game2001/server/gameserver/room.cc

#include "precompile.h"

#include "playermgr.h"
#include "player.h"
#include "cs_proto.pb.h"
#include "room.h"
#include "android.h"
#include "metamgr.h"
#include "movement.h"
#include "bullet.h"
#include "collider.h"
#include "obstacle.h"

const int ROOM_MAX_PLAYER_NUM = 50;
const int ANDROID_NUM = 0;

void Room::Update(int delta_time)
{
    elapsed_time_ += delta_time;
    while (elapsed_time_ >= 50) {
        ResetFrameData();
        int i = 0;
        for (auto& pair : moveable_hash_) {
            pair.second->Update(50);
            pair.second->updated_times++;
            ++i;
            assert(i < 1000);
        }
        ClearDeletedObjects();
        ProcAddedObjects();
        elapsed_time_ -= 50;
    }
}

bool Room::IsFull()
{
    return accountid_hash_.size() >= ROOM_MAX_PLAYER_NUM;
}

int Room::GetPlayerNum()
{
    return accountid_hash_.size();
}

Player* Room::GetPlayerByAccountId(const std::string& accountid)
{
    auto itr = accountid_hash_.find(accountid);
    return itr != accountid_hash_.end() ? itr->second : nullptr;
}

Player* Room::GetPlayerByUniId(unsigned short uniid)
{
    Entity* entity = GetEntityByUniId(uniid);
    return entity->entity_type == ET_Player && entity->entity_subtype == EST_Player ? (Player*)entity : nullptr;
}

Entity* Room::GetEntityByUniId(unsigned short uniid)
{
    auto itr = uniid_hash_.find(uniid);
    return itr != uniid_hash_.end() ? itr->second : nullptr;
}

int Room::AliveCount()
{
    return alive_count_;
}

void Room::AddPlayer(Player* hum)
{
    {
        hum->pos.x = 1000 + rand() % 100;
        hum->pos.y = 2000 + rand() % 200;
        hum->attack_dir = hum->pos;
        hum->attack_dir.Normalize();
        hum->attack_dir.Rotate(a8::RandAngle());
    }
    hum->room = this;
    uniid_hash_[hum->entity_uniid] = hum;
    moveable_hash_[hum->entity_uniid] = hum;
    accountid_hash_[hum->account_id] = hum;
    human_hash_[hum->entity_uniid] = hum;
    ++alive_count_;
    hum->new_objects.insert(hum);
    hum->part_objects.insert(hum);
    for (auto& pair : human_hash_) {
        if (pair.second != hum) {
            pair.second->new_objects.insert(hum);
            pair.second->part_objects.insert(hum);
            hum->new_objects.insert(pair.second);
            hum->part_objects.insert(pair.second);
        }
    }
}

unsigned short Room::AllocUniid()
{
    while (GetEntityByUniId(++current_uniid) ||
           be_added_hash_.find(current_uniid) != be_added_hash_.end() ||
           current_uniid == 0) {}
    return current_uniid;
}

void Room::ShuaAndroid()
{
    MetaData::Player* hum_meta = MetaMgr::Instance()->GetPlayer(40002);
    assert(hum_meta);
    if (!hum_meta) {
        abort();
    }
    for (int i = 0; i < ANDROID_NUM; ++i) {
        Android* hum = new Android();
        hum->name = a8::Format("机器人%d", {i+1});
        hum->meta = hum_meta;
        hum->entity_uniid = AllocUniid();
        {
            hum->pos.x = 100 + rand() % 400;
            hum->pos.y = 200 + rand() % 500;
            hum->attack_dir = hum->pos;
            hum->attack_dir.Normalize();
            hum->attack_dir.Rotate(a8::RandAngle());
        }
        hum->room = this;
        hum->Initialize();
        uniid_hash_[hum->entity_uniid] = hum;
        moveable_hash_[hum->entity_uniid] = hum;
        human_hash_[hum->entity_uniid] = hum;
        ++alive_count_;

        for (auto& pair : human_hash_) {
            if (pair.second != hum) {
                pair.second->new_objects.insert(hum);
                pair.second->part_objects.insert(hum);
                hum->new_objects.insert(pair.second);
                hum->part_objects.insert(pair.second);
            }
        }
    }
}

void Room::ShuaObstacle(Human* hum)
{
    MetaData::MapThing* a_thing = MetaMgr::Instance()->GetMapThing(61001);
    MetaData::MapThing* b_thing = MetaMgr::Instance()->GetMapThing(61007);
    if (!a_thing || !b_thing) {
        return;
    }
    #if 1
    {
        Obstacle* entity = new Obstacle();
        entity->room = this;
        entity->meta = a_thing;
        entity->entity_uniid = AllocUniid();
        #if 0
        entity->dir = Vector2D::UP;
        #endif
        #if 0
        entity->pos = Vector2D(100.0f, 164.0f);
        #else
        entity->pos = hum->pos - Vector2D::LEFT * hum->meta->i->radius() - 100;
        #endif
        entity->Initialize();
        uniid_hash_[entity->entity_uniid] = entity;
        for (auto& pair : human_hash_) {
            pair.second->new_objects.insert(entity);
            pair.second->part_objects.insert(entity);
        }
    }
    #endif
    #if 1
    {
        Obstacle* entity = new Obstacle();
        entity->room = this;
        entity->meta = b_thing;
        entity->entity_uniid = AllocUniid();
        #if 0
        entity->dir = Vector2D::UP;
        #endif
        #if 0
        entity->pos = Vector2D(100.0f, 100.0f);
        #else
        entity->pos = hum->pos + Vector2D::RIGHT * hum->meta->i->radius() + 100;
        #endif
        entity->Initialize();
        uniid_hash_[entity->entity_uniid] = entity;
        for (auto& pair : human_hash_) {
            pair.second->new_objects.insert(entity);
            pair.second->part_objects.insert(entity);
        }
    }
    #endif
}

bool Room::RandomPos(Human* hum, float distance, Vector2D& out_pos)
{
    Vector2D dir = hum->pos;
    dir.Rotate(a8::RandAngle());
    dir.Normalize();
    CircleCollider collider;
    collider.owner = hum;
    collider.pos = dir * distance;
    collider.rad = hum->meta->i->radius();

    for (auto& pair : uniid_hash_) {
        if (pair.second->entity_type == ET_Player ||
            pair.second->entity_type == ET_Bullet
            ) {
            continue;
        } else {
            for (auto& itr : pair.second->colliders) {
                if (collider.Intersect(itr)) {
                    return false;
                }
            }
        }
    }
    out_pos = hum->pos + collider.pos;
    return true;
}

Human* Room::FindEnemy(Human* hum)
{
    std::vector<Human*> enemys;
    enemys.reserve(50);
    for (auto& pair : accountid_hash_) {
        if (pair.second->team_id == 0 ||
            pair.second->team_id != hum->team_id
            ) {
            enemys.push_back(pair.second);
        }
    }
    std::sort(enemys.begin(), enemys.end(),
              [hum] (Human* a, Human *b) -> bool
              {
                  return (hum->pos - a->pos).Norm() < (hum->pos - b->pos).Norm();
              });
    return !enemys.empty() ? enemys[0] : nullptr;
}

void Room::AddBullet(Bullet* bullet)
{
    be_added_hash_[bullet->entity_uniid] = bullet;
}

void Room::CollisionDetection(Entity* sender, int detection_flags, std::vector<Entity*>& objects)
{
    assert(uniid_hash_.size() < 1000);
    for (auto& pair : uniid_hash_) {
        if (a8::HasBitFlag(detection_flags, ET_Player) && pair.second->entity_type == ET_Player) {
            if (sender->entity_type == ET_Bullet) {
                Bullet* bullet = (Bullet*)sender;
                Human* hum = (Human*)pair.second;
                if (hum != bullet->player &&
                    (hum->team_id == 0 || bullet->player->team_id != hum->team_id)) {
                    if (bullet->TestCollision(hum)) {
                        objects.push_back(hum);
                    }
                }
            }
        }
        if (a8::HasBitFlag(detection_flags, ET_Obstacle) && pair.second->entity_type == ET_Obstacle) {
            if (sender->entity_type == ET_Bullet || sender->entity_type == ET_Player) {
                if (pair.second != sender && sender->TestCollision(pair.second)) {
                    objects.push_back(pair.second);
                }
            }
        }
    }
}

void Room::AddDeletedObject(unsigned short obj_uniid)
{
    frame_data.deleted_objects.insert(obj_uniid);
}

void Room::FillSMJoinedNotify(Player* self_hum, cs::SMJoinedNotify& msg)
{
    msg.set_team_mode(msg.team_mode());
    msg.set_player_id(self_hum->entity_uniid);
    msg.set_started(false);
    for (auto& pair : uniid_hash_) {
        if (pair.second->entity_type == ET_Player) {
            Human* hum = (Human*)pair.second;
            cs::MFPlayerInfo* info = msg.add_player_infos();
            info->set_player_id(hum->entity_uniid);
            info->set_team_id(hum->team_id);
            info->set_name(hum->name);
        }
    }
}

void Room::ResetFrameData()
{
    frame_data.deleted_objects.clear();
    frame_data.explosions.Clear();
    frame_data.emotes.Clear();
    frame_data.bullets.Clear();
    frame_data.shots.Clear();
}

void Room::ClearDeletedObjects()
{
    for (auto& obj_uniid : frame_data.deleted_objects) {
        Entity* entity = GetEntityByUniId(obj_uniid);
        if (entity) {
            if (entity->entity_type != ET_Player) {
                uniid_hash_.erase(entity->entity_uniid);
                moveable_hash_.erase(entity->entity_uniid);
            }
            delete entity;
        }
    }
}

void Room::TouchPlayerList(a8::XParams param,
                           std::function<void (Player*, a8::XParams&)> func)
{
    if (!func) {
        return;
    }
    for (auto& pair : accountid_hash_) {
        if (pair.second) {
            func(pair.second, param);
        }
    }
}

void Room::ProcAddedObjects()
{
    if (!be_added_hash_.empty()) {
        for (auto& pair : be_added_hash_) {
            uniid_hash_[pair.second->entity_uniid] = pair.second;
            switch (pair.second->entity_type) {
            case ET_Player:
            case ET_Bullet:
                {
                    moveable_hash_[pair.second->entity_uniid] = pair.second;
                }
                break;
            default:
                abort();
                break;
            }
        }
        be_added_hash_.clear();
    }
}

void Room::BeAddedObject(Entity* entity)
{
    be_added_hash_[entity->entity_uniid] = entity;
}