/// <summary>
/// Use this for finding the floor while in the air
/// </summary>
/// <returns></returns>
public Vector2 getFloorBelow(float offset = 0.0f)
{
Vector2 yIntersection = Vector2.Zero;
foreach (FloorNode node in CurrentRoom.Floor.Nodes.Items)
{
if ((Bounds.Bottom <= node.Position.Y) || (Bounds.Bottom <= node.LeftNeighbor.Position.Y) || (Bounds.Bottom <= node.RightNeighbor.Position.Y))
{
if (dir < 0)
{
if ((node.Position.X <= Position.X && node.RightNeighbor.Position.X >= Position.X) ||
(node.Position.X <= Position.X && node.RightNeighbor.Position == node.Position))
{
// Are we on the right edge trying to turn around?
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.RightNeighbor.Position, node.Position, Position.X);
} //Are we on the left edge?
else if (node.LeftNeighbor.Position == node.Position &&
Position.X - offset < node.LeftNeighbor.Position.X &&
node.Position.X <= Bounds.Right)
{
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.RightNeighbor.Position, node.Position, Position.X);
}
// Are we on the right edge?
if (node.RightNeighbor.Position == node.Position &&
Position.X - offset > node.RightNeighbor.Position.X &&
node.Position.X >= Bounds.Left)
{
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.LeftNeighbor.Position, node.Position, Position.X);
}
}
else if (dir > 0) // Are we moving right?
{
if ((node.Position.X >= Position.X && node.LeftNeighbor.Position.X <= Position.X) ||
(node.Position.X >= Position.X && node.LeftNeighbor.Position == node.Position))
{
// Are we on the left edge and trying to turn around?
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.LeftNeighbor.Position, node.Position, Position.X);
} // Are we on the right edge?
else if (node.RightNeighbor.Position == node.Position &&
Position.X + offset > node.RightNeighbor.Position.X &&
node.Position.X >= Bounds.Left)
{
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.LeftNeighbor.Position, node.Position, Position.X);
}
// Are we on the left edge?
if (node.LeftNeighbor.Position == node.Position &&
Position.X + offset < node.LeftNeighbor.Position.X &&
node.Position.X <= Bounds.Right)
{
currentNode = node;
yIntersection = CONSTANTS.Y_INTERSECTION(node.RightNeighbor.Position, node.Position, Position.X);
}
}
}
}
return(yIntersection);
}
public Vector2 getWalkingDistance(Vector2 offset = new Vector2())
{
Vector2 yIntersection;
foreach (FloorNode node in CurrentRoom.Floor.Nodes.Items)
{
if (dir < 0)
{
if ((node.Position.X <= Position.X && node.RightNeighbor.Position.X >= Position.X) ||
(node.Position.X <= Position.X && node.RightNeighbor.Position == node.Position))
{
// Are we on the right edge trying to turn around?
yIntersection = CONSTANTS.Y_INTERSECTION(node.RightNeighbor.Position, node.Position, Position.X);
if (!IsGrounded && yIntersection.Y > Bounds.Bottom)
{
currentNode = node;
return(yIntersection);
}
else if (IsGrounded)
{
currentNode = node;
return(CONSTANTS.VECTOR_DISTANCE(Position, node.Position, offset.X));
}
} //Are we on the left edge?
else if (node.LeftNeighbor.Position == node.Position &&
Position.X - offset.X < node.Position.X &&
node.Position.X <= Bounds.Right)
{
yIntersection = CONSTANTS.Y_INTERSECTION(node.RightNeighbor.Position, node.Position, Position.X);
if (!IsGrounded && yIntersection.Y > Bounds.Bottom)
{
currentNode = node;
return(yIntersection);
}
else if (IsGrounded)
{
currentNode = node;
if (node.LeftNeighbor.Position == node.Position &&
Position.X - offset.X < node.LeftNeighbor.Position.X &&
node.Position.X <= Bounds.Right)
{
Vector2 newDist =
CONSTANTS.Y_INTERSECTION(node.Position, new Vector2(
node.Position.X - offset.X + (Position.X - Bounds.Left),
node.Position.Y), Position.X - offset.X);
return(newDist);
}
else
{
//currentNode = node;
//return CONSTANTS.VECTOR_DISTANCE(Position, node.Position, offset.X);
return(Vector2.Zero);
}
}
}
}
else if (dir > 0) // Are we moving right?
{
if ((node.Position.X >= Position.X && node.LeftNeighbor.Position.X <= Position.X) ||
(node.Position.X >= Position.X && node.LeftNeighbor.Position == node.Position))
{
// Are we on the left edge and trying to turn around?
yIntersection = CONSTANTS.Y_INTERSECTION(node.LeftNeighbor.Position, node.Position, Position.X);
if (!IsGrounded && yIntersection.Y > Bounds.Bottom)
{
currentNode = node;
return(yIntersection);
}
else if (IsGrounded)
{
currentNode = node;
return(CONSTANTS.VECTOR_DISTANCE(Position, node.Position, offset.X));
}
} // Are we on the right edge?
else if (node.RightNeighbor.Position == node.Position &&
Position.X + offset.X > node.RightNeighbor.Position.X &&
node.Position.X >= Bounds.Left)
{
yIntersection = CONSTANTS.Y_INTERSECTION(node.LeftNeighbor.Position, node.Position, Position.X);
if (!IsGrounded && yIntersection.Y > Bounds.Bottom)
{
currentNode = node;
return(yIntersection);
}
else if (IsGrounded)
{
currentNode = node;
if (node.RightNeighbor.Position == node.Position &&
Position.X + offset.X > node.Position.X &&
node.Position.X >= Bounds.Left)
{
//if (node.LeftNeighbor.Position == node.Position && Position.X - offset.X < node.LeftNeighbor.Position.X && node.Position.X <= Bounds.Right)
Vector2 newDist = CONSTANTS.Y_INTERSECTION(node.Position, new Vector2(
node.Position.X + offset.X + (Bounds.Right - Position.X),
node.Position.Y), Position.X + offset.X);
//Vector2 newDist = CONSTANTS.Y_INTERSECTION(node.Position, new Vector2(node.Position.X - offset.X + (Position.X - Bounds.Left), node.Position.Y), Position.X - offset.X);
return(newDist);
}
else
{
//currentNode = node;
//return CONSTANTS.VECTOR_DISTANCE(Position, node.Position, offset.X);
return(Vector2.Zero);
}
}
}
}
}
return(Vector2.Zero);
}
