public LEDStripForm()
{
this.InitializeComponent();
var modes = Enum.GetNames(typeof(Codes.Mode));
this.comboBox_mode.Items.AddRange(modes);
var palettes = Enum.GetNames(typeof(Codes.Palette));
this.comboBox_palette.Items.AddRange(palettes);
//this.messageSender = Serial.Instance;
this.messageSender = new SimulationMessageSender();
var opened = this.messageSender.Open();
this.buttonOpenSerial.Enabled = !opened;
this.settings = new Settings(Codes.LED_COUNT);
this.textBox_brightness.Text = this.settings.Brightness.ToString();
this.textBox_color_r.Text = this.settings.color.R.ToString();
this.textBox_color_g.Text = this.settings.color.G.ToString();
this.textBox_color_b.Text = this.settings.color.B.ToString();
this.textBox_updates.Text = this.settings.UpdatesPerSecond.ToString();
this.textBox_paletteChangeDivider.Text = this.settings.PaletteChangeDivider.ToString();
this.comboBox_mode.SelectedIndex = (int)this.settings.mode;
this.comboBox_palette.SelectedIndex = (int)this.settings.palette;
this.button_ScreenColorStart.Enabled = false;
this.button_ScreenColorStop.Enabled = false;
}
public AudioLeds()
{
//this.messageSender = new SimulationMessageSender();
this.messageSender = Serial.Instance;
Serial.onData += onData;
this.messageSender.Open();
this.messageSender.SendValue(64, Codes.MessageType.BRIGHTNESS);
this.builder = new MessageBuilder
{
MessageType = Codes.MessageType.CONTROL_AUDIOBANDS
};
this.buffer = new SmoothBuffer(10, 0.2f, true);
this.max = new SmoothBuffer(1, 0.05f, true);
new Thread(this.updater).Start();
}
public ScreenLEDController(ILedMessageSender messageSender, int updatesPerSecond, int ledCount, MessageMode controlMode, bool useBothSceens)
: base(messageSender, updatesPerSecond)
{
this.ledCount = ledCount;
this.controlMode = controlMode;
this.readScreenColor = new ReadScreenColor();
var screenWidth = (useBothSceens ? 2 : 1) * 1920;
ReadScreenColor.ScreenSize = new Size(screenWidth, 1080);
ReadScreenColor.AverageSize = new Size(this.ledCount, 1);
this.builder = new MessageBuilder();
int bufferLength;
switch (this.controlMode)
{
case MessageMode.RGB:
this.builder.MessageType = Codes.MessageType.CONTROL_HVS;
this.control = new RGBMessage();
bufferLength = ledCount * 3;
break;
case MessageMode.HSV:
this.builder.MessageType = Codes.MessageType.CONTROL_HVS;
this.control = new HSVMessage();
bufferLength = ledCount * 3;
break;
case MessageMode.H:
this.builder.MessageType = Codes.MessageType.CONTROL_HUE;
this.control = new HMessage();
bufferLength = ledCount;
break;
default:
throw new System.ArgumentException("MessageMode has invalid value");
}
this.buffer = new byte[bufferLength];
this.colorBuffer = new Color[ledCount];
}
public LEDController(ILedMessageSender messageSender)
{
this.messageSender = messageSender;
}
// a few Random points than move along the string, with lerp between them
public RandomMovingPointsLEDController(ILedMessageSender messageSender, int updatesPerSecond) : base(messageSender, updatesPerSecond)
{
throw new System.NotImplementedException();
}
public SmoothRandomLEDController(ILedMessageSender messageSender, int updatesPerSecond, float secondsBetweenChange, float transiationTime)
: base(messageSender, updatesPerSecond)
{
this.SecondsBetweenChange = secondsBetweenChange;
this.TransitionTime = transiationTime;
}
public ThreadLEDController(ILedMessageSender messageSender, int updatesPerSecond) : base(messageSender)
{
this.UpdatesPerSecond = updatesPerSecond;
}
public HueCycleLEDController(int ledCount, ILedMessageSender messageSender, int updatesPerSecond, int step)
: base(messageSender, updatesPerSecond)
{
this.Step = step;
}
