|
public AddCue ( |
||
| cue | ||
| return | ||
public PanTiltDemo(IEnumerable <string> args)
{
// Patch physical
acnOutput.Connect(new Physical.MonopriceMovingHeadLight12chn(lightA, 200), 54);
// Logging
lightA.OutputPan.Log("Pan");
lightA.OutputTilt.Log("Tilt");
// Build preset
var preset1 = new Preset
{
Brightness = 0.5,
Color = Color.Firebrick,
Pan = 0,
Tilt = 0
};
var preset2 = new Preset
{
Brightness = 1.0,
Color = Color.Yellow,
Pan = 300,
Tilt = 200
};
// Cues
cueList.AddCue(new Cue
{
Preset = preset1,
FadeS = 4.0
}, lightA, lightB);
cueList.AddCue(new Cue
{
Preset = preset2,
FadeS = 2.0
}, lightA, lightB);
cueList.AddCue(new Cue
{
Color = Color.Green,
AddDevice = lightA,
FadeS = 2,
Trigger = Cue.Triggers.Follow,
TriggerTimeS = 6
});
// BO
cueList.AddCue(new Cue
{
Intensity = 0,
AddDevice = lightA,
FadeS = 1,
Pan = 0,
Tilt = 0
}, lightB);
cueList.AddCue(new Cue
{
Preset = preset2,
FadeS = 2.0
}, lightA, lightB);
cueList.CueCompleted.Subscribe(x =>
{
log.Debug("Cue {0} processing time: {1:N0}", x.Item1, x.Item2);
});
// Inputs
button1.Output.Subscribe(x =>
{
if (x)
{
cueList.Go();
}
});
button2.Output.Subscribe(x =>
{
if (x)
{
double[] testListP = new double[1000];
for (int i = 0; i < testListP.Length; i++)
{
testListP[i] = 200 * Math.Sin(Math.PI * i / testListP.Length);
}
double[] testListT = new double[1000];
for (int i = 0; i < testListP.Length; i++)
{
testListT[i] = 270 * Math.Sin(Math.PI * i / testListP.Length);
}
var token = lightA.TakeControl();
lightA.SetOnlyColor(Color.Violet);
var tasks = new List <Task>();
tasks.Add(Exec.MasterEffect.Fade(lightA.GetBrightnessObserver(), 0.0, 1.0, 2000));
tasks.Add(Exec.MasterEffect.Custom(testListP, lightA.GetPanObserver(), 5000, 1));
tasks.Add(Exec.MasterEffect.Custom(testListT, lightA.GetTiltObserver(), 10000, 3));
Task.WhenAll(tasks.ToArray())
.ContinueWith(_ => token.Dispose());
}
});
test1.ConnectTo(lightA);
}
