代码搜索：interpolating
找到约 168 项符合「interpolating」的源代码
代码结果 168
www.eeworm.com/read/104078/15710430
c ldelay.c
#define NFRAC 5
#define TRUE 1
#define FALSE 0
#define M1 -20
#define M2 19
/* five fractional delays calculated over a 40 point interpolation */
/* (-20 to 19) */
static float frac[NFRAC]
www.eeworm.com/read/360770/10079084
m funf424.m
function y = funf424 (a,x,k)
%--------------------------------------------------------------
% Usage: y = funf424 (a,x,k)
%
% Description: Evaluate kth Lagrange interpolating polynomial
%
www.eeworm.com/read/458493/7295793
m demogaslag.m
function demoGasLag
% demoGasLag Interpolate gasoline price data with Lagrange polynomials
%
% Synopsis: demoGasLag
%
% Input: none
%
% Output: Plot of given data and interpolating fun
www.eeworm.com/read/458488/7296169
m demogaslag.m
function demoGasLag
% demoGasLag Interpolate gasoline price data with Lagrange polynomials
%
% Synopsis: demoGasLag
%
% Input: none
%
% Output: Plot of given data and interpolating fun
www.eeworm.com/read/449128/7517980
m newtintpol.m
%
% Compute Newton's interpolating polynomial
%
% function [a] = NewtIntPol( x, f, iprint )
%
% input:
% x: vector containing the
% interpolation points
% f: vecto
www.eeworm.com/read/449128/7517988
m aitkenneville.m
%
% Aitken Neville algorithm to compute the value
% of the interpolating polynomial at a given point.
%
% function [p] = AitkenNeville( x, f, z )
%
% input:
% x: vector containing the
%
www.eeworm.com/read/144399/12797620
m demogaslag.m
function demoGasLag
% demoGasLag Interpolate gasoline price data with Lagrange polynomials
%
% Synopsis: demoGasLag
%
% Input: none
%
% Output: Plot of given data and interpolating fun
www.eeworm.com/read/201202/15413482
sci makeddfilter.sci
function Filt = MakeDDFilter(D)
// MakeDDFilter -- Filter for interpolating (Deslauriers-Dubuc) Refinement
// Usage
// Filt = MakeDDFilter(D)
// Inputs
// D Degree of polynomial f
www.eeworm.com/read/449128/7517990
m demo_runge.m
%
% interpolation of Runge's function (1+x^2)^(-1)
% on the interval [-5, 5]
%
clear;
% Interval on which Runge's function is to be approximated
A = -5;
B = 5;
% evaluate Runge's function at
www.eeworm.com/read/243660/12928913
c delay.c
#define NFRAC 5
#define TRUE 1
#define FALSE 0
#define M1 -4
#define M2 3
/* five fractional delays calculated over an 8 point interpolation */
/* (-4 to 3) */
static float frac[NF