代码搜索：Inverted
找到约 874 项符合「Inverted」的源代码
代码结果 874
www.eeworm.com/read/349627/10813026
h lcddrive.h
#ifndef __LCD_H__
#define __LCD_H__
#define MVAL 13
#define MVAL_USED 0 //0=each frame 1=rate by MVAL
#define INVVDEN 1 //0=normal 1=inverted
#define BSWP 0 //Byte swap control
www.eeworm.com/read/449679/7498353
nec lowdip.nec
CM Extended inverted-vee/dipole at low height
CE
'
SY wlen=40 ' Wire length
SY hgh=20.6 ' Tower height
'
SY wa=160 ' Angle between sloping wires
SY xylen = wlen*sin(wa/2) ' Lengt in XY pl
www.eeworm.com/read/449679/7498560
nec lowdip.nec
CM Extended inverted-vee/dipole at low height
CE
'
SY wlen=40 ' Wire length
SY hgh=20.6 ' Tower height
'
SY wa=160 ' Angle between sloping wires
SY xylen = wlen*sin(wa/2) ' Lengt in XY pl
www.eeworm.com/read/244381/12869643
m init_d_pend.m
% Set the parameters for the discrete-time triple inverted pendulum
% simulation
%
% Noise shaping filters
kf = 0.00002; Tf1 = 10; Tf2 = 0.1;
%
% Sensors
alf1 = 1.146; alf2 = 1.146; alf3 = 0.99
www.eeworm.com/read/493843/6391492
m spike.m
function [h,err] = spike(g,n0,n)
%SPIKE Finds the FIR least squares inverse of g(n)
%----
%USAGE: [h,err] = spike(g,n0,n)
%
% g : the filter that is to be inverted
% n0 : the delay used in t
www.eeworm.com/read/475897/6768565
asv chap3_9f.asv
%Local linearization for single inverted pendulum
clear all;
close all;
g=9.8;
m=.1;
M=1.0;
l=0.5;
a=l/(m+M);
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Equation 1:
a1=g/(4/3*l-a*m*l);
A1=[0
www.eeworm.com/read/475897/6768588
m chap3_9f.m
%Local linearization for single inverted pendulum
clear all;
close all;
g=9.8;
m=0.1;
M=1.0;
l=0.5;
a=l/(m+M);
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Equation 1:
a1=g/(4/3*l-a*m*l);
A1=[0
www.eeworm.com/read/101167/15842916
c count.c
// COUNT.C (PIC16C505), CCS-PCB
//
// Counts the number of pulses on input T0CKI over a period of time and displays events per
// minute on serial LCD or PC Com Port, 9600 baud, inverted.
//
//
www.eeworm.com/read/432495/8602029
m chap3_9f.m
%Local linearization for single inverted pendulum
clear all;
close all;
g=9.8;
m=2;
M=8;
l=0.5;
a=l/(m+M);
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Equation 1:
a1=g/(4/3*l-a*m*l);
A1=[0 1;
www.eeworm.com/read/388422/8611002
m chap3_9f.m
%Local linearization for single inverted pendulum
clear all;
close all;
g=9.8;
m=2;
M=8;
l=0.5;
a=l/(m+M);
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Equation 1:
a1=g/(4/3*l-a*m*l);
A1=[0 1;