public void UpdatePlatforms()
{
// We need to duplicate everything to control updates of the launch data manually.
LaunchingSegment = new TurnData(_currentTurn.CurrentTurn.Turn, _currentTurn.CurrentTurn.Impulse);
LaunchingUnitPosition = _hexVectorUtility.CloneHexVector <HexGridCoordinate>(_launchingUnit.Position);
TargetUnitPosition = _hexVectorUtility.CloneHexVector <HexGridCoordinate>(_targetUnit.Position);
LaunchingUnitVelocity = _hexVectorUtility.CloneHexVector <RawHexVector>(_launchingUnit.Vectors);
TargetUnitVelocity = _hexVectorUtility.CloneHexVector <RawHexVector>(_targetUnit.Vectors);
CrossingVector = _hexGridCalculator.GetCrossingVector(LaunchingUnitVelocity, TargetUnitVelocity);
TargetDistance = _hexGridCalculator.GetDistance(LaunchingUnitPosition, TargetUnitPosition);
CourseOffset = 0;
if (AvidVector.IsNullOrZero(TargetDistance))
{
TargetDistance = _hexGridCalculator.GetVectorFromBacktracking(LaunchingUnitVelocity, TargetUnitVelocity);
OnVerificationRequired();
}
else
{
SubmitBearingVerificationResult(TargetDistance);
}
}
public void AvidPathingTest21()
{
var launchWindow = new AvidVector(AvidDirection.FA, AvidRing.Blue, false, 27);
var crossingVector = new AvidVector(AvidDirection.EF, AvidRing.Blue, true, 20);
var result = ServiceFactory.Library.AvidCalculator.GetPossibleLaunchWindows(2, launchWindow, crossingVector);
result.Length.Should().Be(1);
result.Should().Contain(new AvidWindow(AvidDirection.EF, AvidRing.Blue, true));
}
public void UpdateVector(AvidVector vector, bool isVisible)
{
IsVisible = !AvidWindow.IsNullOrZero(vector) && isVisible;
Magnitude = vector != null ? vector.Magnitude : 0;
Window = vector;
OnPropertyChanged(Properties.IsVisible);
OnPropertyChanged(Properties.Magnitude);
OnPropertyChanged(Properties.Window);
}
public void AvidPathingTest19()
{
var launchWindow = new AvidVector(AvidDirection.BC, AvidRing.Ember, true, 27);
var crossingVector = new AvidVector(AvidDirection.E, AvidRing.Green, true, 20);
var result = ServiceFactory.Library.AvidCalculator.GetPossibleLaunchWindows(2, launchWindow, crossingVector);
result.Length.Should().Be(3);
result.Should().Contain(new AvidWindow(AvidDirection.B, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.C, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.CD, AvidRing.Blue, true));
}
public void AvidPathingTest6()
{
var launchWindow = new AvidVector(AvidDirection.Undefined, AvidRing.Magenta, true, 27);
var crossingVector = new AvidVector(AvidDirection.Undefined, AvidRing.Magenta, false, 20);
var result = ServiceFactory.Library.AvidCalculator.GetPossibleLaunchWindows(1, launchWindow, crossingVector);
result.Length.Should().Be(6);
result.Should().Contain(new AvidWindow(AvidDirection.A, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.B, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.C, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.D, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.E, AvidRing.Green, true));
result.Should().Contain(new AvidWindow(AvidDirection.F, AvidRing.Green, true));
}
private void CreateOrUpdateVector(AvidVector originalVector, ref IAvidMark targetVector, int categoryId, bool underlined)
{
string markText = originalVector != null?originalVector.Magnitude.ToString("D") : string.Empty;
AvidWindow position = originalVector ?? new AvidWindow();
if (targetVector == null)
{
targetVector = _elementBoard.AddMark(categoryId, markText, originalVector != null, underlined, position);
}
else
{
targetVector.Text = markText;
targetVector.Window = position;
targetVector.Visible = !AvidWindow.IsNullOrZero(position);
}
}
public AvidVector ProjectVectorToAvid(HexVector vector)
{
var result = new AvidVector
{
Magnitude = _rangeAltitudeTable.GetDistance(vector)
};
if (result.Magnitude == 0)
{
return(result);
}
result.Ring = _rangeAltitudeTable.GetRing(vector);
result.AbovePlane = result.Ring == AvidRing.Ember || vector.VerticalComponent.Direction == HexAxis.Up;
result.Direction = CalculateDirection(vector, result.Ring);
return(result);
}
public void SubmitBearingVerificationResult(AvidWindow verificationResult)
{
if (verificationResult == null)
{
OnVerificationRequired();
return;
}
var vectorResult = verificationResult as AvidVector;
int magnitude = vectorResult != null ? vectorResult.Magnitude : 0;
TargetDistance = new AvidVector(verificationResult.Direction, verificationResult.Ring, verificationResult.AbovePlane, magnitude);
CourseOffset = _avidCalculator.GetCourseOffset(TargetDistance, CrossingVector);
OnVectorsUpdated();
UpdateFiringSolution(null, null, null);
}
public static bool IsNullOrZero(AvidVector vector)
{
return(AvidWindow.IsNullOrZero(vector) || vector.Magnitude == 0);
}
private void CreateOrUpdateVelocityVectors(AvidVector targetVector, AvidVector crossingVector)
{
CreateOrUpdateVector(targetVector, ref _targetVectorMark, VectorsCategory, false);
CreateOrUpdateVector(crossingVector, ref _crossingVectorMark, VectorsCategory, true);
}
public static bool IsNullOrZero(AvidVector vector)
{
return AvidWindow.IsNullOrZero(vector) || vector.Magnitude == 0;
}
