public void CreatePathDebug(TerrainManager TerrainManager_, ja2.TerrainTile From, ja2.TerrainTile To)
{
if (actualTask != null)
{
actualTask.Stop();
}
actualTask = new utils.Task(CreatePathDebug_CoRo(TerrainManager_, From, To));
}
//! Create A* path.
public ja2.TerrainTile[] CreatePath(TerrainManager TerrainManager_, ja2.TerrainTile From, ja2.TerrainTile To)
{
lastPath = new ja2.AStarPathMap(TerrainManager_, From, To);
while (lastPath.RunOnce() == ja2.AStarPathMap.State.WAIT)
{
;
}
return(lastPath.Path());
}
//! Get tile position for given tile.
public Vector3 GetPosition(ja2.TerrainTile Tile, short Vertex)
{
// Get the partition used
int partition_x = Tile.x / ja2.TerrainPartition.PARTITION_WIDTH;
int partition_y = Tile.y / ja2.TerrainPartition.PARTITION_HEIGHT;
// Compute normalized terrain tile position
int normalized_x = Tile.x - ja2.TerrainPartition.PARTITION_WIDTH * partition_x;
int normalized_y = Tile.y - ja2.TerrainPartition.PARTITION_HEIGHT * partition_y;
GameObject terrain_go = GameObject.Find(PARTITION_NAME + partition_x + "_" + partition_y);
return(terrain_go.transform.TransformPoint(terrain_go.GetComponent <Terrain>().GetTilePosition(normalized_x, normalized_y, Vertex)));
}
public bool CheckDirection(Direction Dir, float Ratio)
{
bool ret = false;
Vector3 point_to_check;
if (Dir == Direction.LEFT || Dir == Direction.BOTTOM)
{
point_to_check = new Vector3(0, 0, 0);
}
else
{
point_to_check = new Vector3(1, 1, 0);
}
// Find if we are beyond the terrain
Ray ray = Camera.main.ViewportPointToRay(point_to_check);
float point;
new Plane(Vector3.up, 0).Raycast(ray, out point);
Vector3 point_on_plane = ray.GetPoint(point);
var terrain_manager = GameObject.Find("Map").GetComponent <TerrainManager>();
ja2.Map map = terrain_manager.map;
ja2.TerrainTile last_tile = map.GetTile(map.width - 1, map.height - 1);
Vector3 last_tile_pos_1 = terrain_manager.GetPosition(last_tile, 1);
Vector3 last_tile_pos_2 = terrain_manager.GetPosition(last_tile, 2);
float amount_ratio = amount * Ratio;
// Check position
switch (Dir)
{
case Direction.LEFT:
ret = point_on_plane.z - amount_ratio > ja2.TerrainPartition.TILE_WIDTH;
break;
case Direction.TOP:
ret = point_on_plane.x - amount_ratio > ja2.TerrainPartition.TILE_HEIGHT;
break;
case Direction.BOTTOM:
ret = point_on_plane.x + amount_ratio < last_tile_pos_1.x;
break;
case Direction.RIGHT:
ret = point_on_plane.z + amount_ratio < last_tile_pos_2.z;
break;
}
return(ret);
}
// Update is called once per frame
void Update()
{
Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
if (Physics.Raycast(ray, out m_Hit, Mathf.Infinity, Terrain.LAYER_MASK))
{
// Find the tile based on triangles
Terrain terrain = m_Hit.transform.gameObject.GetComponent <Terrain>();
ja2.TerrainPartition.TriangleMap tile_x_y = terrain.GetTile(m_Hit.triangleIndex);
tile = map.GetTile(tile_x_y.x, tile_x_y.y);
Vector3 v0 = ja2.TerrainPartition.TileVertex(tile.x, tile.y, 0);
Vector3 v1 = ja2.TerrainPartition.TileVertex(tile.x, tile.y, 1);
transform.position = new Vector3(v1.x, 0, v0.z);
}
}
public SoldierPathManager(SoldierController Soldier, ja2.TerrainTile[] Tiles)
{
ja2.TerrainTile previous = null;
// Move distance
ushort move_distance = 0;
// Last direction
ja2.Map.Direction last_direction = ja2.Map.Direction.NONE;
// Create action controller
soldierActions = new ja2.SoldierActionController(Soldier);
// Actual vertex
foreach (var tile in Tiles)
{
// Not first tile
if (previous != null)
{
// Get actual direction
ja2.Map.Direction dir = ja2.Map.GetDirection(previous, tile);
// Direction change
if (last_direction != dir)
{
// Queue move first if needed
if (move_distance > 0)
{
var action = new ja2.SoldierActionMove(move_distance);
soldierActions.Add(action);
move_distance = 0;
}
// Set rotation
soldierActions.Add(new ja2.SoldierActionRotate(ja2.LookDirectionConverter.Convert(dir)));
}
// byte rot = (byte)ja2.LookDirectionConverter.Convert(dir);
// Must be move
++move_distance;
// Update last direction
last_direction = dir;
}
// Update previous tile
previous = tile;
}
// Queue move if was any
if (move_distance != 0)
{
var action = new ja2.SoldierActionMove(move_distance);
soldierActions.Add(action);
}
}
//! Move as coroutine.
public IEnumerator Move_Coro(ushort NumberOfTiles)
{
// Does the position of GO need to be clamped to center of tile
bool clamp_position = false;
// Save constraints
RigidbodyConstraints rigid_body_constrains = rigidBody.constraints;
// Compute target position
ja2.TerrainTile target_tile = terrainManager.map.GetTile(mercenary.tile, LookDirToMoveDir(mercenary.lookDirection), NumberOfTiles);
Vector3 target_pos = terrainManager.GetPosition(target_tile);
// Beginning position must actual transform position because we will
// never be in the center of tile
Vector3 beg_pos = transform.position;
Vector3 tile_beg_pos = terrainManager.GetPosition(mercenary.tile);
// Set walk state
animator.SetBool(walkParam, true);
// Normal vector of target plane
Vector3 target_normal_plane = (beg_pos - target_pos).normalized;
while (true)
{
// Actual distance to targetm if < 0 we're beyond the target
float distance_to_go = utils.Vector3Helper.DistanceSigned(transform.position, target_pos, target_normal_plane);
// We're in the proximity of error
if (distance_to_go <= MOVE_DIFF)
{
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("Stopping walk: " + distance_to_go);
#endif
// No transition comes to play
animator.SetBool(walkParam, false);
yield return(new WaitForFixedUpdate());
// Store actual distance to go
float distance_to_go_pre = distance_to_go;
while (true)
{
distance_to_go = utils.Vector3Helper.DistanceSigned(transform.position, target_pos, target_normal_plane);
// We're in proximity of diff transition error or we're beyond the center of tile
if (distance_to_go < MOVE_DIFF_TRANSITION)
{
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("To go in transition: " + distance_to_go);
#endif
break;
}
// We're stalling in one place because transition isn't
// long enough, move a bit closer
if (animator.GetCurrentAnimatorStateInfo(0).nameHash == idleState)
{
Debug.LogWarning("Stall: " + distance_to_go_pre + ", " + distance_to_go);
rigidBody.MovePosition(target_pos);
break;
}
distance_to_go_pre = distance_to_go;
// Update tile position
UpdateTilePosition();
yield return(new WaitForFixedUpdate());
}
// Stop updating pos
rigidBody.constraints |= RigidbodyConstraints.FreezePosition;
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("Distance: " + utils.Vector3Helper.DistanceSigned(transform.position, target_pos, target_normal_plane));
#endif
// If we're beyond and off at least MOVE_DIFF_TRANSITION, clamp
// position to center
clamp_position = (distance_to_go < 0);
break;
}
// Compute angle change from offset; There will be always some
// offset from center of tile, and therefor we need to always
// direct the object toward the center because otherwise
// the accumulated offset could cause that we will end up in between
// tiles or other weird position
transform.LookAt(new Vector3(target_pos.x, transform.position.y, target_pos.z));
// Debug drawing of distance
if (debugPathDraw)
{
Debug.DrawLine(tile_beg_pos, target_pos);
Debug.DrawLine(transform.position, target_pos, Color.red);
}
// Update actual tile
UpdateTilePosition();
// Wait till next update
yield return(new WaitForFixedUpdate());
}
// Must be in idle and no transition
while (!(animator.GetCurrentAnimatorStateInfo(0).nameHash == idleState && !animator.IsInTransition(0)))
{
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("Waiting...");
#endif
yield return(new WaitForFixedUpdate());
}
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("Off Distance: " + utils.Vector3Helper.DistanceSigned(transform.position, target_pos, target_normal_plane));
#endif
// Need to adjust position of mercenary
mercenary.tile = target_tile;
// Need to update position
if (clamp_position)
{
#if JA_MERCENARY_CONTROLLER_PRINT_MOVE
print("Clamping position.");
#endif
UpdatePosition();
}
// Reset constraints
rigidBody.constraints = rigid_body_constrains;
}
public Soldier(TerrainTile Tile, CharacterGroup Group)
: this()
{
tile = Tile;
group = Group;
}
// Update is called once per frame
void Update()
{
Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
if (Physics.Raycast(ray, out m_Hit, Mathf.Infinity, Terrain.LAYER_MASK))
{
// Find the tile based on triangles
Terrain terrain = m_Hit.transform.gameObject.GetComponent<Terrain>();
ja2.TerrainPartition.TriangleMap tile_x_y = terrain.GetTile(m_Hit.triangleIndex);
tile = map.GetTile(tile_x_y.x, tile_x_y.y);
Vector3 v0 = ja2.TerrainPartition.TileVertex(tile.x, tile.y, 0);
Vector3 v1 = ja2.TerrainPartition.TileVertex(tile.x, tile.y, 1);
transform.position = new Vector3(v1.x, 0, v0.z);
}
}
public static Direction GetDirection(TerrainTile From, TerrainTile To)
{
Direction dir = Direction.NONE;
// Same y
if (From.y == To.y)
{
if (From.x < To.x)
{
dir = Direction.EAST;
}
else
{
dir = Direction.WEST;
}
}
else
{
if (From.y % 2 == 1)
{
switch (From.y - To.y)
{
// Row up
case 1:
if (From.x == To.x)
{
dir = Direction.NORTH_WEST;
}
else if (From.x < To.x)
{
dir = Direction.NORTH_EAST;
}
break;
// Row down
case -1:
if (From.x == To.x)
{
dir = Direction.SOUTH_WEST;
}
else if (From.x < To.x)
{
dir = Direction.SOUTH_EAST;
}
break;
// 2 Row up
case 2:
if (From.x == To.x)
{
dir = Direction.NORTH;
}
break;
// 2 Row down
case -2:
if (From.x == To.x)
{
dir = Direction.SOUTH;
}
break;
}
}
else
{
switch (From.y - To.y)
{
// Row up
case 1:
if (From.x == To.x)
{
dir = Direction.NORTH_EAST;
}
else if (From.x > To.x)
{
dir = Direction.NORTH_WEST;
}
break;
// Row down
case -1:
if (From.x == To.x)
{
dir = Direction.SOUTH_EAST;
}
else if (From.x > To.x)
{
dir = Direction.SOUTH_WEST;
}
break;
// 2 Row up
case 2:
if (From.x == To.x)
{
dir = Direction.NORTH;
}
break;
// 2 Row down
case -2:
if (From.x == To.x)
{
dir = Direction.SOUTH;
}
break;
}
}
}
return(dir);
}
//! Get position of center of tile.
public Vector3 GetPosition(ja2.TerrainTile Tile)
{
return(new Vector3(GetPosition(Tile, 1).x, 0, GetPosition(Tile, 0).z));
}
public System.Collections.IEnumerator CreatePathDebug_CoRo(TerrainManager TerrainManager_, ja2.TerrainTile From, ja2.TerrainTile To)
{
lastPath = new ja2.AStarPathMap(TerrainManager_, From, To);
ja2.AStarPathMap.State state;
do
{
yield return(new WaitForSeconds(time));
state = lastPath.RunOnce();
} while (state == ja2.AStarPathMap.State.WAIT);
}
public TileKey(ja2.TerrainTile Tile)
{
tile = Tile;
}
//! Create path visualization.
public void CreatePath(ja2.TerrainTile[] Tiles)
{
// Mesh for path visualizer
Mesh mesh = new Mesh();
// Create arrays needed
var vertices = new Vector3[(Tiles.Length - 1) * 4];
var uv1 = new Vector2[vertices.Length];
var triangles = new int[(vertices.Length / 4) * 2 * 3];
// Vertex iterator
int vertex_iterator = vertices.Length - 4;
ja2.TerrainTile previous = null;
// Actual vertex
foreach (var tile in Tiles)
{
// Actual vertex
int actual_vertex = vertex_iterator;
// Not first tile
if (previous != null)
{
// Get actual direction
ja2.Map.Direction dir = ja2.Map.GetDirection(previous, tile);
// Set vertices
vertices[actual_vertex++] = new Vector3(terrainManager.GetPosition(tile, 0).x, 0, terrainManager.GetPosition(tile, 0).z);
vertices[actual_vertex++] = new Vector3(terrainManager.GetPosition(tile, 1).x, 0, terrainManager.GetPosition(tile, 1).z);
vertices[actual_vertex++] = new Vector3(terrainManager.GetPosition(tile, 2).x, 0, terrainManager.GetPosition(tile, 2).z);
vertices[actual_vertex++] = new Vector3(terrainManager.GetPosition(tile, 3).x, 0, terrainManager.GetPosition(tile, 3).z);
// Hardcoded for now, need to change
float texel_step = 0.125f;
byte rot = (byte)ja2.LookDirectionConverter.Convert(dir);
uv1[actual_vertex - 4] = new Vector2(texel_step * rot + texel_step / 2, 1);
uv1[actual_vertex - 3] = new Vector2(texel_step * rot, 0.5f);
uv1[actual_vertex - 2] = new Vector2(texel_step * rot + texel_step / 2, 0);
uv1[actual_vertex - 1] = new Vector2(texel_step * rot + texel_step, 0.5f);
int triangle_index = (((actual_vertex / 4) - 1) * 3 * 2);
triangles[triangle_index++] = actual_vertex - 4;
triangles[triangle_index++] = actual_vertex - 1;
triangles[triangle_index++] = actual_vertex - 3;
triangles[triangle_index++] = actual_vertex - 3;
triangles[triangle_index++] = actual_vertex - 1;
triangles[triangle_index++] = actual_vertex - 2;
// Go backwards
vertex_iterator -= 4;
}
// Update previous tile
previous = tile;
}
// Visualize path
mesh.vertices = vertices;
mesh.uv = uv1;
mesh.triangles = triangles;
mesh.RecalculateNormals();
meshFilter.sharedMesh = mesh;
renderer.sharedMaterial = (Material)Resources.Load("Materials/Steps", typeof(Material));
}
