Vector3 GetGridWall(Vector2 gridPosition, Vector2 direction, float height = 0)
{
Vector3 toReturn = GridF.TransformGridToPoint(gridPosition) + GridF.Direction2ToDirection3(direction * 0.5f * LabyrinthGenerator.instance.scale);
toReturn.y = height;
return(toReturn);
}
void Update()
{
float y = transform.position.y;
Vector3 newPosition = GridF.TransformGridToPoint(GridF.TransformPointToGrid(transform.parent.transform.position));
newPosition.y = y;
transform.position = newPosition;
transform.rotation = rotation;
}
void Draw(float radius = 0.8f, float sinOffset = 0, float sinOffsetMultiplicator = 1, float amplitude = 0.5f)
{
//float refScale = 0.1f;
List <int[]> rings = new List <int[]>();
Vector3 gridOffset = GridF.TransformGridToPoint(positionInGrid) - transform.position;
gridOffset.y = 0;
foreach (List <Vector2> thread in walls)
{
foreach (Vector2 point in thread)
{
int pointX = (int)point.x;
int pointY = (int)point.y;
Vector2 transformOffset = ((point + Vector2.one) / 2 - Vector2.one * 1.5f);
Vector3 offset = new Vector3(transformOffset.x, 0, transformOffset.y);
float y = Mathf.Sin((offset.x + sinOffset * sinOffsetMultiplicator + positionInGrid.x) * 2) * amplitude
+ Mathf.Cos((offset.z - sinOffset * sinOffsetMultiplicator + positionInGrid.y) * 2) * amplitude;
Vector3 position = offset * scale + gridOffset + Vector3.up * y;
float distance = (transform.position - transform.TransformPoint(position)).magnitude;
distance = Mathf.Clamp((scale - 0.15f * scale) - distance, 0, scale);
rings.Add(mesh.AddArray(CreateRing(radius * distance, position, Quaternion.Euler(0, 45 * (pointsGrid[pointX, pointY] - 1), 0))));
//GameObject newObj = GameObject.CreatePrimitive(PrimitiveType.Capsule);
//newObj.transform.position = transform.position + offset;
//newObj.transform.rotation = Quaternion.Euler(0, 45 * (pointsGrid[pointX, pointY] - 1), 90);
//newObj.transform.localScale = Vector3.one * refScale;
//refScale += 0.1f;
}
for (int i = 1; i < rings.Count; i++)
{
mesh.ConectRings(rings[i], rings[i - 1]);
}
mesh.Cap(rings[0]);
mesh.Cap(rings[rings.Count - 1], true);
rings.Clear();
}
mesh.UpdateMesh();
}
void Start()
{
TextureToMap();
GetGroundFromMap();
GetWallsFromMap();
groundMeshObject = new MeshObject((grounds.Count * 4), grounds.Count * 2 * 3);
wallMeshObject = new MeshObject(walls.Count * 4, walls.Count * 2 * 3);
DrawGround();
DrawWalls();
DrawCeil();
CombineInstance[] combineMesh = new CombineInstance[3];
combineMesh[0].mesh = groundMeshObject.GenerateMesh();
combineMesh[1].mesh = wallMeshObject.GenerateMesh();
combineMesh[2].mesh = ceilMeshObject.GenerateMesh();
Mesh generatedMesh = new Mesh();
generatedMesh.CombineMeshes(combineMesh, false, false);
GetComponent <MeshFilter>().sharedMesh = generatedMesh;
GetComponent <MeshCollider>().sharedMesh = generatedMesh;
player.transform.position = new Vector3(((origin.x * 2) + 1) * scale, height * scale / 2, ((origin.y * 2) + 1) * scale);
float angle = Mathf.Atan2(originDirection.x, originDirection.y) * Mathf.Rad2Deg;
player.transform.eulerAngles = new Vector3(0, angle, 0);
goal.transform.position = new Vector3(((end.x * 2) + 1) * scale, 0, ((end.y * 2) + 1) * scale);
//endDirection = new Vector2(1,1);
angle = Mathf.Atan2(endDirection.x, endDirection.y) * Mathf.Rad2Deg;
goal.transform.eulerAngles = new Vector3(0, angle, 0);
if (Game.enemies)
{
GameObject enemy = Instantiate(enemyType);
enemy.transform.position = GridF.TransformGridToPoint(end * 2 + Vector2.one + endDirection / 2);
enemy.transform.eulerAngles = new Vector3(0, angle, 0);
}
}
void PositionateFlowers()
{
Vector3 position = transform.position;
position.y = 0;
float distance = (position - GridF.TransformGridToPoint(transform.parent.GetComponent <EnemyBase>().currentPositionInGrid)).magnitude;
distance = (scale - Mathf.Clamp(distance, 0, scale)) / scale;
//if (positionInGrid != GridF.TransformPointToGrid(transform.position)) flowerGrowing = true;
if (transform.parent.GetComponent <EnemyBase>().currentPositionInGrid != transform.parent.GetComponent <EnemyBase>().prevPositionInGrid)
{
flowerGrowing = true;
}
else if (prevFlowerGrowingDistance > distance)
{
flowerGrowing = false;
}
prevFlowerGrowingDistance = distance;
if (!flowerGrowing)
{
distance = unGrowRate.Evaluate(distance);
}
else
{
distance = growRate.Evaluate(distance);
}
flower.transform.position = GridF.TransformGridToPoint(transform.parent.GetComponent <EnemyBase>().currentPositionInGrid) /*+ Vector3.up * transform.position.y*/;
flower.transform.localScale = Vector3.one * distance;
distance = (position - GridF.TransformGridToPoint(transform.parent.GetComponent <EnemyBase>().currentPositionInGrid + transform.parent.GetComponent <EnemyBase>().direction)).magnitude;
distance = (scale - Mathf.Clamp(distance, 0, scale)) / scale;
distance = growRate.Evaluate(distance);
nextFlower.transform.position = GridF.TransformGridToPoint(transform.parent.GetComponent <EnemyBase>().currentPositionInGrid + transform.parent.GetComponent <EnemyBase>().direction) /*+ Vector3.up * transform.position.y*/;
nextFlower.transform.localScale = Vector3.one * distance;
}
void Draw()
{
//Update head
{
Vector3 headPosition = head.position;
headPosition.y = CalculateHeight(head.position);
head.position = headPosition;
}
mesh.Clear();
if (controlPoints.Count > 0)
{
float addedDistance = 0;
if (moved)
{
addedDistance = ((head.transform.position - prevWall).magnitude / betweenWallsDistance);
if (turning && enemy.state != EnemySmooth.State.Turning)
{
turning = false; ChangeTile();
}
}
List <int[]> rings = new List <int[]>();
if (controlPoints.Count == maxControlPoints)
{
{
Point2 point = controlPoints[0];
Vector3 realPointLocalPosition = (GridF.TransformGridToPoint(point.position) + GridF.Direction2ToDirection3(point.direction) * addedDistance * LabyrinthGenerator.instance.scale);
realPointLocalPosition += CalculateHeight(realPointLocalPosition) * Vector3.up - transform.position;
float width = widthCurve.Evaluate(0);
rings.Add(mesh.AddArray(CreateRing(width, realPointLocalPosition, point.angle), 0));
if (addedDistance < 0.5f)
{
Point2 point2 = controlPoints[1];
float distanceToHead = 0.5f - addedDistance;
realPointLocalPosition = (GridF.TransformGridToPoint(point.position) + CalculateHeight(GridF.TransformGridToPoint(point.position)) * Vector3.up) - transform.position;
Vector3 realPointLocalPosition2 = (GridF.TransformGridToPoint(point2.position) + Vector3.up * CalculateHeight(GridF.TransformGridToPoint(point2.position))) - transform.position;
width = widthCurve.Evaluate(distanceToHead / (controlPoints.Count - 0.5f));
rings.Add(mesh.AddArray(CreateRing(width, (realPointLocalPosition + realPointLocalPosition2) / 2, (point.angle + point2.angle) / 2), distanceToHead));
}
}
for (int i = 1; i < controlPoints.Count; i++)
{
Point2 point = controlPoints[i];
float distanceToHead = i - addedDistance;
Vector3 realPointLocalPosition = (GridF.TransformGridToPoint(point.position) + CalculateHeight(GridF.TransformGridToPoint(point.position)) * Vector3.up) - transform.position;
float width = widthCurve.Evaluate(distanceToHead / (controlPoints.Count - 0.5f));
rings.Add(mesh.AddArray(CreateRing(width, realPointLocalPosition, point.angle), distanceToHead));
//rings.Add(mesh.AddArray(CreateRing(1, realPointLocalPosition + (new Vector3(point.direction.x, 0, point.direction.y) * addedDistance), point.angle)));
if (i == controlPoints.Count - 1)
{
distanceToHead = i + 0.5f - addedDistance;
/*Quaternion headAngle = head.rotation * Quaternion.Euler(0,point.angle,0);
* while (Mathf.Abs(headAngle - point.angle) > 360)
* {
* if (headAngle < point.angle) headAngle += 360;
* else headAngle -= 360;
* }
* Debug.Log(headAngle.eulerAngles.y);*/
width = widthCurve.Evaluate(distanceToHead / (controlPoints.Count - 0.5f));
realPointLocalPosition = (realPointLocalPosition + transform.InverseTransformPoint(head.position)) / 2;
rings.Add(mesh.AddArray(CreateRing(width, realPointLocalPosition, point.angle), distanceToHead));
distanceToHead -= 0.25f;
width = widthCurve.Evaluate(distanceToHead / (controlPoints.Count - 0.5f));
rings.Add(mesh.AddArray(CreateRing(width, ((realPointLocalPosition + transform.InverseTransformPoint(head.position)) / 2), head.rotation), distanceToHead));
}
else
{
distanceToHead = i + 0.5f - addedDistance;
Point2 point2 = controlPoints[i + 1];
Vector3 realPointLocalPosition2 = (GridF.TransformGridToPoint(point2.position) + CalculateHeight(GridF.TransformGridToPoint(point2.position)) * Vector3.up) - transform.position;
width = widthCurve.Evaluate(distanceToHead / (controlPoints.Count - 0.5f));
rings.Add(mesh.AddArray(CreateRing(width, (realPointLocalPosition + realPointLocalPosition2) / 2, point.angle), distanceToHead));
}
}
}
//rings.Add(mesh.AddArray(CreateRing(widthCurve.Evaluate(1), transform.InverseTransformPoint(head.position), head.rotation), maxControlPoints - 0.5f));
for (int i = 1; i < rings.Count; i++)
{
mesh.ConectRings(rings[i], rings[i - 1]);
}
mesh.Cap(rings[0]);
mesh.Cap(rings[rings.Count - 1], true);
mesh.UpdateMesh();
}
}
