代码搜索:pendulum

找到约 574 项符合「pendulum」的源代码

代码结果 574
www.eeworm.com/read/221412/14741681

m chap7_10f.m

function dx=dym(t,x,flag,para) global A B C D u=para; dx=zeros(4,1); %State equation for one link inverted pendulum dx=A*x+B*u;
www.eeworm.com/read/221412/14741683

m chap7_10.m

%Single Link Inverted Pendulum Control clear all; close all; global A B C D %Single Link Inverted Pendulum Parameters g=9.8; M=1.0; m=0.1; L=0.5; Fc=0.0005; Fp=0.000002; I=1/12*m*L^2;
www.eeworm.com/read/221024/14774329

1 ftp:^^ftp.tc.cornell.edu^pub^data.explorer^extensions^modules^version.1

Version.1 directory Version.1 Up to Modules connect.points
www.eeworm.com/read/215983/15031316

m nndpend.m

function yprime = nndpend(t,y) %NNDPEND Dynamical model of a pendulum. % % NNDPEND(T,Y) % T - Time % Y - State = [angle; angular velocity] % Returns Derivative of state vector. % First
www.eeworm.com/read/214909/15084000

m chap7_12f.m

function dx=dym(t,x,flag,para) global A B C D u=para; dx=zeros(4,1); %State equation for one link inverted pendulum dx=A*x+B*u;
www.eeworm.com/read/214909/15084007

m chap7_11f.m

function dx=dym(t,x,flag,para) global A B C D u=para; dx=zeros(4,1); %State equation for one link inverted pendulum dx=A*x+B*u;
www.eeworm.com/read/214909/15084008

m chap7_12.m

%Single Link Inverted Pendulum Control clear all; close all; global A B C D %Single Link Inverted Pendulum Parameters g=9.8; M=1.0; m=0.1; L=0.5; Fc=0.0005; Fp=0.000002; I=1/12*m*L^2;
www.eeworm.com/read/206276/15297240

m chap7_10f.m

function dx=dym(t,x,flag,para) global A B C D u=para; dx=zeros(4,1); %State equation for one link inverted pendulum dx=A*x+B*u;
www.eeworm.com/read/206276/15297241

m chap7_10.m

%Single Link Inverted Pendulum Control clear all; close all; global A B C D %Single Link Inverted Pendulum Parameters g=9.8; M=1.0; m=0.1; L=0.5; Fc=0.0005; Fp=0.000002; I=1/12*m*L^2;
www.eeworm.com/read/205695/15309696

m chap7_12f.m

function dx=dym(t,x,flag,para) global A B C D u=para; dx=zeros(4,1); %State equation for one link inverted pendulum dx=A*x+B*u;