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/243660/12929432
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
www.eeworm.com/read/301928/13845613
m snakeindex.m
function y = snakeindex(IDX)
% SNAKEINDEX Create index for adpative interpolating the snake
% y = snakeindex(IDX)
%
N = length(IDX);
y=1:0.5:N+0.5;
x=1:N;
y(2*x(IDX==0))=[];
www.eeworm.com/read/409626/11317697
m newtonpol.m
function [yi, a] = Newtonpol(x, y, xi)
% Values yi of the interpolating polynomial at the points xi.
% Coordinates of the points of interpolation are stored in
% vectors x and y. Horner's me
www.eeworm.com/read/409626/11317711
m newtonpol.m
function [yi, a] = Newtonpol(x, y, xi)
% Values yi of the interpolating polynomial at the points xi.
% Coordinates of the points of interpolation are stored in
% vectors x and y. Horner's me
www.eeworm.com/read/152442/12113177
m snakeindex.m
function y = snakeindex(IDX)
% SNAKEINDEX Create index for adpative interpolating the snake
% y = snakeindex(IDX)
%
N = length(IDX);
y=1:0.5:N+0.5;
x=1:N;
y(2*x(IDX==0))=[];
www.eeworm.com/read/234502/14110971
m snakeindex.m
function y = snakeindex(IDX)
% SNAKEINDEX Create index for adpative interpolating the snake
% y = snakeindex(IDX)
%
N = length(IDX);
y=1:0.5:N+0.5;
x=1:N;
y(2*x(IDX==0))=[];
www.eeworm.com/read/208427/15247098
readme
Info file for : Spherical Harmonics
-----------------------------------
coding & gfx: adresd
Just a little demo to wet your appetites!
LEFT/RIGHT change rendermode
Up = first mode
down = l
www.eeworm.com/read/201202/15413443
sci makebsfilter.sci
function [qmf,dqmf] = MakeBSFilter(Type,Par)
// MakeBSFilter -- Generate Biorthonormal QMF Filter Pairs
// Usage
// [qmf,dqmf] = MakeBSFilter(Type,Par)
// Inputs
// Type string, one of:
www.eeworm.com/read/201202/15413585
sci upsample.sci
function y = UpSample(x,s)
// UpSample -- Upsampling operator
// Usage
// u = UpSample(d[,s])
// Inputs
// d 1-d signal, of length n
// s upsampling scale, default = 2
// Outpu
www.eeworm.com/read/104078/15710412
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[NFRAC] = {0