void AiCombatStorage::startAttackIfReady(const MWWorld::Ptr& actor, CharacterController& characterController,
const ESM::Weapon* weapon, bool distantCombat)
{
if (mReadyToAttack && characterController.readyToStartAttack())
{
if (mAttackCooldown <= 0)
{
mAttack = true; // attack starts just now
characterController.setAttackingOrSpell(true);
if (!distantCombat)
characterController.setAIAttackType(chooseBestAttack(weapon));
mStrength = Misc::Rng::rollClosedProbability();
const MWWorld::ESMStore &store = MWBase::Environment::get().getWorld()->getStore();
float baseDelay = store.get<ESM::GameSetting>().find("fCombatDelayCreature")->mValue.getFloat();
if (actor.getClass().isNpc())
{
baseDelay = store.get<ESM::GameSetting>().find("fCombatDelayNPC")->mValue.getFloat();
//say a provoking combat phrase
int chance = store.get<ESM::GameSetting>().find("iVoiceAttackOdds")->mValue.getInteger();
if (Misc::Rng::roll0to99() < chance)
{
MWBase::Environment::get().getDialogueManager()->say(actor, "attack");
}
}
mAttackCooldown = std::min(baseDelay + 0.01 * Misc::Rng::roll0to99(), baseDelay + 0.9);
}
else
mAttackCooldown -= AI_REACTION_TIME;
}
}
bool InitializeControllerComponent(IActorComponent* cmp, ICMStream* stream)
{
ControllerComponent* controllerCmp = (ControllerComponent*)cmp;
tinyxml2::XMLElement* pData = (tinyxml2::XMLElement*)stream;
CharacterController* cc = new CharacterController();
cc->SetName(cmp->VGetActor()->GetName());
tinyxml2::XMLElement* speed = pData->FirstChildElement("Speed");
if(speed)
{
float mins = 1;
float maxs = 1;
speed->QueryFloatAttribute("min", &mins);
speed->QueryFloatAttribute("max", &maxs);
cc->VSetMinSpeed(mins);
cc->VSetMaxSpeed(maxs);
}
std::unique_ptr<ActorController> ac(cc);
tinyxml2::XMLElement* activate = pData->FirstChildElement("Activate");
if(activate)
{
cc->VActivate();
}
CmGetApp()->VGetLogic()->VAttachView(std::move(ac), cmp->VGetActor());
return true;
}
void AiCombatStorage::updateAttack(CharacterController& characterController)
{
if (mAttack && (characterController.getAttackStrength() >= mStrength || characterController.readyToPrepareAttack()))
{
mAttack = false;
}
characterController.setAttackingOrSpell(mAttack);
}
bool PhysXCharacterController::filter(const PxController& a, const PxController& b)
{
CharacterController* controllerA = (CharacterController*)a.getUserData();
CharacterController* controllerB = (CharacterController*)b.getUserData();
bool canCollide = gPhysics().isCollisionEnabled(controllerA->getLayer(), controllerB->getLayer());
return canCollide;
}
void Objects::updateObject(const MWWorld::Ptr &old, const MWWorld::Ptr &ptr)
{
PtrControllerMap::iterator iter = mObjects.find(old);
if(iter != mObjects.end())
{
CharacterController *ctrl = iter->second;
mObjects.erase(iter);
ctrl->updatePtr(ptr);
mObjects.insert(std::make_pair(ptr, ctrl));
}
}
EntityComponent *PhysicsEntityComponentFactory::createComponent(Entity *entity,
EntityComponentTemplate *tpl)
{
PhysicsEntityComponentTemplate *ptpl = (PhysicsEntityComponentTemplate*)tpl;
// Get world component (holds the simulation)
World *world = entity->getWorld();
PhysicsWorldComponent *worldcomponent;
worldcomponent = (PhysicsWorldComponent*)world->getComponent(EWCT_Physics);
if (!worldcomponent)
return 0;
Simulation *simulation = worldcomponent->getSimulation();
// Create entity component
PhysicsEntityComponent *component = new PhysicsEntityComponent(entity,
simulation);
// Create bodies
for (unsigned int i = 0; i < ptpl->bodies.size(); i++)
{
PhysicsEntityComponentTemplate::BodyInfo &bodyinfo = ptpl->bodies[i];
// Create shapes
std::vector<Shape*> shapes;
for (unsigned int j = 0; j < bodyinfo.shapes.size(); j++)
{
std::cout << "Shape: " << bodyinfo.shapes[j] << std::endl;
Shape *shape = bodyinfo.shapes[j]->create(entity);
if (shape)
shapes.push_back(shape);
}
if (shapes.size() == 0 || shapes.size() > 1)
{
std::cout << "0 or too many shapes provided." << std::endl;
for (unsigned int i = 0; i < shapes.size(); i++)
{
delete shapes[i];
}
continue;
}
// Create body
Body *body = new Body();
body->init(simulation, shapes[0]);
body->setPosition(bodyinfo.position);
body->setRotation(bodyinfo.rotation);
component->addBody(bodyinfo.name, body);
}
// Create character controllers
for (unsigned int i = 0; i < ptpl->charcontrollers.size(); i++)
{
PhysicsEntityComponentTemplate::CharacterInfo &charinfo = ptpl->charcontrollers[i];
CharacterController *controller = new CharacterController();
controller->init(simulation);
component->addCharacterController(charinfo.name, controller);
}
return component;
}
void Activators::updateActivator(const MWWorld::Ptr &old, const MWWorld::Ptr &ptr)
{
PtrControllerMap::iterator iter = mActivators.find(old);
if(iter != mActivators.end())
{
CharacterController ctrl = iter->second;
mActivators.erase(iter);
ctrl.updatePtr(ptr);
mActivators.insert(std::make_pair(ptr, ctrl));
}
}
GameObject* GameObjectManager::CreateTott(const Ogre::Vector3& position, void* data, const Ogre::String& id){
static int tott_counter = 0;
Ogre::String tott_id = "Tott" + NumberToString(tott_counter);
TottDef& def = *static_cast<TottDef*>(data);
GameObject* go = new GameObject(GAME_OBJECT_TOTT, tott_id);
NodeComponent* node_comp = new NodeComponent;
go->AddComponent(node_comp);
TottAIComponent* ai_comp = new TottAIComponent;
go->AddComponent(ai_comp);
go->AddUpdateable(ai_comp);
AnimationComponent* acomp = new AnimationComponent;
go->AddComponent(acomp);
go->AddUpdateable(acomp);
CharacterController* contr = new CharacterController;
go->AddComponent(contr);
go->AddUpdateable(contr);
node_comp->Init(position, m_scene_manager);
node_comp->SetId(tott_id);
def.node_name = node_comp->GetSceneNode()->getName();
acomp->Init(def.mesh_name, m_scene_manager);
if (def.type_name == "Hidehog"){
acomp->AddAnimationState("Run", true);
}
else if (def.type_name == "Kittyshroom"){
acomp->AddAnimationState("walk", true);
}
else if (def.type_name == "Nightcap"){
acomp->AddAnimationState("walk", true);
}
else if (def.type_name == "Shroomfox"){
acomp->AddAnimationState("idle", true);
}
else{
acomp->AddAnimationState("Run", true);
}
ai_comp->Init(def.ai_states);
m_sound_manager->GetTottNode(node_comp->GetSceneNode()->getName());
contr->Init(position, m_physics_engine, def.character_controller);
contr->GetRigidbody()->setContactProcessingThreshold(btScalar(0));
contr->GetRigidbody()->setActivationState(DISABLE_DEACTIVATION);
acomp->GetEntity()->setRenderingDistance(100.0f);
tott_counter++;
return go;
}
void InitializeOutputFeature()
{
auto& parts = *pBlockArmature;
auto& ucinfo = pController->GetUnitedClipinfo();
outputExtractor.InitPcas(parts.size());
outputExtractor.SetDefaultFrame(pBlockArmature->Armature().default_frame());
outputExtractor.InitializeWeights(parts);
auto& facade = ucinfo.RcFacade;
auto cutoff = facade.PcaCutoff();
for (auto part : parts)
{
int pid = part->Index;
if (part->ActiveActions.size() > 0 || part->SubActiveActions.size() > 0)
{
auto &pca = facade.GetPartPca(pid);
auto d = facade.GetPartPcaDim(pid);
outputExtractor.SetPca(pid, pca.components(d), pca.mean());
}
else
{
int odim = facade.GetPartDimension(pid);
outputExtractor.SetPca(pid, MatrixXf::Identity(odim, odim), facade.GetPartMean(pid));
}
}
}
virtual void Transform(_Out_ frame_view target_frame, _In_ const_frame_view source_frame) override
{
const auto& blocks = *pBlockArmature;
RowVectorXd X, Y;
for (auto& block : blocks)
{
RowVectorXf xf = inputExtractor.Get(*block, source_frame);
RowVectorXf yf;
X = xf.cast<double>();
if (block->ActiveActions.size() > 0)
{
auto& sik = pController->GetStylizedIK(block->Index);
auto& gpr = sik.Gplvm();
gpr.get_expectation(X, &Y);
yf = Y.cast<float>();
yf *= block->Wx.cwiseInverse().asDiagonal();
outputExtractor.Set(*block, target_frame, yf);
}
else if (block->SubActiveActions.size() > 0)
{
}
}
FrameRebuildGlobal(*m_tArmature, target_frame);
}
SelfLocalMotionTransform(CharacterController & controller)
: pController(&controller), pHandles(nullptr)
{
pBlockArmature = &controller.ArmatureParts();
m_sArmature = &pBlockArmature->Armature();
m_tArmature = &pBlockArmature->Armature();
InitializeOutputFeature();
}
GameObject* GameObjectManager::CreateTott(const Ogre::Vector3& position, void* data){
CharControllerDef& def = *static_cast<CharControllerDef*>(data);
GameObject* go = new GameObject(GAME_OBJECT_TOTT);
AnimationComponent* acomp = new AnimationComponent;
acomp->AddAnimationStates(1);
go->AddComponent(acomp);
go->AddUpdateable(acomp);
CharacterController* contr = new CharacterController;
go->AddComponent(contr);
go->AddUpdateable(contr);
go->AddLateUpdate(contr);
acomp->Init("Yomi_2Yomi.mesh", m_scene_manager);
contr->Init(position, acomp->GetEntity(), def.step_height, def.collider_type, m_physics_engine);
contr->SetTurnSpeed(def.turn_speed);
contr->SetVelocity(def.velocity);
return go;
}
GameObject* GameObjectManager::CreatePlayer(const Ogre::Vector3& position, void* data){
CharControllerDef& def = *static_cast<CharControllerDef*>(data);
GameObject* go = new GameObject(GAME_OBJECT_PLAYER);
AnimationComponent* acomp = new AnimationComponent;
acomp->AddAnimationStates(2);
go->AddComponent(acomp);
go->AddUpdateable(acomp);
CharacterController* contr = new CharacterController;
go->AddComponent(contr);
go->AddUpdateable(contr);
go->AddLateUpdate(contr);
FollowCameraComponent* fcc = new FollowCameraComponent;
go->AddComponent(fcc);
go->AddUpdateable(fcc);
PlayerInputComponent* pccomp = new PlayerInputComponent;
go->AddComponent(pccomp);
go->AddUpdateable(pccomp);
ChildSceneNodeComponent* csnc = new ChildSceneNodeComponent;
go->AddComponent(csnc);
Sound2DComponent* sound2D = new Sound2DComponent;
go->AddComponent(sound2D);
Sound3DComponent* sound3D = new Sound3DComponent;
go->AddComponent(sound3D);
Music2DComponent* music2D = new Music2DComponent;
go->AddComponent(music2D);
acomp->Init("Yomi_2Yomi.mesh", m_scene_manager);
contr->Init(position, acomp->GetEntity(), def.step_height, def.collider_type, m_physics_engine);
contr->SetTurnSpeed(def.turn_speed);
contr->SetVelocity(def.velocity);
contr->HasFollowCam(true);
pccomp->Init(m_input_manager);
sound2D->Init(m_sound_manager);
sound3D->Init(m_sound_manager);
music2D->Init(m_sound_manager);
fcc->Init(m_scene_manager, m_viewport, true);
fcc->GetCamera()->setNearClipDistance(0.1f);
fcc->GetCamera()->setFarClipDistance(100);
csnc->Init(Ogre::Vector3(0.0f, 0.0f, 1.0f), "CreateBubble", acomp->GetSceneNode());
return go;
}
void Player::onUpdate()
{
Vector3 pos = getGameObject()->getTransform()->getPosition();
static float up = 0.0f;
CharacterController* cc = getGameObject()->getComponent<CharacterController>();
Vector3 movement;
if(cc->isGrounded() == true)
{
if(Input::getKey(KeyCode::UP) == true)
{
up = 10.0f;
}
}
material->setFloat("in_Replace", up / 10.0f);
movement.y = (-5 + up) * Time::getDeltaTime();
up -= 10.0f * Time::getDeltaTime();
if(up < 0)
{
up = 0;
}
if(Input::getKey(KeyCode::RIGHT) == true)
{
movement.x = 5 * Time::getDeltaTime();
}
if(Input::getKey(KeyCode::LEFT) == true)
{
movement.x = -5 * Time::getDeltaTime();
}
cc->simpleMove(movement);
}
GameObject* GameObjectManager::CreateQuestTott(const Ogre::Vector3& position, void* data, const Ogre::String& id){
static int quest_tott_counter = 0;
Ogre::String tott_id = "Tott" + NumberToString(quest_tott_counter);
TottDef& def = *static_cast<TottDef*>(data);
GameObject* go = new GameObject(GAME_OBJECT_QUEST_TOTT, tott_id);
NodeComponent* node_comp = new NodeComponent;
go->AddComponent(node_comp);
TottAIComponent* ai_comp = new TottAIComponent;
go->AddComponent(ai_comp);
go->AddUpdateable(ai_comp);
AnimationComponent* acomp = new AnimationComponent;
go->AddComponent(acomp);
go->AddUpdateable(acomp);
CharacterController* contr = new CharacterController;
go->AddComponent(contr);
go->AddUpdateable(contr);
ChildSceneNodeComponent* child_node = new ChildSceneNodeComponent;
go->AddComponent(child_node);
MeshRenderComponent* spbubble = new MeshRenderComponent;
go->AddComponent(spbubble);
SyncedTriggerComponent* trcomp = new SyncedTriggerComponent;
go->AddComponent(trcomp);
go->AddUpdateable(trcomp);
TottController* tott_contr = new TottController;
go->AddComponent(tott_contr);
go->AddUpdateable(tott_contr);
node_comp->Init(position, m_scene_manager);
node_comp->SetId(tott_id);
def.node_name = node_comp->GetSceneNode()->getName();
acomp->Init(def.mesh_name, m_scene_manager);
child_node->Init(Ogre::Vector3(0,def.speech_bubble_y,0), "speech_bubble", node_comp->GetSceneNode());
child_node->SetId("speech_bubble");
spbubble->Init(def.quest_item_mesh_name, m_scene_manager, "speech_bubble");
child_node->GetNode()->attachObject(spbubble->GetEntity());
spbubble->GetEntity()->setCastShadows(false);
child_node->GetNode()->setScale(0,0,0);
if (def.type_name == "Hidehog"){
acomp->AddAnimationState("Run", true);
}
else if (def.type_name == "Kittyshroom"){
acomp->AddAnimationState("walk", true);
}
else if (def.type_name == "Nightcap"){
acomp->AddAnimationState("walk", true);
}
else if (def.type_name == "Shroomfox"){
acomp->AddAnimationState("idle", true);
}
else{
acomp->AddAnimationState("Run", true);
}
ai_comp->Init(def.ai_states);
m_sound_manager->GetTottNode(node_comp->GetSceneNode()->getName());
contr->Init(position, m_physics_engine, def.character_controller);
contr->GetRigidbody()->setContactProcessingThreshold(btScalar(0));
contr->GetRigidbody()->setActivationState(DISABLE_DEACTIVATION);
tott_contr->Init(m_physics_engine, m_scene_manager, def.idle_anim, def.excited_anim, def.quest_item);
TriggerDef trdef;
trdef.body_type = STATIC_BODY;
trdef.collider_type = COLLIDER_SPHERE;
trdef.collision_filter.filter = COL_WORLD_TRIGGER;
trdef.collision_filter.mask = COL_PLAYER;
trdef.mass = 1.0f;
trdef.radius = 4.0f;
trcomp->Init(position, m_physics_engine, &trdef);
acomp->GetEntity()->setRenderingDistance(100.0f);
quest_tott_counter++;
return go;
};
void AiCombat::attack(const MWWorld::Ptr& actor, const MWWorld::Ptr& target, AiCombatStorage& storage, CharacterController& characterController)
{
if (isTargetMagicallyHidden(target))
{
storage.stopAttack();
return; // TODO: run away instead of doing nothing
}
const MWWorld::CellStore*& currentCell = storage.mCell;
bool cellChange = currentCell && (actor.getCell() != currentCell);
if(!currentCell || cellChange)
{
currentCell = actor.getCell();
}
const MWWorld::Class& actorClass = actor.getClass();
actorClass.getCreatureStats(actor).setMovementFlag(CreatureStats::Flag_Run, true);
float& actionCooldown = storage.mActionCooldown;
if (actionCooldown > 0)
return;
float &rangeAttack = storage.mAttackRange;
boost::shared_ptr<Action>& currentAction = storage.mCurrentAction;
if (characterController.readyToPrepareAttack())
{
currentAction = prepareNextAction(actor, target);
actionCooldown = currentAction->getActionCooldown();
}
const ESM::Weapon *weapon = NULL;
bool isRangedCombat = false;
if (currentAction.get())
{
rangeAttack = currentAction->getCombatRange(isRangedCombat);
// Get weapon characteristics
weapon = currentAction->getWeapon();
}
ESM::Position pos = actor.getRefData().getPosition();
osg::Vec3f vActorPos(pos.asVec3());
osg::Vec3f vTargetPos(target.getRefData().getPosition().asVec3());
osg::Vec3f vAimDir = MWBase::Environment::get().getWorld()->aimToTarget(actor, target);
float distToTarget = MWBase::Environment::get().getWorld()->getHitDistance(actor, target);
storage.mReadyToAttack = (distToTarget <= rangeAttack);
// can't fight if attacker can't go where target is. E.g. A fish can't attack person on land.
if (distToTarget > rangeAttack
&& !actorClass.isNpc() && !MWMechanics::isEnvironmentCompatible(actor, target))
{
// TODO: start fleeing?
storage.stopAttack();
return;
}
if (storage.mReadyToAttack)
{
storage.startCombatMove(actorClass.isNpc(), isRangedCombat, distToTarget, rangeAttack);
// start new attack
storage.startAttackIfReady(actor, characterController, weapon, isRangedCombat);
if (isRangedCombat)
{
// rotate actor taking into account target movement direction and projectile speed
osg::Vec3f& lastTargetPos = storage.mLastTargetPos;
vAimDir = AimDirToMovingTarget(actor, target, lastTargetPos, AI_REACTION_TIME, (weapon ? weapon->mData.mType : 0), storage.mStrength);
lastTargetPos = vTargetPos;
storage.mMovement.mRotation[0] = getXAngleToDir(vAimDir);
storage.mMovement.mRotation[2] = getZAngleToDir(vAimDir);
}
else
{
storage.mMovement.mRotation[0] = getXAngleToDir(vAimDir);
storage.mMovement.mRotation[2] = getZAngleToDir((vTargetPos-vActorPos)); // using vAimDir results in spastic movements since the head is animated
}
}
}
void Player::onUpdate()
{
bool setToIdle = true;
if(Application::getLoadedLevelName() == "introduction")
{
getGameObject()->getTransform()->setPosition(Vector3(-13, 0, -19));
getGameObject()->getTransform()->setRotation(Vector3(0, 180, 0));
return;
}
if(state == 0)
{
if(Input::getKey(KeyCode::RIGHT) == true)
{
mr->setAnimation(walkAnimation);
getGameObject()->getTransform()->rotate(Vector3(0, 1, 0) * 100 * Time::getDeltaTime());
setToIdle = false;
}
else if(Input::getKey(KeyCode::LEFT) == true)
{
mr->setAnimation(walkAnimation);
getGameObject()->getTransform()->rotate(Vector3(0, -1, 0) * 100 * Time::getDeltaTime());
setToIdle = false;
}
if(Input::getKey(KeyCode::UP) == true)
{
mr->setAnimation(walkAnimation);
getGameObject()->getTransform()->translate(
getGameObject()->getTransform()->getForward() * 8 * Time::getDeltaTime());
setToIdle = false;
}
if(setToIdle == true)
mr->setAnimation(idleAnimation);
if(Input::getKey(KeyCode::SPACE) == true)
{
gameScreen->getAudio()->playSound(6);
mr->setAnimation(sprintAnimation);
mr->setFps(4);
state = 1;
}
}
else if(state == 1)
{
if(Input::getKey(KeyCode::RIGHT) == true)
getGameObject()->getTransform()->rotate(Vector3(0, 1, 0) * 100 * Time::getDeltaTime());
else if(Input::getKey(KeyCode::LEFT) == true)
getGameObject()->getTransform()->rotate(Vector3(0, -1, 0) * 100 * Time::getDeltaTime());
getGameObject()->getTransform()->translate(getGameObject()->getTransform()->getForward() * speed * Time::getDeltaTime());
std::vector<GameObject*> sheepGos;
GameObject::findGameObjectsWithTag("sheep", &sheepGos);
for(int i = 0; i < sheepGos.size(); i++)
{
float dist = Vector3::getDistance(sheepGos.at(i)->getTransform()->getPosition(),
getGameObject()->getTransform()->getPosition());
if(dist < 1)
{
hTarget = sheepGos.at(i);
sheepGos.at(i)->getTransform()->setParent(getGameObject()->getTransform());
sheepGos.at(i)->getTransform()->setLocalRotation(Vector3(0, 0, 0));
sheepGos.at(i)->getTransform()->setLocalPosition(Vector3(0, 0, 2));
sheepGos.at(i)->getComponent<Sheep>()->freeze();
if(sheepGos.at(i)->getComponent<Sheep>()->isWolf() == true)
{
int rval = rand() % 100;
if(rval > 80)
gameScreen->getAudio()->playSound(7);
else if(rval > 60)
gameScreen->getAudio()->playSound(8);
else if(rval > 40)
gameScreen->getAudio()->playSound(9);
else if(rval > 20)
gameScreen->getAudio()->playSound(10);
else
gameScreen->getAudio()->playSound(11);
}
// Begin the breathing...
gameScreen->getAudio()->playBreathing();
int rval = rand() % 100;
if(rval > 80)
gameScreen->getAudio()->playSound(17);
else if(rval > 60)
gameScreen->getAudio()->playSound(18);
else if(rval > 40)
gameScreen->getAudio()->playSound(19);
else if(rval > 20)
gameScreen->getAudio()->playSound(20);
else if(rval > 10)
gameScreen->getAudio()->playSound(21);
else
gameScreen->getAudio()->playSound(22);
state = 2;
gameScreen->getCamera()->toggleEventMode();
mr->setAnimation(humpAnimation);
mr->setFps(6);
if(firstTime == true)
{
hTimeout = 4000.0f;
firstTime = false;
}
else
hTimeout = 2000.0f;
break;
}
}
speed += 0.5f * Time::getDeltaTime();
if(speed > 15)
speed = 15;
}
else if(state == 2)
{
hTimeout -= Time::getDeltaTime() * 1000;
if(hTimeout < 0)
{
if(hTarget->getComponent<Sheep>()->isWolf() == true)
{
gameScreen->getAudio()->stopMusic();
Application::loadLevel("gameover");
GameOverScreen::score = score;
return;
}
Audio::playMusicA();
Audio::playSound(19);
Object::destroy(hTarget);
gameScreen->getCamera()->toggleEventMode();
state = 1;
mr->setAnimation(sprintAnimation);
mr->setFps(4);
score++;
Sheep::create(gameScreen);
}
}
CharacterController* cc = getGameObject()->getComponent<CharacterController>();
cc->simpleMove(Vector3(0, -5, 0) * Time::getDeltaTime());
Fence* fence = gameScreen->getFence()->getComponent<Fence>();
Transform* transform = getGameObject()->getTransform();
while(transform->getPosition().x > fence->getBounds().extents.x - 1)
{
if(state == 1)
transform->setRotation(Vector3(0, rand() % 350 + 190, 0));
cc->simpleMove(Vector3(-0.1f, 0, 0));
}
while(transform->getPosition().x < -fence->getBounds().extents.x + 1)
{
if(state == 1)
transform->setRotation(Vector3(0, rand() % 170 + 10, 0));
cc->simpleMove(Vector3(0.1f, 0, 0));
}
while(transform->getPosition().z > fence->getBounds().extents.z - 1)
{
if(state == 1)
transform->setRotation(Vector3(0, rand() % 260 + 100, 0));
cc->simpleMove(Vector3(0, 0, -0.1f));
}
while(transform->getPosition().z < -fence->getBounds().extents.z + 1)
{
if(state == 1)
transform->setRotation(Vector3(0, rand() % 260 + 100, 0) * -1);
cc->simpleMove(Vector3(0, 0, 0.1f));
}
}
GameObject* GameObjectManager::CreatePlayer(const Ogre::Vector3& position, void* data, const Ogre::String& id){
PlayerDef& def = *static_cast<PlayerDef*>(data);
CharacterControllerDef& char_def = *def.character_contr;
GameObject* go = new GameObject(GAME_OBJECT_PLAYER, "player");
NodeComponent* node_comp = new NodeComponent;
go->AddComponent(node_comp);
AnimationComponent* acomp = new AnimationComponent;
go->AddComponent(acomp);
go->AddUpdateable(acomp);
MeshRenderComponent* staff_mesh_comp = new MeshRenderComponent;
go->AddComponent(staff_mesh_comp);
CharacterController* contr = new CharacterController;
go->AddComponent(contr);
go->AddUpdateable(contr);
FollowCameraComponent* fcc = new FollowCameraComponent;
go->AddComponent(fcc);
go->AddUpdateable(fcc);
PlayerInputComponent* pccomp = new PlayerInputComponent;
go->AddComponent(pccomp);
go->AddUpdateable(pccomp);
ChildSceneNodeComponent* csnc = new ChildSceneNodeComponent;
go->AddComponent(csnc);
Sound2DComponent* sound2D = new Sound2DComponent;
go->AddComponent(sound2D);
Sound3DComponent* sound3D = new Sound3DComponent;
go->AddComponent(sound3D);
Music2DComponent* music2D = new Music2DComponent;
go->AddComponent(music2D);
Music3DComponent* music3D = new Music3DComponent;
go->AddComponent(music3D);
CountableResourceGUI* gui = new CountableResourceGUI;
go->AddComponent(gui);
go->AddUpdateable(gui);
TriggerComponent* tc = new TriggerComponent;
go->AddComponent(tc);
PlayerRaycastCollisionComponent* prcc = new PlayerRaycastCollisionComponent;
go->AddComponent(prcc);
TutorialGraphicsComponent* tutorial = new TutorialGraphicsComponent;
go->AddComponent(tutorial);
go->AddUpdateable(tutorial);
/*
TriggerComponent* camera_tc = new TriggerComponent;
go->AddComponent(camera_tc);
RaycastComponent* camera_rc = new RaycastComponent;
go->AddComponent(camera_rc);
CameraRaycastCollisionComponent* camera_rcc = new CameraRaycastCollisionComponent;
go->AddComponent(camera_rcc);
//RigidbodyComponent* camera_rb = new RigidbodyComponent;
*/
if (def.level_id == "try"){
tutorial->Init("Level1", def.level_id);
}
else{
tutorial->Init("Level2", def.level_id);
}
go->SetId("Player");
node_comp->Init(position, m_scene_manager);
node_comp->SetId("player_node");
if(char_def.mesh == "" || char_def.mesh == "Yomi_2Yomi.mesh") char_def.mesh = "Yomi.mesh";
acomp->Init(char_def.mesh, m_scene_manager, node_comp->GetId(), true);
acomp->AddAnimationState("Base_Idle");
acomp->AddAnimationState("Top_Idle");
//acomp->GetEntity()->setMaterialName("_YomiFBXASC039sFBXASC032staffMaterial__191");
TriggerDef tdef;
tdef.body_type = STATIC_BODY;
tdef.collider_type = COLLIDER_SPHERE;
tdef.radius = 0.1f;
tdef.collision_filter.filter = COL_NOTHING;
tdef.collision_filter.mask = COL_NOTHING;
tc->Init(position, m_physics_engine, tdef);
tc->SetId("btrig");
contr->Init(position, m_physics_engine, char_def);
contr->HasFollowCam(true);
contr->SetId("body");
contr->GetRigidbody()->setContactProcessingThreshold(btScalar(0));
sound2D->Init(m_sound_manager);
sound3D->Init(m_sound_manager);
music2D->Init(m_sound_manager);
music3D->Init(m_sound_manager);
gui->Init(def.level_id);
csnc->Init(Ogre::Vector3(0.0f, char_def.offset.y, 1.0f), "CreateBubble", node_comp->GetSceneNode());
m_sound_manager->GetYomiNode(node_comp->GetSceneNode()->getName());
prcc->Init(m_physics_engine);
prcc->SetCustomVariables(VariableManager::GetSingletonPtr()->GetAsFloat("Bounce_Jump_Mod"));
fcc->SetNode(node_comp->GetSceneNode());
fcc->Init(position, m_scene_manager, m_viewport, true);
fcc->SetMovementSpeed(2.5f);
fcc->SetPhysEngine(m_physics_engine);
fcc->SetCustomVariables(
//VariableManager::GetSingletonPtr()->GetAsInt("Camera_Inverted_Controller_Sticks"),
VariableManager::GetSingletonPtr()->GetAsFloat("Camera_Zoom_Speed"),
VariableManager::GetSingletonPtr()->GetAsFloat("Camera_Stick_Rotation_Acceleration"),
VariableManager::GetSingletonPtr()->GetAsFloat("Camera_Change_Angle_After_Player"),
VariableManager::GetSingletonPtr()->GetAsFloat("Camera_Start_Distance"),
VariableManager::GetSingletonPtr()->GetAsFloat("Camera_Start_Pitch")
);
staff_mesh_comp->Init("Staff.mesh", m_scene_manager, Ogre::StringUtil::BLANK);
acomp->GetEntity()->attachObjectToBone("CATRigLArmDigit21", staff_mesh_comp->GetEntity(), Ogre::Quaternion(1.0f, 1.0f, 0.7f, 0.0f), Ogre::Vector3(0.01f, -0.02f, 0.0f));
pccomp->Init(m_input_manager, m_sound_manager, m_physics_engine, m_message_system);
pccomp->SetCustomVariables(
VariableManager::GetSingletonPtr()->GetAsFloat("Bubble_Min_Size"),
VariableManager::GetSingletonPtr()->GetAsFloat("Bubble_Max_Size"),
VariableManager::GetSingletonPtr()->GetAsFloat("On_Bubble_Speed_Mod"),
VariableManager::GetSingletonPtr()->GetAsFloat("In_Bubble_Speed_Mod"),
def.level_id
);
return go;
}
bool AiCombat::attack(const MWWorld::Ptr& actor, const MWWorld::Ptr& target, AiCombatStorage& storage, CharacterController& characterController)
{
const MWWorld::CellStore*& currentCell = storage.mCell;
bool cellChange = currentCell && (actor.getCell() != currentCell);
if(!currentCell || cellChange)
{
currentCell = actor.getCell();
}
bool forceFlee = false;
if (!canFight(actor, target))
{
storage.stopAttack();
characterController.setAttackingOrSpell(false);
storage.mActionCooldown = 0.f;
// Continue combat if target is player or player follower/escorter and an attack has been attempted
const std::list<MWWorld::Ptr>& playerFollowersAndEscorters = MWBase::Environment::get().getMechanicsManager()->getActorsSidingWith(MWMechanics::getPlayer());
bool targetSidesWithPlayer = (std::find(playerFollowersAndEscorters.begin(), playerFollowersAndEscorters.end(), target) != playerFollowersAndEscorters.end());
if ((target == MWMechanics::getPlayer() || targetSidesWithPlayer)
&& ((actor.getClass().getCreatureStats(actor).getHitAttemptActorId() == target.getClass().getCreatureStats(target).getActorId())
|| (target.getClass().getCreatureStats(target).getHitAttemptActorId() == actor.getClass().getCreatureStats(actor).getActorId())))
forceFlee = true;
else // Otherwise end combat
return true;
}
const MWWorld::Class& actorClass = actor.getClass();
actorClass.getCreatureStats(actor).setMovementFlag(CreatureStats::Flag_Run, true);
float& actionCooldown = storage.mActionCooldown;
std::shared_ptr<Action>& currentAction = storage.mCurrentAction;
if (!forceFlee)
{
if (actionCooldown > 0)
return false;
if (characterController.readyToPrepareAttack())
{
currentAction = prepareNextAction(actor, target);
actionCooldown = currentAction->getActionCooldown();
}
}
else
{
currentAction.reset(new ActionFlee());
actionCooldown = currentAction->getActionCooldown();
}
if (!currentAction)
return false;
if (storage.isFleeing() != currentAction->isFleeing())
{
if (currentAction->isFleeing())
{
storage.startFleeing();
MWBase::Environment::get().getDialogueManager()->say(actor, "flee");
return false;
}
else
storage.stopFleeing();
}
bool isRangedCombat = false;
float &rangeAttack = storage.mAttackRange;
rangeAttack = currentAction->getCombatRange(isRangedCombat);
// Get weapon characteristics
const ESM::Weapon* weapon = currentAction->getWeapon();
ESM::Position pos = actor.getRefData().getPosition();
osg::Vec3f vActorPos(pos.asVec3());
osg::Vec3f vTargetPos(target.getRefData().getPosition().asVec3());
osg::Vec3f vAimDir = MWBase::Environment::get().getWorld()->aimToTarget(actor, target);
float distToTarget = MWBase::Environment::get().getWorld()->getHitDistance(actor, target);
storage.mReadyToAttack = (currentAction->isAttackingOrSpell() && distToTarget <= rangeAttack && storage.mLOS);
if (storage.mReadyToAttack)
{
storage.startCombatMove(isRangedCombat, distToTarget, rangeAttack, actor, target);
// start new attack
storage.startAttackIfReady(actor, characterController, weapon, isRangedCombat);
if (isRangedCombat)
{
// rotate actor taking into account target movement direction and projectile speed
osg::Vec3f& lastTargetPos = storage.mLastTargetPos;
vAimDir = AimDirToMovingTarget(actor, target, lastTargetPos, AI_REACTION_TIME, (weapon ? weapon->mData.mType : 0), storage.mStrength);
lastTargetPos = vTargetPos;
storage.mMovement.mRotation[0] = getXAngleToDir(vAimDir);
storage.mMovement.mRotation[2] = getZAngleToDir(vAimDir);
}
else
{
storage.mMovement.mRotation[0] = getXAngleToDir(vAimDir);
storage.mMovement.mRotation[2] = getZAngleToDir((vTargetPos-vActorPos)); // using vAimDir results in spastic movements since the head is animated
}
}
return false;
}
bool AiCombat::reactionTimeActions(const MWWorld::Ptr& actor, CharacterController& characterController,
AiCombatStorage& storage, MWWorld::Ptr target)
{
MWMechanics::Movement& movement = storage.mMovement;
if (isTargetMagicallyHidden(target))
{
storage.stopAttack();
return false; // TODO: run away instead of doing nothing
}
const MWWorld::CellStore*& currentCell = storage.mCell;
bool cellChange = currentCell && (actor.getCell() != currentCell);
if(!currentCell || cellChange)
{
currentCell = actor.getCell();
}
const MWWorld::Class& actorClass = actor.getClass();
actorClass.getCreatureStats(actor).setMovementFlag(CreatureStats::Flag_Run, true);
float& actionCooldown = storage.mActionCooldown;
if (actionCooldown > 0)
return false;
float rangeAttack = 0;
float rangeFollow = 0;
boost::shared_ptr<Action>& currentAction = storage.mCurrentAction;
if (characterController.readyToPrepareAttack())
{
currentAction = prepareNextAction(actor, target);
actionCooldown = currentAction->getActionCooldown();
}
if (currentAction.get())
currentAction->getCombatRange(rangeAttack, rangeFollow);
// FIXME: consider moving this stuff to ActionWeapon::getCombatRange
const ESM::Weapon *weapon = NULL;
MWMechanics::WeaponType weaptype = WeapType_None;
float weapRange = 1.0f;
// Get weapon characteristics
MWBase::World* world = MWBase::Environment::get().getWorld();
if (actorClass.hasInventoryStore(actor))
{
//Get weapon range
MWWorld::ContainerStoreIterator weaponSlot =
MWMechanics::getActiveWeapon(actorClass.getCreatureStats(actor), actorClass.getInventoryStore(actor), &weaptype);
if (weaptype == WeapType_HandToHand)
{
static float fHandToHandReach =
world->getStore().get<ESM::GameSetting>().find("fHandToHandReach")->getFloat();
weapRange = fHandToHandReach;
}
else if (weaptype != WeapType_PickProbe && weaptype != WeapType_Spell && weaptype != WeapType_None)
{
// All other WeapTypes are actually weapons, so get<ESM::Weapon> is safe.
weapon = weaponSlot->get<ESM::Weapon>()->mBase;
weapRange = weapon->mData.mReach;
}
weapRange *= 100.0f;
}
else //is creature
{
weaptype = actorClass.getCreatureStats(actor).getDrawState() == DrawState_Spell ? WeapType_Spell : WeapType_HandToHand;
weapRange = 150.0f; //TODO: use true attack range (the same problem in Creature::hit)
}
bool distantCombat = false;
if (weaptype != WeapType_Spell)
{
// TODO: move to ActionWeapon
if (weaptype == WeapType_BowAndArrow || weaptype == WeapType_Crossbow || weaptype == WeapType_Thrown)
{
rangeAttack = 1000;
rangeFollow = 0; // not needed in ranged combat
distantCombat = true;
}
else
{
rangeAttack = weapRange;
rangeFollow = 300;
}
}
else
{
distantCombat = (rangeAttack > 500);
}
bool& readyToAttack = storage.mReadyToAttack;
// start new attack
storage.startAttackIfReady(actor, characterController, weapon, distantCombat);
/*
* Some notes on meanings of variables:
*
* rangeAttack:
*
* - Distance where attack using the actor's weapon is possible:
* longer for ranged weapons (obviously?) vs. melee weapons
* - Determined by weapon's reach parameter; hardcoded value
* for ranged weapon and for creatures
* - Once within this distance mFollowTarget is triggered
*
* rangeFollow:
*
* - Applies to melee weapons or hand to hand only (or creatures without
* weapons)
* - Distance a little further away than the actor's weapon reach
* i.e. rangeFollow > rangeAttack for melee weapons
* - Hardcoded value (0 for ranged weapons)
* - Once the target gets beyond this distance mFollowTarget is cleared
* and a path to the target needs to be found
*
* mFollowTarget:
*
* - Once triggered, the actor follows the target with LOS shortcut
* (the shortcut really only applies to cells where pathgrids are
* available, since the default path without pathgrids is direct to
* target even if LOS is not achieved)
*/
ESM::Position pos = actor.getRefData().getPosition();
osg::Vec3f vActorPos(pos.asVec3());
osg::Vec3f vTargetPos(target.getRefData().getPosition().asVec3());
osg::Vec3f vAimDir = MWBase::Environment::get().getWorld()->aimToTarget(actor, target);
float distToTarget = MWBase::Environment::get().getWorld()->getHitDistance(actor, target);
osg::Vec3f& lastActorPos = storage.mLastActorPos;
bool& followTarget = storage.mFollowTarget;
bool isStuck = false;
float speed = 0.0f;
if(movement.mPosition[1] && (lastActorPos - vActorPos).length() < (speed = actorClass.getSpeed(actor)) * REACTION_INTERVAL / 2)
isStuck = true;
lastActorPos = vActorPos;
// check if actor can move along z-axis
bool canMoveByZ = (actorClass.canSwim(actor) && world->isSwimming(actor))
|| world->isFlying(actor);
// can't fight if attacker can't go where target is. E.g. A fish can't attack person on land.
if (distToTarget >= rangeAttack
&& !actorClass.isNpc() && !MWMechanics::isEnvironmentCompatible(actor, target))
{
// TODO: start fleeing?
storage.stopAttack();
return false;
}
// for distant combat we should know if target is in LOS even if distToTarget < rangeAttack
bool inLOS = distantCombat ? world->getLOS(actor, target) : true;
// (within attack dist) || (not quite attack dist while following)
if(inLOS && (distToTarget < rangeAttack || (distToTarget <= rangeFollow && followTarget && !isStuck)))
{
mPathFinder.clearPath();
//Melee and Close-up combat
// getXAngleToDir determines vertical angle to target:
// if actor can move along z-axis it will control movement dir
// if can't - it will control correct aiming.
// note: in getZAngleToDir if we preserve dir.z then horizontal angle can be inaccurate
if (distantCombat)
{
osg::Vec3f& lastTargetPos = storage.mLastTargetPos;
vAimDir = AimDirToMovingTarget(actor, target, lastTargetPos, REACTION_INTERVAL, weaptype,
storage.mStrength);
lastTargetPos = vTargetPos;
movement.mRotation[0] = getXAngleToDir(vAimDir);
movement.mRotation[2] = getZAngleToDir(vAimDir);
}
else
{
movement.mRotation[0] = getXAngleToDir(vAimDir);
movement.mRotation[2] = getZAngleToDir((vTargetPos-vActorPos)); // using vAimDir results in spastic movements since the head is animated
}
// (not quite attack dist while following)
if (followTarget && distToTarget > rangeAttack)
{
//Close-up combat: just run up on target
storage.stopCombatMove();
movement.mPosition[1] = 1;
}
else // (within attack dist)
{
storage.startCombatMove(actorClass.isNpc(), distantCombat, distToTarget, rangeAttack);
readyToAttack = true;
//only once got in melee combat, actor is allowed to use close-up shortcutting
followTarget = true;
}
}
else // remote pathfinding
{
bool preferShortcut = false;
if (!distantCombat) inLOS = world->getLOS(actor, target);
// check if shortcut is available
bool& forceNoShortcut = storage.mForceNoShortcut;
ESM::Position& shortcutFailPos = storage.mShortcutFailPos;
if(inLOS && (!isStuck || readyToAttack)
&& (!forceNoShortcut || (shortcutFailPos.asVec3() - vActorPos).length() >= PATHFIND_SHORTCUT_RETRY_DIST))
{
if(speed == 0.0f) speed = actorClass.getSpeed(actor);
// maximum dist before pit/obstacle for actor to avoid them depending on his speed
float maxAvoidDist = REACTION_INTERVAL * speed + speed / MAX_VEL_ANGULAR_RADIANS * 2; // *2 - for reliability
preferShortcut = checkWayIsClear(vActorPos, vTargetPos, osg::Vec3f(vAimDir.x(), vAimDir.y(), 0).length() > maxAvoidDist*1.5? maxAvoidDist : maxAvoidDist/2);
}
// don't use pathgrid when actor can move in 3 dimensions
if (canMoveByZ)
{
preferShortcut = true;
movement.mRotation[0] = getXAngleToDir(vAimDir);
}
if(preferShortcut)
{
movement.mRotation[2] = getZAngleToDir((vTargetPos-vActorPos));
forceNoShortcut = false;
shortcutFailPos.pos[0] = shortcutFailPos.pos[1] = shortcutFailPos.pos[2] = 0;
mPathFinder.clearPath();
}
else // if shortcut failed stick to path grid
{
if(!isStuck && shortcutFailPos.pos[0] == 0.0f && shortcutFailPos.pos[1] == 0.0f && shortcutFailPos.pos[2] == 0.0f)
{
forceNoShortcut = true;
shortcutFailPos = pos;
}
followTarget = false;
buildNewPath(actor, target);
// should always return a path (even if it's just go straight on target.)
assert(mPathFinder.isPathConstructed());
}
if (readyToAttack)
{
// to stop possible sideway moving after target moved out of attack range
storage.stopCombatMove();
readyToAttack = false;
}
movement.mPosition[1] = 1;
}
return false;
}
virtual void Transform(_Out_ frame_view target_frame, _In_ const_frame_view source_frame, _In_ const_frame_view last_frame, float frame_time) override
{
//if (!g_UseVelocity)
//{
// Transform(target_frame, source_frame);
// return;
//}
const auto& blocks = *pBlockArmature;
int pvDim = inputExtractor.GetDimension(*blocks[0]);
RowVectorXd X(g_UseVelocity ? pvDim * 2 : pvDim), Y;
double semga = 1000;
RowVectorXf yf;
std::vector<RowVectorXd> Xabs;
for (auto& block : blocks)
{
//X[0] *= 13;
if (block->Index > 0 && block->ActiveActions.size() > 0)
{
auto& sik = pController->GetStylizedIK(block->Index);
auto& gpr = sik.Gplvm();
auto& joints = block->Joints;
RowVectorXf xf = inputExtractor.Get(*block, source_frame);
RowVectorXf xfl = inputExtractor.Get(*block, last_frame);
yf = outputExtractor.Get(*block, target_frame);
auto xyf = inputExtractor.Get(*block, target_frame);
auto pDecoder = sik.getDecoder();
auto baseRot = target_frame[block->parent()->Joints.back()->ID].GblRotation;
sik.setBaseRotation(baseRot);
sik.setChain(block->Joints, target_frame);
//sik.SetGplvmWeight(block->Wx.cast<double>());
//std::vector<DirectX::Quaternion, XMAllocator> corrrots(joints.size());
//std::vector<DirectX::Quaternion, XMAllocator> rots(joints.size());
//for (int i = 0; i < joints.size(); i++)
//{
// corrrots[i] = target_frame[joints[i]->ID].LclRotation;
//}
//(*pDecoder)(rots.data(), yf.cast<double>());
////outputExtractor.Set(*block, target_frame, yf);
//auto ep = sik.EndPosition(reinterpret_cast<XMFLOAT4A*>(rots.data()));
X.segment(0, pvDim) = xf.cast<double>();
auto Xd = X.segment(0, pvDim);
auto uXd = gpr.uX.segment(0, pvDim);
//auto uXv = block->PdGpr.uX.segment<3>(3);
//Xv = (Xv - uXv).array() * g_NoiseInterpolation.array() + uXv.array();
Xd = (Xd - uXd).array();
double varZ = (Xd.array() * (g_NoiseInterpolation.array() - 1.0)).cwiseAbs2().sum();
// if no noise
varZ = std::max(varZ, 1e-5);
Xd = Xd.array() * g_NoiseInterpolation.array() + uXd.array();
RowVector3d Xld = (xfl.cast<double>() - uXd).array() * g_NoiseInterpolation.array() + uXd.array();
if (g_UseVelocity)
{
auto Xv = X.segment(pvDim, pvDim);
Xv = (Xd - Xld) / (frame_time * g_FrameTimeScaleFactor);
}
xf = X.cast<float>();
SetVisualizeHandle(block, xf);
//m_Xs.row(block->Index) = X;
Xabs.emplace_back(X);
// Beyesian majarnlize over X
//size_t detail = 3;
//MatrixXd Xs(detail*2+1,g_PvDimension), Ys;
//Xs = gaussian_sample(X, X, detail);
//VectorXd Pxs = (Xs - X.replicate(detail * 2 + 1, 1)).cwiseAbs2().rowwise().sum();
//Pxs = (-Pxs.array() / semga).exp();
//VectorXd Py_xs = block->PdGpr.get_expectation_and_likelihood(Xs, &Ys);
//Py_xs = (-Py_xs.array()).exp() * Pxs.array();
//Py_xs /= Py_xs.sum();
//Y = (Ys.array() * Py_xs.replicate(1, Ys.cols()).array()).colwise().sum();
MatrixXd covObsr(g_PvDimension, g_PvDimension);
covObsr.setZero();
covObsr.diagonal() = g_NoiseInterpolation.replicate(1, g_PvDimension / 3).transpose() * varZ;
//block->PdGpr.get_expectation_from_observation(X, covObsr, &Y);
//block->PdGpr.get_expectation(X, &Y);
//auto yc = yf;
//yf = Y.cast<float>();
//yf.array() *= block->Wx.cwiseInverse().array().transpose();
//block->PdStyleIk.SetHint();
if (!g_UseVelocity)
Y = sik.apply(X.transpose(), baseRot).cast<double>();
else
Y = sik.apply(X.segment(0, pvDim).transpose(), Vector3d(X.segment(pvDim, pvDim).transpose()), baseRot).cast<double>();
//block->PdStyleIk.SetGoal(X.leftCols<3>());
//auto scoref = block->PdStyleIk.objective(X, yf.cast<double>());
//auto scorec = block->PdStyleIk.objective(X, yc.cast<double>());
//std::cout << "Gpr score : " << scoref << " ; Cannonical score : " << scorec << endl;
//auto ep = sik.EndPosition(yf.cast<double>());
//Y = yf.cast<double>();
outputExtractor.Set(*block, target_frame, Y.cast<float>());
for (int i = 0; i < block->Joints.size(); i++)
{
target_frame[block->Joints[i]->ID].UpdateGlobalData(target_frame[block->Joints[i]->parent()->ID]);
}
auto ep2 = target_frame[block->Joints.back()->ID].GblTranslation -
target_frame[block->Joints[0]->parent()->ID].GblTranslation;
//break;
}
}
// Fill Xabpv
if (g_EnableDependentControl)
{
RowVectorXd Xabpv;
Xabpv.resize(pController->uXabpv.size());
int i = 0;
for (const auto& xab : Xabs)
{
auto Yi = Xabpv.segment(i, xab.size());
Yi = xab;
i += xab.size();
}
auto _x = (Xabpv.cast<float>() - pController->uXabpv) * pController->XabpvT;
auto _xd = _x.cast<double>().eval();
for (auto& block : blocks)
{
if (block->ActiveActions.size() == 0 && block->SubActiveActions.size() > 0)
{
auto& sik = pController->GetStylizedIK(block->Index);
auto& gpr = sik.Gplvm();
auto lk = gpr.get_expectation_and_likelihood(_xd, &Y);
yf = Y.cast<float>();
//yf *= block->Wx.cwiseInverse().asDiagonal();
outputExtractor.Set(*block, target_frame, yf);
}
}
}
target_frame[0].LclTranslation = source_frame[0].LclTranslation;
target_frame[0].GblTranslation = source_frame[0].GblTranslation;
FrameRebuildGlobal(*m_tArmature, target_frame);
}
