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CommPort=1 VehicleSpeed=KMH Temperature=C

// colddays.c -- finds percentage of days below freezing #include int main(void) { const int FREEZING = 0; float temperature; int cold_days = 0; int all_days = 0;

function varargout = steadytemp(T) % % compute the function value and derivative of % pi*D*h*(T-Tinf)+pi*D*epsilon*sigma*(T^4-Ts^4)-IR % % Temperature T is measured in Kelvin!! % % [y] = steady

% Chapter 12: Figure 12.33, p. 725 % % Root locus for the PID compensated temperature controller % as Khat varies. The characteristic equation is % s^2+16s+70 % 1 + Khat -----

% Chapter 12: Figure 12.34, p. 726 % % Step response for the PID compensated temperature controller % for K=5. % Ks=118; a=16; b=70; K=5; K3=Ks-2, K1=a*(2+K3)-1, K2=b*(2+K3) numgc=K*[K3 K1 K2]; d

#include "absacc.h" sbit DQ=P1^0; //c51与DS18B20通信口 unsigned char tempL=0; //温度低八位 unsigned char tempH=0; //温度高八位 float temperature; //显示温度值 void ds18b20_delay(unsigned int time) //延时 { unsi

Attribute VB_Name = "Module1" Public D(1 To 14) As DayType Public D2() As DayType Type DayType Outlook As OutlookEnum Temperature As TemperatureEnum Humidity As HumidityEnum Win

function par=set_parameters(filename,handles) % SPC PARAMETERS par.mintemp = 0.00; % minimum temperature for SPC par.maxtemp = 0.201; % maximum temperature for SP

function par=set_parameters(sr,filename,handles) % SPC PARAMETERS par.mintemp = 0.00; % minimum temperature for SPC par.maxtemp = 0.201; % maximum temperature for

function par=set_parameters_simulation(sr,filename,handles) % SPC PARAMETERS par.mintemp = 0.00; % minimum temperature for SPC par.maxtemp = 0.201; % maximum temp