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ApplyAffineTransform.zcfg
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ApplyAffineTransform.zcfg
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[ApplyAffineTransform]
Title = Affine Transform
Abstract = Given a geometry and parameters describing an affine transform apply the transform to the geometry.
Profile = urn:ogc:wps:1.0.0:buffer
processVersion = 2
storeSupported = true
statusSupported = true
serviceProvider = qgis
serviceType = Python
<MetaData>
title = Demo
</MetaData>
<DataInputs>
[inputGeometry]
Title = Geometry on which the transform is to be applied
Abstract = URI to a vector file that contains the mentionned two bands.
minOccurs = 1
maxOccurs = 1
<ComplexData>
<Default>
mimeType = geojson
</Default>
</ComplexData>
[deltaX]
Title = The shift in X direction
Abstract = The distance by which the geometry is to be shifted in the X direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[deltaY]
Title = The shift in Y direction
Abstract = The distance by which the geometry is to be shifted in the Y direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[deltaZ]
Title = The shift in Z direction
Abstract = The distance by which the geometry is to be shifted in the Z direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
[deltaM]
Title = The shift in M direction
Abstract = The distance by which the geometry is to be shifted in the M direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[scaleX]
Title = The scaling factor in X direction
Abstract = The factor by which the geometry is to be scaled in the X direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[scaleY]
Title = The scaling factor in Y direction
Abstract = The factor by which the geometry is to be scaled in the Y direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[scaleZ]
Title = The scaling factor in Z direction
Abstract = The factor by which the geometry is to be scaled in the Z direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[scaleM]
Title = The scaling factor in M direction
Abstract = The factor by which the geometry is to be scaled in the M direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
[rotationZ]
Title = The angle for for the Z direction
Abstract = The angle by which the geometry is to be rotated in the Z direction.
minOccurs = 0
maxOccurs = 1
<LiteralData>
DataType = float
<Default>
value = 1
</Default>
</LiteralData>
</DataInputs>
<DataOutputs>
[outputGeometry]
Title = The resulting geometry
Abstract = The geometry with the affine transform applied
<ComplexData>
<Default>
mimeType = geojson
extension = .geojson
</Default>
</ComplexData>
</DataOutputs>