代码搜索结果
找到约 10,000 项符合
G 的代码
g5rv.nec
CM G5RV 80m,40m,20m,15m,10m
CM (use auto-segmentation for higher bands)
CE
GW 1 29 0.0 -15.5 15.2 0.0 -.075 15.2 .0015
GW 2 29 0.0 15.5 15.2 0.0 .075 15.2 .0015
GW 3 1 0.0 -.075 5.0 0.0
td_print_g.m
function []=td_print_G(res,file_sal,op1)
% PURPOSE: Generate output of temporal disaggregation methods.
% Specific design for Guerrero method
% --------------------------------------------
mess_g1.m
function results = mess_g1(y,x,options,ndraw,nomit,prior,start)
% PURPOSE: Bayesian estimates of the matrix exponential spatial model (mess)
% % [samples values of neighbors to produce a posterior dis
mess_g3.m
function results = mess_g3(y,x,options,ndraw,nomit,prior,start)
% PURPOSE: Bayesian estimates of the matrix exponential spatial model (mess)
% % [samples values of rho and #neighbors to produce a post
messv_g3.m
function results = messv_g3(y,x,options,ndraw,nomit,prior,start)
% PURPOSE: Bayesian estimates of the matrix exponential spatial model (mess)
% % [samples values of rho and #neighbors to produce a pos
mess_g2.m
function results = mess_g2(y,x,options,ndraw,nomit,prior,start)
% PURPOSE: Bayesian estimates of the matrix exponential spatial model (mess)
% % [samples values of rho to produce a posterior distribut
legend11_g.m
% legend11 - Gaussian high pass filter
clear;clc;
x=double(imread('Fig4.11(a).jpg'));
r=input('Enter cutoff frequency = ');
s=2;
[m n]=size(x);
for i=1:m;
for j=1:n;
w(i,j)=((i-(m