private static async Task DemoEffects(LifxClient client)
{
Console.WriteLine();
Light light = (await client.ListLights(new Selector.GroupLabel("Room 1"))).FirstOrDefault();
if (light == null)
{
// Find a connected light
foreach (var l in await client.ListLights())
{
if (l.IsConnected)
{
light = l;
break;
}
}
if (!light.IsConnected)
{
Console.WriteLine("No connected lights");
return;
}
}
Console.WriteLine("Using light: {0}", light);
Console.WriteLine("Pulsing slowly between previously set color and green");
await light.PulseEffect(LifxColor.Green, 1, 10);
await Task.Delay(EFFECT_DELAY);
/* If strobing with a single color (therefore the light alternates between the "color" parameter and "fromColor"
* parameter which should be set to LifxColor.OffState (zero brightness) you must set the "color" parameter to a custom color
* with a brightness value explicitly set. The default named parameters appear to leave the light in a fixed zero brightness state
* until the end of the effect. */
Console.WriteLine("Pulsing quickly in white");
await light.PulseEffect(new LifxColor.White(1, 3500), 0.1, 50, fromColor : LifxColor.OffState);
await Task.Delay(EFFECT_DELAY);
Console.WriteLine("Breathing red alert light.");
await light.BreatheEffect(new LifxColor.RGB(120, 0, 0), 2.5, 4, LifxColor.OffState, peak : 0.4d);
await Task.Delay(EFFECT_DELAY);
Console.WriteLine("\"Party breathe\", will pass through intermediate colors.");
await light.BreatheEffect(LifxColor.Cyan, 5, 4, LifxColor.Orange, peak : 0.5d);
await Task.Delay(EFFECT_DELAY);
List <LightState> stateList = new List <LightState>();
stateList.Add(new LightState(PowerState.On, LifxColor.Pink, 0.5d));
stateList.Add(new LightState(PowerState.On, LifxColor.Pink, 1.0d));
stateList.Add(new LightState(PowerState.On, LifxColor.DefaultWhite, 1.0d));
stateList.Add(new LightState(PowerState.On, LifxColor.Green));
stateList.Add(new LightState(PowerState.On, LifxColor.Blue, 1.0d));
stateList.Add(new LightState(PowerState.On, LifxColor.Blue, 0.5d));
LightState defaults = new LightState();
defaults.Duration = 3.0d;
defaults.Brightness = 1.0d;
// Cycle forward
Console.WriteLine("Cycling forward through set of 6 light states.");
for (int i = 0; i < stateList.Count(); i++)
{
await light.Cycle(stateList, defaults);
await Task.Delay(4000);
}
await Task.Delay(1000);
// Cycle backward
Console.WriteLine("Cycling backward through set of 6 light states.");
for (int i = 0; i < stateList.Count(); i++)
{
await light.Cycle(stateList, defaults, Direction.Backward);
await Task.Delay(4000);
}
}