# MATLAB代做-python代做-FPGA代做-拉普拉斯金字塔图像融合

### 时间：2019-7-15 13:30:41 点击：

核心提示：MATLAB代做-python代做-FPGA代做-拉普拉斯金字塔图像融合 ...
function Y = fuse_lap(M1, M2, zt, ap, mp)
%Y = fuse_lap(M1, M2, zt, ap, mp) image fusion with laplacian pyramid
%
%    M1 - input image A
%    M2 - input image B
%    zt - maximum decomposition level
%    ap - coefficient selection highpass (see selc.m)
%    mp - coefficient selection base image (see selb.m)
%
%    Y  - fused image

%    (Oliver Rockinger 16.08.99)

% check inputs
[z1 s1] = size(M1);
[z2 s2] = size(M2);
if (z1 ~= z2) | (s1 ~= s2)
error('Input images are not of same size');
end;

% define filter
w  = [1 4 6 4 1] / 16;

% cells for selected images
E = cell(1,zt);

% loop over decomposition depth -> analysis
for i1 = 1:zt
% calculate and store actual image size
[z s]  = size(M1);
zl(i1) = z; sl(i1)  = s;

% check if image expansion necessary
if (floor(z/2) ~= z/2), ew(1) = 1; else, ew(1) = 0; end;
if (floor(s/2) ~= s/2), ew(2) = 1; else, ew(2) = 0; end;

%   % perform expansion if necessary
%   if (any(ew))
%   end;

% perform filtering
G1 = conv2(conv2(es2(M1,2), w, 'valid'),w', 'valid');
G2 = conv2(conv2(es2(M2,2), w, 'valid'),w', 'valid');

% decimate, undecimate and interpolate
M1T = conv2(conv2(es2(undec2(dec2(G1)), 2), 2*w, 'valid'),2*w', 'valid');
M2T = conv2(conv2(es2(undec2(dec2(G2)), 2), 2*w, 'valid'),2*w', 'valid');

% select coefficients and store them
E(i1) = {selc(M1-M1T, M2-M2T, ap)};

% decimate
M1 = dec2(G1);
M2 = dec2(G2);
end;

% select base coefficients of last decompostion stage
M1 = selb(M1,M2,mp);

% loop over decomposition depth -> synthesis
for i1 = zt:-1:1
% undecimate and interpolate
M1T = conv2(conv2(es2(undec2(M1), 2), 2*w, 'valid'), 2*w', 'valid');
M1  = M1T + E{i1};
% select valid image region
M1 = M1(1:zl(i1),1:sl(i1));
end;

% copy image
Y = M1;

QQ ：1224848052

• 百度搜索