/* ScummVM - Graphic Adventure Engine * * ScummVM is the legal property of its developers, whose names * are too numerous to list here. Please refer to the COPYRIGHT * file distributed with this source distribution. * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . * */ /* * Copyright (C) 2006-2010 - Frictional Games * * This file is part of HPL1 Engine. */ #include "hpl1/engine/game/ScriptFuncs.h" #include "hpl1/engine/game/Game.h" #include "hpl1/engine/graphics/Beam.h" #include "hpl1/engine/graphics/BillBoard.h" #include "hpl1/engine/graphics/Graphics.h" #include "hpl1/engine/graphics/ParticleSystem3D.h" #include "hpl1/engine/graphics/Renderer3D.h" #include "hpl1/engine/input/Input.h" #include "hpl1/engine/libraries/angelscript/angelscript.h" #include "hpl1/engine/math/Math.h" #include "hpl1/engine/physics/PhysicsBody.h" #include "hpl1/engine/physics/PhysicsController.h" #include "hpl1/engine/physics/PhysicsJoint.h" #include "hpl1/engine/physics/PhysicsJointHinge.h" #include "hpl1/engine/physics/PhysicsJointScrew.h" #include "hpl1/engine/physics/PhysicsJointSlider.h" #include "hpl1/engine/resources/Resources.h" #include "hpl1/engine/resources/SoundEntityManager.h" #include "hpl1/engine/resources/SoundManager.h" #include "hpl1/engine/resources/TextureManager.h" #include "hpl1/engine/scene/Light3D.h" #include "hpl1/engine/scene/MeshEntity.h" #include "hpl1/engine/scene/PortalContainer.h" #include "hpl1/engine/scene/Scene.h" #include "hpl1/engine/scene/SoundEntity.h" #include "hpl1/engine/scene/World3D.h" #include "hpl1/engine/sound/MusicHandler.h" #include "hpl1/engine/sound/Sound.h" #include "hpl1/engine/sound/SoundChannel.h" #include "hpl1/engine/sound/SoundData.h" #include "hpl1/engine/sound/SoundEntityData.h" #include "hpl1/engine/sound/SoundHandler.h" #include "hpl1/engine/system/Script.h" #include "hpl1/engine/system/String.h" #include "hpl1/engine/system/System.h" #include "hpl1/engine/system/low_level_system.h" namespace hpl { ////////////////////////////////////////////////////////////////////////// // JOINT CALLBACK ////////////////////////////////////////////////////////////////////////// cScriptJointCallback::cScriptJointCallback(cScene *apScene) { mpScene = apScene; msMaxFunc = ""; msMinFunc = ""; } void cScriptJointCallback::OnMinLimit(iPhysicsJoint *apJoint) { if (msMinFunc != "") { iScript *pScript = mpScene->GetWorld3D()->GetScript(); tString sCommand = msMinFunc + "(\"" + apJoint->GetName() + "\")"; if (pScript->Run(sCommand) == false) { Warning("Couldn't run script command '%s'\n", sCommand.c_str()); } } } void cScriptJointCallback::OnMaxLimit(iPhysicsJoint *apJoint) { if (msMaxFunc != "") { iScript *pScript = mpScene->GetWorld3D()->GetScript(); tString sCommand = msMaxFunc + "(\"" + apJoint->GetName() + "\")"; if (pScript->Run(sCommand) == false) { Warning("Couldn't run script command '%s'\n", sCommand.c_str()); } } } ////////////////////////////////////////////////////////////////////////// // PUBLIC METHODS ////////////////////////////////////////////////////////////////////////// static cResources *gpResources = NULL; static cSystem *gpSystem = NULL; static cInput *gpInput = NULL; static cGraphics *gpGraphics = NULL; static cScene *gpScene = NULL; static cSound *gpSound = NULL; static cGame *gpGame = NULL; //----------------------------------------------------------------------- static void Print(tString asText) { Log(asText.c_str()); } SCRIPT_DEFINE_FUNC_1(void, Print, string) static tString FloatToString(float afX) { char sTemp[30]; snprintf(sTemp, 30, "%f", afX); return (tString)sTemp; } SCRIPT_DEFINE_FUNC_1(string, FloatToString, float) static tString IntToString(int alX) { char sTemp[30]; snprintf(sTemp, 30, "%d", alX); return (tString)sTemp; } SCRIPT_DEFINE_FUNC_1(string, IntToString, int) static float RandFloat(float afMin, float afMax) { return cMath::RandRectf(afMin, afMax); } SCRIPT_DEFINE_FUNC_2(float, RandFloat, float, float) static int RandInt(int alMin, int alMax) { return cMath::RandRectl(alMin, alMax); } SCRIPT_DEFINE_FUNC_2(int, RandInt, int, int) static bool StringContains(tString asString, tString asSubString) { return cString::GetLastStringPos(asString, asSubString) >= 0; } SCRIPT_DEFINE_FUNC_2(bool, StringContains, string, string) static void ResetLogicTimer() { gpGame->ResetLogicTimer(); } SCRIPT_DEFINE_FUNC(void, ResetLogicTimer) ///////////////////////////////////////////////////////////////////////// /////// RENDERER ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Sets ambient light color- **/ static void SetAmbientColor(float afR, float afG, float afB) { gpGraphics->GetRenderer3D()->SetAmbientColor(cColor(afR, afG, afB, 1.0f)); } SCRIPT_DEFINE_FUNC_3(void, SetAmbientColor, float, float, float) //----------------------------------------------------------------------- /** * Sets if the skybox should be active **/ static void SetSkyboxActive(bool abX) { gpGraphics->GetRenderer3D()->SetSkyBoxActive(abX); } SCRIPT_DEFINE_FUNC_1(void, SetSkyboxActive, bool) //----------------------------------------------------------------------- /** * Sets the skybox color. **/ static void SetSkyboxColor(float afR, float afG, float afB, float afA) { gpGraphics->GetRenderer3D()->SetSkyBoxColor(cColor(afR, afG, afB, afA)); } SCRIPT_DEFINE_FUNC_4(void, SetSkyboxColor, float, float, float, float) //----------------------------------------------------------------------- /** * Sets the skybox * \param asTexture Name of the cube map texture to use **/ static void SetSkybox(tString asTexture) { if (asTexture != "") { iTexture *pTex = gpResources->GetTextureManager()->CreateCubeMap(asTexture, false); gpGraphics->GetRenderer3D()->SetSkyBox(pTex, true); } else { gpGraphics->GetRenderer3D()->SetSkyBox(NULL, false); } } SCRIPT_DEFINE_FUNC_1(void, SetSkybox, string) //----------------------------------------------------------------------- /** * Creates a particle system and attaches it to the camera. * \param asName Name of particle system * \param asType The type of particle system (file) **/ static void CreateParticleSystemOnCamera(tString asName, tString asType) { cParticleSystem3D *pPS = gpScene->GetWorld3D()->CreateParticleSystem(asName, asType, 1, cMatrixf::Identity); if (pPS) { cCamera3D *pCam = static_cast(gpScene->GetCamera()); pCam->AttachEntity(pPS); } } SCRIPT_DEFINE_FUNC_2(void, CreateParticleSystemOnCamera, string, string) //----------------------------------------------------------------------- /** * Sets if fog should be active * \param abX If the fog is active or not. **/ static void SetFogActive(bool abX) { gpGraphics->GetRenderer3D()->SetFogActive(abX); } SCRIPT_DEFINE_FUNC_1(void, SetFogActive, bool) /** * Sets if the fog should be used to cull non-visible objects * \param abX If the culling is active or not. **/ static void SetFogCulling(bool abX) { gpGraphics->GetRenderer3D()->SetFogCulling(abX); } SCRIPT_DEFINE_FUNC_1(void, SetFogCulling, bool) /** * Creates a particle system and attaches it to the camera. * \param afStart Start of fog color * \param afStart End of fog fade. After this limit all geometry is full fog color. * \param afR, afG, afB Color of Fog. **/ static void SetFogProperties(float afStart, float afEnd, float afR, float afG, float afB) { gpGraphics->GetRenderer3D()->SetFogStart(afStart); gpGraphics->GetRenderer3D()->SetFogEnd(afEnd); gpGraphics->GetRenderer3D()->SetFogColor(cColor(afR, afG, afB, 1.0f)); } SCRIPT_DEFINE_FUNC_5(void, SetFogProperties, float, float, float, float, float) //----------------------------------------------------------------------- static void SetSectorProperties(tString asSector, float afAmbR, float afAmbG, float afAmbB) { cPortalContainer *pContainer = gpScene->GetWorld3D()->GetPortalContainer(); cSector *pSector = pContainer->GetSector(asSector); if (pSector == NULL) { Warning("Could not find sector '%s'\n", asSector.c_str()); return; } pSector->SetAmbientColor(cColor(afAmbR, afAmbG, afAmbB, 1)); } SCRIPT_DEFINE_FUNC_4(void, SetSectorProperties, string, float, float, float) //----------------------------------------------------------------------- static void SetSectorPortalActive(tString asSector, int alPortal, bool abActive) { cPortalContainer *pContainer = gpScene->GetWorld3D()->GetPortalContainer(); cSector *pSector = pContainer->GetSector(asSector); if (pSector == NULL) { Warning("Could not find sector '%s'\n", asSector.c_str()); return; } cPortal *pPortal = pSector->GetPortal(alPortal); if (pPortal == NULL) { Warning("Could not find portal %d in sector '%s'\n", alPortal, asSector.c_str()); return; } pPortal->SetActive(abActive); } SCRIPT_DEFINE_FUNC_3(void, SetSectorPortalActive, string, int, bool) ///////////////////////////////////////////////////////////////////////// /////// RESOURCES ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Gets a string in the current language. * \param asCat The translation category * \param asName The name of the category entry. **/ static tString Translate(tString asCat, tString asName) { tWString wsText = gpResources->Translate(asCat, asName); return wsText; } SCRIPT_DEFINE_FUNC_2(string, Translate, string, string) //----------------------------------------------------------------------- /** * Preloads the data for a sound. * \param asFile This can be a wav, ogg, mp3 or snt file. **/ static void PreloadSound(tString asFile) { tString sExt = cString::ToLowerCase(cString::GetFileExt(asFile)); if (sExt == "snt") { cSoundEntityData *pData = gpResources->GetSoundEntityManager()->CreateSoundEntity(asFile); if (pData == NULL) { Warning("Couldn't preload sound '%s'\n", asFile.c_str()); return; } if (pData->GetMainSoundName() != "") { iSoundChannel *pChannel = gpSound->GetSoundHandler()->CreateChannel(pData->GetMainSoundName(), 0); hplDelete(pChannel); } if (pData->GetStartSoundName() != "") { iSoundChannel *pChannel = gpSound->GetSoundHandler()->CreateChannel(pData->GetStartSoundName(), 0); hplDelete(pChannel); } if (pData->GetStopSoundName() != "") { iSoundChannel *pChannel = gpSound->GetSoundHandler()->CreateChannel(pData->GetStopSoundName(), 0); hplDelete(pChannel); } } else { iSoundData *pSound = gpResources->GetSoundManager()->CreateSoundData(asFile, false); if (pSound) { Warning("Couldn't preload sound '%s'\n", asFile.c_str()); } } } SCRIPT_DEFINE_FUNC_1(void, PreloadSound, string) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// MESH ENTITY ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- static void SetMeshActive(tString asName, bool abActive) { cMeshEntity *pEnt = gpScene->GetWorld3D()->GetMeshEntity(asName); if (pEnt == NULL) { Warning("Didn't find mesh entity '%s'\n", asName.c_str()); return; } pEnt->SetActive(abActive); pEnt->SetVisible(abActive); } SCRIPT_DEFINE_FUNC_2(void, SetMeshActive, string, bool) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// PARTICLE SYSTEM ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Create a particle system at the position of an area * \param asName The name of the particle system. * \param abActive If it should be active or not. **/ static void SetParticleSystemActive(tString asName, bool abActive) { cParticleSystem3D *pPS = gpScene->GetWorld3D()->GetParticleSystem(asName); if (pPS == NULL) { Warning("Didn't find particle system '%s'\n", asName.c_str()); return; } pPS->SetActive(abActive); pPS->SetVisible(abActive); } SCRIPT_DEFINE_FUNC_2(void, SetParticleSystemActive, string, bool) //----------------------------------------------------------------------- /** * Create a particle system at the position of an area * \param asName The name of the particle system. * \param asType The type of aprticle system * \param asArea The name of the area * \param X Y and Z the variables of the particle system. **/ static void CreateParticleSystem(tString asName, tString asType, tString asArea, float afX, float afY, float afZ) { cAreaEntity *pArea = gpScene->GetWorld3D()->GetAreaEntity(asArea); if (pArea == NULL) { Warning("Couldn't find area '%s'\n", asArea.c_str()); return; } cParticleSystem3D *pPS = gpScene->GetWorld3D()->CreateParticleSystem(asName, asType, cVector3f(afX, afY, afZ), pArea->m_mtxTransform); if (pPS == NULL) { Warning("No particle system of type '%s'\n", asType.c_str()); return; } } SCRIPT_DEFINE_FUNC_6(void, CreateParticleSystem, string, string, string, float, float, float) //----------------------------------------------------------------------- /** * Kill a particle system * \param asName The name of the particle system. **/ static void KillParticleSystem(tString asName) { /*cParticleSystem3D *pPS = gpScene->GetWorld3D()->GetParticleSystem(asName); if(pPS==NULL){ Warning("Didn't find particle system '%s'\n",asName.c_str()); return; } pPS->Kill();*/ bool bFound = false; cParticleSystem3DIterator it = gpScene->GetWorld3D()->GetParticleSystemIterator(); while (it.HasNext()) { cParticleSystem3D *pPS = it.Next(); if (pPS->GetName() == asName) { pPS->Kill(); bFound = true; } } if (!bFound) Warning("Didn't find particle system '%s'\n", asName.c_str()); } SCRIPT_DEFINE_FUNC_1(void, KillParticleSystem, string) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// BEAM ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Creates an a beam between two areas * \param asName * \param asFile * \param asStartArea * \param asEndArea */ static void CreateBeam(tString asName, tString asFile, tString asStartArea, tString asEndArea) { cAreaEntity *pStartArea = gpScene->GetWorld3D()->GetAreaEntity(asStartArea); if (pStartArea == NULL) { Warning("Couldn't find area '%s'\n", asStartArea.c_str()); return; } cAreaEntity *pEndArea = gpScene->GetWorld3D()->GetAreaEntity(asEndArea); if (pEndArea == NULL) { Warning("Couldn't find area '%s'\n", asEndArea.c_str()); return; } cBeam *pBeam = gpScene->GetWorld3D()->CreateBeam(asName); if (pBeam->LoadXMLProperties(asFile) == false) { Error("Couldn't create beam from file '%s'\n", asFile.c_str()); gpScene->GetWorld3D()->DestroyBeam(pBeam); return; } pBeam->SetPosition(pStartArea->m_mtxTransform.GetTranslation()); pBeam->GetEnd()->SetPosition(pEndArea->m_mtxTransform.GetTranslation()); } SCRIPT_DEFINE_FUNC_4(void, CreateBeam, string, string, string, string) //----------------------------------------------------------------------- /** * Destroys a beam * \param asName */ static void DestroyBeam(tString asName) { cBeam *pBeam = gpScene->GetWorld3D()->GetBeam(asName); if (pBeam == NULL) { Warning("Couldn't find beam '%s'\n", asName.c_str()); return; } gpScene->GetWorld3D()->DestroyBeam(pBeam); } SCRIPT_DEFINE_FUNC_1(void, DestroyBeam, string) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// LIGHT ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Fades a sound to a color and a radius * \param asName The name of the light * \param afR The red channel to fade to. * \param afG The green channel to fade to. * \param afB The blue channel to fade to. * \param afA The alpha channel to fade to. * \param afRadius The radius to fade to. * \param afTime The amount of seconds the fade should last. **/ static void FadeLight3D(tString asName, float afR, float afG, float afB, float afA, float afRadius, float afTime) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asName.c_str()); return; } pLight->FadeTo(cColor(afR, afG, afB, afA), afRadius, afTime); pLight->SetVisible(true); pLight->UpdateLight(2.0f / 60.0f); } SCRIPT_DEFINE_FUNC_7(void, FadeLight3D, string, float, float, float, float, float, float) //----------------------------------------------------------------------- /** * Attaches a billboard to a light * \param asBillboardName The billbaord name * \param asLightName The light name * \param abX True if it should be attached, false if you want to remove. **/ static void AttachBillboardToLight3D(tString asBillboardName, tString asLightName, bool abX) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asLightName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asLightName.c_str()); return; } cBillboard *pBillboard = gpScene->GetWorld3D()->GetBillboard(asBillboardName); if (pBillboard == NULL) { Warning("Couldn't find billboard '%s'\n", asBillboardName.c_str()); return; } if (abX) pLight->AttachBillboard(pBillboard); else pLight->RemoveBillboard(pBillboard); } SCRIPT_DEFINE_FUNC_3(void, AttachBillboardToLight3D, string, string, bool) //----------------------------------------------------------------------- /** * Sets on/off a light * \param asName The light name * \param abX if the light should be on or off. **/ static void SetLight3DVisible(tString asName, bool abX) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asName.c_str()); return; } pLight->SetVisible(abX); } SCRIPT_DEFINE_FUNC_2(void, SetLight3DVisible, string, bool) //----------------------------------------------------------------------- /** * Sets on/off for affect only in sector where centre is. * \param asName The light name * \param abX if the light should only affects objects in same sector or not. **/ static void SetLight3DOnlyAffectInSector(tString asName, bool abX) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asName.c_str()); return; } pLight->SetOnlyAffectInSector(abX); } SCRIPT_DEFINE_FUNC_2(void, SetLight3DOnlyAffectInSector, string, bool) //----------------------------------------------------------------------- /** * Sets flickering on/off a light * \param asName The light name * \param abX if the light flicker should be on or off. **/ static void SetLight3DFlickerActive(tString asName, bool abX) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asName.c_str()); return; } pLight->SetFlickerActive(abX); } SCRIPT_DEFINE_FUNC_2(void, SetLight3DFlickerActive, string, bool) //----------------------------------------------------------------------- /** * Sets flickering parameters * \param asName The light name * \param abR, afG, afB, afA The color of the light when off * \param afRadius The radius of the light when off. * \param afOnMinLength Minimum time before going from off to on. * \param afOnMaxLength Maximum time before going from off to on. * \param asOnSound Name of the sound played when going from off to on. "" means no sound. * \param asOnPS Name of the particle system played when going from off to on. "" means none. * \param afOffMinLength Minimum time before going from on to off. * \param afOffMaxLength Maximum time before going from on to off. * \param asOffSound Name of the sound played when going from on to off. "" means no sound. * \param asOffPS Name of the particle system played when going from on to off. "" means none. * \param abFade If there should be a fade between off and on. * \param afOnFadeLength Fade length from off to on. * \param afOffFadeLength Fade length from on to off. **/ static void SetLight3DFlicker(tString asName, float afR, float afG, float afB, float afA, float afRadius, float afOnMinLength, float afOnMaxLength, tString asOnSound, tString asOnPS, float afOffMinLength, float afOffMaxLength, tString asOffSound, tString asOffPS, bool abFade, float afOnFadeLength, float afOffFadeLength) { iLight3D *pLight = gpScene->GetWorld3D()->GetLight(asName); if (pLight == NULL) { Warning("Couldn't find light '%s'\n", asName.c_str()); return; } pLight->SetFlicker(cColor(afR, afG, afB, afA), afRadius, afOnMinLength, afOnMaxLength, asOnSound, asOnPS, afOffMinLength, afOffMaxLength, asOffSound, asOffPS, abFade, afOnFadeLength, afOffFadeLength); } SCRIPT_DEFINE_FUNC_17(void, SetLight3DFlicker, string, float, float, float, float, float, float, float, string, string, float, float, string, string, bool, float, float) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// SOUND ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Creates a sound entity at the position of an area. * \param asName Name of the sound area * \param asFile The snt file to load. * \param asArea The area to create at. */ static void CreateSoundEntity(tString asName, tString asFile, tString asArea) { cAreaEntity *pArea = gpScene->GetWorld3D()->GetAreaEntity(asArea); if (pArea == NULL) { Warning("Couldn't find area '%s'\n", asArea.c_str()); return; } cSoundEntity *pSound = gpScene->GetWorld3D()->CreateSoundEntity(asName, asFile, true); if (pSound == NULL) { Warning("Couldn't create sound entity '%s'\n", asFile.c_str()); return; } pSound->SetPosition(pArea->m_mtxTransform.GetTranslation()); } SCRIPT_DEFINE_FUNC_3(void, CreateSoundEntity, string, string, string) //----------------------------------------------------------------------- /** * Play a sound entity * \param asName The entity name * \param abPlayStart If the start sound should be played. **/ static void PlaySoundEntity(tString asName, bool abPlayStart) { cSoundEntity *pSound = gpScene->GetWorld3D()->GetSoundEntity(asName); if (pSound == NULL) { Warning("Couldn't find sound entity '%s'\n", asName.c_str()); return; } pSound->Play(abPlayStart); } SCRIPT_DEFINE_FUNC_2(void, PlaySoundEntity, string, bool) /** * Stop a sound entity * \param asName The entity name * \param abPlayEnd If the end sound should be played. **/ static void StopSoundEntity(tString asName, bool abPlayEnd) { cSoundEntity *pSound = gpScene->GetWorld3D()->GetSoundEntity(asName); if (pSound == NULL) { Warning("Couldn't find sound entity '%s'\n", asName.c_str()); return; } pSound->Stop(abPlayEnd); } SCRIPT_DEFINE_FUNC_2(void, StopSoundEntity, string, bool) //----------------------------------------------------------------------- /** * Play a sound entity fading it * \param asName The entity name * \param afSpeed Volume increase per second. **/ static void FadeInSoundEntity(tString asName, float afSpeed) { cSoundEntity *pSound = gpScene->GetWorld3D()->GetSoundEntity(asName); if (pSound == NULL) { Warning("Couldn't find sound entity '%s'\n", asName.c_str()); return; } pSound->FadeIn(afSpeed); } SCRIPT_DEFINE_FUNC_2(void, FadeInSoundEntity, string, float) /** * Stop a sound entity fading it * \param asName The entity name * \param afSpeed Volume decrease per second. **/ static void FadeOutSoundEntity(tString asName, float afSpeed) { cSoundEntity *pSound = gpScene->GetWorld3D()->GetSoundEntity(asName); if (pSound == NULL) { Warning("Couldn't find sound entity '%s'\n", asName.c_str()); return; } pSound->FadeOut(afSpeed); } SCRIPT_DEFINE_FUNC_2(void, FadeOutSoundEntity, string, float) //----------------------------------------------------------------------- static void PlayMusic(tString asName, float afVol, float afStepSize, bool abLoop) { gpSound->GetMusicHandler()->Play(asName, afVol, afStepSize, abLoop); } SCRIPT_DEFINE_FUNC_4(void, PlayMusic, string, float, float, bool) //----------------------------------------------------------------------- static void StopMusic(float afStepSize) { gpSound->GetMusicHandler()->Stop(afStepSize); } SCRIPT_DEFINE_FUNC_1(void, StopMusic, float) //----------------------------------------------------------------------- /** * Play a sound gui sound, with out any position. * \param asName The sound name * \param afVol Volume of the sound **/ static void PlayGuiSound(tString asName, float afVol) { gpSound->GetSoundHandler()->PlayGui(asName, false, afVol); } SCRIPT_DEFINE_FUNC_2(void, PlayGuiSound, string, float) ///////////////////////////////////////////////////////////////////////// /////// PHYSICS ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- /** * Sets a callback for a joint. * The syntax for the function is: void MyFunction(string asJointName) * \param asJointName The joint name * \param asType The type, can be: "OnMax" or "OnMin". * \param asFunc The script function to be called. Must be in the current script file. "" = disabled. **/ static void SetJointCallback(tString asJointName, tString asType, tString asFunc) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } int lType = 0; tString sLowName = cString::ToLowerCase(asType); if (sLowName == "onmax") lType = 1; if (sLowName == "onmin") lType = 2; if (lType == 0) { Warning("Joint callback type '%s' does not exist\n", asType.c_str()); return; } cScriptJointCallback *pCallback = static_cast(pJoint->GetCallback()); if (pCallback == NULL) { pCallback = hplNew(cScriptJointCallback, (gpScene)); pJoint->SetCallback(pCallback, true); } if (lType == 1) pCallback->msMaxFunc = asFunc; if (lType == 2) pCallback->msMinFunc = asFunc; } SCRIPT_DEFINE_FUNC_3(void, SetJointCallback, string, string, string) //----------------------------------------------------------------------- /** * Breaks a joint. * \param asJointName The joint name **/ static void BreakJoint(tString asJointName) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } pJoint->Break(); } SCRIPT_DEFINE_FUNC_1(void, BreakJoint, string) //----------------------------------------------------------------------- /** * Sets if a joint controller is active or not. * \param asJointName The joint name * \param asCtrlName The controller name * \param abActive If the controller is to be active or not. **/ static void SetJointControllerActive(tString asJointName, tString asCtrlName, bool abActive) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } iPhysicsController *pCtrl = pJoint->GetController(asCtrlName); if (pCtrl == NULL) { Warning("Couldn't find controller %s in joint '%s'\n", asCtrlName.c_str(), asJointName.c_str()); return; } pCtrl->SetActive(abActive); } SCRIPT_DEFINE_FUNC_3(void, SetJointControllerActive, string, string, bool) //----------------------------------------------------------------------- /** * Change the active controller. All other controllers are set to false. * \param asJointName The joint name * \param asCtrlName The controller name **/ static void ChangeJointController(tString asJointName, tString asCtrlName) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } if (pJoint->ChangeController(asCtrlName) == false) { Warning("Couldn't find controller %s in joint '%s'\n", asCtrlName.c_str(), asJointName.c_str()); return; } } SCRIPT_DEFINE_FUNC_2(void, ChangeJointController, string, string) //----------------------------------------------------------------------- /** * Sets if a joint controller is active or not. * \param asJointName The joint name * \param asCtrlName The controller name * \param asProperty Property to change, can be "DestValue" * \param afValue Value to set it to. **/ static void SetJointControllerPropertyFloat(tString asJointName, tString asCtrlName, tString asProperty, float afValue) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } iPhysicsController *pCtrl = pJoint->GetController(asCtrlName); if (pCtrl == NULL) { Warning("Couldn't find controller %s in joint '%s'\n", asCtrlName.c_str(), asJointName.c_str()); return; } if (asProperty == "DestValue") { pCtrl->SetDestValue(afValue); } } SCRIPT_DEFINE_FUNC_4(void, SetJointControllerPropertyFloat, string, string, string, float) //----------------------------------------------------------------------- /** * Gets a property from the joint. * Valid properties are: * "Angle" The angle between the bodies (in degrees) (Not working for ball joint) * "Distance" The distance between the bodies (in meter) * "LinearSpeed" The relative linear speed between the bodies (in m/s) * "AngularSpeed" The relative angular speed between the bodies (in m/s) * "Force" The size of the force (in newton, kg*m/s^2). * "MaxLimit" The max limit (meters or degrees) * "MinLimit" The in limit (meters or degrees) * \param asJointName The joint name * \param asProp The property to get **/ static float GetJointProperty(tString asJointName, tString asProp) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return 0; } tString sLowProp = cString::ToLowerCase(asProp); if (sLowProp == "angle") { return cMath::ToDeg(pJoint->GetAngle()); } else if (sLowProp == "distance") { return pJoint->GetDistance(); } else if (sLowProp == "linearspeed") { return pJoint->GetVelocity().Length(); } else if (sLowProp == "angularspeed") { return pJoint->GetAngularVelocity().Length(); } else if (sLowProp == "force") { return pJoint->GetForce().Length(); } ///////////////////////////// // Min Limit else if (sLowProp == "minlimit") { switch (pJoint->GetType()) { case ePhysicsJointType_Hinge: { iPhysicsJointHinge *pHingeJoint = static_cast(pJoint); return cMath::ToDeg(pHingeJoint->GetMinAngle()); } case ePhysicsJointType_Screw: { iPhysicsJointScrew *pScrewJoint = static_cast(pJoint); return pScrewJoint->GetMinDistance(); } case ePhysicsJointType_Slider: { iPhysicsJointSlider *pSliderJoint = static_cast(pJoint); return pSliderJoint->GetMinDistance(); } case ePhysicsJointType_Ball: break; case ePhysicsJointType_LastEnum: break; } } ///////////////////////////// // Max Limit else if (sLowProp == "maxlimit") { switch (pJoint->GetType()) { case ePhysicsJointType_Hinge: { iPhysicsJointHinge *pHingeJoint = static_cast(pJoint); return cMath::ToDeg(pHingeJoint->GetMaxAngle()); } case ePhysicsJointType_Screw: { iPhysicsJointScrew *pScrewJoint = static_cast(pJoint); return pScrewJoint->GetMaxDistance(); } case ePhysicsJointType_Slider: { iPhysicsJointSlider *pSliderJoint = static_cast(pJoint); return pSliderJoint->GetMaxDistance(); } case ePhysicsJointType_Ball: break; case ePhysicsJointType_LastEnum: break; } } Warning("Joint property '%s' does not exist!\n", asProp.c_str()); return 0; } SCRIPT_DEFINE_FUNC_2(float, GetJointProperty, string, string) //----------------------------------------------------------------------- /** * Gets a property from the body. * Valid properties are: * "Mass" The mass of the body (in kg) * "LinearSpeed" The linear speed the body has (in m/s) * "AngularSpeed" The angular speed the body has (in m/s) * \param asBodyName The body name * \param asProp The property to get **/ static float GetBodyProperty(tString asBodyName, tString asProp) { iPhysicsBody *pBody = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asBodyName); if (pBody == NULL) { Warning("Couldn't find Body '%s'\n", asBodyName.c_str()); return 0; } tString sLowProp = cString::ToLowerCase(asProp); if (sLowProp == "mass") { return pBody->GetMass(); } else if (sLowProp == "linearspeed") { return pBody->GetLinearVelocity().Length(); } else if (sLowProp == "angularspeed") { return pBody->GetAngularVelocity().Length(); } Warning("Body property '%s' does not exist!\n", asProp.c_str()); return 0; } SCRIPT_DEFINE_FUNC_2(float, GetBodyProperty, string, string) //----------------------------------------------------------------------- /** * Sets a property to the body. * Valid properties are: * "Mass" The mass of the body (in kg) * "CollideCharacter" 0 = false 1=true * \param asBodyName The body name * \param asProp The property to get * \param afVal The new value of the property **/ static void SetBodyProperty(tString asBodyName, tString asProp, float afVal) { iPhysicsBody *pBody = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asBodyName); if (pBody == NULL) { Warning("Couldn't find Body '%s'\n", asBodyName.c_str()); return; } tString sLowProp = cString::ToLowerCase(asProp); if (sLowProp == "mass") { pBody->SetMass(afVal); pBody->SetEnabled(true); if (afVal == 0) { pBody->SetLinearVelocity(0); pBody->SetAngularVelocity(0); } return; } else if (sLowProp == "collidecharacter") { pBody->SetCollideCharacter(afVal < 0.05 ? false : true); return; } else if (sLowProp == "hasgravity") { pBody->SetCollideCharacter(afVal < 0.05 ? false : true); return; } Warning("Body property '%s' does not exist!\n", asProp.c_str()); } SCRIPT_DEFINE_FUNC_3(void, SetBodyProperty, string, string, float) //----------------------------------------------------------------------- static void AttachBodiesWithJoint(tString asParentName, tString asChildName, tString asJointName) { iPhysicsBody *pParent = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asParentName); if (pParent == NULL) { Warning("Couldn't find Body '%s'\n", asParentName.c_str()); return; } iPhysicsBody *pChild = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asChildName); if (pChild == NULL) { Warning("Couldn't find Body '%s'\n", asChildName.c_str()); return; } iPhysicsWorld *pPhysicsWorld = gpScene->GetWorld3D()->GetPhysicsWorld(); cVector3f vPivot = (pParent->GetLocalPosition() + pChild->GetLocalPosition()) * 0.5f; cVector3f vDir = cMath::Vector3Normalize(pChild->GetLocalPosition() - pParent->GetLocalPosition()); iPhysicsJointSlider *pJoint = pPhysicsWorld->CreateJointSlider(asJointName, vPivot, vDir, pParent, pChild); pJoint->SetMinDistance(-0.01f); pJoint->SetMaxDistance(0.01f); } SCRIPT_DEFINE_FUNC_3(void, AttachBodiesWithJoint, string, string, string) //----------------------------------------------------------------------- /** * Sets a property to the joint. * Valid properties are: * "MinLimit" The min limit (depends on joint, does not work on ball) * "MaxLimit" The max limit (depends on joint, does not work on ball) * \param asJointName The body name * \param asProp The property to get * \param afVal The new value of the property **/ static void SetJointProperty(tString asJointName, tString asProp, float afVal) { iPhysicsJoint *pJoint = gpScene->GetWorld3D()->GetPhysicsWorld()->GetJoint(asJointName); if (pJoint == NULL) { Warning("Couldn't find joint '%s'\n", asJointName.c_str()); return; } tString sLowProp = cString::ToLowerCase(asProp); if (pJoint->GetChildBody()) pJoint->GetChildBody()->SetEnabled(true); if (pJoint->GetParentBody()) pJoint->GetParentBody()->SetEnabled(true); ///////////////////////////// // Min Limit if (sLowProp == "minlimit") { switch (pJoint->GetType()) { case ePhysicsJointType_Hinge: { iPhysicsJointHinge *pHingeJoint = static_cast(pJoint); pHingeJoint->SetMinAngle(cMath::ToRad(afVal)); break; } case ePhysicsJointType_Screw: { iPhysicsJointScrew *pScrewJoint = static_cast(pJoint); pScrewJoint->SetMinDistance(afVal); break; } case ePhysicsJointType_Slider: { iPhysicsJointSlider *pSliderJoint = static_cast(pJoint); pSliderJoint->SetMinDistance(afVal); break; } default: break; } } ///////////////////////////// // Max Limit else if (sLowProp == "maxlimit") { switch (pJoint->GetType()) { case ePhysicsJointType_Hinge: { iPhysicsJointHinge *pHingeJoint = static_cast(pJoint); pHingeJoint->SetMaxAngle(cMath::ToRad(afVal)); break; } case ePhysicsJointType_Screw: { iPhysicsJointScrew *pScrewJoint = static_cast(pJoint); pScrewJoint->SetMaxDistance(afVal); break; } case ePhysicsJointType_Slider: { iPhysicsJointSlider *pSliderJoint = static_cast(pJoint); pSliderJoint->SetMaxDistance(afVal); break; } default: break; } } else { Warning("Joint property '%s' does not exist!\n", asProp.c_str()); } } SCRIPT_DEFINE_FUNC_3(void, SetJointProperty, string, string, float) //----------------------------------------------------------------------- /** * Adds a force to the body. This can either be in the bodies local coord system or the world's. * \param asBodyName The body name * \param asCoordType The coordinate system type. "World" or "Local". * \param afX force in the x direction. (in newton, kg*m/s^2) * \param afY force in the y direction. (in newton, kg*m/s^2) * \param afZ force in the z direction. (in newton, kg*m/s^2) **/ static void AddBodyForce(tString asBodyName, tString asCoordType, float afX, float afY, float afZ) { iPhysicsBody *pBody = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asBodyName); if (pBody == NULL) { Warning("Couldn't find Body '%s'\n", asBodyName.c_str()); return; } int lType = 0; tString sLowType = cString::ToLowerCase(asCoordType); if (sLowType == "world") lType = 1; else if (sLowType == "local") lType = 2; if (lType == 0) { Warning("Coord system type '%s' is not valid.\n", asCoordType.c_str()); return; } if (lType == 1) { pBody->AddForce(cVector3f(afX, afY, afZ)); } else if (lType == 2) { cVector3f vWorldForce = cMath::MatrixMul(pBody->GetLocalMatrix().GetRotation(), cVector3f(afX, afY, afZ)); pBody->AddForce(vWorldForce); } } SCRIPT_DEFINE_FUNC_5(void, AddBodyForce, string, string, float, float, float) //----------------------------------------------------------------------- /** * Adds an impule (a change in velocity) to the body. This can either be in the bodies local coord system or the world's. * \param asBodyName The body name * \param asCoordType The coordinate system type. "World" or "Local". * \param afX velocity in the x direction. (in m/s) * \param afY velocity in the y direction. (in m/s) * \param afZ velocity in the z direction. (in m/s) **/ static void AddBodyImpulse(tString asBodyName, tString asCoordType, float afX, float afY, float afZ) { iPhysicsBody *pBody = gpScene->GetWorld3D()->GetPhysicsWorld()->GetBody(asBodyName); if (pBody == NULL) { Warning("Couldn't find Body '%s'\n", asBodyName.c_str()); return; } int lType = 0; tString sLowType = cString::ToLowerCase(asCoordType); if (sLowType == "world") lType = 1; else if (sLowType == "local") lType = 2; if (lType == 0) { Warning("Coord system type '%s' is not valid.\n", asCoordType.c_str()); return; } if (lType == 1) { pBody->AddImpulse(cVector3f(afX, afY, afZ)); } else if (lType == 2) { cVector3f vWorldForce = cMath::MatrixMul(pBody->GetLocalMatrix().GetRotation(), cVector3f(afX, afY, afZ)); pBody->AddImpulse(vWorldForce); } } SCRIPT_DEFINE_FUNC_5(void, AddBodyImpulse, string, string, float, float, float) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// LOCAL VARS ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// static void CreateLocalVar(tString asName, int alVal) { if (gpScene->GetLocalVar(asName) == NULL) { cScriptVar *pVar = gpScene->CreateLocalVar(asName); pVar->mlVal = alVal; } } SCRIPT_DEFINE_FUNC_2(void, CreateLocalVar, string, int) static void SetLocalVar(tString asName, int alVal) { cScriptVar *pVar = gpScene->CreateLocalVar(asName); pVar->mlVal = alVal; } SCRIPT_DEFINE_FUNC_2(void, SetLocalVar, string, int) static void AddLocalVar(tString asName, int alVal) { cScriptVar *pVar = gpScene->CreateLocalVar(asName); pVar->mlVal += alVal; } SCRIPT_DEFINE_FUNC_2(void, AddLocalVar, string, int) static int GetLocalVar(tString asName) { cScriptVar *pVar = gpScene->GetLocalVar(asName); if (pVar == NULL) { Error("Couldn't find local var '%s'\n", asName.c_str()); return 0; } return pVar->mlVal; } SCRIPT_DEFINE_FUNC_1(int, GetLocalVar, string) //----------------------------------------------------------------------- ///////////////////////////////////////////////////////////////////////// /////// GLOBAL VARS ////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////// static void CreateGlobalVar(tString asName, int alVal) { if (gpScene->GetGlobalVar(asName) == NULL) { cScriptVar *pVar = gpScene->CreateGlobalVar(asName); pVar->mlVal = alVal; } } SCRIPT_DEFINE_FUNC_2(void, CreateGlobalVar, string, int) static void SetGlobalVar(tString asName, int alVal) { cScriptVar *pVar = gpScene->CreateGlobalVar(asName); pVar->mlVal = alVal; } SCRIPT_DEFINE_FUNC_2(void, SetGlobalVar, string, int) static void AddGlobalVar(tString asName, int alVal) { cScriptVar *pVar = gpScene->CreateGlobalVar(asName); pVar->mlVal += alVal; } SCRIPT_DEFINE_FUNC_2(void, AddGlobalVar, string, int) static int GetGlobalVar(tString asName) { cScriptVar *pVar = gpScene->GetGlobalVar(asName); if (pVar == NULL) { Error("Couldn't find global var '%s'\n", asName.c_str()); return 0; } return pVar->mlVal; } SCRIPT_DEFINE_FUNC_1(int, GetGlobalVar, string) //----------------------------------------------------------------------- void cScriptFuncs::Init(cGraphics *apGraphics, cResources *apResources, cSystem *apSystem, cInput *apInput, cScene *apScene, cSound *apSound, cGame *apGame) { gpGraphics = apGraphics; gpResources = apResources; gpSystem = apSystem; gpInput = apInput; gpScene = apScene; gpSound = apSound; gpGame = apGame; // General gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(Print)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(FloatToString)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(IntToString)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(RandFloat)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(RandInt)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(StringContains)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(ResetLogicTimer)); // Renderer gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetAmbientColor)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetSkybox)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetSkyboxActive)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetSkyboxColor)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateParticleSystemOnCamera)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetFogActive)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetFogCulling)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetFogProperties)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetSectorProperties)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetSectorPortalActive)); // Resources gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(PreloadSound)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(Translate)); // Mesh Entity gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetMeshActive)); // Beams gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateBeam)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(DestroyBeam)); // Particle systems gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetParticleSystemActive)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateParticleSystem)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(KillParticleSystem)); // Light gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(FadeLight3D)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AttachBillboardToLight3D)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetLight3DVisible)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetLight3DFlickerActive)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetLight3DFlicker)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetLight3DOnlyAffectInSector)); // Sound gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(PlayMusic)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(StopMusic)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(PlaySoundEntity)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(StopSoundEntity)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(FadeInSoundEntity)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(FadeOutSoundEntity)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(PlayGuiSound)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateSoundEntity)); // Physics gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetJointCallback)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(BreakJoint)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(GetJointProperty)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(GetBodyProperty)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetBodyProperty)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetJointProperty)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AttachBodiesWithJoint)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetJointControllerActive)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(ChangeJointController)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetJointControllerPropertyFloat)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AddBodyForce)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AddBodyImpulse)); // Local vars gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateLocalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetLocalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AddLocalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(GetLocalVar)); // Global vars gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(CreateGlobalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(SetGlobalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(AddGlobalVar)); gpSystem->GetLowLevel()->addScriptFunc(SCRIPT_REGISTER_FUNC(GetGlobalVar)); } //----------------------------------------------------------------------- ////////////////////////////////////////////////////////////////////////// // PRIVATE METHODS ////////////////////////////////////////////////////////////////////////// //----------------------------------------------------------------------- //----------------------------------------------------------------------- } // namespace hpl