function [GMGLFP,GGLFP] = FalsePositive(AGL,GGL,GMGL)
clc, close all;
% Generate the False Positives of GMGL
for i = 1:length(GMGL)
    i
    for j = 1:length(AGL)
        if (GMGL{i,2} == AGL{j,2})&(GMGL{i,3} == AGL{j,3}), 
            x{i,1} = GMGL{i,1};
            x{i,2} = GMGL{i,2};
            x{i,3} = GMGL{i,3};
            break;
        end
    end
end


k = 1;
for i = 1:length(x)
    if isempty(x{i,1}),
        GMGLFP{k,1} = k;
        GMGLFP{k,2} = GMGL{i,2};
        GMGLFP{k,3} = GMGL{i,3};
        GMGLFP{k,4} = GMGL{i,4};
        GMGLFP{k,5} = GMGL{i,5};
        GMGLFP{k,6} = GMGL{i,6};
        GMGLFP{k,7} = GMGL{i,7};
        k = k + 1;
    end
end
%--------------------------------------------------------------------------
% Generate the False Positives of GGL
clear x;
for i = 1:length(GGL)
    i
    for j = 1:length(AGL)
        if (GGL{i,2} == AGL{j,2})&(GGL{i,3} == AGL{j,3}), 
            x{i,1} = GGL{i,1};
            x{i,2} = GGL{i,2};
            x{i,3} = GGL{i,3};
            break;
        end
    end
end

k = 1;
for i = 1:length(x)
    if isempty(x{i,1}),
        GGLFP{k,1} = k;
        GGLFP{k,2} = GGL{i,2};
        GGLFP{k,3} = GGL{i,3};
        GGLFP{k,4} = GGL{i,4};
        GGLFP{k,5} = GGL{i,5};
        GGLFP{k,6} = GGL{i,6};
        GGLFP{k,7} = GGL{i,7};
        GGLFP{k,8} = GGL{i,8};
        k = k + 1;
    end
end
%--------------------------------------------------------------------------