public static void JMDM_BasicRide_Run(out JMDM_CylinderPortControlUpdated CylinderControl, string Port, byte CylinderCount, string JMMovFilePath, int StartWait = 2000, int EndWait = 2000, Action ExtraAction = null)
{
PositionAndTimingDataModel PositionAndTiming = PositionAndTimingDataModel.DataLoadFromFile(JMMovFilePath);
CylinderControl = new JMDM_CylinderPortControlUpdated(Port, CylinderCount);
if (CylinderCount > 6)
{
CylinderCount = 6;
}
CylinderControl.Open_Port();
CylinderControl.ZeroAllCylinders();
Thread.Sleep(StartWait);
ExtraAction?.Invoke();
foreach (MomentaryPositionAndTimingFrameDataModel Frame in PositionAndTiming)
{
for (byte i = 0; i < CylinderCount; i++)
{
CylinderControl.SetCylinderHeight(i, Frame.GetCylinder(i));
}
Thread.Sleep((int)Frame.time);
}
CylinderControl.ZeroAllCylinders();
Thread.Sleep(EndWait);
}
internal BaseMotionPlayer(TaPa_XYCyl Owner, string MotionDataPath, string GamePath, string StartOptionsRunArgs, string RuntimeProcess, string StartOptionsInput, AvalibleProtocols MotionDeviceProtocol, string ConnectonString)
{
this.Owner = Owner;
FrameData = PositionAndTimingDataModel.DataLoadFromFile(MotionDataPath);
this.MotionDeviceProtocol = MotionDeviceProtocol;
switch (MotionDeviceProtocol)
{
case AvalibleProtocols.ComPort:
if (MotionHardwareInterface != null)
{
MotionHardwareInterface.Dispose();
}
MotionHardwareInterface = JMDM_CylinderPortControlUpdated.ConnectionFactory(ConnectonString);
break;
default:
Owner.PlayBacksEnd.Invoke();
throw new Exception("Error: not a valid Protocol.");
}
this.GamePath = GamePath;
this.StartOptionsRunArgs = StartOptionsRunArgs;
this.StartOptionsInput = StartOptionsInput;
this.RuntimeProcess = RuntimeProcess;
Start();
}
static bool ConsoleEventHandler(ConsoleCtrlHandlerCode eventCode)
{
// Handle close event here...
switch (eventCode)
{
case ConsoleCtrlHandlerCode.CTRL_CLOSE_EVENT:
try
{
ComPort.ZeroAllCylinders();
}
catch
{
using (ComPort = new JMDM_CylinderPortControlUpdated(PortStatic, 6))
{
ComPort.Open_Port();
ComPort.ZeroAllCylinders();
}
}
Environment.Exit(0);
break;
case ConsoleCtrlHandlerCode.CTRL_BREAK_EVENT:
break;
case ConsoleCtrlHandlerCode.CTRL_LOGOFF_EVENT:
try
{
ComPort.ZeroAllCylinders();
}
catch
{
using (ComPort = new JMDM_CylinderPortControlUpdated(PortStatic, 6))
{
ComPort.Open_Port();
ComPort.ZeroAllCylinders();
}
}
Environment.Exit(0);
break;
case ConsoleCtrlHandlerCode.CTRL_SHUTDOWN_EVENT:
try
{
ComPort.ZeroAllCylinders();
}
catch
{
using (ComPort = new JMDM_CylinderPortControlUpdated(PortStatic, 6))
{
ComPort.Open_Port();
ComPort.ZeroAllCylinders();
}
}
Environment.Exit(0);
break;
}
return(false);
}
internal virtual void ChangeProtocol(AvalibleProtocols MotionDeviceProtocol, string ConnectonString)
{
lock (LockObj)
{
this.MotionDeviceProtocol = MotionDeviceProtocol;
switch (MotionDeviceProtocol)
{
case AvalibleProtocols.ComPort:
if (MotionHardwareInterface != null)
{
MotionHardwareInterface.Dispose();
}
MotionHardwareInterface = JMDM_CylinderPortControlUpdated.ConnectionFactory(ConnectonString);
break;
default:
throw new Exception("Error: not a valid Protocol.");
}
}
}
