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/419697/10842882

c alg042.c

/* * 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 approximat
www.eeworm.com/read/259731/6907772

html yaffs_boot.html

www.eeworm.com/read/458493/7295805

m simpson.m

function I = simpson(fun,a,b,npanel) % simpson Composite Simpson's rule % % Synopsis: I = simpson(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %
www.eeworm.com/read/458493/7295820

m trapezoid.m

function I = trapezoid(fun,a,b,npanel) % trapezoid Composite trapezoid rule % % Synopsis: I = trapezoid(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %
www.eeworm.com/read/458488/7296181

m simpson.m

function I = simpson(fun,a,b,npanel) % simpson Composite Simpson's rule % % Synopsis: I = simpson(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %
www.eeworm.com/read/458488/7296196

m trapezoid.m

function I = trapezoid(fun,a,b,npanel) % trapezoid Composite trapezoid rule % % Synopsis: I = trapezoid(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %
www.eeworm.com/read/398034/8009003

m sa_fig2_21.m

% Knife edge diffraction for a half-plane which is at the distance hc from the line of sight. % -hc is for the knife edge below the LOS, hc is for above % use trapezoidal integration % Hc=hc*sqrt
www.eeworm.com/read/246313/12736772

html tij0197.html

Bruce Eckel's Thinking in Java Contents |
www.eeworm.com/read/144399/12797660

m simpson.m

function I = simpson(fun,a,b,npanel) % simpson Composite Simpson's rule % % Synopsis: I = simpson(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %
www.eeworm.com/read/144399/12797703

m trapezoid.m

function I = trapezoid(fun,a,b,npanel) % trapezoid Composite trapezoid rule % % Synopsis: I = trapezoid(fun,a,b,npanel) % % Input: fun = (string) name of m-file that evaluates f(x) %