[InlineData(105.0f)] // Extreme
public void MoveVertical_MovingDown_WithinCell_VariedInitialAngles(float angle)
{
var position = new TrainPosition(0.5f, 0.0f, angle, 0.5f);
var expectedPos = new TrainPosition(0.5f, 0.5f, 90, 0.0f);
TrainMovement.MoveVertical(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
public void MoveHorizontal_MovingLeft_WithinCell_VariedDistance(float initalLeft, float distance, float expectedLeft)
{
var position = new TrainPosition(initalLeft, 0.5f, 180, distance);
var expectedPos = new TrainPosition(expectedLeft, 0.5f, 180, 0.0f);
TrainMovement.MoveHorizontal(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
public void MoveLeftDown_CounterClockwiseFromBottom_BeyondCell(float initalLeft, float initalTop, float initialAngle, float distance, float expectedDistance)
{
var position = new TrainPosition(initalLeft, initalTop, initialAngle, distance);
var expectedPos = new TrainPosition(-0.1f, 0.5f, 180, expectedDistance);
TrainMovement.MoveLeftDown(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
[InlineData(0.9f)] // Extreme
public void MoveLeftDown_CounterClockwiseFromBottom_WithinCell_SnappingToCenter(float relativeLeft)
{
var position = new TrainPosition(relativeLeft, 1.0f, 270, (float)HalfCornerTrackDistance);
var expectedPos = new TrainPosition(Cos45ByRadius, 1.0f - Sin45ByRadius, 225, 0.0f);
TrainMovement.MoveLeftDown(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
public void MoveLeftDown_CounterClockwiseFromBottom_WithinCell_VariedDistance(float initalLeft, float initalTop, float initialAngle, float distance, float expectedLeft, float expectedTop, float expectedAngle)
{
var position = new TrainPosition(initalLeft, initalTop, initialAngle, distance);
var expectedPos = new TrainPosition(expectedLeft, expectedTop, expectedAngle, 0.0f);
TrainMovement.MoveLeftDown(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
public void MoveVertical_MovingDown_BeyondCell(float initalTop, float distance, float expectedDistance)
{
var position = new TrainPosition(0.5f, initalTop, 90, distance);
var expectedPos = new TrainPosition(0.5f, 1.1f, 90, expectedDistance);
TrainMovement.MoveVertical(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
[InlineData(TrainAngleHelper.TrainFacingUp + 15.0f)] // Extreme
public void MoveLeftDown_CounterClockwiseFromBottom_WithinCell_VariedInitialAngles(float angle)
{
var position = new TrainPosition(0.5f, 1.0f, angle, (float)HalfCornerTrackDistance);
var expectedPos = new TrainPosition(Cos45ByRadius, 1.0f - Sin45ByRadius, 225, 0.0f);
TrainMovement.MoveLeftDown(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
[InlineData(0.9f)] // Extreme
public void MoveVertical_MovingDown_WithinCell_SnappingToMiddle(float relativeLeft)
{
var position = new TrainPosition(relativeLeft, 0.0f, 90, 0.5f);
var expectedPos = new TrainPosition(0.5f, 0.5f, 90, 0.0f);
TrainMovement.MoveVertical(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
public void MoveVertical_MovingDown_WithinCell_VariedDistance(float initalTop, float distance, float expectedTop)
{
var position = new TrainPosition(0.5f, initalTop, 90, distance);
var expectedPos = new TrainPosition(0.5f, expectedTop, 90, 0.0f);
TrainMovement.MoveVertical(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
[InlineData(0.9f)] // Extreme
public void MoveRightUp_CounterClockwiseFromTop_WithinCell_SnappingToCenter(float relativeLeft)
{
var position = new TrainPosition(relativeLeft, 0.0f, 90.0f, (float)HalfCornerTrackDistance);
var expectedPos = new TrainPosition(1.0f - Cos45ByRadius, Sin45ByRadius, 45.0f, 0.0f);
TrainMovement.MoveRightUp(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
internal override void Move(TrainPosition position)
{
if ((position.Angle > 45.0f && position.Angle < 135.0f) ||
(position.Angle > 225.0f && position.Angle < 315.0f))
{
TrainMovement.MoveVertical(position);
}
else
{
TrainMovement.MoveHorizontal(position);
}
}
public void MoveHorizontal_MovingRight_BeyondCell(float initalLeft, float distance, float expectedDistance)
{
var position = new TrainPosition(initalLeft, 0.5f, 0, distance);
var expectedPos = new TrainPosition(1.1f, 0.5f, 0, expectedDistance);
TrainMovement.MoveHorizontal(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
[InlineData(0.9f)] // Extreme
public void MoveHorizontal_MovingRight_WithinCell_SnappingToCenter(float relativeTop)
{
var position = new TrainPosition(0.0f, relativeTop, 0, 0.5f);
var expectedPos = new TrainPosition(0.5f, 0.5f, 0, 0.0f);
TrainMovement.MoveHorizontal(position);
Assert.Equal(expectedPos.RelativeLeft, position.RelativeLeft, 3);
Assert.Equal(expectedPos.RelativeTop, position.RelativeTop, 3);
Assert.Equal(expectedPos.Angle, position.Angle, 3);
Assert.Equal(expectedPos.Distance, position.Distance, 3);
}
private TrainPosition GetPositionWithTraffic(TrainPathMessage message)
{
var result = new TrainPosition
{
Abfahrt = abfahrtGetter.Invoke(message),
Ankunft = ankunftGetter.Invoke(message),
Bemerkungen = message.Bemerkungen,
Betriebsstelle = message.Betriebsstelle,
Gleis = message.GleisSoll?.ToString(),
VerkehrNicht = false,
IstDurchfahrt = message.IstDurchfahrt,
};
return(result);
}
private TrainPosition GetPositionWithoutTraffic(TrainPathMessage message)
{
var result = new TrainPosition
{
Abfahrt = message.AbfahrtPlan,
Ankunft = message.AnkunftPlan,
Bemerkungen = message.Bemerkungen,
Betriebsstelle = message.Betriebsstelle,
Gleis = message.GleisSoll?.ToString(),
VerkehrNicht = true,
IstDurchfahrt = message.IstDurchfahrt,
};
return(result);
}
/// <summary>
/// Constructor
/// </summary>
public GraphView()
{
InitializeComponent();
AllowDrop = true;
DragEnter += GraphView_DragEnter;
DragDrop += GraphView_DragDrop;
Functions = new List <Function>();
TrainPosition = new TrainPosition();
DockAreas = DockAreas.Document;
GraphVisualiser.InitializeChart();
foreach (TabPage tabPage in tabControl1.TabPages)
{
tabPage.MouseEnter += (s, e) => tabPage.Focus();
}
}
private IEnumerable <TrainPosition> GetTrainPositions <T>(IEnumerable <Halt <T> > halte, bool preferPrognosis)
where T : Zug
{
if (halte.AnyItem())
{
foreach (var halt in halte)
{
var result = new TrainPosition
{
Abfahrt = halt.GetAbfahrtPath(preferPrognosis),
Ankunft = halt.GetAnkunftPath(preferPrognosis),
Bemerkungen = halt.Bemerkungen,
Betriebsstelle = halt.Betriebsstelle,
Gleis = halt.GleisPlan.ToString(),
IstDurchfahrt = halt.IstDurchfahrt,
VerkehrNicht = false,
};
yield return(result);
}
}
}
