bool addNewSquare()
{
Edge curEdge = freeEdges[Randomiser.intBetween(0, freeEdges.Count / 2)];
Junction junction = new Junction(Randomiser.pointOnEdge(curEdge), curEdge.axisDirection);
Vector3 measurePoint = junction.position + 0.2f * curEdge.axisDirection;
if (!checkJunction(measurePoint))
{
return(false);
}
int distanceAlongEdge = Mathf.Min(
Randomiser.measureDistance(measurePoint, GenericUtils.rotateClockwise(curEdge.axisDirection), maxLengthR / 2),
Randomiser.measureDistance(measurePoint, -1 * GenericUtils.rotateClockwise(curEdge.axisDirection), maxLengthR / 2)
);
if (distanceAlongEdge < minLengthS)
{
return(false);
}
int distanceAlongAxis = Randomiser.measureDistance(measurePoint, curEdge.axisDirection, maxLengthR);
if (distanceAlongAxis * 2 < minLengthS)
{
return(false);
}
distanceAlongAxis = Randomiser.clampInRange(distanceAlongAxis, minLengthR, (int)(distanceAlongEdge * 2));
SquareFoundation square = SquareFromJunction(junction, curEdge.axisDirection, Mathf.Min(distanceAlongEdge * 2, distanceAlongAxis));
if (!checkSquareConsistency(square))
{
square.delete();
return(false);
}
if (!checkOverlaps(square))
{
square.delete();
return(false);
}
updateLists(square, curEdge, junction, squares, true, false);
return(true);
}
bool checkSquareConsistency(SquareFoundation s)
{
return(s.isConsistent(minLengthS, maxLengthS));
}
