TinkerKit-Examples - http://www.tinkerkit.com/

TinkerKit-Examples.pde

// LED

    TKLed led(O0);

    led.on();			// turn LED on 
    led.off();			// turn LED off



// BUTTON

    TKButton button(I0);

    if (button.get() == HIGH) {	// if it is, the button.state() is HIGH  
        led.on();			// turn LED on 
    } 
    else {			// if it is not, the button.state() is LOW 
        led.off();			// turn LED off
    }



// TOUCH

    TKTouchSensor touch(I0); 

    if (touch.get() == HIGH) {      
        led.on();     // turn LED on 
    } else {
        led.off();    // turn LED off
    }


// POTENTIOMETER

    TKPotentiometer pot(I0);
    int brightnessValue = 0;

    brightnessValue = pot.get();   
    led.brightness(brightnessValue); 

    // wait 10 milliseconds before the next loop
    // for the analog-to-digital converter to settle
    // after the last reading:
    delay(10);


// TILT SENSOR

    TKTiltSensor tilt(I0);

    if (tilt.get() == HIGH) {   // if it is, the tilt.state() is HIGH
        led.on();                	// turn LED on
    } 
    else {                   	// if it is not, the tilt.state() is LOW
        led.off();              	// turn LED off
    }


// LIGHT SENSOR

    TKLightSensor ldr(I0);
    int brightnessValue = 0;

    brightnessValue = ldr.get();  
    led.brightness(brightnessValue);    
    delay(10); // wait 10 milliseconds before the next loop


// THERMISTOR

    TKThermistor therm(I0);
    float C, F;

    C = therm.getCelsius();     	// Reading the temperature in Celsius degrees and store in the C variable
    F = therm.getFahrenheit();  	// Reading the temperature in Fahrenheit degrees and store in the F variable

    Serial.begin(9600);

    // Print the collected data in a row on the Serial Monitor
    Serial.print("Analog reading: \t");	// Reading the analog value from the thermistor
    Serial.print(therm.get());
    Serial.print("\tC: \t");
    Serial.print(C);
    Serial.print("\tF: \t");
    Serial.println(F);

    delay(1000);