| 1 |
gforget |
1.1 |
function [X,Y,FLD]=convert2pcol_llc(x,y,fld,varargin); |
| 2 |
gforget |
1.2 |
%object: gcmfaces to 'pcolor format' conversion |
| 3 |
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%inputs: x is longitude (e.g. mygrid.XC) |
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% y is latitude (e.g. mygrid.YC) |
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% fld is the 2D field of interest (e.g. mygrid.hFacC(:,:,1)) |
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%outputs: X,Y,FLD are array versions of x,y,fld |
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% |
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%note: this function is designed so that one may readily |
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% plot the output in geographic coordinates |
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% using e.g. 'figure; pcolor(X,Y,FLD);' |
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gforget |
1.1 |
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| 12 |
gforget |
1.2 |
k3=1; k4=1; |
| 13 |
gforget |
1.1 |
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| 14 |
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%ASSEMBLE "LATLON" FACES: |
| 15 |
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%---------------------- |
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X=[x{1};x{2};sym_g(x{4},7,0); sym_g(x{5},7,0)]; |
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Y=[y{1};y{2};sym_g(y{4},7,0); sym_g(y{5},7,0)]; |
| 18 |
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FLD=[fld{1}(:,:,k3,k4);fld{2}(:,:,k3,k4);sym_g(fld{4}(:,:,k3,k4),7,0);sym_g(fld{5}(:,:,k3,k4),7,0)]; |
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| 20 |
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%ADD POLAR CAP: |
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%-------------- |
| 22 |
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pp=x{3}; |
| 23 |
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M1=pp; M1(M1>M1(1,1))=NaN; M1(M1<M1(1,end))=NaN; M1(~isnan(M1))=1; |
| 24 |
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%M1=NaN*pp; |
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%M2=pp; M2(M2<M2(1,1))=NaN; M2(M2>M2(end,1))=NaN; M2(~isnan(M2))=1; |
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M2=pp; M2(pp<0)=NaN; M2(pp>=0)=1; |
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M3=pp; M3(M3<M3(end,1)&M3>M3(end,end))=NaN; M3(~isnan(M3))=1; |
| 28 |
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%M3=NaN*pp; |
| 29 |
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%M4=pp; M4(M4<M4(end,end))=NaN; M4(M4>M4(1,end))=NaN; M4(~isnan(M4))=1; |
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M4=pp; M4(pp>=0)=NaN; M4(pp<0)=1; |
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| 32 |
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pp=x{3}; Xp=[sym_g(pp.*M1,5,0);pp.*M2;sym_g(pp.*M3,7,0);sym_g(pp.*M4,6,0)]; X=[X Xp]; |
| 33 |
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pp=y{3}; Yp=[sym_g(pp.*M1,5,0);pp.*M2;sym_g(pp.*M3,7,0);sym_g(pp.*M4,6,0)]; Y=[Y Yp]; |
| 34 |
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pp=fld{3}(:,:,k3,k4); FLDp=[sym_g(pp.*M1,5,0);pp.*M2;sym_g(pp.*M3,7,0);sym_g(pp.*M4,6,0)]; FLD=[FLD FLDp]; |
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| 36 |
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%FIX DATE CHANGE LINE IN LATLON PART: |
| 37 |
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%-------------------------------------- |
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s1=size(X); s1=round(s1(2)/2); s2=find(diff(X(:,s1))<-180); |
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X=circshift(X,[-s2 0]); |
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Y=circshift(Y,[-s2 0]); |
| 41 |
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FLD=circshift(FLD,[-s2 0]); |
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| 43 |
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%ADD POINTS TO FIX DATE CHANGE LINE ELSEWHERE: |
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%--------------------------------------------- |
| 45 |
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s1=size(X); s1=round(s1(1)/12); |
| 46 |
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tmp1=X(1:2*s1,:); tmp1(tmp1>0)=tmp1(tmp1>0)-360; X(1:2*s1,:)=tmp1; |
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tmp1=X(end-2*s1+1:end,:); tmp1(tmp1<0)=tmp1(tmp1<0)+360; X(end-2*s1+1:end,:)=tmp1; |
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| 49 |
gforget |
1.3 |
X=[X-360;X;X+360]; Y=[Y;Y;Y]; FLD=[FLD;FLD;FLD]; |
| 50 |
gforget |
1.1 |
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