public void InitializeDirection()
{
TopolotyNode inCommingNode = FindNode(this.IncomingSections[0]);
TopolotyNode inSectionFirst = FindNode(this.InSections[0]);
if (inCommingNode.ConnectableDevice is Section)
{
this.RouteDirection_ = inCommingNode.RightNodes.Contains(inSectionFirst) ? TrainDir.Right : TrainDir.Left;
}
else if (inCommingNode.ConnectableDevice is RailSwitch)
{
List <TopolotyNode> CommingRightNode = inCommingNode.RightNodes;
foreach (var item in CommingRightNode)
{
if (item.ConnectableDevice is RailSwitch)
{
if ((item.ConnectableDevice as RailSwitch).SectionName == (inCommingNode.ConnectableDevice as RailSwitch).SectionName)
{
inCommingNode = item;
}
}
}
this.RouteDirection_ = inCommingNode.RightNodes.Contains(inSectionFirst) ? TrainDir.Right : TrainDir.Left;
}
}
private void SetDirection(TopolotyNode incommingnode, TopolotyNode inSectionFirst)
{
foreach (var node in incommingnode.RightNodes)
{
this.RouteDirection_ = node.ConnectableDevice == inSectionFirst.ConnectableDevice ? TrainDir.Right : TrainDir.Left;
}
}
public UInt16 GetOffset(TrainDir Direction)
{
if (this.SectionName == "W0105" || this.SectionName == "W0106" || this.SectionName == "W0411" || this.SectionName == "W0414")
{
if (this.IsPositionNormal && !this.IsPositionReverse)
{
return(Convert.ToUInt16(2 * this.NormalDistance));
}
else if (this.IsPositionReverse && !this.IsPositionNormal)
{
return(Convert.ToUInt16(2 * this.ReverseDistance));
}
else
{
return(0);
}
}
else
{
if (this.IsPositionNormal && !this.IsPositionReverse)
{
return(Convert.ToUInt16(this.NormalDistance));
}
else if (!this.IsPositionNormal && this.IsPositionReverse)
{
return(Convert.ToUInt16(this.ReverseDistance));
}
else
{
return(0);
}
}
}
public void SetTrainOccupy(TrainDir trainDir, UInt32 offset, bool isOccupy, UInt16 trainID)
{
if (this.LogicCount == 1)
{
SetTrainList(this.isFrontLogicOccupy_, isOccupy, trainID);
SetTrainList(this.isLastLogicOccupy_, isOccupy, trainID);
}
else
{
if (trainDir == TrainDir.Right)
{
if (offset < (this.Distance / 2))
{
SetTrainList(this.isFrontLogicOccupy_, isOccupy, trainID);
}
else
{
SetTrainList(this.isLastLogicOccupy_, isOccupy, trainID);
}
}
else if (trainDir == TrainDir.Left)
{
if (offset < (this.Distance / 2))
{
SetTrainList(this.isFrontLogicOccupy_, isOccupy, trainID);
}
else
{
SetTrainList(this.isLastLogicOccupy_, isOccupy, trainID);
}
}
}
}
static void Main()
{
App app =
new TrainDir();
// new TestProgram();
app.Run();
}
private void ChangeDeviceOccupy(Device position, uint offset, TrainDir trainDirection, bool isOccupy)
{
if (position is Section)
{
(position as Section).SetTrainOccupy(trainDirection, offset, isOccupy, CurrentTrain.NIDTrain);
AddToDeviceNeedToChange(position);
}
else if (position is RailSwitch)
{
ChangeRailSwitchOccupy(position as RailSwitch, isOccupy);
}
}
private void HandlePosition(TrainDir trainDir, UInt32 offset, bool isOccupy, UInt16 trainID, Device device)
{
if (device is Section)
{
(device as Section).SetTrainOccupy(trainDir, offset, isOccupy, trainID);
UpdateDevice(device);
}
else if (device is RailSwitch)
{
RailSwitch railswitch = device as RailSwitch;
railswitch.SetTrainOccupy(trainID, isOccupy);
UpdateDevice(device);
RailSwitch railNeedToChange = FindAnotherRailswitch(railswitch);
if (railNeedToChange != null)
{
railNeedToChange.SetTrainOccupy(trainID, isOccupy);
UpdateDevice(railNeedToChange);
}
}
}
public UInt16 GetOffset(TrainDir Direction, UInt16 trainID)
{
if (this.LogicCount == 1)
{
return(Convert.ToUInt16(this.Distance));
}
switch (Direction)
{
case TrainDir.Right:
switch (GetTrainOccupy(trainID))
{
case TrainOccupy.NonOccupy:
return(Convert.ToUInt16(this.Distance));
case TrainOccupy.RightOccupy:
return(Convert.ToUInt16(this.Distance / 2));
default:
return(0);
}
case TrainDir.Left:
switch (GetTrainOccupy(trainID))
{
case TrainOccupy.NonOccupy:
return(Convert.ToUInt16(this.Distance));
case TrainOccupy.LeftOccupy:
return(Convert.ToUInt16(this.Distance / 2));
default:
return(0);
}
default:
return(0);
}
}