numberMatrixCells = 120*120;
% % % resultsSaturation1to2 = zeros(numberMatrixCells,5);
% % % resultsPressure1to2 = zeros(numberMatrixCells,5);
% % % 
% % % load('resultsEDFM.mat')
% % % theMaxNumber = size(OutputRs,1);
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 2);saveas(gcf, 'EDFM_saturation.fig');
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 1);saveas(gcf, 'EDFM_pressure.fig');
% % % resultsSaturation1to2(:,1) = OutputRs{theMaxNumber,1}.sw(1:numberMatrixCells,1);
% % % resultsPressure1to2(:,1) = OutputRs{theMaxNumber,1}.p(1:numberMatrixCells,1);
% % % 
% % % load('resultsPEDFM_method1.mat')
% % % theMaxNumber = size(OutputRs,1);
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 2);saveas(gcf, 'pEDFM_method1_saturation.fig');
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 1);saveas(gcf, 'pEDFM_method1_pressure.fig');
% % % resultsSaturation1to2(:,2) = OutputRs{theMaxNumber,1}.sw(1:numberMatrixCells,1);
% % % resultsPressure1to2(:,2) = OutputRs{theMaxNumber,1}.p(1:numberMatrixCells,1);
% % % 
% % % load('resultsPEDFM_method2.mat')
% % % theMaxNumber = size(OutputRs,1);
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 2);saveas(gcf, 'pEDFM_method2_saturation.fig');
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 1);saveas(gcf, 'pEDFM_method2_pressure.fig');
% % % resultsSaturation1to2(:,3) = OutputRs{theMaxNumber,1}.sw(1:numberMatrixCells,1);
% % % resultsPressure1to2(:,3) = OutputRs{theMaxNumber,1}.p(1:numberMatrixCells,1);
% % % 
% % % load('resultsNewPEDFM.mat')
% % % theMaxNumber = size(OutputRs,1);
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 2);saveas(gcf, 'NewPEDFM_saturation.fig');
% % % plotDis_3D_to_2D(theMaxNumber, r, OutputRs, 1);saveas(gcf, 'NewPEDFM_pressure.fig');
% % % resultsSaturation1to2(:,4) = OutputRs{theMaxNumber,1}.sw(1:numberMatrixCells,1);
% % % resultsPressure1to2(:,4) = OutputRs{theMaxNumber,1}.p(1:numberMatrixCells,1);

load('resultsReference.mat')
theMaxNumber = size(OutputRs,1);
plotDis_3D_to_2D_1to2(theMaxNumber, r, OutputRs, 2);saveas(gcf, 'reference_saturation.fig');
plotDis_3D_to_2D_1to2(theMaxNumber, r, OutputRs, 1);saveas(gcf, 'reference_pressure.fig');
% % % resultsSaturation1to2(:,5) = OutputRs{theMaxNumber,1}.sw(1:numberMatrixCells,1);
% % % resultsPressure1to2(:,5) = OutputRs{theMaxNumber,1}.p(1:numberMatrixCells,1);

% save resultsSaturation1to2 resultsSaturation1to2;
% save resultsPressure1to2 resultsPressure1to2