public void GetExitVectorCover(out Vector2Int1Float position, out int coverType)
{
coverType = 0;
coverType = Math.Max(coverType, volume.coverType[mainX][mainZ]);
coverType = Math.Max(coverType, volume.coverType[mainX + 1][mainZ]);
coverType = Math.Max(coverType, volume.coverType[mainX][mainZ + 1]);
coverType = Math.Max(coverType, volume.coverType[mainX + 1][mainZ + 1]);
position = GetExitVector();
}
public void GetExitVector(out Vector2Int1Float position, ref HashSet <VolumeArea> areaOutput)
{
// Z
//0 T 0
//L R X
//1 B 0
//int count = 0;
//float y = 0;
if (volume.GetState(mainX, mainZ, VoxelState.InterconnectionArea))
{
foreach (var a in volume.volumeArea[new VolumePosSmall(mainX, mainZ)])
{
areaOutput.Add(a);
}
}
if (volume.GetState(mainX + 1, mainZ, VoxelState.InterconnectionArea))
{
foreach (var a in volume.volumeArea[new VolumePosSmall(mainX + 1, mainZ)])
{
areaOutput.Add(a);
}
}
if (volume.GetState(mainX, mainZ + 1, VoxelState.InterconnectionArea))
{
foreach (var a in volume.volumeArea[new VolumePosSmall(mainX, mainZ + 1)])
{
areaOutput.Add(a);
}
}
if (volume.GetState(mainX + 1, mainZ + 1, VoxelState.InterconnectionArea))
{
foreach (var a in volume.volumeArea[new VolumePosSmall(mainX + 1, mainZ + 1)])
{
areaOutput.Add(a);
}
}
position = GetExitVector();
////get values are just for counting how much samples we take to calculate height
//switch (exitDirection) {
// case SquareEdge.Left:
// if (GetValues(mainX, mainZ, ref y))
// count++;
// if (GetValues(mainX, mainZ + 1, ref y))
// count++;
// position = new Vector2Int1Float(mainX * 2, count > 0 ? (y / count) : 0, (mainZ * 2) + 1);
// break;
// case SquareEdge.Right:
// if (GetValues(mainX + 1, mainZ, ref y))
// count++;
// if (GetValues(mainX + 1, mainZ + 1, ref y))
// count++;
// position = new Vector2Int1Float((mainX + 1) * 2, count > 0 ? (y / count) : 0, (mainZ * 2) + 1);
// break;
// case SquareEdge.Bottom:
// if (GetValues(mainX, mainZ, ref y))
// count++;
// if (GetValues(mainX + 1, mainZ, ref y))
// count++;
// position = new Vector2Int1Float((mainX * 2) + 1, count > 0 ? (y / count) : 0, mainZ * 2);
// break;
// case SquareEdge.Top:
// if (GetValues(mainX, mainZ + 1, ref y))
// count++;
// if (GetValues(mainX + 1, mainZ + 1, ref y))
// count++;
// position = new Vector2Int1Float((mainX * 2) + 1, count > 0 ? (y / count) : 0, (mainZ + 1) * 2);
// break;
// default:
// position = Vector2Int1Float.zero;
// break;
//}
//position = new Vector2Int1Float(position.x + 1, position.y, position.z + 1);
}
private Vector2Int1Float GetExitVector()
{
// Z
//0 T 0
//L R X
//1 B 0
int count = 0;
float y = 0;
Vector2Int1Float position;
//get values are just for counting how much samples we take to calculate height
switch (exitDirection)
{
case SquareEdge.Left:
if (GetValues(mainX, mainZ, ref y))
{
count++;
}
if (GetValues(mainX, mainZ + 1, ref y))
{
count++;
}
position = new Vector2Int1Float(mainX * 2, count > 0 ? (y / count) : 0, (mainZ * 2) + 1);
break;
case SquareEdge.Right:
if (GetValues(mainX + 1, mainZ, ref y))
{
count++;
}
if (GetValues(mainX + 1, mainZ + 1, ref y))
{
count++;
}
position = new Vector2Int1Float((mainX + 1) * 2, count > 0 ? (y / count) : 0, (mainZ * 2) + 1);
break;
case SquareEdge.Bottom:
if (GetValues(mainX, mainZ, ref y))
{
count++;
}
if (GetValues(mainX + 1, mainZ, ref y))
{
count++;
}
position = new Vector2Int1Float((mainX * 2) + 1, count > 0 ? (y / count) : 0, mainZ * 2);
break;
case SquareEdge.Top:
if (GetValues(mainX, mainZ + 1, ref y))
{
count++;
}
if (GetValues(mainX + 1, mainZ + 1, ref y))
{
count++;
}
position = new Vector2Int1Float((mainX * 2) + 1, count > 0 ? (y / count) : 0, (mainZ + 1) * 2);
break;
default:
position = Vector2Int1Float.zero;
break;
}
position = new Vector2Int1Float(position.x + 1, position.y, position.z + 1);
return(position);
}
