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GW003_quick_plot_ACN_2D_movie_SME2016.m
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GW003_quick_plot_ACN_2D_movie_SME2016.m
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% quickplot
clear all, close all, fclose all;
% **************** CUSTOMIZE TO YOUR COMPUTER!! ***************************
% (you can ignore "isunix" part, that's for my computers)
% - sim_dir: Directory with input files and simulation results
if isunix
slashstr = '/';
else
slashstr = '\';
end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/SecondCreek/test2/112915g'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160310a_DO'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160310b_intenseSO4red'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160331a'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160331f'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160331i'; % no slash at end
% sim_dir = '/home/gcng/workspace/ModelRuns_scratch/PHT3D_projects/Minntac/test1/160401a'; % no slash at end
sim_dir = 'C:\Hydro_Modeling\GW003_pht3d_dir'; % no slash at end
ibound_fil = 'C:\Hydro_Modeling\MINNTAC_MATLAB_FILES\GW003_MODFLOW_dir\ibound.dat';
mytoolboxdir = '/home/gcng/workspace/matlab_files/my_toolbox/';
% ************* (end to CUSTOMIZE TO YOUR COMPUTER!!) *********************
addpath(genpath(mytoolboxdir));
fl_print = 1; % 1: print final figure to .tiff
fl_mov = 1;
fl_recmov = 1;
fps = 5; % frames per sec (typically 5 is good)
fl_cbar = 1; % include colorbar
fs = 12; % fontsize
domain_len = 224; % meters
domain_bot_elev = -27.2; % meters
domain_top_elev = 0; % top of domain must be at least this elev (include extra space for WT mov't)
% -- what to plot (check pht3d.m in simdir for your options)
n_pcomp_max = 20;
plot_comp = cell(n_pcomp_max,1);
plot_ti = cell(n_pcomp_max,1);
xlimv = nan(n_pcomp_max, 2);
sw_clrmp_all = zeros(n_pcomp_max, 1); % colormap code
fl_diff_t1 = zeros(n_pcomp_max,1);
convert_unit = ones(n_pcomp_max,1);
unit_ti = repmat({'M'},n_pcomp_max,1);
ii = 0;
ii = ii + 1; plot_comp{ii} = 'Cl'; %xlimv(ii,:) = [0 5];
plot_ti{ii} = 'Chloride'; sw_clrmp_all(ii) = 1;
convert_unit(ii) = 1000*35.453; unit_ti{ii} = 'mg/L';
ii = ii + 1; plot_comp{ii} = 'S(6)'; %xlimv(ii,:) = [0 5];
plot_ti{ii} = 'Sulfate'; sw_clrmp_all(ii) = 3;
convert_unit(ii) = 1000*96.06; unit_ti{ii} = 'mg/L';
% ii = ii + 1; plot_comp{ii} = 'S(-2)'; %xlimv(ii,:) = [0 1.5e-4];
% convert_unit(ii) = 1000*32.065; unit_ti{ii} = 'mg/L';
% ii = ii + 1; plot_comp{ii} = 'pH'; %xlimv(ii,:) = [-14 14];
ii = ii + 1; plot_comp{ii} = 'FeS(ppt)'; %xlimv(ii,:) = [0 .055];
plot_ti{ii} = 'FeS precipitate'; sw_clrmp_all(ii) = 10;
convert_unit(ii) = 1000*(55.845+32.065); unit_ti{ii} = 'mg/Lv';
fl_diff_t1(ii) = 1;
% ii = ii + 1; plot_comp{ii} = 'Siderite'; %xlimv(ii,:) = [0 .055];
% fl_diff_t1(ii) = 1;
% ii = ii + 1; plot_comp{ii} = 'Fe(2)'; %xlimv(ii,:) = [0 1];
% % ii = ii + 1; plot_comp{ii} = 'pe'; xlimv(ii,:) = [-14 14];
% % ii = ii + 1; plot_comp{ii} = 'Mn(2)'; xlimv(ii,:) = [-14 14];
% ii = ii + 1; plot_comp{ii} = 'C(4)'; %xlimv(ii,:) = [-14 14];
% ii = ii + 1; plot_comp{ii} = 'C(-4)'; xlimv(ii,:) = [0 0.001];
% ii = ii + 1; plot_comp{ii} = 'O(0)'; fl_diff_t1(ii) = 1;
% ii = ii + 1; plot_comp{ii} = 'Orgcsed'; %fl_diff_t1(ii) = 1;
% ii = ii + 1; plot_comp{ii} = 'Orgcsource'; %fl_diff_t1(ii) = 1;
n_pcomp = ii; plot_comp = plot_comp(1:n_pcomp);
%% ------------------------------------------------------------------------
% load data:
run(fullfile(sim_dir, 'pht3d.m'));
% load time info
times_d = load([sim_dir, slashstr, 'PHT3D_OUTPUT_TIMES.ACN']);
% get domain discr info
fil = fullfile([sim_dir, slashstr, 'pht3d.out']);
fid = fopen(fil, 'r');
while(1)
a = fgets(fid);
if strncmp(a, ' THE TRANSPORT MODEL CONSISTS OF', 32)
break
end
end
d = textscan(a, '%s%s%s%s%s%d%s%d%s%d%s');
nlay = d{6}; nrow = d{8}; ncol = d{10};
while(1)
a = fgets(fid);
if strncmp(a, ' WIDTH ALONG ROWS (DELR)', 62)
break
end
end
d = textscan(a, '%s%s%s%s%s%f');
DELR = d{6}; % delta along rows [m]
d = textscan(fid, '%s%s%s%s%s%f',1);
DELC = d{6}; % delta along cols [m]
d = textscan(fid, '%s%s%s%s%s%s%f',1);
TOP = d{7}; % top elevation [m]
d = textscan(fid, '%s%s%s%s%f%s%s%s', nlay);
dz_v = d{5}; % vector of layer widths [m]
BOTM = TOP-cumsum(dz_v);
fclose(fid);
z = ([TOP; BOTM(1:end-1)]+BOTM)/2;
% convert to variable name in pht3d.m (check it's there)
plot_comp0 = plot_comp;
for ii = 1: n_pcomp
plot_comp0{ii}((plot_comp0{ii} == '(')) = '_';
plot_comp0{ii}(plot_comp0{ii} == '-') = '_';
plot_comp0{ii}((plot_comp0{ii} == ')')) = ' ';
plot_comp0{ii} = plot_comp0{ii}(~isspace(plot_comp0{ii}));
if ~exist(plot_comp0{ii}, 'var')
fprintf('Error! %s does not exist! Exiting...\n', plot_comp{ii})
return
end
end
if nrow ~= 1,
fprintf('Script reads in data for any domain, but only meant for plotting 2D x-sections!! Exiting... \n');
return
end
% - domain mask and coordinates
% mask = zeros(nlay,ncol);
fid = fopen(ibound_fil);
mask = textscan(fid,'%d',nlay*ncol);
mask = reshape(mask{1}, ncol, nlay)';
xcoord = [DELC: DELC: DELC*double(ncol)];
ycoord_neg = -BOTM;
% return
% plot
fig_i = 1; nfigs = 1;
figure(fig_i)
pagesize = [9 6.5]; % inch, WxH
if fl_mov && fl_recmov
% separate movie for each figure
mov = cell(nfigs,1);
for ff = 1: nfigs
movfil = ['mov', num2str(ff), '.avi'];
mov{ff} = VideoWriter(movfil);
mov{ff}.FrameRate = fps; % fps
open(mov{ff});
end
end
prow = 3; pcol = 1;
ind = find(sim_dir == '/', 1, 'last');
simname = sim_dir(ind+1:end);
ntimes = length(times_d);
for ts = 1: ntimes
for ii = 1:n_pcomp
f_i = ceil(ii/(prow*pcol));
if f_i > nfigs
fprintf('Error! Exceeding nfigs! Exiting...\n');
return
end
p_i = mod(ii-1,(prow*pcol))+1;
figure(f_i), %orient landscape
% - set window size for movie
if fl_mov && p_i == 1,
set(fig_i, 'PaperUnits', 'inches', ...
'PaperSize', pagesize);
set(fig_i, 'Units', 'inches', 'Position', [0 0 pagesize]);
set(gcf, 'Color', [1 1 1]);
else
set(fig_i, 'PaperUnits', 'inches', ...
'PaperSize', pagesize);
end
% - set colorbar
N_cm0 = 32; % default is 64 bins for colorbar
switch sw_clrmp_all(ii)
case 1
% red with mid yellow
% cmcurr0 = cool(N_cm0); %cmcurr0 = cmcurr0(end:-1:1,:); % first range is white
cmcurr0 = hot(N_cm0); cmcurr0 = cmcurr0(end:-1:1,:); % first range is white
case 2
% white to red (thru pink):
cmcurr0 = nan(N_cm0,3);
del = 1/(N_cm0-1);
cmcurr0(:,1) = 1; cmcurr0(:,2:3) = repmat([0:del:1]', 1, 2);
cmcurr0 = cmcurr0(end:-1:1,:);
case 3
% greenscale (some yellow)
cmcurr0 = hot(N_cm0); cmcurr0 = cmcurr0(end:-1:1,:); % first range is white
cmcurr0 = cmcurr0(:,[2 1 3]);
case 4
% bluescale
cmcurr0 = hot(N_cm0); cmcurr0 = cmcurr0(end:-1:1,:); % first range is white
cmcurr0 = cmcurr0(:,[3 2 1]);
case 5
% bluegreen
cmcurr0 = winter(N_cm0-1); cmcurr0 = [1 1 1; cmcurr0(end:-1:1,:)]; % first range is white
case 6
% copper
cmcurr0 = copper(N_cm0-1); cmcurr0 = [1 1 1; cmcurr0(end:-1:1,:)]; % first range is white
case 7
% grayscale
cmcurr0 = gray(N_cm0);
% cmcurr0 = 0.8*cmcurr0(end:-1:1,:);
cmcurr0 = 1*cmcurr0(end:-1:1,:);
cmcurr0(1,:) = [1 1 1]; % first range is white
case 8
% white to green
cmcurr0 = nan(n_range,3);
del = 1/(N_cm0-1);
cmcurr0(:,2) = 1; cmcurr0(:,[1,3]) = repmat([0:del:1]', 1, 2);
cmcurr0 = cmcurr0(end:-1:1,:);
case 0
% bluegreen
cmcurr0 = summer(N_cm0-1); cmcurr0 = [1 1 1; cmcurr0(end:-1:1,:)]; % first range is white
case 10
% jet
cmcurr0 = flipud(copper(N_cm0));
end
x = eval(plot_comp0{ii});
x = reshape(x, ncol, nlay, ntimes); % ** May need to change order of nlay and ncol!!!
% ti = [simname, ': ', plot_comp{ii}];
ti = [plot_ti{ii}];
x = x * convert_unit(ii);
ti = [ti, ' ', unit_ti{ii}];
if fl_diff_t1(ii)
x = x - repmat(x(:,:,1),[1,1,ntimes]);
fprintf('Note: %s is difference from t1\n', plot_ti{ii});
% ti = [ti, ', diff from t1'];
end
if isnan(xlimv(ii,1))
minval = min(x(:));
% minval = 0;
xtemp = x(x<1e10); maxval = max(xtemp(:));
if strcmp(plot_comp{ii}, 'pH'),
xtemp = x(x>0);
minval = min(xtemp(:));
end
cax = ([minval, maxval]);
else
cax = (xlimv(ii,:));
end
minval0 = cax(1) - (cax(2)-cax(1))/N_cm0;
cax(1) = minval0;
cmcurr = [1 1 1; cmcurr0];
% - get data to plot
xt = x(:,:,ts)'; % data at timestep ts, nlayxncol
% apply mask
xt(mask==0) = cax(1);
sp = subplot(prow,pcol,p_i);
xt(xt>1e10) = nan;
imagesc(xcoord, ycoord_neg, xt); %colorbar
hold on
% if times_d(ts) < 365
% time_str = [num2str(times_d(ts)), ' days'];
% else
yr_str = sprintf('%5.1f', times_d(ts)/365);
time_str = strtrim([yr_str, ' yrs']);
% end
title([ti, ', ', time_str]);
colormap(sp, cmcurr);
ylabel('depth [m]');
if p_i == 3
xlabel('x [m]');
else
xlabel('');
end
if fl_cbar
ch = colorbar(sp);
end
%caxis(cax);
caxis([0 300]);
end
drawnow
if fl_mov
if fl_recmov
pause(.1) % wait n sec
MM = getframe(gcf);
writeVideo(mov{fig_i},MM);
else
pause % wait for press button
end
end
end
if fl_mov && fl_recmov,
for ff = 1: nfigs
close(mov{ff});
end
end
if fl_print
for ff = 1:f_i
subplot(prow,pcol,2), xlabel('x [m]');
title('');
subplot(prow,pcol,1), xlabel('x [m]');
title('');
fstr = num2str(ff);
print('-dtiff', ['-f', fstr], ['fig', fstr, '.tiff']);
end
end