public void Init()
{
//init building pool
_gameplayCam = GameObject.FindObjectOfType <GameplayCamera>();
_gameBoard = GameObject.FindObjectOfType <GameBoard>();
_buildHologram = GameObject.Instantiate <BuildHologram>(_buildConfig.buildHologram);
GameObject pool = GameObject.FindGameObjectWithTag("ScenePool");
if (!pool)
{
Debug.LogError("NO SCENE POOL TRANSFORM FOUND IN SCENE");
}
_buildingGenerator = new GenericPooler(pool ? pool.transform : null);
BuildConfig.BuildableBlueprint[] blueprints = _buildConfig.buildables;
for (int i = 0; i < blueprints.Length; i++)
{
BuildConfig.BuildableBlueprint blueprint = blueprints[i];
_buildingGenerator.InitPool(blueprint.GetKey(), 10, blueprint.prefab);
}
//UI
_buildViewController = new BuildViewController(this, _inventorySystem, _buildConfig);
//Build Cam
//_buildCam = new BuildCam(_buildConfig,_gameplayCam);
//init currenty build type
SetBuildType(_buildConfig.startingBuildType);
}
public virtual void Build(Vector3 finalPos, float buildTime, int fallheight, Ease easeType, BuildConfig.BuildableBlueprint blueprint)
{
_blueprint = blueprint;
Vector3 startPosition = finalPos + (Vector3.up * fallheight);
transform.position = startPosition;
}
private void GetChangeBuildTypeInput()
{
for (int i = 0; i < _buildables.Length; i++)
{
BuildConfig.BuildableBlueprint blueprint = _buildables[i];
if (Input.GetKeyDown(blueprint.buildHotKey))
{
SetBuildType(blueprint.key);
}
}
}
private void BuildCoreLoop()
{
if (_builderRecharging)
{
return;
}
int cost = _buildConfig.GetCost(_currentBuildType);
bool canBuy = _inventorySystem.CanBuy(Storeable.Type.Coin, cost);
//Set our hologram position
Ray ray = _gameplayCam.camera.ScreenPointToRay(Input.mousePosition);
//IF WE ARE ON THE GAMEBOARD
if (Physics.RaycastNonAlloc(ray, _hitResults, 100, _gameBoard.GetLayer()) > 0)
{
Vector3 hitPoint = _hitResults[0].point;
seaLevelPos.x = hitPoint.x;
seaLevelPos.z = hitPoint.z;
GridPosition gridPos = GetHoloGramPosition(hitPoint);
float yOffset = _buildConfig.GetOffset(_currentBuildType);
_buildHologram.SetPosition(gridPos, yOffset);
Debug.DrawRay(hitPoint, Vector3.up, Color.blue);
bool colliding = false;
if (_collisionDetectionEnabled)
{
Collider[] overlap = Physics.OverlapBox(_buildHologram.GetPosition(), (_buildHologram.GetScale() / 2.1f), Quaternion.identity, _buildConfig._collisionLayerMask);
colliding = overlap.Length > 0;
//if(colliding)
//{
// Debug.Log(overlap[0].transform.name);
//}
}
_buildHologram.UpdateHologram(!colliding && canBuy, _buildConfig.hologramData);
//TRY TO BUILD
if (canBuy && !colliding && Input.GetKey(KeyCode.Mouse1))
{
//BUILD!
BuildConfig.BuildableBlueprint blueprint = _buildConfig.GetBuildableBlueprint(_currentBuildType);
Buildable building = _buildingGenerator.GetPooledObject(blueprint.GetKey()) as Buildable;
building.Build(_buildHologram.GetPosition(), blueprint.buildTime, blueprint.fallHeight, blueprint.buildEaseType, blueprint);
_builderRecharging = true;
BuyBuildable(cost);
}
}
}
public void SetBuildType(Buildable.TYPE type)
{
_currentBuildType = type;
//morph hologram
BuildConfig.BuildableBlueprint blueprint = _buildConfig.GetBuildableBlueprint(type);
_buildHologram.SetMesh(blueprint.hollogramMesh);
_buildHologram.SetMaterial(blueprint.hologramMat);
_buildHologram.SetScale(blueprint.hologramScale);
_buildHologram.UpdateHologram(false, _buildConfig.hologramData);
_collisionDetectionEnabled = blueprint.enableCollisionDetection;
_buildRechargeRate = blueprint.buildRechargeRate;
_buildViewController.OnBuildTypeChange(type);
Singleton.instance.audioSystem.PlaySound(SoundBank.Type.BuildSwitch);
}
public override void Build(Vector3 finalPos, float buildTime, int fallheight, Ease easeType, BuildConfig.BuildableBlueprint blueprint)
{
_explosionMask = LayerMask.GetMask(maskList);
health = 1;
base.Build(finalPos, buildTime, fallheight, easeType, blueprint);
_dropTween = transform.DOMove(finalPos, buildTime)
.SetEase(easeType)
.OnComplete(killTweens);
}
public override void Build(Vector3 finalPos, float buildTime, int fallheight, Ease easeType, BuildConfig.BuildableBlueprint blueprint)
{
_explosionMask = LayerMask.GetMask(maskList);
base.Build(finalPos, buildTime, fallheight, easeType, blueprint);
Tween t = transform.DOMove(finalPos, buildTime).SetEase(easeType).OnComplete(() =>
{
DamageUtil.ApplyExplosionDamage(this, finalPos, _blueprint.explodeRadius, _blueprint.damage, _explosionMask, ref _cachedColliders);
Singleton.instance.particleGod.GenerateParticle(Particle.Type.HelixBomb, finalPos);
Singleton.instance.audioSystem.PlaySound(SoundBank.Type.HelixBomb);
RemoveFromPool();
});
}
public override void Build(Vector3 finalPos, float buildTime, int fallheight, Ease easeType, BuildConfig.BuildableBlueprint blueprint)
{
health = 8;
Sequence s = DOTween.Sequence();
base.Build(finalPos, buildTime, fallheight, easeType, blueprint);
Tween t = transform.DOMove(finalPos, buildTime).SetEase(easeType).OnUpdate(() =>
{
Vector3 center = _boxCollider.center;
center.y = -transform.position.y + 0.5f;
_boxCollider.center = center;
});
s.Insert(0.0f, t);
s.InsertCallback(t.Duration() * 0.375f, () =>
{
Singleton.instance.particleGod.GenerateParticle(Particle.Type.BuildingGlow, finalPos += glowVector);
Singleton.instance.audioSystem.PlaySound(SoundBank.Type.Build);
});
}
