代码搜索：Matrices
找到约 3,616 项符合「Matrices」的源代码
代码结果 3,616
www.eeworm.com/read/347945/11624832
m see.m
function see(X,showfull)
%SEE Displays internal structure of variable
%
% Shows the base matrices that build up the variable
%
% X = X0+x_1*X1+x_2*X2+...
%
% SEE(X) Disp
www.eeworm.com/read/347945/11625351
m callmplcp.m
function output = callmpt(interfacedata)
% Author Johan L鰂berg
% $Id: callmplcp.m,v 1.1 2006/03/30 13:28:06 joloef Exp $
% Speeds up solving LPs in mpmilp
global mptOptions
if ~isstruct(mptOp
www.eeworm.com/read/347945/11625831
m getbase.m
function Q=getbase(X)
%GETBASE Internal function to extract all base matrices
% Author Johan L鰂berg
% $Id: getbase.m,v 1.4 2006/12/13 13:13:32 joloef Exp $
%Q=double(X.basis);
Q=X.basis;
www.eeworm.com/read/260824/11700768
m getrotationmatrices.m
function [R1,R2] = getRotationMatrices(ste)
%
% [R1, R2] = GETROTATIONMATRICES(ste)
%
% Returns the rotation matrices of both camera models.
%
R1 = getRotationMatrix(ste.leftCam,ste.left
www.eeworm.com/read/157453/11702952
cpp rmult.cpp
// dynamic programming recursive matrix multiplication chains
#include
#include "make2db.h"
int r[7] = {0, 10, 5, 1, 10, 2, 10};
int **kay;
int C(int i, int j)
{// Return c(
www.eeworm.com/read/260630/11716583
m reverse.m
function X=reverse(x)
% function X=reverse(x) (in ~allejan/matlab)
% form reverse vector. When used on matrices, flip the matrix along
% vertical axis
X=zeros(size(x));
[n m]=size(x);
if ((m==1) &
www.eeworm.com/read/259580/11780229
cpp recursivedpmatrixchain.cpp
// first version of recursive dynamic programming solution for
// the matrix multiplication chains problem
#include
#include "make2dArray.h"
using namespace std;
// global variab
www.eeworm.com/read/155807/11845910
m unwrapmat.m
function [O,varargout]=unwrapmat(varargin)
% UNWRAPMAT
% converts any amount of matrices into a single row vector
%
% usage:
% [O]=UNWRAPMAT(M1,M2,...,MD)
% or optionally:
% [O,R,C]=
www.eeworm.com/read/155568/11863006
m golub.m
function A = golub(n)
%GOLUB Badly conditioned integer test matrices.
% GOLUB(n) is the product of two random integer n-by-n matrices,
% one of them unit lower triangular and one unit upper tr
www.eeworm.com/read/154760/11928702
m ss2mat.m
function y = ss2mat(a,b,u)
% SS2MAT Convert state matrices to string state equations
%
% Y = SS2MAT(A,B,U) converts state matrices to string state equations.
% A, B are state matrices for xdot=Ax