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IPSDK
4_1_0_2
IPSDK : Image Processing Software Development Kit
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IPSDK
4_1_0_2
IPSDK : Image Processing Software Development Kit
|
modules containing intensity transformations on images, pixel by pixel More...
Modules | |
| Adaptive Contrast Enhancement 2d | |
| Localy adjust the contrast of an image. | |
| Adaptive Contrast Enhancement 3d | |
| Localy adjust the contrast of an image. | |
| Backward Discrete Fourier Transform 2d | |
| Backward Discrete Fourier Transform for an input 2d image. | |
| Backward Discrete Fourier Transform 3d | |
| Backward Discrete Fourier Transform for an input 3d image. | |
| Image color mapping 2d | |
| application of a color map on each 2D plan of an input grey-levels image | |
| Image color mapping 3d | |
| application of a color map on each 3D volume of an input grey-levels image | |
| Index Compacting | |
| Re-indexes the labels (or class indices) in order to use a minimum range of values. | |
| Equalization LUT computation | |
| computes look up table used to equalize an histogram | |
| Image Equalization 2d | |
| computes an output image associated to histogram equalization of each 2d plan of an input image | |
| Image Equalization 3d | |
| computes an output image associated to histogram equalization of an input image | |
| Forward Discrete Fourier Transform 2d | |
| Forward Discrete Fourier Transform for an input 2d image. | |
| Forward Discrete Fourier Transform 3d | |
| Forward Discrete Fourier Transform for an input 3d image. | |
| Greyscale inversion of 2d image | |
| algorithm allowing to invert 2d image intensity | |
| Greyscale inversion of 3d image | |
| algorithm allowing to invert 3d image intensity | |
| LUT Transformation 2d | |
| application of a look-up table for each 2d plan of an input image algorithm | |
| LUT Transformation 3d | |
| application of a look-up table on each 3d volume of an input image algorithm | |
| Histograms Matching | |
| compute the LUT that matches 2 histograms | |
| Image Histograms Matching 2d | |
| adjust image dynamic range from a reference using histograms matching | |
| Image Histograms Matching 3d | |
| adjust image dynamic range from a reference using histograms matching | |
| Statistical Match | |
| adjust image dynamic range from a reference using statistics matching | |
| Linear normalization | |
normalizes the intensity of an image from an optional given input range ![$InOptInputRange = [inMin, inMax]$](form_886.png) to a given output range ![$InOutputRange = [outMin, outMax]$](form_887.png) | |
| Shading correction (white image represented as a paraboloid) | |
| corrects an input image for shading, using an analytic paraboloid model for the white image | |
| Shading correction | |
| corrects an input image for shading | |
| Normalization with a sigmoid | |
| normalizes the intensity of an image with a sigmoid | |
| Smart shading correction (white image represented as a paraboloid) | |
| corrects an input image for shading, using an analytic paraboloid model for the white image, and normalize output image so that it fits an expected dynamic range | |
| Smart shading correction | |
| corrects an input image for shading, and normalize output image so that it fits an expected dynamic range | |
| Image Standardization | |
| Computes the z-score for each color plan and each frame. | |
modules containing intensity transformations on images, pixel by pixel
This group aggregates all intensity transformations on images, pixel by pixel
1.8.14