Paul Staron
Demo program for the Oled display
main.cpp
- Committer:
- star297
- Date:
- 2015-01-12
- Revision:
- 3:1fb597da3fdf
- Parent:
- 2:1eac3ea8c6e8
File content as of revision 3:1fb597da3fdf:
#include "mbed.h"
#include "OLED32028P1T.h"
OLED32028P1T oled(PTE0,PTE1,PTA12); // Oled Display tx, rx, rs
InterruptIn dcfSignalIn(PTC0); // conection of output NON-inverting DCF module
DigitalOut SignalLED(LED3); // indicates DCF signal on Mbed
Timer T1,T2,T3;
Ticker Ticker50ms; // DCF IRQ timer
#define clkx 110 //this point represent the x center of the clock where maths is done
#define clky 138 //this point represent the y center of the clock where maths is done
char timebuf[40];
char datebuf[40];
char paritycheck,paritym,parityu,paritydmy;
char testu,testm,testdmy,summertime;
char min,minh,minl,hourh,hourl,day,dayh,dayl,monthh,monthl,yearh,yearl;
char weekDayName[7][4] = {"Sun","Mon","Tue","Wed","Thu", "Fri","Sat"};
char monthName[12][4] = {"Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"};
char MAX_DAY[12] = {31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31}; // Max days in a month for a non-leap year
char statusText[6][20] = {"Waiting Synchronise"," Wait for 21st bit ","Reading Signal data"," Checking Parity "," Last Minute Okay "," Signal error "};
char leapSymbol[2][10] = {" ", "Leap Year"};
int hour,minute,second,dayofweek,dayofmonth,month,year,nextsec;
int RTCsecond,RTCminute,RTChour,RTCdayofweek,RTCdayofmonth,RTCmonth,RTCyear;
int xbuffer,ybuffer,IRQ;
int xs,ys,xm,ym,xh,yh,x,y;
int handHour=60,handMin=75,handSec=78; //RTC clock hand sizes
int numposx=105,numposy=135; // RTC clock number screen posistion
int start,sync,SignalStatus,nosignal,laststart,loop,interrupt_counter,dcf_sec,error_count;
int tz,rtcset,rtcset_times;
int r=255,g=255,b=255;
int draw_graph,dcf_good,signal_error,dcf_error,display;
int p_minute,p_hour,p_dayofweek,p_dayofmonth,p_month,p_year;
int dcf_array[61];
float angleH,angleM,angleS;
float fsecond,fminute;
typedef unsigned char byte;
struct tm t;
void RTCsetclock(),RTCset(),RTCread(),RTCclock(),RTCclockdraw(),RTCclockupdate();
void dcfISR(),dcfIRQ(),checkSIGNAL(),signal(),DCFbitprint();
void DCFclock(),DCFloop(),DCFshowClock(),DCFtestparity();
void DCFcheck(),bitprint(),DCFdrawgraph();
void DCFbitmapdraw(),DCFparitycalc(),DCFbitstatus(),DCFbitstatus2();
void DCFsetTime();
struct SignalStatus {
bool is_leap; // Leap year flag (NOT actually transmitted but calculated)
bool DCFsample50; // dcf sample at 50mS into the start of the second, seocnd marker pulse
bool DCFsample150; // dcf sample at 150mS into the start of the second, bit=1 if high, 0 if low
bool DCFsample300; // dcf sample at 300mS into the start of the second, error if high
bool DCFsample500; // dcf sample at 500mS into the start of the second, error if high
bool DCFsample600; // dcf sample at 600mS into the start of the second, error if high
unsigned char frame; // Received MSF framing code 01111110
int second; // MSF-DCF second (NOT actually transmitted but calculated)
} dcf_status;
// Return the maximum day in month for a given month & year
byte maxDay(byte year, byte month)
{
byte lastday, leap;
leap = year%4 == 0 && year%100 !=0 || year%400 == 0;
lastday = MAX_DAY[month - 1];
dcf_status.is_leap = leap > 0 ? 1 : 0;
if ((leap > 0) && (month == 2))
lastday++;
return lastday;
}
int main() {
SignalLED=1;
oled.init();
oled.clear();
oled.setTextBackgroundType(TEXT_OPAQUE);
oled.setFontSize(FONT12X16);oled.setFontColor(oled.toRGB(255,255,0));
oled.drawText(2,0,(FONT12X16),"--drawText vs. printf--",oled.toRGB(255,0,255));
oled.drawText(2,22,(FONT5X7),"Use drawText as much as possible, it's nearly twice",oled.toRGB(255,255,255));
oled.drawText(2,23,(FONT5X7),"as fast as printf. Make sure the serial stream is",oled.toRGB(255,255,255));
oled.drawText(2,24,(FONT5X7),"NOT",oled.toRGB(255,0,0));
oled.drawText(6,24,(FONT5X7),"interrupted when printing.",oled.toRGB(255,255,255));
if (time(NULL) < 1396310400) {set_time(1396310400);}
T3.start();
while(T3<10){
oled.setFontColor(oled.toRGB(0,255,255));
oled.locate (12,18);
oled.printf("Next page in %2.1f seconds ",10 - T3.read());
time_t seconds = time(NULL);
strftime(timebuf, 32, "RTC %I:%M:%S %p", localtime(&seconds));
strftime(datebuf, 32, "%a %d %b %Y ", localtime(&seconds));
T1.start();
oled.drawText(2,2,(FONT12X16),timebuf,oled.toRGB(255,255,0));
oled.drawText(2,3,(FONT12X16),datebuf,oled.toRGB(255,255,0));
T1.stop();
T2.start();
oled.setFontColor(oled.toRGB(0,255,0));
oled.setFontSize(FONT12X16);
oled.locate (2,6);
oled.printf("%s",timebuf);
oled.locate (2,7);
oled.printf("%s",datebuf);
T2.stop();
oled.setFontColor(oled.toRGB(255,255,255));
oled.setFontSize(FONT8X12);
oled.locate (4,6);
oled.printf("drawText time %3.2f mS",T1.read()*1000);T1.reset();
oled.locate (4,11);
oled.printf("printf time %3.2f mS",T2.read()*1000);T2.reset();
oled.locate (4,12);
oled.printf("%d",seconds);
}
T3.reset();
while(1){
IRQ=0;
SignalLED=1;
RTCclock();
}
}
void RTCclock()
{
while(IRQ==0){
oled.disableTouch();oled.clear();
oled.setTextBackgroundType (TEXT_TRANSPARENT);
RTCclockdraw();
oled.drawTextButton(1, 200, 210,(oled.toRGB(0,100,100)),(FONT12X16),(oled.toRGB(255,255,255)), 1, 1, "DCF Clock");
oled.drawTextButton(1, 252, 185,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "Set RTC");
oled.setTextBackgroundType (TEXT_OPAQUE);
oled.drawText(0,0,(FONT12X16),"RTC Clock",oled.toRGB(0,255,0));
oled.drawText(38,7,(FONT5X7),"Touch position",oled.toRGB(255,0,0));
oled.enableTouch();oled.resetTouchArea();
T1.start();
while(IRQ==0){
oled.setFontSize(FONT12X16);oled.locate(0,1);
oled.setFontColor(oled.toRGB(255,255,255));
time_t seconds = time(NULL);
strftime(timebuf, 32, "%I:%M:%S.", localtime(&seconds));
strftime(datebuf, 32, "%a %d %b %Y ", localtime(&seconds));
oled.drawText(11,0,(FONT12X16),timebuf,oled.toRGB(255,255,255));
oled.drawText(11,1,(FONT12X16),datebuf,oled.toRGB(255,255,255));
if (seconds != nextsec){T1.reset();RTCclockupdate();nextsec=seconds;}
oled.locate(20,0);
oled.printf("%02.f ",T1.read()*100);
oled.getTouch(&xbuffer,&ybuffer);
oled.setFontSize(FONT5X7);oled.locate(40,9); // this indicates touch position
oled.printf("X %03d Y %03d ",xbuffer,ybuffer); // can be removed
if((xbuffer>195 && xbuffer<300) && (ybuffer>205 && ybuffer<220)){DCFclock();}
if((xbuffer>240 && xbuffer<300) && (ybuffer>182 && ybuffer<200)){RTCsetclock();}
}
}
}
void RTCclockdraw()
{
(x)=0;
while ((x)<60){
x++;angleS=(x)*6; // clock minute markers in angle form
xs=(sin((angleS*3.14)/180)) * 90; // X component of markers
ys=(cos((angleS*3.14)/180)) * 90; // Y component of markers
oled.drawLine(clkx,clky,clkx+xs,clky-ys,oled.toRGB(255,255,255));
}
(x)=0;
while ((x)<13){
x++;angleS=(x)*30; // clock hour markers in angle form
xs=(sin((angleS*3.14)/180)) * 90; // X component of markers
ys=(cos((angleS*3.14)/180)) * 90; // Y component of markers
oled.drawLine(clkx,clky,clkx+xs,clky-ys,oled.toRGB(0,255,255));
if (x==1) oled.drawTextGraphic(numposx +(xs+8),numposy + (ys+8), FONT5X7, "5", 1, 1, oled.toRGB(255,255,255));
if (x==2) oled.drawTextGraphic(numposx +(xs+10),numposy + (ys+4), FONT5X7, "4", 1, 1, oled.toRGB(255,255,255));
if (x==3) oled.drawTextGraphic(numposx +(xs+10),numposy + (ys), FONT5X7, "3", 1, 1, oled.toRGB(255,255,255));
if (x==4) oled.drawTextGraphic(numposx +(xs+10),numposy + (ys-4), FONT5X7, "2", 1, 1, oled.toRGB(255,255,255));
if (x==5) oled.drawTextGraphic(numposx +(xs+8),numposy + (ys-8), FONT5X7, "1", 1, 1, oled.toRGB(255,255,255));
if (x==6) oled.drawTextGraphic(numposx +(xs),numposy + (ys-8), FONT5X7, "12", 1, 1, oled.toRGB(255,255,255));
if (x==7) oled.drawTextGraphic(numposx +(xs-4),numposy + (ys-8), FONT5X7, "11", 1, 1, oled.toRGB(255,255,255));
if (x==8) oled.drawTextGraphic(numposx +(xs-10),numposy + (ys-4), FONT5X7, "10", 1, 1, oled.toRGB(255,255,255));
if (x==9) oled.drawTextGraphic(numposx +(xs-4),numposy + (ys), FONT5X7, "9", 1, 1, oled.toRGB(255,255,255));
if (x==10) oled.drawTextGraphic(numposx +(xs-4),numposy + (ys+4), FONT5X7, "8", 1, 1, oled.toRGB(255,255,255));
if (x==11) oled.drawTextGraphic(numposx +(xs),numposy + (ys+8), FONT5X7, "7", 1, 1, oled.toRGB(255,255,255));
if (x==12) oled.drawTextGraphic(numposx +(xs+3),numposy + (ys+8), FONT5X7, "6", 1, 1, oled.toRGB(255,255,255));
}
oled.setPenSize(0);
oled.drawCircle(clkx,clky,80,oled.toRGB(0,0,0));
oled.setPenSize(1);
oled.drawCircle(clkx,clky,80,oled.toRGB(255,255,255));
oled.drawCircle(clkx,clky,90,oled.toRGB(255,255,255));
(x)=0;
}
void RTCsetclock()
{
oled.disableTouch();oled.clear();
oled.drawText(0,0,(FONT12X16)," --Manual set RTC Time--",oled.toRGB(0,255,0));
oled.setTextBackgroundType (TEXT_TRANSPARENT);
oled.drawTextButton(1, 265, 200,(oled.toRGB(0,100,100)),(FONT5X7),(oled.toRGB(255,255,255)), 1, 1, " Back ");
oled.drawTextButton(1, 10, 200,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " Reset RTC ");
oled.drawTextButton(1, 120, 200,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " Set RTC ");
oled.drawTextButton(1, 16, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "+");
oled.drawTextButton(1, 16, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "-");
oled.drawTextButton(1, 52, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "+");
oled.drawTextButton(1, 52, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "-");
oled.drawTextButton(1, 88, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "+");
oled.drawTextButton(1, 88, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "-");
oled.drawTextButton(1, 174, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "+");
oled.drawTextButton(1, 174, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, "-");
oled.drawTextButton(1, 208, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " + ");
oled.drawTextButton(1, 208, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " - ");
oled.drawTextButton(1, 270, 115,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " + ");
oled.drawTextButton(1, 270, 140,(oled.toRGB(0,100,100)),(FONT8X12),(oled.toRGB(255,255,255)), 1, 1, " - ");
oled.setTextBackgroundType (TEXT_OPAQUE);
oled.setFontSize(FONT8X12);oled.locate (6,14);
oled.setFontColor(oled.toRGB(255,255,255));
time_t seconds = time(NULL);
oled.printf("time_t = %d seconds",seconds);
RTCread();
second=RTCsecond;minute=RTCminute;hour=RTChour;dayofweek=RTCdayofweek;dayofmonth=RTCdayofmonth;month=RTCmonth;year=RTCyear;
while(IRQ==0){
oled.enableTouch();
time_t seconds = time(NULL);
strftime(timebuf, 26, "%H:%M:%S", localtime(&seconds));
strftime(datebuf, 26, "%a %d %b' %Y", localtime(&seconds));
oled.drawText(1,2,(FONT12X16),timebuf,oled.toRGB(255,255,0));
oled.drawText(10,2,(FONT12X16),datebuf,oled.toRGB(255,255,0));
oled.setFontSize(FONT8X12);oled.locate (6,5);
oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("time_t = %d seconds",seconds);
oled.getTouch(&xbuffer,&ybuffer);
if((xbuffer>240 && xbuffer<290) && (ybuffer>190 && ybuffer<210)){IRQ=1;}
if((xbuffer>20 && xbuffer<109) && (ybuffer>190 && ybuffer<210)){
set_time(1420070400);time_t seconds = time(NULL);RTCread();
second=RTCsecond;minute=RTCminute;hour=RTChour;dayofweek=RTCdayofweek;dayofmonth=RTCdayofmonth;month=RTCmonth;year=RTCyear;
oled.setFontSize(FONT8X12);oled.locate (6,14);
oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("time_t = %d seconds",seconds);
}
if((xbuffer>120 && xbuffer<195) && (ybuffer>195 && ybuffer<210)){RTCset();time_t seconds = time(NULL);RTCread();
second=RTCsecond;minute=RTCminute;hour=RTChour;dayofweek=RTCdayofweek;dayofmonth=RTCdayofmonth;month=RTCmonth;year=RTCyear;
oled.setFontSize(FONT8X12);oled.locate (6,14);
oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("time_t = %d seconds",seconds);
}
if((xbuffer>25 && xbuffer<40) && (ybuffer>124 && ybuffer<140)){hour++;}
if((xbuffer>25 && xbuffer<40) && (ybuffer>146 && ybuffer<160)){hour--;}
if((xbuffer>58 && xbuffer<74) && (ybuffer>124 && ybuffer<140)){minute++;}
if((xbuffer>58 && xbuffer<74) && (ybuffer>146 && ybuffer<160)){minute--;}
if((xbuffer>90 && xbuffer<105) && (ybuffer>124 && ybuffer<140)){second++;}
if((xbuffer>90 && xbuffer<105) && (ybuffer>146 && ybuffer<160)){second--;}
if((xbuffer>170 && xbuffer<186) && (ybuffer>124 && ybuffer<140)){dayofmonth++;}
if((xbuffer>170 && xbuffer<186) && (ybuffer>146 && ybuffer<160)){dayofmonth--;}
if((xbuffer>200 && xbuffer<230) && (ybuffer>124 && ybuffer<140)){month++;}
if((xbuffer>200 && xbuffer<230) && (ybuffer>146 && ybuffer<160)){month--;}
if((xbuffer>258 && xbuffer<288) && (ybuffer>124 && ybuffer<140)){year++;}
if((xbuffer>258 && xbuffer<288) && (ybuffer>146 && ybuffer<160)){year--;}
oled.disableTouch();
if (second >= 60) {second = 0;}
if (second < 0) {second = 59;}
if (minute >= 60) {minute = 0;}
if (minute < 0) {minute = 59;}
if (hour >= 24) {hour = 0;}
if (hour < 0) {hour = 23;}
if (dayofweek > 6){dayofweek = 0;}
if (dayofweek < 0){dayofweek = 6;}
if (month > 12) {month = 1;}
if (month < 1) {month = 12;}
if (dayofmonth <1) {dayofmonth = maxDay(year, month);}
if (dayofmonth > maxDay(year, month)) {dayofmonth = 1;}
if (year > 99) {year = 1;}
if (year < 0) {year = 99;}
oled.setFontSize(FONT12X16);oled.locate(1,6);
oled.setFontColor(oled.toRGB(128,255,255));
oled.printf("%2d:%02d:%02d ",hour,minute,second);
oled.printf("%s %02d %s' 20%02d",weekDayName[dayofweek],dayofmonth,monthName[month-1],year);
}
}
void RTCclockupdate()
{
RTCread();
fsecond = (RTCsecond/12);
fminute = (RTCminute/12);
if (x==1){ //Erase all hands
oled.drawLine(clkx,clky,clkx+xs,clky-ys,oled.toRGB(0,0,0)); // Erase Second's hand
oled.drawLine(clkx,clky,clkx+xm,clky-ym,oled.toRGB(0,0,0)); // Erase Minute's hand
oled.drawLine(clkx,clky,clkx+xh,clky-yh,oled.toRGB(0,0,0)); // Erase Hour's hand
}
//Calculations to get the second point of the clock hands. (first point is always the center of the clock)
angleS=(RTCsecond*6); //seconds in angle form, 360 degrees divided by 60 seconds = 6, x6 to get current angle
xs=(sin((angleS*3.14)/180)) * handSec; //get X component of the second's hand
ys=(cos((angleS*3.14)/180)) * handSec; //get Y component of the second's hand
angleM=((RTCminute*6) + fsecond); //minutes in angle form, 360 degrees divided by 60 minutes = 6, add seconds fraction, x6 to get current angle
xm=(sin((angleM*3.14)/180)) * handMin; //get X component of the minutes's hand
ym=(cos((angleM*3.14)/180)) * handMin; //get Y component of the minutes's hand
angleH=(((RTChour*5) + (fminute))*6); //hours in angle form, 360 degrees multiply hours by 5 hours = 60, add minute fraction, x6 to get angle
xh=(sin((angleH*3.14)/180)) * handHour; //get X component of the hours's hand
yh=(cos((angleH*3.14)/180)) * handHour; //get Y component of the hours's hand
x=1;
//Draw current time hands
oled.drawLine(clkx,clky,clkx+xm,clky-ym,oled.toRGB(255,255,255));
oled.drawLine(clkx,clky,clkx+xh,clky-yh,oled.toRGB(0,255,255));
oled.drawLine(clkx,clky,clkx+xs,clky-ys,oled.toRGB(255,255,0));
oled.setPenSize(0);
oled.drawCircle(clkx,clky,5,oled.toRGB(255,255,255)); // Draw the center of the second's hand
}
void RTCread()
{
time_t seconds = time(NULL);
char buffer[80];
strftime(buffer, 2,"%S", localtime(&seconds));
RTCsecond = atoi(buffer);
strftime(buffer, 2,"%M", localtime(&seconds));
RTCminute = atoi(buffer);
strftime(buffer, 2,"%H", localtime(&seconds));
RTChour = atoi(buffer);
strftime(buffer, 2,"%d", localtime(&seconds));
RTCdayofmonth = atoi(buffer);
strftime(buffer, 2,"%w", localtime(&seconds));
RTCdayofweek = atoi(buffer);
strftime(buffer, 2,"%m", localtime(&seconds));
RTCmonth = atoi(buffer);
strftime(buffer, 2,"%y", localtime(&seconds));
RTCyear = atoi(buffer);
}
void RTCset()
{
t.tm_sec = (second); // 0-59
t.tm_min = (minute); // 0-59
t.tm_hour = (hour); // 0-23
t.tm_mday = (dayofmonth); // 1-31
t.tm_mon = (month-1); // 0-11 DCF "0" = Jan, -1 added for Mbed RCT clock format
t.tm_year = ((year)+100); // year since 1900, current DCF year + 100 + 1900 = correct year
set_time(mktime(&t)-3600); // set RTC clock to DCF -1 hour for GMT time zone
rtcset=1;
}
// **************************** DCF clock **********************************************
void DCFclock()
{
oled.clear();
oled.drawText(0,1,(FONT12X16),("--- DCF77 Atomic Clock ---"),oled.toRGB(255,255,255));
oled.drawText(3,3,(FONT12X16),("Checking Signal..."),oled.toRGB(255,255,255));
T1.reset();T1.start();
while(dcfSignalIn == 1 && T1.read()<.5){}
while(dcfSignalIn == 0 && T1.read()<.5){}
T1.stop();
if (T1.read()>.5){
T1.stop();
oled.drawText(0,5,(FONT12X16),(" !! No signal detected !! "),oled.toRGB(255,0,0));
oled.drawText(2,9,(FONT8X12),("Connect Non inverting signal of DCF"),oled.toRGB(255,255,255));
oled.drawText(2,10,(FONT8X12),("receiver module to specified Pin."),oled.toRGB(255,255,255));
oled.drawText(5,12,(FONT8X12),("Running Demo mode."),oled.toRGB(255,255,255));
wait(5);
}
wait(1);
oled.clear();DCFbitmapdraw();RTCread();
second=RTCsecond;minute=RTCminute;hour=RTChour;dayofweek=RTCdayofweek;dayofmonth=RTCdayofmonth;month=RTCmonth;year=RTCyear;
if(tz==0) {oled.drawText(0,0,(FONT8X12)," RTC Clock Time (GMT)",oled.toRGB(255,0,0));}
if (tz==1) {oled.drawText(0,0,(FONT8X12)," RTC Clock Time (CET)",oled.toRGB(255,0,0));}
if (tz==2) {oled.drawText(0,0,(FONT8X12)," RTC Clock Time (EET)",oled.toRGB(255,0,0));}
if (tz==3) {oled.drawText(0,0,(FONT8X12)," RTC Clock Time (MSK)",oled.toRGB(255,0,0));}
oled.drawText(22,5,(FONT8X12)," DCF Time (CET)",oled.toRGB(255,255,0));
oled.setTextBackgroundType (TEXT_TRANSPARENT);
oled.drawTextButton(1, 270, 140,(oled.toRGB(0,100,100)),(FONT5X7),(oled.toRGB(255,255,255)), 1, 1, " Back ");
oled.setTextBackgroundType (TEXT_OPAQUE);
draw_graph=0;DCFdrawgraph();
oled.drawLine(155,190,169,190, oled.toRGB(225, 255, 255));
oled.drawLine(169,190,169,203, oled.toRGB(225, 255, 255));
oled.drawLine(170,203,287,203, oled.toRGB(255,255,255));
oled.drawLine(287,190,287,203, oled.toRGB(225, 255, 255));
oled.drawLine(288,190,305,190, oled.toRGB(225, 255, 255));
oled.drawText(0,26,(FONT5X7)," 0 start min hour Dt dy mon year 60",oled.toRGB(255,0,0));
oled.setTouchArea(240,140,290,160);
start=0;sync=1;x=0;y=5;r=0;SignalStatus=0;laststart=2;loop=0;
interrupt_counter = 0;dcf_sec=0;error_count=0,display=0;signal_error=0;rtcset_times=0;
hour = 0;minute = 0,second = 0,dayofweek = 6;dayofmonth = 1;month = 1;year = 0;
T1.start();
while(dcfSignalIn == 1 && T1.read()<.5){}
while(dcfSignalIn == 0 && T1.read()<.5){}
T1.stop();
dcfSignalIn.rise(dcfIRQ); //Trigger dcfISR Ticker on rising edge of DCF pulse
interrupt_counter = 0;sync=0;
Ticker50ms.attach(& dcfISR, .05);
while (IRQ==0) {
if (loop==0) {
DCFloop(); // Continuously get dcf time and Display data every second interrupted by the Ticker every 50ms
loop=1;}
}
oled.clear();
}
void DCFloop()
{
if (interrupt_counter == 0) {
if (start == 0) {dcf_sec=0;}
if (dcf_sec == 0){dcf_array[58] = 0;}
if (dcf_good==1 && dcf_sec==2) {RTCset();}
}
if (interrupt_counter == 1) {
oled.setFontSize(FONT12X16);
oled.locate(15,5);oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("%02d:%02d:%02d", hour, minute, second);
oled.locate(3,13);oled.setFontColor(oled.toRGB(255,255,255));
oled.setFontSize(FONT12X16);oled.printf("%02d",dcf_sec);
}
if (interrupt_counter==2){
if (rtcset==0) {
oled.drawText(33,2,(FONT5X7),"RTC -- un-set -- ",oled.toRGB(255,0,0));}
if (rtcset==1) {
oled.drawText(33,2,(FONT5X7),"RTC *** set *** ",oled.toRGB(0,255,0));}
oled.setFontSize(FONT12X16);oled.locate(0,1);
oled.setFontColor(oled.toRGB(255,255,255));
RTCread();
oled.printf("%2d:%02d:%02d",RTChour,RTCminute,RTCsecond);
}
if (interrupt_counter == 4) {
if (dcf_sec > 59) {dcf_sec = 0;}
if (dcf_sec>20 && signal_error==1) {DCFbitmapdraw();DCFdrawgraph();start=0;signal_error=0;SignalStatus=5;}
if (dcf_sec == 57) {oled.drawText(36,7,(FONT8X12)," ",oled.toRGB(0,0,0));}
if (start == 0 && signal_error==0) {SignalStatus=0;}
}
if (interrupt_counter == 6 && dcf_sec > 0){
if (dcf_sec==1){DCFdrawgraph();SignalStatus = 1;}
oled.setPenSize(1); oled.drawRectangle(11, 229, (dcf_sec*5), 8, oled.toRGB(0,255,0));draw_graph=0;
if (signal_error==1) {DCFdrawgraph();signal_error=0;SignalStatus=5;}
}
if (interrupt_counter == 7){
DCFbitstatus();
if (dcf_sec == 21){SignalStatus=2;r = !r;}
if (dcf_sec > 20 && dcf_sec < 59 ) {DCFbitprint();}
}
if (interrupt_counter == 8){
if (start==1){dcf_array[dcf_sec]=dcf_status.DCFsample150;}
oled.setFontSize(FONT12X16);oled.locate(0,2);
oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("%s %02d %s' 20%02d",weekDayName[RTCdayofweek],RTCdayofmonth,monthName[RTCmonth-1],RTCyear);
}
if (interrupt_counter == 10) {
oled.setFontSize(FONT8X12);oled.locate(23,8);oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("%s %02d %s' 20%02d", weekDayName[dayofweek], dayofmonth, monthName[month-1], year);
if (summertime) oled.drawText(23,9,(FONT8X12),"Summer Time",oled.toRGB(255,128,0));
else oled.drawText(23,9,(FONT8X12),"Winter Time",oled.toRGB(0,255,255));
oled.drawText(23,10,(FONT8X12),leapSymbol[dcf_status.is_leap],oled.toRGB(0,255,160));
}
if (interrupt_counter == 11 & second == 1) {
oled.setFontSize(FONT5X7);oled.locate(34,5);
oled.setFontColor(oled.toRGB(255,255,255));
oled.printf("RTC set x %d", rtcset_times);
}
if (interrupt_counter == 12){
if (SignalStatus==0) {oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(255,255,255));}
if (SignalStatus==1) {oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(255,255,0));}
if (SignalStatus==2) {oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(0,255,255));}
if (SignalStatus==3) {oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(0,0,255));}
if (SignalStatus==4) {oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(0,255,0));}
if (SignalStatus==5) {
oled.drawText(26,20,(FONT5X7),statusText[SignalStatus],oled.toRGB(255,0,0));
oled.drawText(36,7,(FONT8X12)," ",oled.toRGB(0,0,0));
start=0;SignalStatus=0;sync=0;
}
}
if (interrupt_counter==13){
if (start==0 && laststart != start) {oled.drawText(26,18,(FONT5X7),("No Sync "),oled.toRGB(255,0,0));laststart=start;}
if (start==1 && laststart != start) {oled.drawText(26,18,(FONT5X7),("In Sync - running"),oled.toRGB(0,255,0));laststart=start;}
}
if (interrupt_counter>13){
oled.getTouch(&xbuffer,&ybuffer);
if (display==0){
if((xbuffer>2 && xbuffer<318) && (ybuffer>2 && ybuffer<238)){
oled.displayControl(0x01,0x01);display=1;
oled.resetTouchArea();}}
if((xbuffer>240 && xbuffer<290) && (ybuffer>140 && ybuffer<160)){
dcfSignalIn.rise(NULL);Ticker50ms.detach();IRQ=1;}
}
if (interrupt_counter == 19){DCFbitstatus();}
}
void DCFtestparity()
{
rtcset=0;DCFparitycalc();
paritycheck= testu or testm or testdmy;
if (p_year>99) paritycheck=1;
if (p_month>12) paritycheck=1;
if (p_dayofmonth>31) paritycheck=1;
if (p_hour>23) paritycheck=1;
if (p_minute>59) paritycheck=1;
if (paritycheck) {dcf_good=0;SignalStatus = 5;} // bad parity
else {dcf_good=1;SignalStatus = 4;} // good parity
}
void DCFsetTime()
{
second = dcf_sec;
minute=p_minute;
hour=p_hour;
dayofweek=p_dayofweek;
dayofmonth=p_dayofmonth;
month=p_month;
year=p_year;
oled.drawText(36,7,(FONT8X12),"*",oled.toRGB(0,255,0));
rtcset_times++;
}
void DCFbitprint()
{
if (r==1) {oled.setFontColor(oled.toRGB(0,0,255));} // alternate bit draw colour
else {oled.setFontColor(oled.toRGB(255,255,255));}
oled.setFontSize(FONT8X12);
if (dcf_sec==21){x=5;y=7;}
if (dcf_sec==28){x=5;y=15;oled.locate(5,15);oled.printf(" ");}
if (dcf_sec==29){x=7;y=7;}
if (dcf_sec==35){x=7;y=15;}
if (dcf_sec==36){x=9;y=7;}
if (dcf_sec==42){x=11;y=7;}
if (dcf_sec==45){x=13;y=7;}
if (dcf_sec==50){x=15;y=7;}
oled.locate(x,y);
oled.printf("%d",dcf_status.DCFsample150);
y++;
}
void DCFbitmapdraw()
{
x=2,y=6;
oled.drawText(x-2,y,(FONT8X12)," Dcf M H D d M Y",oled.toRGB(255,255,0));
oled.drawText(x,y+1,(FONT8X12)," 1 i o a a o e",oled.toRGB(255,255,0));
oled.drawText(x,y+2,(FONT8X12)," 2 n u t y n a",oled.toRGB(255,255,0));
oled.drawText(x,y+3,(FONT8X12)," 4 u r e t r",oled.toRGB(255,255,0));
oled.drawText(x,y+4,(FONT8X12)," 8 t h ",oled.toRGB(255,255,0));
oled.drawText(x,y+5,(FONT8X12),"10 e ",oled.toRGB(255,255,0));
oled.drawText(x,y+6,(FONT8X12),"20 ",oled.toRGB(255,255,0));
oled.drawText(x,y+7,(FONT8X12),"40 ",oled.toRGB(255,255,0));
oled.drawText(x,y+8,(FONT8X12),"80 ",oled.toRGB(255,255,0));
oled.drawText(x,y+9,(FONT8X12)," P arity ",oled.toRGB(255,255,0));
oled.drawLine(8,83,135,83, oled.toRGB(0, 255, 0));
oled.drawLine(35,70,35,195, oled.toRGB(0, 255, 0));
}
void DCFdrawgraph()
{
if (draw_graph==0){
oled.setPenSize(0);
oled.drawRectangle(10,228,300,8,oled.toRGB(0,0,0));
oled.setPenSize(1);
oled.drawRectangle(10,227,302,10,oled.toRGB(255,255,255));
oled.drawLine(10,220,10,237,oled.toRGB(255,255,255));
oled.drawLine(312,220,312,237,oled.toRGB(255,255,255));
oled.drawLine(111,220,111,237,oled.toRGB(255,255,255)); //start
oled.drawLine(156,220,156,237,oled.toRGB(225,255,255)); //min
oled.drawLine(186,220,186,237,oled.toRGB(255,255,225)); //hour
oled.drawLine(216,220,216,237,oled.toRGB(225,255,225)); //date
oled.drawLine(231,220,231,237, oled.toRGB(225, 255, 225));//day
oled.drawLine(256,220,256,237, oled.toRGB(225, 255, 225));//month
oled.drawLine(301,220,301,237, oled.toRGB(225, 255, 225));//year
draw_graph=1;
}
}
void DCFbitstatus()
{
oled.locate(29,22);
oled.setFontSize(FONT5X7);
oled.setFontColor(oled.toRGB(255,0,0));
oled.printf("%d %d %d %d %d",dcf_status.DCFsample50,dcf_status.DCFsample150,dcf_status.DCFsample300,dcf_status.DCFsample500,dcf_status.DCFsample600);
oled.setPenSize(0);
if (!dcf_status.DCFsample50) {oled.drawRectangle(170,190,11,12, oled.toRGB(0,0,0));}
else {oled.drawRectangle(170,190,11,12, oled.toRGB(255,255,255));}
if (!dcf_status.DCFsample150) {oled.drawRectangle(182,190,11,12, oled.toRGB(0,0,0));}
else {oled.drawRectangle(182,190,11,12, oled.toRGB(255,255,255));}
if (!dcf_status.DCFsample300) {oled.drawRectangle(194,190,11,12, oled.toRGB(0,0,0));}
else {oled.drawRectangle(194,190,11,12, oled.toRGB(255,255,255));}
if (!dcf_status.DCFsample500) {oled.drawRectangle(206,190,23,12, oled.toRGB(0,0,0));}
else {oled.drawRectangle(206,190,23,12, oled.toRGB(255,255,255));}
if (!dcf_status.DCFsample600) {oled.drawRectangle(230,190,56,12, oled.toRGB(0,0,0));}
else {oled.drawRectangle(230,190,56,12, oled.toRGB(0,0,255));}
}
void DCFparitycalc()
{
//calculate summer/winter time----------------------------------------------------------------------
summertime = dcf_array[17] & 1;
//calculate hour--------------------------------------------------------------------------------------
hourh = dcf_array[34] * 20 + dcf_array[33] * 10;
hourl = dcf_array[32] * 8 + dcf_array[31] * 4 + dcf_array[30] * 2 + dcf_array[29] * 1;
p_hour = hourh + hourl;
//calculate minutes------------------------------------------------------------------------------------
minl = dcf_array[24] * 8 + dcf_array[23] * 4 + dcf_array[22] * 2 + dcf_array[21] * 1;
minh = dcf_array[27] * 40 + dcf_array[26] * 20 +dcf_array[25] * 10;
p_minute = minh + minl;
//calculate day of week--------------------------------------------------------------------------------
p_dayofweek = dcf_array[44] * 4 +dcf_array[43] * 2 + dcf_array[42] * 1;
//calculate day----------------------------------------------------------------------------------------
dayl = dcf_array[39] * 8 + dcf_array[38] * 4 + dcf_array[37] * 2 + dcf_array[36] * 1;
dayh = dcf_array[41] * 20 + dcf_array[40] * 10;
p_dayofmonth=dayh+dayl;
//calculate month--------------------------------------------------------------------------------------
monthh = dcf_array[49] * 10;
monthl = dcf_array[48] * 8 + dcf_array[47] * 4 + dcf_array[46] * 2 + dcf_array[45] * 1;
p_month = monthh +monthl;
//calculate year---------------------------------------------------------------------------------------
yearh = dcf_array[57] * 80 + dcf_array[56] * 40 + dcf_array[55] * 20 + dcf_array[54] * 10;
yearl = dcf_array[53] * 8 +dcf_array[52] * 4 + dcf_array[51] * 2 + dcf_array[50] * 1;
p_year = yearh+yearl;
//calculate parity
paritym = dcf_array[21] + dcf_array[22] + dcf_array[23] + dcf_array[24] + dcf_array[25] + dcf_array[26] +dcf_array[27] +dcf_array [28];
parityu =dcf_array[29] + dcf_array[30] + dcf_array[31] + dcf_array[32] + dcf_array[33] + dcf_array[34] + dcf_array[35];
paritydmy =dcf_array[36] + dcf_array [37] + dcf_array [38] + dcf_array [39] + dcf_array[40] + dcf_array[41] + dcf_array [42] + dcf_array [43] + dcf_array[44] + dcf_array [45] + dcf_array[46] + dcf_array [47] + dcf_array[48] + dcf_array[49] + dcf_array[50] + dcf_array[51] + dcf_array [52] + dcf_array[53] + dcf_array[54] + dcf_array[55] + dcf_array[56] + dcf_array[57] + dcf_array[58];
//test parity------------------------------
testu=parityu & 1;
testm=paritym & 1;
testdmy=paritydmy & 1;
}
void dcfIRQ(void)
{
if (sync==0){ // align Ticker with DCF 59th bit start signal every minute
interrupt_counter = 0;sync=1;dcf_sec=0;error_count=0;
Ticker50ms.attach(& dcfISR, .05);
}
}
void dcfISR() //This is the interrupt service routine (ISR) that is called every 50ms
{
interrupt_counter++;loop=0;
SignalLED = !dcfSignalIn; // Show dcfSignal state on LED
if (interrupt_counter == 20) { // 50mS x 20 = 1000mS = 1 Second
interrupt_counter = 0;second++;dcf_sec++;
if (start==0) dcf_sec=0;
}
if (interrupt_counter == 0){
if (dcf_sec==58) {SignalStatus = 3;}
if (dcf_sec==59) {DCFtestparity();}
if (dcf_good==1 && dcf_sec==1) {DCFsetTime();}
}
if (second >= 60) {++minute;second -=60;}
if (minute >= 60) {++hour;minute-=60;}
if (hour >= 24) {hour -=24;++dayofweek;++dayofmonth;}
if (dayofweek > 6) dayofweek = 0;
if (dayofmonth > maxDay(year, month)) {dayofmonth = 1;month++;}
if (month > 12) {month = 1;year++;}
if (year > 99) year = 1;
switch (interrupt_counter) {
case 1: { // 50mS after start of second pulse
dcf_status.DCFsample50 = (dcfSignalIn);
break;}
case 3: { // 150mS after start of second pulse (bit "1" dcf Data)
dcf_status.DCFsample150 = (dcfSignalIn);
break;}
case 6: { // 300mS after start of second (signal error if true)
dcf_status.DCFsample300 = (dcfSignalIn);
if (dcfSignalIn) {dcf_error = 1;}
break;}
case 10: { // 500mS after start of second (signal error if true)
dcf_status.DCFsample500 = (dcfSignalIn);
if (dcfSignalIn) {dcf_error = 1;}
break;}
case 12: { // 600mS after start of second (signal error if true)
dcf_status.DCFsample600 = (dcfSignalIn);
if (dcfSignalIn) {dcf_error = 1;}
break;}
}
if (dcf_status.DCFsample50==0 && dcf_sec<58){sync=0;}
if (interrupt_counter==1){
if (dcfSignalIn){nosignal=1;}
else nosignal++;
if (nosignal>5){nosignal=2; SignalStatus = 5;signal_error=1;}
}
if (interrupt_counter==15){
if (!dcf_status.DCFsample150 && !dcf_status.DCFsample50) {sync=0;start=1;}
}
if (interrupt_counter==18){
if (dcf_error==1) {error_count++;dcf_error=0;}
if (error_count > 3 && sync==1) {error_count = 0;signal_error=1;}
}
} // End of ISR