代码搜索:Compute

找到约 10,000 项符合「Compute」的源代码

代码结果 10,000
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m compute_quadrant_selection.m

function [selx,sely] = compute_quadrant_selection(j,q) % compute_quadrant_selection - compute the indice % for selecting a given quadrant at a given scale % of a wavelet transform. % % q=
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m compute_best_direction.m

function [MW,theta,L] = compute_best_direction(M,T,s) % compute_best_direction - optimize the lagrangian over a single square % % [MW,theta] = compute_best_direction(M,T,s); % % M is a 2D i
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m compute_wavelet_quadtree.m

function [QT,Theta] = compute_wavelet_quadtree(M,Jmin,T,j_min,j_max,s, options) % compute_wavelet_quadtree - compute the wavelet-bandelet quadtree % % [QT,Theta] = compute_wavelet_quadtree(M,Jm
www.eeworm.com/read/297947/7984267

m compute_subwindows_energy.m

function D = compute_subwindows_energy(M,k) % compute_subwindows_matrix - compute the energy of each patch around each pixel. % % D = compute_subwindows_energy(M,k); % % D(i,j) = \sum{ x
www.eeworm.com/read/297947/7984279

m compute_gabor_filter.m

function h = compute_gabor_filter(n,sigma,theta,f, options) % compute_gabor_filter - builds a 2D gabor filter. % % h = compute_gabor_filter(n,sigma,theta,f); % % theta is the orientation %
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m compute_texture_patchwork.m

function [M,Id] = compute_texture_patchwork(H,n, options) % compute_texture_patchwork - mix several textures % % M = compute_texture_patchwork(H,n,options); % % H can be a cell array of tex
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m compute_ssim_index.m

function [mssim, ssim_map] = compute_ssim_index(img1, img2, K, window, L) %======================================================================== %SSIM Index, Version 1.0 %Copyright(c) 2003 Zho
www.eeworm.com/read/297947/7984333

m compute_periodic_poisson.m

function G = compute_periodic_poisson(d, symmetrize) % compute_periodic_poisson - solve poisson equation % % G = compute_periodic_poisson(d,symmetrize); % % Solve % Delta(G) = d % with p
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m compute_directional_kernel.m

function H = compute_directional_kernel(sigma1,sigma2,theta,nmax) % compute_directional_kernel - compute oriented gaussian. % % h = compute_directional_kernel(s1,s2,t,nmax); % % s1 is varianc
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m compute_random_patches.m

function H = compute_random_patches(M,w,m, wmax) % compute_random_patches - extract patches % % H = compute_random_patches(M,w,m, wmax); % % Copyright (c) 2006 Gabriel Peyr