package main

import (
	"fmt"
	"time"

	"github.com/matrix-io/matrix-lite-go"
)

func main() {
	m := matrix.Init()

	fmt.Println("This device has", m.Led.Length, "LEDs")

	// A single string or object sets all LEDs
	// Below are different ways of expressing a color (number values are from 0-255)
	m.Led.Set("blue")
	m.Led.Set(matrix.RGBW{0, 0, 10, 0})

	// LEDs off
	m.Led.Set("black")
	m.Led.Set(matrix.RGBW{})

	// Slices & Arrays can set individual LEDs
	m.Led.Set([]interface{}{"red", "", matrix.RGBW{}, "black", matrix.RGBW{G: 255}}) // Slice with different data types
	m.Led.Set([]string{"red", "gold", "black", "purple"}) // Slice of strings
	m.Led.Set([5]string{"red", "gold", "black", "purple"}) // Array of strings

	// Slices & Arrays can simulate motion
	// It's recommended to use Slices so that m.Led.Length can be used
	everloop := make([]matrix.RGBW, m.Led.Length)
	everloop[0] = matrix.RGBW{B: 100}

	for {
		lastLed := everloop[0]
		everloop = everloop[1:]
		everloop = append(everloop, lastLed)

		m.Led.Set(everloop)
		time.Sleep(50 * time.Millisecond)
	}
}

package main

import (
	"fmt"	

	"github.com/matrix-io/matrix-lite-go"
)

func main() {
	m := matrix.Init()

	m.Imu.Read()
	m.Uv.Read()
	m.Humidity.Read()
	m.Pressure.Read()

	fmt.Println("IMU: ", m.Imu)
	fmt.Println("UV: ", m.Uv)
	fmt.Println("Humidity: ", m.Humidity)
	fmt.Println("Pressure: ", m.Pressure)
}

package main

import (
	"fmt"
	
	"github.com/matrix-io/matrix-lite-go"
)

func main() {
	m := matrix.Init()

	// Read GPIO pin 0 (digital)
	m.Gpio.SetFunction(0, "DIGITAL")
	m.Gpio.SetMode(0, "input")
	fmt.Println(m.Gpio.GetDigital(0))

	// Set GPIO pin 1 (digital)
	m.Gpio.SetFunction(1, "DIGITAL")
	m.Gpio.SetMode(1, "output")
	m.Gpio.SetDigital(1, "ON")

	// Set GPIO pin 2 (PWM)
	m.Gpio.SetFunction(2, "PWM");
	m.Gpio.SetMode(2, "output");
	m.Gpio.SetPWM(2, 25, 50);

	// Set Servo Angle pin 3
	m.Gpio.SetFunction(3, "PWM");
	m.Gpio.SetMode(3, "output");
	m.Gpio.SetServoAngle(3, 90, 0.8);
}