public static void Run(string[] args)
{
Console.WriteLine("Nusbio initialization");
var serialNumber = Nusbio.Detect();
if (serialNumber == null) // Detect the first Nusbio available
{
Console.WriteLine("nusbio not detected");
return;
}
var clockPin = NusbioGpio.None;
var dataOutPin = NusbioGpio.None;
var useAdafruitI2CAdapterForNusbio = false;
if (useAdafruitI2CAdapterForNusbio)
{
clockPin = NusbioGpio.Gpio1; // Clock should be zero, but on the Adafruit MCP9808 SCL and SDA are inversed compared to the Adafruit LED matrix
dataOutPin = NusbioGpio.Gpio0;
}
else
{
clockPin = NusbioGpio.Gpio0;
dataOutPin = NusbioGpio.Gpio1;
}
using (var nusbio = new Nusbio(serialNumber))
{
_MCP9808_TemperatureSensor = new MCP9808_TemperatureSensor(nusbio, dataOutPin, clockPin);
if (!_MCP9808_TemperatureSensor.Begin())
{
Console.WriteLine("MCP9808 not detected on I2C bus. Hit any key to retry");
var kk = Console.ReadKey();
if (!_MCP9808_TemperatureSensor.Begin())
{
return;
}
}
Cls(nusbio);
var everySecond = new TimeOut(1000);
while (nusbio.Loop())
{
if (everySecond.IsTimeOut())
{
double celsius = 0;
for (var i = 0; i < 3; i++)
{
celsius = _MCP9808_TemperatureSensor.GetTemperature(TemperatureType.Celsius);
}
ConsoleEx.WriteLine(1, 2,
string.Format("Temperature Celsius:{0:000.00}, Fahrenheit:{1:000.00}, Kelvin:{2:00000.00}",
celsius,
_MCP9808_TemperatureSensor.CelsiusToFahrenheit(celsius),
_MCP9808_TemperatureSensor.CelsiusToKelvin(celsius)
), ConsoleColor.Cyan);
}
if (Console.KeyAvailable)
{
var k = Console.ReadKey(true).Key;
if (k == ConsoleKey.T)
{
Cls(nusbio);
}
if (k == ConsoleKey.D0)
{
Cls(nusbio);
}
if (k == ConsoleKey.C)
{
Cls(nusbio);
}
if (k == ConsoleKey.Q)
{
break;
}
Cls(nusbio);
}
}
}
Console.Clear();
}
public static void ComboWith6LedPanel(Nusbio nusbio, APA102LEDStrip ledStrip0, APA102LEDStrip ledStrip1 = null)
{
Console.Clear();
ConsoleEx.TitleBar(0, "Rainbow Demo", ConsoleColor.White, ConsoleColor.DarkBlue);
ConsoleEx.WriteMenu(-1, 6, "Q)uit");
int wait = 50;
var quit = false;
var maxStep = 256;
var brightness = 5;
int jStep = 8;
ledStrip0.AllOff();
ledStrip1.AllOff();
var ledIndex = -1;
var maxLedIndex = 4;
var ledIndexTimeOut = new TimeOut(wait * 50);
while (!quit)
{
var j2 = maxStep;
for (var j = 0; j < maxStep; j += jStep)
{
ledStrip0.Reset();
ledStrip1.Reset();
for (var i = 0; i < ledStrip0.MaxLed; i++)
{
ledStrip0.AddRGBSequence(false, brightness, RGBHelper.Wheel(((i * maxStep / ledStrip0.MaxLed) + j)));
}
for (var i = 0; i < ledStrip1.MaxLed; i++)
{
ledStrip1.AddRGBSequence(false, brightness, RGBHelper.Wheel(((i * maxStep / ledStrip0.MaxLed) + j2)));
}
foreach (var bkColor in ledStrip0.LedColors)
{
ConsoleEx.WriteLine(1, 2, String.Format("Strip 0 - Color:{0}, Html:{1}, Dec:{2}", bkColor.Name, APA102LEDStrip.ToHexValue(bkColor), APA102LEDStrip.ToDecValue(bkColor)), ConsoleColor.DarkCyan);
}
foreach (var bkColor in ledStrip1.LedColors)
{
ConsoleEx.WriteLine(1, 3, String.Format("Strip 1 - Color:{0}, Html:{1}, Dec:{2}", bkColor.Name, APA102LEDStrip.ToHexValue(bkColor), APA102LEDStrip.ToDecValue(bkColor)), ConsoleColor.DarkCyan);
}
j2 -= jStep;
if (j2 < 0)
{
j2 = maxStep;
}
ledStrip0.Show();
ledStrip1.Show().Wait(wait);
/*
* // Turn on and off led connected to gpio 0,1,2,3
* if (ledIndexTimeOut.IsTimeOut())
* {
* if (ledIndex != -1)
* nusbio[ledIndex].Low();
* ledIndex++;
* if (ledIndex == maxLedIndex)
* ledIndex = 0;
* nusbio[ledIndex].High();
* }
*/
if (Console.KeyAvailable)
{
var k = Console.ReadKey(true).Key;
if (k == ConsoleKey.Q)
{
quit = true;
break;
}
}
}
}
ledStrip0.AllOff();
ledStrip1.AllOff();
}
public static void Run(string[] args)
{
Console.WriteLine("Nusbio initialization");
var serialNumber = Nusbio.Detect();
//var serialNumber = "LD2Ub9pAg";
if (serialNumber == null) // Detect the first Nusbio available
{
Console.WriteLine("nusbio not detected");
return;
}
using (var nusbio = new Nusbio(serialNumber)) // ,
{
Cls(nusbio);
var _4DIGITS7SEGMENTS_ADDR = 0x70 + 2;
var clockPin = NusbioGpio.Gpio0; // White
var dataOutPin = NusbioGpio.Gpio1; // Green
_4digits = new _4Digits7Segments(nusbio, dataOutPin, clockPin);
_4digits.Begin(_4DIGITS7SEGMENTS_ADDR);
_4digits.Clear(true);
var oneSecondTimeOut = new TimeOut(1000);
while (nusbio.Loop())
{
if (oneSecondTimeOut.IsTimeOut()) // Make the colon blink at a 1 second rate
{
var t = DateTime.Now;
_4digits.Clear();
_4digits.Write(string.Format("{0}{1}", t.Minute.ToString("00"), t.Second.ToString("00")));
//if(twoSecondTimeOut.Counter % 2 == 0)
// _4digits.Write(string.Format("{0}{1}", t.Minute.ToString("00"), t.Second.ToString("00")));
//else
// _4digits.Write(string.Format("{0}{1}", t.Hour.ToString("00"), t.Minute.ToString("00")));
_4digits.WriteDisplay();
_4digits.DrawColon(!_4digits.ColonOn);
}
if (Console.KeyAvailable)
{
var k = Console.ReadKey(true).Key;
if (k == ConsoleKey.D1)
{
Demo1();
}
if (k == ConsoleKey.D2)
{
Demo1To100();
}
if (k == ConsoleKey.D3)
{
DemoScrollNumber();
}
if (k == ConsoleKey.D4)
{
Demo1To10000();
}
if (k == ConsoleKey.C)
{
Cls(nusbio);
_4digits.Clear(true);
}
if (k == ConsoleKey.Q)
{
_4digits.Clear(true);
break;
}
Cls(nusbio);
}
}
}
Console.Clear();
}
private static void FadeInOutLEDWithGpioAnd100mfCapacitorResistorTransistor(Nusbio nusbio, NusbioGpio regLedGpio, NusbioGpio blueLedGpio)
{
Console.Clear();
ConsoleEx.TitleBar(0, "Fade In Out LED With Gpio With Capacitor/Resistor/Transistor");
ConsoleEx.WriteMenu(-1, 4, "Q)uit");
const int wait = 100;
const int redLedChargeTime = wait * 8;
const int redLedDischargeTime = wait * 46;
const int blueLedChargeTime = wait * 12; // 8
const int blueLedDischargeTime = wait * 60; // 42
const int capacitorPreChargingTime = wait * 24;
ConsoleEx.WriteLine(1, 7, string.Format("Pre charging capacitors for {0} ms-seconds ", capacitorPreChargingTime), ConsoleColor.Yellow);
nusbio[regLedGpio].High();
nusbio[blueLedGpio].High();
Thread.Sleep(capacitorPreChargingTime);
ConsoleEx.WriteLine(1, 7, "".PadRight(64), ConsoleColor.Cyan);
var redLedTimeout = new MadeInTheUSB.TimeOut(redLedChargeTime);
var blueLedTimeout = new MadeInTheUSB.TimeOut(blueLedDischargeTime);
// Turn blue LED off, red led stay on
nusbio[blueLedGpio].DigitalWrite(PinState.Low);
while (true)
{
if (blueLedTimeout.IsTimeOut())
{
if (blueLedTimeout.Duration == blueLedChargeTime)
{
ConsoleEx.WriteLine(1, 7, "Blue Off".PadRight(64), ConsoleColor.Cyan);
nusbio[blueLedGpio].Low();
blueLedTimeout = new TimeOut(blueLedDischargeTime);
}
else
{
ConsoleEx.WriteLine(1, 7, "Blue On ".PadRight(64), ConsoleColor.Cyan);
nusbio[blueLedGpio].High();
blueLedTimeout = new TimeOut(blueLedChargeTime);
}
}
if (redLedTimeout.IsTimeOut())
{
if (redLedTimeout.Duration == redLedChargeTime)
{
ConsoleEx.WriteLine(1, 8, "Red Off".PadRight(64), ConsoleColor.Cyan);
nusbio[regLedGpio].Low();
redLedTimeout = new TimeOut(redLedDischargeTime);
}
else
{
ConsoleEx.WriteLine(1, 8, "Red On ".PadRight(64), ConsoleColor.Cyan);
nusbio[regLedGpio].High();
redLedTimeout = new TimeOut(redLedChargeTime);
}
}
if (Console.KeyAvailable)
{
if (Console.ReadKey().Key == ConsoleKey.Q)
{
break;
}
}
Thread.Sleep(wait);
}
nusbio[regLedGpio].DigitalWrite(PinState.Low);
nusbio[blueLedGpio].DigitalWrite(PinState.Low);
}
