Thetype exposes the following members.
Initializes a new instance of theclass with a single-step transformation.
Initializes a new instance of the HorizontalVerticalTransformationStep instances.class from one or more
Gets the input SpatialReference.(Inherited from DatumTransformation.)
Gets true if the dataset needed by the Projection Engine is missing locally.(Inherited from DatumTransformation.)
Returns the name of the datum transformation.(Inherited from DatumTransformation.)
Gets the output SpatialReference.(Inherited from DatumTransformation.)
Gets the list of transformation steps that define this transformation.
Returns the inverse of this datum transformation or null if the transformation is not invertible.(Inherited from DatumTransformation.)
Returns true if the two transformations are equal, false otherwise.(Inherited from DatumTransformation.)
The inverse of this transformation, used to transform in the opposite direction, is returned from the GetInverse method.
A HorizontalVerticalTransformationStep object, or from a number of transformation step objects that are chained together.can be constructed from a single
You can get a list of suitable transformations for a given input and output spatial reference using one of the methods on the TransformationCatalog class.
Some transformations require that certain Projection Engine data files be present on the local file system, and vertical transformation steps are especially likely to use such files, which can be very large in size. The IsMissingProjectionEngineFiles property indicates whether any of the files are missing. The complete list of necessary files for each specific step is available using the ProjectionEngineFilenames property.
A HorizontalVerticalTransformationStep objects. Each HorizontalVerticalTransformation has an input and an output SpatialReference, and this HorizontalVerticalTransformation object can be used to convert coordinates between the horizontal (geographic) and vertical datums of these spatial references using the series of steps it contains. Use the Project(Geometry, SpatialReference, DatumTransformation) method to transform the coordinates of a specific . A horizontal transformation step is not needed when the input and output spatial references have the same underlying geographic coordinate systems. A vertical transformation is not needed if both datums (for ellipsoidal heights) or vertical datums (for gravity-related heights) are the same. To transform coordinates only between different horizontal (geographic) coordinate systems, you can use a GeographicTransformation instead.object is immutable. A HorizontalVerticalTransformation is an ordered list of