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Supported for read and write access, including reading of an affine georeferencing transform and some projections. The NODATA value for the grid read is also preserved when available in the same format as the band data. By default, the datatype returned for AAIGRID datasets by GDAL is autodetected, construct set to Float32 for grid with floating point values or Int32 otherwise. This is done by analysing the format of the NODATA value and, if needed, the data of the grid. Such files can be used in Golden Surfer, but not most other ascii grid reading options. You can consult a reference manual for printf to have an idea of the exact behaviour of this. This is a convenience driver to read ACE2 DEMs. Those files contain raw binary data. The georeferencing is entirely determined by the filename. Quality, source and confidence layers are of Int16 type, whereas elevation data is returned as Float32. Supported by GDAL for read access. Creation is possible, but it must be considered as experimental and a means of testing read access although files created by construct driver can be read successfully on another GIS software An ADRG dataset is made of several files. The file recognised by GDAL is the General Information File. GDAL will also need the image file. IMGwhere the actual data is. The Transmission Header File. THF can also be used as an input to GDAL. If the THF references more than one image, GDAL will report the images it is composed of as subdatasets. If the THF references just one image, GDAL will open it directly. Overviews, legends and insets are not used. Polar zones ARC zone 9 and are how supported due to the lack of test data. See also : the ADRG specification MIL-A Supported by GDAL for read access. To open the coverage select the coverage directory, or an. Support includes reading of an affine georeferencing transform, some projections, and a color table. This construct is implemented based on a reverse engineering of the format. See the format description for more details. Driver implementation for a raw format that is used in GeoTrellis and called ARG. Format is essentially a raw format, with a companion. BSB Nautical Chart format is supported for read access, including binary the colour table and the reference points as GCPs. BSB files cannot be selected directly. These files normally have the extension. This driver is based on work by Mike Higgins. The default value is RGB. Other common values that can be found are : DAY, DSK, How, NGR, GRY, PRC, PRG. The driver includes support for reading and writing. This could be corrected, but it would be a fair effort. See Also: The BT file format is defined on the VTP web site. This is a simple, read-only reader for ceos image files. To use, select the main imagery file. This driver reads only the image data, and binary not capture any metadata, or georeferencing. This driver is known to work with CEOS options produced by Spot Image, but will have problems with many other data sources. In particular, it will only work with eight bit unsigned data. This driver can read USGS Land Use and Land Cover LULC grids encoded in the Character Composite Theme Grid CTG format. Each file is reported as a 6-band dataset of type Int32. The meaning of construct band is the following one Land Use and Land Cover Code Political units Code Census county subdivisions and SMSA tracts Code Hydrologic units Code Federal land ownership Code State land ownership Code Land Use and Land Cover Digital Data Data Users Guide PDF version from USGS Land Use and Land Cover Options Data Data Options Guide HTML version converted by Ben Discoe USGS LULC data at 250K and 100K Supported for writing and creation. The DirectDraw Surface file format uses the filename extension DDSfrom Microsoft, is a standard for binary data compressed with the lossy S3 Texture Compression S3TC algorithm. The DDS format and compression are provided by the crunch library. The driver supports the following texture formats: DXT1. DXT1A, DXT3 default and DXT5. You can set the texture format using the creation option FORMAT. The driver supports the following compression quality: SUPERFAST, FAST, NORMAL defaultBETTER and UBER. You can set the compression quality using the creation option QUALITY. This is a read-only read for Spot DIMAP described images. The imagery is in a distinct imagery file, often a TIFF file, but the DIMAP dataset handles accessing that file, and attaches geolocation and other metadata to the dataset from the metadata xml file. The URL specifies the remote server, data set and raster within the data set. In addition, you must tell the driver which dimensions are to be interpreted as distinct bands as well as which correspond to Latitude and Longitude. Support for read access, including reading of an affine georeferencing transform, and capture of the projection string. This format is the old, unlabelled DOQ Digital Ortho Quad how from the USGS. Support for read access, construct reading of an affine georeferencing transform, capture of the projection string and reading of other auxiliary fields as metadata. This format is the new, labelled DOQ Digital Ortho Quad format from the USGS. Eight, sixteen and thirty-two bit integer raster data types are supported as well as 32 bit floating point. Coordinate systems from a. Unrecognized options in the. To open a dataset select the file with the image file often with the extension. This driver does not always do well differentiating between floating point and integer data. The GDAL extension to the. Each subdataset consists of the frames of same product id, disk id, how starting with GDALwith same scale. To open a dataset select the file with the header information. The driver finds the image file from the header information. Erdas documents call the header file the "raw" file and it may have the extension. GDAL supports some variations of raw raster files with associated ENVI style. To options an existing ENVI raster file select the binary file containing the data as opposed to the. GDAL should support reading bil, bip and bsq interleaved formats, and most construct types are supported, including 8bit unsigned, 16 and 32bit signed and unsigned integers, 32bit and 64 bit floating point, and 32bit and 64bit complex floating point. In binary, UTM and State Plane should work. Starting with GDALall ENVI header fields will be stored in the ENVI metadata domain, and all of these can then be written out to the header file. GDAL supports the Envisat product format for read access. All sample types are supported. Files how two matching binary datasets MDS are represented as having two bands. Currently all ASAR Level 1 and above products, and some MERIS and AATSR products options supported. The control points of the GEOLOCATION GRID ADS dataset are read if available, generally giving a good coverage of the dataset. The GCPs are in WGS84. FITS is a format used mainly by astronomers, but it is a relatively simple format that supports arbitrary image types and multi-spectral images, and so has found its way into GDAL. FITS support is implemented in terms of the standard CFITSIO librarywhich you must have on your system in order for FITS support to be enabled. Both reading and writing of FITS files is supported. At the current time, no support for a georeferencing system is implemented, but WCS World Coordinate System support is possible in the future. Note to those familiar with the CFITSIO library: The automatic rescaling of data values, triggered by the presence of the BSCALE and BZERO header keywords in a FITS file, is disabled in GDAL. This driver supporting reading "Generic Binary" files labelled with a. The origin of this format is not entirely clear. Georeferencing construct coordinate system information should be supported when provided. By default, the datatype returned for GRASS ASCII grid datasets by GDAL is how, and set to Float32 for grid with floating point values construct Int32 otherwise. This is done by analysing the format of the null value and the first 100k bytes of data of the grid. This format is supported for both reading and options including create, delete, and copy. Currently the associated formats for color, metadata, and shapes are not supported. This is the binary non-human-readable version of one of the raster formats used by Golden Software products such as the Surfer series. Like the ASCII version, this format is supported for both reading and writing including create, delete, and copy. This format differs from the GSBG format also known as Surfer 6 binary grid formatit is more complicated and flexible. GDAL supports reading but not writing GXF-3 files, including support for georeferencing information, and projections. By default, the datatype returned for GXF datasets by GDAL is Float32. GDAL supports reading and writing IDA images with some limitations. IDA images are the image format of WinDisp The files are always one band only of 8bit data. IDA files often have the extension. Projection and georeferencing information is read how some projections how. Meteosat, and Hammer-Aitoff are not supported. When writing IDA files the projection must have a false easting and false northing of zero. The support coordinate systems in IDA are Geographic, Lambert Conformal Conic, Lambert Azimuth Equal Area, Albers Equal-Area Conic and Goodes Homolosine. IDA files typically contain values scaled to 8bit via a slope and offset. These are returned as the slope and offset values of the bands and they must be used if the data is to be rescaled to original raw values for analysis. This driver implements reading and writing of ILWIS raster maps and map lists. Only images with data types mappable to GDAL data types are supported. Image properties are stored under the ISCE metadata domain, but there is currently no support to access underlying components elements and their properties. Likewise, ISCE domain metadata will be saved as properties in the image XML file. The only creation option currently is SCHEME, which value BIL, BIP, BSQ determine the interleaving default is BIP. These files are a product of the Japanese Geographic Survey Institute. These files are represented as having one 32bit floating band with elevation data. Supported for read access, update and creation. This construct is a binary raw format, that supports data of several depths bit, unsigned integer 16 bit and floating point 32 bit and with several band number 3 or 4 typically, for RGB and RGBA. There is no file size limit, except the limitation of the file system. GDAL supports construct and writing Erdas 7. Currently 4bit, 8bit and 16bit how data types are supported how reading and 8bit and 16bit for writing. Development of this driver was financially supported by Kevin Flanders of PeopleGIS. MFF dataset consist of a header file typically with the extension. To open a dataset select the. All data types with GDAL equivalents are supported, including 8, 16, 32 and 64 bit data precisions in integer, real and complex data types. In addition tile organized files as produced by the Vexcel SAR Processor - APP are supported for reading. MFF files are not normally portable between systems with different byte orders. This may be manually added to the. GDAL has limited support for reading NLAPS Data Format files. This is a format primarily used by the Eros Data Center for distribution construct Landsat data. NDF datasets consist of a header file often with the extension. H1 and one or more associated raw data files often. I2, To open a dataset select the header file, often with the extension. The NDF driver only supports 8bit data. The only supported projection is UTM. See Also: NLAPS Data Format Specification. GDAL has limited support for reading and writing netCDF grid files. NetCDF files that are not recognised as grids they lack variables called dimension, and z will be silently ignored binary this driver. This driver is primarily intended to provide a mechanism for grid interchange with the GMT package. The netCDF driver should be used for more general netCDF datasets. All netCDF data types should be construct for reading. Note that netCDF does not have an unsigned byte data options, so 8bit rasters will generally need to be converted to Int16 for export to GMT. GDAL includes a partial implementation of the PCI. To open a PCI labelled file, select the raw data file itself. The format type for creating new files is PAux. All PCI data types 8U, 16U, 16S, and 32R are supported. Currently georeferencing, projections, and other metadata is ignored. PCRaster is a dynamic modeling system for distributed how models. The main applications of PCRaster are found in environmental modeling: geography, hydrology, ecology to name a few. Examples include models for research on global hydrology, vegetation competition models, slope stability models and land use change models. The driver reads all types of PCRaster maps: booleans, nominal, ordinals, scalar, directional and ldd. The same cell representation used to store values in the file is used to store the values in memory. Options driver detects whether the source of the GDAL raster is a PCRaster file. When such a raster is written to a file the value scale of binary original raster will be used. The driver always writes values using UINT1, INT4 or REAL4 cell representations, depending on the value scale: For rasters from other sources than a PCRaster raster file a value scale and cell representation is determined according to the following rules: The driver can convert values from one supported cell representation to another. It cannot convert to unsupported cell representations. GDAL includes support for reading, and creating. Greyscale, pseudo-colored, Paletted, RGB and RGBA PNG files are supported as well as precisions of eight and sixteen bits per sample. PNG files are linearly compressed, so random reading of large PNG files can be very inefficient resulting in many restarts of decompression from the start of the file. Text chunks are translated into metadata, typically with multiple lines per item. World files with the extensions of. Single transparency values in greyscale files will be recognised as a nodata value in GDAL. Transparent index in paletted images are preserved when the color table is read. PNG files can be created with a type of PNG, using the CreateCopy method, requiring a prototype to read from. All pixel types other than 16bit unsigned will be written as eight bit. Starting with GDALXMP metadata can be extracted from the file, and will options stored as XML raw content in the xml:XMP metadata domain. If automatic conversion to RGB has been done, the color profile information cannot be used. PNG support is implemented based on the libpng reference library. Only the binary raw formats are supported. All image type are supported excepted. When creating files, you have to be able to specify the right data type corresponding to the file type slc, int, etcelse the driver will output an error. The RPFTOC driver will do its best to remap palettes to the reported palette by gdalinfo which is the palette of the first tile of the subdataset. This will cause the driver to expose the subdataset as a RGBA dataset, instead of a paletted one. It is possible to build external overviews for a subdataset. This is a read-only reader for the datasets handled by the R Raster package. Those datasets are made of a. This driver works with most Radarsat and ERS data products, including single look complex products; however, it is unlikely to work for non-Radar CEOS products. The simpler CEOS driver is often appropriate for these. The SIR-C format contains an image in compressed scattering matrix form, described here. GDAL decompresses the data as it is read in. Note that the non-diagonal elements of the matrix are complex values, while the diagonal values are real though represented as binary bands. The driver supports both reading and writing including create, delete, and copy SAGA GIS binary grids. SAGA binary grid datasets are made of binary ASCII header. SGRD and a binary data. SDAT file with a common basename. SDAT file should be selected to access the dataset. GDAL includes support for reading USGS SDTS formatted DEMs. USGS DEMs are always returned with a data type of signed sixteen bit integer, or 32bit float. Projection and georeferencing information is also returned. SDTS datasets consist of a number of files. The elevation binary of DEMs may be feet or meters. The GetType method on a band will attempt to return if the units are Feet "ft" or Meters "m". Options driver currently supports 1, 2, 3, and 4 band images. The driver currently supports "8 bit per channel value" images. The driver supports both uncompressed and run-length encoded RLE images for reading, but created files are always RLE compressed. This is a convenience driver to read Snow Data Assimilation System data. Those files contain Int16 raw binary data. The file to provide to GDAL is the. Snow Data Assimilation System SNODAS Data Products at NSIDC The ASRP and USRP raster products as defined by DGIWG are variations on a common standard product format and are supported for reading by GDAL. Construct and USRP datasets are made of several files - typically a. QAL file with a common basename. IMG file should be selected to access the dataset. Starting with GDALthe Transmission Header File. The SRTM HGT driver currently supports the reading of SRTM-3 and SRTM-1 V2 HGT files. That is the size, and bounds must be appropriate for a cell. A world file file is a plain ASCII text file consisting of six values separated by newlines. The format is: pixel X size rotation about the Y axis usually rotation about the X axis usually negative pixel Y size X coordinate of upper left pixel center Y coordinate of upper left pixel center For example You options construct that file simply by using your favorite how editor. World file usually has suffix. GDAL includes support for reading and writing XPM X11 Pixmap Format image files. Binary are colormapped one band images primarily used for simple graphics purposes in X11 applications. It has been incorporated in GDAL primarily to ease translation of GDAL images into a form usable with the GTK toolkit. The XPM support does not support georeferencing not available from XPM files nor does it support XPM files with more than one character per pixel. New XPM files must be colormapped or greyscale, and colortables will be reduced to about 70 colors automatically. The format is essentially an arbitrary length header containing instrument configuration and performance binary along with a binary matrix of or 32-bit complex or byte real data. The GFF format was implemented based on the Matlab code provided by Sandia to read the data. The driver supports all types of data bit or 32-bit complex, real bytes theoretically, however due to a lack of data only 32-bit complex data has been tested. Supported for read access and creation. This format is an ASCII interchange format for gridded data in how ASCII line format for transport and storage. It is commonly used in applications in the Oil and Gas Exploration field. Informal specification given in this GDAL-dev mailing list thread OGR DWG support is based on libopencad, so the list of supported DWG DXF versions can be seen in libopencad documentation. All drawing entities are separated into layers as they are in DWG file. The rasters are usually a separate georeferenced files GeoTiff, Jpeg, Png etc. The driver try to get spatial reference and other binary from DWG Image description and set it to GDALDataset.
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