代码搜索结果
找到约 582,192 项符合
Cortex-M 的代码
pot_to_marginal.m
function m = pot_to_marginal(pot)
% POT_TO_MARGINAL Convert a scgpot to a marginal structure.
% m = pot_to_marginal(pot)
assert(isempty(pot.ctaildom))
m.domain = pot.domain;
n = pot.cheadsize;
pot_to_marginal.m
function m = pot_to_marginal(pot)
% POT_TO_MARGINAL Convert a mpot to a marginal structure.
% m = pot_to_marginal(pot)
m.domain = pot.domain;
m.T = exp(pot.logp);
m.mu = pot.mu;
m.Sigma = pot.
pot_to_marginal.m
function m = pot_to_marginal(pot)
% POT_TO_MARGINAL Convert a upot to a structure.
% m = pot_to_marginal(pot)
m.domain = pot.domain;
m.T = pot.p;
m.U = pot.u;
m-static1.cc
// 2002-08-16
#include "m-static.h"
const int gnu_obj_4::elsewhere = 221;
ex051700.m
% 第五章: 例5.17: 重叠和保留
%
n = 0:9;
x = n+1; Lenx = length(x);
h = [1,0,-1]; M = 3; M1 = M-1; L = N-M1;
N = 6; h = [h zeros(1,N-M)];
%
x = [zeros(1,M1), x, zeros(1,N-1)];
K = floor((Lenx+M1-1)/(L))
cc-m.m4
# $Id: CC-M.m4,v 8.5 1999/05/27 22:03:28 peterh Exp $
depend: ${BEFORE} ${LINKS}
@mv Makefile Makefile.old
@sed -e '/^# Do not edit or remove this line or anything below it.$$/,$$d' < Makefile.old >
dblquad2.m
function I=dblquad2(f_name,a,b,c_lo,d_hi,m,n)
%非矩形区域二重积分
%I=dblquad2('fname',a,b,'c_low','d_up',m,n)
% 其中'fname'为被积函数f(x,y)字符串,
% 'c_low'和'd_up'是y的上下限函数c(x),d(x)；
% a,b分别为x的上下限; m,n分别为x和y方向的等分
quad2.m
function I=quad2(f_name,a,b,c_lo,d_hi,m,n)
%非矩形区域二重积分
%I=dblquad2('fname',a,b,'c_low','d_up',m,n)
% 其中'fname'为被积函数f(x,y)字符串,
% 'c_low'和'd_up'是y的上下限函数c(x),d(x)；
% a,b分别为x的上下限; m,n分别为x和y方向的等分数(确
dblquad2.m
function I=dblquad2(f_name,a,b,c_lo,d_hi,m,n)
%非矩形区域二重积分
%I=dblquad2('fname',a,b,'c_low','d_up',m,n)
% 其中'fname'为被积函数f(x,y)字符串,
% 'c_low'和'd_up'是y的上下限函数c(x),d(x)；
% a,b分别为x的上下限; m,n分别为x和y方向的等分
quad2.m
function I=quad2(f_name,a,b,c_lo,d_hi,m,n)
%非矩形区域二重积分
%I=dblquad2('fname',a,b,'c_low','d_up',m,n)
% 其中'fname'为被积函数f(x,y)字符串,
% 'c_low'和'd_up'是y的上下限函数c(x),d(x)；
% a,b分别为x的上下限; m,n分别为x和y方向的等分数(确