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- calc_barostream.m : add list_factors argument to accomodate e.g. tracer class transports.
- calc_overturn.m : add doFlip,list_factors args to accomodate e.g. tracer class transports.
- calc_barostream.m : introduce list_factors to allow use for e.g. tracer class transports.
- layers_remap.m (new) : remap variables (e.g. transports) from depth to tracer classes.
Uses regrid_dblres.m and regrid_sum.m and mimics pkg/layers.
- regrid_dblres.m (new) : double the resolution (only along 3rd dimension for now)
for a variable P (extensive or intensive) a number of times.
- regrid_sum.m (new) : add 3rd dimension elements of extensive variable P,
according to values of a tracer field collocated with P,
to the tracer grid defined by trGrid (1D vector)
| 1 | gforget | 1.1 | function [P]=regrid_dblres(P,pType,nDblRes); |
| 2 | %object : double the resolution (only along 3rd dimension for now) | ||
| 3 | % for a variable P (extensive or intensive) a number of times. | ||
| 4 | %input : P is the variable of interest | ||
| 5 | % pType is 'extensive' or 'intensive' | ||
| 6 | % nDblRes is the number of resolution doublings. | ||
| 7 | %output : P is the input variable but with 2^nDblRes resolution | ||
| 8 | |||
| 9 | gcmfaces_global; | ||
| 10 | |||
| 11 | for ii=1:nDblRes; | ||
| 12 | %start with repmat | ||
| 13 | tmp1=repmat(P,[1 1 2]); | ||
| 14 | nn=size(P{1},3); | ||
| 15 | tmp1(:,:,1:2:2*nn)=P; | ||
| 16 | tmp1(:,:,2:2:2*nn)=P; | ||
| 17 | %interpolate (in grid point space) | ||
| 18 | tmp2=NaN*tmp1; | ||
| 19 | tmp2(:,:,2:2:2*nn-2)=3/4*P(:,:,1:nn-1)+1/4*P(:,:,2:nn); | ||
| 20 | tmp2(:,:,3:2:2*nn-1)=1/4*P(:,:,1:nn-1)+3/4*P(:,:,2:nn); | ||
| 21 | tmp1(~isnan(tmp2))=tmp2(~isnan(tmp2)); | ||
| 22 | %if extensive then we want to conserve the sum over grid points | ||
| 23 | if strcmp(pType,'extensive'); tmp1=tmp1/2; end; | ||
| 24 | %overwite P | ||
| 25 | P=tmp1; | ||
| 26 | end; | ||
| 27 |
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