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Changes the type of pixel components.
Namespace: | FilNet |
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Assembly: | FIL.NET.dll |
Syntax
public static void ConvertPixelType ( FilNet.Image inImage, FilNet.PlainType inNewType, int inDepthDelta, FilNet.Image outImage )
Parameters
Name | Type | Range | Default | Description | |
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![]() | inImage | FilNet.Image | Input image. | ||
![]() | inNewType | FilNet.PlainType | UInt8 | Type of the output image. Default value: UInt8. | |
![]() | inDepthDelta | int | <-30, 30> | 0 | Pixel values will be multiplied by 2^inDepthDelta. For example, use -4 to convert 12-bit to 8-bit images. Default value: 0. |
![]() | outImage | FilNet.Image | Output image. |
Description
The operation alters the pixel component format of the inImage. Available formats are listed in the documentation of the Image data type.
If the value of pixel component doesn't fit in the range of the new type, it is clipped to the nearest proper value, which can lead to the significant loss of information, as demonstrated in the example.
Examples
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ConvertPixelType run on example image of UInt8 type with inNewType being Int8. Note that bright pixels suffered from clipping, while dark ones remained unaltered.
Hardware Acceleration
This operation supports automatic parallelization for multicore and multiprocessor systems.
This operation is optimized for SSE2 technology for pixels of types: UINT16 (when converting to UINT8 with negative delta).
This operation is optimized for AVX2 technology for pixels of types: UINT16 (when converting to UINT8 with negative delta).
This operation is optimized for NEON technology for pixels of types: UINT16 (when converting to UINT8 with negative delta).
Hardware acceleration settings may be manipulated with Settings class.
Errors
List of possible exceptions:
Error type | Description |
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DomainError | Region exceeds an input image in ConvertPixelType. |