Start » Filter Reference » Image » Image Enhancement » InpaintImage_Telea
Module: | FoundationPro |
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Fills in a region of an image with pixel values interpolated from the borders of the area; uses fast marching method.
Applications
Name | Type | Range | Description | |
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inImage | Image | Input image | ||
inRegionToInpaint | Region | |||
inRange | Integer | 1 - + | Defines how far a pixel can be from one currently being inpainted to be considered in calculations | |
outImage | Image | Output image |
Description
This filter inpaint a region of an image using the fast marching method. It is a simper version of InpaintImage_Bornemann in that it only uses the shape of the inpainting region and doesn't use structural information of the image.
Each inpainted pixel is filled with a color calculated as a weighted average of all already known (i.e. those outside of the inpainting range or those that were already) pixels withing a range specified by the parameter inRange. Using a higher range will result in smoother edges withing the inpainted region.
Examples
Errors
This filter can throw an exception to report error. Read how to deal with errors in Error Handling.
List of possible exceptions:
Error type | Description |
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DomainError | Expainting region (inRegionToExpaint) exceeds the image in InpaintImage_Telea. |
DomainError | No pixels available at the edge of inRegionToInpaint in InpaintImage_Telea. |
Complexity Level
This filter is available on Advanced Complexity Level.
Filter Group
This filter is member of InpaintImage filter group.
See Also
- InpaintImage – Fills in a region of an image with pixel values interpolated from the borders of the area.
- InpaintImage_Bornemann – Fills in a region of an image with pixel values interpolated from the borders of the area; uses fast marching method and coherence analysis.
- ExpaintImage_Telea – Speculatively sets pixel values outside of a region using the fast marching method.
- ExpaintImage_Bornemann – Speculatively sets pixel values outside of a region using the fast marching method and coherence analysis.