代码搜索：Raspberry Pi
找到约 10,000 项符合「Raspberry Pi」的源代码
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www.eeworm.com/read/384965/8827232
c ch04.04.c
// #include
// #include
#include
#include
#include
/*****
pi: 4 *pi: 4
st1: 12 st2: 12 ps: 4 *ps: 12
short : 2
short* : 4
www.eeworm.com/read/384940/8831605
m fm_clock.m
function fm_clock(varargin)
% FM_CLOCK create a clock
%
%Author: Federico Milano
%Date: 11-Nov-2002
%Update: 10-Feb-2003
%Version: 1.0.2
%
%E-mail: Federico.Milano@uclm.es
%Web-site:
www.eeworm.com/read/384940/8832904
m dbtcsc.m
function DB = dbtcsc(p)
global DAE
DB = zeros(p.n,1);
if p.ty1
y = p.y(p.ty1);
x = DAE.x(p.x1(p.ty1));
DB(p.ty1) = -p.u(p.ty1).*(y./(1-y.*x)).^2;
end
if p.ty2
xC = p.con(p.ty2,15);
xL =
www.eeworm.com/read/384940/8832980
m balpha.m
function out = balpha(p,af,idx,type)
xC = p.con(p.ty2(idx),15);
xL = p.con(p.ty2(idx),14);
switch type
case 1
kx1 = sqrt(xC./xL);
kx2 = kx1.*kx1;
kx3 = kx2.*kx1;
kx4 = kx3.*kx1;
ckf = cos
www.eeworm.com/read/384839/8839502
m couple_estimate.m
% the data of signal
clear;
clc;
format long;
c=3*10.^8;%光速
L=10;%阵元数
sam=500;%取样点
N=500;
dx=1/2; %阵元间距
dy=1/2;
w1=0.8;%第一个信号的角频率
w2=0.9;%第二个信号的角频率
w3=1;
w4=1.1;
phase1=0;%初始相位
phase2
www.eeworm.com/read/384837/8839541
m mutal_music.m
% the data of signal
clear;
format long;
c=3*10.^8;%光速
L=10;%阵元数
sam=500;%取样点
N=500;
dx=1/2; %阵元间距
dy=1/2;
w1=0.93;%第一个信号的角频率
w2=0.98;%第二个信号的角频率
w3=1.03;
w4=1.08;
phase1=0;%初始相位
phase2
www.eeworm.com/read/384833/8839583
m two_signal.m
tic
% the data of signal
clear;
clc;
format short;
%c=3*10.^8;
c=1;
L=9;
N=128;
f=[0.8,1];
Phia=0;
lamda=c/max(f);
%len=lamda/2;
len=1/2;
P1=15*pi/180;
P2=50*pi/180;
snr=0;
Amp1=s
www.eeworm.com/read/384713/8850149
cpp area.cpp
#include "Stdafx.h"
#include "area.h"
const double PI=3.14;
double circle(double radius)
{
return PI*radius*radius;
}
double rect(double Width,double Height)
{
return Width*Height;
}
www.eeworm.com/read/428598/8856650
m gngauss.m
function [gsrv1,gsrv2]=gngauss(m,sgma)
if nargin ==0
m=0;sgma=1;
elseif nargin==1
sgma=m;m=0;
end;
u=rand;
z=sgma*(sqrt(2*log(1/(1-u))));
u=rand;
gsrv1=m+z*cos(2*pi*u);
gsrv2=m+z*sin
www.eeworm.com/read/187078/8858520
m pulse.m
function pulse=waveform(fc,tm,B)
smp=fc*tm;
t=linspace(-tm/2,tm/2,smp);
mu=B/tm;
pulse=cos(2*pi*4e9*t+pi*mu*(t.^2));
plot(t,pulse);