public bool CanPlace(KinematicBlock block)
{
Block oriented = block.GetOrientedBlock(out Vector2Int position);
position.y = Height - position.y;
return(simulator.CanPlaceBlock(oriented, block.CurrentRotationToOrientation(), position.x, position.y));
}
public bool InsideBox(KinematicBlock block)
{
Block oriented = block.GetOrientedBlock(out Vector2Int position);
return(position.x >= 0 && position.y >= oriented.Height && position.x + oriented.Width <= Width &&
position.y <= Height);
}
void CheckTraps()
{
Collider2D[] nearestTraps = Physics2D.OverlapCircleAll(player.position, 4f, LayerMask.GetMask("Traps"));
if (nearestTraps != null && nearestTraps.Length > 0)
{
foreach (Collider2D trap in nearestTraps)
{
foundTrap = trap.GetComponent <KinematicBlock>();
if (foundTrap.isTriggered()) // Если ловушка активирована и ее никто не собирается останавливать
{
// определяем вектор движения ловушки
direction = foundTrap.getVectorAngle();
// Ищем блок фронта движения
Transform nearestTrapBlock = trap.transform.GetChild(0);
/*
* foreach (Transform trapBlock in trap.transform)
* {
* if (trapBlock.position.x * direction.x >= nearestTrapBlock.position.x * direction.x)
* if(trapBlock.position.y * direction.y >= nearestTrapBlock.position.y * direction.y)
* nearestTrapBlock = trapBlock;
* }*/
// запрещаем другим блокировать эту ловушку
foundTrap.Block();
// вычисляем скорость движения
float trapSpeed = foundTrap.expansion / (foundTrap.expansionTime);
speed = trapSpeed * 20;
// сбрасываем время анимации
t = 0;
// переходим в режим ускорения
triggered = true;
// меняем свой спрайт
GetComponent <SpriteRenderer>().sprite = chaseSprite;
trfm.localScale = Vector3.one;
// включаем хвост
tr.time = 1f;
// летим на точку и отключаемся
pointToMove = nearestTrapBlock;
//сохраняем старое положение для интерполяции
oldPos = trfm.position;
// удаляем себя из менеджера, чтобы больше нас не трогал
MatesManager.matesManager.RemoveMate(trfm);
break;
}
}
}
}
private bool CheckAlphaKey(KinematicBlock kb, KeyCode keyCode, int index)
{
if (Input.GetKey(keyCode) && MaterialRegistry.Materials.Length > index)
{
kb.SetBlockMaterial(MaterialRegistry.Materials[index]);
Reserialize();
return(true);
}
return(false);
}
public void PlaceBlock(KinematicBlock kinematicBlock, bool initial = false)
{
var block = kinematicBlock.GetOrientedBlock(out Vector2Int pos);
sfxPlaceBlock.Play();
BlockOrientation orientation = kinematicBlock.CurrentRotationToOrientation();
if (LevelPatternSaveAsset && IsEditor)
{
LevelPatternSaveAsset.Add(block, orientation, kinematicBlock.BlockMaterial, pos);
}
pos.y = Height - pos.y;
Debug.Log("Place @ " + pos.x + ", " + pos.y);
var color = kinematicBlock.GetComponent <MeshRenderer>().sharedMaterial.color;
kinematicBlock.BlockID = simulator.PlaceBlock(block, orientation, color, pos.x, pos.y, initial);
kinematicBlocks.Add(kinematicBlock);
}
private KinematicBlock InstantiateBlock(Block block, BlockOrientation orientation, int x, int y, BlockMaterial m, bool place = true)
{
Vector3 position = new Vector3(x, y, 0);
Vector3 worldSpacePos = transform.TransformPoint(position);
var go = Instantiate(block.Prefab, worldSpacePos, KinematicBlock.OrientationToRotation(orientation), transform);
var kblock = go.AddComponent <KinematicBlock>();
kblock.Initialize(this, block, m, BlockMaterial);
Vector2Int simPos = kblock.GetTopLeftPoint();
var localpos = go.transform.localPosition;
localpos.x += x - simPos.x;
localpos.y += y - simPos.y;
go.transform.localPosition = localpos;
Debug.DrawLine(Vector3.zero, worldSpacePos);
Debug.Log($"InstantiateBlock [{x}, {y}] => {worldSpacePos} => {simPos}");
if (!place)
{
return(kblock);
}
if (!CanPlace(kblock))
{
Destroy(go);
return(null);
}
PlaceBlock(kblock, true);
var goBackground =
Instantiate(block.Prefab, go.transform.position - new Vector3(0, 0, -0.25f),
go.transform.rotation, transform);
goBackground.GetComponent <MeshRenderer>().sharedMaterial = m.MaterialPrefab;
return(kblock);
}
