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dimitri |
1.1 |
Ocean Inversion Project |
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======================= |
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Instructions for using pkg/ptracers to compute tracer |
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Green's functions for Gruber's ocean inversion project |
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dimitri |
1.3 |
(see quercus.igpp.ucla.edu/OceanInversion/ for details). |
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Preprocessed OceanInversion input files are available |
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under directories region_mask, takahashi, and |
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atm_co2 in this package. All netcdf input files |
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have been converted to binary format in order to avoid |
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having to link netcdf library with MITgcm code. See |
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respective README files in each directory for details. |
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1.1 |
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1.2 |
=============================================== |
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First check that pkg/ptracers works OK by using |
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salinity initial and boundary conditions |
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=============================================== |
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1 ===> get MITgcm code from cvs repository |
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CVSROOT=:pserver:cvsanon@mitgcm.org:/u/u0/gcmpack |
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cvs login ( CVS password: cvsanon ) |
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cvs co MITgcm |
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2 ===> put MITgcm_contrib/ocean_inversion_project in MITgcm directory |
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cd MITgcm |
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cvs co -d ocean_inversion_project MITgcm_contrib/ocean_inversion_project |
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1.3 |
3 ===> compile and link |
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1.2 |
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cd bin |
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cp ../verification/global_with_exf/code/* . |
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cp ../ocean_inversion_project/code/.genmakerc . |
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cp ../ocean_inversion_project/code/* . |
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dimitri |
1.3 |
cp ptracers_forcing.F.test ptracers_forcing.F |
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rm ptracers_init.F ptracers_forcing.F |
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dimitri |
1.2 |
../tools/genmake |
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make depend |
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make |
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4 ===> execute |
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cd ../exe |
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dimitri |
1.3 |
cp ../verification/global_with_exf/input/eedata . |
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cp ../verification/global_with_exf/input/data.* . |
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cp ../verification/global_with_exf/input/POLY3.COEFFS . |
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ln -sf ../verification/global_with_exf/input/*.bin . |
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dimitri |
1.2 |
cp ../ocean_inversion_project/input/* . |
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dimitri |
1.3 |
cp data.test data |
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cp data.ptracers.test data.ptracers |
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dimitri |
1.2 |
mitgcmuv > output .txt |
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5 ===> check that PTRACER output for tracer 1 and tracer 30 |
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===> is identical to salinity output |
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diff PTRACER01.0000000020.001.001.data S.0000000020.001.001.data |
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diff PTRACER30.0000000020.001.001.data S.0000000020.001.001.data |
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dimitri |
1.3 |
========================================================== |
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Instructions for carrying out a 3000-year quasi-stationary |
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integration using the global_ocean.90x40x15 configuration. |
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========================================================== |
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1 ===> compile, link, and execute |
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cd MITgcm/exe |
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rm * |
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cd ../bin |
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rm * |
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dimitri |
1.1 |
cp ../verification/global_with_exf/code/* . |
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dimitri |
1.3 |
cp ../ocean_inversion_project/code/.genmakerc . |
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cp ../ocean_inversion_project/code/* . |
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dimitri |
1.1 |
../tools/genmake |
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make depend |
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make |
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cd ../exe |
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dimitri |
1.3 |
cp ../verification/global_with_exf/input/eedata . |
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cp ../verification/global_with_exf/input/data.* . |
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cp ../verification/global_with_exf/input/POLY3.COEFFS . |
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ln -sf ../verification/global_with_exf/input/*.bin . |
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cp ../ocean_inversion_project/input/* . |
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ln -sf ../ocean_inversion_project/region_mask/30reg_regionmask.bin . |
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ln -sf ../ocean_inversion_project/takahashi/taka02_montlhy.bin . |
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mitgcmuv > output .txt & |
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1.1 |
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dimitri |
1.3 |
====================================================== |
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dimitri |
1.1 |
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dimitri |
1.3 |
% some matlab code for looking at fort.10 debug files |
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load fort.10 |
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tak=zeros(90,40,12); |
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for n=1:length(fort) |
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m=fort(n,1); i=fort(n,2); j=fort(n,3); |
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if i>0&i<91&j>0&j<41, tak(i,j,m)=fort(n,4); end |
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end |
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lon=2:4:360; lat=-78:4:78; |
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clf, contourf(lon,lat,mean(tak(:,:,1),3)',-10:10) |
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caxis([-6 6]), colorbar, plotland |
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% some matlab code for looking at PTRACER output files |
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tracer=zeros(90,40,15,30); |
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for i=1:30 |
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fn=['PTRACER' myint2str(i) '.0000000020.001.001.data']; |
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tracer(:,:,:,i)=readbin(fn,[90 40 15],1); |
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clf, mypcolor(tracer(:,:,1,i)'); pause(1) |
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end |
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tmp=sum(tracer,4); clf, mypcolor(tmp(:,:,1)') |
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% some matlab code for checking that one year's worth of |
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% tracer uptake is approximately 1e18 mols. |
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lon=2:4:360; lat=-78:4:78; |
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thk=[50 70 100 140 190 240 290 340 390 440 490 540 590 640 690]; |
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tracer=zeros(90,40,15,30); sumtracer1=zeros(30,1); |
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for i=1:30, mydisp(i) |
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fn=['PTRACER' myint2str(i) '.0000000180.001.001.data']; |
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tracer(:,:,:,i)=readbin(fn,[90 40 15],1); |
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for x=1:length(lon) |
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for y=1:length(lat) |
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for z=1:length(thk) |
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sumtracer1(i) = sumtracer1(i) + tracer(x,y,z,i) * ... |
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thk(z) * (4*1.113195e+05)^2 * cos(pi*lat(y)/180); |
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end |
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end |
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dimitri |
1.1 |
end |
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dimitri |
1.3 |
end |
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dimitri |
1.1 |
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dimitri |
1.3 |
% some matlab code for checking that one year's worth of |
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% tracer uptake is approximately 1e18 mols. |
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lon=2:4:360; lat=-78:4:78; |
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thk=[50 70 100 140 190 240 290 340 390 440 490 540 590 640 690]; |
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tracer=zeros(90,40,15,30); sumtracer=zeros(30,1); |
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for i=1:30, mydisp(i) |
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fn=['PTRACER' myint2str(i) '.0000000180.001.001.data']; |
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tracer(:,:,:,i)=readbin(fn,[90 40 15],1); |
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for j=1:length(lat) |
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for k=1:length(thk) |
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sumtracer(i) = sumtracer(i) + sum(tracer(:,j,k,i)) * ... |
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thk(k) * (4*1.113195e+05)^2 * cos(pi*lat(j)/180); |
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end |
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dimitri |
1.1 |
end |
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dimitri |
1.3 |
end |
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