protected virtual int OnExecute(CommandLineApplication app)
{
using FoundationPlate plate = PiTop4Board.Instance.GetOrCreatePlate <FoundationPlate>();
using Led green = plate.GetOrCreateLed(DigitalPort.D0);
using Led yellow = plate.GetOrCreateLed(DigitalPort.D1);
using Led red = plate.GetOrCreateLed(DigitalPort.D2);
Led[] semaphore = new[] { green, yellow, red };
using Potentiometer potentiometer = plate.GetOrCreatePotentiometer(AnaloguePort.A0);
potentiometer.Connect();
int currentPosition = -1;
Led current = green;
while (true)
{
// 2.9999 instead of 3 so when the Position is 1 it doesn't return 3 and still returns 2 (red light)
int newPosition = (int)(potentiometer.Position * 2.9999);
if (newPosition != currentPosition)
{
current.Off();
current = semaphore[newPosition];
currentPosition = newPosition;
current.On();
}
Thread.Sleep(100);
}
return(0);
}
public void tearDown()
{
raspberryPi.reset();
raspberryPi = null;
TestGpiooInterface = null;
TestLcdDisplay = null;
Testpotentiometer = null;
Testadconverter = null;
}
public override void SetSimulationProp(Circuit sim)
{
Potentiometer potentiometer = sim.Create <Potentiometer>();
potentiometer.position = _potentiometerEntity.Position;
Connectors[0].DllConnector = potentiometer.leadVoltage;
Connectors[1].DllConnector = potentiometer.leadIn;
Connectors[2].DllConnector = potentiometer.leadOut;
}
public static IProducer <double> CreateComponent(this Potentiometer potentiometer, Pipeline pipeline, TimeSpan samplingInterval)
{
if (potentiometer == null)
{
throw new ArgumentNullException(nameof(potentiometer));
}
if (pipeline == null)
{
throw new ArgumentNullException(nameof(pipeline));
}
return(Generators.Sequence(pipeline, 0.0, _ => potentiometer.Position, samplingInterval));
}
public void setUp()
{
raspberryPi = RaspberryPi.Instance;
testAllComponents = new HWComponent[] { new GPIOinterface(), new LCD(), new Potentiometer(), new Multiplexer(), new ADConverter() };
testPartComponents = new HWComponent[] { new GPIOinterface(), new Multiplexer(), new ADConverter() };
testDuplicateComponents = new HWComponent[] { new GPIOinterface(), new Multiplexer(), new Multiplexer(), new ADConverter() };
TestGpiooInterface = new GPIOinterface();
TestLcdDisplay = new LCD();
Testpotentiometer = new Potentiometer();
Testmultiplexer = new Multiplexer();
Testadconverter = new ADConverter();
}
protected Potentiometer AddPot(string name, Point posn, Size size, string knobImage,
double initialRotation, double rotationTravel, double minValue, double maxValue,
double initialValue, double stepValue,
string interfaceDeviceName, string interfaceElementName, bool fromCenter, ClickType clickType = ClickType.Swipe, bool isContinuous = false)
{
string componentName = GetComponentName(name);
if (fromCenter)
{
posn = FromCenter(posn, size);
}
Potentiometer _knob = new Potentiometer
{
Name = componentName,
KnobImage = knobImage,
InitialRotation = initialRotation,
RotationTravel = rotationTravel,
MinValue = minValue,
MaxValue = maxValue,
InitialValue = initialValue,
StepValue = stepValue,
Top = posn.Y,
Left = posn.X,
Width = size.Width,
Height = size.Height
};
_knob.ClickType = clickType;
_knob.IsContinuous = isContinuous;
Children.Add(_knob);
foreach (IBindingTrigger trigger in _knob.Triggers)
{
AddTrigger(trigger, componentName);
}
AddAction(_knob.Actions["set.value"], componentName);
AddDefaultOutputBinding(
childName: componentName,
deviceTriggerName: "value.changed",
interfaceActionName: interfaceDeviceName + ".set." + interfaceElementName
);
AddDefaultInputBinding(
childName: componentName,
interfaceTriggerName: interfaceDeviceName + "." + interfaceElementName + ".changed",
deviceActionName: "set.value");
return(_knob);
}
private void AddPot(string name, Point posn, Size size, string interfaceElementName)
{
Potentiometer knob = AddPot(
name: name,
posn: posn,
size: size,
knobImage: "{AV-8B}/Images/Common Knob.png",
initialRotation: 219,
rotationTravel: 291,
minValue: 0,
maxValue: 1,
initialValue: 1,
stepValue: 0.1,
interfaceDeviceName: _interfaceDeviceName,
interfaceElementName: interfaceElementName,
fromCenter: false
);
knob.Name = _side + "_" + name;
}
internal static PocketView GetSvg(this Potentiometer potentiometer)
{
var value = potentiometer.Position.ToString("0.##");
return(g(
g[transform: "matrix(0.0834819,0,0,0.0762288,-11.0292,-7.71042)"](
CreatePath("M623.239,203.06C623.239,154.054 586.908,114.267 542.16,114.267L225.172,114.267C180.423,114.267 144.093,154.054 144.093,203.06L144.093,550.209C144.093,599.216 180.423,639.003 225.172,639.003L542.16,639.003C586.908,639.003 623.239,599.216 623.239,550.209L623.239,203.06Z", "fill:white;stroke:black;stroke-width:25.02px;")
),
g[@class: "Pot", transform: "matrix(1,0,0,1,-859.031,-188)"](
CreatePath("M871.086,208.585L872.604,204.441C871.982,203.245 871.63,201.886 871.63,200.446C871.63,195.659 875.516,191.773 880.303,191.773C885.089,191.773 888.976,195.659 888.976,200.446C888.976,205.233 885.089,209.119 880.303,209.119C878.424,209.119 876.684,208.52 875.263,207.504L871.086,208.585Z", "fill:rgb(235,235,235);fill-opacity:0;stroke:black;stroke-width:2px;"),
g[transform: "matrix(0.743034,-0.597245,0.56137,0.698402,93.8923,710.93)"](
_.rect[x: 971.577, y: 104.115, width: 13.572, height: 3.795, style: "fill:rgb(217,217,217);stroke:black;stroke-width:0.92px;stroke-linecap:square;"]()
)
),
g[transform: "matrix(1,0,0,1,-756.199,-120)"](
_.text[x: "768.748px", y: "149.76px", style: TextStyle](value)
),
g[transform: "matrix(1,0,0,1,-756.199,-112.282)"](
_.text[x: "768.748px", y: "149.76px", style: TextStyle]("POT")
)
));
}
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 outPin = 0;
var inPin = 1;
using (var nusbio = new Nusbio(serialNumber)) // ,
{
var pot = new Potentiometer(nusbio, inPin, outPin, 23, 290, 500); // 50k Pot
var ddd = pot.PercentValue;
Cls(nusbio);
while (nusbio.Loop())
{
ConsoleEx.Write(0, 10, string.Format("[{0}] Value:{1,-4}, Percent:{2}% ",
DateTime.Now, pot.Value, (int)pot.PercentValue),
ConsoleColor.DarkCyan);
if (Console.KeyAvailable)
{
var k = Console.ReadKey(true).Key;
if (k == ConsoleKey.Q)
{
break;
}
}
}
}
Console.Clear();
}
public void PotentiometerCreate(PotentiometerVM potentiometerVM)
{
Potentiometer potentiometer = new Potentiometer();
}
public PartialViewResult Potentiometer()
{
CDTEntities db = new CDTEntities();
Potentiometer potentiometer = new Potentiometer();
return PartialView("_PotentiometerPartial", potentiometer);
}
private void Sound_ValueChanged(object sender, Potentiometer.ValueChangedEventArgs e)
{
Model.Model.GetInstance().GlobalSoundVolume = e.Value;
}
private void Metronome_ValueChanged(object sender, Potentiometer.ValueChangedEventArgs e)
{
Model.Model.GetInstance().Metronome.Speed = e.Value;
}
// Start is called before the first frame update
void Start()
{
instance = this;
}
