代码搜索：Direction
找到约 10,000 项符合「Direction」的源代码
代码结果 10,000
www.eeworm.com/read/138860/13207189
m modulate2.m
function y = modulate2(x, type, center)
% MODULATE2 2D modulation
%
% y = modulate2(x, type, [center])
%
% With TYPE = {'r', 'c' or 'b'} for modulate along the row, or column or
% both direction
www.eeworm.com/read/304674/13789351
txt info.txt
*** laser data:
file : aa3_lsr2.mat
LASER is a uint16 matrix, 361 columns, N rows.
column k corresponds to the range in direction of angle Ak = (k-1)*/2 (in de degrees)
the
www.eeworm.com/read/304673/13789367
m ginit.m
% values for global variables
% these are defined in globals.m
PLAN_FIG=1; % default handle for plan figure
WORLD_SIZE=500; % 0-100 meters in each direction
LINC=0.1; % 0.1m length for splin
www.eeworm.com/read/304670/13789673
m ginit.m
% values for global variables
% these are defined in globals.m
PLAN_FIG=1; % default handle for plan figure
WORLD_SIZE=500; % 0-100 meters in each direction
LINC=0.1; % 0.1m length for splin
www.eeworm.com/read/147529/5728642
m drqpbox.m
function[s,posdef,pcgit] = drqpbox(D,DS,grad,delta,g,dv,mtxmpy,...
data,pcmtx,pcoptions,tol,H,llsprob,kmax);
%DRQPBOX Descent direction for quadratic problem.
% [s,posdef,pcgit] = DRQPBOX(D,DS,g
www.eeworm.com/read/147529/5728852
m drqpbox.m
function[s,posdef,pcgit] = drqpbox(D,DS,grad,delta,g,dv,mtxmpy,...
data,pcmtx,pcoptions,tol,H,llsprob,kmax);
%DRQPBOX Descent direction for quadratic problem.
% [s,posdef,pcgit] = DRQPBOX(D,DS,g
www.eeworm.com/read/415194/6281720
m greed_omp_cgp.m
function [s, err_mse, iter_time]=greed_omp_cgp(x,A,m,varargin)
% greed_omp_cgp: Orthogonal Matching Pursuit algorithm based on single
% conjugate update direction update (Conjugate Gradient Pursuit) [
www.eeworm.com/read/490188/6460470
html index.html
Projity OpenProj CPAL
Common Public Attribution License Version
1.0 (CPAL)
1. "Definitions"
1.0.1 "
www.eeworm.com/read/263879/11338161
m drqpbox.m
function[s,posdef,pcgit] = drqpbox(D,DS,grad,delta,g,dv,mtxmpy,...
data,pcmtx,pcoptions,tol,H,llsprob,kmax);
%DRQPBOX Descent direction for quadratic problem.
% [s,posdef,pcgit] = DRQPBOX(D,DS,g
www.eeworm.com/read/343751/11930464
m newton.m
function [p, r, lambda, betak, term] = Newton(ffunc,cfunc,X,f,c,params)
%Call: [p r lambda betak term] = Newton('ffunc','cfunc',X);
%Compute p, the search direction from Newtons method
%MORE to com