public override void moved(Vector3 aVector)
{
//垂直移動した場合の対応策
Vector2 tVector = new Vector2(aVector.x, aVector.z);
if (tVector.x == 0 && tVector.y != 0)
{
tVector = new Vector2((mLastDirection == DirectionImageH.left || mLastDirection == DirectionImageH.stayLeft) ? -0.1f : 0.1f, tVector.y);
}
switch (DirectionOperator.convertToDirectionH(tVector))
{
case DirectionH.left: //左移動
if (mLastDirection != DirectionImageH.left)
{
mLastDirection = DirectionImageH.left;
mAnimator.setRects(mFrameRects[3]);
mAnimator.mInterval = 0.2f;
}
return;
case DirectionH.right: //右移動
if (mLastDirection != DirectionImageH.right)
{
mLastDirection = DirectionImageH.right;
mAnimator.setRects(mFrameRects[2]);
mAnimator.mInterval = 0.2f;
}
return;
case DirectionH.none: //静止
if (mLastDirection == DirectionImageH.left)
{
mLastDirection = DirectionImageH.stayLeft;
mAnimator.setRects(mFrameRects[1]);
mAnimator.mInterval = 0.4f;
}
else if (mLastDirection == DirectionImageH.right)
{
mLastDirection = DirectionImageH.stayRight;
mAnimator.setRects(mFrameRects[0]);
mAnimator.mInterval = 0.4f;
}
if (mLastDirection == DirectionImageH.stayLeft)
{
}
else if (mLastDirection == DirectionImageH.stayRight)
{
}
return;
}
}
public override void setDirection(Vector3 aVector)
{
switch (DirectionOperator.convertToDirectionH(new Vector2(aVector.x, aVector.z)))
{
case DirectionH.left:
mLastDirection = DirectionImageH.stayLeft;
mAnimator.setRects(mFrameRects[1]);
return;
case DirectionH.right:
case DirectionH.none:
mLastDirection = DirectionImageH.stayRight;
mAnimator.setRects(mFrameRects[0]);
return;
}
mLastDirection = DirectionImageH.none;
}