#include "maxheap.h"
#include "plugapi.h"
#include "assert1.h"
#include "matrix3.h"
#include "quat.h"
#include "interval.h"
#include "ref.h"
#include "box3.h"
#include "bitarray.h"
#include "AnimPropertyID.h"
#include "containers/Array.h"

Classes
class	ScaleValue

struct	TMComponentsArg

class	Matrix3Indirect

class	DelayedMatrix3

struct	DelayedMatrix3::DelayedOp

struct	DelayedMatrix3::OpQueue

class	DelayedNodeMat

class	EaseCurveList

class	EaseCurveAnimProp

class	MultCurveList

class	MultCurveAnimProp

class	CtrlHitRecord
	class CtrlHitRecord More...

class	CtrlHitLog
	class CtrlHitLog More...

class	IKEnumCallback

class	IKDeriv

class	IKClipObject

class	InitJointData

class	InitJointData2

class	InitJointData3
	class InitJointData3 : public InitJointData2 More...

class	DOFParams

class	Control

class	StdControl

class	SetXFormPacket

class	SetMorphTargetPacket

class	MorphControl

class	MasterPointControl

struct	Slot

class	TempStore

Macros
#define	ORT_BEFORE 1

#define	ORT_AFTER 2

#define	ORT_CONSTANT 1
	Tracks values before or after the range of keys remains constant. More...

#define	ORT_CYCLE 2
	Causes the key pattern to repeat cyclically. More...

#define	ORT_LOOP 3
	The same as ORT_CYCLE with continuity. More...

#define	ORT_OSCILLATE 4
	This reverses the range of keys values to cause the pattern to oscillate. More...

#define	ORT_LINEAR 5
	Takes the slope at the end key in the range and extrapolate with that slope. More...

#define	ORT_IDENTITY 6
	This only is used when mapping time to time. More...

#define	ORT_RELATIVE_REPEAT 7
	Causes the key pattern to repeat with the first key taking off where the last key left off. More...

#define	KEY_MODE_NO_BUFFER 1

#define	GetEaseListInterface(anim) ((EaseCurveList*)anim->GetInterface(I_EASELIST))

#define	GetMultListInterface(anim) ((MultCurveList*)anim->GetInterface(I_MULTLIST))

#define	POSITION_DERIV (1<<0)

#define	ROTATION_DERIV (1<<1)

#define	COPYPASTE_IKPOS 1

#define	COPYPASTE_IKROT 2

#define	DEF_SPRINGTENS (0.02f)

#define	CONTROLBASE_CHUNK 0x8499

#define	INORT_CHUNK 0x3000

#define	OUTORT_CHUNK 0x3001

#define	CONT_DISABLED_CHUNK 0x3002

#define	CONT_FLAGS_CHUNK 0x3003

#define	INHERIT_POS_X (1<<0)

#define	INHERIT_POS_Y (1<<1)

#define	INHERIT_POS_Z (1<<2)

#define	INHERIT_ROT_X (1<<3)

#define	INHERIT_ROT_Y (1<<4)

#define	INHERIT_ROT_Z (1<<5)

#define	INHERIT_SCL_X (1<<6)

#define	INHERIT_SCL_Y (1<<7)

#define	INHERIT_SCL_Z (1<<8)

#define	INHERIT_ALL 511

Enumerations
enum	GetSetMethod { CTRL_RELATIVE, CTRL_ABSOLUTE }

enum	SetXFormCommand { XFORM_MOVE, XFORM_ROTATE, XFORM_SCALE, XFORM_SET }

Functions
CoreExport void	ApplyScaling (Matrix3 &m, const ScaleValue &v)

CoreExport void	InitControlLists ()

CoreExport ScaleValue	operator+ (const ScaleValue &s0, const ScaleValue &s1)

CoreExport ScaleValue	operator- (const ScaleValue &s0, const ScaleValue &s1)

CoreExport ScaleValue	operator* (const ScaleValue &s, float f)

CoreExport ScaleValue	operator* (float f, const ScaleValue &s)

CoreExport ScaleValue	operator+ (const ScaleValue &s, float f)

CoreExport ScaleValue	operator+ (float f, const ScaleValue &s)

bool	IsInitJointData3 (InitJointData2 *jd)

InitJointData3 *	DowncastToJointData3 (InitJointData2 *jd)

TimeValue	CycleTime (Interval i, TimeValue t)

int	NumCycles (Interval i, TimeValue t)

template<class T >
T	LinearExtrapolate (TimeValue t0, TimeValue t1, T &val0, T &val1, T &endVal)

template<class T >
T	RepeatExtrapolate (Interval range, TimeValue t, T &startVal, T &endVal, T &cycleVal)

template<class T >
T	IdentityExtrapolate (TimeValue endPoint, TimeValue t, T &endVal)

CoreExport Quat	LinearExtrapolate (TimeValue t0, TimeValue t1, Quat &val0, Quat &val1, Quat &endVal)

CoreExport Quat	RepeatExtrapolate (Interval range, TimeValue t, Quat &startVal, Quat &endVal, Quat &cycleVal)

CoreExport Quat	IdentityExtrapolate (TimeValue endPoint, TimeValue t, Quat &endVal)

CoreExport ScaleValue	LinearExtrapolate (TimeValue t0, TimeValue t1, ScaleValue &val0, ScaleValue &val1, ScaleValue &endVal)

CoreExport ScaleValue	RepeatExtrapolate (Interval range, TimeValue t, ScaleValue &startVal, ScaleValue &endVal, ScaleValue &cycleVal)

CoreExport ScaleValue	IdentityExtrapolate (TimeValue endPoint, TimeValue t, ScaleValue &endVal)

template<class T >
T	LinearInterpolate (const T &v0, const T &v1, float u)

Quat	LinearInterpolate (const Quat &v0, const Quat &v1, float u)

ScaleValue	LinearInterpolate (const ScaleValue &v0, const ScaleValue &v1, float u)

Interval	TestInterval (Interval iv, DWORD flags)

Quat	ScaleQuat (Quat q, float s)

CoreExport int	Animating ()

CoreExport void	AnimateOn ()

CoreExport void	AnimateOff ()

CoreExport void	SuspendAnimate ()

CoreExport void	ResumeAnimate ()

CoreExport BOOL	AreWeAnimating (const TimeValue &t)

CoreExport BOOL	AreWeKeying (const TimeValue &t)

CoreExport TimeValue	GetAnimStart ()

CoreExport TimeValue	GetAnimEnd ()

CoreExport void	SetAnimStart (TimeValue s)

CoreExport void	SetAnimEnd (TimeValue e)

CoreExport Control *	NewDefaultFloatController ()

CoreExport Control *	NewDefaultPoint3Controller ()

CoreExport Control *	NewDefaultMatrix3Controller ()

CoreExport Control *	NewDefaultPositionController ()

CoreExport Control *	NewDefaultRotationController ()

CoreExport Control *	NewDefaultScaleController ()

CoreExport Control *	NewDefaultBoolController ()

CoreExport Control *	NewDefaultColorController ()

CoreExport Control *	NewDefaultMasterPointController ()

CoreExport Control *	NewDefaultPoint4Controller ()

CoreExport Control *	NewDefaultFRGBAController ()

CoreExport Control *	NewDefaultPoint2Controller ()

CoreExport Control *	CreateInterpFloat ()

CoreExport Control *	CreateInterpPosition ()

CoreExport Control *	CreateInterpPoint3 ()

CoreExport Control *	CreateInterpRotation ()

CoreExport Control *	CreateInterpScale ()

CoreExport Control *	CreatePRSControl ()

CoreExport Control *	CreateLookatControl ()

CoreExport Control *	CreateMasterPointControl ()

CoreExport Control *	CreateInterpPoint4 ()

CoreExport Control *	CreateInterpPoint2 ()

CoreExport void	SetDefaultController (SClass_ID sid, ClassDesc *desc)

CoreExport ClassDesc *	GetDefaultController (SClass_ID sid)

CoreExport void	SetDefaultColorController (ClassDesc *desc)

CoreExport void	SetDefaultFRGBAController (ClassDesc *desc)

CoreExport void	SetDefaultBoolController (ClassDesc *desc)

CoreExport BOOL	GetSetKeyMode ()

CoreExport void	SetSetKeyMode (BOOL onOff)

CoreExport void	SuspendSetKeyMode ()

CoreExport void	ResumeSetKeyMode ()

CoreExport BOOL	GetSetKeySuspended ()

CoreExport BOOL	GetSetKeyModeStatus ()

CoreExport BOOL	IsSetKeyModeFeatureEnabled ()

Variables
const DWORD	bJointData3 = (1 << 0)

CoreExport TempStore	tmpStore

Macro Definition Documentation

#define ORT_BEFORE 1

#define ORT_AFTER 2

#define KEY_MODE_NO_BUFFER 1

#define GetEaseListInterface ( anim ) ((EaseCurveList*)anim->GetInterface(I_EASELIST))

#define GetMultListInterface ( anim ) ((MultCurveList*)anim->GetInterface(I_MULTLIST))

#define POSITION_DERIV (1<<0)

#define ROTATION_DERIV (1<<1)

#define COPYPASTE_IKPOS 1

#define COPYPASTE_IKROT 2

#define DEF_SPRINGTENS (0.02f)

#define CONTROLBASE_CHUNK 0x8499

#define INORT_CHUNK 0x3000

#define OUTORT_CHUNK 0x3001

#define CONT_DISABLED_CHUNK 0x3002

#define CONT_FLAGS_CHUNK 0x3003

#define INHERIT_POS_X (1<<0)

#define INHERIT_POS_Y (1<<1)

#define INHERIT_POS_Z (1<<2)

#define INHERIT_ROT_X (1<<3)

#define INHERIT_ROT_Y (1<<4)

#define INHERIT_ROT_Z (1<<5)

#define INHERIT_SCL_X (1<<6)

#define INHERIT_SCL_Y (1<<7)

#define INHERIT_SCL_Z (1<<8)

#define INHERIT_ALL 511

Enumeration Type Documentation

enum GetSetMethod

Enumerator
CTRL_RELATIVE
CTRL_ABSOLUTE

1001 {CTRL_RELATIVE,CTRL_ABSOLUTE};

CTRL_RELATIVE

Definition: control.h:1001

CTRL_ABSOLUTE

Definition: control.h:1001

enum SetXFormCommand

Enumerator
XFORM_MOVE
XFORM_ROTATE
XFORM_SCALE
XFORM_SET

2497 { XFORM_MOVE, XFORM_ROTATE, XFORM_SCALE, XFORM_SET };

XFORM_SET

Definition: control.h:2497

XFORM_MOVE

Definition: control.h:2497

XFORM_SCALE

Definition: control.h:2497

XFORM_ROTATE

Definition: control.h:2497

Function Documentation

CoreExport void ApplyScaling	(	Matrix3 &	m,
		const ScaleValue &	v
	)

CoreExport void InitControlLists ( )

CoreExport ScaleValue operator+	(	const ScaleValue &	s0,
		const ScaleValue &	s1
	)

Remarks: Returns the sum of two ScaleValues. This still multiplies since scale values are multiplicative not additive.

CoreExport ScaleValue operator-	(	const ScaleValue &	s0,
		const ScaleValue &	s1
	)

Remarks: Returns the difference of two ScaleValues.

CoreExport ScaleValue operator*	(	const ScaleValue &	s,
		float	f
	)

Remarks: Multiplication of a ScaleValue and a float.

CoreExport ScaleValue operator*	(	float	f,
		const ScaleValue &	s
	)

Remarks: Multiplication of a ScaleValue and a float.

CoreExport ScaleValue operator+	(	const ScaleValue &	s,
		float	f
	)

Remarks: Returns the sum of a ScaleValue and a float. This adds f to s.x, s.y, and s.z.

CoreExport ScaleValue operator+	(	float	f,
		const ScaleValue &	s
	)

Remarks: Returns the sum of a ScaleValue and a float.

bool IsInitJointData3 ( InitJointData2 * jd )

inline

 {
   return (jd->flags & bJointData3);
 }

InitJointData3* DowncastToJointData3 ( InitJointData2 * jd )

inline

 {
   return IsInitJointData3(jd) ? (InitJointData3*)jd : NULL;
 }

TimeValue CycleTime	(	Interval	i,
		TimeValue	t
	)

inline

Remarks: Returns a TimeValue that is the specified time mod of the interval length. The returned time is somewhere within the interval passed. This cycles the time so that it appears within the interval.

    {
    int res, dur = i.Duration()-1;
    if (dur<=0) return t;      
    res   = (t-i.Start())%dur;
    if (t<i.Start()) {
       return i.End()+res;
    } else {
       return i.Start()+res;
       }
    }

int NumCycles	(	Interval	i,
		TimeValue	t
	)

inline

Remarks: Returns the number of times the TimeValue cycles through the interval.

    {
    int dur = i.Duration()-1;
    if (dur<=0) return 1;
    if (t<i.Start()) {
       return (abs(t-i.Start())/dur)+1;
    } else 
    if (t>i.End()) {
       return (abs(t-i.End())/dur)+1;
    } else {
       return 0;
       }
    }

T LinearExtrapolate	(	TimeValue	t0,
		TimeValue	t1,
		T &	val0,
		T &	val1,
		T &	endVal
	)

Remarks: Performs a linear extrapolation and returns the result.

 {
     return (T)(endVal + (val1-val0) * float(t1-t0));
 }

T RepeatExtrapolate	(	Interval	range,
		TimeValue	t,
		T &	startVal,
		T &	endVal,
		T &	cycleVal
	)

Remarks: Performs a repeat extrapolation and returns the result. This will cycle the time t into the interval range.

 {
     int cycles = NumCycles(range,t);
     T delta;
     if (t<range.Start()) {
         delta = startVal - endVal;
     } else {
         delta = endVal - startVal;
     }
     return (T)(cycleVal + delta * float(cycles));
 }

T IdentityExtrapolate	(	TimeValue	endPoint,
		TimeValue	t,
		T &	endVal
	)

Remarks: Performs a linear extrapolation using a slope of one and a point, and returns the result.

 {
     return (T)(endVal + float(t-endPoint));
 }

CoreExport Quat LinearExtrapolate	(	TimeValue	t0,
		TimeValue	t1,
		Quat &	val0,
		Quat &	val1,
		Quat &	endVal
	)

CoreExport Quat RepeatExtrapolate	(	Interval	range,
		TimeValue	t,
		Quat &	startVal,
		Quat &	endVal,
		Quat &	cycleVal
	)

CoreExport Quat IdentityExtrapolate	(	TimeValue	endPoint,
		TimeValue	t,
		Quat &	endVal
	)

CoreExport ScaleValue LinearExtrapolate	(	TimeValue	t0,
		TimeValue	t1,
		ScaleValue &	val0,
		ScaleValue &	val1,
		ScaleValue &	endVal
	)

CoreExport ScaleValue RepeatExtrapolate	(	Interval	range,
		TimeValue	t,
		ScaleValue &	startVal,
		ScaleValue &	endVal,
		ScaleValue &	cycleVal
	)

CoreExport ScaleValue IdentityExtrapolate	(	TimeValue	endPoint,
		TimeValue	t,
		ScaleValue &	endVal
	)

T LinearInterpolate	(	const T &	v0,
		const T &	v1,
		float	u
	)

 {
     return (T)((1.0f-u)*v0 + u*v1);
 }

Quat LinearInterpolate	(	const Quat &	v0,
		const Quat &	v1,
		float	u
	)

inline

    {
    return Slerp(v0,v1,u);
    }

ScaleValue LinearInterpolate	(	const ScaleValue &	v0,
		const ScaleValue &	v1,
		float	u
	)

inline

    {
    ScaleValue res;
    res.s = ((float)1.0-u)*v0.s + u*v1.s;
    res.q = Slerp(v0.q,v1.q,u);
    return res;
    }

Interval TestInterval	(	Interval	iv,
		DWORD	flags
	)

inline

Remarks: Takes an interval and checks the flags and modifies the interval based on the state of the flags.

    {
    TimeValue start = iv.Start();
    TimeValue end = iv.End();
    if (!(flags&TIME_INCLEFT)) {
       start++;
       }  
    if (!(flags&TIME_INCRIGHT)) {
       end--;
       }
    if (end<start) {
       iv.SetEmpty();
    } else {
       iv.Set(start,end);
       }
    return iv;  
    }

Quat ScaleQuat	(	Quat	q,
		float	s
	)

inline

Remarks: Returns a quaternion scaled by the specified factor. This scales the 'angle' of the quaternion.

    {
    float angle;
    Point3 axis;
    AngAxisFromQ(q,&angle,axis);
    return QFromAngAxis(angle*s,axis);
    }

CoreExport int Animating ( )

CoreExport void AnimateOn ( )

CoreExport void AnimateOff ( )

CoreExport void SuspendAnimate ( )

CoreExport void ResumeAnimate ( )

CoreExport BOOL AreWeAnimating ( const TimeValue & t )

CoreExport BOOL AreWeKeying ( const TimeValue & t )

CoreExport TimeValue GetAnimStart ( )

CoreExport TimeValue GetAnimEnd ( )

CoreExport void SetAnimStart ( TimeValue s )

CoreExport void SetAnimEnd ( TimeValue e )

CoreExport Control* NewDefaultFloatController ( )

CoreExport Control* NewDefaultPoint3Controller ( )

CoreExport Control* NewDefaultMatrix3Controller ( )

CoreExport Control* NewDefaultPositionController ( )

CoreExport Control* NewDefaultRotationController ( )

CoreExport Control* NewDefaultScaleController ( )

CoreExport Control* NewDefaultBoolController ( )

CoreExport Control* NewDefaultColorController ( )

CoreExport Control* NewDefaultMasterPointController ( )

CoreExport Control* NewDefaultPoint4Controller ( )

CoreExport Control* NewDefaultFRGBAController ( )

CoreExport Control* NewDefaultPoint2Controller ( )

CoreExport Control* CreateInterpFloat ( )

CoreExport Control* CreateInterpPosition ( )

CoreExport Control* CreateInterpPoint3 ( )

CoreExport Control* CreateInterpRotation ( )

CoreExport Control* CreateInterpScale ( )

CoreExport Control* CreatePRSControl ( )

CoreExport Control* CreateLookatControl ( )

CoreExport Control* CreateMasterPointControl ( )

CoreExport Control* CreateInterpPoint4 ( )

CoreExport Control* CreateInterpPoint2 ( )

CoreExport void SetDefaultController	(	SClass_ID	sid,
		ClassDesc *	desc
	)

CoreExport ClassDesc* GetDefaultController ( SClass_ID sid )

CoreExport void SetDefaultColorController ( ClassDesc * desc )

CoreExport void SetDefaultFRGBAController ( ClassDesc * desc )

CoreExport void SetDefaultBoolController ( ClassDesc * desc )

CoreExport BOOL GetSetKeyMode ( )

CoreExport void SetSetKeyMode ( BOOL onOff )

CoreExport void SuspendSetKeyMode ( )

CoreExport void ResumeSetKeyMode ( )

CoreExport BOOL GetSetKeySuspended ( )

CoreExport BOOL GetSetKeyModeStatus ( )

CoreExport BOOL IsSetKeyModeFeatureEnabled ( )

Variable Documentation

const DWORD bJointData3 = (1 << 0)

CoreExport TempStore tmpStore

control.h File Reference

Classes

Macros

Enumerations

Functions

Variables

Macro Definition Documentation

Enumeration Type Documentation

Function Documentation

Variable Documentation