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CumulativeNumOfZeroNodes.m
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CumulativeNumOfZeroNodes.m
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function [ cumulativeNumOfZ_Co, cumulativeNumOfZ_CoBar ] = ...
CumulativeNumOfZeroNodes ...
( previousNumOfP_Norm_CoBar, previousNumOfP_Norm_Co, ...
previousNumOfP_Ab0_CoBar, previousNumOfP_Ab0_Co, ...
previousNumOfP_Ab1_CoBar, previousNumOfP_Ab1_Co, ...
previousNumOfN_Norm_CoBar, previousNumOfN_Norm_Co, ...
previousNumOfN_Ab0_CoBar, previousNumOfN_Ab0_Co, ...
previousNumOfN_Ab1_CoBar, previousNumOfN_Ab1_Co, ...
previousNumOfZ_Co, previousNumOfZ_CoBar, ...
carryInProbability, currentBlock, ...
inputDistributionA, inputDistributionB)
% FUNCTION DESCRIPTION:
% calculating the cumulative number of Positive, Negative, and Zero nodes
% from the first to current level
% 1) Variable initialization----------------------------------------------
DA = inputDistributionA;
DB = inputDistributionB;
errorTable = currentBlock.errorTable;
if ( isequal(currentBlock.carryIn, 'No') )
carryInProbability = 0;
end
PCin = carryInProbability;
if (isequal(currentBlock.carryOut, 'No'))
carryOutTruthTable = zeros(1, numel(errorTable));
else
carryOutTruthTable = currentBlock.truthTable{2};
end
% 0) MODIFY THIS SECTION
thisBlockNumOfP_CinBar_CoBar_Norm = 0;
thisBlockNumOfP_CinBar_CoBar_Ab0 = 0;
thisBlockNumOfP_CinBar_CoBar_Ab1 = 0;
thisBlockNumOfP_CinBar_Co_Norm = 0;
thisBlockNumOfP_CinBar_Co_Ab0 = 0;
thisBlockNumOfP_CinBar_Co_Ab1 = 0;
thisBlockNumOfP_Cin_CoBar_Norm = 0;
thisBlockNumOfP_Cin_CoBar_Ab0 = 0;
thisBlockNumOfP_Cin_CoBar_Ab1 = 0;
thisBlockNumOfP_Cin_Co_Norm = 0;
thisBlockNumOfP_Cin_Co_Ab0 = 0;
thisBlockNumOfP_Cin_Co_Ab1 = 0;
%----------------------------------------------------------------------
%----------------------------------------------------------------------
thisBlockNumOfN_CinBar_CoBar_Norm = 0;
thisBlockNumOfN_CinBar_CoBar_Ab0 = 0;
thisBlockNumOfN_CinBar_CoBar_Ab1 = 0;
thisBlockNumOfN_CinBar_Co_Norm = 0;
thisBlockNumOfN_CinBar_Co_Ab0 = 0;
thisBlockNumOfN_CinBar_Co_Ab1 = 0;
thisBlockNumOfN_Cin_CoBar_Norm = 0;
thisBlockNumOfN_Cin_CoBar_Ab0 = 0;
thisBlockNumOfN_Cin_CoBar_Ab1 = 0;
thisBlockNumOfN_Cin_Co_Norm = 0;
thisBlockNumOfN_Cin_Co_Ab0 = 0;
thisBlockNumOfN_Cin_Co_Ab1 = 0;
%----------------------------------------------------------------------
%----------------------------------------------------------------------
thisBlockNumOfZ_CinBar_CoBar = 0;
thisBlockNumOfZ_CinBar_Co = 0;
thisBlockNumOfZ_Cin_CoBar = 0;
thisBlockNumOfZ_Cin_Co = 0;
% 1) END --------------------------------------------------------------
% 2)-------------------------------------------------------------------
% calculating the number of Positive, Negative, and Zero edges at
% the current block
[ thisBlockNumOfP_CinBar_CoBar_Norm, ...
thisBlockNumOfP_CinBar_CoBar_Ab0, ...
thisBlockNumOfP_CinBar_CoBar_Ab1, ...
thisBlockNumOfP_CinBar_Co_Norm, ...
thisBlockNumOfP_CinBar_Co_Ab0, ...
thisBlockNumOfP_CinBar_Co_Ab1, ...
thisBlockNumOfP_Cin_CoBar_Norm, ...
thisBlockNumOfP_Cin_CoBar_Ab0, ...
thisBlockNumOfP_Cin_CoBar_Ab1, ...
thisBlockNumOfP_Cin_Co_Norm, ...
thisBlockNumOfP_Cin_Co_Ab0, ...
thisBlockNumOfP_Cin_Co_Ab1] = CurrentNumOfPositiveNodes ...
( PCin, currentBlock, inputDistributionA, inputDistributionB);
[ thisBlockNumOfN_CinBar_CoBar_Norm, ...
thisBlockNumOfN_CinBar_CoBar_Ab0, ...
thisBlockNumOfN_CinBar_CoBar_Ab1, ...
thisBlockNumOfN_CinBar_Co_Norm, ...
thisBlockNumOfN_CinBar_Co_Ab0, ...
thisBlockNumOfN_CinBar_Co_Ab1, ...
thisBlockNumOfN_Cin_CoBar_Norm, ...
thisBlockNumOfN_Cin_CoBar_Ab0, ...
thisBlockNumOfN_Cin_CoBar_Ab1, ...
thisBlockNumOfN_Cin_Co_Norm, ...
thisBlockNumOfN_Cin_Co_Ab0, ...
thisBlockNumOfN_Cin_Co_Ab1 ] = CurrentNumOfNegativeNodes ...
( PCin, currentBlock, inputDistributionA, inputDistributionB);
[ thisBlockNumOfZ_CinBar_CoBar, ...
thisBlockNumOfZ_CinBar_Co, ...
thisBlockNumOfZ_Cin_CoBar, ...
thisBlockNumOfZ_Cin_Co] = CurrentNumOfZeroNodes ...
( PCin, currentBlock, inputDistributionA, inputDistributionB);
% 2) END --------------------------------------------------------------
% 3)-------------------------------------------------------------------
if (previousNumOfP_Norm_CoBar == 0 && previousNumOfP_Norm_Co == 0 && ...
previousNumOfP_Ab0_CoBar == 0 && previousNumOfP_Ab0_Co == 0 && ...
previousNumOfP_Ab1_CoBar == 0 && previousNumOfP_Ab1_Co == 0 && ...
previousNumOfN_Norm_CoBar == 0 && previousNumOfN_Norm_Co == 0 && ...
previousNumOfN_Ab0_CoBar == 0 && previousNumOfN_Ab0_Co == 0 && ...
previousNumOfN_Ab1_CoBar == 0 && previousNumOfN_Ab1_Co == 0 && ...
previousNumOfZ_Co == 0 && previousNumOfZ_CoBar == 0 )
cumulativeNumOfZ_CoBar = thisBlockNumOfZ_CinBar_CoBar + ...
thisBlockNumOfZ_Cin_CoBar;
cumulativeNumOfZ_Co = thisBlockNumOfZ_CinBar_Co + ...
thisBlockNumOfZ_Cin_Co;
return;
end
% 3) END --------------------------------------------------------------
% 4)-------------------------------------------------------------------
% 1)
cumulativeNumOfZ_CoBar = ...
previousNumOfZ_CoBar * thisBlockNumOfZ_CinBar_CoBar + ...
previousNumOfZ_Co * thisBlockNumOfZ_Cin_CoBar + ...
...
previousNumOfP_Ab0_Co * thisBlockNumOfN_Cin_CoBar_Norm + ...
...
previousNumOfN_Ab0_CoBar * thisBlockNumOfP_CinBar_CoBar_Norm;
% 2)
cumulativeNumOfZ_Co = ...
previousNumOfZ_CoBar * thisBlockNumOfZ_CinBar_Co + ...
previousNumOfZ_Co * thisBlockNumOfZ_Cin_Co + ...
...
previousNumOfP_Ab0_Co * thisBlockNumOfN_Cin_Co_Norm + ...
...
previousNumOfN_Ab0_CoBar * thisBlockNumOfP_CinBar_Co_Norm;
% 4) END --------------------------------------------------------------
%----------------------------------------------------------------------
end