代码搜索：LED Matrix
找到约 10,000 项符合「LED Matrix」的源代码
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www.eeworm.com/read/163924/10139921
m vgg_lmultiply_matrix.m
function M = vgg_lmultiply_matrix(A, size_B)
% VGG_LMULTIPLY_MATRIX Return M such that M*vec(B) = vec(A*B)
% M = VGG_LMULTIPLY_MATRIX(A, size(B))
%
% See also vgg_matrix_test, vgg_rmult
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m vgg_quat_matrix.m
function PM = vgg_quat_matrix(p)
% VGG_QUAT_MATRIX Quaternion multiplication matrix
% PM = vgg_quat_matrix(q) returns PM such that
% PM * q = vgg_quat_mul(p,q)
% awf
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m vgg_duplic_matrix.m
% d = vgg_duplic_matrix(n) Duplication matrix.
%
% Classical matrix re-arrangement operator, see book Magnus-Neudecker.
%
% Useful for rearranging equations with symmetric matrices.
% For squar
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m vgg_matrix_test.m
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m vgg_commut_matrix.m
% VGG_COMMUT_MATRIX Commutation matrix, to transpose a matrix(:)
%
% Classical matrix re-arrangement operator, see book Magnus-Neudecker.
%
% Useful for rearranging matrix equations. It is
% vg
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m vgg_rmultiply_matrix.m
function M = vgg_lmultiply_matrix(A, size_B)
% VGG_LMULTIPLY_MATRIX Return M such that M*vec(B) = vec(B*A)
% M = VGG_RMULTIPLY_MATRIX(A, size(B))
%
% See also vgg_matrix_test, vgg_lmult
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m form_ref_matrix.m
function p=form_ref_matrix(P)
if P==1
a=[-1 1];
b=a;
elseif P==2
bits_in=[1 0 1 1 0 1 0 0];
full_len=length(bits_in);
% Angle [pi/4 3*pi/4 -3*pi/4 -pi/4] corresponds to
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cfg q_matrix_jvt.cfg
# This an example configuration file for initializing the quantization matrix.
# Altogether 6 matrices for 4x4 blocks and 2 matrix for 8x8 blocks.
# The values range from 1 to 255.
# If first value of
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m form_ref_matrix.m
function p=form_ref_matrix(P)
if P==1
a=[-1 1];
b=a;
elseif P==2
bits_in=[1 0 1 1 0 1 0 0];
full_len=length(bits_in);
% Angle [pi/4 3*pi/4 -3*pi/4 -pi/4] corresponds to
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m compute_affine_matrix.m
function A = compute_affine_matrix(width, height, P)
%
% A = compute_affine_matrix(width, height, P)
%
% Given 4 points in P=[x1,y1; x2,y2; x3,y3; x4,y4] and the
% real size (width, height) of t