| 1 | function [xyP,xyB]=def_subP(n,dxRed,dyRed,dxB,dyB); | function [xyP,xyB]=def_subP(n,dxRed,dyRed,dxB,dyB); | 
| 2 |  | % [xyP,xyB]=def_subP(n,dxRed,dyRed,dxB,dyB); | 
| 3 |  | % | 
| 4 | %     n = number of subplot in the page | %     n = number of subplot in the page | 
| 5 | % dxRed = reduction of Horizon. size (x-dir) on the right side | % dxRed = reduction of Horizon. size (x-dir) on the right side | 
| 6 | % dyRed = reduction of Vertical size (y-dir) splitted on both side | % dyRed = reduction of Vertical size (y-dir) splitted on both side | 
| 88 | %-- to replace subplot(41?): [xyP]=def_subP(-4); axes('position',xyP(?,:)); | %-- to replace subplot(41?): [xyP]=def_subP(-4); axes('position',xyP(?,:)); | 
| 89 | xyP(:,1)=0.10 ; xyP(:,2)=0.16/4; | xyP(:,1)=0.10 ; xyP(:,2)=0.16/4; | 
| 90 | xyP(:,3)=0.78 ; xyP(:,4)=0.72/4; | xyP(:,3)=0.78 ; xyP(:,4)=0.72/4; | 
| 91 | xyP(2:4,2)=xyP(1,2)+[1:3]*(0.98/4); | %xyP(2:4,2)=xyP(1,2)+[1:3]*(0.98/4); %- put the 1rst @ the bottom | 
| 92 |  | xyP(1:3,2)=xyP(4,2)+[3:-1:1]*(0.98/4); %- put the 1rst @ the top | 
| 93 | %-- reduction size in X dir: | %-- reduction size in X dir: | 
| 94 | xyP(:,3)=xyP(:,3)*(1-dxRed); | xyP(:,3)=xyP(:,3)*(1-dxRed); | 
| 95 | %---------- | %---------- |