crossTalkCorrection (Interfero class method)
Correct for the crosstalk on 2-color cameras.

crossTalkCorrection
Correct for the crosstalk on 2-color cameras.

Synthax

[objG2, objR2] = crosstalkCorrection(obj1, obj2);
[obj] = crosstalkCorrection(obj1, obj2);
[obj] = crosstalkCorrection(obj0);

Description

obj1 and obj2 are supposed to be the two (vectors of) interferograms originating from the same 2-color camera sensor. Because of the cross-talk, some intensity of one color leaks over the dexels of the other color. To correct for this effect and retrieve the two original color images objG2 and objR2, there exists an algorithm that this method calls. The correction depends on two leakage parameters, which are contained in the MI.CGcam.Camera object. Hence, it is important to properly indicate the color camera when defining the microscope. For instance:

CGcam=CGcamera('Silios_color');

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If only one output obj is specified, then the output consists of a 2-column array of Interfero objects, one column for each color.

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If only one input obj0 is specified, then the PhaseLAB assumes it is a 2-column array of Interfero objects, one column for each color, and it returns also a 2-column array of Interfero objects obj.

% define the microscope
CGcam=CGcamera('Silios_color');
MI=Microscope(100,200,CGcam,'PhaseLIVE');

% import the images
Itf = importItfRef(folder,MI);

% create two corrected color images
Itf2 = Itf.splitColors();  % 2-column Interfero array
Itf2c = crosstalkCorrection(Itf2); % 2-column Interfero array, where the crosstalk is corrected