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);
}
}
private void CheckDistance(HexGridCoordinate posA, HexGridCoordinate posB, int distance, AvidRing ring, AvidDirection direction, bool isAbovePlane)
{
var result = _calculator.GetDistance(posA, posB);
result.Magnitude.Should().Be(distance);
result.Ring.Should().Be(ring);
result.Direction.Should().Be(direction);
result.AbovePlane.Should().Be(isAbovePlane);
}