private void Validate_Zone(ZoneProfile zone)
{
if (!Zones.Contains(zone))
{
throw new BrandonException($"The {nameof(ZoneProfile)} {zone} is not in the {nameof(BenthicProfile)} {this}!");
}
}
public Vector2 GetZoneGeographicAltitudeBoundaries(ZoneProfile zoneProfile)
{
var zoneStart = 0 - Zones.TakeWhile(it => it != zoneProfile).Sum(it => it.Amplitude);
var zoneEnd = zoneStart - zoneProfile.Amplitude;
return(new Vector2(zoneStart, zoneEnd));
}
public Vector2 GetZoneGeographicDistanceBoundaries(ZoneProfile zoneProfile)
{
var min = Zones.TakeWhile(it => it != zoneProfile).Sum(it => it.GeographicDistance);
var max = min + zoneProfile.GeographicDistance;
return(new Vector2(min, max));
}
public ZonePoint ZonePointOf(ZoneProfile zoneProfile, float zoneDist01, float zoneBreadth01)
{
return(new ZonePoint(CoastlineTerrain, BuildBenthicProfile(), zoneProfile)
{
Distance = zoneDist01,
Breadth = zoneBreadth01
});
}
public void PlantFakeTree(ZoneProfile zoneProfile, GameObject tree, Spacey.IWorldly treePoint, float treeScale)
{
var treeRandomizedRotation = Quaternion.AngleAxis(Random.Range(0, 360), Vector3.up);
var treeRot = TerrainCaster.SampleRotation(treePoint, CoastlineTerrain) * treeRandomizedRotation;
var treeInstance = Instantiate(tree, treePoint.Worldly, treeRot, GetZoneTreeHolder(zoneProfile));
treeInstance.transform.localScale = Vector3.one * treeScale;
}
/// <summary>
/// goes from <see cref="DimensionSpace.Benthic"/> -> <see cref="DimensionSpace.Zone"/>
/// </summary>
/// <param name="geographicDistance"></param>
/// <param name="zone"></param>
/// <returns></returns>
public float FindPointInZone(float geographicDistance, ZoneProfile zone)
{
Validate_GeographicDistance(geographicDistance);
var zoneBounds = GetZoneGeographicDistanceBoundaries(zone);
return(GetPortion(geographicDistance, zoneBounds));
}
private Holder GetZoneTreeHolder(ZoneProfile zoneProfile)
{
if (!ZoneTreeHolders.ContainsKey(zoneProfile))
{
ZoneTreeHolders.Add(zoneProfile, new Holder(zoneProfile.ToString(), TreeHolder));
}
return(ZoneTreeHolders[zoneProfile]);
}
public ZoneProfile FindRelativeZone(ZoneProfile currentZone, int offset)
{
var zoneIndex = Zones.IndexOf(currentZone);
var offsetIndex = zoneIndex + offset;
if (offsetIndex < 0 || offsetIndex >= Zones.Count)
{
return(null);
}
return(Zones[offsetIndex]);
}
public ZonePoint(Terrain worldTerrain, BenthicProfile benthicProfile, ZoneProfile zoneProfile)
{
this.WorldTerrain = worldTerrain;
this.BenthicProfile = benthicProfile;
this.ZoneProfile = zoneProfile;
}
public void AddZone(ZoneProfile zoneProfile)
{
_zones.Add(zoneProfile);
_zones.Sort();
}
private bool IsGeographicDistanceInZone(float geographicDistance, ZoneProfile zone)
{
return(IsPointInRange(geographicDistance, GetZoneGeographicDistanceBoundaries(zone)));
}
private float ZoneHeightToGeographicAltitude(ZoneProfile zone, float heightInZone)
{
var altitudeBoundaries = Sorted(GetZoneGeographicAltitudeBoundaries(zone));
return(Mathf.Lerp(altitudeBoundaries.x, altitudeBoundaries.y, heightInZone));
}
