代码搜索：Integration
找到约 3,762 项符合「Integration」的源代码
代码结果 3,762
www.eeworm.com/read/140700/13066010
txt alg042.txt
> restart;
> # ROMBERG ALGORITHM 4.2
> #
> # To approximate I = integral ( f(x) dx ) from a to b:
> #
> # INPUT: endpoints a, b; integer n.
> #
> # OUTPUT: an array R. ( R(2,n) is the a
www.eeworm.com/read/140700/13066317
txt alg042.txt
> restart;
> # ROMBERG ALGORITHM 4.2
> #
> # To approximate I = integral ( f(x) dx ) from a to b:
> #
> # INPUT: endpoints a, b; integer n.
> #
> # OUTPUT: an array R. ( R(2,n) is the a
www.eeworm.com/read/140697/13066839
m alg042.m
% ROMBERG ALGORITHM 4.2
%
% To approximate I = integral ( f(x) dx ) from a to b:
%
% INPUT: endpoints a, b; integer n.
%
% OUTPUT: an array R. ( R(2,n) is the approximation to I.
www.eeworm.com/read/140697/13067035
m alg042.m
% ROMBERG ALGORITHM 4.2
%
% To approximate I = integral ( f(x) dx ) from a to b:
%
% INPUT: endpoints a, b; integer n.
%
% OUTPUT: an array R. ( R(2,n) is the approximation to I.
www.eeworm.com/read/241323/13156444
m numerov2.m
function f=numerov2(x0,x1,N,P,mult,E,Y0,DY0);
%> The file integrates the 1D Schrodinger equation
%> for an 'arbitrary' potential using the Numerov method.
%> It produces the function
www.eeworm.com/read/241323/13156450
m hydrogen.m
function f=hydrogen(N,L,M,x,y);
%> The file calculates the amplitudes of the eigenfunctions
%> of the hydrogen atom. The amplitude is renormalized by an extra
%> factor = sqrt(sin(theta
www.eeworm.com/read/241323/13156451
m morse.m
% calculates the known analytical formula for the eigenvalues of the
% Morse oscillator, then finds the numerical values using Numerov integration
% and automatic search for eigenvalues.
%
www.eeworm.com/read/240174/13233282
m integ2d.m
function som=integ2d(mat,x,y);
%INTEG2D Approximate 2-D integral.
% SOM=INTEG2D(MAT,X,Y) approximates the 2-D integral of
% matrix MAT according to abscissa X and ordinate Y.
%
% MAT : MxN matrix to
www.eeworm.com/read/238779/13326111
m integ2d.m
function som=integ2d(mat,x,y);
%INTEG2D Approximate 2-D integral.
% SOM=INTEG2D(MAT,X,Y) approximates the 2-D integral of
% matrix MAT according to abscissa X and ordinate Y.
%
% MAT : MxN matrix to
www.eeworm.com/read/319970/13438155
m integ2d.m
function som=integ2d(mat,x,y);
%INTEG2D Approximate 2-D integral.
% SOM=INTEG2D(MAT,X,Y) approximates the 2-D integral of
% matrix MAT according to abscissa X and ordinate Y.
%
% MAT : MxN matrix to