代码搜索：Integration
找到约 3,762 项符合「Integration」的源代码
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www.eeworm.com/read/168079/9940160
txt readme1st.txt
README FIRST for XFFT16
16-point, 16-bit Complex FFT
Contains:
xfft16ngo.zip: NGO files for FFT implementation with instructions
for Foundation schem
www.eeworm.com/read/363636/9941437
m intgrad1.m
function fhat = intgrad1(fx,dx,f1,method)
% intgrad: generates a vector, integrating derivative information.
% usage: fhat = intgrad1(dfdx)
% usage: fhat = intgrad1(dfdx,dx)
% usage: fhat = intgrad1(d
www.eeworm.com/read/360770/10079169
m browse_r.m
%----------------------------------------------------------------
% Usage: browse_r
%
% Description: Create an array of strings, nlib_run, that
% contains the names and descript
www.eeworm.com/read/360770/10079265
m romberg.m
function [y,r] = romberg (a,b,tol,m,f,dm)
%-----------------------------------------------------------------------
% Usage: [y,r] = romberg (a,b,tol,m,f,dm);
%
% Description: Use the Romberg
www.eeworm.com/read/163246/10168712
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/279421/10439096
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/161171/10440756
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/353255/10459326
m quadndg.m
function int = quadndg(fun,xlow,xhigh,tol)
%usage: int = quadndg('Fun',xlow,xhigh)
%or
% int = quadndg('Fun',xlow,xhigh,tol)
%
%This function is similar to QUAD or QUAD8 for n-dimensional inte
www.eeworm.com/read/353255/10459373
m cquadnd.m
function nvol = cquadnd (fun,lowerlim,upperlim,nquad)
%usage: nvol = cquadnd (fun,lowerlim,upperlim,nquad);
% n -- number of dimensions to integrate
% nvol -- value of the n-dimensional integral
% fu
www.eeworm.com/read/353255/10459386
m gquadnd.m
function nvol = gquadnd (fun,lowerlim,upperlim,nquad)
%usage: nvol = gquadnd (fun,lowerlim,upperlim,nquad);
% n -- number of dimensions to integrate
% nvol -- value of the n-dimensional integral
% fu