Processing algorithm…
AlgorithmDialog
Input parameters:
{ 'grass7:r.water.outlet_1:bacia' : 'buriti', 'srtmoriginal' : '', 'lon' : '-47.39528,-15.89361', 'grass7:r.watershed_1:direction' : 'direcao' }

Prepare algorithm: gdal:merge_1
Running Merge [1/3]
Input Parameters:
{ DATA_TYPE: 5, INPUT: '', OPTIONS: '', OUTPUT: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/55da6552003943159d019cf2edcec3b0/OUTPUT.tif', PCT: False, SEPARATE: False }
GDAL command:
gdal_merge.py -ot Float32 -of GTiff -o /tmp/processing_b87fb7320d3948d89725f4d66b114f08/55da6552003943159d019cf2edcec3b0/OUTPUT.tif
GDAL command output:
No input files selected.
Usage: gdal_merge.py [-o out_filename] [-of out_format] [-co NAME=VALUE]*
[-ps pixelsize_x pixelsize_y] [-tap] [-separate] [-q] [-v] [-pct]
[-ul_lr ulx uly lrx lry] [-init "value [value...]"]
[-n nodata_value] [-a_nodata output_nodata_value]
[-ot datatype] [-createonly] input_files
[--help-general]

OK. Execution took 0.147 s (1 outputs).
Prepare algorithm: grass7:r.watershed_1
Running watershed [2/3]
Input Parameters:
{ -4: False, -a: False, -b: True, -m: False, -s: False, GRASS_RASTER_FORMAT_META: '', GRASS_RASTER_FORMAT_OPT: '', GRASS_REGION_CELLSIZE_PARAMETER: 0, GRASS_REGION_PARAMETER: '', accumulation: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/5bf8e5eb94af401caa5f1e3902a55a9d/accumulation.tif', basin: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/e5d55b15f1ce4b50b83f024c3ba72e0b/basin.tif', blocking: , convergence: 5, depression: , disturbed_land: , drainage: 'direcao', elevation: , flow: , half_basin: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/12d97b20df424568b3b558fccdd70dcf/half_basin.tif', length_slope: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/d4720251eadf44d58717fd1e92767d15/length_slope.tif', max_slope_length: , memory: 300, slope_steepness: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/67a7a7f0c76e4b99bc37ae0e3f67c06d/slope_steepness.tif', spi: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/c9dfb0029c3d43baa1b77f43df5b8b81/spi.tif', stream: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/7a0d9b5f8e674749adc1c429eff0cc9a/stream.tif', tci: '/tmp/processing_b87fb7320d3948d89725f4d66b114f08/02529d3d097a47f3b01db7b0b8a3c426/tci.tif', threshold: 500 }
g.region n=0.0 s=0.0 e=0.0 w=0.0 res=100.0
r.watershed elevation=rast_5ab917de4b15f3 threshold=500 convergence=5 memory=300 -b accumulation=accumulationb3f90fd6c4ed44e4b3c3aa181da62c0e drainage=drainageb3f90fd6c4ed44e4b3c3aa181da62c0e basin=basinb3f90fd6c4ed44e4b3c3aa181da62c0e stream=streamb3f90fd6c4ed44e4b3c3aa181da62c0e half_basin=half_basinb3f90fd6c4ed44e4b3c3aa181da62c0e length_slope=length_slopeb3f90fd6c4ed44e4b3c3aa181da62c0e slope_steepness=slope_steepnessb3f90fd6c4ed44e4b3c3aa181da62c0e tci=tcib3f90fd6c4ed44e4b3c3aa181da62c0e spi=spib3f90fd6c4ed44e4b3c3aa181da62c0e --overwrite
g.region raster=accumulationb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="accumulationb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/5bf8e5eb94af401caa5f1e3902a55a9d/accumulation.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=drainageb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="drainageb3f90fd6c4ed44e4b3c3aa181da62c0e" output="direcao" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=basinb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="basinb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/e5d55b15f1ce4b50b83f024c3ba72e0b/basin.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=streamb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="streamb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/7a0d9b5f8e674749adc1c429eff0cc9a/stream.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=half_basinb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="half_basinb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/12d97b20df424568b3b558fccdd70dcf/half_basin.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=length_slopeb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="length_slopeb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/d4720251eadf44d58717fd1e92767d15/length_slope.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=slope_steepnessb3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="slope_steepnessb3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/67a7a7f0c76e4b99bc37ae0e3f67c06d/slope_steepness.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=tcib3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="tcib3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/02529d3d097a47f3b01db7b0b8a3c426/tci.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
g.region raster=spib3f90fd6c4ed44e4b3c3aa181da62c0e
r.out.gdal -t -m input="spib3f90fd6c4ed44e4b3c3aa181da62c0e" output="/tmp/processing_b87fb7320d3948d89725f4d66b114f08/c9dfb0029c3d43baa1b77f43df5b8b81/spi.tif" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
Cleaning up temporary files...
Starting GRASS GIS...
Executing </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> ...
ERROR: North must be north of South
SECTION 1a (of 6): Initiating Memory.
SECTION 1b (of 6): Determining Offmap Flow.
0..4..8..12..16..20..24..28..32..36..40..44..48..52..56..60..64..68..72..76..80..84..88..92..96..100
SECTION 2: A* Search.
0..2..4..6..8..10..12..14..16..18..20..22..24..26..28..30..32..34..36..38..40..42..44..46..48..50..52..54..56..58..60..62..64..66..68..70..72..74..76..78..80..82..84..86..88..90..92..94..96..98..100
SECTION 3a: Accumulating Surface Flow with MFD.
1..3..5..7..9..11..13..15..17..19..21..23..25..27..29..31..33..35..37..39..41..43..45..47..49..51..53..55..57..59..61..63..65..67..69..71..73..75..77..79..81..83..85..87..89..91..93..95..97..99..100
SECTION 3b: Adjusting drainage directions.
1..3..5..7..9..11..13..15..17..19..21..23..25..27..29..31..33..35..37..39..41..43..45..47..49..51..53..55..57..59..61..63..65..67..69..71..73..75..77..79..81..83..85..87..89..91..93..95..97..99..100
SECTION 4: RUSLE LS and/or S factor determination.
0..4..8..12..16..20..24..28..32..36..40..44..48..52..56..60..64..68..72..76..80..84..88..92..96..100
SECTION 5: Watershed determination.
0..2..4..6..8..10..12..14..16..18..20..22..24..26..28..30..32..34..36..38..40..42..44..46..48..50..52..54..56..58..60..62..64..66..68..70..72..74..76..78..80..82..84..86..88..90..92..94..96..98..100
SECTION 6: Closing Maps.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Float64>
Exporting raster data to GTiff format...
WARNING: Too many values, color table cut to 65535 entries
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/5bf8e5eb94af401caa5f1e3902a55a9d/accumulation.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Int16>
Exporting raster data to GTiff format...
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File <direcao> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Int32>
Input raster map contains cells with NULL-value (no-data). The value -2147483648 will be used to represent no-data values in the input map. You can specify a nodata value with the nodata option.
Exporting raster data to GTiff format...
WARNING: Too many values, color table cut to 65535 entries
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/e5d55b15f1ce4b50b83f024c3ba72e0b/basin.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Int32>
Input raster map contains cells with NULL-value (no-data). The value -2147483648 will be used to represent no-data values in the input map. You can specify a nodata value with the nodata option.
Exporting raster data to GTiff format...
WARNING: Too many values, color table cut to 65535 entries
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/7a0d9b5f8e674749adc1c429eff0cc9a/stream.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Int32>
Input raster map contains cells with NULL-value (no-data). The value -2147483648 will be used to represent no-data values in the input map. You can specify a nodata value with the nodata option.
Exporting raster data to GTiff format...
WARNING: Too many values, color table cut to 65535 entries
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/12d97b20df424568b3b558fccdd70dcf/half_basin.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Float64>
Exporting raster data to GTiff format...
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/d4720251eadf44d58717fd1e92767d15/length_slope.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Float64>
Exporting raster data to GTiff format...
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/67a7a7f0c76e4b99bc37ae0e3f67c06d/slope_steepness.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Float64>
Input raster map contains cells with NULL-value (no-data). The value -nan will be used to represent no-data values in the input map. You can specify a nodata value with the nodata option.
Exporting raster data to GTiff format...
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/02529d3d097a47f3b01db7b0b8a3c426/tci.tif> created.
Checking GDAL data type and nodata value...
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
Using GDAL data type <Float64>
Input raster map contains cells with NULL-value (no-data). The value -nan will be used to represent no-data values in the input map. You can specify a nodata value with the nodata option.
Exporting raster data to GTiff format...
WARNING: Too many values, color table cut to 65535 entries
ERROR 6: SetColorTable() only supported for Byte or UInt16 bands in TIFF format.
2..5..8..11..14..17..20..23..26..29..32..35..38..41..44..47..50..53..56..59..62..65..68..71..74..77..80..83..86..89..92..95..98..100
r.out.gdal complete. File </tmp/processing_b87fb7320d3948d89725f4d66b114f08/c9dfb0029c3d43baa1b77f43df5b8b81/spi.tif> created.
Execution of </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> finished.
Cleaning up temporary files...
OK. Execution took 229.815 s (9 outputs).
Prepare algorithm: grass7:r.water.outlet_1
Running r.water.outlet - Watershed basin creation program. [3/3]
Input Parameters:
{ GRASS_RASTER_FORMAT_META: '', GRASS_RASTER_FORMAT_OPT: '', GRASS_REGION_CELLSIZE_PARAMETER: 0, GRASS_REGION_PARAMETER: '', coordinates: '-47.39528,-15.89361', input: , output: 'buriti' }
g.region n=0.0 s=0.0 e=0.0 w=0.0 res=100.0
r.water.outlet input=rast_5ab918d1033a74 coordinates=-47.39528,-15.89361 output=outputb08ad3a011d843a680f1906ab5767e53 --overwrite
g.region raster=outputb08ad3a011d843a680f1906ab5767e53
r.out.gdal -t -m input="outputb08ad3a011d843a680f1906ab5767e53" output="buriti" format="GTiff" createopt="TFW=YES,COMPRESS=LZW" --overwrite
Cleaning up temporary files...
Starting GRASS GIS...
Executing </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> ...
ERROR: North must be north of South
ERROR: Raster map <rast_5ab918d1033a74> not found
ERROR: Raster map <outputb08ad3a011d843a680f1906ab5767e53> not found
ERROR: Raster map or group <outputb08ad3a011d843a680f1906ab5767e53> not found
Execution of </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> finished.
Cleaning up temporary files...
Cleaning up temporary files...
Starting GRASS GIS...
Executing </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> ...
ERROR: Raster map <outputb08ad3a011d843a680f1906ab5767e53> not found
ERROR: Raster map or group <outputb08ad3a011d843a680f1906ab5767e53> not found
Execution of </tmp/processing_b87fb7320d3948d89725f4d66b114f08/grassdata/grass_batch_job.sh> finished.
Cleaning up temporary files...
OK. Execution took 0.905 s (1 outputs).
Model processed OK. Executed 3 algorithms total in 232.357 s.
Execution completed in 232.41 seconds
Results:
{'grass7:r.water.outlet_1:bacia': <QgsProcessingOutputLayerDefinition {'sink':buriti, 'createOptions': {'fileEncoding': 'System'}}>, 'grass7:r.watershed_1:direction': <QgsProcessingOutputLayerDefinition {'sink':direcao, 'createOptions': {'fileEncoding': 'System'}}>}

Loading resulting layers
The following layers were not correctly generated.
buriti
You can check the 'Log Messages Panel' in QGIS main window to find more information about the execution of the algorithm.