| function [annotation, img] = LMimpad(annotation, img, PADSIZE, PADVAL) |
| |
| |
| |
| |
| |
|
|
| [nrows, ncols, cols]=size(img); |
|
|
| if PADSIZE(1)<nrows | PADSIZE(2)<ncols |
| error('ERROR: image is larger than target size. Use LMimcrop instead.') |
| end |
|
|
| Dy = fix((PADSIZE(1)-nrows)/2); |
| Dx = fix((PADSIZE(2)-ncols)/2); |
|
|
|
|
| img = [repmat(PADVAL, [PADSIZE(1) Dx cols]) ... |
| [repmat(PADVAL, [Dy ncols cols]); img; repmat(PADVAL, [PADSIZE(1)-nrows-Dy ncols cols])] ... |
| repmat(PADVAL, [PADSIZE(1) PADSIZE(2)-ncols-Dx cols])]; |
|
|
| |
| if isfield(annotation, 'object') |
| Nobjects = length(annotation.object); n=0; |
| for i = 1:Nobjects |
| Npoints = length(annotation.object(i).polygon.pt); |
| for j = 1:Npoints |
| x=str2num(annotation.object(i).polygon.pt(j).x); |
| y=str2num(annotation.object(i).polygon.pt(j).y); |
|
|
| x = round(x + Dx); |
| y = round(y + Dy); |
|
|
| annotation.object(i).polygon.pt(j).x = num2str(x); |
| annotation.object(i).polygon.pt(j).y = num2str(y); |
| end |
| end |
| end |
|
|