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roquet |
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function [grid,atlas]=model_load(model,varargin); |
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% [grid,atlas]=model_load(model,[reload]); |
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% |
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% model is a string used to select the model to be loaded |
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% 'OCCA' : ECCOv4 grid + OCCA atlas |
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% 'SOSE59' : SOSE59 grid + atlas |
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% |
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% if reload=0 (default), variables are loaded from .mat files |
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% if reload=1 , variables are loaded from original files, and saved in |
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% the matlab form. |
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% |
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% - grid ("model"_grid.mat) |
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% mygrid : structure containing XC, YC, RAC and RC |
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% mytri : information used for delaunay triangulation |
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% MYBASININDEX : basin index |
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% |
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% - state/variance reference climatologies ("model"_atlas.mat) |
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% atlas : T/S atlas in a structure format |
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% atlas.T, atlas.S are cells of 4-dim arrays with monthly values |
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% gcmfaces toolbox must be working |
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% process arguments |
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reload=0; |
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if nargin>1, |
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reload=varargin{1}; |
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end |
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% directory where .mat model files are stored |
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dir_model='/Users/roquet/Documents/MATLAB/MITprof/model_database/'; |
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% try to load .mat files |
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if reload==0 & exist([dir_model model '_grid.mat'],'file') & exist([dir_model model '_atlas.mat'],'file') |
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% load grid and atlas |
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load([dir_model model '_grid.mat']); |
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load([dir_model model '_atlas.mat']); |
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return |
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end |
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% if reload~=0 or fields are not found, generation of .mat files |
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% protect global grid variables |
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global mygrid mytri MYBASININDEX |
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mygrid1=mygrid; mytri1=mytri; MYBASININDEX1=MYBASININDEX; |
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switch model |
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case 'OCCA', |
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% atlas made combining OCCA, PHC in arctic and WOA in marginal seas |
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% using the grid ECCOv4, monthly values |
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% set directories: |
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dir_in='/Users/roquet/Documents/MATLAB/MITprof/climatology/'; |
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dirGrid=[dir_in 'GRIDv4/']; |
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fileBasin=[dir_in 'basin_masks_eccollc_90x50.bin']; |
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fileT=[dir_in 'T_OWPv1_M_eccollc_90x50.bin']; |
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fileS=[dir_in 'S_OWPv1_M_eccollc_90x50.bin']; |
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%load and save grid : |
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gforget |
1.2 |
grid_load(dirGrid,5,'compact'); gcmfaces_bindata; |
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roquet |
1.1 |
mygrid=rmfield(mygrid,{'XG','YG','RAC','RAZ','DXC','DYC','DXG','DYG'}); |
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mygrid=rmfield(mygrid,{'hFacC','hFacW','hFacS','Depth','AngleCS','AngleSN'}); |
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mygrid=rmfield(mygrid,{'hFacCsurf','mskW','mskS','DRC','DRF','RF'}); |
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% list_param={'XC','YC','RAC','RC'}; |
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% grid_load(dirGrid,5,list_param); |
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% gcmfaces_bindata; |
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MYBASININDEX=convert2array(v4_read_bin(fileBasin,1,0)); |
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grid.name=model; |
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grid.mygrid=mygrid; |
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grid.mytri=mytri; |
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grid.MYBASININDEX=MYBASININDEX; |
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% read T/S Atlas |
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fldT=mygrid.mskC; fldT(:)=0; fldS=fldT; |
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for tt=1:12; |
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fldT(:,:,:,tt)=v4_read_bin(fileT,tt).*mygrid.mskC; |
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fldS(:,:,:,tt)=v4_read_bin(fileS,tt).*mygrid.mskC; |
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end; |
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atlas.name=model; |
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atlas.T={convert2array(fldT)}; atlas.S={convert2array(fldS)}; |
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case 'SOSE59', |
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% 59th iteration of SOSE, annual climatology |
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% set directories: |
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dir_in='/Users/roquet/Documents/donnees/MODEL/SOSE59/'; |
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dirGrid=[dir_in 'grid/']; |
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%load grid : |
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gforget |
1.2 |
grid_load(dirGrid,1,'straight'); gcmfaces_bindata; |
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roquet |
1.1 |
mygrid=rmfield(mygrid,{'XG','YG','RAC','RAZ','DXC','DYC','DXG','DYG'}); |
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mygrid=rmfield(mygrid,{'hFacC','hFacW','hFacS','Depth','AngleCS','AngleSN'}); |
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mygrid=rmfield(mygrid,{'hFacCsurf','mskW','mskS','DRC','DRF','RF'}); |
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% list_param={'XC','YC','RAC','RC'}; |
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% grid_load(dirGrid,1,list_param); |
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% gcmfaces_bindata; |
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MYBASININDEX=convert2array(mygrid.mskC(:,:,1)); |
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MYBASININDEX(isnan(MYBASININDEX))=0; |
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grid.name=model; |
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grid.mygrid=mygrid; |
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grid.mytri=mytri; |
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grid.MYBASININDEX=MYBASININDEX; |
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% load atlas |
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atlas_file=[dir_in 'SOSE59_TS.mat']; |
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load(atlas_file); |
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atlas.name=model; |
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atlas.T={THETA_SOSE59}; |
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atlas.S={SALT_SOSE59}; |
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otherwise |
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error('not a valid model string'); |
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end |
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% save .mat files |
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save([dir_model model '_grid.mat'],'grid'); |
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save([dir_model model '_atlas.mat'],'atlas'); |
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% reload global grid variables |
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mygrid=mygrid1; mytri=mytri1; MYBASININDEX=MYBASININDEX1; |
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