void TCompCharacterController::onCreate(const TMsgEntityCreated &)
{
m_pActor = g_PhysxManager->CreateCharacterController(m_radius, m_height);
m_affectGravity = true;
m_gravitySpeed = -10.0f;
m_maxSpeed = 7.0f;
CEntity *e = CHandle(this).getOwner();
if (e) { //update position from CC to match the render transform
TCompName *nameComp = e->get<TCompName>();
if (nameComp)
name = std::string(nameComp->name);
TCompTransform *mtx = e->get<TCompTransform>();
PxExtendedVec3 p = Vec3ToPxExVec3(mtx->getPosition());
p.y += m_height + m_radius; //add height value from capsule, center from collider at center of the shape
m_pActor->setPosition(p);
//save parent handle
m_pActor->getActor()->userData = (void*)CHandle(this).getOwner().asUnsigned();
//default flags for character controllers
m_filter = DEFAULT_DATA_CC;
UpdateTags();
}
InitAABB();
}
void TCompLightDirShadowsDynamic::generateShadowMap() {
if (!enabled)
return;
if (!is_inRoom) return;
assert(rt_shadows);
PROFILE_FUNCTION("shadows: generateShadowMap");
// Vamos a empezar a pintar en el shadow map
rt_shadows->clearZ();
//rt_shadows->setZ(rt_shadows_base->getZ(), rt_shadows_base->getRT());
//
rt_shadows->activateRT();
activateRS(RSCFG_SHADOWS);
// Desde MI punto de vista, el pt de vista de la luz direccional
// que genera sombras
activateCamera(this);
// activar la tech de shadow map generation
Resources.get("shadow_gen.tech")->as<CRenderTechnique>()->activate();
// Pintar los shadow casters
RenderManager.renderShadowCasters(CHandle(this).getOwner(), SBB::readSala(), true);
// activar la tech de shadow map generation
Resources.get("shadow_gen_skin.tech")->as<CRenderTechnique>()->activate();
// Pintar los shadow casters
RenderManager.renderShadowCastersSkin(CHandle(this).getOwner(), SBB::readSala());
activateRS(RSCFG_DEFAULT);
}
bool TCompHierarchy::load(MKeyValue& atts) {
TCompTransform::load(atts);
parent_id = atts.getInt("parent", 0);
h_parent_transform = CHandle();
h_my_transform = CHandle();
return true;
}
void SkelControllerMole::ungrabPila()
{
GET_COMP(pila, grabbedPila, TCompPila);
TMsgAttach msg;
msg.handle = CHandle();
grabbedPila.sendMsg(msg);
pila->setFalling();
grabbedPila = CHandle();
//disableIK(SK_RHAND, SK_MOLE_TIME_TO_UNGRAB, ungrabbed);
//(SK_RHAND, SK_MOLE_TIME_TO_UNGRAB, );
}
IK_IMPL_SOLVER(ungrabbedPila, info, result) {
GET_COMP(skc, info.handle, SkelControllerMole);
TMsgAttach msg;
msg.handle = CHandle();
skc->getGrabbedPila().sendMsg(msg);
skc->removePila();
}
bool TCompBoneTracker::load(MKeyValue& atts) {
strcpy(bone_name, atts.getString("bone", "").c_str());
strcpy(entity_name, atts.getString("entity", "").c_str());
bone_id = -1;
h_entity = CHandle();
return true;
}
void TCompLightDirShadowsDynamic::init() {
PROFILE_FUNCTION("shadows: update");
debug_render = true;
CHandle owner = CHandle(this).getOwner();
updateFromEntityTransform(owner);
setCameraHandle();
is_inRoom = true;
}
void TCompHierarchy::linkTo(CHandle h_entity) {
CEntity* e = h_entity;
if (!e) {
h_parent_transform = CHandle();
return;
}
h_parent_transform = e->get<TCompTransform>();
}
// Resolve parent
void TCompHierarchy::onGetParentById(const TMsgHierarchySolver&) {
CHandle h_entity = IdEntities::findById(parent_id);
linkTo(h_entity);
// Get access to my comp transform
CHandle h_my_entity = CHandle(this).getOwner();
CEntity* e_my_entity = h_my_entity;
h_my_transform = e_my_entity->get<TCompTransform>();
}
void TCompLightDirShadowsDynamic::activate() {
PROFILE_FUNCTION("shadows: activate");
if (!is_inRoom) return;
if (!enabled) return;
CHandle owner = CHandle(this).getOwner();
activateWorldMatrix(getViewProjection().Invert());
rt_shadows->getZTexture()->activate(TEXTURE_SLOT_SHADOWMAP);
uploadShaderCtes(owner);
}
/**
* Install the SendTo item.
*/
HRESULT UpdateSendToFromProject(LPCWSTR pstrDisplayName, LPCWSTR pstrProgId, BOOL bRegister)
{
CCoTaskString strPath;
HR( ::SHGetKnownFolderPath(FOLDERID_SendTo, 0, NULL, &strPath) );
WCHAR wszFilename[MAX_PATH] = { 0 };
::wnsprintf(wszFilename, lengthof(wszFilename) - 1, L"%s\\%s.%s", static_cast<LPCWSTR>(strPath), pstrDisplayName, pstrProgId);
if( bRegister ) CHandle( ::CreateFileW(wszFilename, GENERIC_WRITE, NULL, 0, CREATE_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL) );
else ::DeleteFileW(wszFilename);
return S_OK;
}
void bootstrapper::update_save()
{
global_routing_params* routing_params = this->routing_params;
global_routing_params default_params;
create_default_params(default_params);
if(!routing_params)
routing_params = &default_params;
// serialize params
const size_t routing_params_size = global_size(routing_params);
assert(routing_params_size > 0);
if(routing_params_size == 0)
throw std::wstring(L"The internal state of saved routings is corrupted.\n");
// update the file and create a view
this->implicit_params.Close();
this->local_file.Close();
// TODO: do not loop infinitely
do
{
this->local_file = CHandle(NULL);
this->local_file.Attach(CreateFile(LOCAL_PARAMS_FILE, GENERIC_READ | GENERIC_WRITE,
0, NULL, CREATE_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL));
}
while(this->local_file == INVALID_HANDLE_VALUE && GetLastError() == ERROR_USER_MAPPED_FILE);
if(this->local_file == INVALID_HANDLE_VALUE)
{
throw std::wstring(L"Could not open file " LOCAL_PARAMS_FILE L" while saving routing. " \
L"Audio Router is left in an invalid state and must be restarted.\n");
}
this->implicit_params.Attach(CreateFileMapping(this->local_file, NULL,
PAGE_READWRITE, 0, (DWORD)routing_params_size, NULL));
if(!this->implicit_params)
{
this->local_file.Close();
throw std::wstring(L"Unexpected error occured. Old routed savings data is lost. " \
L"Audio Router is left in an invalid state and must be restarted.\n");
}
unsigned char* view_of_file = (unsigned char*)MapViewOfFile(this->implicit_params,
FILE_MAP_ALL_ACCESS, 0, 0, 0);
if(!view_of_file)
{
this->implicit_params.Close();
this->local_file.Close();
throw std::wstring(L"Unexpected error occured while mapping. Old routed savings data " \
L"is lost. Audio Router is left in an invalid state and must be restarted.\n");
}
serialize(routing_params, view_of_file);
FlushViewOfFile(view_of_file, 0);
UnmapViewOfFile(view_of_file);
this->implicit_params.Close();
this->local_file.Close();
}
CHandle CHFServer::GetProcessId(std::string& sProcessName, DWORD& dwProcessID )
{
DWORD aProcesses[2048], cbNeeded, cProcesses;
if(!sProcessName.length())
return CHandle();
dwProcessID = 0;
unsigned int i;
std::string sUpperCaseProcessName = utils::upcase(sProcessName);
if ( !EnumProcesses( aProcesses, sizeof(aProcesses), &cbNeeded ) )
return CHandle();
// Calculate how many process identifiers were returned.
cProcesses = cbNeeded / sizeof(DWORD);
// Print the name and process identifier for each process.
for ( i = 0; i < cProcesses; i++ )
{
char szProcessName[MAX_PATH] ={0};
CHandle hProcess(OpenProcess( PROCESS_QUERY_INFORMATION | PROCESS_VM_READ, FALSE, aProcesses[i] ));
if (NULL != (HANDLE)hProcess )
{
HMODULE hMod;
DWORD cbNeeded;
if ( EnumProcessModules( hProcess, &hMod, sizeof(hMod), &cbNeeded) )
{
GetModuleBaseName( hProcess, hMod, szProcessName, sizeof(szProcessName));
if(utils::upcase(std::string(szProcessName)) == sProcessName && aProcesses[i] != ::GetCurrentProcessId())
{
dwProcessID = aProcesses[i];
return hProcess;
}
}
}
}
return CHandle();
}
//update position from render mesh
void TCompCharacterController::UpdateMeshTransform()
{
PROFILE_FUNCTION("update: transform");
PxExtendedVec3 curr_pos = m_pActor->getFootPosition();
//PxVec3 up_v = pActor->getUpDirection(); //get rotation
CEntity *e = CHandle(this).getOwner();
if (!e) return;
TCompTransform *tmx = e->get<TCompTransform>();
tmx->setPosition(PxExVec3ToVec3(curr_pos));
//tmx->setRotation(PxQuatToCQuaternion(curr_pose.q));
}
void CMagneticBomb::Explode()
{
myHandle = CHandle(this);
myParent = myHandle.getOwner();
dbg("MAGNETIC BOMB -> I am going to explode\n");
if (myHandle.isValid() && myParent.isValid()) {
SendMsg();
//TODO: animation
dbg("MAGNETIC BOMB -> exploded\n");
myParent.destroy();
}
}
void TCompBoneTracker::update(float dt) {
CEntity* e = h_entity;
CEntity* my_e = CHandle(this).getOwner();
if (!e || !my_e)
return;
TCompSkeleton* skel = e->get<TCompSkeleton>();
if (!skel || bone_id == -1)
return;
auto bone = skel->model->getSkeleton()->getBone(bone_id);
auto rot = Cal2Engine(bone->getRotationAbsolute());
auto trans = Cal2Engine(bone->getTranslationAbsolute());
TCompTransform* tmx = my_e->get<TCompTransform>();
assert(tmx);
//if (local_tmx_saved) {
MAT44 bone_world = MAT44::CreateFromQuaternion(rot);
bone_world.Translation(trans);
MAT44 new_tmx = local_tmx * bone_world;
VEC3 scale;
new_tmx.Decompose(scale, rot, trans);
//}
tmx->setPosition(trans);
tmx->setRotation(rot);
GET_COMP(physics, CHandle(this).getOwner(), TCompPhysics);
if (physics) {
physics->setPosition(trans, rot);
}
//PxRigidDynamic *rd;
//if (rd = physics->getActor()->isRigidDynamic()) {
// rd->setGlobalPose(PhysxConversion::ToPxTransform(trans, rot));
//}
////If I follow a bone and other bone is following me IK needs an extra update!
//GET_COMP(comp_ik, h_entity, TCompSkeletonIK);
//if (comp_ik) comp_ik->update(dt);
}
void workbench_controller::readIniFileAttr() {
CHandle h = CHandle(this).getOwner();
if (h.isValid()) {
if (h.hasTag("workbench")) {
CApp &app = CApp::get();
std::string file_ini = app.file_initAttr_json;
map<std::string, float> fields = readIniAtrData(file_ini, "ai_workbench");
assignValueToVar(range, fields);
assignValueToVar(rot_speed_sonar, fields);
assignValueToVar(rot_speed_disable, fields);
}
}
}
void TCompGuiButton::notifyOver(bool over)
{
// Cursor Message (for something?)
TMsgOverButton msg;
msg.button = CHandle(this).getOwner();
msg.is_over = over;
cursor.sendMsg(msg);
if (over) {
logic_manager->throwEvent(CLogicManagerModule::EVENT::OnMouseOver, MY_NAME, MY_OWNER);
}
else {
logic_manager->throwEvent(CLogicManagerModule::EVENT::OnMouseUnover, MY_NAME, MY_OWNER);
}
}
void bt_scientist::update(float elapsed) {
// If we become possessed, reset the tree and stop all actions
SetMyEntity();
if (!myEntity) return;
if (first_update && !isInRoom(myParent))return;
first_update = true;
if (possessing)
setCurrent(NULL);
if (possessed) return;
if (stunned)
SET_ANIM_SCI_BT(AST_STUNNED);
updateStuck();
updateTalk("Scientist", CHandle(this).getOwner());
Recalc();
}
void bt_scientist::Init() {
getUpdateInfoBase(CHandle(this).getOwner());
//read main attributes from file
readIniFileAttr();
om = getHandleManager<bt_scientist>();
myHandle = om->getHandleFromObjAddr(this);
myParent = myHandle.getOwner();
if (tree.empty()) {
addBtPossStates();
addChild("possessable", "scientist", PRIORITY, (btcondition)&bt_scientist::npcAvailable, NULL);
// formation toggle
addChild("scientist", "busystate", SEQUENCE, (btcondition)&bt_scientist::checkBusy, NULL);
addChild("busystate", "selectworkstation", ACTION, NULL, (btaction)&bt_scientist::actionSelectWorkstation);
addChild("busystate", "gotoworkstation", ACTION, NULL, (btaction)&bt_scientist::actionGoToWorkstation);
addChild("busystate", "waitinworkstation", ACTION, NULL, (btaction)&bt_scientist::actionWaitInWorkstation);
// create beacon sequence
addChild("scientist", "createbeacon", SEQUENCE, (btcondition)&bt_scientist::workbenchAvailable, NULL);
addChild("createbeacon", "aimcreate", ACTION, NULL, (btaction)&bt_scientist::actionAimToPos);
addChild("createbeacon", "gocreate", ACTION, NULL, (btaction)&bt_scientist::actionMoveToPos);
// patrol sequence
addChild("scientist", "patrol", SEQUENCE, NULL, NULL);
addChild("patrol", "nextwpt", ACTION, NULL, (btaction)&bt_scientist::actionNextWpt);
addChild("patrol", "seekwpt", ACTION, NULL, (btaction)&bt_scientist::actionSeekWpt);
addChild("patrol", "waitwpt", ACTION, NULL, (btaction)&bt_scientist::actionWaitWpt);
}
// transforms for the player
SetMyEntity();
out[IDLE] = "IDLE";
out[WANDER] = "WANDER";
actual_action = IDLE;
SetHandleMeInit(); //need to be initialized after all handles, ¿awake/init?
____TIMER_REDEFINE_(timerStunt, 15);
t_waitInPos = 0;
if (animController) {
animController->setState(AST_IDLE);
}
SET_ANIM_SCI_BT(AST_IDLE);
curkpt = 0;
initParent();
}
bool CPlayerBase::getUpdateInfo() {
myEntity = compBaseEntity;
cc = compBaseEntity->get<TCompCharacterController>();
if (!cc) return false;
transform = compBaseEntity->get<TCompTransform>();
if (!transform) return false;
if (!h_sense_vision.isValid()) h_sense_vision = tags_manager.getFirstHavingTag("game_controller");
if (!h_sense_vision.isValid()) return false;
sense_vision = GETH_COMP(h_sense_vision, TCompSenseVision);
if (!sense_vision) return false;
//Cache handle player
CHandle myHandle = CHandle(compBaseEntity);
if (myHandle.hasTag("player")) handle_player = myHandle;
return true;
}
void TCompLightDirShadowsDynamic::update(float dt) {
PROFILE_FUNCTION("shadows: update");
if (io->keys['0'].becomesPressed()) {
offset++;
}
if (io->keys['9'].becomesPressed()) {
offset--;
}
if (!h_main_camera.isValid()) {
if(!setCameraHandle())
return;
}
CHandle owner = CHandle(this).getOwner();
GET_COMP(t_camera, h_main_camera, TCompCameraMain);
//check if component same room as player
CEntity *e = owner;
if (!e) return;
TCompRoom* cam_room = e->get<TCompRoom>();
is_inRoom = ROOM_IS_IN(cam_room, SBB::readSala());
if (!is_inRoom) return;
if (t_camera) {
VEC3 target = t_camera->getPosition();
target += t_camera->getFront()*offset;
if (last_position_target != target) { //check if there are changes between frames
updateFromEntityTransform(owner);
this->lookAt(getPosition(), target);
last_position_target = target;
}
}
//updateFromEntityTransform(owner);
}
void TCompCharacterController::UpdateTags()
{
//PROFILE_FUNCTION("update tags");
CHandle h = CHandle(this).getOwner();
if (h.isValid()) {
if (h.hasTag("player")) { //player
m_filter.word0 |= ItLightensFilter::ePLAYER_BASE;
m_filter.word0 |= ItLightensFilter::ePLAYER_CONTROLLED;
m_filter.word1 &= ~ItLightensFilter::eTHROW;
m_mass = 50.0f;
}
if (h.hasTag("AI_guard")) {
m_filter.word0 |= ItLightensFilter::eGUARD;
}
if (h.hasTag("AI_poss"))
m_filter.word0 |= ItLightensFilter::ePOSSESSABLE;
}
g_PhysxManager->setupFiltering(m_pActor->getActor(), m_filter);
}
void bt_scientist::readIniFileAttr() {
CHandle h = CHandle(this).getOwner();
if (h.isValid()) {
if (h.hasTag("AI_cientifico")) {
CApp &app = CApp::get();
std::string file_ini = app.file_initAttr_json;
map<std::string, float> fields = readIniAtrData(file_ini, "bt_scientist");
readNpcIni(fields);
//assignValueToVar(move_speed, fields);
//assignValueToVar(rot_speed, fields);
assignValueToVar(square_range_action, fields);
assignValueToVar(max_wb_distance, fields);
assignValueToVar(max_beacon_distance, fields);
assignValueToVar(d_beacon_simple, fields);
assignValueToVar(waiting_time, fields);
assignValueToVar(t_waitInPos, fields);
assignValueToVar(ws_wait_time, fields);
assignValueToVar(ws_wait_time_offset, fields);
}
}
}
void CThrowBomb::Explode()
{
logic_manager->throwEvent(CLogicManagerModule::EVENT::OnExplode, "throw_bomb", CHandle(this).getOwner());
SendMsg();
ChangeState("dead");
}
#include "mcv_platform.h"
#include "comp_culling.h"
#include "comp_aabb.h"
#include "comp_camera.h"
#include "comp_msgs.h"
#include "entity.h"
#include "handle/handle.h"
#include "comp_room.h"
#include "logic\sbb.h"
#include "player_controllers/player_controller_base.h"
int TCompCulling::next_to_update = 0;
CHandle TCompCulling::camera_main = CHandle();
bool TCompCulling::cull_camera = true;
void TCompCulling::renderInMenu() {
// Show how many AABB's we are seeing...
auto hm = getHandleManager<TCompAbsAABB>();
ImGui::Text("%d / %d AABB's visible", bits.count(), hm->size());
}
// Si algun plano tiene la caja en la parte negativa
// completamente, el aabb no esta dentro del set de planos
bool TCompCulling::VPlanes::isVisible(const AABB* aabb) const {
PROFILE_FUNCTION("TCompCulling: isVisible func");
if (empty()) return true;
auto it = begin();
while (it != end()) {
if (it->isCulled(aabb))
return false;
++it;
bool SkelControllerMole::getUpdateInfo()
{
owner = CHandle(this).getOwner();
if (!owner.isValid()) return false;
return true;
}
VEC3 TCompCharacterController::GetCameraPointFocus() const
{
CEntity *e = CHandle(this).getOwner();
TCompTransform *t = e->get<TCompTransform>();
return VEC3(0, m_height, 0) + (-t->getLeft()*m_radius);
}
void CThrowBomb::Dead()
{
CHandle(this).getOwner().destroy();
return; //Nothing to do
}
#include "components/comp_life.h"
#include "components/entity.h"
#include "components/entity_tags.h"
#include "components/comp_msgs.h"
#include "components/comp_camera_main.h"
#include "components/comp_sense_vision.h"
#include "app_modules/io/input_wrapper.h"
#include "app_modules/logic_manager/logic_manager.h"
#include "utils/utils.h"
#include "components/comp_charactercontroller.h"
map<int, string> CPlayerBase::out = {};
CHandle CPlayerBase::handle_player = CHandle();
CPlayerBase::CPlayerBase() {
}
void CPlayerBase::addBasicStates() {
AddState("idle", (statehandler)&CPlayerBase::Idle);
AddState("moving", (statehandler)&CPlayerBase::Moving);
AddState("start_falling", (statehandler)&CPlayerBase::StartFalling);
AddState("falling", (statehandler)&CPlayerBase::Falling);
AddState("jumping", (statehandler)&CPlayerBase::Jumping);
AddState("die", (statehandler)&CPlayerBase::Die);
AddState("win", (statehandler)&CPlayerBase::Win);
initBaseAttributes();
}