// Metodo che aggiorna una zona interagibile quando la corrispondente zona del campo minato viene scoperta
private void UpdateInteractableZone(object sender, ZoneEventArgs e)
{
if (e.Mined)
{
// si aggiorna lo stato della zona interagibile per indicare che la
// corrispondente zona del campo minato è stata scoperta ed era minata
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Exploded);
// si riduce il numero di zone da contrassegnare come minate
// aggiornando anche l'etichetta-contatore nel form di gioco
UpdateMinesCounterLabel(--_zonesToFlag);
}
else
{
// si aggiorna lo stato della zona interagibile per indicare che la
// corrispondente zona del campo minato è stata scoperta ed era sicura
switch (e.AdjacentMines)
{
case 0:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe0);
break;
case 1:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe1);
break;
case 2:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe2);
break;
case 3:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe3);
break;
case 4:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe4);
break;
case 5:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe5);
break;
case 6:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe6);
break;
case 7:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe7);
break;
case 8:
_mainForm.SetInteractableZoneState(e.X, e.Y, InteractableZone.ZoneState.Safe8);
break;
}
}
}
void mySwamp_ZoneChangeEvent(object sender, ZoneEventArgs args)
{
int e = args.EventId;
Zone z = args.Zone;
// Crestron.SimplSharpPro.AudioDistribution.Swamp.AllZonesDoorbellAudioOnFeedbackEventId?
// EventIds are in Crestron.SimplSharpPro.AudioDistribution.ZoneEventIds
if (e == ZoneEventIds.SourceFeedbackEventId)
{
// Source Changed?
}
else if (e == ZoneEventIds.DoorbellEnableFeedbackEventId)
{
// Doorbell enable
}
}
private async void GridZoneExited(object sender, ZoneEventArgs args)
{
Zone zone = _zones.Find(z => z.Id == args.GridBlock.ZoneId);
var telemetryDataPoint = new ZoneDataPoint
{
DeviceId = zone.IoTDeviceInfo.DeviceId,
Name = args.SimObject.Name,
Type = "zone",
Grid_x = args.GridBlock.Location.Rowx,
Grid_y = args.GridBlock.Location.Columny,
Operation = "zone_exited",
InZone = args.GridBlock.IsZone,
ZoneId = args.GridBlock.ZoneId,
ZoneGrid_x = args.GridBlock.Location.Rowx,
ZoneGrid_y = args.GridBlock.Location.Columny,
ZoneName = _zones.Find(z => z.Id == args.GridBlock.ZoneId).Name
};
await SendIoTHubMessage(zone, telemetryDataPoint).ConfigureAwait(false);
}
private async void GridZoneEntered(object sender, ZoneEventArgs args)
{
Zone zone = _zones.Find(z => z.Id == args.GridBlock.ZoneId);
var telemetryDataPoint = new ZoneDataPoint
{
DeviceId = zone.IoTDeviceInfo.DeviceId,
Name = args.SimObject.Name,
Type = zone.Type,
Grid_x = args.GridBlock.Location.Rowx,
Grid_y = args.GridBlock.Location.Columny,
Operation = "zone_entered",
InZone = args.GridBlock.IsZone,
ZoneId = args.GridBlock.ZoneId,
ZoneGrid_x = args.GridBlock.Location.Rowx,
ZoneGrid_y = args.GridBlock.Location.Columny,
ZoneName = _zones.Find(z => z.Id == args.GridBlock.ZoneId).Name
};
await SendIoTHubMessage(zone, telemetryDataPoint).ConfigureAwait(false);
if (_appSettings.Value.SimulateButtonPushes)
{
var rand = new Random();
int c = rand.Next(1, 10);
if (c % 2 == 0)
{
telemetryDataPoint.Operation = "button_pushed";
_logger.LogInformation("Sending button push message to hub");
await SendIoTHubMessage(zone, telemetryDataPoint).ConfigureAwait(false);
}
}
}
void E4ZoneEvent(Object device, ZoneEventArgs args)//THIS NEEDS TESTING AND PROBABLY UPDATING
{
var ex = device as SwampE4;
string deviceString = Convert.ToString(ex.ExpanderType);
uint expNum = ex.Number;
uint callingZone = (args.Zone.Number + (ushort)(expanderFirstZone[expNum - 1]) - 1);
switch (args.EventId)
{
case ZoneEventIds.SourceFeedbackEventId:
myEISC.UShortInput[args.Zone.Number + 39 + (ushort)(expanderFirstZone[expNum - 1])].UShortValue = args.Zone.Source.UShortValue;
UItoZone.zoneCurrentSourceNumber[callingZone] = args.Zone.Source.UShortValue;//UPDATE ZONE STATUS
break;
case ZoneEventIds.StartupVolumeFeedbackEventId:
UItoZone.zoneCurrentStartupVols[callingZone] = args.Zone.StartupVolumeFeedback.UShortValue;
break;
default:
break;
}
}
void E8ZoneEvent(Object device, ZoneEventArgs args)
{
var ex = device as SwampE8;
string deviceString = Convert.ToString(ex.ExpanderType);
uint expNum = ex.Number;
uint callingZone = (args.Zone.Number + (ushort)(expanderFirstZone[expNum - 1]) - 1);
switch (args.EventId)
{
case ZoneEventIds.SourceFeedbackEventId:
myEISC.UShortInput[callingZone + 40].UShortValue = args.Zone.Source.UShortValue;
UItoZone.zoneCurrentSourceNumber[callingZone] = args.Zone.Source.UShortValue;//UPDATE ZONE STATUS
UItoZone.zoneCurrentSourceText[callingZone] = sourceNameArray[args.Zone.Source.UShortValue];
if (args.Zone.Source.UShortValue == 0)
{
UItoZone.zoneCurrentOnOffStatus[callingZone] = false;
}
else UItoZone.zoneCurrentOnOffStatus[callingZone] = true;
updateUI(callingZone, "sources");
updateUI(callingZone, "onOffStatus");
break;
case ZoneEventIds.VolumeFeedbackEventId:
myEISC.UShortInput[callingZone + 100].UShortValue = args.Zone.VolumeFeedback.UShortValue;
UItoZone.zoneCurrentVolumes[callingZone] = args.Zone.VolumeFeedback.UShortValue;
updateUI(callingZone, "volumes");
break;
case ZoneEventIds.MuteOnFeedbackEventId:
UItoZone.zoneCurrentMuteStatus[callingZone] = args.Zone.MuteOnFeedback.BoolValue;
updateUI(callingZone, "muteStatus");
break;
case ZoneEventIds.StartupVolumeFeedbackEventId:
UItoZone.zoneCurrentStartupVols[callingZone] = args.Zone.StartupVolumeFeedback.UShortValue;
decimal vol = args.Zone.StartupVolumeFeedback.UShortValue;
CrestronConsole.PrintLine("startupVolFB {0} {1:P} ", callingZone, vol / 65535);
break;
default:
break;
}
}
void SwampZoneEvent(Object device, ZoneEventArgs args)
{
switch (args.EventId)
{
case ZoneEventIds.SourceFeedbackEventId:
myEISC.UShortInput[args.Zone.Number + 40].UShortValue = args.Zone.Source.UShortValue;//UPDATE XSIG
UItoZone.zoneCurrentSourceNumber[args.Zone.Number] = args.Zone.Source.UShortValue;//UPDATE ZONE STATUS
UItoZone.zoneCurrentSourceText[args.Zone.Number] = sourceNameArray[args.Zone.SourceFeedback.UShortValue];//UPDATE SOURCE TEXT
if (args.Zone.SourceFeedback.UShortValue == 0)
{
UItoZone.zoneCurrentOnOffStatus[args.Zone.Number] = false;//ZONE IS OFF
}
else
{
UItoZone.zoneCurrentOnOffStatus[args.Zone.Number] = true;//ZONE IS ON
}
updateUI(args.Zone.Number, "sources");
updateUI(args.Zone.Number, "onOffStatus");
break;
case ZoneEventIds.VolumeFeedbackEventId:
myEISC.UShortInput[args.Zone.Number + 100].UShortValue = args.Zone.VolumeFeedback.UShortValue;
UItoZone.zoneCurrentVolumes[args.Zone.Number] = args.Zone.VolumeFeedback.UShortValue;
updateUI(args.Zone.Number, "volumes");
break;
case ZoneEventIds.MuteOnFeedbackEventId:
UItoZone.zoneCurrentMuteStatus[args.Zone.Number] = args.Zone.MuteOnFeedback.BoolValue;
updateUI(args.Zone.Number, "muteStatus");
break;
case ZoneEventIds.StartupVolumeFeedbackEventId:
UItoZone.zoneCurrentStartupVols[args.Zone.Number] = args.Zone.StartupVolumeFeedback.UShortValue;
decimal vol = args.Zone.StartupVolumeFeedback.UShortValue;
CrestronConsole.PrintLine("startupVolFB {0} {1:P} ", args.Zone.Number, vol / 65535);
break;
case ZoneEventIds.OverCurrentFeedbackEventId:
myEISC.StringInput[810].StringValue = "Over Current Zone " + args.Zone.Number;
break;
case ZoneEventIds.OverOrUnderVoltageFeedbackEventId:
myEISC.StringInput[810].StringValue = "Over / Under Voltage " + args.Zone.Number;
break;
default:
break;
}
}
protected virtual void OnZoneExited(ZoneEventArgs e)
{
ZoneExited?.Invoke(this, e);
}
public async Task <GridBlock> MoveInDirection(SimObject simObject, MoveDirection direction)
{
GridBlock currentGridBlock, newGridBlock = null;
int x, y = 0;
lock (_blockLock)
{
currentGridBlock = _gridBlocks.Find(g => g.OccupierId == simObject.Id);
y = currentGridBlock.Location.Columny;
x = currentGridBlock.Location.Rowx;
if (currentGridBlock.IsZone)
{
_logger.LogInformation("Zone {0} exited by {1}", currentGridBlock.Id, simObject.Id);
ZoneEventArgs args = new ZoneEventArgs();
args.GridBlock = currentGridBlock;
args.SimObject = simObject;
OnZoneExited(args);
}
switch (direction)
{
case MoveDirection.Up:
y = y + 1;
if (y > _col_high)
{
throw new OffTheGridException(string.Format("Moving {0} UP to estimated location {1} will exceed the grid coordinates", simObject.Id, y));
}
break;
case MoveDirection.Down:
y = y - 1;
if (y < _col_low)
{
throw new OffTheGridException(string.Format("Moving {0} DOWN to estimated location {1} will exceed the grid coordinates", simObject.Id, y));
}
break;
case MoveDirection.Left:
x = x - 1;
if (x < _row_low)
{
throw new OffTheGridException(string.Format("Moving {0} LEFT to estimated location {1} will exceed the grid coordinates", simObject.Id, x));
}
break;
case MoveDirection.Right:
x = x + 1;
if (x > _row_high)
{
throw new OffTheGridException(string.Format("Moving {0} RIGHT to estimated location {1} will exceed the grid coordinates", simObject.Id, x));
}
break;
default:
break;
}
if (IsGridBlockOccupied(new Location {
Columny = y, Rowx = x
}))
{
throw new LocationOccupiedException(string.Format("Grid block already occupied at location x:{0}, y:{1} by {2}", x, y, currentGridBlock.OccupierId));
}
//Get the new grid block
newGridBlock = _gridBlocks.Find(g => g.Location.Columny == y && g.Location.Rowx == x);
if (newGridBlock != null)
{
newGridBlock.OccupierId = simObject.Id;
currentGridBlock.OccupierId = null;
if (newGridBlock.IsZone)
{
_logger.LogInformation("Zone {0} entered by {1}", newGridBlock.ZoneId, simObject.Id);
ZoneEventArgs args = new ZoneEventArgs();
args.GridBlock = newGridBlock;
args.SimObject = simObject;
OnZoneEntered(args);
}
}
_logger.LogInformation("Moved sim {0} in direction: {1} to x: {2} and y {3}", simObject.Id, direction, x, y);
}
return(newGridBlock != null ? newGridBlock : null);
}
