Noisy pixels masking

The detector can be changed due to the environment conditions.

Method description

Two types of noisy pixels are defined: saturated and oscillating.

The saturated pixels

Implementation in Pixet C++ API

The function definition can be found below:

// Finds noisy pixels and it can optionally masked them. Designed for devices in environment WITHOUT radiation background.
// [in] deviceIndex - index of the device (indexing starting from 0)
// [in] limitNoisy - limit to mask noisy pixels. It goes from 1 to 1022, where 1 is the most strongest masking and 1022 is the weakest.
// [in] limitSatur - limit to mask saturated pixels. It goes from 0 to 100, where 0 is the most strongest masking and 100 is the weakest.
// [in] doMaskNoisyPixels - check to mask noisy pixels within the process. Default is false alias do not mask.
// [in] matrixSize - size of the matrix.
// [in/out] noisyPixelsMatrix - mask/positions of noisy pixels.
PXCAPI int pxcFindNoisyPixelsTpx3(unsigned deviceIndex, double limitNoisy = 50, double limitSatur = 50, bool doMaskNoisyPixels = false, 
                                unsigned* noisyPixelsMatrix = nullptr, unsigned matrixSize = 65536);

More detailed explanation of the individual parameters influencing the masking performance can be fount in the list below:

• limitNoisy - asdasd
• limitSatur -

Example of usage: