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]

* 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 [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]

* 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]

* 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]

* 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

* 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)

* 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.

* 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)

* 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]

* 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)

* 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

* 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

* 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')

* 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]

* overview <COMMAND> [OPTIONS]
------------------------------
where <COMMAND> is one of:


  - add: Adding overviews.

* 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)

* 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

* 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

* 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)

* 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

* 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

* 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]

* 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')

* 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]

* 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

* 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

* 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

* 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

* 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

* 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)

* tee [OPTIONS] [<PIPELINE>...]
-------------------------------
Pipes the input into the output stream and side nested pipelines.
Positional arguments:


  --tee-pipeline <PIPELINE>  Nested pipeline [1.. values]

* 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

* 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

* 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

* 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

{


    "type": "gdal_streamed_alg",


    "command_line": "gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632"
}

{


    "type": "gdal_streamed_alg",


    "command_line": "gdal raster pipeline ! read in.tif ! reproject --dst-crs=EPSG:32632 ! write --output-format=streamed streamed_dataset"
}