代码搜索：Difference
找到约 3,389 项符合「Difference」的源代码
代码结果 3,389
www.eeworm.com/read/360995/10069879
m dd_delta_aic.m
function e = dd_delta_aic(w,x)
%DD_DELTA_AIC compute the Akaike Information Criterion for MoG
%
% e = dd_delta_aic(w,x)
%
% Compute the (difference in) Akaike Information Criterion of a
% trained mode
www.eeworm.com/read/360995/10070010
m createa.m
function [A,Nxi,A2] = createA(X,y,rtype,par,seed)
% [A,Nxi,A2] = CREATEA(X,Y,RTYPE,PAR,SEED)
%
% Create the data matrix containing all pairwise difference vectors in
% data matrix X (with their corres
www.eeworm.com/read/425034/10385790
txt fd2d_prb_jacobi_output.txt
November 30 2004 9:55:25.568 AM
FD2D
A two dimensional finite difference algorithm
for a predator-prey system.
Enter parameter alpha:
Enter parameter beta:
Enter parameter gamma:
Ent
www.eeworm.com/read/425034/10385815
txt fd2d_prb_gmres_output.txt
November 30 2004 9:30:39.312 AM
FD2D
A two dimensional finite difference algorithm
for a predator-prey system.
Enter parameter alpha:
Enter parameter beta:
Enter parameter gamma:
Ent
www.eeworm.com/read/279234/10453950
pl fig02_14.pl
#!/usr/bin/perl
# Fig. 2.14: fig02_14.pl
# Demonstrates the difference between pre- and postincrement
$c = 5;
$d = 5;
print $c, " "; # print 5
print $c++, " "; # print 5 th
www.eeworm.com/read/451547/7461893
m dd_delta_aic.m
function e = dd_delta_aic(w,x)
%DD_DELTA_AIC compute the Akaike Information Criterion for MoG
%
% e = dd_delta_aic(w,x)
%
% Compute the (difference in) Akaike Information Criterion of a
% trained mode
www.eeworm.com/read/451547/7461956
m createa.m
function [A,Nxi,A2] = createA(X,y,rtype,par,seed)
% [A,Nxi,A2] = CREATEA(X,Y,RTYPE,PAR,SEED)
%
% Create the data matrix containing all pairwise difference vectors in
% data matrix X (with their corres
www.eeworm.com/read/448656/7527681
txt modflw96.txt
modflw96(1) U.S. Geological Survey (wrdapp) modflw96(1)
NAME
modflw96 - Modular three-dimensional finite-difference ground-water
flow model
ABSTRACT
www.eeworm.com/read/198172/7948873
m fdcgstab.m
function [x, error, total_iters] = ...
fdcgstab(f0, f, xc, params, xinit)
% Forward difference Bi-CGSTAB solver for use in nsola
%
% C. T. Kelley, December 29, 1994
%
% This code
www.eeworm.com/read/397111/8067092
m dd_delta_aic.m
function e = dd_delta_aic(w,x)
%DD_DELTA_AIC compute the Akaike Information Criterion for MoG
%
% e = dd_delta_aic(w,x)
%
% Compute the (difference in) Akaike Information Criterion of a
% trained mode