public ControlledObserverRGB(IControlToken controlToken, ControlSubject<Color, IControlToken> control)
{
this.controlToken = controlToken;
this.observerR = Observer.Create<double>(x =>
{
Color newColor = Color.FromArgb(x.GetByteScale(), control.Value.G, control.Value.B);
control.OnNext(newColor, this.controlToken);
});
this.observerG = Observer.Create<double>(x =>
{
Color newColor = Color.FromArgb(control.Value.R, x.GetByteScale(), control.Value.B);
control.OnNext(newColor, this.controlToken);
});
this.observerB = Observer.Create<double>(x =>
{
Color newColor = Color.FromArgb(control.Value.R, control.Value.G, x.GetByteScale());
control.OnNext(newColor, this.controlToken);
});
}
public void SetPanTilt(double pan, double tilt, IControlToken token)
{
SetData(token,
Tuple.Create(DataElements.Pan, (object)pan),
Tuple.Create(DataElements.Tilt, (object)tilt)
);
}
public void SetColor(Color color, double? brightness = 1.0, IControlToken token = null)
{
if (brightness.HasValue)
{
SetData(token,
Tuple.Create(DataElements.Brightness, (object)brightness),
Tuple.Create(DataElements.Color, (object)color)
);
}
else
SetData(token, Tuple.Create(DataElements.Color, (object)color));
}
public void SetStrobeSpeed(double strobeSpeed, IControlToken token)
{
SetData(token, Tuple.Create(DataElements.StrobeSpeed, (object)strobeSpeed));
}
public LockDemo(IEnumerable <string> args)
{
blackOut.ConnectTo(Exec.Blackout);
whiteOut.ConnectTo(Exec.Whiteout);
lightGroup.Add(lightA, lightB);
acnOutput.Connect(new Physical.SmallRGBStrobe(lightA, 1), 20);
acnOutput.Connect(new Physical.SmallRGBStrobe(lightB, 10), 20);
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 0, 50), 26, 1);
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 50, 100), 25, 1);
testLightA.ConnectTo(x => lightA.SetBrightness(x));
testLightA.ConnectTo(x => pixelsRoofEdge.SetBrightness(x));
testLightB.ConnectTo(x => lightB.SetBrightness(x));
lightA.SetColor(Color.Red, null);
lightB.SetColor(Color.Blue, null);
pixelsRoofEdge.SetColor(Color.Green, 0.6);
popOut.ConnectTo(lightA);
popOut.ConnectTo(pixelsRoofEdge);
sub
.LockWhenRunning(lightA, lightB)
.RunAction(i =>
{
lightA.SetBrightness(1.0, i.Token);
i.WaitFor(S(2.5));
lightB.SetBrightness(0.5, i.Token);
i.WaitFor(S(2.5));
Exec.MasterEffect.Fade(lightGroup, 1.0, 0.0, 3000, token: i.Token);
i.WaitFor(S(1));
using (var takeOver = lightGroup.TakeControl(5))
{
lightGroup.SetBrightness(1, takeOver);
i.WaitFor(S(1));
}
lightGroup.SetBrightness(1, i.Token);
i.WaitFor(S(2));
});
button1.Output.Subscribe(value =>
{
if (value)
{
this.log.Information("Button 1 pressed!");
sub.Run();
}
});
button2.Output.Subscribe(value =>
{
if (value)
{
this.log.Information("Button 2 pressed!");
if (testLock != null)
{
testLock.Dispose();
testLock = null;
}
else
{
testLock = lightA.TakeControl();
}
}
});
button3.Output.Subscribe(value =>
{
if (value)
{
this.log.Information("Button 3 pressed!");
popOut.Pop(color: Color.Purple, sweepDuration: S(2));
Thread.Sleep(500);
testLightA.Value = random.NextDouble();
}
});
}
public void SetBrightness(double brightness, IControlToken token = null)
{
this.SetData(token, Utils.Data(DataElements.Brightness, brightness));
}
public void Add(IOwnedDevice device, IControlToken token)
{
MemberTokens.Add(device, token);
}
public void SetData(IControlToken token, params Tuple<DataElements, object>[] values)
{
var data = GetFrameBuffer(token, this);
foreach (var kvp in values)
data[kvp.Item1] = kvp.Item2;
PushOutput(token);
}
public IPushDataController GetDataObserver(IControlToken token)
{
if (token == null)
throw new ArgumentNullException("token");
return new ControlledObserverData(token, this.outputData, token.GetDataForDevice(this));
}
public void SetColor(Color color, double?brightness, IControlToken token)
{
throw new NotImplementedException();
}
public void SetColor(Color color, double? brightness, IControlToken token)
{
throw new NotImplementedException();
}
public void SetStrobeSpeed(double strobeSpeed, IControlToken token)
{
this.SetData(token, Tuple.Create(DataElements.StrobeSpeed, (object)strobeSpeed));
}
public ControlledObserverData(IControlToken controlToken, ControlSubject <IData, IControlToken> control, IData data)
{
this.controlToken = controlToken;
this.control = control;
this.data = data;
}
public void SetValue(bool value, IControlToken token = null)
{
this.SetData(token, Utils.Data(DataElements.Power, value));
}
public ControlledGroupData(IControlToken token, IObserver <IData> observer)
{
this.sharedData = new Data();
this.token = token;
this.observer = observer;
}
public void SetControlToken(IControlToken token)
{
this.externalControlToken = token;
}
public override void Execute(IReceivesColor device, ChannelEffectInstance.DeviceType deviceType, IControlToken token)
{
var currentColor = device.GetCurrentColor();
switch (deviceType)
{
case ChannelEffectInstance.DeviceType.ColorR:
device.SetColor(Color.FromArgb((int)(Brightness * 255), currentColor.G, currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorG:
device.SetColor(Color.FromArgb(currentColor.R, (int)(Brightness * 255), currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorB:
device.SetColor(Color.FromArgb(currentColor.R, currentColor.G, (int)(Brightness * 255)), 1, token);
break;
}
}
public override void Execute(IReceivesBrightness device, IControlToken token)
{
device.SetBrightness(Brightness, token);
}
//public void PushData(DataElements dataElement, object value)
//{
// foreach (var memberToken in MemberTokens.Values)
// memberToken.PushData(dataElement, value);
//}
public bool IsOwner(IControlToken checkToken)
{
return(MemberTokens.ContainsValue(checkToken));
}
public void SetBrightness(double brightness, IControlToken token)
{
action(brightness);
}
public abstract void Execute(IReceivesColor device, ChannelEffectInstance.DeviceType deviceType, IControlToken token);
public void Add(IOwnedDevice device, IControlToken token)
{
MemberTokens.Add(device, token);
}
public override void Execute(IReceivesBrightness device, IControlToken token)
{
Executor.Current.MasterEffect.Shimmer(device, StartBrightness, EndBrightness, DurationMs, token: token);
}
public void SetPan(double pan, IControlToken token)
{
this.SetData(token, Tuple.Create(DataElements.Pan, (object)pan));
}
public bool HasControl(IControlToken checkOwner)
{
return this.currentOwner == null || (checkOwner != null && checkOwner.IsOwner(this.currentOwner));
}
public void SetTilt(double tilt, IControlToken token)
{
this.SetData(token, Tuple.Create(DataElements.Tilt, (object)tilt));
}
public bool HasControl(IControlToken checkOwner)
{
return(this.currentOwner == null || (checkOwner != null && checkOwner.IsOwner(this.currentOwner)));
}
public void SetColorRange(
Color color,
double? brightness = 1.0,
int startX = 0,
int startY = 0,
int? width = null,
int? height = null,
IControlToken token = null)
{
IData data = GetFrameBuffer(token, this);
Color injectColor;
if (brightness.GetValueOrDefault(1.0) < 1.0)
injectColor = GetColorFromColorAndBrightness(color, brightness.Value);
else
injectColor = color;
if (!width.HasValue)
width = this.pixelWidth;
if (!height.HasValue)
height = this.pixelHeight;
var bitmap = (Bitmap)data[DataElements.PixelBitmap];
lock (this.lockObject)
{
using (var g = Graphics.FromImage(bitmap))
using (var b = new SolidBrush(injectColor))
{
g.FillRectangle(b, startX, startY, width.Value, height.Value);
}
}
PushOutput(token);
}
public Task Shimmer(IReceivesBrightness device, double minBrightness, double maxBrightness, int durationMs, int priority = 1, IControlToken token = null)
{
if (token != null)
{
return(Shimmer(device.GetDataObserver(token), minBrightness, maxBrightness, durationMs));
}
var controlToken = device.TakeControl(priority);
return(Shimmer(device.GetDataObserver(controlToken), minBrightness, maxBrightness, durationMs)
.ContinueWith(x =>
{
controlToken.Dispose();
}));
}
public ControlledGroupData(IControlToken token, IObserver<IData> observer)
{
this.sharedData = new Data();
this.token = token;
this.observer = observer;
}
public void SetColor(Color color, double?brightness = 1.0, IControlToken token = null)
{
SetColorRange(color, brightness, token: token);
}
public bool IsOwner(IControlToken checkToken)
{
return(this == checkToken);
}
public Halloween2016(IEnumerable<string> args)
{
hoursSmall.AddRange("6:00 pm", "8:30 pm",
DayOfWeek.Monday, DayOfWeek.Tuesday, DayOfWeek.Wednesday, DayOfWeek.Thursday);
hoursSmall.AddRange("5:00 pm", "9:00 pm",
DayOfWeek.Friday, DayOfWeek.Saturday, DayOfWeek.Sunday);
hoursFull.AddRange("6:00 pm", "8:30 pm");
//hoursFull.Disabled = true;
hoursSmall.Disabled = true;
// Logging
hoursSmall.Output.Log("Hours small");
hoursFull.Output.Log("Hours full");
string expanderFilesFolder = string.Empty;
string expFilesParam = args.FirstOrDefault(x => x.StartsWith("EXPFILES"));
if (!string.IsNullOrEmpty(expFilesParam))
{
string[] parts = expFilesParam.Split('=');
if (parts.Length == 2)
{
expanderFilesFolder =
expanderServer.ExpanderSharedFiles = parts[1];
}
}
expanderServer.AddInstance("ed86c3dc166f41ee86626897ba039ed2", expanderLedmx); // rpi-eb0092ca
expanderServer.AddInstance("1583f686014345888c15d7fc9c55ca3c", expanderCat); // rpi-eb81c94e
expanderServer.AddInstance("4ea781ef257442edb524493da8f52220", expanderAudio2); // rpi-eba6cbc7
expanderServer.AddInstance("76d09e6032d54e77aafec90e1fc4b35b", expanderHifi); // rpi-eb428ef1
expanderServer.AddInstance("60023fcde5b549b89fa828d31741dd0c", expanderPicture); // rpi-eb91bc26
expanderServer.AddInstance("e41d2977931d4887a9417e8adcd87306", expanderGhost); // rpi-eb6a047c
expanderServer.AddInstance("999861affa294fd7bbf0601505e9ae09", expanderPop); // rpi-ebd43a38
masterVolume.ConnectTo(Exec.MasterVolume);
hoursSmall
.ControlsMasterPower(catAir)
.ControlsMasterPower(mrPumpkinAir);
hoursFull
.ControlsMasterPower(catAir)
.ControlsMasterPower(mrPumpkinAir);
buttonOverrideHours.Output.Subscribe(x =>
{
if (x)
hoursFull.SetForced(true);
else
hoursFull.SetForced(null);
});
flashBaby.Output.Subscribe(x =>
{
// Flash
if (x)
{
allLights.TakeAndHoldControl(100, "FlashBaby");
allLights.SetBrightness(1.0, new Data(DataElements.Color, Color.White));
}
else
allLights.ReleaseControl();
});
floodLights.Output.Subscribe(x =>
{
// Flash
if (x)
{
allLights.TakeAndHoldControl(200, "FlashBaby");
allLights.SetBrightness(1.0, new Data(DataElements.Color, Color.White));
}
else
allLights.ReleaseControl();
});
emergencyStop.Output.Subscribe(x =>
{
if (x)
{
stateMachine.GoToState(States.EmergencyStop);
}
else
{
if (hoursFull.IsOpen || hoursSmall.IsOpen)
stateMachine.GoToDefaultState();
else
stateMachine.GoToIdle();
}
});
hoursFull.Output.Subscribe(x =>
{
if (x)
{
stateMachine.SetDefaultState(States.BackgroundFull);
if (emergencyStop.Value)
stateMachine.GoToState(States.EmergencyStop);
else
stateMachine.GoToDefaultState();
}
else
{
stateMachine.GoToIdle();
stateMachine.SetDefaultState(null);
}
SetManualColor();
});
hoursSmall.Output.Subscribe(x =>
{
if (x)
{
stateMachine.SetDefaultState(States.BackgroundSmall);
stateMachine.GoToDefaultState();
}
else
{
stateMachine.GoToIdle();
stateMachine.SetDefaultState(null);
}
SetManualColor();
});
popOut1.ConnectTo(wall1Light);
popOut1.ConnectTo(wall4Light);
popOut1.ConnectTo(wall6Light);
popOut1.ConnectTo(flash1);
popOut2.ConnectTo(wall2Light);
popOut2.ConnectTo(wall7Light);
popOut2.ConnectTo(flash2);
popOutAll.ConnectTo(wall1Light);
popOutAll.ConnectTo(wall2Light);
popOutAll.ConnectTo(wall3Light);
popOutAll.ConnectTo(wall4Light);
popOutAll.ConnectTo(wall5Light);
popOutAll.ConnectTo(wall6Light);
popOutAll.ConnectTo(wall7Light);
popOutAll.ConnectTo(wall8Light);
popOutAll.ConnectTo(wall9Light);
popOutAll.ConnectTo(flash1);
popOutAll.ConnectTo(flash2);
popOutAll.ConnectTo(pixelsRoofEdge);
// popOutAll.ConnectTo(pinSpot);
allLights.Add(
wall1Light,
wall2Light,
wall3Light,
wall4Light,
wall5Light,
wall6Light,
wall7Light,
wall8Light,
wall9Light,
flash1,
flash2,
pixelsRoofEdge,
// pinSpot,
spiderLight,
spiderWebLights,
pumpkinLights);
purpleLights.Add(
wall1Light,
wall2Light,
wall3Light,
wall4Light,
wall5Light,
wall6Light,
wall7Light,
wall8Light,
wall9Light,
pixelsRoofEdge);
flickerEffect.ConnectTo(stairs1Light);
flickerEffect.ConnectTo(stairs2Light);
flickerEffect.ConnectTo(gargoyleLightsEyes);
flickerEffect.ConnectTo(flyingSkeletonEyes);
flickerEffect.ConnectTo(streetNumberEyes);
flickerEffect.ConnectTo(bigSpiderEyes);
pulsatingGargoyle.ConnectTo(gargoyleLightsCrystal);
pulsatingGargoyle.ConnectTo(treeSkulls);
pulsatingGargoyle.ConnectTo(spiderEyes);
//pulsatingEffect1.ConnectTo(pinSpot, Tuple.Create<DataElements, object>(DataElements.Color, Color.FromArgb(0, 255, 0)));
//pulsatingEffect2.ConnectTo(pinSpot, Tuple.Create<DataElements, object>(DataElements.Color, Color.FromArgb(255, 0, 0)));
pulsatingCatLow.ConnectTo(catLights);
pulsatingCatHigh.ConnectTo(catLights);
pulsatingPumpkinLow.ConnectTo(pumpkinLights);
pulsatingPumpkinHigh.ConnectTo(pumpkinLights);
pulsatingGargoyle.ConnectTo(spiderWebLights);
stateMachine.For(States.BackgroundSmall)
.Controls(1, flickerEffect, pulsatingGargoyle, pulsatingCatLow, pulsatingPumpkinLow)
.Execute(i =>
{
treeGhosts.SetBrightness(1.0);
treeSkulls.SetBrightness(1.0);
audio2.SetBackgroundVolume(0.5);
var purpleColor = new ColorBrightness(HSV.ColorFromRGB(0.73333333333333328, 0, 1),
0.16470588235294117);
purpleLights.SetBrightness(purpleColor.Brightness, new Data(
Utils.AdditionalData(DataElements.Color, purpleColor.Color),
Utils.AdditionalData(DataElements.ColorUltraViolet, 1.0)));
i.WaitUntilCancel();
})
.TearDown(instance =>
{
purpleLights.SetBrightness(0.0);
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
});
stateMachine.For(States.BackgroundFull)
.Controls(1, flickerEffect, pulsatingGargoyle, pulsatingCatLow, pulsatingPumpkinLow)
.Execute(i =>
{
treeGhosts.SetBrightness(1.0);
treeSkulls.SetBrightness(1.0);
audioHifi.PlayBackground();
audio2.SetBackgroundVolume(0.5);
audio2.PlayBackground();
var purpleColor = new ColorBrightness(HSV.ColorFromRGB(0.73333333333333328, 0, 1),
0.16470588235294117);
purpleLights.SetBrightness(purpleColor.Brightness, new Data(DataElements.Color, purpleColor.Color));
while (!i.IsCancellationRequested && stateMachine.CurrentState == States.BackgroundFull)
{
i.WaitFor(S(0.5));
if (!this.lastFogRun.HasValue || (DateTime.Now - this.lastFogRun.Value).TotalMinutes > 5)
{
// Run the fog for a little while
fog.SetValue(true);
i.WaitFor(S(4));
fog.SetValue(false);
this.lastFogRun = DateTime.Now;
}
}
})
.TearDown(instance =>
{
purpleLights.SetBrightness(0.0);
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
audioHifi.PauseBackground();
audio2.PauseBackground();
timelineThunder1.Stop();
timelineThunder2.Stop();
timelineThunder3.Stop();
timelineThunder4.Stop();
timelineThunder5.Stop();
timelineThunder6.Stop();
timelineThunder7.Stop();
timelineThunder8.Stop();
flickerEffect.Stop();
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
});
stateMachine.For(States.EmergencyStop)
.Execute(i =>
{
// Do nothing
i.WaitUntilCancel();
});
stateMachine.For(States.Special1)
.Execute(i =>
{
audio2.PlayNewEffect("640 The Demon Exorcised.wav");
i.WaitUntilCancel();
});
inputBrightness.Output.Subscribe(x =>
{
// testLight1.SetBrightness(x);
});
inputH.WhenOutputChanges(x =>
{
// testLight1.SetColor(HSV.ColorFromHSV(x.GetByteScale(), inputS.Value, 1.0));
});
inputS.Output.Subscribe(x =>
{
// testLight1.SetColor(HSV.ColorFromHSV(inputH.Value.GetByteScale(), x, 1.0));
});
expanderHifi.AudioTrackStart.Subscribe(x =>
{
// Next track
switch (x.Item2)
{
case "Thunder1.wav":
timelineThunder1.Start();
audio2.PlayEffect("scream.wav");
break;
case "Thunder2.wav":
timelineThunder2.Start();
break;
case "Thunder3.wav":
timelineThunder3.Start();
break;
case "Thunder4.wav":
timelineThunder4.Start();
audio2.PlayEffect("424 Coyote Howling.wav");
break;
case "Thunder5.wav":
timelineThunder5.Start();
// audioEeebox.PlayEffect("sixthsense-deadpeople.wav");
break;
case "Thunder6.wav":
timelineThunder6.Start();
break;
case "Thunder7.wav":
timelineThunder7.Start();
break;
case "Thunder8.wav":
timelineThunder8.Start();
break;
default:
log.Debug("Unknown track {0}", x);
break;
}
});
timelineThunder1.AddMs(500, "A");
timelineThunder1.AddMs(3500, "B");
timelineThunder1.AddMs(4500, "C");
timelineThunder1.TimelineTrigger += TriggerThunderTimeline;
timelineThunder2.AddMs(500, "A");
timelineThunder2.AddMs(1500, "B");
timelineThunder2.AddMs(1600, "C");
timelineThunder2.AddMs(3700, "C");
timelineThunder2.TimelineTrigger += TriggerThunderTimeline;
timelineThunder3.AddMs(100, "A");
timelineThunder3.AddMs(200, "B");
timelineThunder3.AddMs(300, "C");
timelineThunder3.TimelineTrigger += TriggerThunderTimeline;
timelineThunder4.AddMs(0, "A");
timelineThunder4.AddMs(3500, "B");
timelineThunder4.AddMs(4500, "C");
timelineThunder4.TimelineTrigger += TriggerThunderTimeline;
timelineThunder5.AddMs(1100, "A");
timelineThunder5.AddMs(3500, "B");
timelineThunder5.AddMs(4700, "C");
timelineThunder5.TimelineTrigger += TriggerThunderTimeline;
timelineThunder6.AddMs(1000, "A");
timelineThunder6.AddMs(1800, "B");
timelineThunder6.AddMs(6200, "C");
timelineThunder6.TimelineTrigger += TriggerThunderTimeline;
timelineThunder7.AddMs(0, "A");
timelineThunder7.AddMs(200, "B");
timelineThunder7.AddMs(300, "C");
timelineThunder7.TimelineTrigger += TriggerThunderTimeline;
timelineThunder8.AddMs(500, "A");
timelineThunder8.AddMs(4000, "B");
timelineThunder8.AddMs(4200, "C");
timelineThunder8.TimelineTrigger += TriggerThunderTimeline;
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 0, 50, true), SacnUniversePixel50, 1);
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 50, 100), SacnUniversePixel100, 1);
//acnOutput.Connect(new Physical.SmallRGBStrobe(spiderLight, 1), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall6Light, 60), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall9Light, 70), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall8Light, 40), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.RGBStrobe(wall7Light, 80), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall1Light, 310, 8), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.MarcGamutParH7(wall2Light, 300, 8), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.MFL7x10WPar(wall3Light, 320), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall4Light, 330, 8), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall5Light, 340, 8), SacnUniverseDMXLedmx);
// acnOutput.Connect(new Physical.MarcGamutParH7(wall6Light, 350, 8), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(stairs1Light, 97), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(stairs2Light, 98), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(treeGhosts, 52), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(treeSkulls, 263), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(spiderEyes, 262), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(popperEyes, 259), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.AmericanDJStrobe(flash1, 100), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.EliminatorFlash192(flash2, 110), SacnUniverseDMXLedmx);
// acnOutput.Connect(new Physical.MonopriceRGBWPinSpot(pinSpot, 20), 1);
acnOutput.Connect(new Physical.GenericDimmer(catAir, 10), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(mrPumpkinAir, 50), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(catLights, 96), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(spiderWebLights, 99), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(pumpkinLights, 51), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(gargoyleLightsCrystal, 128), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(gargoyleLightsEyes, 129), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(flyingSkeletonEyes, 130), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(streetNumberEyes, 131), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(bigSpiderEyes, 132), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(hazerFanSpeed, 500), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(hazerHazeOutput, 501), SacnUniverseDMXCat);
// acnOutput.Connect(new Physical.RGBIS(testLight1, 260), 1);
expanderLedmx.DigitalInputs[4].Connect(pumpkinMotion, false);
expanderCat.DigitalInputs[4].Connect(catMotion, false);
expanderCat.DigitalInputs[5].Connect(secondBeam);
expanderCat.DigitalInputs[6].Connect(firstBeam);
expanderLedmx.DigitalInputs[5].Connect(ghostBeam);
expanderLedmx.DigitalInputs[6].Connect(lastBeam);
expanderPop.DigitalOutputs[7].Connect(popper);
expanderPop.DigitalOutputs[6].Connect(fog);
expanderCat.DigitalOutputs[7].Connect(spiderJump1);
expanderCat.DigitalOutputs[6].Connect(spiderJump2);
expanderLedmx.Connect(audioPumpkin);
expanderCat.Connect(audioCat);
expanderHifi.Connect(audioHifi);
expanderPop.Connect(audioPop);
expanderAudio2.Connect(audio2);
expanderPicture.Connect(audioFlying);
blockMaster.WhenOutputChanges(x => UpdateOSC());
blockCat.WhenOutputChanges(x => UpdateOSC());
blockFirst.WhenOutputChanges(x => UpdateOSC());
blockPicture.WhenOutputChanges(x => UpdateOSC());
blockGhost.WhenOutputChanges(x => UpdateOSC());
blockLast.WhenOutputChanges(x => UpdateOSC());
blockPumpkin.WhenOutputChanges(x => UpdateOSC());
catMotion.Output.Subscribe(x =>
{
if (x && (hoursFull.IsOpen || hoursSmall.IsOpen) && !blockMaster.Value && !blockCat.Value)
Executor.Current.Execute(catSeq);
oscServer.SendAllClients("/1/led1", x ? 1 : 0);
});
pumpkinMotion.Output.Subscribe(x =>
{
if (x && (hoursFull.IsOpen || hoursSmall.IsOpen) && !blockMaster.Value && !blockPumpkin.Value)
Executor.Current.Execute(pumpkinSeq);
// oscServer.SendAllClients("/1/led1", x ? 1 : 0);
});
firstBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockFirst.Value)
subFirst.Run();
});
secondBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockPicture.Value)
subPicture.Run();
});
ghostBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockGhost.Value)
subGhost.Run();
});
lastBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockLast.Value)
subLast.Run();
});
subFog
.RunAction(i =>
{
fog.SetValue(true);
lastFogRun = DateTime.Now;
i.WaitFor(S(6));
fog.SetValue(false);
});
subFirst
.AutoAddDevices(lockPriority: 100)
.RunAction(i =>
{
flyingSkeletonEyes.SetBrightness(1.0);
wall3Light.SetColor(Color.FromArgb(255, 0, 100), 0.5);
wall3Light.SetStrobeSpeed(1.0, i.Token);
// audioPicture.PlayEffect("162 Blood Curdling Scream of Terror.wav");
//audioFlying.PlayEffect("05 I'm a Little Teapot.wav", 0.05);
audioFlying.PlayEffect("Who is that knocking.wav");
i.WaitFor(S(3.0));
audioFlying.PlayEffect("Evil-Laugh.wav");
i.WaitFor(S(2.0));
})
.TearDown(i =>
{
Exec.MasterEffect.Fade(wall3Light, 0.5, 0.0, 2000, token: i.Token).Wait();
});
subPicture
.RunAction(i =>
{
if (bigSpiderEyesToken != null)
bigSpiderEyesToken.Dispose();
wall8Light.SetColor(Color.White, 1, bigSpiderEyesToken);
wall8Light.SetStrobeSpeed(1, bigSpiderEyesToken);
bigSpiderEyesToken = bigSpiderEyes.TakeControl(100);
bigSpiderEyes.SetBrightness(0, bigSpiderEyesToken);
audioHifi.PlayNewEffect("Happy Halloween.wav");
expanderPicture.SendSerial(0, new byte[] { 0x02 });
i.WaitFor(S(4.0));
sub3dfxRandom.Run();
i.WaitFor(S(10.0));
wall8Light.SetBrightness(0);
subSpiderJump.Run();
i.WaitFor(S(4.0));
})
.TearDown(i =>
{
});
subSpiderJump
.RunAction(i =>
{
if (bigSpiderEyesToken == null)
bigSpiderEyesToken = bigSpiderEyes.TakeControl(100);
audio2.PlayNewEffect("348 Spider Hiss.wav", 0, 1);
bigSpiderEyes.SetBrightness(1, bigSpiderEyesToken);
spiderJump1.SetValue(true);
i.WaitFor(S(0.5));
spiderJump2.SetValue(true);
i.WaitFor(S(2.0));
spiderJump1.SetValue(false);
spiderJump2.SetValue(false);
})
.TearDown(i =>
{
bigSpiderEyesToken?.Dispose();
bigSpiderEyesToken = null;
});
sub3dfxRandom
.RunAction(i =>
{
byte video;
do
{
video = (byte)(random.Next(3) + 1);
} while (video == last3dfxVideo);
last3dfxVideo = video;
expanderLedmx.SendSerial(0, new byte[] { video });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxLady
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x02 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxMan
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x03 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxKids
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x01 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
subGhost
.RunAction(i =>
{
expanderGhost.SendSerial(0, new byte[] { 0x01 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
subLast
.RunAction(i =>
{
popperEyes.SetBrightness(1.0);
fog.SetValue(true);
lastFogRun = DateTime.Now;
audioPop.PlayEffect("Short Laugh.wav");
i.WaitFor(S(1.0));
popper.SetValue(true);
i.WaitFor(S(2.0));
audioPop.PlayEffect("Leave Now.wav");
i.WaitFor(S(3.0));
var tsk = Exec.MasterEffect.Fade(popperEyes, 1.0, 0.0, 2000, token: i.Token);
popper.SetValue(false);
tsk.Wait();
})
.TearDown(i =>
{
fog.SetValue(false);
i.WaitFor(S(1.0));
});
catSeq.WhenExecuted
.Execute(instance =>
{
var maxRuntime = System.Diagnostics.Stopwatch.StartNew();
pulsatingCatLow.Stop();
pulsatingCatHigh.Start();
// catLights.SetBrightness(1.0, instance.Token);
while (true)
{
switch (random.Next(4))
{
case 0:
audioCat.PlayEffect("266 Monster Growl 7.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(2.0));
break;
case 1:
audioCat.PlayEffect("285 Monster Snarl 2.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(3.0));
break;
case 2:
audioCat.PlayEffect("286 Monster Snarl 3.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(2.5));
break;
case 3:
audioCat.PlayEffect("287 Monster Snarl 4.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(1.5));
break;
default:
instance.WaitFor(TimeSpan.FromSeconds(3.0));
break;
}
instance.CancelToken.ThrowIfCancellationRequested();
if (maxRuntime.Elapsed.TotalSeconds > 10)
break;
}
})
.TearDown(instance =>
{
// Exec.MasterEffect.Fade(catLights, 1.0, 0.0, 1000, token: instance.Token);
//TODO: Fade out
pulsatingCatHigh.Stop();
pulsatingCatLow.Start();
});
pumpkinSeq.WhenExecuted
.Execute(instance =>
{
pulsatingPumpkinLow.Stop();
pulsatingPumpkinHigh.Start();
if (hoursFull.IsOpen)
audioPumpkin.PlayEffect("Thriller2.wav");
else
audioPumpkin.PlayEffect("Happy Halloween.wav");
instance.CancelToken.WaitHandle.WaitOne(40000);
})
.TearDown(instance =>
{
pulsatingPumpkinHigh.Stop();
pulsatingPumpkinLow.Start();
});
motionSeq.WhenExecuted
.Execute(instance =>
{
//video2.PlayVideo("DancingDead_Wall_HD.mp4");
// instance.WaitFor(S(10));
})
.TearDown(instance =>
{
});
faderR.WhenOutputChanges(v => { SetManualColor(); });
faderG.WhenOutputChanges(v => { SetManualColor(); });
faderB.WhenOutputChanges(v => { SetManualColor(); });
faderBright.WhenOutputChanges(v => { SetManualColor(); });
manualFader.WhenOutputChanges(v =>
{
if (v)
this.manualFaderToken = pixelsRoofEdge.TakeControl(200);
else
{
this.manualFaderToken?.Dispose();
this.manualFaderToken = null;
}
oscServer.SendAllClients("/ManualFader/x", v ? 1 : 0);
SetManualColor();
});
ConfigureOSC();
ConfigureMIDI();
}
public IControlToken TakeControl(int priority = 1, [System.Runtime.CompilerServices.CallerMemberName] string name = "")
{
lock (this.members)
{
var memberTokens = new Dictionary <IOwnedDevice, IControlToken>();
foreach (var device in this.members)
{
memberTokens.Add(device, device.TakeControl(priority, name));
}
var ownerCandidate = new GroupControlToken(
memberTokens,
true,
cToken =>
{
IControlToken nextOwner;
lock (this.members)
{
this.owners.Remove(cToken);
nextOwner = this.owners.LastOrDefault();
this.currentOwner = nextOwner;
Executor.Current.SetControlToken(this, nextOwner);
}
},
priority);
// Insert new owner
lock (this)
{
int pos = -1;
for (int i = 0; i < this.owners.Count; i++)
{
if (this.owners[i].Priority < priority)
{
continue;
}
pos = i;
break;
}
if (pos == -1)
{
this.owners.Add(ownerCandidate);
}
else
{
this.owners.Insert(pos, ownerCandidate);
}
}
// Grab the owner with the highest priority (doesn't have to be the candidate)
var newOwner = this.owners.Last();
this.currentOwner = newOwner;
Executor.Current.SetControlToken(this, newOwner);
return(ownerCandidate);
}
}
public override void Execute(IReceivesBrightness device, IControlToken token)
{
device.SetBrightness(Brightness, token);
}
public bool HasControl(IControlToken checkOwner)
{
// Checked on an individual level instead
return(true);
}
public void SetPan(double pan, IControlToken token)
{
SetData(token, Tuple.Create(DataElements.Pan, (object)pan));
}
public IData GetFrameBuffer(IControlToken token, IReceivesData device)
{
return(device.GetFrameBuffer(token, device));
}
public void SetBrightness(double brightness, IControlToken token)
{
action(brightness);
}
public Task Chaser(IData[] data, int speed, IControlToken token = null)
{
return Executor.Current.MasterEffect.CustomJob(
jobAction: pos =>
{
var current = data[pos % data.Length];
double brightness = current.GetValue<double>(DataElements.Brightness) ?? 1.0;
Color color = current.GetValue<Color>(DataElements.Color) ?? Color.White;
Inject(color, brightness, token);
},
jobStopped: () =>
{
SetBrightness(0, token);
},
speed: speed);
}
public abstract void Execute(IReceivesBrightness device, IControlToken token);
public void InjectRev(Color color, double brightness, IControlToken token = null)
{
IData data = GetFrameBuffer(token, this);
var bitmap = (Bitmap)data[DataElements.PixelBitmap];
Color injectColor = GetColorFromColorAndBrightness(color, brightness);
lock (this.lockObject)
{
using (var g = Graphics.FromImage(bitmap))
{
g.DrawImageUnscaled(bitmap, -1, 0);
bitmap.SetPixel(bitmap.Width - 1, 0, injectColor);
}
}
PushOutput(token);
}
public void SetBrightness(double brightness, IControlToken token = null)
{
if (brightness == 0)
// Reset owner
owner = null;
for (int i = 0; i < this.brightness.Length; i++)
{
this.brightness[i] = brightness;
}
RaiseMultiPixelChanged(0, this.brightness.Length);
}
public void SetBrightness(double brightness, IControlToken token = null)
{
SetData(token, Utils.AdditionalData(DataElements.Brightness, brightness));
}
public override void Execute(IReceivesColor device, ChannelEffectInstance.DeviceType deviceType, IControlToken token)
{
var currentColor = device.Color;
switch (deviceType)
{
case ChannelEffectInstance.DeviceType.ColorR:
device.SetColor(Color.FromArgb((int)(Brightness * 255), currentColor.G, currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorG:
device.SetColor(Color.FromArgb(currentColor.R, (int)(Brightness * 255), currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorB:
device.SetColor(Color.FromArgb(currentColor.R, currentColor.G, (int)(Brightness * 255)), 1, token);
break;
}
}
public void SetColor(Color color, double? brightness = 1.0, IControlToken token = null)
{
SetColorRange(color, brightness, 0, null, token);
}
public override void Execute(IReceivesColor device, ChannelEffectInstance.DeviceType deviceType, IControlToken token)
{
Executor.Current.MasterEffect.Shimmer(new LogicalDevice.VirtualDevice(b =>
{
var currentColor = device.Color;
switch (deviceType)
{
case ChannelEffectInstance.DeviceType.ColorR:
device.SetColor(Color.FromArgb((int)(b * 255), currentColor.G, currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorG:
device.SetColor(Color.FromArgb(currentColor.R, (int)(b * 255), currentColor.B), 1, token);
break;
case ChannelEffectInstance.DeviceType.ColorB:
device.SetColor(Color.FromArgb(currentColor.R, currentColor.G, (int)(b * 255)), 1, token);
break;
}
}), StartBrightness, EndBrightness, DurationMs, token: token);
}
public void SetColorRange(
Color color,
double? brightness = 1.0,
int startPosition = 0,
int? length = null,
IControlToken token = null)
{
IData data = GetFrameBuffer(token, this);
Color injectColor;
if (brightness.GetValueOrDefault(1.0) < 1.0)
injectColor = GetColorFromColorAndBrightness(color, brightness.Value);
else
injectColor = color;
if (!length.HasValue)
length = this.pixelCount;
else
{
if (startPosition + length.Value > this.pixelCount)
length = this.pixelCount - startPosition;
}
var bitmap = (Bitmap)data[DataElements.PixelBitmap];
lock (this.lockObject)
{
using (var g = Graphics.FromImage(bitmap))
using (var b = new SolidBrush(injectColor))
{
g.FillRectangle(b, startPosition, 0, length.Value, 1);
}
}
PushOutput(token);
}
public IData GetFrameBuffer(IControlToken token, IReceivesData device)
{
if (token == null)
{
// Attempt to get from call context
token = System.Runtime.Remoting.Messaging.CallContext.LogicalGetData("TOKEN") as IControlToken;
var groupToken = token as GroupControlToken;
if (groupToken != null)
{
if (!groupToken.LockAndGetDataFromDevice(this))
token = null;
}
}
if (token == null)
return GetOwnerlessData();
return token.GetDataForDevice(device);
}
public Halloween2016(IEnumerable <string> args)
{
hoursSmall.AddRange("6:00 pm", "8:30 pm",
DayOfWeek.Monday, DayOfWeek.Tuesday, DayOfWeek.Wednesday, DayOfWeek.Thursday);
hoursSmall.AddRange("5:00 pm", "9:00 pm",
DayOfWeek.Friday, DayOfWeek.Saturday, DayOfWeek.Sunday);
hoursFull.AddRange("6:00 pm", "8:30 pm");
//hoursFull.Disabled = true;
hoursSmall.Disabled = true;
// Logging
hoursSmall.Output.Log("Hours small");
hoursFull.Output.Log("Hours full");
string expFilesParam = args.FirstOrDefault(x => x.StartsWith("EXPFILES"));
if (!string.IsNullOrEmpty(expFilesParam))
{
string[] parts = expFilesParam.Split('=');
if (parts.Length == 2)
{
Exec.ExpanderSharedFiles = parts[1];
}
}
expanderServer.AddInstance("ed86c3dc166f41ee86626897ba039ed2", expanderLedmx); // rpi-eb0092ca
expanderServer.AddInstance("1583f686014345888c15d7fc9c55ca3c", expanderCat); // rpi-eb81c94e
expanderServer.AddInstance("4ea781ef257442edb524493da8f52220", expanderAudio2); // rpi-eba6cbc7
expanderServer.AddInstance("76d09e6032d54e77aafec90e1fc4b35b", expanderHifi); // rpi-eb428ef1
expanderServer.AddInstance("60023fcde5b549b89fa828d31741dd0c", expanderPicture); // rpi-eb91bc26
expanderServer.AddInstance("e41d2977931d4887a9417e8adcd87306", expanderGhost); // rpi-eb6a047c
expanderServer.AddInstance("999861affa294fd7bbf0601505e9ae09", expanderPop); // rpi-ebd43a38
masterVolume.ConnectTo(Exec.MasterVolume);
hoursSmall
.ControlsMasterPower(catAir)
.ControlsMasterPower(mrPumpkinAir);
hoursFull
.ControlsMasterPower(catAir)
.ControlsMasterPower(mrPumpkinAir);
buttonOverrideHours.Output.Subscribe(x =>
{
if (x)
{
hoursFull.SetForced(true);
}
else
{
hoursFull.SetForced(null);
}
});
flashBaby.Output.Subscribe(x =>
{
// Flash
if (x)
{
allLights.TakeAndHoldControl(100, "FlashBaby");
allLights.SetData(null, Utils.Data(Color.White, 1.0));
}
else
{
allLights.ReleaseControl();
}
});
floodLights.Output.Subscribe(x =>
{
// Flash
if (x)
{
allLights.TakeAndHoldControl(200, "FlashBaby");
allLights.SetData(null, Utils.Data(Color.White, 1.0));
}
else
{
allLights.ReleaseControl();
}
});
emergencyStop.Output.Subscribe(x =>
{
if (x)
{
stateMachine.GoToState(States.EmergencyStop);
}
else
{
if (hoursFull.IsOpen || hoursSmall.IsOpen)
{
stateMachine.GoToDefaultState();
}
else
{
stateMachine.GoToIdle();
}
}
});
hoursFull.Output.Subscribe(x =>
{
if (x)
{
stateMachine.SetDefaultState(States.BackgroundFull);
if (emergencyStop.Value)
{
stateMachine.GoToState(States.EmergencyStop);
}
else
{
stateMachine.GoToDefaultState();
}
}
else
{
stateMachine.GoToIdle();
stateMachine.SetDefaultState(null);
}
SetManualColor();
});
hoursSmall.Output.Subscribe(x =>
{
if (x)
{
stateMachine.SetDefaultState(States.BackgroundSmall);
stateMachine.GoToDefaultState();
}
else
{
stateMachine.GoToIdle();
stateMachine.SetDefaultState(null);
}
SetManualColor();
});
popOut1.ConnectTo(wall1Light);
popOut1.ConnectTo(wall4Light);
popOut1.ConnectTo(wall6Light);
popOut1.ConnectTo(flash1);
popOut2.ConnectTo(wall2Light);
popOut2.ConnectTo(wall7Light);
popOut2.ConnectTo(flash2);
popOutAll.ConnectTo(wall1Light);
popOutAll.ConnectTo(wall2Light);
popOutAll.ConnectTo(wall3Light);
popOutAll.ConnectTo(wall4Light);
popOutAll.ConnectTo(wall5Light);
popOutAll.ConnectTo(wall6Light);
popOutAll.ConnectTo(wall7Light);
popOutAll.ConnectTo(wall8Light);
popOutAll.ConnectTo(wall9Light);
popOutAll.ConnectTo(flash1);
popOutAll.ConnectTo(flash2);
popOutAll.ConnectTo(pixelsRoofEdge);
// popOutAll.ConnectTo(pinSpot);
allLights.Add(
wall1Light,
wall2Light,
wall3Light,
wall4Light,
wall5Light,
wall6Light,
wall7Light,
wall8Light,
wall9Light,
flash1,
flash2,
pixelsRoofEdge,
// pinSpot,
spiderLight,
spiderWebLights,
pumpkinLights);
purpleLights.Add(
wall1Light,
wall2Light,
wall3Light,
wall4Light,
wall5Light,
wall6Light,
wall7Light,
wall8Light,
wall9Light,
pixelsRoofEdge);
flickerEffect.ConnectTo(stairs1Light);
flickerEffect.ConnectTo(stairs2Light);
flickerEffect.ConnectTo(gargoyleLightsEyes);
flickerEffect.ConnectTo(flyingSkeletonEyes);
flickerEffect.ConnectTo(streetNumberEyes);
flickerEffect.ConnectTo(bigSpiderEyes);
pulsatingGargoyle.ConnectTo(gargoyleLightsCrystal);
pulsatingGargoyle.ConnectTo(treeSkulls);
pulsatingGargoyle.ConnectTo(spiderEyes);
//pulsatingEffect1.ConnectTo(pinSpot, Tuple.Create<DataElements, object>(DataElements.Color, Color.FromArgb(0, 255, 0)));
//pulsatingEffect2.ConnectTo(pinSpot, Tuple.Create<DataElements, object>(DataElements.Color, Color.FromArgb(255, 0, 0)));
pulsatingCatLow.ConnectTo(catLights);
pulsatingCatHigh.ConnectTo(catLights);
pulsatingPumpkinLow.ConnectTo(pumpkinLights);
pulsatingPumpkinHigh.ConnectTo(pumpkinLights);
pulsatingGargoyle.ConnectTo(spiderWebLights);
stateMachine.For(States.BackgroundSmall)
.Controls(1, flickerEffect, pulsatingGargoyle, pulsatingCatLow, pulsatingPumpkinLow)
.Execute(i =>
{
treeGhosts.SetBrightness(1.0);
treeSkulls.SetBrightness(1.0);
audio2.SetBackgroundVolume(0.5);
var purpleColor = new ColorBrightness(HSV.ColorFromRGB(0.73333333333333328, 0, 1),
0.16470588235294117);
purpleLights.SetData(null,
Utils.Data(purpleColor.Brightness),
Utils.Data(purpleColor.Color),
Utils.Data(DataElements.ColorUltraViolet, 1.0));
i.WaitUntilCancel();
})
.TearDown(instance =>
{
purpleLights.SetBrightness(0.0);
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
});
stateMachine.For(States.BackgroundFull)
.Controls(1, flickerEffect, pulsatingGargoyle, pulsatingCatLow, pulsatingPumpkinLow)
.Execute(i =>
{
treeGhosts.SetBrightness(1.0);
treeSkulls.SetBrightness(1.0);
audioHifi.PlayBackground();
audio2.SetBackgroundVolume(0.5);
audio2.PlayBackground();
var purpleColor = new ColorBrightness(HSV.ColorFromRGB(0.73333333333333328, 0, 1),
0.16470588235294117);
purpleLights.SetData(null, Utils.Data(purpleColor.Color, purpleColor.Brightness));
while (!i.IsCancellationRequested && stateMachine.CurrentState == States.BackgroundFull)
{
i.WaitFor(S(0.5));
if (!this.lastFogRun.HasValue || (DateTime.Now - this.lastFogRun.Value).TotalMinutes > 5)
{
// Run the fog for a little while
fog.SetValue(true);
i.WaitFor(S(4));
fog.SetValue(false);
this.lastFogRun = DateTime.Now;
}
}
})
.TearDown(instance =>
{
purpleLights.SetBrightness(0.0);
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
audioHifi.PauseBackground();
audio2.PauseBackground();
timelineThunder1.Stop();
timelineThunder2.Stop();
timelineThunder3.Stop();
timelineThunder4.Stop();
timelineThunder5.Stop();
timelineThunder6.Stop();
timelineThunder7.Stop();
timelineThunder8.Stop();
flickerEffect.Stop();
treeGhosts.SetBrightness(0.0);
treeSkulls.SetBrightness(0.0);
});
stateMachine.For(States.EmergencyStop)
.Execute(i =>
{
// Do nothing
i.WaitUntilCancel();
});
stateMachine.For(States.Special1)
.Execute(i =>
{
audio2.PlayNewEffect("640 The Demon Exorcised.wav");
i.WaitUntilCancel();
});
inputBrightness.Output.Subscribe(x =>
{
// testLight1.SetBrightness(x);
});
inputH.WhenOutputChanges(x =>
{
// testLight1.SetColor(HSV.ColorFromHSV(x.GetByteScale(), inputS.Value, 1.0));
});
inputS.Output.Subscribe(x =>
{
// testLight1.SetColor(HSV.ColorFromHSV(inputH.Value.GetByteScale(), x, 1.0));
});
expanderHifi.AudioTrackStart.Subscribe(x =>
{
// Next track
switch (x.Item2)
{
case "Thunder1.wav":
timelineThunder1.Start();
audio2.PlayEffect("scream.wav");
break;
case "Thunder2.wav":
timelineThunder2.Start();
break;
case "Thunder3.wav":
timelineThunder3.Start();
break;
case "Thunder4.wav":
timelineThunder4.Start();
audio2.PlayEffect("424 Coyote Howling.wav");
break;
case "Thunder5.wav":
timelineThunder5.Start();
// audioEeebox.PlayEffect("sixthsense-deadpeople.wav");
break;
case "Thunder6.wav":
timelineThunder6.Start();
break;
case "Thunder7.wav":
timelineThunder7.Start();
break;
case "Thunder8.wav":
timelineThunder8.Start();
break;
default:
log.Debug("Unknown track {0}", x);
break;
}
});
timelineThunder1.AddMs(500, "A");
timelineThunder1.AddMs(3500, "B");
timelineThunder1.AddMs(4500, "C");
timelineThunder1.TimelineTrigger += TriggerThunderTimeline;
timelineThunder2.AddMs(500, "A");
timelineThunder2.AddMs(1500, "B");
timelineThunder2.AddMs(1600, "C");
timelineThunder2.AddMs(3700, "C");
timelineThunder2.TimelineTrigger += TriggerThunderTimeline;
timelineThunder3.AddMs(100, "A");
timelineThunder3.AddMs(200, "B");
timelineThunder3.AddMs(300, "C");
timelineThunder3.TimelineTrigger += TriggerThunderTimeline;
timelineThunder4.AddMs(0, "A");
timelineThunder4.AddMs(3500, "B");
timelineThunder4.AddMs(4500, "C");
timelineThunder4.TimelineTrigger += TriggerThunderTimeline;
timelineThunder5.AddMs(1100, "A");
timelineThunder5.AddMs(3500, "B");
timelineThunder5.AddMs(4700, "C");
timelineThunder5.TimelineTrigger += TriggerThunderTimeline;
timelineThunder6.AddMs(1000, "A");
timelineThunder6.AddMs(1800, "B");
timelineThunder6.AddMs(6200, "C");
timelineThunder6.TimelineTrigger += TriggerThunderTimeline;
timelineThunder7.AddMs(0, "A");
timelineThunder7.AddMs(200, "B");
timelineThunder7.AddMs(300, "C");
timelineThunder7.TimelineTrigger += TriggerThunderTimeline;
timelineThunder8.AddMs(500, "A");
timelineThunder8.AddMs(4000, "B");
timelineThunder8.AddMs(4200, "C");
timelineThunder8.TimelineTrigger += TriggerThunderTimeline;
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 0, 50, true), SacnUniversePixel50, 1);
acnOutput.Connect(new Physical.Pixel1D(pixelsRoofEdge, 50, 100), SacnUniversePixel100, 1);
//acnOutput.Connect(new Physical.SmallRGBStrobe(spiderLight, 1), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall6Light, 60), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall9Light, 70), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.RGBStrobe(wall8Light, 40), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.RGBStrobe(wall7Light, 80), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall1Light, 310, 8), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.MarcGamutParH7(wall2Light, 300, 8), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.MFL7x10WPar(wall3Light, 320), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall4Light, 330, 8), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.MarcGamutParH7(wall5Light, 340, 8), SacnUniverseDMXLedmx);
// acnOutput.Connect(new Physical.MarcGamutParH7(wall6Light, 350, 8), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(stairs1Light, 97), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(stairs2Light, 98), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(treeGhosts, 52), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(treeSkulls, 263), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(spiderEyes, 262), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(popperEyes, 259), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.AmericanDJStrobe(flash1, 100), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.EliminatorFlash192(flash2, 110), SacnUniverseDMXLedmx);
// acnOutput.Connect(new Physical.MonopriceRGBWPinSpot(pinSpot, 20), 1);
acnOutput.Connect(new Physical.GenericDimmer(catAir, 10), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(mrPumpkinAir, 50), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(catLights, 96), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(spiderWebLights, 99), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(pumpkinLights, 51), SacnUniverseDMXLedmx);
acnOutput.Connect(new Physical.GenericDimmer(gargoyleLightsCrystal, 128), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(gargoyleLightsEyes, 129), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(flyingSkeletonEyes, 130), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(streetNumberEyes, 131), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(bigSpiderEyes, 132), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(hazerFanSpeed, 500), SacnUniverseDMXCat);
acnOutput.Connect(new Physical.GenericDimmer(hazerHazeOutput, 501), SacnUniverseDMXCat);
// acnOutput.Connect(new Physical.RGBIS(testLight1, 260), 1);
expanderLedmx.DigitalInputs[4].Connect(pumpkinMotion, false);
expanderCat.DigitalInputs[4].Connect(catMotion, false);
expanderCat.DigitalInputs[5].Connect(secondBeam);
expanderCat.DigitalInputs[6].Connect(firstBeam);
expanderLedmx.DigitalInputs[5].Connect(ghostBeam);
expanderLedmx.DigitalInputs[6].Connect(lastBeam);
expanderPop.DigitalOutputs[7].Connect(popper);
expanderPop.DigitalOutputs[6].Connect(fog);
expanderCat.DigitalOutputs[7].Connect(spiderJump1);
expanderCat.DigitalOutputs[6].Connect(spiderJump2);
expanderLedmx.Connect(audioPumpkin);
expanderCat.Connect(audioCat);
expanderHifi.Connect(audioHifi);
expanderPop.Connect(audioPop);
expanderAudio2.Connect(audio2);
expanderPicture.Connect(audioFlying);
blockMaster.WhenOutputChanges(x => UpdateOSC());
blockCat.WhenOutputChanges(x => UpdateOSC());
blockFirst.WhenOutputChanges(x => UpdateOSC());
blockPicture.WhenOutputChanges(x => UpdateOSC());
blockGhost.WhenOutputChanges(x => UpdateOSC());
blockLast.WhenOutputChanges(x => UpdateOSC());
blockPumpkin.WhenOutputChanges(x => UpdateOSC());
catMotion.Output.Subscribe(x =>
{
if (x && (hoursFull.IsOpen || hoursSmall.IsOpen) && !blockMaster.Value && !blockCat.Value)
{
Executor.Current.Execute(catSeq);
}
oscServer.SendAllClients("/1/led1", x ? 1 : 0);
});
pumpkinMotion.Output.Subscribe(x =>
{
if (x && (hoursFull.IsOpen || hoursSmall.IsOpen) && !blockMaster.Value && !blockPumpkin.Value)
{
Executor.Current.Execute(pumpkinSeq);
}
// oscServer.SendAllClients("/1/led1", x ? 1 : 0);
});
firstBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockFirst.Value)
{
subFirst.Run();
}
});
secondBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockPicture.Value)
{
subPicture.Run();
}
});
ghostBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockGhost.Value)
{
subGhost.Run();
}
});
lastBeam.Output.Subscribe(x =>
{
UpdateOSC();
if (x && hoursFull.IsOpen && !emergencyStop.Value && !blockMaster.Value && !blockLast.Value)
{
subLast.Run();
}
});
subFog
.RunAction(i =>
{
fog.SetValue(true);
lastFogRun = DateTime.Now;
i.WaitFor(S(6));
fog.SetValue(false);
});
subFirst
.AutoAddDevices(lockPriority: 100)
.RunAction(i =>
{
flyingSkeletonEyes.SetBrightness(1.0);
wall3Light.SetColor(Color.FromArgb(255, 0, 100), 0.5);
wall3Light.SetStrobeSpeed(1.0, i.Token);
// audioPicture.PlayEffect("162 Blood Curdling Scream of Terror.wav");
//audioFlying.PlayEffect("05 I'm a Little Teapot.wav", 0.05);
audioFlying.PlayEffect("Who is that knocking.wav");
i.WaitFor(S(3.0));
audioFlying.PlayEffect("Evil-Laugh.wav");
i.WaitFor(S(2.0));
})
.TearDown(i =>
{
Exec.MasterEffect.Fade(wall3Light, 0.5, 0.0, 2000, token: i.Token).Wait();
});
subPicture
.RunAction(i =>
{
if (bigSpiderEyesToken != null)
{
bigSpiderEyesToken.Dispose();
}
wall8Light.SetColor(Color.White, 1, bigSpiderEyesToken);
wall8Light.SetStrobeSpeed(1, bigSpiderEyesToken);
bigSpiderEyesToken = bigSpiderEyes.TakeControl(100);
bigSpiderEyes.SetBrightness(0, bigSpiderEyesToken);
audioHifi.PlayNewEffect("Happy Halloween.wav");
expanderPicture.SendSerial(0, new byte[] { 0x02 });
i.WaitFor(S(4.0));
sub3dfxRandom.Run();
i.WaitFor(S(10.0));
wall8Light.SetBrightness(0);
subSpiderJump.Run();
i.WaitFor(S(4.0));
})
.TearDown(i =>
{
});
subSpiderJump
.RunAction(i =>
{
if (bigSpiderEyesToken == null)
{
bigSpiderEyesToken = bigSpiderEyes.TakeControl(100);
}
audio2.PlayNewEffect("348 Spider Hiss.wav", 0, 1);
bigSpiderEyes.SetBrightness(1, bigSpiderEyesToken);
spiderJump1.SetValue(true);
i.WaitFor(S(0.5));
spiderJump2.SetValue(true);
i.WaitFor(S(2.0));
spiderJump1.SetValue(false);
spiderJump2.SetValue(false);
})
.TearDown(i =>
{
bigSpiderEyesToken?.Dispose();
bigSpiderEyesToken = null;
});
sub3dfxRandom
.RunAction(i =>
{
byte video;
do
{
video = (byte)(random.Next(3) + 1);
} while (video == last3dfxVideo);
last3dfxVideo = video;
expanderLedmx.SendSerial(0, new byte[] { video });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxLady
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x02 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxMan
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x03 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
sub3dfxKids
.RunAction(i =>
{
expanderLedmx.SendSerial(0, new byte[] { 0x01 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
subGhost
.RunAction(i =>
{
expanderGhost.SendSerial(0, new byte[] { 0x01 });
i.WaitFor(S(12.0));
})
.TearDown(i =>
{
});
subLast
.RunAction(i =>
{
popperEyes.SetBrightness(1.0);
fog.SetValue(true);
lastFogRun = DateTime.Now;
audioPop.PlayEffect("Short Laugh.wav");
i.WaitFor(S(1.0));
popper.SetValue(true);
i.WaitFor(S(2.0));
audioPop.PlayEffect("Leave Now.wav");
i.WaitFor(S(3.0));
var tsk = Exec.MasterEffect.Fade(popperEyes, 1.0, 0.0, 2000, token: i.Token);
popper.SetValue(false);
tsk.Wait();
})
.TearDown(i =>
{
fog.SetValue(false);
i.WaitFor(S(1.0));
});
catSeq.WhenExecuted
.Execute(instance =>
{
var maxRuntime = System.Diagnostics.Stopwatch.StartNew();
pulsatingCatLow.Stop();
pulsatingCatHigh.Start();
// catLights.SetBrightness(1.0, instance.Token);
while (true)
{
switch (random.Next(4))
{
case 0:
audioCat.PlayEffect("266 Monster Growl 7.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(2.0));
break;
case 1:
audioCat.PlayEffect("285 Monster Snarl 2.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(3.0));
break;
case 2:
audioCat.PlayEffect("286 Monster Snarl 3.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(2.5));
break;
case 3:
audioCat.PlayEffect("287 Monster Snarl 4.wav", 1.0, 1.0);
instance.WaitFor(TimeSpan.FromSeconds(1.5));
break;
default:
instance.WaitFor(TimeSpan.FromSeconds(3.0));
break;
}
instance.CancelToken.ThrowIfCancellationRequested();
if (maxRuntime.Elapsed.TotalSeconds > 10)
{
break;
}
}
})
.TearDown(instance =>
{
// Exec.MasterEffect.Fade(catLights, 1.0, 0.0, 1000, token: instance.Token);
//TODO: Fade out
pulsatingCatHigh.Stop();
pulsatingCatLow.Start();
});
pumpkinSeq.WhenExecuted
.Execute(instance =>
{
pulsatingPumpkinLow.Stop();
pulsatingPumpkinHigh.Start();
if (hoursFull.IsOpen)
{
audioPumpkin.PlayEffect("Thriller2.wav");
}
else
{
audioPumpkin.PlayEffect("Happy Halloween.wav");
}
instance.CancelToken.WaitHandle.WaitOne(40000);
})
.TearDown(instance =>
{
pulsatingPumpkinHigh.Stop();
pulsatingPumpkinLow.Start();
});
motionSeq.WhenExecuted
.Execute(instance =>
{
//video2.PlayVideo("DancingDead_Wall_HD.mp4");
// instance.WaitFor(S(10));
})
.TearDown(instance =>
{
});
faderR.WhenOutputChanges(v => { SetManualColor(); });
faderG.WhenOutputChanges(v => { SetManualColor(); });
faderB.WhenOutputChanges(v => { SetManualColor(); });
faderBright.WhenOutputChanges(v => { SetManualColor(); });
manualFader.WhenOutputChanges(v =>
{
if (v)
{
this.manualFaderToken = pixelsRoofEdge.TakeControl(200);
}
else
{
this.manualFaderToken?.Dispose();
this.manualFaderToken = null;
}
oscServer.SendAllClients("/ManualFader/x", v ? 1 : 0);
SetManualColor();
});
ConfigureOSC();
ConfigureMIDI();
}
public void PushOutput(IControlToken token)
{
if (token == null)
{
// Attempt to get from call context
token = System.Runtime.Remoting.Messaging.CallContext.LogicalGetData("TOKEN") as IControlToken;
var groupToken = token as GroupControlToken;
if (groupToken != null)
{
if (!groupToken.LockAndGetDataFromDevice(this))
token = null;
}
}
IData data;
if (token == null)
data = GetOwnerlessData();
else
data = token.GetDataForDevice(this);
if (data != null)
this.outputData.OnNext(data, token);
}
//public void PushData(DataElements dataElement, object value)
//{
// foreach (var memberToken in MemberTokens.Values)
// memberToken.PushData(dataElement, value);
//}
public bool IsOwner(IControlToken checkToken)
{
return MemberTokens.ContainsValue(checkToken);
}
public virtual IControlToken TakeControl(int priority = 1, [System.Runtime.CompilerServices.CallerMemberName] string name = "")
{
lock (this)
{
var ownerCandidate = new ControlledDevice(
name,
priority,
populate => BuildDefaultData(populate),
cToken =>
{
IData restoreData;
IControlToken nextOwner;
lock (this)
{
this.owners.Remove(cToken);
nextOwner = this.owners.LastOrDefault();
if (nextOwner != null)
restoreData = nextOwner.GetDataForDevice(this);
else
restoreData = GetOwnerlessData();
restoreData = restoreData.Copy();
this.currentOwner = nextOwner;
Executor.Current.SetControlToken(this, nextOwner);
}
SetData(nextOwner, restoreData.Select(x => Tuple.Create(x.Key, x.Value)).ToArray());
});
// Insert new owner
lock (this)
{
int pos = -1;
for (int i = 0; i < this.owners.Count; i++)
{
if (this.owners[i].Priority < priority)
continue;
pos = i;
break;
}
if (pos == -1)
this.owners.Add(ownerCandidate);
else
this.owners.Insert(pos, ownerCandidate);
}
// Grab the owner with the highest priority (doesn't have to be the candidate)
var newOwner = this.owners.Last();
this.currentOwner = newOwner;
Executor.Current.SetControlToken(this, newOwner);
return ownerCandidate;
}
}
public virtual IControlToken TakeControl(int priority = 1, [System.Runtime.CompilerServices.CallerMemberName] string name = "")
{
lock (this.lockObject)
{
var ownerCandidate = new ControlledDevice(
name,
priority,
populate => BuildDefaultData(populate),
cToken =>
{
IData restoreData;
IControlToken nextOwner;
lock (this.lockObject)
{
this.owners.Remove(cToken);
nextOwner = this.owners.LastOrDefault();
if (nextOwner != null)
{
restoreData = nextOwner.GetDataForDevice(this);
}
else
{
restoreData = GetOwnerlessData();
}
restoreData = restoreData.Copy();
this.currentOwner = nextOwner;
Executor.Current.SetControlToken(this, nextOwner);
}
SetData(nextOwner, restoreData);
});
// Insert new owner
lock (this.lockObject)
{
int pos = -1;
for (int i = 0; i < this.owners.Count; i++)
{
if (this.owners[i].Priority < priority)
{
continue;
}
pos = i;
break;
}
if (pos == -1)
{
this.owners.Add(ownerCandidate);
}
else
{
this.owners.Insert(pos, ownerCandidate);
}
}
// Grab the owner with the highest priority (doesn't have to be the candidate)
var newOwner = this.owners.Last();
this.currentOwner = newOwner;
Executor.Current.SetControlToken(this, newOwner);
return(ownerCandidate);
}
}