boxalljohn

main:' LCD test with phanderson.com seral controller chip -  23/03/2010
wait 5 ' it takes a moment for the chip to boot and the LCD to wake up
'serout 2, T2400, ("?S2") ' show my copyright message [as shown below] at boot
'wait 1
'serout 2, T2400, ("?f") ' clear screen
'wait 1
'serout 2, T2400, ("?c0") ' turns off blinking cursor
'wait 1
'serout 2, T2400, ("?C0copyright 2010  ") ' set top line of initial boot message
'wait 1

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?a - set cursor to home position.
?b - destructive backspace
?f - clear LCD and leave cursor at home position
?g - beep
?h - backspace
?i - forward cursor
?j - up cursor
?k - down cursor
?l - clear current line and leave cursor at the beginning of the line
?m - carriage return.  Position the cursor at the beginning of the current line.

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Serial.print("The temperature is: ");
Serial.print(temperature, 2);
Serial.println(" degrees Celsius");

boxalljohn

/*
example 2.1 - digital thermometer
Created 14/04/2010 ---  By John Boxall --- http://tronixstuff.wordpress.com ---  CC by-sa v3.0
Uses an Analog Devices TMP36 temperature sensor to measure temperature and output values to the serial connection
Pin 1 of TMP36 to Arduino 5V power socket
Pin 2 of TMP36 to Arduino analog 0 socket
Pin 3 of TMP36 to Arduino GND socket
*/

void setup()

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while (digitalRead(3) == LOW)
{
	Serial.writeln("Button on digital pin 3 has not been pressed");
}

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/*
exercise 2.1 - Climate Control Judge
Created 14/04/2010 ---  By John Boxall --- http://tronixstuff.wordpress.com ---  CC by-sa v3.0 Share the love!
Measures temperature with Analog Devices TMP36 and compares against minimum temperature to use a heater or air conditioner
*/

int redLED = 13; // define which colour LED is in which digital output
int greenLED = 12;
int blueLED = 11;
float voltage = 0; // set up some variables for temperature work

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digitalWrite(2, HIGH);   // turn on LED on pin 2
delay(del);              // wait (length determined by value of ‘del’)
digitalWrite(2, LOW);    // turn it off
digitalWrite(3, HIGH);   // turn on LED on pin 3
delay(del);              // wait
digitalWrite(3, LOW);    // turn it off
digitalWrite(4, HIGH);   // turn on LED on pin 4
delay(del);              // wait
digitalWrite(4, LOW);    // turn it off
digitalWrite(5, HIGH);   // turn on LED on pin 5

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// Example 1.1 - using the 'for' command

void setup()
{
	pinMode(9, OUTPUT);     // initialise the digital pin 9 as an output
}
void loop()
{
	for (int wow = 1; wow <= 5;  wow++)
	{

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// Exercise 1.1

int del=100; // sets a default delay time, 1000 milliseconds (one second)
void setup()
{
	// initialize the digital pins as outputs:
	for (int i = 2; i<=9 ; i++)
	{
		pinMode(i, OUTPUT);
	} // end of for loop

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// Example 1.2

int red = 11; // the pins for the LED
int green = 9;
int blue = 10;
int i = 0; // for loops
int j = 0;

void setup()
{