public ArenaWall(World world, WhichWall which) : base(world)
{
this.BecomeKinematic();
size = 0;
this.Sprite = API.Common.Sprites.ctf_base;
this.Which = which;
}
void GenerateDoor()
{
m_door = transform.Find("Door");
// Randomly determine which wall the door will be on.
// m_doorwall = WhichWall.WEST;
m_doorwall = (WhichWall) Random.Range((int)WhichWall.NORTH, (int)WhichWall.SIZE);
// Variables to determine the door's local position.
float x_location = 0f;
float y_location = (DOOR_HEIGHT - FLOOR_THICKNESS) / 2f;
float z_location = 0f;
// Door's x and z local location dependent on which wall it'll be on.
switch (m_doorwall)
{
case WhichWall.NORTH:
case WhichWall.SOUTH:
{
int half_width = (int)m_floor.localScale.x / 2;
x_location = Random.Range(-half_width + 3, half_width - 2);
z_location = (m_floor.localScale.z + WALL_THICKNESS) / 2;
z_location *= (m_doorwall == WhichWall.SOUTH ? -1 : 1);
m_door.localScale = new Vector3((float)DOOR_WIDTH, (float)DOOR_HEIGHT, 1f);
break;
}
case WhichWall.EAST:
case WhichWall.WEST:
{
int half_depth = (int)m_floor.localScale.z / 2;
z_location = Random.Range(-half_depth + 3, half_depth - 2);
x_location = (m_floor.localScale.x + WALL_THICKNESS) / 2;
x_location *= (m_doorwall == WhichWall.WEST ? -1 : 1);
m_door.localScale = new Vector3(1f, (float)DOOR_HEIGHT, (float)DOOR_WIDTH);
break;
}
}
// Get door's position (relative to the room's world position).
m_door.localPosition = new Vector3(x_location, y_location, z_location);
}
public BDG_ConstraintWall(WhichWall w, float dist)
{
this.wall = w;
this.dist = dist;
}
void GenerateWallWithoutDoor(WhichWall wall_dir)
{
float x_pos = 0f;
float y_pos = (WALL_HEIGHT - FLOOR_THICKNESS) / 2f;
float z_pos = 0f;
float scale_x = 0f;
float scale_z = 0f;
switch (wall_dir)
{
case WhichWall.NORTH:
{
m_walls[(int)WallIndex.NORTH_LEFT] = transform.Find("Wall_NorthL");
m_walls[(int)WallIndex.NORTH_RIGHT] = transform.Find("Wall_NorthR");
scale_x = m_floor.localScale.x / 2;
m_walls[(int)WallIndex.NORTH_LEFT].localScale =
m_walls[(int)WallIndex.NORTH_RIGHT].localScale =
new Vector3(scale_x, WALL_HEIGHT, WALL_THICKNESS);
x_pos = scale_x / 2;
z_pos = (m_floor.localScale.z + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.NORTH_LEFT].localPosition =
new Vector3(-x_pos, y_pos, z_pos);
m_walls[(int)WallIndex.NORTH_RIGHT].localPosition =
new Vector3(x_pos, y_pos, z_pos);
break;
}
case WhichWall.SOUTH:
{
m_walls[(int)WallIndex.SOUTH_LEFT] = transform.Find("Wall_SouthL");
m_walls[(int)WallIndex.SOUTH_RIGHT] = transform.Find("Wall_SouthR");
scale_x = m_floor.localScale.x / 2;
m_walls[(int)WallIndex.SOUTH_LEFT].localScale =
m_walls[(int)WallIndex.SOUTH_RIGHT].localScale =
new Vector3(scale_x, WALL_HEIGHT, WALL_THICKNESS);
x_pos = scale_x / 2;
z_pos = -(m_floor.localScale.z + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.SOUTH_LEFT].localPosition =
new Vector3(-x_pos, y_pos, z_pos);
m_walls[(int)WallIndex.SOUTH_RIGHT].localPosition =
new Vector3(x_pos, y_pos, z_pos);
break;
}
case WhichWall.EAST:
{
m_walls[(int)WallIndex.EAST_BACK] = transform.Find("Wall_EastB");
m_walls[(int)WallIndex.EAST_FRONT] = transform.Find("Wall_EastF");
scale_z = m_floor.localScale.z / 2 + WALL_THICKNESS;
m_walls[(int)WallIndex.EAST_BACK].localScale =
m_walls[(int)WallIndex.EAST_FRONT].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z);
z_pos = scale_z / 2;
x_pos = (m_floor.localScale.x + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.EAST_BACK].localPosition =
new Vector3(x_pos, y_pos, z_pos);
m_walls[(int)WallIndex.EAST_FRONT].localPosition =
new Vector3(x_pos, y_pos, -z_pos);
break;
}
case WhichWall.WEST:
{
m_walls[(int)WallIndex.WEST_BACK] = transform.Find("Wall_WestB");
m_walls[(int)WallIndex.WEST_FRONT] = transform.Find("Wall_WestF");
scale_z = m_floor.localScale.z / 2 + WALL_THICKNESS;
m_walls[(int)WallIndex.WEST_BACK].localScale =
m_walls[(int)WallIndex.WEST_FRONT].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z);
z_pos = scale_z / 2;
x_pos = -(m_floor.localScale.x + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.WEST_BACK].localPosition =
new Vector3(x_pos, y_pos, z_pos);
m_walls[(int)WallIndex.WEST_FRONT].localPosition =
new Vector3(x_pos, y_pos, -z_pos);
break;
}
}
}
void GenerateWallWithDoor(WhichWall wall_dir)
{
float x_pos_lf = 0f;
float x_pos_rb = 0f;
float y_pos = (WALL_HEIGHT - FLOOR_THICKNESS) / 2f;
float z_pos_lf = 0f;
float z_pos_rb = 0f;
float scale_x_lf = 0f;
float scale_x_rb = 0f;
float scale_z_lf = 0f;
float scale_z_rb = 0f;
switch (wall_dir)
{
case WhichWall.NORTH:
{
// North left wall calculation
m_walls[(int)WallIndex.NORTH_LEFT] = transform.Find("Wall_NorthL");
scale_x_lf = m_door.localPosition.x - DOOR_WIDTH/2 + m_floor.localScale.x/2;
m_walls[(int)WallIndex.NORTH_LEFT].localScale =
new Vector3(scale_x_lf, WALL_HEIGHT, WALL_THICKNESS);
x_pos_lf = (m_door.localPosition.x - DOOR_WIDTH/2) - (scale_x_lf/2);
z_pos_lf = (m_floor.localScale.z + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.NORTH_LEFT].localPosition =
new Vector3(x_pos_lf, y_pos, z_pos_lf);
// North right wall calculation
m_walls[(int)WallIndex.NORTH_RIGHT] = transform.Find("Wall_NorthR");
scale_x_rb = m_floor.localScale.x - (m_door.localPosition.x + DOOR_WIDTH/2 + m_floor.localScale.x/2);
m_walls[(int)WallIndex.NORTH_RIGHT].localScale =
new Vector3(scale_x_rb, WALL_HEIGHT, WALL_THICKNESS);
x_pos_rb = (m_door.localPosition.x + DOOR_WIDTH/2) + (scale_x_rb/2);
z_pos_rb = z_pos_lf;
m_walls[(int)WallIndex.NORTH_RIGHT].localPosition =
new Vector3(x_pos_rb, y_pos, z_pos_rb);
break;
}
case WhichWall.SOUTH:
{
// South left wall calculation
m_walls[(int)WallIndex.SOUTH_LEFT] = transform.Find("Wall_SouthL");
scale_x_lf = m_door.localPosition.x - DOOR_WIDTH/2 + m_floor.localScale.x/2;
m_walls[(int)WallIndex.SOUTH_LEFT].localScale =
new Vector3(scale_x_lf, WALL_HEIGHT, WALL_THICKNESS);
x_pos_lf = (m_door.localPosition.x - DOOR_WIDTH/2) - (scale_x_lf/2);
z_pos_lf = -(m_floor.localScale.z + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.SOUTH_LEFT].localPosition =
new Vector3(x_pos_lf, y_pos, z_pos_lf);
// South right wall calculation
m_walls[(int)WallIndex.SOUTH_RIGHT] = transform.Find("Wall_SouthR");
scale_x_rb = m_floor.localScale.x - (m_door.localPosition.x + DOOR_WIDTH/2 + m_floor.localScale.x/2);
m_walls[(int)WallIndex.SOUTH_RIGHT].localScale =
new Vector3(scale_x_rb, WALL_HEIGHT, WALL_THICKNESS);
x_pos_rb = (m_door.localPosition.x + DOOR_WIDTH/2) + (scale_x_rb/2);
z_pos_rb = z_pos_lf;
m_walls[(int)WallIndex.SOUTH_RIGHT].localPosition =
new Vector3(x_pos_rb, y_pos, z_pos_rb);
break;
}
case WhichWall.EAST:
{
// East back wall calculation
m_walls[(int)WallIndex.EAST_FRONT] = transform.Find("Wall_EastF");
scale_z_lf = WALL_THICKNESS + m_door.localPosition.z - DOOR_WIDTH/2 + m_floor.localScale.z/2;
m_walls[(int)WallIndex.EAST_FRONT].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z_lf);
z_pos_lf = (m_door.localPosition.z - DOOR_WIDTH/2) - (scale_z_lf/2);
x_pos_lf = (m_floor.localScale.x + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.EAST_FRONT].localPosition =
new Vector3(x_pos_lf, y_pos, z_pos_lf);
// East front wall calculation
m_walls[(int)WallIndex.EAST_BACK] = transform.Find("Wall_EastB");
scale_z_rb = WALL_THICKNESS + m_floor.localScale.z -
(m_door.localPosition.z + DOOR_WIDTH/2 + m_floor.localScale.z/2);
m_walls[(int)WallIndex.EAST_BACK].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z_rb);
z_pos_rb = (m_door.localPosition.z + DOOR_WIDTH/2) + (scale_z_rb/2);
x_pos_rb = x_pos_lf;
m_walls[(int)WallIndex.EAST_BACK].localPosition =
new Vector3(x_pos_rb, y_pos, z_pos_rb);
break;
}
case WhichWall.WEST:
{
// West back wall calculation
m_walls[(int)WallIndex.WEST_FRONT] = transform.Find("Wall_WestF");
scale_z_lf = WALL_THICKNESS + m_door.localPosition.z - DOOR_WIDTH/2 + m_floor.localScale.z/2;
m_walls[(int)WallIndex.WEST_FRONT].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z_lf);
z_pos_lf = (m_door.localPosition.z - DOOR_WIDTH/2) - (scale_z_lf/2);
x_pos_lf = -(m_floor.localScale.x + WALL_THICKNESS) / 2;
m_walls[(int)WallIndex.WEST_FRONT].localPosition =
new Vector3(x_pos_lf, y_pos, z_pos_lf);
// West front wall calculation
m_walls[(int)WallIndex.WEST_BACK] = transform.Find("Wall_WestB");
scale_z_rb = WALL_THICKNESS + m_floor.localScale.z -
(m_door.localPosition.z + DOOR_WIDTH/2 + m_floor.localScale.z/2);
m_walls[(int)WallIndex.WEST_BACK].localScale =
new Vector3(WALL_THICKNESS, WALL_HEIGHT, scale_z_rb);
z_pos_rb = (m_door.localPosition.z + DOOR_WIDTH/2) + (scale_z_rb/2);
x_pos_rb = x_pos_lf;
m_walls[(int)WallIndex.WEST_BACK].localPosition =
new Vector3(x_pos_rb, y_pos, z_pos_rb);
break;
}
}
}
