Link sur une dll avec un objet contenu dans cette dll

bonjour,

j'ai un pb de compilation bizarre, du moins au link en release. J'ai une dll dans laquelle j'ai une classe

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class KCLASS KW_GenWorld : public KW_GENWORLD_PARENT { protected: virtual KBool KMTH kInit(); virtual void KMTH kShut(); public: inline virtual KInt32 KMTH kGetNbFields() const; inline virtual const KFieldInfo KMTH kGetFieldInfo(KInt32 i) const; virtual void KMTH kUpdate(); virtual const KS_DisplayData * KMTH kGetInternDisplayData(const KDrawInfo * di); KBool KMTH kGetDirectionnalShadow(KDD_Shadowed &kDD); virtual void KMTH kBeforeReload(KS_InStream& Stream); virtual KBool KMTH kReadContents(KS_InStream& stream, KInt32 format=KS_IOFORMAT_DEFAULT); virtual KBool KMTH kWriteContents(KS_OutStream& stream, KInt32 format=KS_IOFORMAT_DEFAULT); void KMTH kInvalidateBBox() { kBBoxUpToDate = KFALSE; } virtual KBBoxLocal KMTH kGetBBox(); virtual void KMTH kBBoxUpdate(); void KMTH kSetRoot(KW_3DNodeHdl &_RootObjHdl); inline const KW_3DNodeHdl & KMTH kGetRoot(){return RootObjHdl;}   ....

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KMTH est un define de __fastcall
KCLASS est une define pour faire un __declspec( dllexport )

toutes mes fonctions sont bien codé dans un CPP. Et pourtant j'ai cette erreur au link

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1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kNeedSave(void)" (?kNeedSave@KW_GenWorld@@UAIXXZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kDoDependencies(bool)" (?kDoDependencies@KW_GenWorld@@UAIX_N@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual int __fastcall KW_GenWorld::kGetAllDependencies(struct KW_DependenciesList &,bool)" (?kGetAllDependencies@KW_GenWorld@@UAIHAAUKW_DependenciesList@@_N@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kUnSetDependencies(struct KW_GraphObjectHdl &,bool)" (?kUnSetDependencies@KW_GenWorld@@UAIXAAUKW_GraphObjectHdl@@_N@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kChangeDependencies(struct KW_GraphObjectHdl &,struct KW_GraphObjectHdl &)" (?kChangeDependencies@KW_GenWorld@@UAIXAAUKW_GraphObjectHdl@@0@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kBBoxUpdate(void)" (?kBBoxUpdate@KW_GenWorld@@UAIXXZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "protected: virtual bool __fastcall KW_GenWorld::kInit(void)" (?kInit@KW_GenWorld@@MAI_NXZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "protected: virtual void __fastcall KW_GenWorld::kShut(void)" (?kShut@KW_GenWorld@@MAIXXZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kUpdate(void)" (?kUpdate@KW_GenWorld@@UAIXXZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kBeforeReload(class KIStream &)" (?kBeforeReload@KW_GenWorld@@UAIXAAVKIStream@@@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual bool __fastcall KW_GenWorld::kReadContents(class KIStream &,int)" (?kReadContents@KW_GenWorld@@UAI_NAAVKIStream@@H@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual bool __fastcall KW_GenWorld::kWriteContents(class KOStream &,int)" (?kWriteContents@KW_GenWorld@@UAI_NAAVKOStream@@H@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual struct KS_DisplayData const * __fastcall KW_GenWorld::kGetInternDisplayData(struct KDrawInfo const *)" (?kGetInternDisplayData@KW_GenWorld@@UAIPBUKS_DisplayData@@PBUKDrawInfo@@@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual struct KBBoxLocal __fastcall KW_GenWorld::kGetBBox(void)" (?kGetBBox@KW_GenWorld@@UAI?AUKBBoxLocal@@XZ) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual bool __fastcall KW_GenWorld::kGetInfos(struct KDD_Tips &)" (?kGetInfos@KW_GenWorld@@UAI_NAAUKDD_Tips@@@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual int __fastcall KW_GenWorld::kGetSubObjectTypedData(int,int,int,bool,bool)" (?kGetSubObjectTypedData@KW_GenWorld@@UAIHHHH_N0@Z) 1>KW_GenWorld.obj : error LNK2001: symbole externe non résolu "public: virtual void __fastcall KW_GenWorld::kDelSubObjectTypedData(int,int,int,bool)" (?kDelSubObjectTypedData@KW_GenWorld@@UAIXHHH_N@Z)

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auriez-vous une idée de la solution. Merci d'avance

Pouvez-vous nous donner le code de la définition (pas ça déclaration) de la méthode "kNeedSave" de la classe KW_GenWorld ?

voila

Code:

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1 2	void KW_GenWorld::kNeedSave(void)

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Il ne manquerait pas un "KMTH" quelque par sur la ligne ?

Code:

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1 2	KMTH void KW_GenWorld::kNeedSave(void)

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Je viens de tester et j'ai toujours le même pb.

Code:

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virtual void KMTH KW_GenWorld::kNeedSave(void)

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non plus. de plus l'erreur apparait sur des fonctions virtuelle aussi ( genre kInit )

Comme je vous trouve pas chaud pour nous postez tout le .h et tout le .cpp, on va jouez aux devinettes.
Le cpp est bien compilé dans le projet ?

Je n'ai pas mit tout le .cpp et .h parce que cela va faire un post de 4km de long. Si vous voulez le voir le voici.

.Cpp

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#include <edition/KS_Gui.h> #include <edition\KControl_PropertyCtrl.h> #include <edition/KS_Cfg.h> #include <runtime/KW_Bitmap.h> #include <DB/KS_LogicalObject.h> #include "edition\KS_EditionToolBox.h" #include <private\db\KFile.h> #include <db/KDB_Manager.h> #include "KW_GenWorld.h" #include "AGW_GenWorld.h" #include "KW_3DNode.h" #include "TBitmap.h" #include "KW_DLight.h" #include "KW_GwRoad.h" #include "KW_Road.h" #include "KW_Path.h"   namespace Viewport_Z { Vec4f Default_Bloom( 1.500385f, 5.000063f, 0.2f, 0.200004f ); Float Default_AverageGrayLevel = 0.9f; // Il faut des Default lorsqu'aucune caméra est activé Float Default_WhiteLevel = 25.f; // Les Defaults sont mises dans chaque objet Viewport_Z Float Default_MinExposure = 0.45f; // Il faut donc changer les valeurs ici Float Default_MaxExposure = 2.f; Vec4f Default_BlueShift(0.2f,0.3f,1.f,0.1f); Float Default_RainAmount = 0.f; Vec3f Default_CubeMapOffset(0.0f,0.0f,0.0f); Vec4f Default_HDRSettings(0.f,0.4f,0.f,6.f); }     KUInt32 gShadowMapPrimitiveFilter[NUM_SHADOW_TEXTURES] = { //Slice 0 (1<<RPPRIM_GROUND) |(1<<RPPRIM_NODECAL_GROUND) |(1<<RPPRIM_NODECAL_FARGROUND) |(1<<RPPRIM_NODECAL_VERYFARGROUND) // |(1<<RPPRIM_FADEGROUND) |(1<<RPPRIM_FARGROUND) // |(1<<RPPRIM_FARFADEGROUND) |(1<<RPPRIM_VERYFARGROUND) |(1<<RPPRIM_ROCHER) |(1<<RPPRIM_BOIS) |(1<<RPPRIM_GLOBALBOIS) |(1<<RPPRIM_FARLEAVES) |(1<<RPPRIM_FARBUSHES) // |(1<<RPPRIM_FADELEAVES) |(1<<RPPRIM_LEAVES) |(1<<RPPRIM_CLOSE_LEAVES) |(1<<RPPRIM_MESHES) ,//Slice 1 (1<<RPPRIM_GROUND) |(1<<RPPRIM_NODECAL_GROUND) |(1<<RPPRIM_NODECAL_FARGROUND) |(1<<RPPRIM_NODECAL_VERYFARGROUND) // |(1<<RPPRIM_FADEGROUND) |(1<<RPPRIM_FARGROUND) // |(1<<RPPRIM_FARFADEGROUND) |(1<<RPPRIM_VERYFARGROUND) |(1<<RPPRIM_ROCHER) |(1<<RPPRIM_BOIS) |(1<<RPPRIM_GLOBALBOIS) |(1<<RPPRIM_FARLEAVES) |(1<<RPPRIM_FARBUSHES) // |(1<<RPPRIM_FADELEAVES) |(1<<RPPRIM_LEAVES) |(1<<RPPRIM_CLOSE_LEAVES) |(1<<RPPRIM_MESHES) ,//Slice 2 (1<<RPPRIM_GROUND) |(1<<RPPRIM_NODECAL_GROUND) |(1<<RPPRIM_NODECAL_FARGROUND) |(1<<RPPRIM_NODECAL_VERYFARGROUND) // |(1<<RPPRIM_FADEGROUND) |(1<<RPPRIM_FARGROUND) // |(1<<RPPRIM_FARFADEGROUND) |(1<<RPPRIM_VERYFARGROUND) // |(1<<RPPRIM_ROCHER) // |(1<<RPPRIM_BOIS) // |(1<<RPPRIM_GLOBALBOIS) |(1<<RPPRIM_FARLEAVES) |(1<<RPPRIM_FARBUSHES) // |(1<<RPPRIM_FADELEAVES) |(1<<RPPRIM_LEAVES) |(1<<RPPRIM_CLOSE_LEAVES) |(1<<RPPRIM_MESHES) ,//Slice 3 (1<<RPPRIM_GROUND) |(1<<RPPRIM_NODECAL_GROUND) |(1<<RPPRIM_NODECAL_FARGROUND) |(1<<RPPRIM_NODECAL_VERYFARGROUND) // |(1<<RPPRIM_FADEGROUND) |(1<<RPPRIM_FARGROUND) // |(1<<RPPRIM_FARFADEGROUND) |(1<<RPPRIM_VERYFARGROUND) // |(1<<RPPRIM_ROCHER) // |(1<<RPPRIM_BOIS) // |(1<<RPPRIM_GLOBALBOIS) |(1<<RPPRIM_FARLEAVES) |(1<<RPPRIM_FARBUSHES) // |(1<<RPPRIM_FADELEAVES) |(1<<RPPRIM_LEAVES) |(1<<RPPRIM_CLOSE_LEAVES) |(1<<RPPRIM_MESHES) };   //--------------------------------------------------------------------------------------------------- // KW_GenWorld //---------------------------------------------------------------------------------------------------   KBool KW_GenWorld::kInit() { m_bLoopingUpdateWorldThread=FALSE;   //Les Matieres & les BMap compressé KInt32 i; pDefaultCompressedBmap=NULL; for(i=0;i<GENWORLD_MATERIAL_NB;i++) { pCompressedBmap[i]=NULL; kMaterialHdlList[i].kSetObjectType(KS.kWorldManager->kGetClassNum("TBitmap")); kSetMaterial(i,kGetMaterial(i), KFALSE, //KFALSE no notify KW_GenWorld modified KFALSE); //KFALSE no need updatematerialdisplay }   if( !KW_GENWORLD_PARENT::kInit() ) return KFALSE;   kBBoxUpToDate=KFALSE;   InitPrimitiveStates(); for(i=0;i<RPPRIM_COUNT;i++) //Alors oué, faut inverser le cw par ccw if(gPrimitiveStates[i].Ds&ds_cw) { gPrimitiveStates[i].Ds&=~ds_cw; gPrimitiveStates[i].Ds|=ds_ccw; } m_DisplayWorld.SetHasDisplayWorld(FALSE); m_DisplayWorld.SetHasTerraFormWorld(FALSE); m_UpdateWorld.SetHasStackTerraFormWorld(TRUE); m_DisplayWorld.SetCacheSizeRatio(0);   kCurPlayerTime=0.f; kCurPlayerSpeed=1.f; kUpdateDayCycle(); //DayCycle Default values   kSetWorldID(41,KFALSE);   //Recuper les Strings des Type de Road pour le PopUp for(KInt32 Type=0;Type<cA_RoadTypeInfo::RoadTypeInfos_LAST;Type++) AddRoadLinkType(KString(cA_RoadTypeInfo::TabRoadTypeInfos[Type].MyTypeStr));   kDDGenWorld.kGenWorldHdl=kGetHandle();   #define ATHMOSPHERELIMIT 5000.f #define ATHMOSFORCEFORCE 0.5f #define HAZELIMIT 200.f #define HAZEFORCE 0.f   kID.kSetValue(41L); kAtmLimit.kSetValue(ATHMOSPHERELIMIT); kAtmForce.kSetValue(ATHMOSFORCEFORCE); kAtmHazeLimit.kSetValue(HAZELIMIT); kAtmHazeForce.kSetValue(HAZEFORCE);   kRoadHdl.kSetObjectType(KS.kWorldManager->kGetClassNum(KW_GWROAD_KCLASS));   //Ajoute Bank d objet "TREES" si non présente (on fera les boutons apres) GetBankObj("TREES",KTRUE); GetBankObj("BUSHES",KTRUE); GetBankObj("ROCKS",KTRUE); return KTRUE; }   void KW_GenWorld::kShut() { KW_GENWORLD_PARENT::kShut(); kCleanAllDatas(); }   void KW_GenWorld::kCleanAllDatas() { m_bLoopingUpdateWorldThread=FALSE; //Thread_Z Remove while( m_UpdateThread.Join(2000*1000) != THREAD_WAIT_SIGNALED) { m_DisplayWorld.FlushCaches(); m_UpdateWorld.FlushCaches(); } m_DisplayWorld.Reset(); m_UpdateWorld.Reset(); // PreLoadedTrees.Empty(); // PreLoadedBushes.Empty(); FlushMeshTypes(); // MyPrimitives.Empty(TRUE); // MyPrimitives2.Empty(TRUE); // MyPrimitives3.Empty(TRUE);   kFlushGenSurfaces(); kFlushRoads(); }   //--------------------------------------------------------------------------------------------------- // Update Handling //---------------------------------------------------------------------------------------------------   void KW_GenWorld::kUpdate() { KW_GENWORLD_PARENT::kUpdate();   //Check All Binary stuff to be reloaded, so rebuild converted compressed file KBool bNeedReloadBinary=KFALSE; for(KInt32 MatId=GENWORLD_MATERIAL_TO_BINARY_FIRST;MatId<GENWORLD_MATERIAL_TO_BINARY_LAST ; MatId++) for(int i=0; ; i++) { if (gBinaryDescArray[i].ID<0) break; S32 BinId=gBinaryDescArray[i].ID; if (MatId!=BinId+GENWORLD_MATERIAL_TO_BINARY_FIRST) continue; KString FullFileName; KW_BitmapHdl BitmapHdl=kGetCompressedBitmapHdl(MatId,FullFileName); if(!BitmapHdl.kIsValid()) continue; if(kDBManager->kGetLogicalObjectFromSharedHandle(BitmapHdl)->kGetHasBeenReloadedAndSetFalse()) bNeedReloadBinary=KTRUE; }   if(bNeedReloadBinary) { //Flush GenWorld kCleanAllDatas();   //Reload Data for(KInt32 i=0;i<GENWORLD_MATERIAL_NB;i++) kSetMaterial(i,kGetMaterial(i), KFALSE, //KFALSE no notify KW_GenWorld modified (i==(GENWORLD_MATERIAL_NB-1))?KTRUE:KFALSE); //KTRUE for last one, to updatematerialdisplay at end   } kSetRoot(RootObjHdl);   kSyncGeneration();   //Materials kUpdateMaterialsData(); kValidate(); }   //--------------------------------------------------------------------------------------------------- // Display Handling //--------------------------------------------------------------------------------------------------- U32 _UpdateThreadUpdate(void* userdata) { KW_GenWorld* pWorld = (KW_GenWorld*) userdata; return pWorld->UpdateWorldThread(); }   S32 IdleFrames=0; S32 KW_GenWorld::UpdateWorldThread() { CHECKFTOLMODE(); SetFloatControlDownward();   m_UpdateMutex.Lock(); m_UpdateWorld.SetDetailView(m_DetailView); m_UpdateMutex.Unlock();   m_UpdateWorld.InitToCam(m_UpdateWorld.GetDetailCenter());   while (m_bLoopingUpdateWorldThread) { m_UpdateMutex.Lock(); m_UpdateWorld.SetDetailView(m_DetailView); m_UpdateWorld.GetWorldSun()=m_DisplayWorld.GetWorldSun(); m_UpdateWorld.SetCloudsAmount(0.f); m_UpdateMutex.Unlock();   m_UpdateWorld.InitLongUpdateComputations(2); m_UpdateWorld.UpdateDisplayWorld(0.2f,0.2f,0.2f); m_UpdateWorld.UpdateLogicalWorld(0.2f);   m_UpdateWorld.AddExternalTerraStacks(&m_UpdateWorld);   // Seb: Si cache saturé, on tanke la thread ici... while (m_UpdateWorld.IsCacheSaturated()) { Sleep_Z(10000); } if (m_UpdateWorld.UseOneLongUpdateComputations()) { IdleFrames++; if (IdleFrames>10) { Sleep_Z(10000); } } else { IdleFrames=0; } }; return 0; }   void KW_GenWorld::kSyncGeneration() { if(!m_UpdateThread.IsInited()) return; m_UpdateWorld.A_FlushFreeBuffers(); m_UpdateWorld.AddRenderStacks(); m_UpdateWorld.AddTerraStacks(&m_DisplayWorld); }   KBool KW_GenWorld::kGetDirectionnalShadow(KDD_Shadowed &kDD) { kDD.kDirectionnalDir=m_DisplayWorld.GetWorldAtmosphere().m_FakeLightingDir; kDD.kEnabled=KTRUE; return KFALSE; }   const KS_DisplayData* KW_GenWorld::kGetInternDisplayData(const KDrawInfo *di) { CHECKFTOLMODE(); kCheckObject(); if(!di->cam.kIsValid()) return NULL; kDDGroup.kElemAr.kSetSize(2); if (kGetState(DISP_ID_TEXTURE)) kDDGroup.kElemAr[0]=kGetMaterialsDisplayData(di); else kDDGroup.kElemAr[0]=NULL;   KW_Camera *kCamera = kGetPtr(di->cam); KMatrix3x3f lMatRot(kCamera->kGetRotation()); Vec3f lCameraPos=kCamera->kTranslation.kGetValue(); Vec3f lCameraDir(-lMatRot.m[0][2],-lMatRot.m[1][2],-lMatRot.m[2][2]);   if(!m_bLoopingUpdateWorldThread) { SetFloatControlDownward();   //User Define des Couleurs la Dialog KD_GenWorldProperty kUpdateUserDefined();   // Update à mettre dans le thread... m_DisplayWorld.InitToCam(lCameraPos);   m_bLoopingUpdateWorldThread=TRUE;   ThreadParam_Z thp; strcpy(thp.Name,"GenWorldUpdate"); thp.ThreadProc = &_UpdateThreadUpdate; thp.UserData = this; thp.StackSize = 0x100000; // 1MB m_UpdateThread.Init(thp); m_UpdateThread.Start(); }   //View & Frustrums cA_View &view=m_DetailView; view.CamPos.x = lCameraPos.x; view.CamPos.y = lCameraPos.y; view.CamPos.z = lCameraPos.z; view.NearClip = 0.25f; view.FarClip = 80000.f; view.Front = lCameraDir; Vec3f right=view.Front^VEC3F_UP; right.CNormalize(); Vec3f nup=right^view.Front; nup.CNormalize(); view.Up =nup; Mat4x4 CamMat; BuildLookAtMatrix(view.Front,view.Up,CamMat); Float HRatio=1.f; Float VRatio=1.f; view.Plane.BuildFrustrum(CamMat,view.CamPos,HRatio,VRatio,view.NearClip,view.FarClip); view.ExtPlane.BuildFrustrum (CamMat,view.CamPos-view.Front*10.f,HRatio,VRatio,view.NearClip,view.FarClip);   m_DisplayWorld.SetDetailView(m_DetailView); m_DisplayWorld.InitLongUpdateComputations(0); m_DisplayWorld.UpdateDisplayWorld(0.2f,0.2f,0.2f); m_DisplayWorld.UpdateLogicalWorld(0.2f);   kSyncGeneration();   m_DisplayWorld.UseOneLongUpdateComputations();   kDDGroup.kElemAr[1]=&kDDGenWorld; return &kDDGroup; }   //--------------------------------------------------------------------------------------------------- void KW_GenWorld::kBBoxUpdate(void) { kCheckObject(); KW_GENWORLD_PARENT::kBBoxUpdate(); } KBBoxLocal KW_GenWorld::kGetBBox() { KBBoxLocal bb; return bb; } //--------------------------------------------------------------------------------------------------- // File Handling //---------------------------------------------------------------------------------------------------   KBool KW_GenWorld::kReadContents(KS_InStream &Stream,KInt32 Format) { if (!KW_GENWORLD_PARENT::kReadContents(Stream,Format)) return KFALSE;   PWP_DELTA_MEMORY("KW_GenWorld::kReadContents"); kMinimizeMemory(); kSetWorldID(kID.kGetValue(),KFALSE);   kSetRoadObject(kGetRoadObject(),KFALSE);   for(KInt32 i=0;i<GENWORLD_MATERIAL_NB;i++) kSetMaterial(i,kGetMaterial(i),KFALSE, //KFALSE no notify KW_GenWorld modified (i==(GENWORLD_MATERIAL_NB-1))?KTRUE:KFALSE); //KTRUE for last one, to updatematerialdisplay at end   kUpdateDayCycle(); //DayCycle Default values kUpdateUserDefined();   KInt32 indent=1; char Type[2049]; if(Stream.kGetWord(Type, 2048)) { if(strcmp(Type,"{")) return KFALSE; while( indent && Stream.kGetWord(Type, 2048)) { if(!strcmp(Type,"{")) indent++; else if(!strcmp(Type,"}")) indent--; else if(!strcmp(Type,"BankObj")) { kBankObj.kAdd(); if(!kBankObj[kBankObj.kGetSize()-1].kRead(Stream,Format)) { KS.kMessage("KW_GenWorld::BankObj not recognised"); return KFALSE; } else indent--; } else if(!strcmp(Type,"Missions") || !strcmp(Type,"PointOfInterests") || !strcmp(Type,"Zones")) { //Le Type kUnknowData+=KString("\r\n")+KString("{ ")+KString(Type)+KString("\r\n"); KInt32 StreamStartPos=Stream.kGetPos(); //Cherche la fin S32 mindent=1; while(mindent && Stream.kGetWord(Type, 2048)) { if(!strcmp(Type,"{")) mindent++; else if(!strcmp(Type,"}")) mindent--; } KInt32 StreamEndPos=Stream.kGetPos()-1; //Pour eviter le coup du demit retour de chariot //Copie tout KUInt8DA BufferRead; BufferRead.kSetSize((StreamEndPos-StreamStartPos)+1); BufferRead[StreamEndPos-StreamStartPos]=0; Stream.kSetPos(StreamStartPos); Stream.kReadData(BufferRead.kPtr(),StreamEndPos-StreamStartPos);   //Ajoute a la chaine kUnknowData+=KString((const KChar*)BufferRead.kPtr());   //Au Revoir indent--; } } }   //Ajoute Bank d objet "TREES" si non présente (on fera les boutons apres) GetBankObj("TREES",KTRUE); GetBankObj("BUSHES",KTRUE); GetBankObj("ROCKS",KTRUE);   return KTRUE; }   KBool KW_GenWorld::kWriteContents(KS_OutStream &Stream,KInt32 Format) { if (!KW_GENWORLD_PARENT::kWriteContents(Stream,Format)) return KFALSE;   //Chunk ! Stream << Stream.kEOL() << "{ " << Stream.kEOL(); { KInt32 i; for(i=0;i<kBankObj.kGetSize();i++) if(!kBankObj[i].kWrite(Stream)) return KFALSE;   //Missions et autres if(kUnknowData.kGetLength()) Stream.kWrite(kUnknowData,kUnknowData.kGetLength()); } //Fin Stream << Stream.kEOL() << "}" << Stream.kEOL(); return KTRUE; }   //--------------------------------------------------------------------------------------------------------- // Empty all Array before new ReadContents //-------------------------------------------------------------------------------------------------------   void KW_GenWorld::kBeforeReload(KS_InStream& Stream) { KW_GENWORLD_PARENT::kBeforeReload(Stream); kBankObj.kEmpty();   } void KW_GenWorld::kMinimizeMemory() { } KBool KW_GenWorld::kGetInfos(KDD_Tips &Tips) { return KTRUE; }     //--------------------------------------------------------------------------------------------------------- // Dependencies //-------------------------------------------------------------------------------------------------------   void KW_GenWorld::kNeedSave(void) { cNeedSave(kGetHandle()); }   void KW_GenWorld::kSetRoadObject(KW_GraphObjectHdl &Hdl,KBool bNeedSave) { kRoadHdl.kSetValue(Hdl);   m_UpdateWorld.TerraRoad.pStockRoads = NULL; m_UpdateWorld.TerraRoad.pGPSRoads = NULL; m_UpdateWorld.TerraRoad.pStockHubs = NULL; m_UpdateWorld.TerraRoad.pStockATVs = NULL; m_UpdateWorld.BigLakes.pStockLakes = NULL;   if(Hdl.kIsValid()) { KW_GwRoadPtr _Ptr(Hdl); m_UpdateWorld.TerraRoad.pStockRoads = &(_Ptr->pStockRoads); m_UpdateWorld.TerraRoad.pGPSRoads = &(_Ptr->pGPSRoads); m_UpdateWorld.TerraRoad.pStockHubs = &(_Ptr->pStockHubs); m_UpdateWorld.TerraRoad.pStockATVs = &(_Ptr->pStockATVs); m_UpdateWorld.BigLakes.pStockLakes = &(_Ptr->pStockLakes); } if(bNeedSave) kNeedSave(); }   void KW_GenWorld::kDoDependencies(KBool bForce) { KS_LogicalObject *LoPtr=kDBManager->kGetLogicalObjectFromSharedHandle(kGetHandle()); KS_ASSERT(LoPtr);   KW_DependenciesList kDependenciesHdl; KInt32 i,Nb=kGetAllDependencies(kDependenciesHdl);   if(LoPtr->kGetShouldBeSaved()) { LoPtr->kRemoveAllDependencies(); for(i=0;i<Nb;i++) if(kDBManager->kGetLogicalObjectFromSharedHandle(kDependenciesHdl[i])) LoPtr->kNotifyUsesSharedObject(kDependenciesHdl[i],KTRUE); } for(i=0;i<Nb;i++) { KW_GraphObjectPtr _Obj(kDependenciesHdl[i]); _Obj->kDoDependencies(); } }   KInt32 KW_GenWorld::kGetAllDependencies(KW_DependenciesList &Dep,KBool bRecurse) { KW_GraphObjectHdlDA List; for(KInt32 i=0;i<GENWORLD_MATERIAL_NB;i++) if(kGetMaterial(i).kIsValid()) List.kAdd(kGetMaterial(i));   if(kGetRoadObject().kIsValid()) List.kAdd(kGetRoadObject());   KInt32 i; for(i=0;i<kBankObj.kGetSize();i++) kBankObj[i].kGetAllDependencies(Dep,bRecurse);   Dep.kAdd(List,bRecurse);   return Dep.kGetSize(); }   void KW_GenWorld::kUnSetDependencies(KW_GraphObjectHdl &kHdl,KBool bRecurse) { KInt32 i; for(i=0;i<kBankObj.kGetSize();i++) if(kBankObj[i].kUnSetDependencies(kHdl,bRecurse)) kInvalidate(); }   void KW_GenWorld::kChangeDependencies(KW_GraphObjectHdl &kOldHdl,KW_GraphObjectHdl &kNewHdl) { KInt32 i; for(i=0;i<kBankObj.kGetSize();i++) if(kBankObj[i].kChangeDependencies(kOldHdl,kNewHdl)) kInvalidate(); }   KBool KW_GenWorld::kIsMaterialUsed(KW_GraphObjectHdl &Hdl) { if(Hdl.kIsValid()) for(KInt32 i=0;i<GENWORLD_MATERIAL_NB;i++) if(kAreSameHandles(kGetMaterial(i),Hdl)) return KTRUE; return KFALSE; } TBitmapHdl KW_GenWorld::kGetMaterial(KInt32 Id) { return kMaterialHdlList[Id].kGetValue(); }   void KW_GenWorld::kSetMaterial(KInt32 MatId,TBitmapHdl &MatHdl,KBool bNeedSave,KBool bUpdateMaterialDisplayData) { kMaterialHdlList[MatId].kSetValue(MatHdl);   if(bUpdateMaterialDisplayData) { kUpdateMaterialsData(); kInvalidate(); } if(bNeedSave) kNeedSave();   #define LANDSCAPESIZE 140000.f   //Scan Array for MatId == for(int i=0; ; i++) { if (gBinaryDescArray[i].ID<0) break; S32 BinId=gBinaryDescArray[i].ID; if (MatId!=BinId+GENWORLD_MATERIAL_TO_BINARY_FIRST) continue; KBmap *pCompBmap=kGetCompressedBMap(MatId); if(!pCompBmap) break;   KUInt32 *kCmdDicho=(KUInt32*)pCompBmap->kGetBmapDatas(); kCmdDicho+=4;//Header SizeX,SizeY,Bpp,Dummy   Float Scale=((Float *)kCmdDicho)[0]; kCmdDicho++;   Float hScale=pCompBmap->kSizeX/LANDSCAPESIZE; Float vScale=gBinaryDescArray[i].Scale/Scale;   if(!(pCompBmap->kSizeX*pCompBmap->kBytesPerPixel)) { String_Z<ARRAY_CHAR_MAX> BinName; GetGenWorldFieldName(MatId,BinName); KS.kMessage("Mauvais format pour la map %s",BinName.Get()); }else{ m_UpdateWorld.SetBinaryData(BinId, kCmdDicho, pCompBmap->kSizeX*pCompBmap->kBytesPerPixel, pCompBmap->kSizeX, pCompBmap->kSizeY, hScale,vScale,IM_DATATYPE_U16_CP0); m_DisplayWorld.SetBinaryData(BinId, kCmdDicho, pCompBmap->kSizeX*pCompBmap->kBytesPerPixel, pCompBmap->kSizeX, pCompBmap->kSizeY, hScale,vScale,IM_DATATYPE_U16_CP0); } }   //HeighMap if (MatId==HEIGHT_BINARY_ID+GENWORLD_MATERIAL_TO_BINARY_FIRST) { KBmap *pCompBmap=kGetCompressedBMap(MatId); if(pCompBmap) { KUInt32 *kCmdDicho=(KUInt32*)pCompBmap->kGetBmapDatas(); kCmdDicho+=4;//Header SizeX,SizeY,Bpp,Dummy   Float Scale=((Float *)kCmdDicho)[0]; kCmdDicho++;   Float hScale=pCompBmap->kSizeX/LANDSCAPESIZE; m_UpdateWorld.SetAltitudeData( kCmdDicho, pCompBmap->kSizeX*pCompBmap->kBytesPerPixel, pCompBmap->kSizeX, pCompBmap->kSizeY, hScale,10000.f/Scale,IM_DATATYPE_U16_CP0); m_DisplayWorld.SetAltitudeData( kCmdDicho, pCompBmap->kSizeX*pCompBmap->kBytesPerPixel, pCompBmap->kSizeX, pCompBmap->kSizeY, hScale,10000.f/Scale,IM_DATATYPE_U16_CP0); } } }   KW_BitmapHdl KW_GenWorld::kGetCompressedBitmapHdl(KInt32 MatId,KString &FullFileName) { if(MatId<GENWORLD_MATERIAL_TO_BINARY_FIRST) return NULL; TBitmapHdl aTBitmapHdl = kGetMaterial(MatId); if(!aTBitmapHdl.kIsValid()) return KHANDLE_NULL; TBitmapPtr _pTBitmap(aTBitmapHdl); FullFileName = _pTBitmap->GetFileNameKey(); return _pTBitmap->GetMaterialKey(); }   KBmap *KW_GenWorld::kGetCompressedBMap(KInt32 MatId) { KUInt32 *newBmapDatas=NULL;   //Creation Default Bitmap, applied an all AGW_GenWorld maps if(!pDefaultCompressedBmap) { U8 *pDefaultR32F=(U8*)Alloc_Z(256*256*sizeof(Float)); memset(pDefaultR32F,0,256*256*sizeof(Float)); S32 newBmapSize=0; newBmapDatas=ConvertFloatToU16_CP0("_S256",pDefaultR32F,256,256,newBmapSize); KInt32 newBmapSizeX=newBmapDatas[0]; KInt32 newBmapSizeY=newBmapDatas[1]; pDefaultCompressedBmap = kNew KBmap((U8*)newBmapDatas,newBmapSizeX,newBmapSizeY,0,KPIXEL_U16_CP0); Free_Z(pDefaultR32F); newBmapDatas=NULL; } //Set Default pCompressedBmap[MatId]=pDefaultCompressedBmap;   //Update KString FullFileName; KW_BitmapHdl BitmapHdl = kGetCompressedBitmapHdl(MatId,FullFileName); if(!BitmapHdl.kIsValid()) return pCompressedBmap[MatId]; Char FileName[128]; _splitpath(FullFileName,NULL,NULL,FileName,NULL);   KString FileExt(".R32FU16CP0.V1.0"); KString File2Load; FileDate_Z File2SaveDate; Bool bConverted=kDBManager->kGetConvertedFileName(BitmapHdl,FileExt,File2Load,File2SaveDate); if(bConverted) { KFile lFile; if( lFile.Open(File2Load,FILE_RDONLY|NO_BUFFER)) { KS_MALLOC(newBmapDatas,lFile.GetSize()); lFile.Read(newBmapDatas,lFile.GetSize()); } } else { KW_Bitmap* pBitmap = (KW_Bitmap*)kGetPtr(BitmapHdl); if(!pBitmap) return pCompressedBmap[MatId]; KBmap* Bmap = pBitmap->kGetBmap(); if(Bmap->kFormat!=KPIXEL_R32F) return pCompressedBmap[MatId];   KS.kGUI->kSetStatusBarText( "Compressing R32F...", STATUS_BAR_PROCESS0, KFALSE );   S32 newBmapSize=0; newBmapDatas=ConvertFloatToU16_CP0(FileName,Bmap->kGetBmapDatas(),Bmap->kSizeX,Bmap->kSizeY,newBmapSize);   KS.kGUI->kSetStatusBarText( "Done...", STATUS_BAR_PROCESS0, KTRUE );   //Save Converted KFile sFile; if(sFile.Open(File2Load,FILE_WRONLY|FILE_CREAT|FILE_TRUNC)) { sFile.Write(newBmapDatas,newBmapSize); sFile.Close(); KFile::SetFileDate(File2Load,File2SaveDate); } }     if(newBmapDatas) { KInt32 newBmapSizeX=newBmapDatas[0]; KInt32 newBmapSizeY=newBmapDatas[1]; pCompressedBmap [MatId] = kNew KBmap((U8*)newBmapDatas,newBmapSizeX,newBmapSizeY,0,KPIXEL_U16_CP0); } return pCompressedBmap[MatId]; }   void KW_GenWorld::kUpdateMaterialsData(void) { kMaterials.kRemoveAllObjects();   for(KInt32 i=0;i<GENWORLD_MATERIAL_NB;i++) { if(kGetMaterial(i).kIsValid()) { TBitmapPtr _Ptr(kGetMaterial(i)); kMaterials.kAddObject(_Ptr->MaterialHdl); continue; } kMaterials.kAddObject(DefaultMaterialHdl); } //Force Update DisplayData kGetMaterialsDisplayData(NULL); }   AGW_GenWorld *KW_GenWorld::kGetObject() { kUpdateMaterialsData(); // Vec4f p(-51213.f,0.f,32571.f,0.f); // Float y=m_DisplayWorld.GetIndCorrectAltitude(p); return &m_UpdateWorld; }   AGW_GenWorld *KW_GenWorld::kGetDisplayObject() { kUpdateMaterialsData(); return &m_DisplayWorld; }   void KW_GenWorld::kSetWorldID(KInt32 kId,KBool bNeedSave) { if(kId!=m_UpdateWorld.GetWorldID()) { m_UpdateWorld.AGW_SetWorldId(kId); m_DisplayWorld.AGW_SetWorldId(kId);   kID.kSetValue(kId); if(bNeedSave) kNeedSave(); kInvalidate(); } }   void KW_GenWorld::kUpdateUserDefined() { kCleanAllDatas();   String_Z<ARRAY_CHAR_USERDEFINE_MAX> Str; Str.StrCpy(kGetUserDefined()); BF_UserDefine_Z::CleanUserDefine(Str);   UserDefineCmd_Z aCmd; aCmd.SetCmd(Str.Get());   m_UpdateWorld.SetColorData(&aCmd); m_DisplayWorld.SetColorData(&aCmd); }   /* void KW_GenWorld::kUpdateLight() { KFloat vDayTime=0.f; KFloat vFogAmount=0.f; KFloat vCloudAmount=0.f; KString KeyBuffer; if(!KS.kCfg->kGetCfgString("KW_GenWorld","DayTime",KeyBuffer)) sscanf(KeyBuffer,"%f",&vDayTime); if(!KS.kCfg->kGetCfgString("KW_GenWorld","FogAmount",KeyBuffer)) sscanf(KeyBuffer,"%f",&vFogAmount); if(!KS.kCfg->kGetCfgString("KW_GenWorld","CloudAmount",KeyBuffer)) sscanf(KeyBuffer,"%f",&vCloudAmount);   m_DisplayWorld.GetWorldAtmosphere().SetDayTime(vDayTime,0.f); m_DisplayWorld.GetWorldAtmosphere().SetWeatherStatus(vCloudAmount, vFogAmount, 200.f, 5000.f, 500.f, 500.f, 0.f);   Viewport_Z::Default_BlueShift =m_DisplayWorld.GetWorldAtmosphere().m_BlueShift; Viewport_Z::Default_MinExposure =m_DisplayWorld.GetWorldAtmosphere().Get_m_AdaptMin(); Viewport_Z::Default_MaxExposure =m_DisplayWorld.GetWorldAtmosphere().Get_m_AdaptMax(); Viewport_Z::Default_HDRSettings.y =m_DisplayWorld.GetWorldAtmosphere().Get_m_ScreenLuminance(); Viewport_Z::Default_Bloom.x =m_DisplayWorld.GetWorldAtmosphere().Get_m_BloomFactor(); } */ KFloat KW_GenWorld::kUpdateDayCycle(KFloat PlayerdTime) { ThreadViewportConstant_Z &VpThread=kDDGenWorld.VpThread;   //Default VpThread.ToneMapping.x = Viewport_Z::Default_AverageGrayLevel; VpThread.ToneMapping.y = Viewport_Z::Default_WhiteLevel; VpThread.ToneMapping.z = Viewport_Z::Default_MinExposure; VpThread.ToneMapping.w = Viewport_Z::Default_MaxExposure; VpThread.BlueShift = Viewport_Z::Default_BlueShift; VpThread.HDRSettings = Viewport_Z::Default_HDRSettings; VpThread.HDRSettings.x = powf(0.94f,gData.Update()*30.f); VpThread.RainAmount = Viewport_Z::Default_RainAmount; VpThread.Bloom = Viewport_Z::Default_Bloom; VpThread.TintLerp = VEC4F_NULL;   KString Str=kGetDayCycleDefined(); KInt32 StrLen=Str.kGetLength(); KString PropertyStr; //Convertion for(KInt32 i=0;i<StrLen;i++) if(Str[i]==';') PropertyStr+=KString("\r\n"); else PropertyStr+=Str[i];     KFloat CurTime=12.f*3600.f; if(PlayerdTime>0.f) //From Player ? update kCurPlayerTime { kCurPlayerTime+=kCurPlayerSpeed*PlayerdTime; kCurPlayerTime=fmodf(kCurPlayerTime,24.f*3600.f); }   KFloat PlayerSpeed=0; KFloat FogAmount=0.f; KFloat CloudAmount=0.f; KInt32 PlayerOn=0; //0 = Player off KInt32 TempSunSky=0; //0 = use Atm_Z & Sun_Z lightning   if(PropertyStr.kGetLength()) { KS_InMem StreamIn(KS_STREAM_ASCII,(const Char*)PropertyStr,PropertyStr.kGetLength()); KPropertyGridDescDA ItemDescDA; KRetPropertyScript kRet=KControl_PropertyCtrl::kGet(StreamIn,ItemDescDA); if(kRet!=KSCRIPT_OK) return -1.f;     for(KInt32 i=0;i<ItemDescDA.kGetSize();i++) { KPropertyGridDesc &ItemDesc=ItemDescDA[i];   // #define PROPERTY_OUTPUT KS.kInfo #define PROPERTY_OUTPUT ;   #define PROPERTY_KEYFRAMER_FLOAT(DateStr,oValue)\ else if(!stricmp(ItemDesc.kItemCrc,DateStr))\ {\ KString aKeysStr((const KChar *)ItemDesc.kItemValue+strlen("{ Keys"));\ KS_InMem aStream(KS_STREAM_ASCII,aKeysStr,aKeysStr.kGetLength());\ KW_KeyframerFloat Kfr;\ Kfr.Load(aStream,KTRUE,0);\ Kfr.GetValue(CurTime/(24.f*60.f*60.f),oValue);\ PROPERTY_OUTPUT("%s = %f",#oValue,oValue);\ }\   #define PROPERTY_KEYFRAMER_COLOR(DateStr,oValue)\ else if(!stricmp(ItemDesc.kItemCrc,DateStr))\ {\ KString aKeysStr((const KChar *)ItemDesc.kItemValue+strlen("{ Keys"));\ KS_InMem aStream(KS_STREAM_ASCII,aKeysStr,aKeysStr.kGetLength());\ KW_KeyframerColor Kfr;\ Kfr.Load(aStream,KTRUE,0);\ KColor aCol;\ if(Kfr.GetValue(CurTime/(24.f*60.f*60.f),aCol))\ {\ oValue.x=aCol.r;\ oValue.y=aCol.g;\ oValue.z=aCol.b;\ PROPERTY_OUTPUT("%s R=%f G=%f B=%f",#oValue,aCol.r,aCol.g,aCol.b);\ }\ }\   #define PROPERTY_KEYFRAMER_VALUE(DateStr,oValue,oValueConvert)\ else if(!stricmp(ItemDesc.kItemCrc,DateStr))\ {\ KString aKeysStr((const KChar *)ItemDesc.kItemValue+strlen("{ Value"));\ oValue=oValueConvert(aKeysStr);\ PROPERTY_OUTPUT("%s = %s",#oValue,(const KChar *)aKeysStr);\ }\     ThreadViewportConstant_Z &VpThread=kDDGenWorld.VpThread; if(0) {} PROPERTY_KEYFRAMER_VALUE("{ Date \"17/06/2009 00:00\" }",CurTime , atof) PROPERTY_KEYFRAMER_VALUE("{ Date \"18/06/2009 00:01\" }",PlayerOn , _ttoi) PROPERTY_KEYFRAMER_VALUE("{ Date \"18/06/2009 00:02\" }",PlayerSpeed, atof) PROPERTY_KEYFRAMER_VALUE("{ Date \"18/06/2009 00:59\" }",TempSunSky , _ttoi)   PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 03:00\" }",FogAmount ) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 04:00\" }",CloudAmount) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 04:00\" }",CloudAmount)   PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 7:00\" }",VpThread.HDRSettings.y) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:00\" }",VpThread.Bloom.x) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:01\" }",VpThread.Bloom.y) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:02\" }",VpThread.Bloom.z) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:03\" }",VpThread.Bloom.w) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:04\" }",VpThread.ToneMapping.x) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:05\" }",VpThread.ToneMapping.y) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:06\" }",VpThread.ToneMapping.z) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:07\" }",VpThread.ToneMapping.w)   PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 8:08\" }",VpThread.BlueShift) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:09\" }",VpThread.BlueShift.w)   PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 8:10\" }",VpThread.TintLerp) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 8:11\" }",VpThread.TintLerp.w)   PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 10:00\" }",kDDGenWorld.SunColWithIntensity) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 10:01\" }",kDDGenWorld.SunColWithIntensity.w) PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 10:10\" }",kDDGenWorld.SunAmbColorWithIntensity) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 10:11\" }",kDDGenWorld.SunAmbColorWithIntensity.w) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 10:12\" }",kDDGenWorld.SunInvIntensity)   PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 11:00\" }",kDDGenWorld.SkyCol) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 11:01\" }",kDDGenWorld.SkyCol.w) PROPERTY_KEYFRAMER_COLOR("{ Date \"18/06/2009 11:10\" }",kDDGenWorld.SkyAmb) PROPERTY_KEYFRAMER_FLOAT("{ Date \"18/06/2009 11:11\" }",kDDGenWorld.SkyAmb.w)     if(PlayerOn)// "PlayerOn" updated while parsing, if PlayerOn is on we use PlayerCurTime instead of CurT // PlayerCurTime is a Timer Call Back // CurTime is from script slider CurTime=kCurPlayerTime;   kCurPlayerSpeed=1.f+PlayerSpeed*100.f; } } //Edition Color's * Multiplier kDDGenWorld.SunColWithIntensity.x*=kDDGenWorld.SunColWithIntensity.w; kDDGenWorld.SunColWithIntensity.y*=kDDGenWorld.SunColWithIntensity.w; kDDGenWorld.SunColWithIntensity.z*=kDDGenWorld.SunColWithIntensity.w; kDDGenWorld.SunColWithIntensity.w=1.f;   kDDGenWorld.SunAmbColorWithIntensity.x*=kDDGenWorld.SunAmbColorWithIntensity.w; kDDGenWorld.SunAmbColorWithIntensity.y*=kDDGenWorld.SunAmbColorWithIntensity.w; kDDGenWorld.SunAmbColorWithIntensity.z*=kDDGenWorld.SunAmbColorWithIntensity.w; kDDGenWorld.SunAmbColorWithIntensity.w=1.f;   kDDGenWorld.SkyCol.x*=kDDGenWorld.SkyCol.w; kDDGenWorld.SkyCol.y*=kDDGenWorld.SkyCol.w; kDDGenWorld.SkyCol.z*=kDDGenWorld.SkyCol.w; kDDGenWorld.SkyCol.w=1.f;   kDDGenWorld.SkyAmb.x*=kDDGenWorld.SkyAmb.w; kDDGenWorld.SkyAmb.y*=kDDGenWorld.SkyAmb.w; kDDGenWorld.SkyAmb.z*=kDDGenWorld.SkyAmb.w; kDDGenWorld.SkyAmb.w=1.f;   Atmosphere_Z &aAtm=m_DisplayWorld.GetWorldAtmosphere();   aAtm.SetDayTime(CurTime,0.f); aAtm.SetWeatherStatus( CloudAmount, FogAmount, 200.f, 5000.f, 500.f, 500.f, 0.f);   //Directions kDDGenWorld.DirToSun =aAtm.m_Sun.GetDirToSun(); kDDGenWorld.SunDir =aAtm.m_FakeLightingDir; // kDDGenWorld.SunInvIntensity =1.f/aAtm.m_Sun.GetSunIntensity()/aAtm.m_BlueShift.w;   kDDGenWorld.SkyDir =aAtm.m_Sun.GetDirToSun(); kDDGenWorld.SkyDir.y=0.f; kDDGenWorld.SkyDir.CNormalize(); kDDGenWorld.SkyDir*=0.3f; kDDGenWorld.SkyDir.y=1.f; kDDGenWorld.SkyDir.CNormalize();   //Scattering kDDGenWorld.Scat=aAtm.m_Scattering;   //Les Couleurs, que si l'utilisateur choisis de ne pas utiliser celles editeés if(!TempSunSky) { //donc celles calculées par le aAtm.SetDayTime de Seb kDDGenWorld.SunColWithIntensity =(KVec4f&)aAtm.m_Sun.GetColorWithIntensity(); kDDGenWorld.SunAmbColorWithIntensity =(KVec4f&)aAtm.m_Sun.GetHighColorWithIntensity(); kDDGenWorld.SkyCol =(KVec4f&)aAtm.m_Sun.GetSkyWarpRelativeColor(); kDDGenWorld.SkyAmb =(KVec4f&)aAtm.m_Sun.GetSkyWarpAmbientColor(); }   kRequestRedrawActiveEdition(KTRUE); return CurTime/(24.f*60.f*60.f); //return ratio 0 - 1.f }/* Vec3f SunDir=aAtm.m_FakeLightingDir; Color SunCol=aSun.GetColorWithIntensity(); Color SunAmb=aSun.GetHighColorWithIntensity(); kSetDirectionnalColor((KColor&)SunCol); kSetDirectionnalInvIntensity(1.f/aSun.GetSunIntensity()/aAtm.m_BlueShift.w); kSetDirectionnalDir(SunDir.x,SunDir.y,SunDir.z); kSetDirectionnalAmbient((KColor&)SunAmb); //Sky Color SkyCol=aSun.GetSkyWarpRelativeColor(); Color SkyAmb=aSun.GetSkyWarpAmbientColor(); kSetSkyColor((KColor&)SkyCol); kSetSkyAmbient((KColor&)SkyAmb); Vec3f SkyDir=aSun.GetDirToSun(); SkyDir.y=0.f; SkyDir.CNormalize(); SkyDir*=0.3f; SkyDir.y=1.f; SkyDir.CNormalize(); kSetSkyDir(SkyDir);*/     void KW_GenWorld::kSetRoot(KW_3DNodeHdl &_RootObjHdl) { RootObjHdl=_RootObjHdl; kUpdateRoads(); kUpdateGenSurfaces(); }     KInt32 KW_GenWorld::kGetSubObjectTypedData(KInt32 ObjectId,KInt32 kGroupId,KInt32 TypeData,KBool bEdition,KBool bGetOrSet) { if ( ObjectId != -1 ) { if(bGetOrSet) { if(kBankObj[kGroupId].ObjectsDef[ObjectId].kIsEnableFlag(TypeData)) return TypeData; return 0; } kBankObj[kGroupId].ObjectsDef[ObjectId].kEnableFlag(TypeData); return 0; } else { if(bGetOrSet) { if(kBankObj[kGroupId].Flag&TypeData) return TypeData; return 0; } kBankObj[kGroupId].Flag|=TypeData; return 0; } }   void KW_GenWorld::kDelSubObjectTypedData(KInt32 ObjectId,KInt32 kGroupId,KInt32 TypeData,KBool bEdition) { if ( ObjectId != -1 ) kBankObj[kGroupId].ObjectsDef[ObjectId].kDisableFlag(TypeData); else kBankObj[kGroupId].Flag&=~TypeData; }

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.h

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#pragma once   #ifndef KW_GENWORLD_HEADER #define KW_GENWORLD_HEADER   #include <runtime/KW_GraphObject.h> #include <runtime/KW_GeomDesc.h> #include <KS_UseFullType.h> #include <KW_GenWorldUndoRedo.h> #include <Geometry.h> #include <KW_3DNodeHdl.h> #include <TBitmapHdl.h> #include <KW_DLight.h> #include <KW_Lod.h> #include <KW_BankObj.h>       #include <KS_BeginDef.h>   #if defined(KW_GENWORLD_EXPORTS) #include<KS_ExportDefX.h> #else #include<KS_ImportDefX.h> #endif     class Sys_Z{ public: // Makes a memcpy from Src to Dest and return Src + Size static void *MemCpyFrom(void *Dest,void *Src,size_t Size); static void MemCpy128(void *Dest,void *Src,size_t QSize); }; class ResourceBinaryLoader_Z { public: S32 GetNb() {return 0;} void GetData(void *pDest,size_t DataSize){} };   #include "..\..\Engine\Includes\Profiler_Z.h" #include "..\..\Engine\Includes\GenericQSort_Z.h" #include "..\..\Engine\Includes\AGW_GenWorld.h" #include "..\..\Engine\Includes\SkyObject.h" #include "..\..\Engine\Includes\A_Roads.h" #include "..\..\Engine\Includes\GenWorldMaterial_Z.h"   float EXTERN_Z Globaltime;   #define KW_GENWORLD_NB_FIELDS 3+GENWORLD_MATERIAL_NB+5 //pour les + voir kGetFieldInfo(KInt32 i) #define KW_GENWORLD_PARENT KW_GeomDesc #define KW_GENWORLD_KCLASS "GenWorld" #define KW_GENWORLD_PKCLASS "GeomDesc" #define KW_GENWORLD_VERSION 0.1   namespace Viewport_Z { EXTERN_Z Float Default_AverageGrayLevel; EXTERN_Z Float Default_WhiteLevel; EXTERN_Z Float Default_MinExposure; EXTERN_Z Float Default_MaxExposure; EXTERN_Z Vec4f Default_BlueShift; EXTERN_Z Vec3f Default_CubeMapOffset; EXTERN_Z Float Default_RainAmount; EXTERN_Z Vec4f Default_Bloom; EXTERN_Z Vec4f Default_HDRSettings; }   KEXTERN KUInt32 gShadowMapPrimitiveFilter[]; KEXTERN KUInt32 KW_GenWorldPrimStateDraw; KUInt32 * ConvertFloatToU16_CP0(const Char *pFileName,U8 *Datas,S32 SizeX,S32 SizeY,S32 &PackedSize);   class KCLASS KW_GwRoad; class KCLASS KX_GwRoadExt; class KCLASS KW_GenWorld; class KCLASS KS_GenWorldObj; class KCLASS KX_GenWorldExt;   KS_CREATE_HANDLE( KW_GenWorld,KW_GENWORLD_KCLASS, KW_GENWORLD_PARENT )   //Génération des Road en fonction de l'edition #define KROADNODEHDL_SEGMENT_NB (KW_CONTROLSPLINE_SEGMENT_NB_PT-1) //ne pas mettre autre chose sinon le mapping des splines //ne sera pas correct struct KRoadObjectHdl { KRoadObjectHdl() { IsModified=KFALSE; BoundingSph.Radius=-1.f; for(KInt32 i=0;i<KROADNODEHDL_SEGMENT_NB;i++) IdSegment[i]=-1; Type=cA_RoadTypeInfo::RoadTypeInfosRouteSimple; } inline void Release(AGW_GenWorld &UpdateWorld) { if(IdSegment[0] < 0) return; for(KInt32 i=0;i<KROADNODEHDL_SEGMENT_NB;i++) { if(IdSegment[i]<0) continue; UpdateWorld.ExternalRemoveTerraRoad(IdSegment[i]); IdSegment[i]=-1; } if(BoundingSph.Radius<0.f) return; UpdateWorld.ExternalInvalidateZone(BoundingSph); BoundingSph.Radius=-1.f; } inline void AddToRefresh(Sphere_Z &RefreshSphere) { if(BoundingSph.Radius<0) return; if(RefreshSphere.Radius<0) RefreshSphere=BoundingSph; else RefreshSphere+=BoundingSph; } Bool IsModified; int IdSegment[KROADNODEHDL_SEGMENT_NB]; cA_RoadTypeInfo::RoadTypeInfo Type; Float Progression; //Progression (Mapping) PointBasedId1 Float ProgressionSign;//Sens 1.f / -1.f Sphere_Z BoundingSph; //Le Signe sert pour détermnié si les KROADNODEHDL_SEGMENT_NB font + ou - de leur taille } ; KS_CLASS_DYN_ARRAY(KRoadObjectHdlDA,KRoadObjectHdl,256);   struct KRoadNodeHdl { #define ROAD_ATTACH_DATA_KEY 0x41424344 KRoadNodeHdl() { kRoadLastTimeUpdate = KS.kGetTickCount(); kRoadLastTimeTouch = -1; } KW_3DNodeHdl kNodeHdl; KInt32 kRoadLastTimeUpdate; KInt32 kRoadLastTimeTouch; KInt32DA kInvalidateSplineIDs; KRoadObjectHdlDA kSplineDA; }; KS_CLASS_DYN_ARRAY(KRoadNodeHdlDA,KRoadNodeHdl,10);   struct KGenSurfaceNodeHdl { #define GENSURFACE_ATTACH_DATA_KEY 0x45464748 KGenSurfaceNodeHdl() { kLastTimeTouchModified = KS.kGetTickCount(); IsModified=KFALSE; BoundingSph.Radius=-1.f; IdSurface=-1; } inline void Release(AGW_GenWorld &UpdateWorld) { if(IdSurface < 0) return; UpdateWorld.ExternalRemoveTerraRoad(IdSurface); IdSurface=-1; if(BoundingSph.Radius<0.f) return; UpdateWorld.ExternalInvalidateZone(BoundingSph); BoundingSph.Radius=-1.f; } inline void AddToRefresh(Sphere_Z &RefreshSphere) { if(BoundingSph.Radius<0) return; if(RefreshSphere.Radius<0) RefreshSphere=BoundingSph; else RefreshSphere+=BoundingSph; } Bool IsModified; int IdSurface; Sphere_Z BoundingSph; //Le Signe sert pour détermnié si les KROADNODEHDL_SEGMENT_NB font + ou - de leur taille KW_3DNodeHdl kNodeHdl; KInt32 kLastTimeTouchModified; }; KS_CLASS_DYN_ARRAY(KGenSurfaceNodeHdlDA,KGenSurfaceNodeHdl,10);   #define kGENWORLD 0x0bfd8643 struct KCLASS KDD_GenWorld : KS_DisplayData { Scattering Scat; KVec3f DirToSun; KVec3f SunDir; KVec4f SunColWithIntensity; KVec4f SunAmbColorWithIntensity; KFloat SunInvIntensity;   KVec3f SkyDir; KVec4f SkyCol; KVec4f SkyAmb;   ThreadViewportConstant_Z VpThread;   KW_GraphObjectHdl kGenWorldHdl; KDD_GenWorld() : KS_DisplayData(kGENWORLD) { } };   //class AGW_GenWorld; class KCLASS KW_GenWorld : public KW_GENWORLD_PARENT { protected: virtual KBool KMTH kInit(); virtual void KMTH kShut(); public: inline virtual KInt32 KMTH kGetNbFields() const; inline virtual const KFieldInfo KMTH kGetFieldInfo(KInt32 i) const; virtual void KMTH kUpdate(); virtual const KS_DisplayData * KMTH kGetInternDisplayData(const KDrawInfo * di); KBool KMTH kGetDirectionnalShadow(KDD_Shadowed &kDD); virtual void KMTH kBeforeReload(KS_InStream& Stream); virtual KBool KMTH kReadContents(KS_InStream& stream, KInt32 format=KS_IOFORMAT_DEFAULT); virtual KBool KMTH kWriteContents(KS_OutStream& stream, KInt32 format=KS_IOFORMAT_DEFAULT); void KMTH kInvalidateBBox() { kBBoxUpToDate = KFALSE; } virtual KBBoxLocal KMTH kGetBBox(); virtual void KMTH kBBoxUpdate(); void KMTH kSetRoot(KW_3DNodeHdl &_RootObjHdl); inline const KW_3DNodeHdl & KMTH kGetRoot(){return RootObjHdl;} //----------------------- // Infos //----------------------- virtual KBool KMTH kGetInfos(KDD_Tips &Tips); //----------------------- // Variables //----------------------- inline KW_GraphObjectHdl KMTH kGetRoadObject() {return kRoadHdl.kGetValue();} void KMTH kSetRoadObject(KW_GraphObjectHdl &Hdl,KBool bNeedSave=KTRUE); void KMTH kSetSunLightNode(KW_3DNodeHdl kHdl,KBool bNeedSave=KTRUE); void KMTH kSetSkyLightNode(KW_3DNodeHdl kHdl,KBool bNeedSave=KTRUE); void KMTH kUpdateMaterialsData(void); inline KInt32 KMTH kGetNbMaterial(){return GENWORLD_MATERIAL_NB;} const KChar * KMTH kGetMaterialDefName(KInt32 i); KBool KMTH kIsMaterialUsed(KW_GraphObjectHdl &Hdl); inline KBool KMTH kIsBumpMaterial(KInt32 Id){return Id<BUMP_INDEX_NUMBER?KTRUE:KFALSE;} inline KBool KMTH kIsCompressedMaterial(KInt32 Id){return Id>=GENWORLD_MATERIAL_TO_BINARY_FIRST;} TBitmapHdl KMTH kGetMaterial(KInt32 MatId); void KMTH kSetMaterial(KInt32 MatId,TBitmapHdl &MatHdl,KBool bNeedSave=KTRUE,KBool bUpdateMaterialDisplayData=KTRUE); KInt32 KMTH kGetWorldID(){return kID.kGetValue();} void KMTH kSetWorldID(KInt32 kId,KBool bNeedSave=KTRUE);   inline KString KMTH kGetUserDefined(void) {return kUserDefined.kGetValue(); } inline KF_String & KMTH kGetUserDefinedField(void) {return kUserDefined; } inline void KMTH kSetUserDefined(KString &s,KBool bNeedSave=KTRUE) { kUserDefined.kSetValue(s); if(bNeedSave) kNeedSave(); } void KMTH kUpdateUserDefined();   inline KString KMTH kGetDayCycleDefined(void) {return kDayCycleDefined.kGetValue(); } inline KF_String & KMTH kGetDayCycleDefinedField(void) {return kDayCycleDefined; } inline void KMTH kSetDayCycleDefined(KString &s,KBool bNeedSave=KTRUE) { kDayCycleDefined.kSetValue(s); if(bNeedSave) kNeedSave(); }   KFloat KMTH kUpdateDayCycle(KFloat PlayerdTime=-1.f); KFloat kCurPlayerTime,kCurPlayerSpeed;   //----------------------- //Génération des Roads en fonction des Objets KW_Road de la map //----------------------- KRoadNodeHdlDA kRoadNodeData; void KMTH kFlushRoads(); void KMTH kUpdateRoads(); static void KMTH kRoadNodeCallback (KHandleAction inAction, const KHandle & inHandle, void * inUserValueP ); static void KMTH kRoadObjectCallback (KHandleAction inAction, const KHandle & inHandle, void * inUserValueP ); //----------------------- //Génération des Surface en fonction des Objets KW_Road de la map //----------------------- KGenSurfaceNodeHdlDA kGenSurfaceNodeData; void KMTH kFlushGenSurfaces(); void KMTH kUpdateGenSurfaces(); static void KMTH kGenSurfaceNodeCallback (KHandleAction inAction, const KHandle & inHandle, void * inUserValueP ); static void KMTH kGenSurfaceObjectCallback (KHandleAction inAction, const KHandle & inHandle, void * inUserValueP ); //----------------------- //Rapatrie de la Thread de génération //----------------------- void KMTH kSyncGeneration(); //----------------------- // Close Thread & Reset AGW_World Data //----------------------- void KMTH kCleanAllDatas(); //----------------------- //Bank Obj //----------------------- virtual KInt32 KMTH kGetSubObjectTypedData(KInt32 /*i*/,KInt32 /*kGroupdId*/,KInt32 /*TypeData*/,KBool bEdition=KFALSE,KBool bGetOrSet=KTRUE); virtual void KMTH kDelSubObjectTypedData(KInt32 /*i*/,KInt32 /*kGroupdId*/,KInt32 /*TypeData*/,KBool bEdition=KFALSE); virtual KInt32 KMTH kGetNbGroups(KBool bEdition=KFALSE) {return kBankObj.kGetSize();} virtual const KChar * KMTH kGetGroupName(KInt32 kGroupId,KBool bEdition=KFALSE) {return kBankObj[kGroupId].Name; } virtual KInt32 KMTH kGetNbSubObjects(KInt32 kGroupId,KBool bEdition=KFALSE) {return kBankObj[kGroupId].ObjectsDef.kGetSize();} virtual KS_WorldObjectHdl KMTH kGetSubObject(KInt32 ObjectId,KInt32 kGroupId,KBool bEdition=KFALSE) {return kBankObj[kGroupId].ObjectsDef[ObjectId].kGetObject();} virtual KBool KMTH kSortObj(KInt32 kBankId,KBool bEdition=KFALSE); virtual KBool KMTH kRemoveObj(KInt32 kBankId,KW_GraphObjectHdl kHdl,KBool bEdition=KFALSE); virtual KInt32 KMTH kGetObjIndex(KInt32 kBankId,KW_GraphObjectHdl kHdl,KBool bEdition=KFALSE); virtual KInt32 KMTH kAddObj(KInt32 kBankId,KW_GraphObjectHdl kHdl,KW_GraphObjectHdl kInsertHdl,KBool bEdition=KFALSE,KBool bNeedSave=KTRUE); const KW_3DNodeHdl & KMTH kGetObjNode(KInt32 kBankId,KInt32 kObjectId); //----------------------- //Collision //----------------------- virtual KBool KMTH kGetCollision(KVec3f &kOrigin,KVec3f &kDir,KFloat kDist,KRayCollision &kResult,KMatrix4x4f &MatrixCurrent,KInt32 kType=-1); virtual KBool KMTH kGetSphereCollision(KSphere &kSphere,KSphereCollisionDA &kResult,KSolidTransfo &TransCurrent,KInt32 kType=-1); //----------------------- //Dependencies //----------------------- void KMTH kNeedSave(); virtual void KMTH kDoDependencies(KBool bForce=KFALSE); virtual KInt32 KMTH kGetAllDependencies(KW_DependenciesList &Dep,KBool bRecurse=KFALSE); virtual void KMTH kUnSetDependencies(KW_GraphObjectHdl &kHdl,KBool bRecurse=KFALSE); virtual void KMTH kChangeDependencies(KW_GraphObjectHdl &kOldHdl,KW_GraphObjectHdl &kNewHdl); //----------------------- //Undo&Redo Objet Simple //----------------------- virtual KBool KMTH kStoreUndo(KCRC32 kEditionID,const KChar *OperationTxt=NULL,KBool bRefreshBDFile=KTRUE); virtual void KMTH kStoreUndoRedo(KBool bLinkedOnPrevious=KFALSE); //----------------------- // Mes //----------------------- void KMTH kReceiveMessageDialog( const KEM* kMsg); //----------------------- // Shared GenWorld //----------------------- Float KMTH GetGlobalWeatherClouds(const Vec3f &pos) { return m_DisplayWorld.GetGlobalWeatherClouds(pos); } AGW_GenWorld * KMTH kGetObject(); AGW_GenWorld * KMTH kGetDisplayObject();   friend void KCALL kClassInit(); friend KCLASS KS_GenWorldObj; friend KCLASS KX_GenWorldExt; friend KCLASS KW_GwRoad; friend KCLASS KX_GwRoadExt; static KS_BaseObject * KMTH kNewObjectProc() { return new KW_GenWorld; }; static void KMTH kStaticInit(); void KMTH kMinimizeMemory();   KS_GenWorldObj kClassUndo; KBool kBBoxUpToDate;   private: //----------------------- BankObj_ZDA & KMTH GetBankObj() {return kBankObj;} KInt32 KMTH GetBankObj(const Char *pName,KBool bAddIfNotPresent=KFALSE); BankObjDef_Z & KMTH GetObjDef(S32 kBankId,S32 kObjectId) {return kBankObj[kBankId].ObjectsDef[kObjectId];} KInt32 KMTH GetNbObj(S32 kBankId) {return kBankObj[kBankId].ObjectsDef.kGetSize();}   KEM_DialogRefreshLight kMsgRefreshedLights;     KDD_Group kDDGroup; KDD_GenWorld kDDGenWorld;   SharedResource_Z m_UpdateMutex; Thread_Z m_UpdateThread; //Thread S32 UpdateWorldThread(); //Méthode appelé par la Thread (si pas de thread appelé direct sur ca) Bool m_bLoopingUpdateWorldThread; friend U32 _UpdateThreadUpdate(void* userdata);//Thread Proc   AGW_GenWorld m_UpdateWorld; AGW_GenWorld m_DisplayWorld; Frustrum_Z m_DetailView;   KW_3DNodeHdl RootObjHdl; KF_ObjectHdl kRoadHdl; KF_ObjectHdl kMaterialHdlList[GENWORLD_MATERIAL_NB]; KBmap *pCompressedBmap[GENWORLD_MATERIAL_NB]; KBmap *pDefaultCompressedBmap; KBmap * KMTH kGetCompressedBMap(KInt32 MatId); KW_BitmapHdl KMTH kGetCompressedBitmapHdl(KInt32 MatId,KString &FullFileName);   static String_Z<ARRAY_CHAR_MAX> kMaterialFieldName[GENWORLD_MATERIAL_NB];   KF_Int32 kID; KF_Float kAtmLimit; KF_Float kAtmForce; KF_Float kAtmHazeLimit; KF_Float kAtmHazeForce; KF_String kUserDefined; KF_String kDayCycleDefined; BankObj_ZDA kBankObj; KString kUnknowData; };     inline KInt32 KW_GenWorld::kGetNbFields() const { return KW_GENWORLD_PARENT::kGetNbFields() + KW_GENWORLD_NB_FIELDS; }   inline const KFieldInfo KW_GenWorld::kGetFieldInfo(KInt32 i) const { KS_ASSERT( i>=0 && i<KW_GenWorld::kGetNbFields() ); const int i0 = KW_GENWORLD_PARENT::kGetNbFields(); if (i < i0) return KW_GENWORLD_PARENT::kGetFieldInfo(i);   KInt32 n=i-i0; switch (n) { case 0: return KFieldInfo("Roads",i,kRoadHdl); case 1: return KFieldInfo("User",i,kUserDefined); case 2: return KFieldInfo("DayCycle",i,kDayCycleDefined); } n-=3; // <--- this value is the last case value of previous switch   if(n<GENWORLD_MATERIAL_NB) return KFieldInfo(kMaterialFieldName[n],i,kMaterialHdlList[n]);   n-=GENWORLD_MATERIAL_NB; switch (n) { case 0: return KFieldInfo("ID",i,kID); case 1: return KFieldInfo("AtmLimit",i,kAtmLimit); case 2: return KFieldInfo("AtmForce",i,kAtmForce); case 3: return KFieldInfo("AtmHazeLimit",i,kAtmHazeLimit); case 4: return KFieldInfo("AtmHazeForce",i,kAtmHazeForce); }       KS_ASSERTC(KFALSE, "KW_GenWorld::kGetFieldInfo(KInt32 i) : le field i n'est pas défini"); return KFieldInfo::null(); }     #include <KS_EndDef.h>   #endif

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Sinon bien sur que le .cpp se trouve dans le projet :roll:

.h

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1 2 3 4 5 6

class KCLASS KW_GenWorld : public KW_GENWORLD_PARENT{ ... void KMTH kNeedSave(); ... }

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.cpp

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void KW_GenWorld::kNeedSave(void)

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Sommes-nous d'accord que ce n'est pas la même chose ?

Comme je l'ai marque 4 post plus haut. Ca ne résoud pas le pb. J'ai toujours la même erreur avec ou sans KMTH.

Merci d'avoir essayé.

Alors pourquoi 3 posts plus haut, le "KMTH" n'y est toujours pas.
Il faut les ajouter à tous les endroits où cela est nécessaire.
On verra les autres erreurs après. On marche un pied après l'autre.