public void editLightWithAdjacentNonTerminatingSurfaceHeightAtPatchRelativeZ(int surfaceHeight, int patchRelZ)
{
if (!this.spanContainsZ(patchRelZ))
{
return;
}
int heightAt = this.lightLevelTrapezoid.heightAt(patchRelZ).extent();
byte lightAtBefore = this.lightLevelAt(patchRelZ);
if (surfaceHeight < heightAt)
{
this.addLightLevelsWithAdjacentSurfaceHeightSpanOffset(surfaceHeight, patchRelZ - this.spanStart);
}
else
{
this.lightLevelTrapezoid.removeLightLevelsBySubtractingAdjacentSurface(patchRelZ);
}
//INFLUENCE...
int deltaLight = (int)(lightAtBefore - this.lightLevelAt(patchRelZ));
if (Mathf.Abs(deltaLight) > (int)UNIT_FALL_OFF_BYTE)
{
SimpleRange influenceRange = SimpleRange.SimpleRangeWithStartAndExtent(patchRelZ - INFLUENCE_RADIUS, patchRelZ + INFLUENCE_RADIUS);
influenceRange = SimpleRange.IntersectingRange(influenceRange, new SimpleRange(0, NoisePatch.patchDimensions.z)); //wimp out (need other noisepatch windows too)
influenceNeighborsInDirectionWithinZRange(Direction.xpos, influenceRange, INFLUENCE_RADIUS, deltaLight > 0);
influenceNeighborsInDirectionWithinZRange(Direction.xneg, influenceRange, INFLUENCE_RADIUS, deltaLight > 0);
}
}
public SimpleRange considerLightValuesFromOther(LightLevelTrapezoid other, bool subtract, SimpleRange withinRange, float influenceFactor)
{
int minInfluenceIndex = 258;
int maxInfluenceIndex = 0;
if (!SimpleRange.RangesIntersect(trapezoid.span, withinRange))
{
return(new SimpleRange(0, 0));
}
byte influenceFromOther = (byte)(Window.LIGHT_LEVEL_MAX * influenceFactor - Window.UNIT_FALL_OFF_BYTE);
withinRange = SimpleRange.IntersectingRange(withinRange, new SimpleRange(0, NoisePatch.patchDimensions.z)); // safer...
if (withinRange.isErsatzNull())
{
return(new SimpleRange(0, 0));
}
for (int i = withinRange.start; i < withinRange.extent(); ++i)
{
byte myCurrentLightLevel = zLightLevels[i];
byte othersLightLevel = other.zLightLevels[i];
// if (myCurrentLightLevel == Window.LIGHT_LEVEL_MAX_BYTE)
// continue;
byte influenceAmount = 0;
if (myCurrentLightLevel <= influenceFromOther)
{
// if (subtract) {
// } else {
influenceAmount = (byte)(other.zLightLevels[i] - Window.UNIT_FALL_OFF_BYTE);
// }
}
else
{
//cheap0
influenceAmount = (byte)(myCurrentLightLevel + (influenceFromOther / 2f * (subtract? -1 : 1)));
}
zLightLevels[i] = (byte)Mathf.Clamp(influenceAmount, 0, (int)Window.LIGHT_LEVEL_MAX_BYTE);
minInfluenceIndex = Mathf.Min(minInfluenceIndex, i);
maxInfluenceIndex = Mathf.Max(maxInfluenceIndex, i + 1);
}
if (maxInfluenceIndex == 0)
{
return(new SimpleRange(0, 0));
}
return(SimpleRange.SimpleRangeWithStartAndExtent(minInfluenceIndex, maxInfluenceIndex));
}
public bool isContiguityAtZ(int patchRelZ, bool wantPosDir)
{
int nudge = (wantPosDir ? 1 : -1);
int adjacentIndex = patchRelZ + nudge;
if (adjacentIndex >= zHeightRanges.Length || adjacentIndex < 0)
{
return(true);
}
SimpleRange intersection = SimpleRange.IntersectingRange(heightAt(patchRelZ), heightAt(adjacentIndex));
return(intersection.range > 0);
}
public void addMingleLightWithAdjacentTrapezoid(LightLevelTrapezoid other)
{
for (int i = this.trapezoid.span.start; i < this.trapezoid.span.extent(); ++i)
{
SimpleRange otherHeightRange = other.heightAt(i);
SimpleRange heightRange = this.heightAt(i);
SimpleRange intersection = SimpleRange.IntersectingRange(otherHeightRange, heightRange);
if (intersection.range > 0)
{
if (other.zLightLevels[i] > this.zLightLevels[i])
{
this.zLightLevels[i] = (byte)Mathf.Max((int)this.zLightLevels[i], (other.zLightLevels[i] - Window.UNIT_FALL_OFF_BYTE));
}
else if (other.zLightLevels[i] < this.zLightLevels[i])
{
other.zLightLevels[i] = (byte)Mathf.Max((int)other.zLightLevels[i], (this.zLightLevels[i] - Window.UNIT_FALL_OFF_BYTE));
}
}
}
}
private bool rangesMeetMergeRequirements(SimpleRange terminalRange, SimpleRange disRange)
{
return(SimpleRange.IntersectingRange(terminalRange, disRange).range >= Window.WINDOW_HEIGHTS_MINIMUN_OVERLAP);
}
