reorganizing project to more general synchronizer in preparation for export/delivery to RVK museum.
This commit is contained in:
foley@ru.is
@@ -0,0 +1,227 @@
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/* IR Remote control
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* capture a infrared burst from a remote control and generate code template for reproducing that burst
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* measure the infrared carrier frequency / capture ir pulse train (max 200 pulses )
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* connect the IR receiver Module (IR_reveiver_schematic.jpg)
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* to pin 4,5,6,7
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*
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*
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* KHM 2010 / Martin Nawrath
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* Kunsthochschule fuer Medien Koeln
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* Academy of Media Arts Cologne
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*/
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#define cbi(sfr, bit) (_SFR_BYTE(sfr) &= ~_BV(bit))
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#define sbi(sfr, bit) (_SFR_BYTE(sfr) |= _BV(bit))
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//! Macro that clears all Timer/Counter1 interrupt flags.
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#define CLEAR_ALL_TIMER1_INT_FLAGS (TIFR1 = TIFR1)
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int pinLed = 13; // LED connected to digital pin 13
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int pinGND = 4; // Ground for IR reveiver Module
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int pinVCC = 5; // +5V for IR reveiver Module
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int pinAIN0= 6; // Analog Comparator In 0 / IR reveiver Module
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int pinAIN1= 7; // Analog Comparator In 0 / IR reveiver Module
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int pinTest = 8;
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unsigned int khz;
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byte bb;
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byte bba;
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int cnt;
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const int maxlen = 300;
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int codelen;
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unsigned int timecode[maxlen+5];
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void setup()
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{
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pinMode(pinLed, OUTPUT); // sets the digital pin as output
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pinMode(pinTest, OUTPUT);
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pinMode(pinGND, OUTPUT);
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pinMode(pinVCC, OUTPUT);
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pinMode(pinAIN0, INPUT);
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pinMode(pinAIN1, INPUT);
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digitalWrite(pinVCC,1);
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digitalWrite(pinGND,0);
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Serial.begin(115200); // connect to the serial port
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// hardware counter setup ( refer atmega168.pdf chapter 16-bit counter1)
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TCCR1A=0; // reset timer/counter1 control register A
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TCCR1B=0; // reset timer/counter1 control register A
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TCNT1=0; // counter value = 0
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// set timer/counter1 hardware as counter , counts events on pin T1 ( arduino pin 5)
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// normal mode, wgm10 .. wgm13 = 0
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cbi (TCCR1B ,CS10); // no clock
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cbi (TCCR1B ,CS11);
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cbi (TCCR1B ,CS12);
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// timer2 setup / is used for frequency measurement gatetime generation
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// timer 2 presaler set to 256 / timer 2 clock = 16Mhz / 256 = 62500 Hz
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cbi (TCCR2B ,CS20);
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sbi (TCCR2B ,CS21);
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sbi (TCCR2B ,CS22);
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//set timer2 to CTC Mode
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cbi (TCCR2A ,WGM20);
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sbi (TCCR2A ,WGM21);
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cbi (TCCR2B ,WGM22);
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OCR2A = 124; // CTC at top of OCR2A / timer2 interrupt when coun value reaches OCR2A value
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// interrupt control
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// sbi (TIMSK2,OCIE2A); // enable Timer2 Interrupt
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cbi(ADCSRB,ACME);
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cbi(ACSR,ACD);
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cbi(ACSR,ACBG);
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Serial.println(" Infrared code detector");
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while ((ACSR & 32) == 0) {
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}
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khz=f_measure();
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Serial.print(khz);
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Serial.print( " KHz");
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Serial.println( "");
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}
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void loop()
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{
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if (ACSR & 32) { // if IR Signal on pin 5 present
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TCCR1B=0; //timer1 off
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sbi(TIFR1,TOV1); // clear Timer/Counter 1 overflow flag
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TCNT1=0; // clear timer1
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TCCR1B=3; //timer1 prescaler =64;
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bba=0;
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cnt=1;
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while ((TIFR1 & 1)==0 ) { // wait for T1 period length 250ms TIFR1 Flag
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bb=0;
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bb = ACSR & 32; // sample IR Strobe Signal for HIGH/LOW
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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delayMicroseconds(5);
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bb =bb | ACSR & 32;
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if (bb != bba) { // if IR strobe level changed
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PORTB = PORTB ^ 32; // LED blink
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timecode[cnt]=TCNT1; // Store Timecode in Table
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codelen=TCNT1;
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cnt++; // Count IR Strobes
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if (cnt > maxlen) cnt =maxlen-1; // cnt max
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delayMicroseconds(200);
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}
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bba=bb;
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}
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timecode[cnt]=0;
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print_code_template();
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for (int ii=1;ii < maxlen;ii++) timecode[ii]=0;
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}
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}
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//******************************************************************
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// print a code template according to a pressed button
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void print_code_template(){
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unsigned int ix,ia,ia1,ia2;
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char st1[20];
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unsigned long int w1,w2;
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Serial.println( "//****************** CODE TEMPLATE FOR IR REMOTE ****************************");
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Serial.print( "// IR codelength = ");
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Serial.print( codelen*4/1000);
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Serial.print( " ms");
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Serial.println( "");
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Serial.print( "ICR1 = 16000 /") ;
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Serial.print(khz);
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Serial.println( "; // IR carrier frequency") ;
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for (ix=1;ix < maxlen;ix+=2) {
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ia=timecode[ix];
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ia1=timecode[ix+1];
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ia2=timecode[ix+2];
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if (ia !=0) {
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Serial.print( "sbi(DDRB,1); delayMicroseconds(");
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w1=ia1-ia;
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w1=w1*4;
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sprintf(st1, "%4d );", w1);
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Serial.print( st1);
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timecode[ix]=0;
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}
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if (ia2 !=0) {
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w2=ia2-ia1;
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w2=w2*4;
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Serial.print( " cbi(DDRB,1); delayMicroseconds(" );
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sprintf(st1, "%4d );", w2);
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Serial.print( st1);
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timecode[ix]=0;
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timecode[ix+1]=0;
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Serial.print( " // ");
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sprintf(st1, "ix:%3d", ix);
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Serial.print( st1);
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sprintf(st1, " ton:%4d", w1);
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Serial.print( st1);
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sprintf(st1, " toff:%4d", w2);
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Serial.print( st1);
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Serial.println("");
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}
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}
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Serial.print( " cbi(DDRB,1);" );
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Serial.println("");
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Serial.println("");
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Serial.println("");
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}
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//******************************************************************
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// measure infrared carrier frequency at pin 6,7 / analog comparator
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unsigned int f_measure() {
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TCCR1B=0; //timer1 off
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sbi(TIFR1,TOV1); // clear Timer/Counter 1 overflow flag
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TCNT1=0; // clear timer1
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TCCR1B=3; //timer1 prescaler =64;
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int cnt=0;
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byte bb,bba;
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while (TCNT1 < 250) {
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bb=ACSR;
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if (bb != bba) {
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cnt++;
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// PORTB ^= 32;
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}
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bba=bb;
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}
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cnt=cnt/2;
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return (cnt);
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}
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@@ -0,0 +1,368 @@
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/* DVD IR Synchronizer
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*
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* connect a IR LED to: Anode pin9, Cathode pin8
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* KHM 2010 / Martin Nawrath
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* Kunsthochschule fuer Medien Koeln
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* Academy of Media Arts Cologne
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*/
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#include <MsTimer2.h>
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#ifndef cbi
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#define cbi(sfr, bit) (_SFR_BYTE(sfr) &= ~_BV(bit))
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#endif
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#ifndef sbi
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#define sbi(sfr, bit) (_SFR_BYTE(sfr) |= _BV(bit))
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#endif
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int pinIR_OUT =9;
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int pinGND =8;
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int pinLED =13;
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int bb;
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int tics;
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int secs;
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int f_sec;
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int f_sync;
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int playtime= 26*60+50; // set here ypur DVD title playtime
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void setup() {
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pinMode(pinGND,OUTPUT);
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Serial.begin(115200);
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Serial.println("Panasonic DVD S54 Synchronizer");
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Serial.print("Playtime: ");
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secs=playtime;
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Serial.print("sec:");
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Serial.print(secs);
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Serial.print(" / mm:ss ");
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Serial.print(secs/60);
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Serial.print(":");
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Serial.print(secs % 60);
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Serial.println("");
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TCCR1A = 0;
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cbi(TCCR1A,COM1A0); // timer1 counter control
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sbi(TCCR1A,COM1A1); // clear on compare match
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cbi(TCCR1A,WGM10); // waveform generation mode 14 TOP=ICR1
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sbi(TCCR1A,WGM11);
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sbi(TCCR1B,WGM12);
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sbi(TCCR1B,WGM13);
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sbi(TCCR1B,CS10); // timer 1 clock select
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cbi(TCCR1B,CS11); // prescaler=1
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cbi(TCCR1B,CS12);
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int f_carrier = 37 ; // choose right IR carrier frequency
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ICR1 = 16000 / f_carrier ;
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OCR1A = 200 ; // Leistung der Sendediode 0..200
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pinMode(pinIR_OUT,OUTPUT);
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pinMode(pinLED,OUTPUT);
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MsTimer2::set(10, ms10); // 10ms period
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MsTimer2::start();
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Serial.println("play");
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send_play();
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delay(7000);
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secs=playtime;
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}
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/********************************************************************/
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void loop() {
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if(f_sec){
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f_sec=0;
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Serial.print("sec:");
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Serial.print(secs);
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Serial.print(" / mm:ss ");
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Serial.print(secs/60);
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Serial.print(":");
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Serial.print(secs % 60);
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Serial.println("");
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if (secs >= playtime){
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f_sync=1;
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Serial.println("Sync");
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Serial.println("pause");
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send_pause();
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delay(2000);
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Serial.println("rev");
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send_rev();
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delay(2000);
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Serial.println("play");
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send_play();
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secs=0;
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f_sync=0;
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}
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}
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}
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/********************************************************************/
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void ms10() {
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tics++;
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if (tics >= 100) {
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tics=0;
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secs++;
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//Serial.println("second");
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f_sec=1;
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PORTB ^= 32;
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}
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if (f_sync==1)
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if ( tics % 10 == 0) PORTB ^= 32;
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}
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/********************************************************************/
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void send_stop() {
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sbi(DDRB,1); delayMicroseconds(3472); cbi(DDRB,1); delayMicroseconds(1720); // 1
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(436); // 3
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(1292); // 5
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sbi(DDRB,1); delayMicroseconds(456); cbi(DDRB,1); delayMicroseconds(420); // 7
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(432); // 9
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(436); // 11
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(412); // 13
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(432); // 15
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(440); // 17
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(420); // 19
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sbi(DDRB,1); delayMicroseconds(456); cbi(DDRB,1); delayMicroseconds(420); // 21
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(436); // 23
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(436); // 25
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(412); // 27
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(1316); // 29
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(416); // 31
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sbi(DDRB,1); delayMicroseconds(460); cbi(DDRB,1); delayMicroseconds(412); // 33
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(436); // 35
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(412); // 37
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sbi(DDRB,1); delayMicroseconds(376); cbi(DDRB,1); delayMicroseconds(24); // 39
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sbi(DDRB,1); delayMicroseconds(48); cbi(DDRB,1); delayMicroseconds(432); // 41
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(444); // 43
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sbi(DDRB,1); delayMicroseconds(432); cbi(DDRB,1); delayMicroseconds(1292); // 45
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(1308); // 47
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(412); // 49
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sbi(DDRB,1); delayMicroseconds(464); cbi(DDRB,1); delayMicroseconds(1284); // 51
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(440); // 53
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(412); // 55
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sbi(DDRB,1); delayMicroseconds(464); cbi(DDRB,1); delayMicroseconds(412); // 57
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(432); // 59
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(412); // 61
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sbi(DDRB,1); delayMicroseconds(456); cbi(DDRB,1); delayMicroseconds(420); // 63
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(440); // 65
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(420); // 67
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sbi(DDRB,1); delayMicroseconds(456); cbi(DDRB,1); delayMicroseconds(412); // 69
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(432); // 71
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(436); // 73
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(412); // 75
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sbi(DDRB,1); delayMicroseconds(460); cbi(DDRB,1); delayMicroseconds(416); // 77
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(440); // 79
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(420); // 81
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(432); // 83
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sbi(DDRB,1); delayMicroseconds(444); cbi(DDRB,1); delayMicroseconds(436); // 85
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(412); // 87
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sbi(DDRB,1); delayMicroseconds(464); cbi(DDRB,1); delayMicroseconds(412); // 89
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(440); // 91
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(1288); // 93
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(1308); // 95
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sbi(DDRB,1); delayMicroseconds(440); cbi(DDRB,1); delayMicroseconds(436); // 97
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1); delayMicroseconds(1292); // 99
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sbi(DDRB,1); delayMicroseconds(436); cbi(DDRB,1);
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}
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/********************************************************************/
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void send_play() {
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sbi(DDRB,1); delayMicroseconds( 3476 ); cbi(DDRB,1); delayMicroseconds( 1732 );
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sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 412 );
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sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 1300 );
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sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 432 );
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sbi(DDRB,1); delayMicroseconds( 448 ); cbi(DDRB,1); delayMicroseconds( 412 );
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sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 432 );
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sbi(DDRB,1); delayMicroseconds( 448 ); cbi(DDRB,1); delayMicroseconds( 412 );
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 424 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 444 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 424 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 1296 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 444 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 424 );
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 424 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 1292 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 1312 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 412 );
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 1300 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 424 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 432 );
|
||||
sbi(DDRB,1); delayMicroseconds( 448 ); cbi(DDRB,1); delayMicroseconds( 432 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 412 );
|
||||
sbi(DDRB,1); delayMicroseconds( 448 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 420 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 444 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 444 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 412 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 1312 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 420 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 1296 );
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 412 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 436 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 448 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 1300 );
|
||||
sbi(DDRB,1); delayMicroseconds( 436 ); cbi(DDRB,1); delayMicroseconds( 432 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 1292 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 1288 );
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 1292 );
|
||||
sbi(DDRB,1); delayMicroseconds( 444 ); cbi(DDRB,1); delayMicroseconds( 432 );
|
||||
sbi(DDRB,1); delayMicroseconds( 448 ); cbi(DDRB,1); delayMicroseconds( 1288 );
|
||||
sbi(DDRB,1); delayMicroseconds( 432 ); cbi(DDRB,1); delayMicroseconds( 0 );
|
||||
|
||||
|
||||
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_pause() {
|
||||
ICR1 = 16000 /37; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(3500 ); cbi(DDRB,1); delayMicroseconds(1708 ); // ix: 1 ton:3500 toff:1708
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 3 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1264 ); // ix: 5 ton: 456 toff:1264
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 7 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 384 ); // ix: 9 ton: 464 toff: 384
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 11 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 13 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 388 ); // ix: 15 ton: 456 toff: 388
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 17 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 19 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 21 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 23 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 25 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 27 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds(1308 ); // ix: 29 ton: 420 toff:1308
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 31 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 33 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 35 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 37 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 388 ); // ix: 39 ton: 460 toff: 388
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 41 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1304 ); // ix: 43 ton: 456 toff:1304
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds(1304 ); // ix: 45 ton: 424 toff:1304
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 47 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1272 ); // ix: 49 ton: 456 toff:1272
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 51 ton: 456 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 53 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 55 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 57 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 59 ton: 456 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 61 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 63 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 65 ton: 456 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 67 ton: 424 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 69 ton: 464 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds(1268 ); // ix: 71 ton: 460 toff:1268
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 73 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 75 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 77 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 79 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 81 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 83 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 85 ton: 460 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 428 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 87 ton: 428 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 89 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1272 ); // ix: 91 ton: 456 toff:1272
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 93 ton: 456 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 428 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 95 ton: 428 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 97 ton: 464 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1);
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_rev() {
|
||||
ICR1 = 16000 /37; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(3500 ); cbi(DDRB,1); delayMicroseconds(1708 ); // ix: 1 ton:3500 toff:1708
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 3 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1268 ); // ix: 5 ton: 456 toff:1268
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 7 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 9 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 11 ton: 420 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 13 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 15 ton: 456 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 17 ton: 424 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 19 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 21 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 388 ); // ix: 23 ton: 460 toff: 388
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 25 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 27 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 29 ton: 420 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 31 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 384 ); // ix: 33 ton: 464 toff: 384
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 35 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 37 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 39 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 41 ton: 420 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 43 ton: 464 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds(1264 ); // ix: 45 ton: 464 toff:1264
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 47 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1268 ); // ix: 49 ton: 456 toff:1268
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 51 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 53 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 55 ton: 424 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 57 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 59 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 420 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 61 ton: 420 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 63 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 65 ton: 464 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 428 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 67 ton: 428 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 428 ); // ix: 69 ton: 456 toff: 428
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds( 392 ); // ix: 71 ton: 456 toff: 392
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1304 ); // ix: 73 ton: 456 toff:1304
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 75 ton: 460 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 428 ); cbi(DDRB,1); delayMicroseconds( 420 ); // ix: 77 ton: 428 toff: 420
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1308 ); // ix: 79 ton: 456 toff:1308
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 384 ); // ix: 81 ton: 460 toff: 384
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds(1304 ); // ix: 83 ton: 460 toff:1304
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 384 ); // ix: 85 ton: 460 toff: 384
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds( 424 ); // ix: 87 ton: 460 toff: 424
|
||||
sbi(DDRB,1); delayMicroseconds( 460 ); cbi(DDRB,1); delayMicroseconds(1304 ); // ix: 89 ton: 460 toff:1304
|
||||
sbi(DDRB,1); delayMicroseconds( 424 ); cbi(DDRB,1); delayMicroseconds(1300 ); // ix: 91 ton: 424 toff:1300
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1); delayMicroseconds(1264 ); // ix: 93 ton: 464 toff:1264
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1308 ); // ix: 95 ton: 456 toff:1308
|
||||
sbi(DDRB,1); delayMicroseconds( 456 ); cbi(DDRB,1); delayMicroseconds(1264 ); // ix: 97 ton: 456 toff:1264
|
||||
sbi(DDRB,1); delayMicroseconds( 464 ); cbi(DDRB,1);
|
||||
}
|
||||
@@ -0,0 +1,423 @@
|
||||
/* DVD IR Synchronizer
|
||||
*
|
||||
* connect a IR LED to: Anode pin9, Cathode pin8
|
||||
* KHM 2010 / Martin Nawrath
|
||||
* Kunsthochschule fuer Medien Koeln
|
||||
* Academy of Media Arts Cologne
|
||||
|
||||
*/
|
||||
|
||||
|
||||
#include <MsTimer2.h>
|
||||
|
||||
|
||||
#ifndef cbi
|
||||
#define cbi(sfr, bit) (_SFR_BYTE(sfr) &= ~_BV(bit))
|
||||
#endif
|
||||
#ifndef sbi
|
||||
#define sbi(sfr, bit) (_SFR_BYTE(sfr) |= _BV(bit))
|
||||
#endif
|
||||
|
||||
|
||||
int pinIR_OUT =9;
|
||||
int pinGND =8;
|
||||
int pinLED =13;
|
||||
|
||||
int bb;
|
||||
int tics;
|
||||
int secs;
|
||||
int f_sec;
|
||||
int f_sync;
|
||||
int playtime= 40*60+30; // set here ypur DVD title playtime
|
||||
|
||||
|
||||
|
||||
|
||||
void setup() {
|
||||
|
||||
pinMode(pinGND,OUTPUT);
|
||||
|
||||
Serial.begin(115200);
|
||||
|
||||
Serial.println("DVD Synchronizer");
|
||||
Serial.print("Playtime: ");
|
||||
secs=playtime;
|
||||
Serial.print("sec:");
|
||||
Serial.print(secs);
|
||||
Serial.print(" / mm:ss ");
|
||||
Serial.print(secs/60);
|
||||
Serial.print(":");
|
||||
Serial.print(secs % 60);
|
||||
Serial.println("");
|
||||
|
||||
|
||||
TCCR1A = 0;
|
||||
cbi(TCCR1A,COM1A0); // timer1 counter control
|
||||
|
||||
sbi(TCCR1A,COM1A1); // clear on compare match
|
||||
|
||||
cbi(TCCR1A,WGM10); // waveform generation mode 14 TOP=ICR1
|
||||
sbi(TCCR1A,WGM11);
|
||||
sbi(TCCR1B,WGM12);
|
||||
sbi(TCCR1B,WGM13);
|
||||
|
||||
sbi(TCCR1B,CS10); // timer 1 clock select
|
||||
cbi(TCCR1B,CS11); // prescaler=1
|
||||
cbi(TCCR1B,CS12);
|
||||
|
||||
int f_carrier = 37 ; // choose right IR carrier frequency
|
||||
ICR1 = 16000 / f_carrier ;
|
||||
|
||||
OCR1A = 200 ; // Leistung der Sendediode 0..200
|
||||
|
||||
pinMode(pinIR_OUT,OUTPUT);
|
||||
pinMode(pinLED,OUTPUT);
|
||||
|
||||
|
||||
MsTimer2::set(10, ms10); // 10ms period
|
||||
MsTimer2::start();
|
||||
|
||||
Serial.println("play");
|
||||
send_play();
|
||||
delay(7000);
|
||||
|
||||
|
||||
|
||||
secs=playtime;
|
||||
|
||||
|
||||
}
|
||||
|
||||
|
||||
|
||||
|
||||
/********************************************************************/
|
||||
void loop() {
|
||||
|
||||
|
||||
if(f_sec){
|
||||
f_sec=0;
|
||||
|
||||
Serial.print("sec:");
|
||||
Serial.print(secs);
|
||||
Serial.print(" / mm:ss ");
|
||||
Serial.print(secs/60);
|
||||
Serial.print(":");
|
||||
Serial.print(secs % 60);
|
||||
Serial.println("");
|
||||
|
||||
if (secs >= playtime){
|
||||
f_sync=1;
|
||||
Serial.println("Sync");
|
||||
|
||||
Serial.println("pause");
|
||||
send_pause();
|
||||
delay(2000);
|
||||
|
||||
Serial.println("rev");
|
||||
send_rev();
|
||||
delay(2000);
|
||||
|
||||
Serial.println("play");
|
||||
send_play();
|
||||
|
||||
secs=0;
|
||||
f_sync=0;
|
||||
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
|
||||
}
|
||||
/********************************************************************/
|
||||
void ms10() {
|
||||
tics++;
|
||||
if (tics >= 100) {
|
||||
tics=0;
|
||||
secs++;
|
||||
f_sec=1;
|
||||
PORTB ^= 32;
|
||||
}
|
||||
if (f_sync==1)
|
||||
if ( tics % 10 == 0) PORTB ^= 32;
|
||||
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_stop() {
|
||||
|
||||
ICR1 = 16000 /40; // ICR1 = 16000 /40; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(2400 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 1 ton:2400 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 3 ton: 648 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 5 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 7 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1236 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 9 ton:1236 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 11 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 13 ton:1228 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds( 636 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 15 ton: 636 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds( 636 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 17 ton: 636 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 19 ton:1228 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds( 600 ); cbi(DDRB,1); delayMicroseconds( 612 ); // ix: 21 ton: 600 toff: 612
|
||||
sbi(DDRB,1); delayMicroseconds(1188 ); cbi(DDRB,1); delayMicroseconds( 612 ); // ix: 23 ton:1188 toff: 612
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 600 ); // ix: 25 ton:1192 toff: 600
|
||||
sbi(DDRB,1); delayMicroseconds(1200 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 27 ton:1200 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 29 ton: 608 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 31 ton: 648 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 33 ton:1228 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 35 ton: 648 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 37 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 600 ); // ix: 39 ton:1228 toff: 600
|
||||
sbi(DDRB,1); delayMicroseconds( 612 ); cbi(DDRB,1); delayMicroseconds(13252 ); // ix: 41 ton: 612 toff:13252
|
||||
sbi(DDRB,1); delayMicroseconds(2400 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 43 ton:2400 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 612 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 45 ton: 612 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 47 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 49 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1196 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 51 ton:1196 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 53 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 612 ); // ix: 55 ton:1192 toff: 612
|
||||
sbi(DDRB,1); delayMicroseconds( 600 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 57 ton: 600 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 59 ton: 648 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 61 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 63 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 65 ton:1228 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 67 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 69 ton:1228 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 612 ); cbi(DDRB,1); delayMicroseconds( 600 ); // ix: 71 ton: 612 toff: 600
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 73 ton: 608 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 75 ton:1228 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 77 ton: 648 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 600 ); cbi(DDRB,1); delayMicroseconds( 612 ); // ix: 79 ton: 600 toff: 612
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 81 ton:1228 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds(13256 ); // ix: 83 ton: 608 toff:13256
|
||||
sbi(DDRB,1); delayMicroseconds(2436 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 85 ton:2436 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 87 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 89 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 91 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 93 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 95 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 97 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 99 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:101 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:103 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:105 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:107 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix:109 ton:1228 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix:111 ton:1228 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix:113 ton: 648 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:115 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 600 ); // ix:117 ton:1232 toff: 600
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix:119 ton: 608 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds( 636 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:121 ton: 636 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:123 ton:1232 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 600 ); cbi(DDRB,1);
|
||||
|
||||
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_play() {
|
||||
ICR1 = 16000 /40; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(2400 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 1 ton:2400 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 3 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 5 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 7 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 9 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 11 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 13 ton:1228 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 15 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 17 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 19 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 21 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 23 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 25 ton:1192 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1236 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 27 ton:1236 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 29 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 31 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 33 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 35 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 37 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 39 ton:1228 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds(13256 ); // ix: 41 ton: 608 toff:13256
|
||||
sbi(DDRB,1); delayMicroseconds(2400 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 43 ton:2400 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 45 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 47 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 49 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 51 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 53 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 55 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 57 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 59 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 61 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 63 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 65 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 67 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 69 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 71 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 73 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 75 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 77 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 79 ton: 608 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 81 ton:1192 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds(13252 ); // ix: 83 ton: 608 toff:13252
|
||||
sbi(DDRB,1); delayMicroseconds(2440 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 85 ton:2440 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 600 ); cbi(DDRB,1); delayMicroseconds( 576 ); // ix: 87 ton: 600 toff: 576
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 89 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 91 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 93 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 95 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 97 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 99 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:101 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:103 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:105 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:107 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:109 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:111 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:113 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix:115 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1196 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix:117 ton:1196 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:119 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:121 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:123 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1);
|
||||
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_pause() {
|
||||
ICR1 = 16000 /40; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(2404 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 1 ton:2404 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 3 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 5 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 7 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 9 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 11 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 13 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 15 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 17 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 19 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 21 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 23 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 25 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1236 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 27 ton:1236 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 29 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 31 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1236 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 33 ton:1236 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 35 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 37 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 39 ton:1232 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds(12664 ); // ix: 41 ton: 608 toff:12664
|
||||
sbi(DDRB,1); delayMicroseconds(2408 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 43 ton:2408 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 45 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 47 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 49 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 51 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 53 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 55 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 57 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 59 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 61 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 63 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 65 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 67 ton:1228 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1196 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 69 ton:1196 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 71 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 73 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 75 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 77 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 79 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 81 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds(12628 ); // ix: 83 ton: 644 toff:12628
|
||||
sbi(DDRB,1); delayMicroseconds(2408 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 85 ton:2408 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 87 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 89 ton: 608 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds( 648 ); cbi(DDRB,1); delayMicroseconds( 564 ); // ix: 91 ton: 648 toff: 564
|
||||
sbi(DDRB,1); delayMicroseconds(1236 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 93 ton:1236 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 95 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 97 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 99 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix:101 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix:103 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:105 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:107 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix:109 ton:1228 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1196 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix:111 ton:1196 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:113 ton: 608 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:115 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:117 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix:119 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:121 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:123 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1);
|
||||
}
|
||||
|
||||
/********************************************************************/
|
||||
void send_rev() {
|
||||
ICR1 = 16000 /40; // IR carrier frequency
|
||||
sbi(DDRB,1); delayMicroseconds(2400 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 1 ton:2400 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 3 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 5 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 7 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 9 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 11 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 13 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 15 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 17 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 19 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 21 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 23 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 25 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1232 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 27 ton:1232 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 29 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 31 ton: 608 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 33 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 35 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 37 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 39 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds(13808 ); // ix: 41 ton: 644 toff:13808
|
||||
sbi(DDRB,1); delayMicroseconds(2436 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 43 ton:2436 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 45 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 47 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 49 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 51 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 53 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 55 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 57 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 59 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 61 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 63 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 65 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 67 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 69 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 71 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 73 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 75 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 77 ton: 608 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 79 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 81 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds(13844 ); // ix: 83 ton: 644 toff:13844
|
||||
sbi(DDRB,1); delayMicroseconds(2436 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 85 ton:2436 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 87 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 89 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix: 91 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 604 ); // ix: 93 ton: 608 toff: 604
|
||||
sbi(DDRB,1); delayMicroseconds(1188 ); cbi(DDRB,1); delayMicroseconds( 612 ); // ix: 95 ton:1188 toff: 612
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix: 97 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix: 99 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:101 ton: 644 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:103 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 640 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:105 ton: 640 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:107 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:109 ton:1228 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:111 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 608 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix:113 ton: 608 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:115 ton: 604 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds(1228 ); cbi(DDRB,1); delayMicroseconds( 568 ); // ix:117 ton:1228 toff: 568
|
||||
sbi(DDRB,1); delayMicroseconds( 644 ); cbi(DDRB,1); delayMicroseconds( 572 ); // ix:119 ton: 644 toff: 572
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix:121 ton: 604 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds(1192 ); cbi(DDRB,1); delayMicroseconds( 608 ); // ix:123 ton:1192 toff: 608
|
||||
sbi(DDRB,1); delayMicroseconds( 604 ); cbi(DDRB,1);
|
||||
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user