Code: Select all

mcpArray[output>>4].digitalWrite((output & 0x0F), HIGH);

Code: Select all

combinedMCP.digitalWrite(1, HIGH);
thru
combinedMCP.digitalWrite(64, HIGH);


Code: Select all

      while(digitalRead(input)==1 && output < 31){
          output++;
          mcp.digitalWrite(output, HIGH);
          delay(100);
      }


Digital pin 4, 7, 8 and 12 are used to drive DC motors and Stepper motors via the 74HC595 serial-to-parallel latch
All these pins are in use if any DC motors or steppers are used

I need to use the AtinyUSB

In the sketch shown, all the Serial Monitor shows it "20"...

Code: Select all

---------------------------------
=> d
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 700 -> 710 (5, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> a
VCO1 start: 0
end: 0
VCO2 start: 500
end: 510
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> t
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 500 -> 510 (0, 0)
---------------------------------
PLL for RF freq 505MHz & prescaler 8: B=63 A=1
IF VCO range is too high!
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> d
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 500 -> 510 (5, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> a
VCO1 start: 0
end: 0
VCO2 start: 1
end: 2
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> t
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 1 -> 2 (0, 0)
---------------------------------
PLL for RF freq 1MHz & prescaler 8: B=0 A=1
IF VCO range is too high!
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> d
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 1 -> 2 (5, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> 1
Bad command
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> d
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 1 -> 2 (5, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> a
VCO1 start: 0
end: 0
VCO2 start: 0
end: 0
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> t
1 programs in memory
---------------------------------
Program #1 of 1

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> a
VCO1 start: 0
end: 0
VCO2 start: 0
end: 0
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> t
2 programs in memory
---------------------------------
Program #1 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
Program #2 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------
p> Display progs
a> Add prog
d> Delete prog
t> Tune prog
q> Quit
---------------------------------
=> q

---------------------------------
Program #1 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------
1Wavebubble v1.0
keypress..
---------------------------------
Program #2 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------
1Wavebubble v1.0
keypress..
---------------------------------
Program #1 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------
1Wavebubble v1.0
keypress..
---------------------------------
Program #2 of 2

VCO 1: 0 -> 0 (0, 0)
VCO 2: 0 -> 0 (0, 0)
---------------------------------
---------------------------------


Code: Select all


/*
DS3231_test.pde
Eric Ayars
4/11

Test/demo of read routines for a DS3231 RTC.

Turn on the serial monitor after loading this to check if things are
working as they should.

*/

#include <DS3231.h>
#include <Wire.h>
#include <Charliplexing.h>

DS3231 Clock;
bool Century=false;
bool h12;
bool PM;
byte ADay, AHour, AMinute, ASecond, ABits;
bool ADy, A12h, Apm;

byte year, month, date, DoW, hour, minute, second;

void setup() {
 
//  LINE BELOW KILLS THE SKETCH 
//       LedSign::Init();                   // sketch only runs while this is commented out

     // Start the I2C interface
   Wire.begin();
   // Start the serial interface
   Serial.begin(9600);

}

void loop() {
   // send what's going on to the serial monitor.
   // Start with the year
   Serial.print("2");
   if (Century) {         // Won't need this for 89 years.
      Serial.print("1");
   } else {
      Serial.print("0");
   }
   Serial.print(Clock.getYear(), DEC);
   Serial.print(' ');
   // then the month
   Serial.print(Clock.getMonth(Century), DEC);
   Serial.print(' ');
   // then the date
   Serial.print(Clock.getDate(), DEC);
   Serial.print(' ');
   // and the day of the week
   Serial.print(Clock.getDoW(), DEC);
   Serial.print(' ');
   // Finally the hour, minute, and second
   Serial.print(Clock.getHour(h12, PM), DEC);
   Serial.print(' ');
   Serial.print(Clock.getMinute(), DEC);
   Serial.print(' ');
   Serial.print(Clock.getSecond(), DEC);
   // Add AM/PM indicator
   if (h12) {
      if (PM) {
         Serial.print(" PM ");
      } else {
         Serial.print(" AM ");
      }
   } else {
      Serial.print(" 24h ");
   }
   // Display the temperature
   Serial.print("T=");
   Serial.print(Clock.getTemperature(), 2);
   // Tell whether the time is (likely to be) valid
   if (Clock.oscillatorCheck()) {
      Serial.print(" O+");
   } else {
      Serial.print(" O-");
   }
   // Indicate whether an alarm went off
   if (Clock.checkIfAlarm(1)) {
      Serial.print(" A1!");
   }
   if (Clock.checkIfAlarm(2)) {
      Serial.print(" A2!");
   }
   // New line on display
   Serial.print('\n');
   // Display Alarm 1 information
   Serial.print("Alarm 1: ");
   Clock.getA1Time(ADay, AHour, AMinute, ASecond, ABits, ADy, A12h, Apm);
   Serial.print(ADay, DEC);
   if (ADy) {
      Serial.print(" DoW");
   } else {
      Serial.print(" Date");
   }
   Serial.print(' ');
   Serial.print(AHour, DEC);
   Serial.print(' ');
   Serial.print(AMinute, DEC);
   Serial.print(' ');
   Serial.print(ASecond, DEC);
   Serial.print(' ');
   if (A12h) {
      if (Apm) {
         Serial.print('pm ');
      } else {
         Serial.print('am ');
      }
   }
   if (Clock.checkAlarmEnabled(1)) {
      Serial.print("enabled");
   }
   Serial.print('\n');
   // Display Alarm 2 information
   Serial.print("Alarm 2: ");
   Clock.getA2Time(ADay, AHour, AMinute, ABits, ADy, A12h, Apm);
   Serial.print(ADay, DEC);
   if (ADy) {
      Serial.print(" DoW");
   } else {
      Serial.print(" Date");
   }
   Serial.print(' ');
   Serial.print(AHour, DEC);
   Serial.print(' ');
   Serial.print(AMinute, DEC);
   Serial.print(' ');
   if (A12h) {
      if (Apm) {
         Serial.print('pm');
      } else {
         Serial.print('am');
      }
   }
   if (Clock.checkAlarmEnabled(2)) {
      Serial.print("enabled");
   }
   /* display alarm bits
   Serial.print('\n');
   Serial.print('Alarm bits: ');
   Serial.print(ABits, DEC);
   */

   Serial.print('\n');
   Serial.print('\n');
   delay(1000);

   // Display the time once more as a test of the getTime() function
   Clock.getTime(year, month, date, DoW, hour, minute, second);
   Serial.print(year, DEC);
   Serial.print(month, DEC);
   Serial.print(date, DEC);
   Serial.print(DoW, DEC);
   Serial.print(hour, DEC);
   Serial.print(minute, DEC);
   Serial.println(second, DEC);
}


Code: Select all

}

void loop() {
   // send what's going on to the serial monitor.
   // Start with the year
   Serial.print("2");
   if (Century) {         // Won't need this for 89 years.
      Serial.print("1");
   } else {
      Serial.print("0");
   }
   Serial.print(Clock.getYear(), DEC);
   Serial.print(' ');
   // then the month
   Serial.print(Clock.getMonth(Century), DEC);
   Serial.print(' ');
   // then the date
   Serial.print(Clock.getDate(), DEC);
   Serial.print(' ');
   // and the day of the week
   Serial.print(Clock.getDoW(), DEC);
   Serial.print(' ');
   // Finally the hour, minute, and second
   Serial.print(Clock.getHour(h12, PM), DEC);
   Serial.print(' ');
   Serial.print(Clock.getMinute(), DEC);
   Serial.print(' ');
   Serial.print(Clock.getSecond(), DEC);
   // Add AM/PM indicator
   if (h12) {
      if (PM) {
         Serial.print(" PM ");
      } else {
         Serial.print(" AM ");
      }
   } else {
      Serial.print(" 24h ");
   }
   // Display the temperature
   Serial.print("T=");
   Serial.print(Clock.getTemperature(), 2);
   // Tell whether the time is (likely to be) valid
   if (Clock.oscillatorCheck()) {
      Serial.print(" O+");
   } else {
      Serial.print(" O-");
   }
   // Indicate whether an alarm went off
   if (Clock.checkIfAlarm(1)) {
      Serial.print(" A1!");
   }
   if (Clock.checkIfAlarm(2)) {
      Serial.print(" A2!");
   }
   // New line on display
   Serial.print('\n');
   // Display Alarm 1 information
   Serial.print("Alarm 1: ");
   Clock.getA1Time(ADay, AHour, AMinute, ASecond, ABits, ADy, A12h, Apm);
   Serial.print(ADay, DEC);
   if (ADy) {
      Serial.print(" DoW");
   } else {
      Serial.print(" Date");
   }
   Serial.print(' ');
   Serial.print(AHour, DEC);
   Serial.print(' ');
   Serial.print(AMinute, DEC);
   Serial.print(' ');
   Serial.print(ASecond, DEC);
   Serial.print(' ');
   if (A12h) {
      if (Apm) {
         Serial.print('pm ');
      } else {
         Serial.print('am ');
      }
   }
   if (Clock.checkAlarmEnabled(1)) {
      Serial.print("enabled");
   }
   Serial.print('\n');
   // Display Alarm 2 information
   Serial.print("Alarm 2: ");
   Clock.getA2Time(ADay, AHour, AMinute, ABits, ADy, A12h, Apm);
   Serial.print(ADay, DEC);
   if (ADy) {
      Serial.print(" DoW");
   } else {
      Serial.print(" Date");
   }
   Serial.print(' ');
   Serial.print(AHour, DEC);
   Serial.print(' ');
   Serial.print(AMinute, DEC);
   Serial.print(' ');
   if (A12h) {
      if (Apm) {
         Serial.print('pm');
      } else {
         Serial.print('am');
      }
   }
   if (Clock.checkAlarmEnabled(2)) {
      Serial.print("enabled");
   }
   /* display alarm bits
   Serial.print('\n');
   Serial.print('Alarm bits: ');
   Serial.print(ABits, DEC);
   */

   Serial.print('\n');
   Serial.print('\n');
   delay(1000);

   // Display the time once more as a test of the getTime() function
   Clock.getTime(year, month, date, DoW, hour, minute, second);
   Serial.print(year, DEC);
   Serial.print(month, DEC);
   Serial.print(date, DEC);
   Serial.print(DoW, DEC);
   Serial.print(hour, DEC);
   Serial.print(minute, DEC);
   Serial.println(second, DEC);
}

Code: Select all

#include <ServoTimer2.h>  // the servo library

Code: Select all

#include "ServoTimer2.h"  // the servo library