| Vector3 getMin() | Return a vector informing the minimum limit of the model. |
| void setMin(Vector3 value) | Sets the minimum vector of AABB. |
| Vector3 getMax() | Return a vector informing the maximum limit of the model. |
| void setMax(Vector3 value) | Sets the maximum vector of AABB. |
| float getX() | Return the maximum limit X. |
| void setX(float value) | Set the maximum limit X. |
| float getY() | Return the maximum limit Y. |
| void setY(float value) | Set the maximum limit Y. |
| float getZ() | Return the maximum limit Z. |
| void setZ(float value) | Set the maximum limit Z. |
| float getXN() | Return the minimum limit X. |
| void setXN(float value) | Set the minimum limit X. |
| float getYN() | Return the minimum limit Y. |
| void setYN(float value) | Set the minimum limit Y. |
| float getZN() | Return the minimum limit Z. |
| void setZN(float value) | Set the minimum limit Z. |
| float lengthMax() | Return the maximum length of the. vector |
| float lengthMin() | Return the minimum vector length. |
| float getlengthMax() | Return the maximum length of the vector. |
| float getLengthMin() | Return the minimum vector length. |
| float maxDistanceFromCenter() | Return the longest bounds length from the center, can be used for SphericalCollision calculations. |
| boolean isInside(Vector3 point) | Returns true if the Vector defined to be the argument is within the AABB limit, returns false if not. |
| Vector3 getCenter() | Return a vector indicating the center position. |
| AABB copy() | Return a copy of the AABB class. |