Paul Staron
Demo program for the Oled display
Diff: main.cpp
- Revision:
- 2:1eac3ea8c6e8
- Parent:
- 1:793dbd6d6498
- Child:
- 3:1fb597da3fdf
diff -r 793dbd6d6498 -r 1eac3ea8c6e8 main.cpp
--- a/main.cpp Fri Jan 09 00:11:48 2015 +0000
+++ b/main.cpp Fri Jan 09 18:21:01 2015 +0000
@@ -3,7 +3,7 @@
OLED32028P1T oled(PTE0,PTE1,PTA12); // Oled Display tx, rx, rs
-InterruptIn SignalIn(PTC1); // conection of output NON-inverting DCF module
+InterruptIn dcfSignalIn(PTC0); // conection of output NON-inverting DCF module
DigitalOut SignalLED(LED3); // indicates DCF signal on Mbed
Timer T1,T2,T3;
@@ -119,7 +119,9 @@
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.printf("printf time %3.2f mS",T2.read()*1000);T2.reset();
+ oled.locate (4,12);
+ oled.printf("%d",seconds);
}
T3.reset();
while(1){
@@ -139,23 +141,27 @@
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(255,0,0));
- oled.enableTouch();oled.resetTouchArea();
+ 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 %p", localtime(&seconds));
+ 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(255,255,0));
- oled.drawText(11,1,(FONT12X16),datebuf,oled.toRGB(255,255,0));
-
- if (seconds != nextsec) {RTCclockupdate();nextsec=seconds;}
- oled.getTouch(&xbuffer,&ybuffer);
+ 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(40,6); // this shows touch position
- oled.printf("X %03d Y %03d ",xbuffer,ybuffer); // and can be removed
+ 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();}
@@ -212,8 +218,7 @@
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, 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, " + ");
@@ -221,23 +226,38 @@
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){
-
+ while(IRQ==0){
oled.enableTouch();
time_t seconds = time(NULL);
- strftime(timebuf, 32, "%H:%M:%S", localtime(&seconds));
- strftime(datebuf, 32, "%a %d %b' %Y", localtime(&seconds));
- oled.drawText(0,2,(FONT12X16),timebuf,oled.toRGB(255,255,255));
- oled.drawText(10,2,(FONT12X16),datebuf,oled.toRGB(255,255,255));
+ 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)){RTCclock();}
- if((xbuffer>20 && xbuffer<109) && (ybuffer>190 && ybuffer<210)){set_time(1396310400);}
- if((xbuffer>120 && xbuffer<195) && (ybuffer>195 && ybuffer<210)){RTCset();RTCread();
+ 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++;}
@@ -271,9 +291,9 @@
oled.setFontSize(FONT12X16);oled.locate(1,6);
- oled.setFontColor(oled.toRGB(60,255,255));
+ 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);
+ oled.printf("%s %02d %s' 20%02d",weekDayName[dayofweek],dayofmonth,monthName[month-1],year);
}
}
@@ -343,6 +363,22 @@
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));}
@@ -361,8 +397,20 @@
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=0;x=0;y=5;r=0;SignalStatus=0;laststart=2;loop=0;interrupt_counter = 0;dcf_sec=0;error_count=0;
+ start=0;sync=1;x=0;y=5;r=0;SignalStatus=0;
+ laststart=2;
+ loop=0;
+ //RTCset=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) {
@@ -437,7 +485,7 @@
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);
+ oled.printf("RTC set x %d", rtcset_times);
}
if (interrupt_counter == 12){
@@ -454,8 +502,8 @@
}
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"),oled.toRGB(0,255,0));laststart=start;}
+ 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){
@@ -465,7 +513,7 @@
oled.displayControl(0x01,0x01);display=1;
oled.resetTouchArea();}}
if((xbuffer>240 && xbuffer<290) && (ybuffer>140 && ybuffer<160)){
- SignalIn.rise(NULL);Ticker50ms.detach();IRQ=1;}
+ dcfSignalIn.rise(NULL);Ticker50ms.detach();IRQ=1;}
}
if (interrupt_counter == 19){DCFbitstatus();}
@@ -495,6 +543,7 @@
month=p_month;
year=p_year;
oled.drawText(36,7,(FONT8X12),"*",oled.toRGB(0,255,0));
+ rtcset_times++;
}
void DCFbitprint()
{
@@ -616,7 +665,7 @@
{
interrupt_counter++;loop=0;
- SignalLED = SignalIn; // Show dcfSignal state on LED
+ SignalLED = !dcfSignalIn; // Show dcfSignal state on LED
if (interrupt_counter == 20) { // 50mS x 20 = 1000mS = 1 Second
interrupt_counter = 0;second++;dcf_sec++;
@@ -637,28 +686,28 @@
switch (interrupt_counter) {
case 1: { // 50mS after start of second pulse
- dcf_status.DCFsample50 = (SignalIn);
+ dcf_status.DCFsample50 = (dcfSignalIn);
break;}
case 3: { // 150mS after start of second pulse (bit "1" dcf Data)
- dcf_status.DCFsample150 = (SignalIn);
+ dcf_status.DCFsample150 = (dcfSignalIn);
break;}
case 6: { // 300mS after start of second (signal error if true)
- dcf_status.DCFsample300 = (SignalIn);
- if (SignalIn) {dcf_error = 1;}
+ dcf_status.DCFsample300 = (dcfSignalIn);
+ if (dcfSignalIn) {dcf_error = 1;}
break;}
case 10: { // 500mS after start of second (signal error if true)
- dcf_status.DCFsample500 = (SignalIn);
- if (SignalIn) {dcf_error = 1;}
+ dcf_status.DCFsample500 = (dcfSignalIn);
+ if (dcfSignalIn) {dcf_error = 1;}
break;}
case 12: { // 600mS after start of second (signal error if true)
- dcf_status.DCFsample600 = (SignalIn);
- if (SignalIn) {dcf_error = 1;}
+ 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 (SignalIn){nosignal=1;}
+ if (dcfSignalIn){nosignal=1;}
else nosignal++;
if (nosignal>5){nosignal=2; SignalStatus = 5;signal_error=1;}
}