public HashSet <IntVec3> MakeProjectileLine(Vector3 start, Vector3 end, Map map)
{
var resultingLine = new ShootLine(start.ToIntVec3(), end.ToIntVec3());
var points = resultingLine.Points();
HashSet <IntVec3> positions = new HashSet <IntVec3>();
var currentPos = CurPosition;
currentPos.y = 0;
var startingPosition = StartingPosition;
startingPosition.y = 0;
var destination = new Vector3(currentPos.x, currentPos.y, currentPos.z);
Vector3 pos = (startingPosition + currentPos) / 2f;
pos.y = 10;
pos += Quaternion.Euler(0, (startingPosition - currentPos).AngleFlat(), 0) * this.def.startingPositionOffset;
var distance = Vector3.Distance(startingPosition, currentPos) * this.def.totalSizeScale;
var distanceToTarget = Vector3.Distance(startingPosition, currentPos);
var widthFactor = distance / distanceToTarget;
var width = distance * this.def.widthScaleFactor * widthFactor;
var height = distance * this.def.heightScaleFactor;
var centerOfLine = pos.ToIntVec3();
var startPosition = StartingPosition.ToIntVec3();
var endPosition = this.CurPosition.ToIntVec3();
if (points.Any())
{
foreach (var cell in GenRadial.RadialCellsAround(start.ToIntVec3(), height, true))
{
if (centerOfLine.DistanceToSquared(endPosition) >= cell.DistanceToSquared(endPosition) && startPosition.DistanceTo(cell) > def.minDistanceToAffect)
{
var nearestCell = points.MinBy(x => x.DistanceToSquared(cell));
if ((width / height) * 2.5f > nearestCell.DistanceToSquared(cell))
{
positions.Add(cell);
}
}
}
foreach (var cell in points)
{
var startCellDistance = startPosition.DistanceTo(cell);
if (startCellDistance > def.minDistanceToAffect && startCellDistance <= startPosition.DistanceTo(endPosition))
{
positions.Add(cell);
}
}
}
return(positions);
}
