Biped way point: see CBipedObject::m_vPosTarget. More...

#include <BipedWayPoint.h>

Public Types
enum	MyType { COMMAND_POINT = 0, COMMAND_FACING, COMMAND_WALK_FORWARD, COMMAND_MOVING, COMMAND_MOUNT, PATHFINDING_POINT, BLOCKED, COGNITIVE, COGNITIVE_POINT, COGNITIVE_FACING, INVALID_WAYPOINT }

Public Member Functions
MyType	GetPointType ()

void	SetPointType (MyType newType)

bool	IsMoving ()
	return true, if the point type is of a moving kind. More...

bool	IsUseFacing ()
	whether facing should be enforced. More...

const DVector3 &	GetPosition () const

	BipedWayPoint (const Vector3 &p, MyType ptType=COMMAND_POINT, float fTime=-1.0f)

	BipedWayPoint (const Vector3 &p, float facing, MyType ptType=COMMAND_POINT, float fTime=-1.0f)

	BipedWayPoint (float fBlockTime)

	BipedWayPoint (MyType ptType)

Public Attributes
enum ParaEngine::BipedWayPoint::MyType	nType

DVector3	vPos

float	fTimeLeft
	in seconds; Way point is deleted after fTimeLeft seconds. More...

float	fFacing

bool	bUseFacing: 1

int	m_nReserved0

string	m_sTarget
	this is usually the mount target object's name.

Detailed Description

Biped way point: see CBipedObject::m_vPosTarget.

Member Enumeration Documentation

§ MyType

enum ParaEngine::BipedWayPoint::MyType

Enumerator
COMMAND_POINT	the player must arrive at this point, before proceeding to the next way point when in this mode, player are moving while turning, if the angle is smaller then 90 degrees, otherwise the player will first turn until the angle shift is smaller than 90 degrees, and then move while turning.
COMMAND_FACING	turning
COMMAND_WALK_FORWARD	Move the biped forward using its current orientation. It is mutually exclusive with other walking or way point commands. The command will always be in the way point list until it is either cleared or overridden by some other commands.
COMMAND_MOUNT	character is mounted on another object.
PATHFINDING_POINT	when player is blocked, it may itself generate some path-finding points in order to reach the next COMMAND_POINT. When in this mode, player are first turned and then move.
BLOCKED	The player is blocked, and needs to wait fTimeLeft (see below) in order to proceed. it may continue to be blocked, or walk along. Player in blocked state, does not have a speed, so it can issue attacks while in blocked mode.
COGNITIVE	the following way points are cognitive way points, which means that they are subjective either generated by an AI module or an external user. COGNITIVE way point can not be executed immediately, instead they must be converted to one of the previous way points by the environment simulator.
COGNITIVE_POINT	the biped intends to move to a new position
COGNITIVE_FACING	the biped intends to face to a new direction
INVALID_WAYPOINT	Invalid way point.

Member Function Documentation

§ IsMoving()

bool BipedWayPoint::IsMoving ( )

return true, if the point type is of a moving kind.

i.e. value < BLOCKED

§ IsUseFacing()

bool BipedWayPoint::IsUseFacing ( )

whether facing should be enforced.

Member Data Documentation

§ fTimeLeft

float ParaEngine::BipedWayPoint::fTimeLeft

in seconds; Way point is deleted after fTimeLeft seconds.

if negative, then the position is persistent, until being reached.

The documentation for this struct was generated from the following files:

Client/trunk/ParaEngineClient/3dengine/BipedWayPoint.h
Client/trunk/ParaEngineClient/3dengine/BipedWayPoint.cpp

Public Types

Public Member Functions

Public Attributes