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#include #include #include /* for data reading from /dev/ts */ typedef struct { unsigned short pressure; unsigned short x; unsigned short y; unsign

#ifndef __DIGI_H_MX2_ #define __DIGI_H_MX2_ #define TPNL_IRQ 8//INT_GPIO #define TPNL_INTR_MODE SA_INTERRUPT|SA_SHIRQ #define TPNL_PEN_UPVALUE -999 #define SPI_TE_INT_BIT 0x00000001

%flow_quantity.m function[Q1,Q2,Q3]=flow_quantity(m,n,e,ratio,P) %This program is used to calculate the flow quantity of the sliding bearing %P is distributed pressure delta_m=2*pi/m; d

function[W,angle]= totalpressure(m,n,P) %This function is used to calculate the total pressure of the bearing and the angle delta_m=2*pi/m; delta_n=2/n; Wx=0; Wy=0; for j=1:n for i=1:m

function P=dispressure(e,m,n,ratio) %This function is to calculate the pressure distribution of journal bearing without taking the deformation into account delta_m=2*pi/m; %沿圆周方向均匀划分m格

#include "AirModel.h" #include #include /* 1976 COESA atmosphere model */ //分段数 #define NUM1976PTS 8 //海拔向量 static double altitude76[NUM1976PTS] = { /* in meters (m) *

; SIMPLE SPEED CONTROL SOFTWARE TO CONTROL MOTOR & REVERSING RELAY ; 电机速度控制 ;R/C 潜艇应用 4Mhz 16F84 ;RA0 RA1速度控制. RA2伺服输入 .报警输入RA3. PortC is relay output. ;Alarm input for pressure switch etc

//movement.c // date: 2001.9.22 #include "movement.h" #define pi 3.1415926535 ////////////////////////////////////////////////////////////////////////////////////////////////// // compute_featu

/*******************************************************************/ /* w