_lost_B12,B_ancillary_degraded_B12,B_msi_lost_B12,B_msi_degraded_B12,B_defective_B12,B_nodata_B12,B_partially_corrected_crosstalk_B12,B_saturated_l1a_B12,B_opaque_clouds,B_cirrus_clouds,B_snow_and_ice_areas,view_zenith_mean,view_azimuth_mean,sun_zenith,sun_azimuth,view_zenith_B1,view_azimuth_B1,view_zenith_B2,view_azimuth_B2,view_zenith_B3,view_azimuth_B3,view_zenith_B4,view_azimuth_B4,view_zenith_B5,view_azimuth_B5,view_zenith_B6,view_azimuth_B6,view_zenith_B7,view_azimuth_B7,view_zenith_B8,view_azimuth_B8,view_zenith_B8A,view_azimuth_B8A,view_zenith_B9,view_azimuth_B9,view_zenith_B10,view_azimuth_B10,view_zenith_B11,view_azimuth_B11,view_zenith_B12,view_azimuth_B12</bandNames>
      <pixelRegion>0,0,10980,10980</pixelRegion>
      <maskNames>detector_footprint-B01-01,detector_footprint-B01-02,detector_footprint-B01-03,detector_footprint-B01-04,detector_footprint-B01-05,detector_footprint-B01-06,detector_footprint-B01-07,detector_footprint-B01-08,detector_footprint-B01-09,detector_footprint-B01-10,detector_footprint-B01-11,detector_footprint-B01-12,detector_footprint-B02-01,detector_footprint-B02-02,detector_footprint-B02-03,detector_footprint-B02-04,detector_footprint-B02-05,detector_footprint-B02-06,detector_footprint-B02-07,detector_footprint-B02-08,detector_footprint-B02-09,detector_footprint-B02-10,detector_footprint-B02-11,detector_footprint-B02-12,detector_footprint-B03-01,detector_footprint-B03-02,detector_footprint-B03-03,detector_footprint-B03-04,detector_footprint-B03-05,detector_footprint-B03-06,detector_footprint-B03-07,detector_footprint-B03-08,detector_footprint-B03-09,detector_footprint-B03-10,detector_footprint-B03-11,detector_footprint-B03-12,detector_footprint-B04-01,detector_footprint-B04-02,detector_footprint-B04-03,detector_footprint-B04-04,detector_footprint-B04-05,detector_footprint-B04-06,detector_footprint-B04-07,detector_footprint-B04-08,detector_footprint-B04-09,detector_footprint-B04-10,detector_footprint-B04-11,detector_footprint-B04-12,detector_footprint-B05-01,detector_footprint-B05-02,detector_footprint-B05-03,detector_footprint-B05-04,detector_footprint-B05-05,detector_footprint-B05-06,detector_footprint-B05-07,detector_footprint-B05-08,detector_footprint-B05-09,detector_footprint-B05-10,detector_footprint-B05-11,detector_footprint-B05-12,detector_footprint-B06-01,detector_footprint-B06-02,detector_footprint-B06-03,detector_footprint-B06-04,detector_footprint-B06-05,detector_footprint-B06-06,detector_footprint-B06-07,detector_footprint-B06-08,detector_footprint-B06-09,detector_footprint-B06-10,detector_footprint-B06-11,detector_footprint-B06-12,detector_footprint-B07-01,detector_footprint-B07-02,detector_footprint-B07-03,detector_footprint-B07-04,detector_footprint-B07-05,detector_footprint-B07-06,detector_footprint-B07-07,detector_footprint-B07-08,detector_footprint-B07-09,detector_footprint-B07-10,detector_footprint-B07-11,detector_footprint-B07-12,detector_footprint-B08-01,detector_footprint-B08-02,detector_footprint-B08-03,detector_footprint-B08-04,detector_footprint-B08-05,detector_footprint-B08-06,detector_footprint-B08-07,detector_footprint-B08-08,detector_footprint-B08-09,detector_footprint-B08-10,detector_footprint-B08-11,detector_footprint-B08-12,detector_footprint-B8A-01,detector_footprint-B8A-02,detector_footprint-B8A-03,detector_footprint-B8A-04,detector_footprint-B8A-05,detector_footprint-B8A-06,detector_footprint-B8A-07,detector_footprint-B8A-08,detector_footprint-B8A-09,detector_footprint-B8A-10,detector_footprint-B8A-11,detector_footprint-B8A-12,detector_footprint-B09-01,detector_footprint-B09-02,detector_footprint-B09-03,detector_footprint-B09-04,detector_footprint-B09-05,detector_footprint-B09-06,detector_footprint-B09-07,detector_footprint-B09-08,detector_footprint-B09-09,detector_footprint-B09-10,detector_footprint-B09-11,detector_footprint-B09-12,detector_footprint-B11-01,detector_footprint-B11-02,detector_footprint-B11-03,detector_footprint-B11-04,detector_footprint-B11-05,detector_footprint-B11-06,detector_footprint-B11-07,detector_footprint-B11-08,detector_footprint-B11-09,detector_footprint-B11-10,detector_footprint-B11-11,detector_footprint-B11-12,detector_footprint-B12-01,detector_footprint-B12-02,detector_footprint-B12-03,detector_footprint-B12-04,detector_footprint-B12-05,detector_footprint-B12-06,detector_footprint-B12-07,detector_footprint-B12-08,detector_footprint-B12-09,detector_footprint-B12-10,detector_footprint-B12-11,detector_footprint-B12-12,ancillary_lost_B1,ancillary_degraded_B1,msi_lost_B1,msi_degraded_B1,defective_B1,nodata_B1,partially_corrected_crosstalk_B1,saturated_l1a_B1,ancillary_lost_B2,ancillary_degraded_B2,msi_lost_B2,msi_degraded_B2,defective_B2,nodata_B2,partially_corrected_crosstalk_B2,saturated_l1a_B2,ancillary_lost_B3,ancillary_degraded_B3,msi_lost_B3,msi_degraded_B3,defective_B3,nodata_B3,partially_corrected_crosstalk_B3,saturated_l1a_B3,ancillary_lost_B4,ancillary_degraded_B4,msi_lost_B4,msi_degraded_B4,defective_B4,nodata_B4,partially_corrected_crosstalk_B4,saturated_l1a_B4,ancillary_lost_B5,ancillary_degraded_B5,msi_lost_B5,msi_degraded_B5,defective_B5,nodata_B5,partially_corrected_crosstalk_B5,saturated_l1a_B5,ancillary_lost_B6,ancillary_degraded_B6,msi_lost_B6,msi_degraded_B6,defective_B6,nodata_B6,partially_corrected_crosstalk_B6,saturated_l1a_B6,ancillary_lost_B7,ancillary_degraded_B7,msi_lost_B7,msi_degraded_B7,defective_B7,nodata_B7,partially_corrected_crosstalk_B7,saturated_l1a_B7,ancillary_lost_B8,ancillary_degraded_B8,msi_lost_B8,msi_degraded_B8,defective_B8,nodata_B8,partially_corrected_crosstalk_B8,saturated_l1a_B8,ancillary_lost_B8A,ancillary_degraded_B8A,msi_lost_B8A,msi_degraded_B8A,defective_B8A,nodata_B8A,partially_corrected_crosstalk_B8A,saturated_l1a_B8A,ancillary_lost_B9,ancillary_degraded_B9,msi_lost_B9,msi_degraded_B9,defective_B9,nodata_B9,partially_corrected_crosstalk_B9,saturated_l1a_B9,ancillary_lost_B11,ancillary_degraded_B11,msi_lost_B11,msi_degraded_B11,defective_B11,nodata_B11,partially_corrected_crosstalk_B11,saturated_l1a_B11,ancillary_lost_B12,ancillary_degraded_B12,msi_lost_B12,msi_degraded_B12,defective_B12,nodata_B12,partially_corrected_crosstalk_B12,saturated_l1a_B12,opaque_clouds,cirrus_clouds,snow_and_ice_areas,scl_nodata,scl_saturated_defective,scl_topographic_and_casted_shadows,scl_cloud_shadow,scl_vegetation,scl_not_vegetated,scl_water,scl_unclassified,scl_cloud_medium_proba,scl_cloud_high_proba,scl_thin_cirrus,scl_snow_ice</maskNames>
    </parameters>
  </node>
  <node id="BandSelect">
    <operator>BandSelect</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <selectedPolarisations/>
      <selectedSubImages/>
      <sourceBands/>
      <bandNamePattern/>
      <sourceMasks/>
      <includeReferences>true</includeReferences>
    </parameters>
  </node>
  <node id="Write(4)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="BandSelect"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\QualityCloudConfidence.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="BandSelect(2)">
    <operator>BandSelect</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <selectedPolarisations/>
      <selectedSubImages/>
      <sourceBands/>
      <bandNamePattern/>
      <sourceMasks/>
      <includeReferences>true</includeReferences>
    </parameters>
  </node>
  <node id="Write(5)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="BandSelect(2)"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\OpaqueCloud.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="BandSelect(3)">
    <operator>BandSelect</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <selectedPolarisations/>
      <selectedSubImages/>
      <sourceBands/>
      <bandNamePattern/>
      <sourceMasks/>
      <includeReferences>true</includeReferences>
    </parameters>
  </node>
  <node id="Write(6)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="BandSelect(3)"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\CirusCloud.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="NdviOp">
    <operator>NdviOp</operator>
    <sources>
      <sourceProduct refid="Reproject"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <resampleType>None</resampleType>
      <upsampling>Nearest</upsampling>
      <downsampling>First</downsampling>
      <redFactor>1.0</redFactor>
      <nirFactor>1.0</nirFactor>
      <redSourceBand>B4</redSourceBand>
      <nirSourceBand>B8</nirSourceBand>
    </parameters>
  </node>
  <node id="Write(7)">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="NdviOp"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\NDVI.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <node id="Write">
    <operator>Write</operator>
    <sources>
      <sourceProduct refid="Biophysical10mOp"/>
    </sources>
    <parameters class="com.bc.ceres.binding.dom.XppDomElement">
      <file>D:\Temp\SENTINEL\OutputBuilder\LAI_10.tif</file>
      <formatName>GeoTIFF-BigTIFF</formatName>
    </parameters>
  </node>
  <applicationData id="Presentation">
    <Description/>
    <node id="Land-Sea-Mask">
      <displayPosition x="262.0" y="145.0"/>
    </node>
    <node id="Resample">
      <displayPosition x="181.0" y="144.0"/>
    </node>
    <node id="Biophysical10mOp">
      <displayPosition x="518.0" y="147.0"/>
    </node>
    <node id="Import-Vector">
      <displayPosition x="79.0" y="143.0"/>
    </node>
    <node id="Biophysical10mOp(2)">
      <displayPosition x="433.0" y="60.0"/>
    </node>
    <node id="Write(2)">
      <displayPosition x="660.0" y="61.0"/>
    </node>
    <node id="Biophysical10mOp(3)">
      <displayPosition x="508.0" y="101.0"/>
    </node>
    <node id="Write(3)">
      <displayPosition x="660.0" y="101.0"/>
    </node>
    <node id="Reproject">
      <displayPosition x="374.0" y="146.0"/>
    </node>
    <node id="Read">
      <displayPosition x="2.0" y="142.0"/>
    </node>
    <node id="BandSelect">
      <displayPosition x="520.0" y="189.0"/>
    </node>
    <node id="Write(4)">
      <displayPosition x="660.0" y="189.0"/>
    </node>
    <node id="BandSelect(2)">
      <displayPosition x="493.0" y="231.0"/>
    </node>
    <node id="Write(5)">
      <displayPosition x="659.0" y="229.0"/>
    </node>
    <node id="BandSelect(3)">
      <displayPosition x="458.0" y="278.0"/>
    </node>
    <node id="Write(6)">
      <displayPosition x="659.0" y="276.0"/>
    </node>
    <node id="NdviOp">
      <displayPosition x="430.0" y="324.0"/>
    </node>
    <node id="Write(7)">
      <displayPosition x="658.0" y="326.0"/>
    </node>
    <node id="Write">
            <displayPosition x="660.0" y="147.0"/>
    </node>
  </applicationData>
</graph>

Screenshot 2026-03-09 092708
Screenshot 2026-03-09 092708738×349 34.4 KB

2

Thank you for reporting this issue. A JIRA ticket will be created.