| 1 |
enderton |
1.1 |
function [v6t] = split_C_cub(v3d,kad) |
| 2 |
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% [v6t] = split_C_cub(v3d,[kad]) |
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%--------------------------------------------- |
| 4 |
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% split 2d/3d arrays V, center, to 2d/3d x 6 faces |
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% and (kad=1): add 1 column + 1 row <== at the begining !!! |
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% => output is v6t(ny+1,ny+1,[nr],6) |
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% and (kad=2): add also 1 column + 1 row <== at the end !!! |
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% => output is v6t(ny+2,ny+2,[nr],6) |
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%---------------------------------------------- |
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if nargin < 2, kad=1; end |
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if kad~=0 & kad~=1 & kad~=2, fprintf('kad= %f => Bad value',kad); return;end |
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%-- |
| 13 |
enderton |
1.2 |
dims=size(v3d); |
| 14 |
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nx=dims(1); ny=dims(2); |
| 15 |
enderton |
1.1 |
nyp=ny+1; n2p=ny+2; nye=ny+kad; |
| 16 |
enderton |
1.2 |
if length(dims) == 2, |
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nr=1; |
| 18 |
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%fprintf('split_C_cub: kad= %i ; output dim: %i %i %i \n',kad,nye,nye,6); |
| 19 |
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else |
| 20 |
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nr=prod(dims(3:end)); |
| 21 |
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%fprintf('split_C_cub: kad= %i ; output dim: %i %i %i %i \n',kad,nye,nye,nr,6); |
| 22 |
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end |
| 23 |
enderton |
1.1 |
%================================================================= |
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| 25 |
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%- split on to 6 tiles with overlap in i+1 & j+1 : |
| 26 |
enderton |
1.2 |
v3d=reshape(v3d,[nx ny nr]); |
| 27 |
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v6t=zeros(nye,nye,6,nr); |
| 28 |
enderton |
1.1 |
|
| 29 |
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if kad == 0, |
| 30 |
enderton |
1.2 |
v6t=permute(reshape(v3d,[ny 6 ny nr]),[1 3 2 4]); |
| 31 |
enderton |
1.1 |
else |
| 32 |
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for n=1:6, |
| 33 |
enderton |
1.2 |
v6t([2:nyp],[2:nyp],n,:)=v3d([(n-1)*ny+1:n*ny],[1:ny],:); |
| 34 |
enderton |
1.1 |
end |
| 35 |
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| 36 |
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%- add overlap in i=1 & j=1 : |
| 37 |
enderton |
1.2 |
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| 38 |
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v6t(1,[2:nyp], 1,:)=v6t([nyp:-1:2],nyp,5,:); |
| 39 |
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v6t(1,[2:nyp], 3,:)=v6t([nyp:-1:2],nyp,1,:); |
| 40 |
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v6t(1,[2:nyp], 5,:)=v6t([nyp:-1:2],nyp,3,:); |
| 41 |
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v6t(1,[2:nyp], 2,:)=v6t(nyp,[2:nyp],1,:); |
| 42 |
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v6t(1,[2:nyp], 4,:)=v6t(nyp,[2:nyp],3,:); |
| 43 |
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v6t(1,[2:nyp], 6,:)=v6t(nyp,[2:nyp],5,:); |
| 44 |
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| 45 |
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v6t([1:nyp],1, 1,:)=v6t([1:nyp],nyp,6,:); |
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v6t([1:nyp],1, 3,:)=v6t([1:nyp],nyp,2,:); |
| 47 |
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v6t([1:nyp],1, 5,:)=v6t([1:nyp],nyp,4,:); |
| 48 |
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v6t([2:nyp],1, 2,:)=v6t(nyp,[nyp:-1:2],6,:); |
| 49 |
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v6t([2:nyp],1, 4,:)=v6t(nyp,[nyp:-1:2],2,:); |
| 50 |
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v6t([2:nyp],1, 6,:)=v6t(nyp,[nyp:-1:2],4,:); |
| 51 |
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v6t(1,1,2,:)=v6t(nyp,2,1,:); |
| 52 |
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v6t(1,1,4,:)=v6t(nyp,2,3,:); |
| 53 |
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v6t(1,1,6,:)=v6t(nyp,2,5,:); |
| 54 |
enderton |
1.1 |
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| 55 |
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end |
| 56 |
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| 57 |
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%- add overlap in i=ny+1 & j=ny+1 : |
| 58 |
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if kad == 2, |
| 59 |
enderton |
1.2 |
v6t(n2p,[1:nyp], 1,:)=v6t(2,[1:nyp],2,:); |
| 60 |
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v6t(n2p,[1:nyp], 3,:)=v6t(2,[1:nyp],4,:); |
| 61 |
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v6t(n2p,[1:nyp], 5,:)=v6t(2,[1:nyp],6,:); |
| 62 |
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v6t(n2p,[2:n2p], 2,:)=v6t([nyp:-1:1],2,4,:); |
| 63 |
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v6t(n2p,[2:n2p], 4,:)=v6t([nyp:-1:1],2,6,:); |
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v6t(n2p,[2:n2p], 6,:)=v6t([nyp:-1:1],2,2,:); |
| 65 |
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v6t(n2p,n2p,1,:)=v6t(2,2,3,:); |
| 66 |
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v6t(n2p,n2p,3,:)=v6t(2,2,5,:); |
| 67 |
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v6t(n2p,n2p,5,:)=v6t(2,2,1,:); |
| 68 |
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v6t(n2p,1,2,:)=v6t(nyp,1,6,:); |
| 69 |
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v6t(n2p,1,4,:)=v6t(nyp,1,2,:); |
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v6t(n2p,1,6,:)=v6t(nyp,1,4,:); |
| 71 |
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| 72 |
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v6t([1:n2p],n2p, 2,:)=v6t([1:n2p],2,3,:); |
| 73 |
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v6t([1:n2p],n2p, 4,:)=v6t([1:n2p],2,5,:); |
| 74 |
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v6t([1:n2p],n2p, 6,:)=v6t([1:n2p],2,1,:); |
| 75 |
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v6t([2:n2p],n2p, 1,:)=v6t(2,[nyp:-1:1],3,:); |
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v6t([2:n2p],n2p, 3,:)=v6t(2,[nyp:-1:1],5,:); |
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v6t([2:n2p],n2p, 5,:)=v6t(2,[nyp:-1:1],1,:); |
| 78 |
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v6t(1,n2p,1,:)=v6t(1,nyp,5,:); |
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v6t(1,n2p,3,:)=v6t(1,nyp,1,:); |
| 80 |
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v6t(1,n2p,5,:)=v6t(1,nyp,3,:); |
| 81 |
enderton |
1.1 |
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| 82 |
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end |
| 83 |
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| 84 |
enderton |
1.2 |
%- Put back to standard shape: |
| 85 |
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v6t=permute(v6t,[1 2 4 3]); |
| 86 |
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if length(dims) == 2, |
| 87 |
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v6t=squeeze(v6t); |
| 88 |
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else |
| 89 |
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v6t=reshape(v6t,[nye nye dims(3:end) 6]); |
| 90 |
enderton |
1.1 |
end |
| 91 |
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| 92 |
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return |
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