/// <summary>
/// Gets all the individual vector3 arrays for all the segments
/// in the loft
/// </summary>
public void GetSegmentsPointsPath()
{
totalSegments = myPath.thePoints().Length;
allSegmentsPoints = new Vector3[totalSegments][];
Vector3 dir = new Vector3();
//Get all the points
for (int i = 0; i < allSegmentsPoints.Length; i++)
{
if (i != allSegmentsPoints.Length - 1)
{
dir = Vector3.Normalize(myPath.thePoints()[i + 1] - myPath.thePoints()[i]);
}
else
{
dir = Vector3.Normalize(myPath.thePoints()[i] - myPath.thePoints()[i - 1]);
}
allSegmentsPoints[i] = GetSegmentPointsAtPos(myPath.thePoints()[i], dir);
}
}
/// <summary>
/// Creates an internal version of the original shape
/// This version contemplates wheter a segment is being used or not
/// and also adds holdes whenever necessary
/// </summary>
void SetupShapeInterpretation()
{
myShapeVersion.Clear();
//Debug.Log("starting shape interpretation");
if (theShapeTransform != null)
{
//Create an array for each original Segment
for (int i = 0; i < theShapeTransform.thePoints().Length - 1; i++)
{
//Debug.Log("Adding empty array at index " + i);
myShapeVersion.Add(new Vector3[0]);
}
}
else
{
//Create an array for each original Segment
for (int i = 0; i < rectShape.Length; i++)
{
//Debug.Log("Adding empty array at index " + i);
myShapeVersion.Add(new Vector3[0]);
}
}
if (theShapeTransform != null)
{
//Now fill the point data for the segments that are currently active
for (int o = 0; o < myShapeVersion.Count; o++)
{
//Debug.Log("Adding points to current segment used index, " + currSegIndex);
myShapeVersion[o] = new Vector3[2];
//Add the first point
myShapeVersion[o][0] = rectShape[o];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[CurrSegments[currSegIndex]]);
//Add the second point depending on the position of the current point
if (o == rectShape.Length - 1)
{
myShapeVersion[o][1] = rectShape[0];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[0]);
}
else
{
myShapeVersion[o][1] = rectShape[o + 1];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[CurrSegments[currSegIndex] + 1]);
}
}
}
else
{
//Now fill the point data for the segments that are currently active
for (int currSegIndex = 0; currSegIndex < CurrSegments.Length; currSegIndex++)
{
//Debug.Log("Adding points to current segment used index, " + currSegIndex);
myShapeVersion[CurrSegments[currSegIndex]] = new Vector3[2];
//Add the first point
myShapeVersion[CurrSegments[currSegIndex]][0] = rectShape[CurrSegments[currSegIndex]];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[CurrSegments[currSegIndex]]);
//Add the second point depending on the position of the current point
if (CurrSegments[currSegIndex] == rectShape.Length - 1)
{
myShapeVersion[CurrSegments[currSegIndex]][1] = rectShape[0];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[0]);
}
else
{
myShapeVersion[CurrSegments[currSegIndex]][1] = rectShape[CurrSegments[currSegIndex] + 1];
//Debug.Log("Adding points to current segment used index, " + currSegIndex + " new point " + theShape.ThePoints[CurrSegments[currSegIndex] + 1]);
}
}
//Now we fill the hole information for the
// Adding holes to a segment logic
//
// -holes have a dist and a width
// -holes can never extend beyond the length of the original segment
// -holes can never have a negative start value
SetupHoles();
}
}