public static Color GetColorFromWorldPathDifficulty(PathDifficulty difficulty)
{
if (Get == null)
{
return(Color.white);
}
Color difficultyColor = Get.WorldPathDifficultyEasy;
switch (difficulty)
{
case PathDifficulty.Easy:
difficultyColor = Get.WorldPathDifficultyEasy;
break;
case PathDifficulty.Moderate:
difficultyColor = Get.WorldPathDifficultyModerate;
break;
case PathDifficulty.Difficult:
difficultyColor = Get.WorldPathDifficultyDifficult;
break;
case PathDifficulty.Deadly:
difficultyColor = Get.WorldPathDifficultyDeadly;
break;
case PathDifficulty.Impassable:
difficultyColor = Get.WorldPathDifficultyImpassable;
break;
default:
break;
}
return(difficultyColor);
}
protected void InterpretEvalPoints()
{
PathDifficulty finalDifficulty = PathDifficulty.None;
if (mEvalPoints.Count > 0)
{
float lastElevation = 0f;
float currentElevation = 0f;
//float totalLength = MetersPerStep * mEvalPoints.Count;
bool hitWater = false;
bool hitTerrainMesh = false;
bool skipFirstPoint = true;
float currentDifference = 0.0f;
List <float> differences = new List <float>();
foreach (EvalPoint point in mEvalPoints)
{
if (point.HitWater)
{
hitWater = true;
}
if (point.HitTerrainMesh)
{
hitTerrainMesh = true;
}
if (skipFirstPoint)
{
skipFirstPoint = false;
lastElevation = point.TerrainPosition.y * Globals.InGameUnitsToMeters;
}
else
{
currentElevation = point.TerrainPosition.y * Globals.InGameUnitsToMeters;
currentDifference = Mathf.Abs(currentElevation - lastElevation) / MetersPerStep;
differences.Add(currentDifference);
lastElevation = currentElevation;
}
//GameWorld.Get.AddGraphNode(new TerrainNode(point.TerrainPosition));
}
float averageSlopePerMeter = 0f;
if (differences.Count > 0)
{
differences.Average();
}
if (averageSlopePerMeter < Globals.PathSlopeDifficultyEasy) // 15.0f)
{
finalDifficulty = PathDifficulty.Easy;
}
else if (averageSlopePerMeter < Globals.PathSlopeDifficultyModerate) //25.0f)
{
finalDifficulty = PathDifficulty.Moderate;
}
else if (averageSlopePerMeter < Globals.PathSlopeDifficultyDifficult) //50.0f)
{
finalDifficulty = PathDifficulty.Difficult;
}
else if (averageSlopePerMeter < Globals.PathSlopeDifficultyDeadly) //100.0f)
{
finalDifficulty = PathDifficulty.Deadly;
}
else
{
finalDifficulty = PathDifficulty.Impassable;
}
CurrentSegment.State.AverageSlopePerMeter = averageSlopePerMeter;
CurrentSegment.State.AverageGroundType = GroundType.Dirt;
CurrentSegment.State.PassesOverSolidTerrainMesh &= hitTerrainMesh;
CurrentSegment.State.PassesOverFluidTerrain &= hitWater;
if (CurrentSegment.State.PassesOverFluidTerrain)
{
finalDifficulty = PathDifficulty.Impassable;
}
}
CurrentSegment.State.Difficulty = finalDifficulty;
}
