C LANGUAGE PIC

#include<pic.h>//includePICmicrocontrollerlibrary

//configuration//==========================================================================
__CONFIG(0x3F32);//PICmicrocontrollerconfiguration

//define//==========================================================================
#define rs RB4//RSpinofLCDdisplay
#define e RB5//EpinoftheLCDdisplay
#define lcd_data PORTD//LCDdisplaydataPORT(8-bit)
#define led1 RB7//led1(activehigh)
#define led2 RB6//led2(activehigh)

void delay(unsigned long data);
void send_config(unsigned char data);
void send_char(unsigned char data);
void lcd_goto(unsigned char data);
void lcd_clr(void);
void send_string(const char *s);
void send_num(unsigned short data);
unsigned char usart_rec(void);
void beep_short(void);
void beep_short2(void);
void beep_long(void);
unsigned char read_ad(unsigned char channel);

void main(void)
    {
        //assignvariable
        unsigned char temp,temp1,jwp,jwp1;//declareatemporaryvariableforreadingADC
        unsigned char mode;//declareavariabletorepresentcurrentmode

        //setI/Oinputoutput
        TRISB=0b00000011;//configurePORTBI/Odirection
        TRISA=0b11011011;//configurePORTAI/Odirection
        TRISD=0b00000000;//configurePORTCI/O
       
               //configure lcd
    send_config(0b00000001);            //clear display at lcd
    send_config(0b00000010);            //lcd return to home
    send_config(0b00000110);            //entry mode-cursor increase 1
    send_config(0b00001100);            //display on, cursor off and cursor blink off
    send_config(0b00111000);
               
        //configure
            ADCON0=0b10000001;//enableADCconvertermodule
            ADCON1=0b01000100;//configureADCandANxpin
               
        //initialcondition


    lcd_goto(0);                        //set the lcd cursor to location 0
    send_string("    ELECTRIC    ");        //display "Cytron Tech."
    lcd_goto(20);                        //set the lcd cursor to location 20
    send_string("  TURBOCHARGE");                //display "SK40C"
    delay(100000);
    delay(100000);
             led1=0;//onled1
            led2=0;//offled2
    lcd_clr();
    while(1)//infinityloop
               
    {
    mula:
    lcd_goto(0);//setlcdcursortolocation0
    send_string("HumidityHeatSen ");//display"HumiditySensor"
    temp=read_ad(0);//readAN1(HumiditySensor)
    jwp1= (temp*100)/255;
    temp1=read_ad(1);//readAN1(HumiditySensor)
    jwp=temp1/2;
    lcd_goto(20);//setlcdcursortolocation20
    send_num(jwp1);//displaytheanalogvalueofthegassensor
    lcd_goto(25);//setlcdcursortolocation20
    send_string("%");        //display "Cytron Tech."
    lcd_goto(28);//setlcdcursortolocation20
    send_num(jwp);//displaytheanalogvalueofthegassensor
    lcd_goto(33);//setlcdcursortolocation20
    send_string("C");        //display "Cytron Tech."
   
    if (temp>93 && temp1>100)
    {
    led2=1;
    led1=1;
    goto mula;
    }
    else if (temp1>100)
    {
    led1=1;
    goto mula;
    }
    else if (temp>93)
    {
    led2=1;
    goto mula;
    }

    else
    {   
    led1=0;
    led2=0;
    }
    }
    }
//functions//==========================================================================

void delay(unsigned long data)            //delay function, the delay time
{                                        //depend on the given value
    for( ;data>0;data--);
}

void send_config(unsigned char data)    //send lcd configuration
{
    rs=0;                                //set lcd to configuration mode
    lcd_data=data;                        //lcd data port = data
    e=1;                                //pulse e to confirm the data
    delay(50);
    e=0;
    delay(50);
}

void send_char(unsigned char data)        //send lcd character
{
     rs=1;                                //set lcd to display mode
    lcd_data=data;                        //lcd data port = data
    e=1;                                //pulse e to confirm the data
    delay(10);
    e=0;
    delay(10);
}
   
void lcd_goto(unsigned char data)        //set the location of the lcd cursor
{                                        //if the given value is (0-15) the
     if(data<16)                            //cursor will be at the upper line
    {                                    //if the given value is (20-35) the
         send_config(0x80+data);            //cursor will be at the lower line
    }                                    //location of the lcd cursor(2X16):
    else                                // -----------------------------------------------------
    {                                    // | |00|01|02|03|04|05|06|07|08|09|10|11|12|13|14|15| |
         data=data-20;                    // | |20|21|22|23|24|25|26|27|28|29|30|31|32|33|34|35| |
        send_config(0xc0+data);            // -----------------------------------------------------   
    }
}


void lcd_clr(void)                        //clear the lcd
{
     send_config(0x01);
    delay(600);   
}

void send_string(const char *s)            //send a string to display in the lcd
{         
      while (s && *s)send_char (*s++);
}

    void send_num(unsigned short data)//functiontodisplayavalueonlcddisplay
{
    unsigned char tenthou,thou,hund,tenth;
    tenthou=data/10000;//gettenthousandvalue
    data=data%10000;
    thou=data/1000;//getthousandvalue
    data=data%1000;
    hund=data/100;//gethundredvalue
    data=data%100;
    tenth=data/10;//gettenthvalue
    data=data%10;//getunitvalue
   
   
    send_char(0x30+tenthou);//displaythetenthousandvalue
    send_char(0x30+thou);//displaythethousandvalue
    send_char(0x30+hund);//displaythehundredvalue
    send_char(0x30+tenth);//displaythetenthvalue
    send_char(0x30+data);//displaytheunitvalue
   
    }
   
        unsigned char read_ad(unsigned char channel)//fucntionreadanaloginputaccordingtothegivenchannel
    {
   
        unsigned char result;//declareavariablecallresult
        switch(channel)
        {
        case 0://if
       
    ADCON0 = 0b10000001;
       
        break;
        case 1://ifchannel=1
       
            ADCON0 = 0b10001001;
       
        break;
       
        }
        GO=1;//startADCconvertion
        while(GO);//waitforADCconvertiontocomplete
        result=ADRESH;//readtheresult
        return result;//returntheresult
       
        }

THE RESULT PIC (SOFTWARE)


Firstly, it will show "ELECTRIC TURBOCHARGE",  then it will delay and after that show the result below;

The sensor is setting according to datasheet. When the output is 2.5V is the result humidity 45% and temp is 40'c.When data is reach the value that we set, the led is on. Led red is for temp and yellow is for humidity.

PIC AND PROGRAMMING PART(VIRTUAL)

 I'm using the micro c software that I have learn and more understand to simulate the program before doing it.The program write in MPLAB and the components using protues ISIS.

  

 PROTUES ISIS

MPLAB

There are some circuit to have to combine with the sensor.

SENSOR TYPE

 HUMIDITY SENSOR (EMD-2000)

TEMPERATURE SENSOR (DS18B20)

First this the first sensor type that i want to use, but there is a problem to match with the program. After that, I ask my friend and electronic lecturer what is the easy to calibrate and match with my program and I choose HSM-2OG like picture below;

lucky the price is not to expensive according to the budget. Most of the expensive electronic component is using sensor and that the main thing we have to care and take serious.

SECOND SEMESTER...WEEK 1

First Part...

Checking and testing The Turbine ,Dc Motor, Relay ,Fuse and Switch.

use the turbine that use 12v dc motor

 micro switch we can buy at local market that can stand 12v 

 fuse from motorcycle now days such as yamaha lc135

 

relay also from local motorcycle (easy to use because already use at motorcycle)