private static void VarRegistrySourceChanged(DependencyObject obj, DependencyPropertyChangedEventArgs e)
{
Control_VariableRegistryEditor self = (Control_VariableRegistryEditor)obj;
if (e.OldValue == e.NewValue || self.stack_Options.Children.Count == 0)
return;
VariableRegistry newRegistry = (VariableRegistry)e.NewValue;
foreach (UIElement child in self.stack_Options.Children)
{
if (child is Control_VariableRegistryItem)
((Control_VariableRegistryItem)child).VarRegistry = newRegistry;
}
}
public VariableRegistry GetRegisteredVariables()
{
if (default_registry == null)
{
default_registry = new VariableRegistry();
default_registry.Register($"{devicename}_restore_dualshock", new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(255, 0, 0, 255)), "Color", new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(255, 255, 255, 255)), new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(0, 0, 0, 0)), "Set restore color for your DS4 Controller");
default_registry.Register($"{devicename}_disconnect_when_stop", false, "Disconnect when Stopping");
default_registry.Register($"{devicename}_auto_connect", true, "Auto connect");
default_registry.Register($"{devicename}_LowBattery_threshold", 20, "Low battery threshold", 100, 0, "In percent. To deactivate set to 0");
default_registry.Register($"{devicename}_LowBattery_color", new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(255, 255, 0, 0)), "Low battery color", new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(255, 255, 255, 255)), new Aurora.Utils.RealColor(System.Drawing.Color.FromArgb(0, 0, 0, 0)));
default_registry.Register($"{devicename}_devicekey", DeviceKeys.Peripheral, "Key to Use", DeviceKeys.MOUSEPADLIGHT15, DeviceKeys.Peripheral);
}
return(default_registry);
}
protected override void RegisterVariables(VariableRegistry local)
{
//hack to not have to reference wpf stuff to get the Media.Color :(
var black = new RealColor();
black.SetDrawingColor(Color.Black);
var white = new RealColor();
white.SetDrawingColor(Color.White);
local.Register($"{DeviceName}_color", black, "Default Color", white, black);
local.Register($"{DeviceName}_override", false, "Override DLL");
local.Register($"{DeviceName}_dlltype", DLLType.LGS, "DLL Type");
}
public VariableRegistry GetRegisteredVariables()
{
if (default_registry == null)
{
var devKeysEnumAsEnumerable = Enum.GetValues(typeof(DeviceKeys)).Cast <DeviceKeys>();
default_registry = new VariableRegistry();
default_registry.Register($"{devicename}_devicekey", DeviceKeys.Peripheral_Logo, "Key to Use", devKeysEnumAsEnumerable.Max(), devKeysEnumAsEnumerable.Min());
default_registry.Register($"{devicename}_send_delay", 35, "Send delay (ms)");
default_registry.Register($"{devicename}_IP", "0.0.0.0", "YeeLight IP", null, null, "If set to 0.0.0.0 and auto-discovery is enabled, it will try to discover a YeeLight and connect to it.");
default_registry.Register($"{devicename}_auto_discovery", false, "Auto-discovery", null, null, "Enable this and set IP to 0.0.0.0 to auto-discover a light.");
}
return(default_registry);
}
public VariableRegistry GetRegisteredVariables()
{
if (default_registry == null)
{
default_registry = new VariableRegistry();
default_registry.Register("esp8266_devicekey", DeviceKeys.Peripheral, "Key to Use", DeviceKeys.MOUSEPADLIGHT15, DeviceKeys.Peripheral);
default_registry.Register("esp8266_wifi_enable", false, "Use WiFi");
default_registry.Register("esp8266_wifi", "", "ESP8266 IP Adresses (Comma separated)");
default_registry.Register("esp8266_wifi_port_tcp", 1337, "ESP8266 TCP Port");
default_registry.Register("esp8266_wifi_port_udp", 1337, "ESP8266 UDP Port");
default_registry.Register("esp8266_com_enable", false, "Use Serial Port (USB)");
default_registry.Register("esp8266_com", "", "Serial Ports (Comma separated)");
default_registry.Register("esp8266_com_baud", 74880, "Baud Rate", 0, 2000000);
default_registry.Register("esp8266_auto_switch", true, "Automatically switch to Aurora Mode");
default_registry.Register("esp8266_restore_mode", Mode.DefaultMode, "Mode to return to when disconnecting");
}
return(default_registry);
}
public object UpdateLights(VariableRegistry settings, IGameState state = null)
{
EffectLayer layer = new EffectLayer(this.ID);
RealColor FG = settings.GetVariable <RealColor>("foregroundColour");
RealColor BG = settings.GetVariable <RealColor>("backgroundColour");
if (!this.threadRunning)
{
this.threadRunning = true;
ThreadPool.QueueUserWorkItem(this.Battery);
}
if (this.batteryStatus.isCharging == true)
{
FG = settings.GetVariable <RealColor>("chargingColour");
BG = settings.GetVariable <RealColor>("chargingBGColour");
}
layer.PercentEffect(FG.GetDrawingColor(), BG.GetDrawingColor(), settings.GetVariable <KeySequence>("keys") ?? DefaultKeys, this.batteryStatus.percentage, 100D, PercentEffectType.Progressive_Gradual);
return(layer);
}
public object UpdateLights(VariableRegistry settings, IGameState state = null)
{
Queue <EffectLayer> layers = new Queue <EffectLayer>();
EffectLayer layer = new EffectLayer(this.ID);
layer.PercentEffect(Color.White, Color.Black, new KeySequence(new[] { DeviceKeys.F1, DeviceKeys.F2, DeviceKeys.F3, DeviceKeys.F4, DeviceKeys.F5, DeviceKeys.F6, DeviceKeys.F7, DeviceKeys.F8, DeviceKeys.F9, DeviceKeys.F10, DeviceKeys.F11, DeviceKeys.F12 }), DateTime.Now.Hour % 12D, 12D, PercentEffectType.Progressive);
layers.Enqueue(layer);
EffectLayer layer_2 = new EffectLayer(this.ID + " 2");
layer_2.PercentEffect(Color.White, Color.Transparent, new KeySequence(new[] { DeviceKeys.NUM_ONE, DeviceKeys.NUM_TWO, DeviceKeys.NUM_THREE, DeviceKeys.NUM_FOUR, DeviceKeys.NUM_FIVE, DeviceKeys.NUM_SIX, DeviceKeys.NUM_SEVEN, DeviceKeys.NUM_EIGHT, DeviceKeys.NUM_NINE, DeviceKeys.NUM_ZERO }), DateTime.Now.Second % 10D, 10D, PercentEffectType.Progressive);
//layers.Enqueue(layer_2);
EffectLayer layer_3 = new EffectLayer(this.ID + " 3");
layer_3.PercentEffect(Color.White, Color.Transparent, new KeySequence(new[] { DeviceKeys.ONE, DeviceKeys.TWO, DeviceKeys.THREE, DeviceKeys.FOUR, DeviceKeys.FIVE, DeviceKeys.SIX, DeviceKeys.SEVEN, DeviceKeys.EIGHT, DeviceKeys.NINE, DeviceKeys.ZERO }), DateTime.Now.Minute % 10f, 10D, PercentEffectType.Progressive);
//layers.Enqueue(layer_3);
EffectLayer layer_4 = new EffectLayer(this.ID + " 4");
layer_4.PercentEffect(Color.FromArgb(200, 255, 0, 0), Color.Transparent, new KeySequence(new[] { DeviceKeys.ONE, DeviceKeys.TWO, DeviceKeys.THREE, DeviceKeys.FOUR, DeviceKeys.FIVE, DeviceKeys.SIX }), DateTime.Now.Minute % 60D, 60D, PercentEffectType.Progressive);
//layers.Enqueue(layer_4);
EffectLayer layer_5 = new EffectLayer(this.ID + " 5");
layer_5.PercentEffect(Color.FromArgb(200, 255, 0, 0), Color.Transparent, new KeySequence(new[] { DeviceKeys.NUM_ONE, DeviceKeys.NUM_TWO, DeviceKeys.NUM_THREE, DeviceKeys.NUM_FOUR, DeviceKeys.NUM_FIVE, DeviceKeys.NUM_SIX }), DateTime.Now.Second % 60D, 60D, PercentEffectType.Progressive);
//layers.Enqueue(layer_5);
EffectLayer layer_sum34 = layer_3 + layer_4;
layers.Enqueue(layer_sum34);
EffectLayer layer_sum25 = layer_2 + layer_5;
layers.Enqueue(layer_sum25);
return(layers.ToArray());
}
public object UpdateLights(VariableRegistry settings, IGameState state = null)
{
Queue <EffectLayer> layers = new Queue <EffectLayer>();
EffectLayer layer = new EffectLayer(this.ID);
layer.PercentEffect(Color.Purple, Color.Green, new KeySequence(new[] { DeviceKeys.F12, DeviceKeys.F11, DeviceKeys.F10, DeviceKeys.F9, DeviceKeys.F8, DeviceKeys.F7, DeviceKeys.F6, DeviceKeys.F5, DeviceKeys.F4, DeviceKeys.F3, DeviceKeys.F2, DeviceKeys.F1 }), DateTime.Now.Second % 20D, 20D);
layers.Enqueue(layer);
EffectLayer layer_swirl = new EffectLayer(this.ID + " - Swirl");
layer_swirl.PercentEffect(Color.Blue, Color.Black, new KeySequence(new[] { DeviceKeys.NUM_ONE, DeviceKeys.NUM_FOUR, DeviceKeys.NUM_SEVEN, DeviceKeys.NUM_EIGHT, DeviceKeys.NUM_NINE, DeviceKeys.NUM_SIX, DeviceKeys.NUM_THREE, DeviceKeys.NUM_TWO }), DateTime.Now.Millisecond % 500D, 500D, PercentEffectType.Progressive_Gradual);
layers.Enqueue(layer_swirl);
EffectLayer layer_blinking = new EffectLayer(this.ID + " - Blinking Light");
ColorSpectrum blink_spec = new ColorSpectrum(Color.Red, Color.Black, Color.Red);
Color blink_color = blink_spec.GetColorAt(DateTime.Now.Millisecond / 1000.0f);
layer_blinking.Set(DeviceKeys.NUM_FIVE, blink_color);
layers.Enqueue(layer_blinking);
return(layers.ToArray());
}
protected override void RegisterVariables(VariableRegistry variableRegistry)
{
variableRegistry.Register($"{DeviceName}_scalar_r", 100, "Red Scalar", 100, 0);
variableRegistry.Register($"{DeviceName}_scalar_g", 100, "Green Scalar", 100, 0);
variableRegistry.Register($"{DeviceName}_scalar_b", 100, "Blue Scalar", 100, 0, "In percent");
}
protected override void RegisterVariables(VariableRegistry variableRegistry)
{
variableRegistry.Register($"{DeviceName}_query", false, "Query Razer devices", remark: "This is slow so it is disabled by default. Can be useful for debugging");
}
protected override void RegisterVariables(VariableRegistry local)
{
local.Register($"{DeviceName}_devicekey", DeviceKeys.Peripheral, "Key to Use", DeviceKeys.MOUSEPADLIGHT15, DeviceKeys.Peripheral_Logo);
local.Register($"{DeviceName}_disconnect_when_stop", false, "Disconnect when Stopping");
}
public override void Default()
{
base.Default();
_ScriptProperties = new VariableRegistry();
}
public NodeIdentifier(string varName)
{
StoredValue = VariableRegistry.Get(varName);
IdentifierName = varName;
}
/// <summary>
/// Only called once when registering variables. Can be empty if not needed
/// </summary>
protected virtual void RegisterVariables(VariableRegistry local)
{
//purposefully empty, if varibles are needed, this should be overridden
}
public VolumeScript()
{
ID = "Volume Layer - Show every 10%";
Properties = new VariableRegistry();
//Create Properties
}
protected virtual void RegisterVariables(VariableRegistry variableRegistry)
{
}
public ExampleEffect()
{
ID = "ExampleCSScript (Multi-Layer)";
Properties = new VariableRegistry();
//Create Properties
}
protected override void RegisterVariables(VariableRegistry local)
{
local.Register($"{DeviceName}_devicekey", DeviceKeys.Peripheral, "Key to Use", DeviceKeys.MOUSEPADLIGHT15, DeviceKeys.Peripheral_Logo);
}
public Clock()
{
ID = "Clock Final (Multi-Layer)";
Properties = new VariableRegistry();
//Create Properties
}
