/
A_MultDistPlots.m
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A_MultDistPlots.m
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%-------------Multiple Distributions Plotter ----------------
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Produced by Joseph Wheaton %
% %
% Last Updated: 27 August, 2007 %
% %
% %
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% DESCRIPTION:
%
% Determine whether to load files individually or by batch file
A_io_BatchAnalysisReader;
AutoMode = 1;
numSims = length(Simulations); % PW2
% numSims = 4; % PW3
figure;
% set(gcf,'position',[10 10 1200 900]); % sets positing [left bottom width height] (note screen resolution is 1024 x 768)
% set(gcf,'units','centimeters');
% set(gcf,'position',[1 1 24 24]); % sets positing [left bottom width height]
% fPos = get(gcf,'position');
for k=1:numSims;
indexA = k;
A_io_LoadDist; % Load up DoD Dist
% ON FIRST PASS THROUGH SET UP X-AXIS BNDYS AND INCREMENT
if(k == 1)
%------Set the bin dimensions and increment for analysis-------------
bin_nc = length(bin_CurrentHigh);
bin_LowerLimits = bin_CurrentLow(1); % Specify the lower analysis limit
bin_UpperLimits = bin_CurrentHigh(bin_nc); % Specify the upper analysis limit
bin_increment = bin_CurrentHigh(2) - bin_CurrentHigh(1); % Specify the bin size increment
%------Produce Histogram labels -------------------------
% Define Axis Labels
binbndycv= zeros((bin_nc+1),1);
midbincv= zeros(bin_nc,1);
% initialise
midbincv(1,1) = bin_LowerLimits + (bin_increment/2);
binbndycv(1,1) = bin_LowerLimits;
binbndycv(bin_nc+1,1) = bin_UpperLimits;
for m=2:bin_nc % Begin bin label loop (rows)
binbndycv(m,1)=binbndycv((m-1),1) + bin_increment;
midbincv(m,1)=midbincv((m-1),1) + bin_increment;
end
end
simNames_A(indexA) = cellstr(simName);
simTypes_A(indexA) = cellstr(simType);
%%%--------WORK UP PLOT -----------------------
% set(gcf,'position',[50 100 700 500]);
switch pathWay;
case 1
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p1_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p1_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p1_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = (k*2)-1;
type = 1;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p1_AreaSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
plotnum = k*2;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p1_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
case 2
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p1_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p1_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p1_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = (k*2)-1;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p1_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
%Sort again
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p2_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p2_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p2_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = k*2;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p2_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
case 3
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p1_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p1_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p1_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = (k*2)-1;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p1_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
%Sort again
lblVolCut = strcat('Erosion: -', num2str((abs(p3_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p3_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p3_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = k*2;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p3_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
case 4
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p3_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p3_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p3_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = (k*2)-1;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p3_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
%Sort again
lblVolCut = strcat('Erosion: -', num2str((abs(p4_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p4_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p4_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = k*2;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p4_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
case 5
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p4_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p4_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p4_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p4_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p4_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
% if(rem(k,2) == 0)
% plotnum = k*2;
% else
plotnum = k;
% end
type = 2;
subplot(numSims/2,2,plotnum);
HistSubPlot(midbincv,p4_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
case 6
%Sort out labels
lblAreaCut = strcat('Erosion: ', num2str((abs(p1_AreaCut)),'%-10.0f'),' m^{2}');
lblAreaFill= strcat('Deposition: ', num2str(p1_AreaFill,'%-10.0f'),' m^{2}');
lblVolCut = strcat('Erosion: -', num2str((abs(p1_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p1_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p1_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = (k*2)-1;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p1_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
%Sort again
lblVolCut = strcat('Erosion: -', num2str((abs(p6_VolCut)),'%-10.0f'),' m^{3}');
lblVolFill = strcat('Deposition: +', num2str(p6_VolFill,'%-10.0f'),' m^{3}');
lblVolNet = strcat('Net:',' ', num2str(p6_NetVol,'%-10.0f'),' m^{3}');
lblTitle = RunName;
plotnum = k*2;
type = 2;
subplot(numSims,2,plotnum);
HistSubPlot(midbincv,p6_VolumeSum,type,plotnum, ...
bin_LowerLimits, bin_UpperLimits,...
lblAreaCut,lblAreaFill,...
lblVolCut,lblVolFill,lblVolNet,lblTitle);
end
end % ENDS FOR LOOP REPEATING PLOT CREATION
% set(gcf,'Units','inches','PaperUnits','inches')
% figpos = get(gcf,'Position');
% psize = get(gcf,'PaperSize');
% newpp = [0 0 0 0]; % sets positing [left bottom width height] (note screen resolution is 1024 x 768)
% newpp(3) = psize(1)-0.5; % width (subtract half inch off sides of page)
% newpp(4) = newpp(3)*figpos(4)/figpos(3); % height (calculate the height in terms of page width, as to maintain correct aspect ratio)
% newpp(2) = (psize(2)-newpp(4))/2; % bottom (center on page vertically)
% newpp(1) = .25; % left (border width (1/4")
% set(gcf,'PaperPosition',newpp);
%
% print -dtiff -r600 DoDDist;