private void CalculateJumpPosition()
{
var playerPosition = _p0 = transform.position;
var preLastPlatform = _platformSystem.PreLastPlatform();
var preLastPlatformPosition = preLastPlatform.transform.position;
Vector3 localPosition;
switch (_jumpDirection)
{
case JumpDirection.Left:
localPosition = transform.localPosition;
if (localPosition.z + _jumpDistance <= PlatformAvailableRadius)
{
_isSteppedCenter = false;
_p1 = new Vector3(
playerPosition.x,
playerPosition.y + preLastPlatformPosition.y + _jumpDistance,
playerPosition.z + _jumpDistance
);
_p2 = new Vector3(
playerPosition.x,
playerPosition.y + preLastPlatformPosition.y,
playerPosition.z + _jumpDistance
);
return;
}
else if (localPosition.x + _jumpDistance <= PlatformOutRadius)
{
_p1 = new Vector3(
playerPosition.x,
playerPosition.y - localPosition.z + 3,
preLastPlatformPosition.z + 3
);
_p2 = new Vector3(
playerPosition.x,
playerPosition.y + preLastPlatformPosition.y,
preLastPlatformPosition.z + 3
);
StartCoroutine(Die(1));
return;
}
break;
case JumpDirection.Right:
localPosition = transform.localPosition;
if (localPosition.x + _jumpDistance <= PlatformAvailableRadius)
{
_isSteppedCenter = false;
_p1 = new Vector3(
playerPosition.x + _jumpDistance,
playerPosition.y + preLastPlatformPosition.y + _jumpDistance,
playerPosition.z
);
_p2 = new Vector3(
playerPosition.x + _jumpDistance,
playerPosition.y + preLastPlatformPosition.y,
playerPosition.z
);
return;
}
else if (localPosition.x + _jumpDistance <= PlatformOutRadius)
{
_p1 = new Vector3(
preLastPlatformPosition.x + 3,
playerPosition.y - localPosition.x + 3,
playerPosition.z
);
_p2 = new Vector3(
preLastPlatformPosition.x + 3,
playerPosition.y + preLastPlatformPosition.y,
playerPosition.z
);
StartCoroutine(Die(1));
return;
}
break;
default:
throw new ArgumentOutOfRangeException();
}
var lastPlatform = _platformSystem.LastPlatform();
var lastPlatformPosition = lastPlatform.transform.position;
float distance;
switch (_jumpDirection)
{
case JumpDirection.Left:
distance = lastPlatformPosition.z - playerPosition.z;
break;
case JumpDirection.Right:
distance = lastPlatformPosition.x - playerPosition.x;
break;
default:
throw new ArgumentOutOfRangeException();
}
var deltaDistance = Mathf.Abs(distance - _jumpDistance);
if (deltaDistance <= PlatformCenterRadius)
{
_isSteppedCenter = true;
switch (_jumpDirection)
{
case JumpDirection.Left:
_p1 = new Vector3(
lastPlatformPosition.x,
playerPosition.y + distance,
lastPlatformPosition.z
);
_p2 = new Vector3(
lastPlatformPosition.x,
playerPosition.y + lastPlatformPosition.y,
lastPlatformPosition.z
);
break;
case JumpDirection.Right:
_p1 = new Vector3(
lastPlatformPosition.x,
playerPosition.y + distance,
lastPlatformPosition.z
);
_p2 = new Vector3(
lastPlatformPosition.x,
playerPosition.y + lastPlatformPosition.y,
lastPlatformPosition.z
);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
else if (deltaDistance <= PlatformAvailableRadius)
{
_isSteppedCenter = false;
switch (_jumpDirection)
{
case JumpDirection.Left:
_p1 = new Vector3(
playerPosition.x,
playerPosition.y + _jumpDistance,
playerPosition.z + _jumpDistance
);
_p2 = new Vector3(
playerPosition.x,
playerPosition.y,
playerPosition.z + _jumpDistance
);
break;
case JumpDirection.Right:
_p1 = new Vector3(
playerPosition.x + _jumpDistance,
playerPosition.y + _jumpDistance,
playerPosition.z
);
_p2 = new Vector3(
playerPosition.x + _jumpDistance,
playerPosition.y,
playerPosition.z
);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
else if (deltaDistance <= PlatformOutRadius)
{
switch (_jumpDirection)
{
case JumpDirection.Left:
if (playerPosition.z + _jumpDistance < lastPlatformPosition.z)
{
_p1 = new Vector3(
playerPosition.x,
playerPosition.y + distance - 2,
lastPlatformPosition.z - 2
);
_p2 = new Vector3(
playerPosition.x,
playerPosition.y + lastPlatformPosition.y,
lastPlatformPosition.z - 2
);
}
else
{
_p1 = new Vector3(
playerPosition.x,
playerPosition.y + distance + 2,
lastPlatformPosition.z + 2
);
_p2 = new Vector3(
playerPosition.x,
playerPosition.y + lastPlatformPosition.y,
lastPlatformPosition.z + 2
);
}
break;
case JumpDirection.Right:
if (playerPosition.x + _jumpDistance < lastPlatformPosition.x)
{
_p1 = new Vector3(
lastPlatformPosition.x - 2,
playerPosition.y + distance - 2,
playerPosition.z
);
_p2 = new Vector3(
lastPlatformPosition.x - 2,
playerPosition.y + lastPlatformPosition.y,
playerPosition.z
);
}
else
{
_p1 = new Vector3(
lastPlatformPosition.x + 2,
playerPosition.y + distance + 2,
playerPosition.z
);
_p2 = new Vector3(
lastPlatformPosition.x + 2,
playerPosition.y + lastPlatformPosition.y,
playerPosition.z
);
}
break;
default:
throw new ArgumentOutOfRangeException();
}
StartCoroutine(Die(2.25f));
}
else
{
switch (_jumpDirection)
{
case JumpDirection.Left:
_p1 = _p0 + (Vector3.forward + Vector3.up) * _jumpDistance;
_p2 = _p0 + Vector3.forward * _jumpDistance;
break;
case JumpDirection.Right:
_p1 = _p0 + (Vector3.right + Vector3.up) * _jumpDistance;
_p2 = _p0 + Vector3.right * _jumpDistance;
break;
default:
throw new ArgumentOutOfRangeException();
}
StartCoroutine(Die(1));
}
}