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Aviary.cpp File Reference

implementation of the Aviary class. More...

#include "Aviary.h"
#include "serverinterfaces.h"

Defines
#define	CIRCLETIME   3.0f
	Default timeout for circling behaviour. More...
Functions
	for (iter=m_boids.begin();iter!=m_boids.end();iter++)
	if (fScratch >m_maxForce)
	if (m_bCircleDirection)
pBoid	SetScratch (pBoid->GetScratch()-fFrameTime)
	if (pBoid->GetScratch()< 0)
g_pLTSPhysics	SetVelocity (hObject,&vVelocity)
g_pLTSPhysics	SetPosition (hObject,&vPosition)
g_pLTSPhysics	SetRotation (hObject,&oRotation)
Variables
vector< CBoidModel * >::iterator	iter
	fScratch = steeringForce.Mag()
	break
case	Circle
case	Peck
	newUp = steeringForce+LTVector3f(0.0f,m_weight,0.0f)
	vVelocity = steeringForce*fFrameTime
	oRotation = LTOrientation(vVelocity,newUp)

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Detailed Description

implementation of the Aviary class.

Author:

Elan Ruskin , Jon Parise

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Define Documentation

#define CIRCLETIME   3.0f

Default timeout for circling behaviour.

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Function Documentation

for (  iter    = m_boids.begin();iter != m_boids.end();iter++ )

if (  pBoid-    )

if (  m_bCircleDirection    )

if (  fScratch   , m_maxForce    )

g_pLTSPhysics SetPosition (  hObject   , &    vPosition )

g_pLTSPhysics SetRotation (  hObject   , &    oRotation )

pBoid SetScratch (  pBoid-   , GetScratch()-    fFrameTime )

g_pLTSPhysics SetVelocity (  hObject   , &    vVelocity )

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Variable Documentation

break

case Circle

fScratch = steeringForce.Mag()

vector<CBoidModel *>::iterator iter

newUp = steeringForce+LTVector3f(0.0f,m_weight,0.0f)

oRotation = LTOrientation(vVelocity,newUp)

case Peck

vVelocity = steeringForce*fFrameTime

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