📄 wccvalues.m
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function [WccValues]=WccValues(X,Map,MLKP);
[Nvar,Nunit]=size(Map);
% weighted autocorrelation of X
XX=X*X';
for i=1:MLKP.WccTriangleWidth-1
XX=XX+2*X(1:Nvar-i)*X(i+1:end)'*MLKP.WccWeights(i+1);
end
% autocorrelation of Map and crosscorrelation of X and Map for shift 0
YY=sum(Map.*Map);
XY=X*Map;
% autocorrelation of Map and crosscorrelation of X and Map for all other shifts
for i=1:MLKP.WccTriangleWidth-1
Z=MLKP.WccWeights(i+1);
YY=YY+sum(2*Map(1:Nvar-i,:).*Map(i+1:end,:)*Z);
XY=XY+X(1:Nvar-i)*Map(1+i:Nvar,:)*Z;
XY=XY+X(i+1:Nvar)*Map(1:Nvar-i,:)*Z;
end
% calculate weighted crosscorrelation values
for iunit=1:Nunit
WccValues(iunit)=XY(iunit)/sqrt(XX*YY(iunit));
end
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