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The output pyramid files will be created in the directory with the input image; therefore the directory containing the input image must be writable.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GenerateRSETs","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GenerateRSETs","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Chipper","description":"Chips input imagery and graphic overlays into a raster file.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2021-03-04T23:00:22.000Z","publisher":"System"}]}]},"id":"Chipper","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/Chipper","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Stereo To Ground Transformation","description":"Applies stereo-to-3D ground (map) space transformation on a pair of feature collections that represent geometries in the left and right images of the stereo pair. A feature set with coordinates in the 3D ground space is created.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"StereoToGroundTransformation","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/StereoToGroundTransformation","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Recalculate Elevation Values","description":"Recalculate Elevation Values","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"RecalculateElevationValues","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/RecalculateElevationValues","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Create File Dataset References","description":"Gets the list of file dataset references from a list of dataset references that may contain URIs.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"CreateFileDatasetReferences","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/CreateFileDatasetReferences","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Geodetic Reproject Raster","description":"Reprojects raster image or DEM grid file from its current projection system to a new projection system.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GeodeticReprojectRaster","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GeodeticReprojectRaster","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Radar Speckle Reduction","description":"Reduces the speckle noise in a SAR image.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"RadarSpeckleReduction","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/RadarSpeckleReduction","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Georeference","description":"The Georeference model creates a proxy file to the raster file and writes the georeferencing transform to the proxy file. ","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"Georeference","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/Georeference","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Rasterize Point Cloud","description":"Rasterize a point cloud to a DEM.\n","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"RasterizePointCloud","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/RasterizePointCloud","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Enumerate Signatures","description":"This is a model to list the classification signatures available in a signature file. A signature is a set of data that defines a training sample, feature space object or cluster.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"EnumerateSignatures","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/EnumerateSignatures","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Terrain Profile","description":"Terrain Profile","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"TerrainProfile","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/TerrainProfile","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Enumerate Class Names","description":"This model lists the names of the thematic classes present in a thematic raster image.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"EnumerateClassNames","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/EnumerateClassNames","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Compute Fitted Ellipse","description":"Computes the parameters (center, size, orientation, and area)of the best-fit ellipse of each applicable geometry in the input Features, saving the results in attribute columns of the output Features.  A circle is considered a special case of the ellipse.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"ComputeFittedEllipse","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ComputeFittedEllipse","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Geodetic Transform Points","description":"Transforms (re-projects) the coordinates of points in a set of features to a new coordinate system.  Both 2D and 3D transformations are supported and attributes are preserved. \n","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GeodeticTransformPoints","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GeodeticTransformPoints","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Get Table Of Contents","description":"Returns a hierarchical index of the dataset's logical contents.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GetTableOfContents","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GetTableOfContents","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Feature To Feature Change Masks","description":"This model takes two input files containing point, line, or polygon feature data, a minimum cell size and map units, and a change threshold and does a feature to feature comparison in both directions, and outputs two raster masks that represent change. One mask will have features that have disappeared (red) and the other mask will have the features that are new (blue).","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"FeatureToFeatureChangeMasks","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/FeatureToFeatureChangeMasks","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Bias Terrain","description":"Applies bias (adds a constant Z value) to the selected area of a raster terrain. Area selection is done by using a polygon that defines the boundary of the selection area.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"BiasTerrain","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/BiasTerrain","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Compute Transform","description":"Takes control points and their measurements in an image and creates a transform between the control point coordinate system and the image coordinate system.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"ComputeTransform","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ComputeTransform","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Mosaic","description":"The Mosaic Model allows the user to specify a list of images to mosaic, a set of control parameters, and the output file name(s) and format. Control parameters include active area method, seamline generation type, color balancing method, seamline feathering, output resolution, and output area. The model supports different raster image types including raster elevation data. In addition to generating the mosaic output raster image(s), the model also generates an output seam polygon shapefile with input image metadata attributes, if available.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"Mosaic","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/Mosaic","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Generate Epipolar Stereo Pair","description":"This model generates a new epipolar resampled stereo pair from an existing stereo pair.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GenerateEpipolarStereoPair","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GenerateEpipolarStereoPair","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Image To Image Change Detection","description":"This model does image to image change detection and returns a set of features indicating the objects that have changed.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ImageToImageChangeDetection","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ImageToImageChangeDetection","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"ComputeBearing","description":"Computes the angle in degrees from North for a given line segment.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"ComputeBearing","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ComputeBearing","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Get Attributes","description":"Returns the attributes of an image.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GetAttributes","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GetAttributes","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Radar Coherence Anomaly Detection","description":"Identifies anomalous pixels from a SAR stereo pair by exploiting the coherent radar signal.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2021-03-12T20:46:02.000Z","publisher":"System"}]}]},"id":"RadarCoherenceAnomalyDetection","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/RadarCoherenceAnomalyDetection","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Map Aspect","description":"Derive a terrain aspect map from input DEM data. The user has control over whether the output are floating point values representing true compass bearing, or if the data are categorized into a limited number of classes representing North-facing slopes, North East-facing slopes, etc.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"MapAspect","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/MapAspect","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Radar Multi Temporal Change","description":"Radar Multi Temporal Change","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"RadarMultiTemporalChange","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/RadarMultiTemporalChange","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Write Features","description":"Writes features to a file.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"WriteFeatures","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/WriteFeatures","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Get Point Cloud Metadata","description":"Gets metadata from a point cloud file","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GetPointCloudMetadata","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GetPointCloudMetadata","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Read Security Metadata","description":"Reads the security metadata from the given raster filename.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ReadSecurityMetadata","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ReadSecurityMetadata","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Extract Terrain","description":"Extracts a point cloud terrain from a stereo pair of raster images.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2021-03-04T23:00:22.000Z","publisher":"System"}]}]},"id":"ExtractTerrain","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ExtractTerrain","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"ImageToGroundTransformation","description":"This model applies an image space to ground/map space transformation to a list of coordinates specified in a feature using the geometric model of the raster image specified by Raster Filename In. If the geometric model's ground space is 3D (i.e., it requires elevation values), the user may choose to override the geometric model's internally set elevation source by either providing an elevation file (using the parameter Elevation Filename In) or a constant elevation value (using the parameter Constant Elevation). If a constant elevation value is supplied, its elevation units (using the parameter Elevation Units) must also be supplied.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ImageToGroundTransformation","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ImageToGroundTransformation","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Read Features","description":"Reads a file containing features to a stream.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ReadFeatures","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ReadFeatures","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Extract Linear Features","description":"Extracts linear features from raster data.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ExtractLinearFeatures","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ExtractLinearFeatures","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Helicopter Landing Zones","description":"This model attempts to find areas suitable for helicopter landings from land cover and elevation data.The decision is made based on land cover class, slope, landing area size and landing area width. Suitable landing zones are indicated in the output raster by pixels with value 1. Unsuitable areas are assigned 0.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"HelicopterLandingZones","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/HelicopterLandingZones","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Save JSON To File","description":"Saves the content of a JSON payload into a file.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"SaveJSONToFile","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/SaveJSONToFile","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"GroundToImageTransformation","description":"This model applies a ground/map space to image space transformation to a list of coordinates using the geometric model of the raster image specified by Raster Filename In. If the geometric model's ground space is 3D (i.e., it requires elevation values), the user may choose to override the geometric model's internally set elevation source by either providing an elevation file (using the parameter Elevation Filename In) or a constant elevation value (using the parameter Constant Elevation). If a constant elevation value is supplied, its elevation units (using the parameter Elevation Units) must also be supplied.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GroundToImageTransformation","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GroundToImageTransformation","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Monitor Coverage Server","description":"Allows monitoring of coverage server requests and caching.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"MonitorCoverageServer","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/MonitorCoverageServer","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Detect Vertical Obstructions","description":"Detects Vertical Obstructions (VOs) from a point cloud. The detected VOs are saved to a Shapefile.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"DetectVerticalObstructions","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/DetectVerticalObstructions","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Compute Length","description":"Compute Length","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"ComputeLength","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ComputeLength","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Demo Hexagon Change Detector","description":"Demo Hexagon Change Detector","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"DemoHexagonChangeDetector","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/DemoHexagonChangeDetector","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Generate Images For Stereo Viewport","description":"This model generates the left and right image content as well as an anaglyph image for a stereo display viewport. Given an input stereo pair of images, client viewport dimensions, view port scale and a 3D ground point that represents the center of the viewport, the model subsets and generates separate left and right epipolar resampled images that fit the viewport dimensions. It also combines the bands from the epipolar images to produce anaglyph output. To properly portray a stereo view, epipolar images need to be regenerated whenever the viewport center 3D ground point changes.\n","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GenerateImagesForStereoViewport","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GenerateImagesForStereoViewport","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Get File Metadata","description":"Get all known metadata from an input file.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"GetFileMetadata","version":"2016","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/GetFileMetadata","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Extract NITF Shapefile","description":"Extracts an embedded shapefile from a NITF dataset.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"ExtractNITFShapefile","version":"2016","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ExtractNITFShapefile","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Compute Perimeter","description":"Computes the total length along a path defined by connecting the given set of points (where the first connects to the last). The length is in meters.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:52.000Z","publisher":"System"}]}]},"id":"ComputePerimeter","version":"2017","jobControlOptions":["sync-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/ComputePerimeter","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Distance From Signature","description":"This model calculates a distance image using a classification signature. A signature is a set of data that defines a training sample, feature space object or cluster. The pixels of the distance image represent the distance from the input image's pixel value to the pixel value distribution described by the signature.","additionalParameters":{"parameters":[{"name":"additionProcessParameters","value":[{"type":"SMSDK.GMDX","publishDate":"2020-09-22T15:54:54.000Z","publisher":"System"}]}]},"id":"DistanceFromSignature","version":"2017","jobControlOptions":["async-execute"],"links":[{"href":"http://ogc.intergraph.com/oapi-p/processes/DistanceFromSignature","rel":"self","type":"application/json","title":"process description"}],"isStatic":true},{"title":"Automatic Point Measurement","description":"Automatically generates tie points from a list of RPC 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