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reman3/Rayman_X/cpa/public/GAM/Actions/cineinfo.h

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#if !defined(__CINEINFO_H__)
#define __CINEINFO_H__
/******************************************/
#if _MSC_VER >= 1000
#pragma once
#endif /* _MSC_VER >= 1000 */
/******************************************/
#include "GAM/Header.h"
#undef EXTERN
#undef extern
#if !defined(D_CineInfo_VariableDefine)
#define EXTERN extern
#else
#define EXTERN
#endif /* D_CineInfo_VariableDefine */
#if defined(__cplusplus)
extern "C"
{
#endif /* __cplusplus */
/*
**************************************************************************************************
**************************************************************************************************
FOR CAMERA CONSTANTS
**************************************************************************************************
**************************************************************************************************
*/
typedef struct CAM_tdstCameraConstants_
{
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xRayCameraSphereToGo1; /* Ray of camera sphere to determin if camera can go to a given position (source and dest) */
MTH_tdxReal xRayCameraSphereToGo2;
MTH_tdxReal xRayCameraSphereToSee1; /* Ray of camera sphere to determin if camera can see a given position (source and dest) */
MTH_tdxReal xRayCameraSphereToSee2;
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xBaseAngleComputePosNormal; /* Min angle for choosing a new good position in normal mode */
MTH_tdxReal xBaseAngleComputePosFailure; /* Min angle for choosing a new good position in case of failure */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xAverageForComputePos; /* Window time to compute position of targeted perso */
MTH_tdxReal xAverageForComputeLinearSpeed; /* Window time to compute linear speed of targeted perso */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xMinLinearSpeedCamera; /* Below, camera is considered not move... */
MTH_tdxReal xMinLinearSpeedTgtPerso; /* Below, is considered not move... */
MTH_tdxReal xMinAngularSpeedTgtPerso; /* Below, is considered not turn... */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xEpsilonDynTgtAngle; /* Dyn target compute if greate than... */
MTH_tdxReal xEpsilonDynTgtFocalAngle; /* Perso must be in focal with that epsilon */
MTH_tdxReal xEpsilonForEqualVectors; /* Two vectors are considered to be equal with that tolerance */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xOffsetMinDistPerso; /* Minimum distance of camera to targeted perso depending on BoundDistMin */
MTH_tdxReal xDistanceForNoCut; /* When visibility failure, no cut if new pos at this distance of camera */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
short xNumRayCameraCanGo; /* Number of ray to determin if camera can go to a given point */
short xNumRayCameraCanSee; /* Number of ray to determin if camera can see a given point */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
short xTickTestVisibility; /* Every n trames, we test visibility */
short xTickFindBetterPos; /* Every n trames, we try to find a better position if we are not at the first ideal one */
short xTickFindBetterPosIfNoMove; /* The same but force if the camera is not moving */
short xTickFailureCantSee; /* If camera can't see target during n trames, failure */
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
/* For dynamic speed */
MTH_tdxReal xDynSpeed_LinearFactNorm;
MTH_tdxReal xDynSpeed_LinearMax;
MTH_tdxReal xDynSpeed_LinearMulPerso;
MTH_tdxReal xDynSpeed_AngularFactNorm;
MTH_tdxReal xDynSpeed_AngularMax;
MTH_tdxReal xDynSpeed_AngularMulPerso;
MTH_tdxReal xDynSpeed_TargetFactNorm;
MTH_tdxReal xDynSpeed_TargetMax;
MTH_tdxReal xDynSpeed_TargetMulPerso;
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
MTH_tdxReal xBaseCutAngle; /* To cut angles */
MTH_tdxReal xCutAngleFactorPos;
MTH_tdxReal xCutAngleFactorTgt;
/* never change the order of those members !!!*/
/* always add new members at the end of the structure !!!*/
short wFlags; /* Some flags */
/* new members here ! */
short wAlign;
} CAM_tdstCameraConstants;
extern CAM_tdstCameraConstants CAM_g_stCameraConstants;
extern CAM_tdstCameraConstants CAM_g_stCopyCameraConstants;
#define CAM_C_xRayCameraSphereToGo1 (CAM_g_stCameraConstants.xRayCameraSphereToGo1)
#define CAM_C_xRayCameraSphereToGo2 (CAM_g_stCameraConstants.xRayCameraSphereToGo2)
#define CAM_C_xRayCameraSphereToSee1 (CAM_g_stCameraConstants.xRayCameraSphereToSee1)
#define CAM_C_xRayCameraSphereToSee2 (CAM_g_stCameraConstants.xRayCameraSphereToSee2)
#define CAM_C_xBaseAngleComputePosNormal (CAM_g_stCameraConstants.xBaseAngleComputePosNormal)
#define CAM_C_xBaseAngleComputePosFailure (CAM_g_stCameraConstants.xBaseAngleComputePosFailure)
#define CAM_C_xBaseCutAngle (CAM_g_stCameraConstants.xBaseCutAngle)
#define CAM_C_xAverageForComputePos (CAM_g_stCameraConstants.xAverageForComputePos)
#define CAM_C_xAverageForComputeLinearSpeed (CAM_g_stCameraConstants.xAverageForComputeLinearSpeed)
#define CAM_C_xMinLinearSpeedCamera (CAM_g_stCameraConstants.xMinLinearSpeedCamera)
#define CAM_C_xMinLinearSpeedTgtPerso (CAM_g_stCameraConstants.xMinLinearSpeedTgtPerso)
#define CAM_C_xMinAngularSpeedTgtPerso (CAM_g_stCameraConstants.xMinAngularSpeedTgtPerso)
#define CAM_C_xEpsilonDynTgtAngle (CAM_g_stCameraConstants.xEpsilonDynTgtAngle)
#define CAM_C_xEpsilonDynTgtFocalAngle (CAM_g_stCameraConstants.xEpsilonDynTgtFocalAngle)
#define CAM_C_xEpsilonForEqualVectors (CAM_g_stCameraConstants.xEpsilonForEqualVectors)
#define CAM_C_xMinDistPerso (_p_stStruct->hCineinfoWork->xBoundDistMin)
#define CAM_C_xMinDistPersoToComputePos (MTH_M_xAdd(CAM_C_xMinDistPerso, CAM_g_stCameraConstants.xOffsetMinDistPerso))
#define CAM_C_xDistanceForNoCut (CAM_g_stCameraConstants.xDistanceForNoCut)
#define CAM_C_xDynSpeed_LinearFactNorm (CAM_g_stCameraConstants.xDynSpeed_LinearFactNorm)
#define CAM_C_xDynSpeed_LinearMax (CAM_g_stCameraConstants.xDynSpeed_LinearMax)
#define CAM_C_xDynSpeed_LinearMulPerso (CAM_g_stCameraConstants.xDynSpeed_LinearMulPerso)
#define CAM_C_xDynSpeed_AngularFactNorm (CAM_g_stCameraConstants.xDynSpeed_AngularFactNorm)
#define CAM_C_xDynSpeed_AngularMax (CAM_g_stCameraConstants.xDynSpeed_AngularMax)
#define CAM_C_xDynSpeed_AngularMulPerso (CAM_g_stCameraConstants.xDynSpeed_AngularMulPerso)
#define CAM_C_xDynSpeed_TargetFactNorm (CAM_g_stCameraConstants.xDynSpeed_TargetFactNorm)
#define CAM_C_xDynSpeed_TargetMax (CAM_g_stCameraConstants.xDynSpeed_TargetMax)
#define CAM_C_xDynSpeed_TargetMulPerso (CAM_g_stCameraConstants.xDynSpeed_TargetMulPerso)
#define CAM_C_xNumRayCameraCanGo (CAM_g_stCameraConstants.xNumRayCameraCanGo)
#define CAM_C_xNumRayCameraCanSee (CAM_g_stCameraConstants.xNumRayCameraCanSee)
#define CAM_C_xTickTestVisibility (CAM_g_stCameraConstants.xTickTestVisibility)
#define CAM_C_xTickFindBetterPos (CAM_g_stCameraConstants.xTickFindBetterPos)
#define CAM_C_xTickFindBetterPosIfNoMove (CAM_g_stCameraConstants.xTickFindBetterPosIfNoMove)
#define CAM_C_xTickFailureCantSee (CAM_g_stCameraConstants.xTickFailureCantSee)
#define CAM_C_xCutAngleFactorPos (CAM_g_stCameraConstants.xCutAngleFactorPos)
#define CAM_C_xCutAngleFactorTgt (CAM_g_stCameraConstants.xCutAngleFactorTgt)
#define CAM_C_xTickTimeTestVisibility (MTH_M_xMul(MTH_M_xFloatToReal(CAM_g_stCameraConstants.xTickTestVisibility*1000.0f),g_stEngineStructure.stEngineTimer.xFrameLength))
#define CAM_C_xTickTimeFindBetterPos (MTH_M_xMul(MTH_M_xFloatToReal(CAM_g_stCameraConstants.xTickFindBetterPos*1000.0f),g_stEngineStructure.stEngineTimer.xFrameLength))
#define CAM_C_xTickTimeFindBetterPosIfNoMove (MTH_M_xMul(MTH_M_xFloatToReal(CAM_g_stCameraConstants.xTickFindBetterPosIfNoMove*1000.0f),g_stEngineStructure.stEngineTimer.xFrameLength))
#define CAM_C_xTickTimeFailureCantSee (MTH_M_xMul(MTH_M_xFloatToReal(CAM_g_stCameraConstants.xTickFailureCantSee*1000.0f),g_stEngineStructure.stEngineTimer.xFrameLength))
/*
**************************************************************************************************
**************************************************************************************************
DEFINITION FOR SCRIPT
**************************************************************************************************
**************************************************************************************************
*/
#define C_SectionCineinfoDescription "Cineinfo"
#define C_CAM_EntryShiftTarget "ShiftTarget"
#define C_CAM_EntryShiftPos "ShiftPos"
#define C_CAM_EntryDistance "Distance"
#define C_CAM_EntryAlpha "Alpha"
#define C_CAM_EntryTheta "Theta"
#define C_CAM_EntryLinearSpeed "LinearSpeed"
#define C_CAM_EntryAngularSpeed "AngularSpeed"
#define C_CAM_EntryTargetSpeed "TargetSpeed"
#define C_CAM_EntryDNMFlags "DNMFlags"
#define C_CAM_EntryIAFlags "IAFlags"
#define C_CAM_EntryFocal "Focal"
#define C_CAM_EntryZMinMax "ZMinMax"
#define C_CAM_EntryViewport "Viewport"
#define C_CAM_EntryChannel "Channel"
#define C_CAM_EntryActivation "Activation"
/*
**************************************************************************************************
**************************************************************************************************
DEFINITION FOR IA Flags
IA Flags are stored in wIAFLags member of CineInfo structure
and is reinitialized for each trame
**************************************************************************************************
**************************************************************************************************
*/
/*
* Flags that can be change in IA (uwIAFlags).
*/
#define C_IAFlags_NoDynamicTarget 0x0001
#define C_IAFlags_NoAverageMoveTgtPerso 0x0002
#define C_IAFlags_NoParseCutAngle 0x0004
#define C_IAFlags_NoVisibility 0x0008
#define C_IAFlags_NoVisibilityWithDynHie 0x0010
#define C_IAFlags_NoDynChangeTheta 0x0020
#define C_IAFlags_NoShiftUntilPosReached 0x0040
#define C_IAFlags_NoDynSpeed 0x0080
#define C_IAFlags_User 0x0FFF
/*
* Can't change that flags. They are in internal cineinfo just to change them temporary
* (by changing them in cineinfo work).
*/
#define C_IAFlags_TargetIsAlreadyComputed 0x1000
#define C_IAFlags_PositionIsAlreadyComputed 0x2000
#define C_IAFlags_RefAxisIsAlreadyComputed 0x4000
/*
* Private flags.
* Erased at each trame (ucVolatileIAFlags).
*/
#define C_VolIAFlags_CurrentAlreadyCopiedInWork 0x01
#define C_VolIAFlags_InitJustCopiedInCurrent 0x02
#define C_VolIAFlags_CameraNotMove 0x04
/*
* Private flags.
* Persistent (ucPersistentIAFlags).
*/
#define C_PerIAFlags_ShowInfo 0x01
#define C_PerIAFlags_VisibilityCopied 0x02
#define C_PerIAFlags_NoShift 0x04
#define C_PerIAFlags_ConstraintMoveVisFailure 0x08
#define C_PerIAFlags_PosIsForced 0x10
/*
**************************************************************************************************
**************************************************************************************************
CINEINFO STRUCTURE DEFINITION
=> Internal
=> General
**************************************************************************************************
**************************************************************************************************
*/
#if defined(D_CineInfo_StructureDefine)
struct tdstInternalStructurCineinfo_
{
/* Offset to add to the position of the new position. This is the point looked by the camera. */
MTH3D_tdstVector stShiftTarget;
/* Offset to add to the position of the target */
MTH3D_tdstVector stShiftPos;
/* Define distance */
MTH_tdxReal xDistMin;
MTH_tdxReal xDistMax;
MTH_tdxReal xBoundDistMin;
MTH_tdxReal xBoundDistMax;
/* Angle Alpha (axe rotation around axis Z) */
MTH_tdxReal xAngleAlpha;
MTH_tdxReal xAngleShiftAlpha;
/* Angle Theta (axe rotation around axis X) */
MTH_tdxReal xAngleTheta;
MTH_tdxReal xAngleShiftTheta;
/* Datas of Camera Linear Speed */
MTH_tdxReal xLinearSpeed;
MTH_tdxReal xLinearIncreaseSpeed;
MTH_tdxReal xLinearDecreaseSpeed;
/* Datas of Camera Angular Speed */
MTH_tdxReal xAngularSpeed;
MTH_tdxReal xAngularIncreaseSpeed;
MTH_tdxReal xAngularDecreaseSpeed;
/* Datas of Camera Angular Speed */
MTH_tdxReal xTargetSpeed;
MTH_tdxReal xTargetIncreaseSpeed;
MTH_tdxReal xTargetDecreaseSpeed;
/* Focal */
MTH_tdxReal xFocal;
/* Camera Altitude */
MTH_tdxReal xZMin;
MTH_tdxReal xZMax;
/* Super object targeted by camera */
HIE_tdxHandleToSuperObject hSuperObjectTargeted;
HIE_tdxHandleToSuperObject hSecondSuperObjectTargeted;
/* Flags of camera */
unsigned short uwDNMFlags; /* For mechanics */
unsigned short uwIAFlags; /* For IA */
/*
* 0 : pas de viewport associe
* 1 : viewport principal
* 2 : viewport secondaire
*/
enum e_ucListViewport_ eTypeOfViewport;
/*
* Number of channel
*/
char cChannel;
/* Activity */
ACP_tdxBool bIsActive;
};
/*
*=================================================================================================
*=================================================================================================
*/
/* ANNECY MT - 25/08/98 {*/
#define C_ucNbOfCheckedSpeeds 8
typedef struct tdstAveragePosition_
{
struct MTH3D_tdstVector_ a_CheckedSpeed[C_ucNbOfCheckedSpeeds];
struct MTH3D_tdstVector_ a_CheckedPos[C_ucNbOfCheckedSpeeds];
MTH_tdxReal a_CheckedTime[C_ucNbOfCheckedSpeeds];
}tdstAveragePosition;
typedef struct tdstSightAxisSystem_
{
struct MTH3D_tdstVector_ SightAxis;
struct MTH3D_tdstVector_ FirstComplementaryAxis;
struct MTH3D_tdstVector_ SecondComplementaryAxis;
}tdstSightAxisSystem;
/* END ANNECY MT }*/
/*
*=================================================================================================
*=================================================================================================
*/
struct tdstCineinfo_
{
/******************************************/
/* Internal structures */
/******************************************/
struct tdstInternalStructurCineinfo_ *hInit;
struct tdstInternalStructurCineinfo_ *hCurrent;
struct tdstInternalStructurCineinfo_ *hVisibility;
struct tdstInternalStructurCineinfo_ *hWork;
/******************************************/
/* Fields only accessibles by programmers */
/******************************************/
/*
* For visibility.
*/
MTH3D_tdstVector stLastFailedOrigin;
MTH3D_tdstVector stLastFailedWanted;
/*
* To force targeted point, or camera position.
*/
MTH3D_tdstVector stForceTarget;
MTH3D_tdstVector stForcePosition;
MTH3D_tdstVector stForceRefAxisY;
MTH3D_tdstVector stForceRefAxisZ;
/*
* When a second super object is defined.
*/
MTH_tdxReal xApexRatio;
/*
* To save delta angle when cutting.
*/
MTH_tdxReal xLastDeltaCut;
/*
* State
*/
enum e_ucCameraStates_ eState;
/*
* Counters.
* 1 : To test better pos
* 2 : To test visibility
* 3 : Failure if we can't see target during this number of trames
* 4 : To count the time the camera is not moving.
*/
/* ANNECY MT - 03/08/99 { */
/*
short wCounter1;
short wCounter2;
short wCounter3;
short wCounter4;
*/
MTH_tdxReal xCounter1;
MTH_tdxReal xCounter2;
MTH_tdxReal xCounter3;
MTH_tdxReal xCounter4;
/* END ANNECY MT } */
/*
* Private flags of camera.
*/
unsigned char ucVolIAFlags;
unsigned char ucPerIAFlags;
/* When cutting angles */
char cLastCutAngleSens;
/* ANNECY MT - 25/08/98 {*/
/*arrays on positions and speeds on the character*/
struct tdstAveragePosition_ AveragePosition;
/*list on the used requests*/
struct tdstSightAxisSystem_ stSightAxisSystem;
/* END ANNECY MT }*/
ACP_tdxBool bCanDoBestPos;
};
#endif /* D_CineInfo_StructureDefine */
/*
**************************************************************************************************
**************************************************************************************************
Handle define
**************************************************************************************************
**************************************************************************************************
*/
typedef struct tdstInternalStructurCineinfo_ *MS_tdxHandleToInternalCineinfo;
typedef struct tdstCineinfo_ *MS_tdxHandleToCineinfo;
typedef struct tdstAveragePosition_ *MS_tdxHandleToAveragePosition;
typedef struct tdstSightAxisSystem_ *MS_tdxHandleToSightAxisSystem;
/*
* macro to get internal cine info from camera super object
*/
#define M_GetCineinfo(_p_stSuperObject_, _Name_)\
(\
(MS_tdxHandleToInternalCineinfo)\
(\
(\
M_GetMSHandle(_p_stSuperObject_,Cineinfo)\
)\
->h##_Name_\
)\
)
/*
* macro to get internal cineinfo from cineinfo struct
*/
#define M_GetInternalCineinfo(_hCineinfo_, _Name_)\
(\
(MS_tdxHandleToInternalCineinfo)\
(\
(\
(MS_tdxHandleToCineinfo)(_hCineinfo_)\
)\
->h##_Name_\
)\
)
/*
**************************************************************************************************
**************************************************************************************************
Access Functions for fields in the internal structure
**************************************************************************************************
**************************************************************************************************
*/
extern CPA_EXPORT MTH3D_tdstVector *CAM_fn_p_stCineInfoGetShiftTarget(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetShiftTarget(MS_tdxHandleToInternalCineinfo _hIntCineinfo, MTH3D_tdstVector *_p_stLookVertex);
extern CPA_EXPORT MTH3D_tdstVector *CAM_fn_p_stCineInfoGetShiftPos(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetShiftPos(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH3D_tdstVector *_p_stShiftPerso);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetDistMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetDistMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xDistance);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetDistMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetDistMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xDistance);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetBoundDistMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetBoundDistMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xDistance);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetBoundDistMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetBoundDistMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xDistance);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngleAlpha(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngleAlpha(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngleShiftAlpha(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngleShiftAlpha(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngleTheta(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngleTheta(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngleShiftTheta(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngleShiftTheta(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetLinearSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetLinearSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xSpeed);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetLinearIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetLinearIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetLinearDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetLinearDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngularSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngularSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngularIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngularIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetAngularDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetAngularDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetTargetSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetTargetSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xSpeed);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetTargetIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetTargetIncreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetTargetDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetTargetDecreaseSpeed(MS_tdxHandleToInternalCineinfo _hIntCineinfo,MTH_tdxReal _xInertia);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetFocal(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetFocal(MS_tdxHandleToInternalCineinfo _hIntCineinfo, MTH_tdxReal _xAngle);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetZMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetZMin(MS_tdxHandleToInternalCineinfo _hIntCineinfo, MTH_tdxReal _xZ);
extern CPA_EXPORT MTH_tdxReal CAM_fn_xCineInfoGetZMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetZMax(MS_tdxHandleToInternalCineinfo _hIntCineinfo, MTH_tdxReal _xZ);
extern CPA_EXPORT HIE_tdxHandleToSuperObject CAM_fn_hCineInfoGetSuperObjectTargeted(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetSuperObjectTargeted( MS_tdxHandleToInternalCineinfo _hIntCineinfo, HIE_tdxHandleToSuperObject _hSuperObject );
extern CPA_EXPORT unsigned short CAM_fn_uwCineInfoGetDNMFlags(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetDNMFlags(MS_tdxHandleToInternalCineinfo _hIntCineinfo,unsigned short _uwFlag);
extern CPA_EXPORT unsigned short CAM_fn_uwCineInfoGetIAFlags(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetIAFlags(MS_tdxHandleToInternalCineinfo _hIntCineinfo,unsigned short _uwFlag);
extern CPA_EXPORT enum e_ucCameraStates_ CAM_fn_eCineInfoGetState(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetState(MS_tdxHandleToInternalCineinfo _hIntCineinfo,enum e_ucCameraStates_ _eState);
extern CPA_EXPORT enum e_ucListViewport_ CAM_fn_eCineInfoGetTypeOfViewport(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetTypeOfViewport(MS_tdxHandleToInternalCineinfo _hIntCineinfo,enum e_ucListViewport_ _eType);
extern CPA_EXPORT ACP_tdxBool CAM_fn_bCineInfoGetIsActive(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetIsActive(MS_tdxHandleToInternalCineinfo _hIntCineinfo,ACP_tdxBool _bIsActive);
extern CPA_EXPORT char CAM_fn_cCineInfoGetChannel(MS_tdxHandleToInternalCineinfo _hIntCineinfo);
extern CPA_EXPORT void CAM_fn_vCineInfoSetChannel(MS_tdxHandleToInternalCineinfo _hIntCineinfo,char _cChannel);
/*
**************************************************************************************************
**************************************************************************************************
Base functions
**************************************************************************************************
**************************************************************************************************
*/
extern CPA_EXPORT void CAM_fn_vInitCompleteCineinfo(MS_tdxHandleToCineinfo _hCineinfo);
#if !defined(U64)
extern CPA_EXPORT SCR_tde_Anl_ReturnValue CAM_fn_eCineinfoScriptCallBack(SCR_tdst_File_Description *_p_stFile,char *_p_szName,char *_ap_szParams[],SCR_tde_Anl_Action _eAction);
#endif /* U64 */
extern CPA_EXPORT unsigned long CAM_fn_ulCineinfoSizeOf( void );
extern CPA_EXPORT unsigned long CAM_fn_ulCineinfoInternalSizeOf( void );
extern CPA_EXPORT void CAM_fn_vCineinfoAlloc(struct tdstEngineObject_ *_p_stObject);
extern CPA_EXPORT MS_tdxHandleToCineinfo CAM_fn_hCineinfoRealAlloc( void );
extern CPA_EXPORT MS_tdxHandleToInternalCineinfo CAM_fn_hCineinfoInternalRealAlloc( void );
extern CPA_EXPORT void CAM_fn_vCineinfoFree(struct tdstEngineObject_ *_p_stObject);
extern CPA_EXPORT void CAM_fn_vCineinfoInit(struct tdstEngineObject_ *_p_stObject,enum tdeObjectTreeInit_ _eObjectInit);
extern CPA_EXPORT void CAM_fn_vCineinfoDesinit(struct tdstEngineObject_ *_p_stObject,enum tdeObjectTreeInit_ _eObjectInit);
extern CPA_EXPORT void CAM_fn_vCineinfoCopyClone(struct tdstEngineObject_ *_p_stObjectDest,struct tdstEngineObject_ *_p_stObjectSrc);
extern CPA_EXPORT void fn_vGetPersoSightAxisSystem(MS_tdxHandleToCineinfo _hCineinfo,MTH3D_tdstVector *_p_stSightAxis,MTH3D_tdstVector *_p_stFirstComplementaryAxis,MTH3D_tdstVector *_p_stSecondComplementaryAxis);
extern CPA_EXPORT void Cineinfo_fn_vReadBinaryBloc(unsigned long _ulStructAddress, char* _p_cDestBuffer);
extern CPA_EXPORT unsigned long IntStrCineInfo_fn_ulWriteBinaryBloc(unsigned long _ulStructAddress, char* _p_cDestBuffer);
extern CPA_EXPORT unsigned long Cineinfo_fn_ulWriteBinaryBloc(unsigned long _ulStructAddress, char* _p_cDestBuffer);
/*
**************************************************************************************************
**************************************************************************************************
Special functions
**************************************************************************************************
**************************************************************************************************
*/
extern CPA_EXPORT HIE_tdxHandleToSuperObject CAM_fn_hGetMainActiveCamera(HIE_tdxHandleToSuperObject hSuperObject);
extern void CAM_fn_vLoadCameraConstants(void);
extern CPA_EXPORT void CAM_fn_vSetCameraInList(HIE_tdxHandleToSuperObject _hSupObjectCamera);
extern CPA_EXPORT void CAM_fn_vDeleteCameraInList(HIE_tdxHandleToSuperObject _hSupObjectCamera);
/*extern CPA_EXPORT void CAM_fn_vCameraActivedByEditor(HIE_tdxHandleToSuperObject _hSuperObject);*/
/*extern CPA_EXPORT void CAM_fn_vCameraDesactivedByEditor(HIE_tdxHandleToSuperObject _hSuperObject);*/
extern CPA_EXPORT void CAM_fn_vSetCineinfoCurrentFromInit(MS_tdxHandleToCineinfo _hCineinfo);
extern CPA_EXPORT void CAM_fn_vSetCineinfoWorkFromCurrent(MS_tdxHandleToCineinfo _hCineinfo);
extern CPA_EXPORT void CAM_fn_vSetCineinfoVisibilityFromCurrent(MS_tdxHandleToCineinfo _hCineinfo);
extern CPA_EXPORT void CAM_fn_vSetCineinfoCurrentFromVisibility(MS_tdxHandleToCineinfo _hCineinfo);
extern CPA_EXPORT void CAM_fn_vSetCineinfoWorkFromVisibility(MS_tdxHandleToCineinfo _hCineinfo);
/*
**************************************************************************************************
**************************************************************************************************
*/
/* ANNECY MT 26/08/98 {*/
/*extern CPA_EXPORT void fn_vCineinfoSetCheckedSpeed (MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul,struct MTH3D_tdstVector_*p_Speed);*/
/*extern CPA_EXPORT void fn_vCineinfoSetCheckedPos (MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul,struct MTH3D_tdstVector_*p_Pos);*/
/*extern CPA_EXPORT void fn_vCineinfoSetCheckedTime (MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul,MTH_tdxReal _dt);*/
extern CPA_EXPORT void fn_vCineinfoSetSightAxis (MS_tdxHandleToCineinfo _hCineinfo,struct MTH3D_tdstVector_*p_stVector);
extern CPA_EXPORT void fn_vCineinfoSetFirstComplementaryAxis (MS_tdxHandleToCineinfo _hCineinfo,struct MTH3D_tdstVector_*p_stVector);
extern CPA_EXPORT void fn_vCineinfoSetSecondComplementaryAxis (MS_tdxHandleToCineinfo _hCineinfo,struct MTH3D_tdstVector_*p_stVector);
extern CPA_EXPORT void fn_vCineinfoSetSightAxisSystem (MS_tdxHandleToCineinfo _hCineinfo,struct tdstSightAxisSystem_ *p_stAxisSystem);
/*extern CPA_EXPORT MTH3D_tdstVector *fn_p_CineinfoGetCheckedSpeed(MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul);*/
/*extern CPA_EXPORT MTH_tdxReal fn_xCineinfoGetCheckedTime (MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul);*/
/*extern CPA_EXPORT MTH3D_tdstVector *fn_p_CineinfoGetCheckedPos (MS_tdxHandleToCineinfo _hCineinfo,unsigned long _ul);*/
extern CPA_EXPORT void CAM_fn_vRemindSpeed (MS_tdxHandleToCineinfo _hCineinfo,MTH_tdstMove *_p_Speed);
extern CPA_EXPORT void CAM_fn_vRemindPos (MS_tdxHandleToCineinfo _hCineinfo,MTH_tdstMove *_p_Pos);
extern CPA_EXPORT void CAM_fn_vRemindTime (MS_tdxHandleToCineinfo _hCineinfo,MTH_tdxReal _dt);
extern CPA_EXPORT void CAM_fn_vAverageSpeed (MS_tdxHandleToCineinfo _hCineinfo,MTH_tdxReal xTimeWindow,MTH3D_tdstVector *p_result);
extern CPA_EXPORT void CAM_fn_vAveragePosition (MS_tdxHandleToCineinfo _hCineinfo,MTH_tdxReal xTimeWindow,MTH3D_tdstVector *p_result);
extern CPA_EXPORT void CAM_fn_vUpdateTargetPosition(MS_tdxHandleToCineinfo _hCineinfo);
/* END ANNECY MT }*/
#if defined(__cplusplus)
}
#endif /* __cplusplus */
#endif /* __CINEINFO_H__ */
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