Provided by: gdal-bin_3.12.0+dfsg-1_amd64 
NAME
gdal-raster-pipeline - Process a raster dataset applying several steps
Added in version 3.11.
DESCRIPTION
gdal raster pipeline can be used to process a raster dataset and perform various processing steps that
accept raster and generate raster.
For pipelines mixing raster and vector, consult gdal pipeline.
Most steps proceed in on-demand evaluation of raster blocks, unless otherwise stated in their
documentation, without "materializing" the resulting dataset of the operation of each step. It may be
desirable sometimes for performance purposes to proceed to materializing an intermediate dataset to disk
using gdal raster materialize.
SYNOPSIS
Usage: gdal raster pipeline [OPTIONS] <PIPELINE>
Process a raster dataset applying several steps.
Positional arguments:
Common Options:
-h, --help Display help message and exit
--json-usage Display usage as JSON document and exit
--config <KEY>=<VALUE> Configuration option [may be repeated]
-q, --quiet Quiet mode (no progress bar)
<PIPELINE> is of the form: read|mosaic|stack [READ-OPTIONS] ( ! <STEP-NAME> [STEP-OPTIONS] )* ! info|compare|tile|write [WRITE-OPTIONS]
A pipeline chains several steps, separated with the ! (exclamation mark) character. The first step must
be read, calc, mosaic or stack, and the last one write, info or tile. Each step has its own positional
or non-positional arguments. Apart from read, calc, mosaic, stack, compare, info, tile and write, all
other steps can potentially be used several times in a pipeline.
Potential steps are:
• read
* read [OPTIONS] <INPUT>
------------------------
Read a raster dataset.
Positional arguments:
-i, --input <INPUT> Input raster datasets [required]
Advanced Options:
--if, --input-format <INPUT-FORMAT> Input formats [may be repeated]
--oo, --open-option <KEY>=<VALUE> Open options [may be repeated]
• calc
* calc [OPTIONS] <INPUTS>...
----------------------------
Perform raster algebra
Positional arguments:
-i, --input <INPUTS> Input raster datasets [1.. values] [required]
Options:
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64
--no-check-srs Do not check consistency of input spatial reference systems
--no-check-extent Do not check consistency of input extents
--propagate-nodata Whether to set pixels to the output NoData value if any of the input pixels is NoData
--calc <CALC> Expression(s) to evaluate [1.. values] [required]
--dialect <DIALECT> Expression dialect. DIALECT=muparser|builtin (default: muparser)
--flatten Generate a single band output raster per expression, even if input datasets are multiband
--nodata <NODATA> Assign a specified nodata value to output bands ('none', numeric value, 'nan', 'inf', '-inf')
Advanced Options:
--if, --input-format <INPUT-FORMAT> Input formats [may be repeated]
--oo, --open-option <KEY>=<VALUE> Open options [may be repeated]
Details for options can be found in gdal raster calc.
• mosaic
* mosaic [OPTIONS] <INPUT>...
-----------------------------
Build a mosaic, either virtual (VRT) or materialized.
Positional arguments:
-i, --input <INPUT> Input raster datasets (or specify a @<filename> to point to a file containing filenames) [1.. values] [required]
Options:
-b, --band <BAND> Input band(s) (1-based index) [may be repeated]
--absolute-path Whether the path to the input datasets should be stored as an absolute path
--resolution <xres>,<yres>|same|average|common|highest|lowest> Target resolution (in destination CRS units) (default: same)
--bbox <BBOX> Target bounding box as xmin,ymin,xmax,ymax (in destination CRS units)
--target-aligned-pixels Round target extent to target resolution
--src-nodata <SRC-NODATA> Set nodata values for input bands. [1.. values]
--dst-nodata <DST-NODATA> Set nodata values at the destination band level. [1.. values]
--hide-nodata Makes the destination band not report the NoData.
--add-alpha Adds an alpha mask band to the destination when the source raster have none.
--pixel-function <PIXEL-FUNCTION> Specify a pixel function to calculate output value from overlapping inputs. PIXEL-FUNCTION=argmax|argmin|cmul|complex|conj|dB|dB2amp|dB2pow|diff|div|exp|expression|geometric_mean|harmonic_mean|imag|intensity|interpolate_exp|interpolate_linear|inv|log10|max|mean|median|min|mod|mode|mul|norm_diff|phase|polar|pow|real|reclassify|replace_nodata|scale|sqrt|sum
--pixel-function-arg <NAME>=<VALUE> Specify argument(s) to pass to the pixel function [may be repeated]
Advanced Options:
--if, --input-format <INPUT-FORMAT> Input formats [may be repeated]
--oo, --open-option <KEY>=<VALUE> Open options [may be repeated]
Details for options can be found in gdal raster mosaic.
• stack
* stack [OPTIONS] <INPUT>...
----------------------------
Combine together input bands into a multi-band output, either virtual (VRT) or materialized.
Positional arguments:
-i, --input <INPUT> Input raster datasets (or specify a @<filename> to point to a file containing filenames) [1.. values] [required]
Options:
-b, --band <BAND> Input band(s) (1-based index) [may be repeated]
--absolute-path Whether the path to the input datasets should be stored as an absolute path
--resolution <xres>,<yres>|same|average|common|highest|lowest> Target resolution (in destination CRS units) (default: same)
--bbox <BBOX> Target bounding box as xmin,ymin,xmax,ymax (in destination CRS units)
--target-aligned-pixels Round target extent to target resolution
--src-nodata <SRC-NODATA> Set nodata values for input bands. [1.. values]
--dst-nodata <DST-NODATA> Set nodata values at the destination band level. [1.. values]
--hide-nodata Makes the destination band not report the NoData.
Advanced Options:
--if, --input-format <INPUT-FORMAT> Input formats [may be repeated]
--oo, --open-option <KEY>=<VALUE> Open options [may be repeated]
Details for options can be found in gdal raster stack.
• aspect
* aspect [OPTIONS]
------------------
Generate an aspect map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--convention <CONVENTION> Convention for output angles. CONVENTION=azimuth|trigonometric-angle (default: azimuth)
--gradient-alg <GRADIENT-ALG> Algorithm used to compute terrain gradient. GRADIENT-ALG=Horn|ZevenbergenThorne (default: Horn)
--zero-for-flat Whether to output zero for flat areas
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster aspect.
• blend
* blend [OPTIONS] <OVERLAY>
---------------------------
Blend/compose two raster datasets
Positional arguments:
--overlay <OVERLAY> Overlay dataset [required]
Options:
--operator <OPERATOR> Composition operator. OPERATOR=src-over|hsv-value (default: src-over)
--opacity <OPACITY> Opacity percentage to apply to the overlay dataset (0=fully transparent, 100=full use of overlay opacity) (default: 100)
Details for options can be found in gdal raster blend.
• clip
* clip [OPTIONS]
----------------
Clip a raster dataset.
Options:
--bbox <BBOX> Clipping bounding box as xmin,ymin,xmax,ymax
Mutually exclusive with --window, --geometry, --like
--bbox-crs <BBOX-CRS> CRS of clipping bounding box
--window <WINDOW> Raster window as col,line,width,height in pixels
Mutually exclusive with --bbox, --geometry, --like
--geometry <GEOMETRY> Clipping geometry (WKT or GeoJSON)
Mutually exclusive with --bbox, --window, --like
--geometry-crs <GEOMETRY-CRS> CRS of clipping geometry
--like <DATASET> Dataset to use as a template for bounds
Mutually exclusive with --bbox, --window, --geometry
--like-sql <SELECT-STATEMENT> SELECT statement to run on the 'like' dataset
Mutually exclusive with --like-where
--like-layer <LAYER-NAME> Name of the layer of the 'like' dataset
--like-where <WHERE-EXPRESSION> WHERE SQL clause to run on the 'like' dataset
Mutually exclusive with --like-sql
--only-bbox For 'geometry' and 'like', only consider their bounding box
--allow-bbox-outside-source Allow clipping box to include pixels outside input dataset
--add-alpha Adds an alpha mask band to the destination when the source raster have none.
Details for options can be found in gdal raster clip.
• color-map
* color-map [OPTIONS]
---------------------
Generate a RGB or RGBA dataset from a single band, using a color map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--color-map <COLOR-MAP> Color map filename
--add-alpha Adds an alpha mask band to the destination.
--color-selection <COLOR-SELECTION> How to compute output colors from input values. COLOR-SELECTION=interpolate|exact|nearest (default: interpolate)
Details for options can be found in gdal raster color-map.
• edit
* edit [OPTIONS]
----------------
Edit a raster dataset.
Options:
--crs <CRS> Override CRS (without reprojection)
--bbox <BBOX> Bounding box as xmin,ymin,xmax,ymax
--nodata <NODATA> Assign a specified nodata value to output bands ('none', numeric value, 'nan', 'inf', '-inf')
--metadata <KEY>=<VALUE> Add/update dataset metadata item [may be repeated]
--unset-metadata <KEY> Remove dataset metadata item(s) [may be repeated]
--unset-metadata-domain <DOMAIN> Remove dataset metadata domain(s) [may be repeated]
--gcp <GCP> Add ground control point, formatted as pixel,line,easting,northing[,elevation], or @filename [may be repeated]
Details for options can be found in gdal raster edit.
• fill-nodata
* fill-nodata [OPTIONS]
-----------------------
Fill nodata raster regions by interpolation from edges.
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
-d, --max-distance <MAX_DISTANCE> The maximum distance (in pixels) that the algorithm will search out for values to interpolate. (default: 100)
-s, --smoothing-iterations <SMOOTHING_ITERATIONS> The number of 3x3 average filter smoothing iterations to run after the interpolation to dampen artifacts. The default is zero smoothing iterations. (default: 0)
--mask <MASK> Use the first band of the specified file as a validity mask (zero is invalid, non-zero is valid).
--strategy <STRATEGY> By default, pixels are interpolated using an inverse distance weighting (invdist). It is also possible to choose a nearest neighbour (nearest) strategy.. STRATEGY=invdist|nearest (default: invdist)
Details for options can be found in gdal raster fill-nodata.
• hillshade
* hillshade [OPTIONS]
---------------------
Generate a shaded relief map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
-z, --zfactor <ZFACTOR> Vertical exaggeration used to pre-multiply the elevations
--xscale <XSCALE> Ratio of vertical units to horizontal X axis units
--yscale <YSCALE> Ratio of vertical units to horizontal Y axis units
--azimuth <AZIMUTH> Azimuth of the light, in degrees (default: 315)
--altitude <ALTITUDE> Altitude of the light, in degrees (default: 45)
--gradient-alg <GRADIENT-ALG> Algorithm used to compute terrain gradient. GRADIENT-ALG=Horn|ZevenbergenThorne (default: Horn)
--variant <VARIANT> Variant of the hillshading algorithm. VARIANT=regular|combined|multidirectional|Igor (default: regular)
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster hillshade.
• materialize
* materialize [OPTIONS]
-----------------------
Materialize a piped dataset on disk to increase the efficiency of the following steps.
Options:
-o, --output <OUTPUT> Materialized dataset name (created by algorithm)
-f, --of, --format, --output-format <OUTPUT-FORMAT> Output format
--co, --creation-option <KEY>=<VALUE> Creation option [may be repeated]
--overwrite Whether overwriting existing output is allowed
Details for options can be found in gdal raster materialize.
• neighbors
* neighbors [OPTIONS]
---------------------
Compute the value of each pixel from its neighbors (focal statistics)
Options:
-b, --band <BAND> Input band (1-based index)
--method <METHOD> Method to combine weighed source pixels. METHOD=mean|sum|min|max|stddev|median|mode [may be repeated]
--size <SIZE> Neighborhood size
--kernel <KERNEL> Convolution kernel(s) to apply [1.. values] [required]
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64 (default: Float64)
--nodata <NODATA> Assign a specified nodata value to output bands ('none', numeric value, 'nan', 'inf', '-inf')
Details for options can be found in gdal raster neighbors.
• nodata-to-alpha
* nodata-to-alpha [OPTIONS]
---------------------------
Replace nodata value(s) with an alpha band.
Options:
--nodata <NODATA> Override nodata value of input band(s) (numeric value, 'nan', 'inf', '-inf') [may be repeated]
Details for options can be found in gdal raster nodata-to-alpha.
• overview
* overview <COMMAND> [OPTIONS]
------------------------------
where <COMMAND> is one of:
- add: Adding overviews.
Details for options can be found in gdal raster overview.
• pansharpen
* pansharpen [OPTIONS] <SPECTRAL>...
------------------------------------
Perform a pansharpen operation.
Positional arguments:
--spectral <SPECTRAL> Input spectral band dataset [1.. values] [required]
Options:
-r, --resampling <RESAMPLING> Resampling algorithm. RESAMPLING=nearest|bilinear|cubic|cubicspline|lanczos|average (default: cubic)
--weights <WEIGHTS> Weight for each input spectral band [may be repeated]
--nodata <NODATA> Override nodata value of input bands
--bit-depth <BIT-DEPTH> Override bit depth of input bands
--spatial-extent-adjustment <SPATIAL-EXTENT-ADJUSTMENT> Select behavior when bands have not the same extent. SPATIAL-EXTENT-ADJUSTMENT=union|intersection|none|none-without-warning (default: union)
-j, --num-threads <NUM-THREADS> Number of jobs (or ALL_CPUS) (default: ALL_CPUS)
Details for options can be found in gdal raster pansharpen.
• proximity
* proximity [OPTIONS]
---------------------
Produces a raster proximity map.
Options:
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64|Byte|UInt16|Int16|UInt32|Int32|Float32|Float64 (default: Float32)
-b, --band <BAND> Input band (1-based index)
--target-values <TARGET-VALUES> Target pixel values [may be repeated]
--distance-units <DISTANCE-UNITS> Distance units. DISTANCE-UNITS=pixel|geo (default: pixel)
--max-distance <MAX-DISTANCE> Maximum distance. The nodata value will be used for pixels beyond this distance (default: 0)
--fixed-value <FIXED-VALUE> Fixed value for the pixels that are beyond the maximum distance (instead of the actual distance) (default: 0)
--nodata <NODATA> Specify a nodata value to use for pixels that are beyond the maximum distance
Details for options can be found in gdal raster proximity.
• reproject
* reproject [OPTIONS]
---------------------
Reproject a raster dataset.
Options:
-s, --src-crs <SRC-CRS> Source CRS
-d, --dst-crs <DST-CRS> Destination CRS
-r, --resampling <RESAMPLING> Resampling method. RESAMPLING=nearest|bilinear|cubic|cubicspline|lanczos|average|rms|mode|min|max|med|q1|q3|sum (default: nearest)
--resolution <xres>,<yres> Target resolution (in destination CRS units)
Mutually exclusive with --size
--size <width>,<height> Target size in pixels
Mutually exclusive with --resolution
--bbox <BBOX> Target bounding box (in destination CRS units)
--bbox-crs <BBOX-CRS> CRS of target bounding box
-j, --num-threads <NUM-THREADS> Number of jobs (or ALL_CPUS) (default: ALL_CPUS)
Advanced Options:
--target-aligned-pixels Round target extent to target resolution
--src-nodata <SRC-NODATA> Set nodata values for input bands ('None' to unset). [1.. values]
--dst-nodata <DST-NODATA> Set nodata values for output bands ('None' to unset). [1.. values]
--add-alpha Adds an alpha mask band to the destination when the source raster have none.
--wo, --warp-option <NAME>=<VALUE> Warping option(s) [may be repeated]
--to, --transform-option <NAME>=<VALUE> Transform option(s) [may be repeated]
--et, --error-threshold <ERROR-THRESHOLD> Error threshold
Details for options can be found in gdal raster reproject.
• resize
* resize [OPTIONS]
------------------
Resize a raster dataset without changing the georeferenced extents.
Options:
--resolution <xres>,<yres> Target resolution (in destination CRS units)
Mutually exclusive with --size
--size <width[%]>,<height[%]> Target size in pixels (or percentage if using '%' suffix) [required]
Mutually exclusive with --resolution
-r, --resampling <RESAMPLING> Resampling method. RESAMPLING=nearest|bilinear|cubic|cubicspline|lanczos|average|mode (default: nearest)
Details for options can be found in gdal raster resize.
• rgb-to-palette
* rgb-to-palette [OPTIONS]
--------------------------
Convert a RGB image into a pseudo-color / paletted image.
Options:
--color-count <COLOR-COUNT> Select the number of colors in the generated color table (default: 256)
--color-map <COLOR-MAP> Color map filename
Details for options can be found in gdal raster rgb-to-palette.
• roughness
* roughness [OPTIONS]
---------------------
Generate a roughness map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster roughness.
• scale
* scale [OPTIONS]
-----------------
Scale the values of the bands of a raster dataset.
Options:
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64
-b, --band <BAND> Select band to restrict the scaling (1-based index)
--src-min <SRC-MIN> Minimum value of the source range
--src-max <SRC-MAX> Maximum value of the source range
--dst-min <DST-MIN> Minimum value of the destination range
--dst-max <DST-MAX> Maximum value of the destination range
--exponent <EXPONENT> Exponent to apply non-linear scaling with a power function
--no-clip Do not clip input values to [srcmin, srcmax]
Details for options can be found in gdal raster scale.
• select
* select [OPTIONS] <BAND>
-------------------------
Select a subset of bands from a raster dataset.
Positional arguments:
-b, --band <BAND> Band(s) (1-based index, 'mask' or 'mask:<band>') [1.. values] [required]
Options:
--mask <MASK> Mask band (1-based index, 'mask', 'mask:<band>' or 'none')
Details for options can be found in gdal raster select.
• set-type
* set-type [OPTIONS]
--------------------
Modify the data type of bands of a raster dataset.
Options:
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64 [required]
Details for options can be found in gdal raster set-type.
• sieve
* sieve [OPTIONS]
-----------------
Remove small polygons from a raster dataset.
Options:
--mask <MASK> Use the first band of the specified file as a validity mask (all pixels with a value other than zero will be considered suitable for inclusion in polygons)
-b, --band <BAND> Input band (1-based index)
-s, --size-threshold <SIZE-THRESHOLD> Minimum size of polygons to keep (default: 2)
-c, --connect-diagonal-pixels Consider diagonal pixels as connected
Details for options can be found in gdal raster sieve.
• slope
* slope [OPTIONS]
-----------------
Generate a slope map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--unit <UNIT> Unit in which to express slopes. UNIT=degree|percent (default: degree)
--xscale <XSCALE> Ratio of vertical units to horizontal X axis units
--yscale <YSCALE> Ratio of vertical units to horizontal Y axis units
--gradient-alg <GRADIENT-ALG> Algorithm used to compute terrain gradient. GRADIENT-ALG=Horn|ZevenbergenThorne (default: Horn)
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster slope.
• tpi
* tpi [OPTIONS]
---------------
Generate a Topographic Position Index (TPI) map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster tpi.
• tri
* tri [OPTIONS]
---------------
Generate a Terrain Ruggedness Index (TRI) map
Options:
-b, --band <BAND> Input band (1-based index) (default: 1)
--algorithm <ALGORITHM> Algorithm to compute TRI. ALGORITHM=Riley|Wilson (default: Riley)
--no-edges Do not try to interpolate values at dataset edges or close to nodata values
Details for options can be found in gdal raster tri.
• unscale
* unscale [OPTIONS]
-------------------
Convert scaled values of a raster dataset into unscaled values.
Options:
--ot, --datatype, --output-data-type <OUTPUT-DATA-TYPE> Output data type. OUTPUT-DATA-TYPE=Byte|Int8|UInt16|Int16|UInt32|Int32|UInt64|Int64|CInt16|CInt32|Float16|Float32|Float64|CFloat32|CFloat64
Details for options can be found in gdal raster unscale.
• viewshed
* viewshed [OPTIONS]
--------------------
Compute the viewshed of a raster dataset.
Options:
-p, --pos, --position <X,Y> or <X,Y,H> Observer position [2..3 values]
-z, --height <HEIGHT> Observer height
--target-height <TARGET-HEIGHT> Height of the target above the DEM surface in the height unit of the DEM. (default: 0)
--mode <MODE> Sets what information the output contains.. MODE=normal|DEM|ground|cumulative (default: normal)
--max-distance <MAX-DISTANCE> Maximum distance from observer to compute visibility. It is also used to clamp the extent of the output raster.
--min-distance <MIN-DISTANCE> Mask all cells less than this distance from the observer. Must be less than 'max-distance'.
--start-angle <START-ANGLE> Mask all cells outside of the arc ('start-angle', 'end-angle'). Clockwise degrees from north. Also used to clamp the extent of the output raster.
--end-angle <END-ANGLE> Mask all cells outside of the arc ('start-angle', 'end-angle'). Clockwise degrees from north. Also used to clamp the extent of the output raster.
--high-pitch <HIGH-PITCH> Mark all cells out-of-range where the observable height would be higher than the 'high-pitch' angle from the observer. Degrees from horizontal - positive is up. Must be greater than 'low-pitch'.
--low-pitch <LOW-PITCH> Bound observable height to be no lower than the 'low-pitch' angle from the observer. Degrees from horizontal - positive is up. Must be less than 'high-pitch'.
--curvature-coefficient <CURVATURE-COEFFICIENT> Coefficient to consider the effect of the curvature and refraction.
-b, --band <BAND> Input band (1-based index) (default: 1)
--visible-value <VISIBLE-VALUE> Pixel value to set for visible areas (default: 255)
--invisible-value <INVISIBLE-VALUE> Pixel value to set for invisible areas (default: 0)
--out-of-range-value <OUT-OF-RANGE-VALUE> Pixel value to set for the cells that fall outside of the range specified by the observer location and the maximum distance (default: 0)
--dst-nodata <DST-NODATA> The value to be set for the cells in the output raster that have no data.
--observer-spacing <OBSERVER-SPACING> Cell Spacing between observers (default: 10)
-j, --num-threads <NUM-THREADS> Number of jobs (or ALL_CPUS) (default: 3)
Details for options can be found in gdal raster viewshed.
• tee
* tee [OPTIONS] [<PIPELINE>...]
-------------------------------
Pipes the input into the output stream and side nested pipelines.
Positional arguments:
--tee-pipeline <PIPELINE> Nested pipeline [1.. values]
Details for options can be found in Output nested pipeline.
• info
Added in version 3.12.
* info [OPTIONS]
----------------
Return information on a raster dataset.
Options:
-f, --of, --format, --output-format <OUTPUT-FORMAT> Output format. OUTPUT-FORMAT=json|text
--mm, --min-max Compute minimum and maximum value
--stats Retrieve or compute statistics, using all pixels
Mutually exclusive with --approx-stats
--approx-stats Retrieve or compute statistics, using a subset of pixels
Mutually exclusive with --stats
--hist Retrieve or compute histogram
Advanced Options:
--no-gcp Suppress ground control points list printing
--no-md Suppress metadata printing
--no-ct Suppress color table printing
--no-fl Suppress file list printing
--checksum Compute pixel checksum
--list-metadata-domains, --list-mdd List all metadata domains available for the dataset
--mdd, --metadata-domain <METADATA-DOMAIN> Report metadata for the specified domain. 'all' can be used to report metadata in all domains
Esoteric Options:
--no-nodata Suppress retrieving nodata value
--no-mask Suppress mask band information
--subdataset <SUBDATASET> Use subdataset of specified index (starting at 1), instead of the source dataset itself
Details for options can be found in gdal raster info.
• tile
Added in version 3.12.
* tile [OPTIONS] <OUTPUT>
-------------------------
Generate tiles in separate files from a raster dataset.
Positional arguments:
-o, --output <OUTPUT> Output directory [required]
Options:
-f, --of, --format, --output-format <OUTPUT-FORMAT> Output format (default: PNG)
--co, --creation-option <KEY>=<VALUE> Creation option [may be repeated]
--tiling-scheme <TILING-SCHEME> Tiling scheme. TILING-SCHEME=raster|WebMercatorQuad|WorldCRS84Quad|WorldMercatorWGS84Quad|GoogleCRS84Quad|PseudoTMS_GlobalMercator|LINZAntarticaMapTilegrid|APSTILE|CBMTILE|NZTM2000 (default: WebMercatorQuad)
--min-zoom <MIN-ZOOM> Minimum zoom level
--max-zoom <MAX-ZOOM> Maximum zoom level
--min-x <MIN-X> Minimum tile X coordinate
--max-x <MAX-X> Maximum tile X coordinate
--min-y <MIN-Y> Minimum tile Y coordinate
--max-y <MAX-Y> Maximum tile Y coordinate
--no-intersection-ok Whether dataset extent not intersecting tile matrix is only a warning
-r, --resampling <RESAMPLING> Resampling method for max zoom. RESAMPLING=nearest|bilinear|cubic|cubicspline|lanczos|average|rms|mode|min|max|med|q1|q3|sum (default: cubic)
--overview-resampling <OVERVIEW-RESAMPLING> Resampling method for overviews. OVERVIEW-RESAMPLING=nearest|bilinear|cubic|cubicspline|lanczos|average|rms|mode|min|max|med|q1|q3|sum
--convention <CONVENTION> Tile numbering convention: xyz (from top) or tms (from bottom). CONVENTION=xyz|tms (default: xyz)
--tile-size <TILE-SIZE> Override default tile size
--add-alpha Whether to force adding an alpha channel
Mutually exclusive with --no-alpha
--no-alpha Whether to disable adding an alpha channel
Mutually exclusive with --add-alpha
--dst-nodata <DST-NODATA> Destination nodata value
--skip-blank Do not generate blank tiles
--metadata <KEY>=<VALUE> Add metadata item to output tiles [may be repeated]
--copy-src-metadata Whether to copy metadata from source dataset
--aux-xml Generate .aux.xml sidecar files when needed
--kml Generate KML files
--resume Generate only missing files
-j, --num-threads <NUM-THREADS> Number of jobs (or ALL_CPUS) (default: ALL_CPUS)
--parallel-method <PARALLEL-METHOD> Parallelization method (thread, spawn, fork). PARALLEL-METHOD=thread|spawn|fork
Advanced Resampling Options:
--excluded-values <EXCLUDED-VALUES> Tuples of values (e.g. <R>,<G>,<B> or (<R1>,<G1>,<B1>),(<R2>,<G2>,<B2>)) that must beignored as contributing source pixels during (average) resampling
--excluded-values-pct-threshold <EXCLUDED-VALUES-PCT-THRESHOLD> Minimum percentage of source pixels that must be set at one of the --excluded-values to cause the excluded value to be used as the target pixel value (default: 50)
--nodata-values-pct-threshold <NODATA-VALUES-PCT-THRESHOLD> Minimum percentage of source pixels that must be set at one of nodata (or alpha=0 or any other way to express transparent pixelto cause the target pixel value to be transparent (default: 100)
Publication Options:
--webviewer <WEBVIEWER> Web viewer to generate. WEBVIEWER=none|all|leaflet|openlayers|mapml|stac (default: all) [may be repeated]
--url <URL> URL address where the generated tiles are going to be published
--title <TITLE> Title of the map
--copyright <COPYRIGHT> Copyright for the map
--mapml-template <MAPML-TEMPLATE> Filename of a template mapml file where variables will be substituted
Details for options can be found in gdal raster tile.
• compare
Added in version 3.12.
* compare [OPTIONS] <REFERENCE>
-------------------------------
Compare two raster datasets.
Positional arguments:
--reference <REFERENCE> Reference dataset [required]
Options:
--skip-all-optional Skip all optional comparisons
--skip-binary Skip binary file comparison
--skip-crs Skip CRS comparison
--skip-geotransform Skip geotransform comparison
--skip-overview Skip overview comparison
--skip-metadata Skip metadata comparison
--skip-rpc Skip RPC metadata comparison
--skip-geolocation Skip Geolocation metadata comparison
--skip-subdataset Skip subdataset comparison
Details for options can be found in gdal raster compare.
• write
* write [OPTIONS] <OUTPUT>
--------------------------
Write a raster dataset.
Positional arguments:
-o, --output <OUTPUT> Output raster dataset [required]
Options:
-f, --of, --format, --output-format <OUTPUT-FORMAT> Output format ("GDALG" allowed)
--co, --creation-option <KEY>=<VALUE> Creation option [may be repeated]
--overwrite Whether overwriting existing output is allowed
Mutually exclusive with --append
--append Append as a subdataset to existing output
Mutually exclusive with --overwrite
GDALG OUTPUT (ON-THE-FLY / STREAMED DATASET)
A pipeline can be serialized as a JSON file using the GDALG output format. The resulting file can then
be opened as a raster dataset using the GDALG: GDAL Streamed Algorithm driver, and apply the specified
pipeline in a on-the-fly / streamed way.
The command_line member of the JSON file should nominally be the whole command line without the final
write step, and is what is generated by gdal raster pipeline ! .... ! write out.gdalg.json.
{
"type": "gdal_streamed_alg",
"command_line": "gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632"
}
The final write step can be added but if so it must explicitly specify the stream output format and a
non-significant output dataset name.
{
"type": "gdal_streamed_alg",
"command_line": "gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632 ! write --output-format=streamed streamed_dataset"
}
SUBSTITUTIONS
Added in version 3.12.
It is possible to use gdal pipeline to use a pipeline already serialized in a .gdal.json file, and
customize its existing steps, typically changing an input filename, specifying an output filename, or
adding/modifying arguments of steps.
See Substitutions.
NESTED PIPELINE
Added in version 3.12.
It is possible to create "nested pipelines", i.e. pipelines inside pipelines.
A nested pipeline is delimited by square brackets ([ and ]) surrounded by a space character.
There are 2 kinds of nested pipelines:
• input nested pipelines: where the result dataset of the nested pipeline is used as the input dataset
for an argument of the main pipeline.
• output nested pipelines: where the output of a step of the main pipeline is used as the input of the
nested pipeline in a following step. Output nested pipelines can only be used with the tee step.
See Nested pipeline.
EXAMPLES
Example 1: Reproject a GeoTIFF file to CRS EPSG:32632 ("WGS 84 / UTM zone 32N") and adding a metadata item
$ gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632 ! edit --metadata AUTHOR=EvenR ! write out.tif --overwrite
Example 2: Serialize the command of a reprojection of a GeoTIFF file in a GDALG file, and later read it
$ gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632 ! write in_epsg_32632.gdalg.json --overwrite
$ gdal raster info in_epsg_32632.gdalg.json
Example 3: Mosaic on-the-fly several input files and tile that mosaic.
gdal raster pipeline ! mosaic input*.tif ! tile output_folder
AUTHOR
Even Rouault <even.rouault@spatialys.com>
COPYRIGHT
1998-2025
Nov 07, 2025 GDAL-RASTER-PIPELINE(1)