private Vector2[] GetPoints(bool isCeiling, params TerrainGenerator.TerrainPoint[] terrainPoints)
{
int index = 0;
var startPoint = terrainPoints[index++];
var endPoint = terrainPoints[index++];
var nextPoint = terrainPoints[index++];
float baseY = isCeiling ? ceilingY : floorY;
// Create rasterized points.
var points = new Vector2[4 + this.smoothingPoints];
index = 0;
// Create flat edge at the base.
points[index].x = endPoint.x;
points[index++].y = baseY;
points[index].x = startPoint.x;
points[index++].y = baseY;
// Go up to the start point.
points[index].x = startPoint.x;
points[index++].y = startPoint.GetY(isCeiling);
// Create spline
Vector2 p1 = new Vector2(startPoint.x, startPoint.GetY(isCeiling));
Vector2 p2 = new Vector2(endPoint.x, endPoint.GetY(isCeiling));
Vector2 p3 = new Vector2(nextPoint.x, nextPoint.GetY(isCeiling));
Vector2[] splinePoints = { p1, p2, p3 };
if (this.s == null)
{
Debug.Log("ONCE?");
this.s = new Spline.ContinuousSpline(splinePoints);
}
else
{
s.AddControlPoints(splinePoints);
}
// Calculate delta
float delta = (endPoint.x - startPoint.x) / (smoothingPoints + 1f);
float currX = startPoint.x;
// Get smoothing points Y
for (int i = 0; i < this.smoothingPoints; i++)
{
currX += delta;
points [index].x = currX;
points [index++].y = s.Value(currX);
}
// Finish with the end point.
points[index].x = endPoint.x;
points[index++].y = endPoint.GetY(isCeiling);
return(points);
}
private Vector2[] GetPoints(bool isCeiling, params TerrainGenerator.TerrainPoint[] terrainPoints)
{
int index = 0;
var startPoint = terrainPoints[index++];
var endPoint = terrainPoints[index++];
var nextPoint = terrainPoints[index++];
float baseY = isCeiling ? ceilingY : floorY;
// Create rasterized points.
//var points = new Vector2[13];
var points = new Vector2[60];
index = 0;
// Create flat edge at the base.
points[index].x = endPoint.x;
points[index++].y = baseY;
points[index].x = startPoint.x;
points[index++].y = baseY;
// Go up to the start point.
points[index].x = startPoint.x;
points[index++].y = startPoint.GetY(isCeiling);
Vector2[] addedPoints = new Vector2[1];
addedPoints[0].x = nextPoint.x;
addedPoints[0].y = nextPoint.GetY(isCeiling);
if (startPoint.x == -3)
{
Vector2[] tempTop = new Vector2[3];
Vector2[] tempBottom = new Vector2[3];
for (int i = 0; i < 3; i++)
{
tempTop[i].x = Game.instance.terrainPoints[i].x;
tempTop[i].y = Game.instance.terrainPoints[i].ceilingY;
tempBottom[i].x = Game.instance.terrainPoints[i].x;
tempBottom[i].y = Game.instance.terrainPoints[i].floorY;
}
topSpline = new Spline.ContinuousSpline(tempTop);
bottomSpline = new Spline.ContinuousSpline(tempBottom);
}
else
{
if (isCeiling == true)
{
topSpline.AddControlPoints(addedPoints);
}
else
{
bottomSpline.AddControlPoints(addedPoints);
}
}
float delta = (endPoint.x - startPoint.x) / (points.Length - 3);
while (index < points.Length - 1)
{
float interpolated = points[index - 1].x + delta;
points[index].x = interpolated;
if (isCeiling)
{
points[index].y = topSpline.Value(interpolated);
}
else
{
points[index].y = bottomSpline.Value(interpolated);
}
index++;
}
// Finish with the end point.
points[index].x = endPoint.x;
points[index++].y = endPoint.GetY(isCeiling);
return(points);
}
