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NVIDIA 2D Image And Signal Performance Primitives (NPP)
Version 10.2.*.*
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NVIDIA 2D Image And Signal Performance Primitives (NPP)
Version 10.2.*.*
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Primitives for computing the statistical properties of an image. More...
Modules | |
| Sum | |
| Primitives for computing the sum of all the pixel values in an image. |
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| Min | |
| Primitives for computing the minimal pixel value of an image. |
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| MinIndx | |
| Primitives for computing the minimal value and its indices (X and Y coordinates) of an image. |
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| Max | |
| Primitives for computing the maximal pixel value of an image. |
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| MaxIndx | |
| Primitives for computing the maximal value and its indices (X and Y coordinates) of an image. |
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| MinMax | |
| Primitives for computing both the minimal and the maximal values of an image. |
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| MinMaxIndx | |
| Primitives for computing the minimal and the maximal values with their indices (X and Y coordinates) of an image. |
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| Mean | |
| Primitives for computing the arithmetic mean of all the pixel values in an image. |
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| Mean_StdDev | |
| Primitives for computing both the arithmetic mean and the standard deviation of an image. |
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| Image Norms | |
| Primitives for computing the norms of an image, the norms of difference, and the relative errors of two images. |
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| DotProd | |
| Primitives for computing the dot product of two images. |
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| CountInRange. | |
| Primitives for computing the amount of pixels that fall into the specified intensity range. |
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| MaxEvery | |
| Primitives for computing the maximal value of the pixel pair from two images. |
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| MinEvery | |
| Primitives for computing the minimal value of the pixel pair from two images. |
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| Integral | |
| Primitives for computing the integral image of a given image. |
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| SqrIntegral | |
| Primitives for computing both the integral and the squared integral images of a given image. |
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| RectStdDev | |
| Primitives for computing the stansdard deviation of the integral images. |
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| HistogramEven | |
| Primitives for computing the histogram of an image with evenly distributed bins. |
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| HistogramRange | |
| Primitives for computing the histogram of an image within specified ranges. |
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| Image Proximity | |
| Primitives for computing the proximity measure between a source image and a template image. |
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| Image Quality Index | |
| Primitives for computing the image quality index of two images. |
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| MaximumError | |
| Primitives for computing the maximum error between two images. |
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| AverageError | |
| Primitives for computing the average error between two images. |
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| MaximumRelativeError | |
| Primitives for computing the maximum relative error between two images. |
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| AverageRelativeError | |
| Primitives for computing the average relative error between two images. |
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| IQA | |
| Primitives for computing the image quality between two images, such as MSE, PSNR, SSIM, and MS-SSIM. |
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Primitives for computing the statistical properties of an image.
Some statistical primitives also require scratch buffer during the computation. For details, please refer to Scratch Buffer and Host Pointer.
These functions can be found in the nppist library. Linking to only the sub-libraries that you use can significantly save link time, application load time, and CUDA runtime startup time when using dynamic libraries.
Common parameters for nppiGetBufferHostSize functions include:
| oSizeROI | Region-of-Interest (ROI). |
| hpBufferSize | Required buffer size. Important: hpBufferSize is a host pointer. Scratch Buffer and Host Pointer. |
| nppStreamCtx | Application Managed Stream Context. |
