代码搜索：Approximation
找到约 1,542 项符合「Approximation」的源代码
代码结果 1,542
www.eeworm.com/read/346459/11743301
m teager.m
function t = teager(x,n)
% function t = teager(x,n)
% The Teager-Kaiser energy operator n'th order approximation. Omission of n
% sets n=0
if nargin == 1
n = 0;
end
if n == 0
if isobject(x)
www.eeworm.com/read/156599/11790600
m logmapo.m
function L_all = logmapo(rec_s,g,L_a,ind_dec)
% Log_MAP algorithm using straightforward method to compute branch metrics
% no approximation is used.
% Can be simplified to Max-Log-MAP by using
www.eeworm.com/read/232404/4702944
c fdjac2.c
/* fdjac2.c -- calculate approximation to jacobian matrix. */
#include
#include "cminpak.h"
extern double dpmpar[];
void fdjac2(void f(int,int,double *,double *,int *),int m,
int
www.eeworm.com/read/182972/5261206
c approx.c
/*
* approx.c: Approximation of range images with matching pursuit
*
* Written by: Ullrich Hafner
*
* This file is part of FIASCO (獸籸actal 獻籱age 獳籲d 玈籩quence 獵O籨ec)
* Copyright (C) 1994-
www.eeworm.com/read/203890/15349878
m teager.m
function t = teager(x,n)
% function t = teager(x,n)
% The Teager-Kaiser energy operator n'th order approximation. Omission of n
% sets n=0
if nargin == 1
n = 0;
end
if n == 0
if isobject(x)
www.eeworm.com/read/391275/8413093
m gmmake_torus.m
function t = gmmake_torus(inner_rad, outer_rad, subdiv)
% gmmake_torus: Make a quadratic Bezier approximation to a torus
% t = gmmake_torus(inner_rad, outer_rad, subdiv)
% inner_rad is the radius of
www.eeworm.com/read/391275/8413136
m test9.m
% QMG test 9: an object like a hex nut with a triangular crack.
% Make the brep 'from scratch'.
% get a 6-segment circle approximation.
global GM_BREP_TYPE_CODE
hexobj = zba({GM_BREP_TYPE_CODE; 3;
www.eeworm.com/read/391275/8413204
di test7.di
17:26:56.0 27-Aug-1999
-- >> %% QMG 2.0 test 7: a circle with two elliptic holes and a slit.
17:26:56.1 27-Aug-1999
-- >> global interactive
17:26:56.1 27-Aug-1999
-- >> %% Make an approximation to
www.eeworm.com/read/433114/8545697
m l1_slope_intercept.m
function [a,b]=l1_slope_intercept(x,y,alpha)
% Compute L2 approximation to slope and intercept
% y =a + b x
% With correction factor for Nsiko-well
% Written by: E. R.: August 8, 2003
% last updated:
www.eeworm.com/read/287770/8670484
m deriv.m
function y = deriv(x,n,l,varargin)
% DERIV(X) Calculate the approximate derivative of the signal.
% DERIV(X,N) n'th order approximation (default N=1)
% DERIV(X,N,L) l'th derivative (default L=1)
% $I