Fumio Hirose
First Programm.HF Lo Band VFO with LPC1114 and AD9851 module.Built in ELEKEY.Using ACM1602NI.
main.cpp
- Committer:
- jp1nom
- Date:
- 2016-11-13
- Revision:
- 0:5cdf1a556e60
- Child:
- 1:ee890adf56ea
File content as of revision 0:5cdf1a556e60:
#include "mbed.h"
#include "I2cLCD.h"
DigitalOut DATA(dp9);
DigitalOut W_CLK(dp17);
DigitalOut FQ_UD(dp11);
DigitalOut RESET(dp26); //previously known as dp26
DigitalOut LED(dp14);
DigitalOut PTT_OUT(dp18);
DigitalIn PTT_ON(dp1);
DigitalIn DOT(dp4);
DigitalIn BAR(dp6);
DigitalOut KEY(dp13);
DigitalIn BAND_SW(dp10);
DigitalIn JOG_1(dp2);
DigitalIn JOG_2(dp28); //previousｌｙ known as dp28
DigitalIn JOG_3(dp25);
DigitalIn JOG_4(dp16);
double FQX;
double FQD;
double FQD_18 = 1810000;
double FQD_19 = 1907500;
double FQD_351 = 3500000;
double FQD_352 = 3599000;
double FQD_353 = 3680000;
double FQD_381 = 3702000;
double FQD_382 = 3745000;
double FQD_383 = 3791000;
double FQD_4 = 4630000;
double FQD_7 = 7000000;
double FQD_10 = 10100000;
double FQ;
double FQ_18 = 43191352;
double FQ_19 = 45517913;
double FQ_351 = 83519190.5;
double FQ_352 = 85881750;
double FQ_353 = 87814470;
double FQ_381 = 88339811;
double FQ_382 = 89365820;
double FQ_383 = 90463357;
double FQ_4 = 110484088;
double FQ_7 = 167038250;
double FQ_10 = 241012230;
double f1 = 7000000;
double f2 = 7200000;
double f1_CW = 7000000;
double f2_CW = 7045000;
int BAND;
double IF;
double STEPD;
double STEP = 2.386;
float wt = 0.1;
const int a=1;
int s;
Ticker deley;
float del = 0.1;
void DDS(void);
void DDS_U(void);
void DDS_D(void);
void DDS_T(void);
void GET_LCD_DATA(void);
void STEPS(void);
void QSY(void);
void STEPSS(void);
void JOG(void);
void DDS_CW(void);
void PTT_OFF(void);
I2cLCD lcd(dp5, dp27);
int main() {
KEY = 0;
STEPD = 10;
BAND = 7;
FQD = FQD_7;
FQ = FQ_7;
IF = 10857458;//IF 455KHz
// IF = 255329316.50856;// IF 10.7MHz
// lcd.locate(1,1);
// lcd.printf("455K");
// lcd.locate(0,1);
// lcd.printf("10.7M");
LED = 0;
s = 1;
RESET=0;
RESET=1;
wait_us(100);
RESET=0;
DATA=0;
FQ_UD=0;
W_CLK=0;
W_CLK=1;
wait_us(100);
W_CLK=0;
FQ_UD=1;
wait_us(100);
FQ_UD=0;
wait_us(100);
GET_LCD_DATA();
FQX = FQ + IF;
DDS();
DDS();
lcd.locate(8,0);
lcd.printf("0MHz");
lcd.locate(12,1);
lcd.printf("1KHz");
lcd.locate(14,0);
lcd.printf("RX");
lcd.locate(0,1);
lcd.printf("Mode:");
while(1) {
if (PTT_ON==0) {DDS_T();}
// if (FQ_UP==0) {DDS_U();}
// if (FQ_DOWN==0) {DDS_D();}
// if (FSTEP==0) {STEPS();}
if (DOT==0) {DDS_CW();}
if (BAR==0) {DDS_CW();}
if (BAND_SW==0) {QSY();}
if (JOG_1==1) {JOG();}
}
}
void DDS(void) {
unsigned long int DDS_DATA;
unsigned long int BIT_DATA;
int i = 0;
DDS_DATA = FQX;
for (i=0; i<32; i++) {
BIT_DATA = DDS_DATA & 1;
if(BIT_DATA==1) {
DATA = 1;
} else {
DATA = 0;
}
W_CLK = 1;
DDS_DATA = DDS_DATA >> 1;
wait_us(10);
W_CLK = 0;
wait_us(10);
}
DDS_DATA = a;
for (i=0; i<8; i++) {
BIT_DATA = DDS_DATA & 1;
if(BIT_DATA==1) {
DATA = 1;
} else {
DATA = 0;
}
W_CLK = 1;
DDS_DATA = DDS_DATA >> 1;
wait_us(10);
W_CLK = 0;
wait_us(10);
}
FQ_UD = 1;
wait_us(10);
FQ_UD = 0;
wait_us(10);
}
void DDS_U(void) {
// if (FQD <= f1 && FQD <= f2) {
if (s==0) {
if ((FQD + STEPD) <= f2) {
FQD = FQD + STEPD;
FQ = FQ + STEP * 100;
}
}else{
if ((FQD + STEPD * 100) <= f2) {
FQD = FQD + STEPD * 100;
FQ = FQ + STEP * 10000;
}
}
// }
GET_LCD_DATA();
FQX = FQ + IF;
DDS();
wait(wt);
}
void DDS_D(void) {
// if (FQD <= f1 && FQD <= f2) {
if (s==0) {
if ((FQD - STEPD) >= f1) {
FQD = FQD - STEPD;
FQ = FQ - STEP * 100;
}
}else{
if ((FQD - STEPD * 100) >= f1) {
FQD = FQD - STEPD * 100;
FQ = FQ - STEP * 10000;
}
}
// }
GET_LCD_DATA();
FQX = FQ + IF;
DDS();
wait(wt);
}
void DDS_T(void) {
deley.detach();
if (FQD > f1 && FQD < f2) {
GET_LCD_DATA();
lcd.locate( 14, 0 );
lcd.printf( "T" );
FQX = FQ;
DDS();
LED = 1;
PTT_OUT = 1;
while( PTT_ON == 0) {}
PTT_OUT = 0;
LED = 0;
FQX = FQ + IF;
DDS();
}else{
LED=1;
wait(0.2);
LED=0;
wait(0.2);
}
GET_LCD_DATA();
lcd.locate( 14,0 );
lcd.printf( "R" );
}
void GET_LCD_DATA(void) {
char f[9];
sprintf(f,"%8.5lf",FQD / 1000000);
lcd.locate( 0,0 );
lcd.printf( f );
if (FQD >= f1_CW && FQD < f2_CW) {
lcd.locate( 5,1 );
lcd.printf("CW ");
}else{
if(FQD >= f2_CW && FQD < f2 ) {
lcd.locate( 5,1 );
lcd.printf("Phone");
}else{
lcd.locate( 5,1 );
lcd.printf("none ");
}
}
}
void STEPS( void ) {
if (s==1) {
s = 0;
lcd.locate(13,1);
lcd.printf("0");
}else{
s = 1;
lcd.locate(13,1);
lcd.printf("K");
}
wait(0.3);
}
void QSY(void) {
switch (BAND) {
case 7:
BAND = 10;
FQD_7 = FQD;
FQD = FQD_10;
FQ_7 = FQ;
FQ = FQ_10;
f1 = 10100000;
f2 = 10150000;
f1_CW = 10100000;
f2_CW = 10150000;
break;
case 10:
BAND = 18;
FQD_10 = FQD;
FQD = FQD_18;
FQ_10 = FQ;
FQ = FQ_18;
f1 = 1810000;
f2 = 1825000;
f1_CW = 1810000;
f2_CW = 1825000;
break;
case 18:
BAND = 19;
FQD_18 = FQD;
FQD = FQD_19;
FQ_18 = FQ;
FQ = FQ_19;
f1 = 1907500;
f2 = 1912500;
f1_CW = 1907500;
f2_CW = 1912500;
break;
case 19:
BAND = 351;
FQD_19 = FQD;
FQD = FQD_351;
FQ_19 = FQ;
FQ = FQ_351;
f1 = 3500000;
f2 = 3575000;
f1_CW = 3500000;
f2_CW = 3535000;
break;
case 351:
BAND = 352;
FQD_351 = FQD;
FQD = FQD_352;
FQ_351 = FQ;
FQ = FQ_352;
f1 = 3599000;
f2 = 3612000;
f1_CW = 3599000;
f2_CW = 3599000;
break;
case 352:
BAND = 353;
FQD_352 = FQD;
FQD = FQD_353;
FQ_352 = FQ;
FQ = FQ_353;
f1 = 3680000;
f2 = 3687000;
f1_CW = 3680000;
f2_CW = 3680000;
break;
case 353:
BAND = 381;
FQD_353 = FQD;
FQD = FQD_381;
FQ_353 = FQ;
FQ = FQ_381;
f1 = 3702000;
f2 = 3716000;
f1_CW = 3702000;
f2_CW = 3702000;
break;
case 381:
BAND = 382;
FQD_381 = FQD;
FQD = FQD_382;
FQ_381 = FQ;
FQ = FQ_382;
f1 = 3745000;
f2 = 3770000;
f1_CW = 3745000;
f2_CW = 3745000;
break;
case 382:
BAND = 383;
FQD_382 = FQD;
FQD = FQD_383;
FQ_382 = FQ;
FQ = FQ_383;
f1 = 3791000;
f2 = 3805000;
f1_CW = 3791000;
f2_CW = 3791000;
break;
case 383:
BAND = 4;
FQD_383 = FQD;
FQD = FQD_4;
FQ_383 = FQ;
FQ = FQ_4;
f1 = 4629999;
f2 = 4630001;
f1_CW = 4630000;
f2_CW = 4630001;
break;
case 4:
BAND = 7;
FQD_4 = FQD;
FQD = FQD_7;
FQ_4 = FQ;
FQ = FQ_7;
f1 = 7000000;
f2 = 7200000;
f1_CW = 7000000;
f2_CW = 7045000;
break;
default:
BAND = 7;
FQD = FQD_7;
FQ = FQ_7;
break;
}
GET_LCD_DATA();
FQX = FQ + IF;
DDS();
wait(0.3);
}
void STEPSS( void ) {
if (s==0) {
lcd.locate(13,1);
lcd.printf("0");
}else{
lcd.locate(13,1);
lcd.printf("K");
}
// wait(0.3);
}
void JOG( void ) {
int jog;
deley.detach();
jog = JOG_2 * 4 +JOG_3 * 2 + JOG_4 * 1;
switch( jog ) {
case 2:
wt = 0.3;
s = 0;
lcd.locate(12,0);
lcd.printf("> ");
STEPSS();
DDS_U();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 6:
wt = 0.05;
s = 0;
lcd.locate(12,0);
lcd.printf(">>");
STEPSS();
DDS_U();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 4:
wt = 0.3;
s =1;
lcd.locate(12,0);
lcd.printf("> ");
STEPSS();
DDS_U();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 0:
wt = 0.05;
s =1;
lcd.locate(12,0);
lcd.printf(">>");
STEPSS();
DDS_U();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 3:
wt = 0.3;
s = 0;
lcd.locate(12,0);
lcd.printf(" <");
STEPSS();
DDS_D();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 7:
wt = 0.05;
s = 0;
lcd.locate(12,0);
lcd.printf("<<");
STEPSS();
DDS_D();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 5:
wt = 0.3;
s =1;
lcd.locate(12,0);
lcd.printf(" <");
STEPSS();
DDS_D();
lcd.locate(12,0);
lcd.printf(" ");
break;
case 1:
wt = 0.05;
s =1;
lcd.locate(12,0);
lcd.printf("<<");
STEPSS();
DDS_D();
lcd.locate(12,0);
lcd.printf(" ");
break;
default:
wt = 0.05;
s =1;
STEPSS();
DDS_D();
lcd.locate(12,0);
lcd.printf(" ");
break;
}
}
void DDS_CW(void) {
if (FQD > f1 && FQD < f2) {
deley.detach();
GET_LCD_DATA();
lcd.locate( 14, 0 );
lcd.printf( "T" );
FQX = FQ;
DDS();
LED = 1;
PTT_OUT = 1;
KEY = 1;
if (BAR==0) {
wait(3.5*del);
KEY = 0;
wait(del);
}else{
if (DOT==0) {
wait(del);
KEY = 0;
wait(del);
}
}
deley.attach(&PTT_OFF,4*del);
}else{
LED=1;
wait(0.2);
LED=0;
wait(0.2);
}
}
void PTT_OFF(void) {
PTT_OUT = 0;
LED = 0;
KEY = 0;
FQX = FQ + IF;
DDS();
GET_LCD_DATA();
lcd.locate( 14,0 );
lcd.printf( "R" );
}