List of SAGA modules

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</geshi>
 
</geshi>
  
 
== TIN Viewer ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
NA
 
NA
 
NA
 
NA
 
NA
 
</geshi>
 
 
 
== Point Cloud Viewer ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
NA
 
NA
 
NA
 
NA
 
NA
 
</geshi>
 
 
 
== 3D Shapes Viewer ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
NA
 
NA
 
NA
 
NA
 
NA
 
</geshi>
 
 
 
== Globe Viewer for Grids ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
NA
 
NA
 
NA
 
NA
 
NA
 
</geshi>
 
 
 
== Multiple Grids Viewer ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
NA
 
NA
 
NA
 
NA
 
NA
 
</geshi>
 
  
  
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Usage: saga_cmd io_gdal 1 -GRIDS <str> [-FILE <str>] [-FORMAT <str>] [-TYPE <str>] [-SET_NODATA] [-NODATA <str>] [-OPTIONS <str>]
 
Usage: saga_cmd io_gdal 1 -GRIDS <str> [-FILE <str>] [-FORMAT <str>] [-TYPE <str>] [-SET_NODATA] [-NODATA <str>] [-OPTIONS <str>]
</geshi>
 
 
 
== GDAL: Export Raster to GeoTIFF ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GDAL/OGR
 
tool name  : GDAL: Export Raster to GeoTIFF
 
_____________________________________________
 
 
Usage: saga_cmd io_gdal 2 -GRIDS <str> [-FILE <str>] [-OPTIONS <str>]
 
</geshi>
 
 
 
== OGR: Import Vector Data ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GDAL/OGR
 
tool name  : OGR: Import Vector Data
 
_____________________________________________
 
 
Usage: saga_cmd io_gdal 3 [-SHAPES <str>] [-FILES <str>] [-GEOM_TYPE <str>]
 
</geshi>
 
 
 
== OGR: Export Vector Data ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GDAL/OGR
 
tool name  : OGR: Export Vector Data
 
_____________________________________________
 
 
Usage: saga_cmd io_gdal 4 -SHAPES <str> [-FILE <str>] [-FORMAT <str>]
 
</geshi>
 
 
 
== OGR: Export Shapes to KML ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GDAL/OGR
 
tool name  : OGR: Export Shapes to KML
 
_____________________________________________
 
 
Usage: saga_cmd io_gdal 5 -SHAPES <str> [-FILE <str>]
 
</geshi>
 
 
 
== GDAL: Import NetCDF ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GDAL/OGR
 
tool name  : GDAL: Import NetCDF
 
_____________________________________________
 
 
Usage: saga_cmd io_gdal 6 [-GRIDS <str>] [-FILE <str>] [-SAVE_FILE] [-SAVE_PATH <str>]
 
</geshi>
 
 
 
== GPX to shapefile ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import GPS Data
 
tool name  : GPX to shapefile
 
_____________________________________________
 
 
Usage: saga_cmd io_gps 0 [-BASEPATH <str>] [-FILE <str>] [-TRACKPOINTS] [-WAYPOINTS] [-ROUTES] [-ADD]
 
</geshi>
 
 
 
== GPSBabel ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import GPS Data
 
tool name  : GPSBabel
 
_____________________________________________
 
 
Usage: saga_cmd io_gps 1 [-BASEPATH <str>] [-INPUT <str>] [-FORMATIN <str>] [-OUTPUT <str>] [-FORMATOUT <str>]
 
</geshi>
 
 
 
== Export ESRI Arc/Info Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Export ESRI Arc/Info Grid
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 0 -GRID <str> [-FILE <str>] [-FORMAT <str>] [-GEOREF <str>] [-PREC <num>] [-DECSEP <str>]
 
</geshi>
 
 
 
== Import ESRI Arc/Info Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import ESRI Arc/Info Grid
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 1 [-GRID <str>] [-FILE <str>] [-GRID_TYPE <str>] [-NODATA <str>] [-NODATA_VAL <str>]
 
</geshi>
 
 
 
== Export Surfer Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Export Surfer Grid
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 2 -GRID <str> [-FILE <str>] [-FORMAT <str>] [-NODATA]
 
</geshi>
 
 
 
== Import Surfer Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import Surfer Grid
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 3 [-GRID <str>] [-FILE <str>] [-NODATA <str>] [-NODATA_VAL <str>]
 
</geshi>
 
 
 
== Import Binary Raw Data ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import Binary Raw Data
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 4 [-GRID <str>] [-FILE_DATA <str>] [-NX <num>] [-NY <num>] [-DXY <str>] [-XMIN <str>] [-YMIN <str>] [-UNIT <str>] [-ZFACTOR <str>] [-NODATA <str>] [-DATA_OFFSET <num>] [-LINE_OFFSET <num>] [-LINE_ENDSET <num>] [-DATA_TYPE <str>] [-BYTEORDER_BIG <str>] [-TOPDOWN <str>]
 
</geshi>
 
 
 
== Export Grid to XYZ ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Export Grid to XYZ
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 5 -GRIDS <str> [-FILENAME <str>] [-CAPTION] [-EX_NODATA]
 
</geshi>
 
 
 
== Import Grid from XYZ ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import Grid from XYZ
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 6 [-GRID <str>] [-COUNT <str>] [-FILENAME <str>] [-CAPTION] [-CELLSIZE <str>] [-SEPARATOR <str>]
 
</geshi>
 
 
 
== Import USGS SRTM Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import USGS SRTM Grid
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 7 [-GRIDS <str>] [-FILE <str>] [-RESOLUTION <str>]
 
</geshi>
 
 
 
== Import MOLA Grid (MEGDR) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import MOLA Grid (MEGDR)
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 8 [-GRID <str>] [-FILE <str>] [-TYPE <str>] [-ORIENT <str>]
 
</geshi>
 
 
 
== Import SRTM30 DEM ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import SRTM30 DEM
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 9 [-GRID <str>] [-PATH <str>] [-XMIN <num>] [-XMAX <num>] [-YMIN <num>] [-YMAX <num>] [-TILE_PATH <str>]
 
</geshi>
 
 
 
== Export True Color Bitmap ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Export True Color Bitmap
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 10 -IMAGE <str> [-FILE <str>]
 
</geshi>
 
 
 
== Import Erdas LAN/GIS ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import Erdas LAN/GIS
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 11 [-GRIDS <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Import Grid from Table ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import Grid from Table
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 12 [-GRID <str>] [-FILE_DATA <str>] [-DXY <str>] [-XMIN <str>] [-YMIN <str>] [-UNIT <str>] [-ZFACTOR <str>] [-NODATA <str>] [-DATA_TYPE <str>] [-TOPDOWN <str>]
 
</geshi>
 
 
 
== Import WRF Geogrid Binary Format ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Import WRF Geogrid Binary Format
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 13 [-GRIDS <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Export WRF Geogrid Binary Format ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Grids
 
tool name  : Export WRF Geogrid Binary Format
 
_____________________________________________
 
 
Usage: saga_cmd io_grid 14 -GRIDS <str> [-FILE <str>] [-DATATYPE <str>] [-TYPE <str>] [-MISSING <str>] [-SCALE <str>] [-UNITS <str>] [-DESCRIPTION <str>] [-MMINLU <str>] [-TILE_BDR <num>] [-PROJECTION <str>] [-SDTLON <str>] [-TRUELAT1 <str>] [-TRUELAT2 <str>] [-ISWATER <num>] [-ISLAKE <num>] [-ISICE <num>] [-ISURBAN <num>] [-ISOILWATER <num>]
 
</geshi>
 
 
 
== Import GRIB2 record ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - GRIB Files
 
tool name  : Import GRIB2 record
 
_____________________________________________
 
 
Usage: saga_cmd io_grid_grib2 0 [-OUT_GRID <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Export Image (bmp, jpg, pcx, png, tif) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Images
 
tool name  : Export Image (bmp, jpg, pcx, png, tif)
 
_____________________________________________
 
 
Usage: saga_cmd io_grid_image 0 -GRID <str> [-SHADE <str>] [-FILE <str>] [-FILE_KML] [-COLOURING <str>] [-COL_PALETTE <str>] [-COL_COUNT <num>] [-COL_REVERT] [-STDDEV <str>] [-STRETCH_MIN <str>] [-STRETCH_MAX <str>] [-LUT <str>] [-SHADE_BRIGHT_MIN <str>] [-SHADE_BRIGHT_MAX <str>]
 
</geshi>
 
 
 
== Import Image (bmp, jpg, png, tif, gif, pnm, xpm) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Images
 
tool name  : Import Image (bmp, jpg, png, tif, gif, pnm, xpm)
 
_____________________________________________
 
 
Usage: saga_cmd io_grid_image 1 [-OUT_GRID <str>] [-OUT_RED <str>] [-OUT_GREEN <str>] [-OUT_BLUE <str>] [-FILE <str>] [-METHOD <str>]
 
</geshi>
 
 
 
== Export Grid to KML ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Images
 
tool name  : Export Grid to KML
 
_____________________________________________
 
 
Usage: saga_cmd io_grid_image 2 -GRID <str> [-SHADE <str>] [-FILE <str>] [-COLOURING <str>] [-COL_PALETTE <str>] [-COL_COUNT <num>] [-COL_REVERT] [-STDDEV <str>] [-STRETCH_MIN <str>] [-STRETCH_MAX <str>] [-LUT <str>] [-INTERPOL] [-SHADE_BRIGHT_MIN <str>] [-SHADE_BRIGHT_MAX <str>]
 
</geshi>
 
 
 
== Export GStat Shapes ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export GStat Shapes
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 0 -SHAPES <str> [-FILENAME <str>]
 
</geshi>
 
 
 
== Import GStat Shapes ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import GStat Shapes
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 1 [-SHAPES <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Export Shapes to XYZ ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Shapes to XYZ
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 2 -SHAPES <str> [-FIELD <str>] [-HEADER] [-SEPARATE <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Import Shapes from XYZ ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Shapes from XYZ
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 3 [-SHAPES <str>] [-X_FIELD <num>] [-Y_FIELD <num>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Export Shapes to Generate ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Shapes to Generate
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 4 -SHAPES <str> [-FIELD <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Export Surfer Blanking File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Surfer Blanking File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 5 -SHAPES <str> [-NAME <str>] [-DESC <str>] [-ZVAL <str>] [-BNAME] [-BDESC] [-BZVAL] [-FILE <str>]
 
</geshi>
 
 
 
== Import Surfer Blanking Files ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Surfer Blanking Files
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 6 [-SHAPES <str>] [-TABLE <str>] [-FILE <str>] [-TYPE <str>]
 
</geshi>
 
 
 
== Export Atlas Boundary File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Atlas Boundary File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 7 -SHAPES <str> [-PNAME <str>] [-SNAME <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Import Atlas Boundary File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Atlas Boundary File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 8 [-FILE <str>]
 
</geshi>
 
 
 
== Export WASP terrain map file ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export WASP terrain map file
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 9 -SHAPES <str> [-ELEVATION <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Import WASP terrain map file ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import WASP terrain map file
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 10 [-SHAPES <str>] [-FILE <str>] [-METHOD <str>]
 
</geshi>
 
 
 
== Import Stereo Lithography File (STL) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Stereo Lithography File (STL)
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 11 [-POINTS <str>] [-SHAPES <str>] [-GRID <str>] [-FILE <str>] [-METHOD <str>] [-METHOD_RASTER <str>] [-GRID_NX <num>] [-GRID_CELL <str>] [-ROT_X <str>] [-ROT_Y <str>] [-ROT_Z <str>]
 
</geshi>
 
 
 
== Export TIN to Stereo Lithography File (STL) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export TIN to Stereo Lithography File (STL)
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 12 -TIN <str> [-ZFIELD <str>] [-FILE <str>] [-BINARY <str>]
 
</geshi>
 
 
 
== Import GPX ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import GPX
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 13 [-SHAPES <str>] [-FILE <str>] [-TIME]
 
</geshi>
 
 
 
== Export GPX ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export GPX
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 14 -SHAPES <str> [-FILE <str>] [-ELE <str>] [-NAME <str>] [-CMT <str>] [-DESC <str>]
 
</geshi>
 
 
 
== Import Point Cloud from Shape File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Point Cloud from Shape File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 15 [-POINTS <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Import Point Cloud from Text File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Point Cloud from Text File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 16 [-POINTS <str>] [-FILE <str>] [-XFIELD <num>] [-YFIELD <num>] [-ZFIELD <num>] [-FIELDS <str>] [-FIELDNAMES <str>] [-FIELDTYPES <str>] [-SKIP_HEADER] [-FIELDSEP <str>]
 
</geshi>
 
 
 
== Export Scalable Vector Graphics (SVG) File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Scalable Vector Graphics (SVG) File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 17 -SHAPES <str> [-FILE <str>]
 
</geshi>
 
 
 
== Export Point Cloud to Text File ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Point Cloud to Text File
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 18 -POINTS <str> [-FILE <str>] [-WRITE_HEADER] [-FIELDSEP <str>] [-FIELDS <str>] [-PRECISIONS <str>]
 
</geshi>
 
 
 
== Import Simple Features from Well Known Text ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Import Simple Features from Well Known Text
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 19 [-SHAPES <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Export Simple Features to Well Known Text ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Shapes
 
tool name  : Export Simple Features to Well Known Text
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes 20 -SHAPES <str> [-FILE <str>]
 
</geshi>
 
 
 
== Import DXF Files ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - DXF
 
tool name  : Import DXF Files
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes_dxf 0 [-SHAPES <str>] [-TABLES <str>] [-FILE <str>] [-FILTER <str>] [-DCIRCLE <str>]
 
</geshi>
 
 
 
== Export LAS Files ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - LAS
 
tool name  : Export LAS Files
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes_las 0 -POINTS <str> [-T <str>] [-i <str>] [-a <str>] [-r <str>] [-n <str>] [-c <str>] [-u <str>] [-R <str>] [-G <str>] [-B <str>] [-e <str>] [-d <str>] [-p <str>] [-RGB <str>] [-OFF_X <str>] [-OFF_Y <str>] [-OFF_Z <str>] [-SCALE_X <str>] [-SCALE_Y <str>] [-SCALE_Z <str>] [-FORMAT <str>] [-FILE <str>]
 
</geshi>
 
 
 
== Import LAS Files ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - LAS
 
tool name  : Import LAS Files
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes_las 1 [-FILES <str>] [-POINTS <str>] [-T] [-i] [-a] [-r] [-c] [-u] [-n] [-R] [-G] [-B] [-e] [-d] [-p] [-C] [-VALID] [-RGB_RANGE <str>]
 
</geshi>
 
 
 
== LAS Info ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - LAS
 
tool name  : LAS Info
 
_____________________________________________
 
 
Usage: saga_cmd io_shapes_las 2 [-FILE <str>] [-HEADER]
 
</geshi>
 
 
 
== Export Text Table ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Tables
 
tool name  : Export Text Table
 
_____________________________________________
 
 
Usage: saga_cmd io_table 0 -TABLE <str> [-HEADLINE] [-STRQUOTA] [-SEPARATOR <str>] [-SEP_OTHER <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Import Text Table ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Tables
 
tool name  : Import Text Table
 
_____________________________________________
 
 
Usage: saga_cmd io_table 1 [-TABLE <str>] [-HEADLINE] [-SEPARATOR <str>] [-SEP_OTHER <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Import Text Table with Numbers only ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Tables
 
tool name  : Import Text Table with Numbers only
 
_____________________________________________
 
 
Usage: saga_cmd io_table 2 [-TABLE <str>] [-HEADLINE] [-SEPARATOR <str>] [-SEP_OTHER <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Import Text Table (Fixed Column Sizes) ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Tables
 
tool name  : Import Text Table (Fixed Column Sizes)
 
_____________________________________________
 
 
Usage: saga_cmd io_table 3 [-TABLE <str>] [-HEADLINE] [-FIELDDEF <str>] [-NFIELDS <num>] [-LIST <str>] [-FILENAME <str>]
 
</geshi>
 
 
 
== Create Virtual Point Cloud Dataset ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Virtual
 
tool name  : Create Virtual Point Cloud Dataset
 
_____________________________________________
 
 
Usage: saga_cmd io_virtual 0 [-FILES <str>] [-FILENAME <str>] [-METHOD_PATHS <str>]
 
</geshi>
 
 
 
== Get Subset from Virtual Point Cloud ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Virtual
 
tool name  : Get Subset from Virtual Point Cloud
 
_____________________________________________
 
 
Usage: saga_cmd io_virtual 1 [-FILENAME <str>] [-PC_OUT <str>] [-AOI_SHP <str>] [-AOI_GRID <str>] [-AOI_XRANGE_MIN <str>] [-AOI_XRANGE_MAX <str>] [-AOI_YRANGE_MIN <str>] [-AOI_YRANGE_MAX <str>] [-AOI_ADD_OVERLAP] [-OVERLAP <str>]
 
</geshi>
 
 
 
== Create Tileshape from Virtual Point Cloud ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Import/Export - Virtual
 
tool name  : Create Tileshape from Virtual Point Cloud
 
_____________________________________________
 
 
Usage: saga_cmd io_virtual 2 [-FILENAME <str>] [-TILE_SHP <str>]
 
</geshi>
 
 
 
== Rectify Grid ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Projection - Georeferencing
 
tool name  : Rectify Grid
 
_____________________________________________
 
 
Usage: saga_cmd pj_georeference 1 -REF_SOURCE <str> [-REF_TARGET <str>] [-XFIELD <str>] [-YFIELD <str>] [-METHOD <str>] [-ORDER <num>] -GRID <str> [-INTERPOLATION <str>] [-TARGET_TYPE <str>] [-GET_USER_XMIN <str>] [-GET_USER_XMAX <str>] [-GET_USER_YMIN <str>] [-GET_USER_YMAX <str>] [-GET_USER_SIZE <str>] [-GET_USER_FIT <str>] [-GET_USER_GRID <str>] [-GET_GRID_GRID <str>] [-GET_POINTS_POINTS <str>]
 
</geshi>
 
 
 
== Warping Shapes ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Projection - Georeferencing
 
tool name  : Warping Shapes
 
_____________________________________________
 
 
Usage: saga_cmd pj_georeference 2 -REF_SOURCE <str> [-REF_TARGET <str>] [-XFIELD <str>] [-YFIELD <str>] [-METHOD <str>] [-ORDER <num>] -INPUT <str> [-OUTPUT <str>]
 
</geshi>
 
 
 
== Direct Georeferencing of Airborne Photographs ==
 
 
 
<geshi lang=DOS lines=0 enclose="div">
 
library name: Projection - Georeferencing
 
tool name  : Direct Georeferencing of Airborne Photographs
 
_____________________________________________
 
 
Usage: saga_cmd pj_georeference 4 -INPUT <str> [-OUTPUT <str>] [-EXTENT <str>] [-X <str>] [-Y <str>] [-Z <str>] [-ORIENTATION <str>] [-OMEGA <str>] [-PHI <str>] [-KAPPA <str>] [-KAPPA_OFF <str>] [-CFL <str>] [-PXSIZE <str>] [-ZREF <str>] [-DEM <str>] [-INTERPOLATION <str>] [-DATA_TYPE <str>] [-TARGET_TYPE <str>] [-USER_XMIN <str>] [-USER_XMAX <str>] [-USER_YMIN <str>] [-USER_YMAX <str>] [-USER_SIZE <str>] [-USER_FIT <str>] [-SYSTEM_SYSTEM_NX <num>] [-SYSTEM_SYSTEM_NY <num>] [-SYSTEM_SYSTEM_X <str>] [-SYSTEM_SYSTEM_Y <str>] [-SYSTEM_SYSTEM_D <str>]
 
 
</geshi>
 
</geshi>

Revision as of 12:12, 23 May 2014

This is a list of all SAGA GIS (2.1.2) modules available via the SAGA command line. For a complete description and usage of function arguments see the text file.

SAGA help documentation

Contents

Multi Level to Surface Interpolation

UNIQ56d7f5ca548c03e9-geshi-00000000-QINU

Multi Level to Points Interpolation

UNIQ56d7f5ca548c03e9-geshi-00000001-QINU


Earth's Orbital Parameters

UNIQ56d7f5ca548c03e9-geshi-00000002-QINU


Annual Course of Daily Insolation

UNIQ56d7f5ca548c03e9-geshi-00000003-QINU


Daily Insolation over Latitude

UNIQ56d7f5ca548c03e9-geshi-00000004-QINU


Monthly Global by Latitude

UNIQ56d7f5ca548c03e9-geshi-00000005-QINU


PET (after Hargreave)

UNIQ56d7f5ca548c03e9-geshi-00000006-QINU


Daily to Hourly PET

UNIQ56d7f5ca548c03e9-geshi-00000007-QINU


Average With Thereshold 1

UNIQ56d7f5ca548c03e9-geshi-00000008-QINU


Average With Thereshold 2

UNIQ56d7f5ca548c03e9-geshi-00000009-QINU


Average With Thereshold 3

UNIQ56d7f5ca548c03e9-geshi-0000000A-QINU


Average With Mask 1

UNIQ56d7f5ca548c03e9-geshi-0000000B-QINU


Average With Mask 2

UNIQ56d7f5ca548c03e9-geshi-0000000C-QINU


Destriping

UNIQ56d7f5ca548c03e9-geshi-0000000D-QINU


Destriping with Mask

UNIQ56d7f5ca548c03e9-geshi-0000000E-QINU


Directional Average

UNIQ56d7f5ca548c03e9-geshi-0000000F-QINU


Connect to ODBC Source

UNIQ56d7f5ca548c03e9-geshi-00000010-QINU


Disconnect from ODBC Source

UNIQ56d7f5ca548c03e9-geshi-00000011-QINU


Commit/Rollback Transaction

UNIQ56d7f5ca548c03e9-geshi-00000012-QINU


Execute SQL

UNIQ56d7f5ca548c03e9-geshi-00000013-QINU


List Table Fields

UNIQ56d7f5ca548c03e9-geshi-00000014-QINU


Import Table

UNIQ56d7f5ca548c03e9-geshi-00000015-QINU


Export Table

UNIQ56d7f5ca548c03e9-geshi-00000016-QINU


Drop Table

UNIQ56d7f5ca548c03e9-geshi-00000017-QINU


Import Table from SQL Query

UNIQ56d7f5ca548c03e9-geshi-00000018-QINU


List ODBC Servers

UNIQ56d7f5ca548c03e9-geshi-00000019-QINU


List Tables

UNIQ56d7f5ca548c03e9-geshi-0000001A-QINU


Disconnect All

UNIQ56d7f5ca548c03e9-geshi-0000001B-QINU


List PostgreSQL Connections

UNIQ56d7f5ca548c03e9-geshi-0000001C-QINU


Connect to PostgreSQL

UNIQ56d7f5ca548c03e9-geshi-0000001D-QINU


Disconnect from PostgreSQL

UNIQ56d7f5ca548c03e9-geshi-0000001E-QINU


Disconnect All

UNIQ56d7f5ca548c03e9-geshi-0000001F-QINU


Begin Transaction

UNIQ56d7f5ca548c03e9-geshi-00000020-QINU


Commit/Rollback Transaction

UNIQ56d7f5ca548c03e9-geshi-00000021-QINU


Execute SQL

UNIQ56d7f5ca548c03e9-geshi-00000022-QINU


List Tables

UNIQ56d7f5ca548c03e9-geshi-00000023-QINU


List Table Fields

UNIQ56d7f5ca548c03e9-geshi-00000024-QINU


Import Table

UNIQ56d7f5ca548c03e9-geshi-00000025-QINU


Export Table

UNIQ56d7f5ca548c03e9-geshi-00000026-QINU


Drop Table

UNIQ56d7f5ca548c03e9-geshi-00000027-QINU


Import Table from SQL Query

UNIQ56d7f5ca548c03e9-geshi-00000028-QINU


Import Shapes from PostGIS

UNIQ56d7f5ca548c03e9-geshi-00000029-QINU


Export Shapes to PostGIS

UNIQ56d7f5ca548c03e9-geshi-0000002A-QINU


Update Shapes SRID

UNIQ56d7f5ca548c03e9-geshi-0000002B-QINU


Import Raster from PostGIS

UNIQ56d7f5ca548c03e9-geshi-0000002C-QINU


Export Raster to PostGIS

UNIQ56d7f5ca548c03e9-geshi-0000002D-QINU


Update Raster SRID

UNIQ56d7f5ca548c03e9-geshi-0000002E-QINU


SVG Interactive Map

UNIQ56d7f5ca548c03e9-geshi-0000002F-QINU


Shapes Report

UNIQ56d7f5ca548c03e9-geshi-00000030-QINU


Shapes Summary Report

UNIQ56d7f5ca548c03e9-geshi-00000031-QINU


Terrain Path Cross Sections

UNIQ56d7f5ca548c03e9-geshi-00000032-QINU


Bifurcation

UNIQ56d7f5ca548c03e9-geshi-00000033-QINU


Pythagoras' Tree

UNIQ56d7f5ca548c03e9-geshi-00000034-QINU


Fractal Dimension of Grid Surface

UNIQ56d7f5ca548c03e9-geshi-00000035-QINU


Gaussian Landscapes

UNIQ56d7f5ca548c03e9-geshi-00000036-QINU


01: My first module

UNIQ56d7f5ca548c03e9-geshi-00000037-QINU


02: Pixel by pixel operations with two grids

UNIQ56d7f5ca548c03e9-geshi-00000038-QINU


03: Direct neighbours

UNIQ56d7f5ca548c03e9-geshi-00000039-QINU


04: Direct neighbours - more...

UNIQ56d7f5ca548c03e9-geshi-0000003A-QINU


05: Direct neighbours - slope and aspect

UNIQ56d7f5ca548c03e9-geshi-0000003B-QINU


06: Extended neighbourhoods

UNIQ56d7f5ca548c03e9-geshi-0000003C-QINU


07: Extended neighbourhoods - catchment areas (trace flow)

UNIQ56d7f5ca548c03e9-geshi-0000003D-QINU


08: Extended neighbourhoods - catchment areas (parallel)

UNIQ56d7f5ca548c03e9-geshi-0000003E-QINU


09: Extended neighbourhoods - catchment areas (recursive)

UNIQ56d7f5ca548c03e9-geshi-0000003F-QINU


10: Dynamic Simulation - Life

UNIQ56d7f5ca548c03e9-geshi-00000040-QINU


11: Dynamic Simulation - Soil Nitrogen Dynamics

UNIQ56d7f5ca548c03e9-geshi-00000041-QINU


12: First steps with shapes

UNIQ56d7f5ca548c03e9-geshi-00000042-QINU


13: Reprojecting a shapes layer

UNIQ56d7f5ca548c03e9-geshi-00000043-QINU


14: Vectorising channel lines

UNIQ56d7f5ca548c03e9-geshi-00000044-QINU


Import a Map via Web Map Service (WMS)

UNIQ56d7f5ca548c03e9-geshi-00000045-QINU


Accumulated Cost (Isotropic)

UNIQ56d7f5ca548c03e9-geshi-00000046-QINU


Accumulated Cost (Anisotropic)

UNIQ56d7f5ca548c03e9-geshi-00000047-QINU


Least Cost Paths

UNIQ56d7f5ca548c03e9-geshi-00000048-QINU


Change Vector Analysis

UNIQ56d7f5ca548c03e9-geshi-00000049-QINU


Covered Distance

UNIQ56d7f5ca548c03e9-geshi-0000004A-QINU


Pattern Analysis

UNIQ56d7f5ca548c03e9-geshi-0000004B-QINU


Layer of extreme value

UNIQ56d7f5ca548c03e9-geshi-0000004C-QINU


Analytical Hierarchy Process

UNIQ56d7f5ca548c03e9-geshi-0000004D-QINU


Ordered Weighted Averaging (OWA)

UNIQ56d7f5ca548c03e9-geshi-0000004E-QINU


Aggregation Index

UNIQ56d7f5ca548c03e9-geshi-0000004F-QINU


Cross-Classification and Tabulation

UNIQ56d7f5ca548c03e9-geshi-00000050-QINU


Soil Texture Classification

UNIQ56d7f5ca548c03e9-geshi-00000051-QINU


Fragmentation (Standard)

UNIQ56d7f5ca548c03e9-geshi-00000052-QINU


Fragmentation (Alternative)

UNIQ56d7f5ca548c03e9-geshi-00000053-QINU


Fragmentation Classes from Density and Connectivity

UNIQ56d7f5ca548c03e9-geshi-00000054-QINU


Accumulation Functions

UNIQ56d7f5ca548c03e9-geshi-00000055-QINU


IMCORR - Feature Tracking

UNIQ56d7f5ca548c03e9-geshi-00000056-QINU


Grid Normalisation

UNIQ56d7f5ca548c03e9-geshi-00000057-QINU


Grid Calculator

UNIQ56d7f5ca548c03e9-geshi-00000058-QINU


Grid Volume

UNIQ56d7f5ca548c03e9-geshi-00000059-QINU


Grid Difference

UNIQ56d7f5ca548c03e9-geshi-0000005A-QINU


Function

UNIQ56d7f5ca548c03e9-geshi-0000005B-QINU


Geometric Figures

UNIQ56d7f5ca548c03e9-geshi-0000005C-QINU


Random Terrain Generation

UNIQ56d7f5ca548c03e9-geshi-0000005D-QINU


Random Field

UNIQ56d7f5ca548c03e9-geshi-0000005E-QINU


Grids Sum

UNIQ56d7f5ca548c03e9-geshi-0000005F-QINU


Grids Product

UNIQ56d7f5ca548c03e9-geshi-00000060-QINU


Grid Standardisation

UNIQ56d7f5ca548c03e9-geshi-00000061-QINU


Fuzzify

UNIQ56d7f5ca548c03e9-geshi-00000062-QINU


Fuzzy Intersection (AND)

UNIQ56d7f5ca548c03e9-geshi-00000063-QINU


Fuzzy Union (OR)

UNIQ56d7f5ca548c03e9-geshi-00000064-QINU


Metric Conversions

UNIQ56d7f5ca548c03e9-geshi-00000065-QINU


Gradient Vector from Cartesian to Polar Coordinates

UNIQ56d7f5ca548c03e9-geshi-00000066-QINU


Gradient Vector from Polar to Cartesian Coordinates

UNIQ56d7f5ca548c03e9-geshi-00000067-QINU


Grid Division

UNIQ56d7f5ca548c03e9-geshi-00000068-QINU


Spherical Harmonic Synthesis

UNIQ56d7f5ca548c03e9-geshi-00000069-QINU


BSL

UNIQ56d7f5ca548c03e9-geshi-0000006A-QINU


BSL from File

UNIQ56d7f5ca548c03e9-geshi-0000006B-QINU


Simple Filter

UNIQ56d7f5ca548c03e9-geshi-0000006C-QINU


Gaussian Filter

UNIQ56d7f5ca548c03e9-geshi-0000006D-QINU


Laplacian Filter

UNIQ56d7f5ca548c03e9-geshi-0000006E-QINU


Multi Direction Lee Filter

UNIQ56d7f5ca548c03e9-geshi-0000006F-QINU


User Defined Filter

UNIQ56d7f5ca548c03e9-geshi-00000070-QINU


Filter Clumps

UNIQ56d7f5ca548c03e9-geshi-00000071-QINU


Majority Filter

UNIQ56d7f5ca548c03e9-geshi-00000072-QINU


DTM Filter (slope-based)

UNIQ56d7f5ca548c03e9-geshi-00000073-QINU


Morphological Filter

UNIQ56d7f5ca548c03e9-geshi-00000074-QINU


Rank Filter

UNIQ56d7f5ca548c03e9-geshi-00000075-QINU


Mesh Denoise

UNIQ56d7f5ca548c03e9-geshi-00000076-QINU


Resampling Filter

UNIQ56d7f5ca548c03e9-geshi-00000077-QINU


Geodesic Morphological Reconstruction

UNIQ56d7f5ca548c03e9-geshi-00000078-QINU


Binary Erosion-Reconstruction

UNIQ56d7f5ca548c03e9-geshi-00000079-QINU


Connectivity Analysis

UNIQ56d7f5ca548c03e9-geshi-0000007A-QINU


Sieving Classes

UNIQ56d7f5ca548c03e9-geshi-0000007B-QINU


Shapes to Grid

UNIQ56d7f5ca548c03e9-geshi-0000007C-QINU


Inverse Distance Weighted

UNIQ56d7f5ca548c03e9-geshi-0000007D-QINU


Nearest Neighbour

UNIQ56d7f5ca548c03e9-geshi-0000007E-QINU


Natural Neighbour

UNIQ56d7f5ca548c03e9-geshi-0000007F-QINU


Modifed Quadratic Shepard

UNIQ56d7f5ca548c03e9-geshi-00000080-QINU


Triangulation

UNIQ56d7f5ca548c03e9-geshi-00000081-QINU


Kernel Density Estimation

UNIQ56d7f5ca548c03e9-geshi-00000082-QINU


Angular Distance Weighted

UNIQ56d7f5ca548c03e9-geshi-00000083-QINU


Thin Plate Spline (Global)

UNIQ56d7f5ca548c03e9-geshi-00000084-QINU


Thin Plate Spline (Local)

UNIQ56d7f5ca548c03e9-geshi-00000085-QINU


Thin Plate Spline (TIN)

UNIQ56d7f5ca548c03e9-geshi-00000086-QINU


B-Spline Approximation

UNIQ56d7f5ca548c03e9-geshi-00000087-QINU


Multilevel B-Spline Interpolation

UNIQ56d7f5ca548c03e9-geshi-00000088-QINU


Multilevel B-Spline Interpolation (from Grid)

UNIQ56d7f5ca548c03e9-geshi-00000089-QINU

Cubic Spline Approximation

UNIQ56d7f5ca548c03e9-geshi-0000008A-QINU


Resampling

UNIQ56d7f5ca548c03e9-geshi-0000008B-QINU


Aggregate

UNIQ56d7f5ca548c03e9-geshi-0000008C-QINU


Mosaicking

UNIQ56d7f5ca548c03e9-geshi-0000008D-QINU


Constant Grid

UNIQ56d7f5ca548c03e9-geshi-0000008E-QINU


Patching

UNIQ56d7f5ca548c03e9-geshi-0000008F-QINU


Close One Cell Gaps

UNIQ56d7f5ca548c03e9-geshi-00000090-QINU


Close Gaps

UNIQ56d7f5ca548c03e9-geshi-00000091-QINU


Grid Buffer

UNIQ56d7f5ca548c03e9-geshi-00000092-QINU


Threshold Buffer

UNIQ56d7f5ca548c03e9-geshi-00000093-QINU


Grid Proximity Buffer

UNIQ56d7f5ca548c03e9-geshi-00000094-QINU


Convert Data Storage Type

UNIQ56d7f5ca548c03e9-geshi-00000095-QINU


Change Grid Values

UNIQ56d7f5ca548c03e9-geshi-00000096-QINU


Reclassify Grid Values

UNIQ56d7f5ca548c03e9-geshi-00000097-QINU


Crop to Data

UNIQ56d7f5ca548c03e9-geshi-00000098-QINU


Invert Data/No-Data

UNIQ56d7f5ca548c03e9-geshi-00000099-QINU


Grid Orientation

UNIQ56d7f5ca548c03e9-geshi-0000009A-QINU


Combine Grids

UNIQ56d7f5ca548c03e9-geshi-0000009B-QINU


Grid Cell Index

UNIQ56d7f5ca548c03e9-geshi-0000009C-QINU


Grids from classified grid and table

UNIQ56d7f5ca548c03e9-geshi-0000009D-QINU


Create Grid System

UNIQ56d7f5ca548c03e9-geshi-0000009E-QINU


Grid Masking

UNIQ56d7f5ca548c03e9-geshi-0000009F-QINU


Close Gaps with Spline

UNIQ56d7f5ca548c03e9-geshi-000000A0-QINU


Proximity Grid

UNIQ56d7f5ca548c03e9-geshi-000000A1-QINU


Tiling

UNIQ56d7f5ca548c03e9-geshi-000000A2-QINU


Shrink and Expand

UNIQ56d7f5ca548c03e9-geshi-000000A3-QINU


Close Gaps with Stepwise Resampling

UNIQ56d7f5ca548c03e9-geshi-000000A4-QINU


Transpose Grids

UNIQ56d7f5ca548c03e9-geshi-000000A5-QINU


Clip Grids

UNIQ56d7f5ca548c03e9-geshi-000000A6-QINU


Color Palette Rotation

UNIQ56d7f5ca548c03e9-geshi-000000A7-QINU


Color Blending

UNIQ56d7f5ca548c03e9-geshi-000000A8-QINU


Fit Color Palette to Grid Values

UNIQ56d7f5ca548c03e9-geshi-000000A9-QINU


RGB Composite

UNIQ56d7f5ca548c03e9-geshi-000000AA-QINU


Create 3D Image

UNIQ56d7f5ca548c03e9-geshi-000000AB-QINU


Color Triangle Composite

UNIQ56d7f5ca548c03e9-geshi-000000AC-QINU


Histogram Surface

UNIQ56d7f5ca548c03e9-geshi-000000AD-QINU


Aspect-Slope Grid

UNIQ56d7f5ca548c03e9-geshi-000000AE-QINU


Supervised Classification

UNIQ56d7f5ca548c03e9-geshi-000000AF-QINU


Cluster Analysis for Grids

UNIQ56d7f5ca548c03e9-geshi-000000B0-QINU


Change Detection

UNIQ56d7f5ca548c03e9-geshi-000000B1-QINU


Decision Tree

UNIQ56d7f5ca548c03e9-geshi-000000B2-QINU


Supervised Classification for Polygons

UNIQ56d7f5ca548c03e9-geshi-000000B3-QINU


Morphological Filter (OpenCV)

UNIQ56d7f5ca548c03e9-geshi-000000B4-QINU


Fourier Transformation (OpenCV)

UNIQ56d7f5ca548c03e9-geshi-000000B5-QINU


Single Value Decomposition (OpenCV)

UNIQ56d7f5ca548c03e9-geshi-000000B6-QINU


Neural Networks (OpenCV)

UNIQ56d7f5ca548c03e9-geshi-000000B7-QINU


Resection (Terrestrial)

UNIQ56d7f5ca548c03e9-geshi-000000B8-QINU


Colorisation (PC)

UNIQ56d7f5ca548c03e9-geshi-000000B9-QINU


Fast Region Growing Algorithm

UNIQ56d7f5ca548c03e9-geshi-000000BA-QINU


Watershed Segmentation

UNIQ56d7f5ca548c03e9-geshi-000000BB-QINU


Grid Skeletonization

UNIQ56d7f5ca548c03e9-geshi-000000BC-QINU


Seed Generation

UNIQ56d7f5ca548c03e9-geshi-000000BD-QINU


Simple Region Growing

UNIQ56d7f5ca548c03e9-geshi-000000BE-QINU


SVM Classification

UNIQ56d7f5ca548c03e9-geshi-000000BF-QINU


Vegetation Index (Distance Based)

UNIQ56d7f5ca548c03e9-geshi-000000C0-QINU


Vegetation Index (Slope Based)

UNIQ56d7f5ca548c03e9-geshi-000000C1-QINU


Enhanced Vegetation Index

UNIQ56d7f5ca548c03e9-geshi-000000C2-QINU


Tasseled Cap Transformation

UNIQ56d7f5ca548c03e9-geshi-000000C3-QINU


IHS Sharpening

UNIQ56d7f5ca548c03e9-geshi-000000C4-QINU


Colour Normalized Brovey Sharpening

UNIQ56d7f5ca548c03e9-geshi-000000C5-QINU


Colour Normalized Spectral Sharpening

UNIQ56d7f5ca548c03e9-geshi-000000C6-QINU


Principle Components Based Image Sharpening

UNIQ56d7f5ca548c03e9-geshi-000000C7-QINU


Top of Atmosphere Reflectance

UNIQ56d7f5ca548c03e9-geshi-000000C8-QINU


Automated Cloud Cover Assessment

UNIQ56d7f5ca548c03e9-geshi-000000C9-QINU


Smoothing (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CA-QINU


Edge Detection (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CB-QINU


Morphological Filter (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CC-QINU


Distance (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CD-QINU


Watershed Segmentation (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CE-QINU


Fourier Transform (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000CF-QINU


Fourier Transform Inverse (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000D0-QINU


Fourier Transform (Real, ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000D1-QINU


Fourier Filter (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000D2-QINU


Random Forest (ViGrA)

UNIQ56d7f5ca548c03e9-geshi-000000D3-QINU


Import ESRI E00 File

UNIQ56d7f5ca548c03e9-geshi-000000D4-QINU


GDAL: Import Raster

UNIQ56d7f5ca548c03e9-geshi-000000D5-QINU


GDAL: Export Raster

UNIQ56d7f5ca548c03e9-geshi-000000D6-QINU

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