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reman3/Rayman_X/cpa/tempgrp/ITF/cpasobjb.cpp

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// (c) Ubi Studios 1996
// See Vincent Greco for any comment or question
#include "stdafx.h"
#ifdef ACTIVE_EDITOR
#include "acp_base.h"
#include "geo.h"
#include "gli.h"
#include "col.h"
#define HieFriend
#include "spo.h"
#include "lst.hpp"
#include "incgam.h"
#undef HieFriend
#include "x:\cpa\tempgrp\gliGLOU\MULTIDRV\inc\visus_st.h"
#include "itf/CPASObjB.hpp"
//temporary 3DOS header file include
//#include "x:appli\3dos\inc\3dos\physicol.h"
#include "pcs.h"
#include "po.h"
#include "ipo.h"
#include "isi.h"
DeclareTemplateStatic(HIE_tdxHandleToSuperObject);
ACP_tdxHandleOfMaterial g_hMaterial;
BOOL g_bMaterialInitialised = FALSE;
extern ACP_tdxBool g_bShowCollisionMap;
GLI_tdstColor TabColor[]=
{
{(float) 0.00, (float) 0.00, (float) 0.00, (float) 0.0},//E_lc_NoColor
{(float) 0.8f, (float) 0.0f, (float) 0.0f, (float) 1.f},//E_lc_Red
{(float) 0.00, (float) 0.99, (float) 0.00, (float) 0.0},//E_lc_Green
{(float) 0.00, (float) 0.00, (float) 0.99, (float) 0.0},//E_lc_Blue
{(float) 0.45, (float) 0.45, (float) 0.00, (float) 0.0},//E_lc_Yellow
{(float) 0.45, (float) 0.00, (float) 0.99, (float) 0.0},//E_lc_Violet
{(float) 0.00, (float) 0.45, (float) 0.99, (float) 0.0},//E_lc_LightBlue
};
#define C_lLocalColorMask ( GLI_C_lAllIsEnable \
- GLI_C_lIsNotForceDefaultMaterial \
- GLI_C_lIsNotGrided \
- GLI_C_lIsUseStaticLights \
- GLI_C_lIsUseRLI)
//########################################################################################
//########################################################################################
//########################################################################################
CPA_SuperObjectBase::CPA_SuperObjectBase (void)
: CPA_EdNode<CPA_SuperObjectBase,HIE_tdxHandleToSuperObject,HIE_tdxHandleToSuperObject>()
{
m_eDrawingFlag = E_df_Normal;
m_eColor = E_lc_NoColor;
m_bMustDraw = TRUE;
m_bDrawBV = FALSE;
}
//########################################################################################
//########################################################################################
//########################################################################################
CPA_SuperObjectBase::CPA_SuperObjectBase(HIE_tdxHandleToSuperObject hEngineSO)
{
SetStruct(hEngineSO);
m_eDrawingFlag = E_df_Normal;
m_eColor = E_lc_NoColor;
m_bMustDraw = TRUE;
m_bDrawBV = FALSE;
}
//ANNECY TQ 26/02/98{
//########################################################################################
//########################################################################################
//########################################################################################
//--------------------------------------------------------------------------------------
// Name : CreateParallelBoxGeometricObject
// Author : Thierry QUERE
// Date : 27/02/98
// Description : Creates an engine-geometric object to store the parallel box (bounding volume)
// and to send it to the viewport
//--------------------------------------------------------------------------------------
void CPA_SuperObjectBase::CreateParallelBoxGeometricObject()
{
ACP_tdxHandleOfElement hAlignedBoxes;
GEO_vCreateGeometricObject(&s_hBoxGeomObj, 2 /* 2 points */, 1 /* 1 element */);
GEO_vCreateElementAlignedBoxes(s_hBoxGeomObj, &hAlignedBoxes, 1);
}
void CPA_SuperObjectBase::DestroyParallelBoxGeometricObject()
{
GEO_vDeleteGeometricObject(&s_hBoxGeomObj);
}
//--------------------------------------------------------------------------------------
// Name : CreateBoundingSphereGeometricObject
// Author : Thierry QUERE
// Date : 03/06/98
// Description : Creates an engine-geometric object to store the BoundingSphere (bounding volume)
// and to send it to the viewport
//--------------------------------------------------------------------------------------
void CPA_SuperObjectBase::CreateBoundingSphereGeometricObject()
{
ACP_tdxHandleOfElement hSphere;
GEO_vCreateGeometricObject(&s_hSphereGeomObj, 1 /* 1 point */, 1 /* 1 element */);
GEO_vCreateElementSpheres(s_hSphereGeomObj, &hSphere, 1);
}
void CPA_SuperObjectBase::DestroyBoundingSphereGeometricObject()
{
GEO_vDeleteGeometricObject(&s_hSphereGeomObj);
}
//ENDANNECY TQ}
//########################################################################################
//########################################################################################
//########################################################################################
void CPA_SuperObjectBase::Display(GLD_tdxHandleToViewportAttributes hVpt,long lDrawMask,
tdstSaveLight a_tdxhArrayOfLights[], long lNbLights,
HIE_tdxHandleToSuperObject pWorld, BOOL bUseLocalFlag)
{
HIE_tdxHandleToSuperObject pStruct;
ACP_tdxHandleToRadiosity hRad;
GEO_tdxHandleToBoundingSphere hBoundingSphere = NULL;
GEO_tdxHandleToParallelBox hParallelBox = NULL;
ACP_tdxHandleOfObject hBoundingVolume = NULL;
HIE_tdxHandleToVoid hObject;
CPA_SuperObjectBase * pChild;
MTH3D_tdstVector stCenter;
tdeLocalColor eCol;
POSITION pos;
long lLocalMask;
unsigned long ulType;
long lMask;
long lIndex;
MTH3D_tdstVector stMaxBoxPoint;
MTH3D_tdstVector stMinBoxPoint;
POS_tdstCompletePosition * p_stGlobalMatrix;
POS_tdstCompletePosition stIdentityMatrix;
float fGlobalAlphaTemp ;
float fTransp, fTransparency = -1.0;
ACP_tdxBool bDummy;
// draw only valid objects
if (!m_bMustDraw)
return;
if (!g_bMaterialInitialised)
{
GLI_xCreateMaterial(&g_hMaterial);
GLI_xSetMaterialType(g_hMaterial, C_lGouraudElement);
g_bMaterialInitialised = TRUE;
}
// init parameters
pStruct = (HIE_tdxHandleToSuperObject) GetSuperObjectStruct();
eCol = GetLocalColor();
// init matrix
HIE_fn_vPushMatrix (pStruct);
HIE_fn_vPushOnCameraMatrixStack (pStruct);
// selection drawing : no light !
if (eCol != E_lc_NoColor)
{
for (lIndex = 0; lIndex < lNbLights; lIndex++)
GLI_xSetLightState(a_tdxhArrayOfLights[lIndex].hLight, 0);
}
// local mask
lLocalMask = (eCol == E_lc_NoColor) ? lDrawMask : lDrawMask & C_lLocalColorMask ;
//ANNECY VL PRT 08/04/98{
// avoid sinus effect while in editor mode
lLocalMask |= GLI_C_lHasNotSinusEffect;
//ENDANNECY VL}
// default material
GLI_xSetMaterialAmbientCoef (g_hMaterial, TabColor+eCol);
GLI_vSetDefaultMaterial(hVpt, g_hMaterial);
// local drawing flag
if (bUseLocalFlag)
{
switch (m_eDrawingFlag)
{
case E_df_BoundingV:
lLocalMask &= ~GLI_C_lIsNotDrawingSuperObjectBoundingVolume;
break;
case E_df_Grided:
lLocalMask &= ~GLI_C_lIsNotGrided;
break;
case E_df_Wired:
lLocalMask &= ~GLI_C_lIsNotWired;
break;
}
}
if (m_bDrawBV)
lLocalMask &= ~GLI_C_lIsNotDrawingSuperObjectBoundingVolume;
fTransp = HIE_fn_fGetSuperObjectTransparenceLevel(pStruct);
if (( eCol != E_lc_NoColor) ||
((fTransp < 30.0) && (fTransp > 0.0)) ||
( bUseLocalFlag && (m_eDrawingFlag == E_df_Grided)) ||
!(HIE_fn_lGetSuperObjectDrawMask(pWorld) & GLI_C_lIsNotGrided))
{
fTransparency = fTransp;
// minimal transparency
if (fTransparency < 30.0 && fTransparency > 0.0)
HIE_fn_vSetSuperObjectTransparenceLevel(pStruct, 30.0);
if (eCol == E_lc_NoColor)
{
if (fTransparency > 200.0)
HIE_fn_vSetSuperObjectTransparenceLevel(pStruct, (float) (fTransparency - 100.0));
else if (fTransparency > 100.0)
HIE_fn_vSetSuperObjectTransparenceLevel(pStruct, 100.0);
}
else
HIE_fn_vSetSuperObjectTransparenceLevel(pStruct, 128.0);
}
// parameters
ulType = HIE_fn_ulGetSuperObjectType(pStruct);
lMask = HIE_fn_lGetSuperObjectDrawMask(pStruct);
// avoid sinus effect while in editor mode
lMask |= GLI_C_lHasNotSinusEffect;
hObject = HIE_fn_hGetSuperObjectObject(pStruct);
// bounding volume
hParallelBox = (GEO_tdxHandleToParallelBox)HIE_fn_hGetSuperObjectBoundingVolume(pStruct);
if (hParallelBox && HIE_fn_SO_bHasABoxBoundingVolume (pStruct))
{
p_stGlobalMatrix = HIE_fn_hGetSuperObjectGlobalMatrix(pStruct);
MTH3D_M_vAddVector(&stMaxBoxPoint, &p_stGlobalMatrix->stTranslationVector, GEO_fn_pGetMaxPointOfParallelBox(hParallelBox));
MTH3D_M_vAddVector(&stMinBoxPoint, &p_stGlobalMatrix->stTranslationVector, GEO_fn_pGetMinPointOfParallelBox(hParallelBox));
GEO_vSetPointOfObject (s_hBoxGeomObj,
&stMaxBoxPoint,
1);
GEO_vSetPointOfObject (s_hBoxGeomObj,
&stMinBoxPoint,
0);
GEO_vSetMinMaxPointOfIndexedAlignedBox( s_hBoxGeomObj,
0, /* First element */
0, /* First Aligned box of the element */
0, /* First point = Max */
1);/* Second point = Min */
hBoundingVolume = s_hBoxGeomObj;
}
else
{
hBoundingSphere = (GEO_tdxHandleToBoundingSphere)HIE_fn_hGetSuperObjectBoundingVolume(pStruct);
if ((hBoundingSphere) && (!HIE_fn_SO_bHasABoxBoundingVolume(pStruct)))
{
MTH3D_M_vCopyVector(&stCenter, GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere));
GEO_vSetPointOfObject( s_hSphereGeomObj,
GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere),
0);
GEO_vSetCenterPointOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
0); /* First Point */
GEO_vSetRadiusOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
GEO_fn_xGetRadiusOfBoundingSphere(hBoundingSphere)
);
hBoundingVolume = s_hSphereGeomObj;
}
}
// draw geometric object
if (ulType & (HIE_C_ulEDT_Geometric | HIE_C_ulSpecialEffect))
{
POS_tdstCompletePosition *p_stCurrentMatrix;
if((MTH_M_bEqual(GEO_xGetElementType((ACP_tdxHandleOfObject)hObject, 0), GEO_C_xElementAlignedBoxes)) && (fn_bHasALinkedZDM() == TRUE))
{
/* The points have not the translation of the object ... */
MTH3D_M_vAddVector(&((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[0], &pStruct->hGlobalMatrix->stTranslationVector, &((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[0]);
MTH3D_M_vAddVector(&((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[1], &pStruct->hGlobalMatrix->stTranslationVector, &((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[1]);
POS_fn_vSetIdentityMatrix(&stIdentityMatrix);
HIE_fn_bLoadMatrix (&stIdentityMatrix);
// update camera matrix
p_stCurrentMatrix = HIE_fn_pGetCurrentInCamCoordsMatrix();
HIE_fn_vSetCurrentInCamCoordsMatrix(&((( GLI_tdstSpecificAttributesFor3D *)hVpt->p_vSpecificToXD)->p_stCam)->stMatrix);
}
fGlobalAlphaTemp = GLI_vGetGlobalAlpha();
GLI_vSetGlobalAlpha( HIE_fn_fGetSuperObjectTransparenceLevel(pStruct) );
GLI_xSendObjectToViewportWithLights(hVpt, (ACP_tdxHandleOfObject)hObject, lMask&lLocalMask);
if (eCol != E_lc_NoColor)
GLI_xSendObjectToViewportWithLights(hVpt, (ACP_tdxHandleOfObject)hObject, (lMask&lLocalMask) - GLI_C_lIsNotWired);
GLI_vSetGlobalAlpha (fGlobalAlphaTemp) ;
// Please, do not alter the following line without contacting Thierry QUERE // Annecy
if((MTH_M_bEqual(GEO_xGetElementType((ACP_tdxHandleOfObject)hObject, 0), GEO_C_xElementAlignedBoxes)) && (fn_bHasALinkedZDM() == TRUE))
{
HIE_fn_vPopMatrix ();
// update camera matrix
HIE_fn_vSetCurrentInCamCoordsMatrix(p_stCurrentMatrix);
//HIE_fn_vPopOnCameraMatrixStack ();
MTH3D_M_vSubVector(&((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[0], &((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[0], &pStruct->hGlobalMatrix->stTranslationVector);
MTH3D_M_vSubVector(&((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[1], &((ACP_tdxHandleOfObject)hObject)->d_stListOfPoints[1], &pStruct->hGlobalMatrix->stTranslationVector);
}
}
// draw physical object
if ((ulType == HIE_C_ulPO) || (ulType == HIE_C_ulPO_Mirror))
{
PO_tdxHandleToPhysicalObject hPO = (PO_tdxHandleToPhysicalObject) hObject;
// get bounding volume and center
if (!HIE_fn_SO_bHasABoxBoundingVolume (pStruct))
hBoundingSphere = PO_fn_hGetBoundingVolume(hPO);
if ((hBoundingSphere) && (!HIE_fn_SO_bHasABoxBoundingVolume(pStruct)))
{
MTH3D_M_vCopyVector(&stCenter, GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere));
GEO_vSetPointOfObject( s_hSphereGeomObj,
GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere),
0);
GEO_vSetCenterPointOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
0); /* First Point */
GEO_vSetRadiusOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
GEO_fn_xGetRadiusOfBoundingSphere(hBoundingSphere)
);
hBoundingVolume = s_hSphereGeomObj;
}
else if ((!hBoundingSphere) && (!HIE_fn_SO_bHasABoxBoundingVolume(pStruct)))
MTH3D_M_vNullVector(&stCenter);
fGlobalAlphaTemp = GLI_vGetGlobalAlpha();
GLI_vSetGlobalAlpha( HIE_fn_fGetSuperObjectTransparenceLevel(pStruct) );
//--- Display collision map ---
if(g_bShowCollisionMap)
{
if(PO_fn_hGetCollideSet(hPO))
{
if(PCS_fn_hGetZdrGeoObjOfPhysicalCollSet(PO_fn_hGetCollideSet(hPO)))
GLI_xSendObjectToViewportWithLights(hVpt, PCS_fn_hGetZdrGeoObjOfPhysicalCollSet(PO_fn_hGetCollideSet(hPO)), lMask&lLocalMask);
}
}
else
//--- Display graphical map ---
{
GLI_lSendVisualSetToViewport2(hVpt, PO_fn_hGetVisualSet(hPO), &stCenter, lMask&lLocalMask);
if (eCol != E_lc_NoColor)
GLI_lSendVisualSetToViewport2(hVpt, PO_fn_hGetVisualSet(hPO), &stCenter, (lMask&lLocalMask) - GLI_C_lIsNotWired);
GLI_vSetGlobalAlpha (fGlobalAlphaTemp) ;
}
}
// draw instanciated physical object
if (ulType & (HIE_C_ulIPO | HIE_C_ulIPO_Mirror))
{
IPO_tdxHandleToInstanciatedPhysicalObject hIPO = (IPO_tdxHandleToInstanciatedPhysicalObject) hObject;
PO_tdxHandleToPhysicalObject hPO = IPO_fn_hGetPhysicalObject(hIPO);
// get bounding volume and center
if (!HIE_fn_SO_bHasABoxBoundingVolume (pStruct))
hBoundingSphere = PO_fn_hGetBoundingVolume(hPO);
//ANNECY TQ 27/02/98{
if ((hBoundingSphere) && (!HIE_fn_SO_bHasABoxBoundingVolume(pStruct)))
{
MTH3D_M_vCopyVector(&stCenter, GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere));
GEO_vSetPointOfObject( s_hSphereGeomObj,
GEO_fn_pGetCenterPointOfBoundingSphere(hBoundingSphere),
0);
GEO_vSetCenterPointOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
0); /* First Point */
GEO_vSetRadiusOfIndexedSphere ( s_hSphereGeomObj,
0, /* First Element */
0, /* First Sphere of the element */
GEO_fn_xGetRadiusOfBoundingSphere(hBoundingSphere)
);
hBoundingVolume = s_hSphereGeomObj;
}
else if (HIE_fn_SO_bHasABoxBoundingVolume(pStruct))
{
MTH3D_tdstVector * p_stMinPoint = GEO_fn_pGetMinPointOfParallelBox ((GEO_tdstParallelBox *) HIE_fn_hGetSuperObjectBoundingVolume (pStruct));
MTH3D_tdstVector * p_stMaxPoint = GEO_fn_pGetMaxPointOfParallelBox ((GEO_tdstParallelBox *) HIE_fn_hGetSuperObjectBoundingVolume (pStruct));
MTH3D_M_vMiddleVector (&stCenter , p_stMinPoint , p_stMaxPoint);
}
//ENDANNECY TQ}
fGlobalAlphaTemp = GLI_vGetGlobalAlpha();
GLI_vSetGlobalAlpha( HIE_fn_fGetSuperObjectTransparenceLevel(pStruct) );
// get RLI parameters
hRad = IPO_fn_hGetRadiosity(hIPO);
//--- Display Collision Map ---
if(g_bShowCollisionMap)
{
if(PO_fn_hGetCollideSet(hPO))
{
if(PCS_fn_hGetZdrGeoObjOfPhysicalCollSet(PO_fn_hGetCollideSet(hPO)))
GLI_xSendObjectToViewportWithLights(hVpt, PCS_fn_hGetZdrGeoObjOfPhysicalCollSet(PO_fn_hGetCollideSet(hPO)), lMask&lLocalMask);
}
}
else
//--- Display Graphical Map ---
{
GLI_lSendVisualSetToViewportWithRLI2(hVpt, PO_fn_hGetVisualSet(hPO), &stCenter, lMask&lLocalMask, hRad/*dColor*/);
if (eCol != E_lc_NoColor)
GLI_lSendVisualSetToViewportWithRLI2(hVpt, PO_fn_hGetVisualSet(hPO), &stCenter, (lMask&lLocalMask) - GLI_C_lIsNotWired, hRad /*dColor*/);
}
}
GLI_vSetGlobalAlpha (fGlobalAlphaTemp) ;
/* The matrix that is on the top of the pile is currently the global matrix of the object */
/* This matrix is used by the viewport to know in what axis system the coordinates he receives
are */
/* When the bounding volume is a sphere, the matrix on the top MUST be the gobal matrix because
the center and the radius are computed in the local axis system of the object, */
/* but, unfortunatly, for the parallel boxes where everything is computed in the global
axis system, the matrix on the top must be the identity matrix */
// draw bounding volume
if (hBoundingVolume &&
(HIE_fn_SO_bHasABoxBoundingVolume(pStruct)) &&
!(lLocalMask & GLI_C_lIsNotDrawingSuperObjectBoundingVolume))
{
POS_tdstCompletePosition *p_stCurrentMatrix;
POS_fn_vSetIdentityMatrix(&stIdentityMatrix);
HIE_fn_bLoadMatrix (&stIdentityMatrix);
// update camera matrix
p_stCurrentMatrix = HIE_fn_pGetCurrentInCamCoordsMatrix();
HIE_fn_vSetCurrentInCamCoordsMatrix(&((( GLI_tdstSpecificAttributesFor3D *)hVpt->p_vSpecificToXD)->p_stCam)->stMatrix);
GLI_xSendObjectToViewportWithLights(hVpt, hBoundingVolume, lMask & lDrawMask &~GLI_C_lIsNotWired &~GLI_C_lIsNotDrawCollideInformation);
HIE_fn_vPopMatrix ();
// update camera matrix
HIE_fn_vSetCurrentInCamCoordsMatrix(p_stCurrentMatrix);
//HIE_fn_vPopOnCameraMatrixStack();
}
else
if(hBoundingVolume&&!(lLocalMask &GLI_C_lIsNotDrawingSuperObjectBoundingVolume))
GLI_xSendObjectToViewportWithLights(hVpt, hBoundingVolume, lMask & lDrawMask &~GLI_C_lIsNotWired &~GLI_C_lIsNotDrawCollideInformation);
// reset lights
if (eCol != E_lc_NoColor)
{
for (lIndex = 0; lIndex < lNbLights; lIndex++)
GLI_xSetLightState(a_tdxhArrayOfLights[lIndex].hLight, a_tdxhArrayOfLights[lIndex].lInitialState);
}
if (fTransparency >= 0.0)
{
HIE_fn_vSetSuperObjectTransparenceLevel(pStruct, fTransparency);
}
// recursive function
if (HIE_fn_ulGetSuperObjectType(pStruct)==HIE_C_ulActor)
{
GLI_tdxHandleToLight hLight=HIE_fn_hGetSuperObjectLight(pStruct);
if(hLight) {
if (HIE_fn_bGetSuperObjectExcluLight(pStruct))
GLI_xSetViewportLightsOnOff(0);
GLI_vAddLightToViewport(hVpt,hLight);
}
bDummy = g_bShowCollisionMap;
g_bShowCollisionMap = FALSE;
M_ForAllTheElementsInList(pChild, this, pos)
pChild->Display(hVpt, HIE_fn_lGetSuperObjectDrawMask(pStruct),
a_tdxhArrayOfLights, lNbLights, pWorld, bUseLocalFlag);
g_bShowCollisionMap = bDummy;
if(hLight) {
GLI_vPopLightsInViewport(hVpt , 1);
if (HIE_fn_bGetSuperObjectExcluLight(pStruct))
GLI_xSetViewportLightsOnOff(1);
}
}
else
M_ForAllTheElementsInList(pChild, this, pos)
pChild->Display(hVpt, HIE_fn_lGetSuperObjectDrawMask(pStruct)&lDrawMask,
a_tdxhArrayOfLights, lNbLights, pWorld, bUseLocalFlag);
HIE_fn_vPopMatrix ();
HIE_fn_vPopOnCameraMatrixStack ();
}
//########################################################################################
//########################################################################################
//########################################################################################
void CPA_SuperObjectBase::DisplayWorld(GLD_tdxHandleToViewportAttributes hVpt, tdstSaveLight a_tdxhArrayOfLights[], long lNbLights, BOOL bUseLocalMask)
{
GEO_tdstColor stColor;
// default material
GLI_xCreateMaterial(&g_hMaterial);
stColor.xR = (float) 0.99;
stColor.xG = (float) 0.99;
stColor.xB = (float) 0.99;
GLI_xSetMaterialAmbientCoef (g_hMaterial, &stColor);
GLI_xSetMaterialType(g_hMaterial, C_lGouraudElement);
GLI_vSetDefaultMaterial(hVpt, g_hMaterial);
// reinit matrix
HIE_fn_vInitMatrixStack();
if( HIE_fn_bInitCameraMatrixStack(hVpt) == OK)
{
// display world (recursive function)
Display(hVpt, GLI_C_lAllIsEnable&(GLI_C_lIsNotDrawCollideInformation^0xffffffff),
a_tdxhArrayOfLights, lNbLights,
(HIE_tdxHandleToSuperObject) GetSuperObjectStruct(), bUseLocalMask);
}
}
// FBF 01 04 98 {
void CPA_SuperObjectBase::SetLocalColor (tdeLocalColor eNewColor)
{
m_eColor = eNewColor;
}
// FBF 01 04 98}
#endif // ACTIVE_EDITOR
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