代码搜索：2D物理模拟
找到约 10,000 项符合「2D物理模拟」的源代码
代码结果 10,000
www.eeworm.com/read/382760/9001969
txt readme.txt
The zip file includes:
readme.txt ---> this file
gaussian.c ---> a c file which has to be mex-compiled
prova.m ---> an M-file to test the routine
Gaussian.m is a 2D and 1D recursive impleme
www.eeworm.com/read/184404/9106493
html parse2d_text.html
Example8
Example 8
This plot demonstrates the use of the ParseFunction class.
A 2D fu
www.eeworm.com/read/379471/9195033
as line.as
package engine.geom
{
/** Line in 2D space */
public class Line
{
public var start:Point3D;
public var end:Point3D;
public function Line ( s:Point3D, e:Po
www.eeworm.com/read/366144/9828231
m testviz.m
% QMG: test of visualization.
disp('This file tests graphics capabilities of QMG 2.0 under Matlab.')
disp('First, here is a test of 2D graphics.')
g = gm_read(fullfile(QMG_DATA, 'logo2.geo'));
gmviz(
www.eeworm.com/read/163930/10139483
txt readme.txt
The zip file includes:
readme.txt ---> this file
gaussian.c ---> a c file which has to be mex-compiled
prova.m ---> an M-file to test the routine
Gaussian.m is a 2D and 1D recursive impleme
www.eeworm.com/read/163924/10139842
m vgg_condition_2d.m
function pc = vgg_condition_2d(p,C);
% function pc = vgg_condition_2d(p,C);
%
% Condition a set of 2D homogeneous or nonhomogeneous points using conditioner C
[r,c] = size(p);
if r == 2
pc =
www.eeworm.com/read/163924/10139859
m ransacfithomography_vgg.m
% RANSACFITHOMOGRAPHY - fits 2D homography using RANSAC
%
% Usage: [H, inliers] = ransacfithomography_vgg(x1, x2, t)
%
% Arguments:
% x1 - 2xN or 3xN set of homogeneous points. If the dat
www.eeworm.com/read/161485/10404062
m perform_pyramid_transform_ti.m
function MW = perform_pyramid_transform_ti( M, Jmin,options )
% perform_pyramid_transform_ti - gaussian pyramidal transform (1D or 2D).
%
% MW = perform_pyramid_transform_ti( M, M_src,Jmin,option
www.eeworm.com/read/161485/10404080
m perform_pyramid_transform.m
function y = perform_pyramid_transform(x,g,options)
% perform_pyramid_transform - fast pyramidal transform (1D or 2D).
%
% y = perform_pyramid_transform(x,g,options);
%
% 'g' is a 1D low pass
www.eeworm.com/read/272894/10937101
dpr ex2.dpr
{
Code optimization:
2D coordinates (x,y) is compressed 1D ((x-1)*M+y)
3 Steps of transfers are compressed to 1 Step of transfer.
}
program Ural_1386(Input,Output);
const
MaxSize=100;
ty