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#pragma once
#include "Vector3.h"
#include "ChunkStay.h"
class cEntity;
class cWorld;
// This is the chunk stay which finds nearby nether portals
class cNetherPortalScanner : public cChunkStay
{
public:
cNetherPortalScanner(cEntity * a_MovingEntity, cWorld * a_DestinationWorld, Vector3d a_DestPosition, int a_MaxY);
virtual void OnChunkAvailable(int a_ChunkX, int a_ChunkY) override;
virtual bool OnAllChunksAvailable(void) override;
virtual void OnDisabled(void) override;
enum class Direction
{
X,
Y
};
private:
/** Length and height, including the obsidian. */
static const int PortalLength = 4;
static const int PortalHeight = 5;
static const int SearchRadius = 128;
static const int BuildSearchRadius = 16;
/** The width of a solid base to search for when building. */
static const int SearchSolidBaseWidth = 3;
/** Where to place the player out from the face and across the face */
const double OutOffset = 1.5;
const double AcrossOffset = 0.5;
/** Builds a portal. */
void BuildNetherPortal(Vector3i a_Location, Direction a_Direction, bool a_IncludePlatform);
/** Whether the given location is a valid location to build a portal. */
bool IsValidBuildLocation(Vector3i a_BlockPosition);
/** The entity that's being moved. */
cEntity * m_Entity;
/** The world we're moving the entity to. */
cWorld * m_World;
/** Whether we found a portal during the loading of the chunks. */
bool m_FoundPortal;
/** Whether to build a platform. True if we couldn't build the portal on solid ground */
bool m_BuildPlatform;
/** The direction of the portal. */
Direction m_Dir;
/** The position of the pre-existing portal. */
Vector3i m_PortalLoc;
/** The center of the search area */
Vector3d m_Position;
/** The maximum Y to scan to */
int m_MaxY;
};
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