please anybody send the program for pic to send sms stored in array "sms" from gsm

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April 19, 2015 at 5:59 pm #3631

Gagan
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/* Main.c file generated by New Project wizard

*

* Created: Wed Feb 11 2015

* Processor: PIC18F458

* Compiler: HI-TECH C for PIC18

*/

#include <htc.h>

#include <stdio.h>

#define ldata PORTD

#define rs PORTBbits.RB0

#define rw PORTBbits.RB1

#define en PORTBbits.RB2

void init_adc();

long adc_result();

long double convert_volts(double adc_result);

void lcdcmd(unsigned char value);

void initLCD();

void lcddata(unsigned char value);

//void lcdputfloat(float I);

//void lcdputfloat1(float I);

void lcdputfloat2(float I);

void lcdputint(unsigned int x);

//void MSDelay(unsigned int itime);

void lcdstr(unsigned char *str);

void delay();

long double i_read();

long double v_read();

const char mycom[]={0x0E,0x01,0x06,0x80};

unsigned char digit[6]={0};

void delay1(unsigned int count);

float Temper();

float RAD();

void main(void)

{

TRISD=0;

TRISB=0;

en=0;

int r,r1;

float i=0,v,t,rad,op,ip,eff;

unsigned char sms[20];

TRISAbits.RA0 = 1;

TRISAbits.RA1 = 1;

lcdcmd(0x38);

delay(1);

initLCD();

lcdstr(" WELCOME TO ");

lcdcmd(0xc0);

lcdstr("SPV DATA LOGGER");

delay1(300);

lcdcmd(0x01);

while(1)

{

i=i_read();

lcdcmd(0x80);

lcdstr("Current=");

lcdputfloat2(i);

lcddata('A');

v=v_read();

lcdcmd(0xc0);

lcdstr("Voltage=");

lcdputfloat2(v);

lcddata('V');

delay1(200);

lcdcmd(0x01);

lcdstr(" Temperature ");

lcdcmd(0xc0);

lcdstr(" =");

t=Temper();

lcdputfloat2(t);

lcdstr("'C");

delay1(200);

lcdcmd(0x01);

lcdcmd(0x80);

lcdstr(" Radiation ");

lcdcmd(0xc0);

lcdstr(" =");

rad=RAD();

//lcdputfloat2(rad);

r1=(rad*100)+1;

//lcdputint(r1);

if((r1<=336))

{

r=0;

lcdputint(r);

}

if((r1>336) && (r1<=338))

{

r=80;

lcdputint(r);

}

if((r1>338) && (r1<=340))

{

r=100;

lcdputint(r);

}

if((r1>340) && (r1<=342))

{

r=110;

lcdputint(r);

}

if((r1>342) && (r1<=346))

{

r=120;

lcdputint(r);

}

if((r1>346) && (r1<=348))

{

r=125;

lcdputint(r);

}

if((r1>350) && (r1<=352))

{

r=137;

lcdputint(r);

}

if((r1>352) && (r1<=354))

{

r=140;

lcdputint(r);

}

if((r1>356) && (r1<=358))

{

r=150;

lcdputint(r);

}

if((r1>360) && (r1<=362))

{

r=160;

lcdputint(r);

}

if((r1>362) && (r1<=364))

{

r=170;

lcdputint(r);

}

if((r1>364) && (r1<=366))

{

r=175;

lcdputint(r);

}

if((r1>366) && (r1<=368))

{

r=180;

lcdputint(r);

}

if((r1>370) && (r1<=372))

{

r=197;

lcdputint(r);

}

if((r1>372) && (r1<=374))

{

r=203;

lcdputint(r);

}

if((r1>374) && (r1<=376))

{

r=210;

lcdputint(r);

}

if((r1>376) && (r1<=378))

{

r=225;

lcdputint(r);

}

if((r1>378) && (r1<=380))

{

r=230;

lcdputint(r);

}

if((r1>380) && (r1<=382))

{

r=251;

lcdputint(r);

}

if((r1>382) && (r1<=384))

{

r=261;

lcdputint(r);

}

if((r1>384) && (r1<=386))

{

r=271;

lcdputint(r);

}

if((r1>386) && (r1<=388))

{

r=291;

lcdputint(r);

}

if((r1>=390) && (r1<=392))

{

r=300;

lcdputint(r);

}

if((r1>392) && (r1<=394))

{

r=325;

lcdputint(r);

}

if((r1>394) && (r1<=396))

{

r=348;

lcdputint(r);

}

if((r1>396) && (r1<=398))

{

r=356;

lcdputint(r);

}

if((r1>398) && (r1<=400))

{

r=374;

lcdputint(r);

}

if((r1>400) && (r1<=402))

{

r=400;

lcdputint(r);

}

if((r1>402) && (r1<=404))

{

r=408;

lcdputint(r);

}

if((r1>404) && (r1<=406))

{

r=416;

lcdputint(r);

}

if((r1>406) && (r1<=408))

{

r=464;

lcdputint(r);

}

if((r1>408) && (r1<=410))

{

r=500;

lcdputint(r);

}

if((r1>410) && (r1<=412))

{

r=533;

lcdputint(r);

}

if((r1>412) && (r1<=414))

{

r=575;

lcdputint(r);

}

if((r1>414) && (r1<=416))

{

r=593;

lcdputint(r);

}

if((r1>416) && (r1<=418))

{

r=635;

lcdputint(r);

}

if((r1>418) && (r1<=420))

{

r=650;

lcdputint(r);

}

if((r1>420) && (r1<=422))

{

r=680;

lcdputint(r);

}

if((r1>422) && (r1<=424))

{

r=700;

lcdputint(r);

}

if((r1>424) && (r1<=426))

{

r=732;

lcdputint(r);

}

if((r1>426) && (r1<=428))

{

r=763;

lcdputint(r);

}

if((r1>428) && (r1<=430))

{

r=778;

lcdputint(r);

}

if((r1>430) && (r1<=432))

{

r=850;

lcdputint(r);

}

if((r1>432) && (r1<=434))

{

r=863;

lcdputint(r);

}

if((r1>434) && (r1<=436))

{

r=900;

lcdputint(r);

}

if((r1>436) && (r1<=438))

{

r=945;

lcdputint(r);

}

if((r1>438) && (r1<=440))

{

r=960;

lcdputint(r);

}

if((r1>440) && (r1<=460))

{

r=985;

lcdputint(r);

}

if((r1>460) && (r1<=480))

{

r=1000;

lcdputint(r);

}

lcdstr(" W/m^2");

delay1(200);

ip=(float)(r*0.05);

op=(float)(v*i);

eff=((float)(op/ip)*100);

lcdcmd(0x01);

lcdcmd(0x80);

lcdstr(" Efficiency ");

lcdcmd(0xc0);

lcdstr(" = ");

lcdputint(eff);

lcdstr(" % ");

delay1(200);



sprintf (sms,"v=%.2f,i=%.2f,t=%.1f,r=%f",v,i,t,r); //may cause error if so use *sms

lcdcmd(0x01);

lcdcmd(0x80);

lcdstr(sms);

delay1(400);

}

// while (1)

// ;

}//main end

long adc_result()

{

long i;

ADCON0bits.GO = 1;

while(ADCON0bits.DONE == 1);

i =0;

i|=ADRESH;

i=i<<8;

i |= ADRESL;

return i;

}

long double convert_volts(long double adc_result)

{

long double float_val;

float_val = (adc_result * (5.00/1024.00));

return float_val;

}

void lcdcmd(unsigned char value)

{

ldata=value;

rs=0;

rw=0;

en=1;

delay();

en=0;

}

void initLCD()

{

int z=0;

for(;z<4;z++)

{

lcdcmd(mycom[z]);

delay(3);

}

}

void lcddata(unsigned char value)

{

ldata=value;

rs=1;

rw=0;

en=1;

delay(1);

en=0;

}

/*void lcdputfloat2(long double I)

{

long double x=0;

x=I*10000;

digit[5]=(unsigned char)(x/100000);

digit[4]=(unsigned char)(x/10000)-digit[5]*10;

digit[3]=(unsigned char)(x/1000)-digit[5]*100-digit[4]*10;

digit[2]=(unsigned char)(x/100)-digit[5]*1000-digit[4]*100-digit[3]*10;

digit[1]=(unsigned char)(x/10)-digit[5]*10000-digit[4]*1000-digit[3]*100-digit[2]*10;

digit[0]=x-digit[5]*100000-digit[4]*10000-digit[3]*1000-digit[2]*100-digit[1]*10;

lcddata(digit[5]+0x30);

lcddata(digit[4]+0x30);

lcddata('.');

lcddata(digit[3]+0x30);

lcddata(digit[2]+0x30);

lcddata(digit[1]+0x30);

lcddata(digit[0]+0x30);

}*/

void lcdputfloat2(float I)

{

int x=0;

x=I*100;

//digit[4](x%10)+0x30);

//x=x/10;

digit[3](x%10)+0x30);

x=x/10;

digit[2](x%10)+0x30);

x=x/10;

digit[1](x%10)+0x30);

x=x/10;

digit[0](x%10)+0x30);

x=x/10;

lcddata(digit[0]);

lcddata(digit[1]);

lcddata('.');

lcddata(digit[2]);

lcddata(digit[3]);

//lcddata(digit[4]);

}

void lcdputint(unsigned int x)

{



//digit[4](x%10)+0x30);

//x=x/10;

digit[3](x%10)+0x30);

x=x/10;

digit[2](x%10)+0x30);

x=x/10;

digit[1](x%10)+0x30);

x=x/10;

digit[0](x%10)+0x30);

x=x/10;

lcddata(digit[0]);

lcddata(digit[1]);

lcddata(digit[2]);

lcddata(digit[3]);

//lcddata(digit[4]);

}

void lcdstr(unsigned char *str)

{

while(*str)

{

lcddata(*str++);

//*str++;

}

}

void delay()

{

T0CON=0x80;

TMR0H=0xF6;

TMR0L=0x3C;

T0CONbits.TMR0ON=1;

while(INTCONbits.TMR0IF==0);

T0CONbits.TMR0ON=0;

INTCONbits.TMR0IF=0;

}



long double i_read()

{

long double x=0,y;

long double i,v_sense,I=0.00,n=0.00;

ADCON0 = 0b01000001; //CHAN0(AN0) Select

ADCON1 = 0b11000100;

i = adc_result();

v_sense = convert_volts(i);

/*if(v_sense<=2.50)

{

I=0.000000;

return(I);

}*/

I=(v_sense-2.50)/0.1;

x=v_sense*100;

n=x-250;

if(n<22.00)

{

I=I+(n/100);

}

else if((n>=22.00) && (n<43.00))

{

n=n-21.00;

I=I+(n/100);

}

else if((n>=43.00) && (n<64.00))

{

n=n-42.00;

I=I+(n/100);

}

else if((n>=64.00) && (n<85.00))

{

n=n-63.00;

I=I+(n/100);

}

else if((n>=85.00) && (n<106.00))

{

n=n-84.00;

I=I+(n/100);

}

else if((n>=106.00) && (n<127.00))

{

n=n-105;

I=I+(n/100);

}

return(I);

}



long double v_read()

{

long double j=0;

long double vtg=0.00;

ADCON0 = 0b01001001; //CHAN1(AN1) Select

ADCON1 = 0b11000100;

j=adc_result();

vtg=convert_volts(j);

vtg=vtg*11.03;

return(vtg);

}

float RAD()

{

float temper, j;

ADCON0 = 0b01011001; //CHAN1(AN1) Select

ADCON1 = 0b11001001;

j=adc_result();

temper=convert_volts(j);

//temper=temper*100;

return(temper);

}

float Temper()

{

float temper, j;

ADCON0 = 0b01010001; //CHAN1(AN1) Select

ADCON1 = 0b11001001;

j=adc_result();

temper=convert_volts(j);

temper=temper/0.01;

return(temper);

}

void delay1(unsigned int count) // Function to provide time delay in msec.

{

int i,j;

for(i=0;i<count;i++)

for(j=0;j<1275;j++);

}
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