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/369498/9642396
m test_lwpr_nd.m
function [s,R] = test_lwpr_nD(s,R)
global lwprs;
% test for LWPR on n-dimensional data set with 2D embedded function
d = 5;
n = 500;
% a random training set using the CROSS function
X = (rand(n,2)-
www.eeworm.com/read/172257/9715689
m l6_1.m
%程序L6_1.m: 最小平方滤波器%
%设定长度2d的照相机水平移动模糊的函数h%
clear %清除变量
d=50; %设定长度
www.eeworm.com/read/411796/11226263
m mefwa2sym.m
function res = mefwa2sym(x,pat,tp)
% mefwa2sym - 2D forward mirror-extended wave atom transform (symmetric
% version)
% -----------------
% INPUT
% --
% x is a real N-by-N matrix. N is a power of 2.
%
www.eeworm.com/read/411796/11226301
m meicv2.m
function x = meicv2(c,N1,N2,ns,nag)
% meicv2 - 2D inverse mirror-extended curvelet transform
% -----------------
% INPUT
% --
% c is a cell array which contains the curvelets coefficients. If
% tp=='o
www.eeworm.com/read/411796/11226328
m fwa2sym.m
function res = fwa2sym(x,pat,tp)
% fwa2sym - 2D forward wave atom transform (symmetric version)
% -----------------
% INPUT
% --
% x is a real N-by-N matrix. N is a power of 2.
% --
% pat specifies th
www.eeworm.com/read/411796/11226344
m mefwa2.m
function c = mefwa2(x,pat,tp)
% mefwa2 - 2D forward mirror-extended wave atom transform
% -----------------
% INPUT
% --
% x is a real N-by-N matrix. N is a power of 2.
% --
% pat specifies the type o
www.eeworm.com/read/411401/11246853
m jacobian.m
function [J]=Jacobian(Node,Element,Agrad,U,U0,rho,style);
%Jacobian Computes the Jacobian for 2D EIT when elementwise basis is used
% Function [J]=Jacobian(g,H,Agrad,U,U0,rho,style);
% computes the J
www.eeworm.com/read/235612/14060258
m shootrayvxz.m
function [t,r]=shootrayvxz(tstep,r0)
% SHOOTRAYVXZ RK4 raytracing in v(x,z) with nearest neighbor int.
%
% [t,r]=shootrayvxz(tstep,r0)
%
% Ray tracer for a 2D gridded velocity model. The model
%
www.eeworm.com/read/200619/15428503
m perform_alpert_transform_2d_sliced.m
function [w,info] = perform_alpert_transform_2d_sliced(v,pos,k,s, dir)
% perform_alpert_transform_2d_sliced - perform a forward 2D Alpert transform. You can specify a number of slice in the Y direc
www.eeworm.com/read/200434/15433443
m plot_curve.m
function plot_curve(c, M, str)
% plot_curve - plot a 2d curve.
%
% plot_curve(c, str, M);
%
% Note that 'c' can also be a cell array of curves.
% - 'c' is of size 2xm
% - 'M' is a nxn