/// <summary>何かに衝突しているならtrue</summary>
public static bool isCollided(MapCharacter aCharacter)
{
mCharacter = aCharacter;
mCollider = aCharacter.mEntityPhysicsBehaviour.mAttriubteCollider;
mAttribute = aCharacter.mEntityPhysicsBehaviour.mAttribute;
MapPhysics.CollisionType tType;
RaycastHit[] tHits = castAttribute(new Vector3(0, 1, 0), 0, out tType);
mCharacter = null;
mCollider = null;
mAttribute = null;
return(tType == MapPhysics.CollisionType.collide);
}
//<summary>このbehaviourが引数のentityがいる位置に侵入できるか</summary>
public bool canEnter(EntityPhysicsAttribute aEntityPhysics)
{
switch (mAttribute)
{
case Attribute.ghost:
return(true);
case Attribute.ornament:
case Attribute.walking:
case Attribute.floating:
case Attribute.flying:
switch (aEntityPhysics.mAttribute)
{
case Attribute.ghost:
return(true);
case Attribute.ornament:
case Attribute.walking:
case Attribute.floating:
case Attribute.flying:
return(false);
case Attribute.pygmy:
return(true);
}
break;
case Attribute.pygmy:
switch (aEntityPhysics.mAttribute)
{
case Attribute.ghost:
return(true);
case Attribute.ornament:
case Attribute.walking:
case Attribute.flying:
return(true);
case Attribute.pygmy:
return(false);
}
break;
}
Debug.LogWarning("EntityPhysicsAttribute : 定義されていない属性の当たり判定「" + mAttribute.ToString() + "」「" + aEntityPhysics.mAttribute.ToString() + "」");
return(false);
}
///<summary>キャラを移動させる(同フレームでさらに移動可能ならtrue)</summary>
public static bool moveCharacter(MapCharacter aCharacter)
{
if (aCharacter.mMovingData.mDirection == Vector3.zero)
{
//移動しない場合
aCharacter.mMovingData.mRemainingDistance = 0;
return(false);
}
//移動処理前の座標を記録
aCharacter.mMovingData.mDeltaPrePosition = aCharacter.mMapPosition;
//最後の移動方向記録
aCharacter.mMovingData.mLastDirection = aCharacter.mMovingData.mDirection;
//移動処理で使うデータ収集・記録
mCharacter = aCharacter;
mAttribute = aCharacter.mEntityPhysicsBehaviour.mAttribute;
mCollider = mAttribute.mCollider;
mDirection = aCharacter.mMovingData.mDirection.normalized;
mDeltaDistance = aCharacter.mMovingData.mDeltaDistance;
if (kMaxDeltaDistance < mDeltaDistance)
{
mDeltaDistance = kMaxDeltaDistance;
}
mRemainingDistance = mCharacter.mMovingData.mRemainingDistance;
//移動させる
MoveResult tResult = moveDelta();
if (tResult.mCollisionType == MapPhysics.CollisionType.pass)
{
}
else if (tResult.mCollisionType == MapPhysics.CollisionType.collide)
{
mCharacter.mMovingData.mRemainingDistance = 0;
return(false);
}
else if (tResult.mCollisionType == MapPhysics.CollisionType.stop)
{
mCharacter.mMovingData.mRemainingDistance = 0;
return(false);
}
//残りの移動距離を減算
mCharacter.mMovingData.mRemainingDistance -= mDeltaDistance;
return(mCharacter.mMovingData.mRemainingDistance > 0);
}
public static CollisionType canCollide(EntityPhysicsAttribute aAttribute1, MapPhysicsAttribute aAttribute2)
{
//相手の属性で分岐
if (aAttribute2 is TileGroundPhysicsAttribute)
{
return(aAttribute1.canEnter((TileGroundPhysicsAttribute)aAttribute2) ? CollisionType.pass : CollisionType.collide);
}
if (aAttribute2 is SlopeTilePhysicsAttribute)
{
return(((SlopeTilePhysicsAttribute)aAttribute2).canBeEntered(aAttribute1.mBehaviour.mMapPosition) ? CollisionType.pass : CollisionType.collide);
}
if (aAttribute2 is EntityPhysicsAttribute)
{
return(aAttribute1.canEnter((EntityPhysicsAttribute)aAttribute2) ? CollisionType.pass : CollisionType.collide);
}
if (aAttribute2 is TriggerPhysicsAttribute)
{
return(((TriggerPhysicsAttribute)aAttribute2).canBeEntered(aAttribute1));
}
throw new System.Exception("MapPhysics : entityと未定義の属性との衝突判定「" + aAttribute2.GetType().ToString() + "」");
}
//<summary>引数のentityがこのtriggerに侵入できるか</summary>
public MapPhysics.CollisionType canBeEntered(EntityPhysicsAttribute aEntityPhysics)
{
return(mTrigger.canCollide(aEntityPhysics.mEntity));
}
