Convolution functions for buffers.
Inheritance Hierarchy
Namespace: OIV.Inventor.AlgorithmsAssembly: OIV.Inventor.Algorithms (in OIV.Inventor.Algorithms.dll) Version: 9.9.13.0 (9.9.13.0)
Syntaxpublic class SoConvolution : SoNetBase
Public Class SoConvolution
Inherits SoNetBase
public ref class SoConvolution : public SoNetBase
type SoConvolution =
class
inherit SoNetBase
end
The SoConvolution type exposes the following members.
Constructors
Methods
| Name | Description |
---|
 | DoSeparateConvolution1D(SoBufferObject, SoBufferObject, Single, Int32, Int32) | This function performs a 1D convolution on a two dimensional buffer using a 1D kernel. |
 | DoSeparateConvolution1D(SoCpuBufferObject, SoCpuBufferObject, Single, Int32, Int32) | Fast version for CPU buffers. |
 | DoSeparateConvolution2D(SoBufferObject, SoBufferObject, Single, Int32, Int32) | This function performs a 2D convolution on a two dimensional buffer using a 1D kernel. |
 | DoSeparateConvolution2D(SoCpuBufferObject, SoCpuBufferObject, Single, Int32, Int32) | Fast version for CPU buffers. |
 | DoSeparateConvolutionColumn(SoBufferObject, SoBufferObject, Single, Int32, Int32) | This function performs a column convolution on a two dimensional buffe using a 1D kernel. |
 | DoSeparateConvolutionColumn(SoCpuBufferObject, SoCpuBufferObject, Single, Int32, Int32) | Fast version for CPU buffers. |
 | DoSeparateConvolutionRow(SoBufferObject, SoBufferObject, Single, Int32, Int32) | This function performs a row convolution on a two dimensional buffer using a 1D kernel. |
 | DoSeparateConvolutionRow(SoCpuBufferObject, SoCpuBufferObject, Single, Int32, Int32) | Fast version for CPU buffers. |
 | Equals | Determines whether the specified Object is equal to the current Object. (Inherited from Object.) |
 | GetHashCode |
Overrides GetHashCode().
(Inherited from SoNetBase.) |
 | GetType | Gets the Type of the current instance. (Inherited from Object.) |
 | ToString | Returns a string that represents the current object. (Inherited from Object.) |
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RemarksThis module provides functions to perform convolution on 2D buffers.
Examples:
See Also