Korea Open Qualification stats & predictions

Tecnología e Innovación en la Transmisión Deportiva

La tecnología está transformando la forma en que vemos y disfrutamos del tenis. Desde transmisiones 4K hasta análisis avanzados mediante inteligencia artificial, estas innovaciones están mejorando nuestra experiencia como espectadores. Aquí te presentamos algunas tecnologías clave:

• Análisis por IA:** Herramientas que analizan patrones de juego y ofrecen estadísticas detalladas durante las transmisiones en vivo.
• Tecnología VR:** Experimenta partidos desde ángulos inéditos gracias a la realidad virtual.
• Pantallas Inteligentes:** Disfruta notificaciones personalizadas sobre tus jugadores favoritos directamente desde tu dispositivo inteligente.#pragma once #include "player.h" #include "game_object.h" class Pickup : public GameObject { public: Pickup(); ~Pickup(); void Init(float x, float y); void Update(float deltaTime); void Render(); void Collision(GameObject* other); private: Player* m_player; };<|repo_name|>Mikkel-Nielsen/GA2D<|file_sep|>/Game/Game/Game/Level.cpp #include "Level.h" #include "GameObjectManager.h" #include "Player.h" #include "Enemy.h" #include "Pickup.h" #include "Coin.h" #include "Platform.h" #include "Spikes.h" Level::Level() { m_width = 0; m_height = 0; } Level::~Level() { } void Level::Init(int width, int height) { m_width = width; m_height = height; // Init level data std::ifstream file("Data/Levels/test.txt"); if (file.is_open()) { for (int i = 0; i < m_height; ++i) { std::string line; std::getline(file, line); m_levelData.push_back(line); } file.close(); } else { std::cout << "Failed to load level." << std::endl; } CreateObjects(); } void Level::Update(float deltaTime) { } void Level::Render() { for (int i = 0; i < m_width; ++i) { for (int j = 0; j < m_height; ++j) { switch (m_levelData[j][i]) { case '#': DrawRectangle(i * TILE_SIZE_X + 1.f, j * TILE_SIZE_Y + 1.f, TILE_SIZE_X - 2.f, TILE_SIZE_Y - 2.f, DARKGRAY); break; case 'P': DrawRectangle(i * TILE_SIZE_X + 1.f, j * TILE_SIZE_Y + 1.f, TILE_SIZE_X - 2.f, TILE_SIZE_Y - 2.f, BROWN); break; case 'E': DrawRectangle(i * TILE_SIZE_X + 1.f, j * TILE_SIZE_Y + 1.f, TILE_SIZE_X - 2.f, TILE_SIZE_Y - 2.f, DARKRED); break; case 'C': DrawRectangle(i * TILE_SIZE_X + 1.f, j * TILE_SIZE_Y + 1.f, TILE_SIZE_X - 2.f, TILE_SIZE_Y - 2.f, GOLD); break; case 'S': DrawRectangle(i * TILE_SIZE_X + 1.f, j * TILE_SIZE_Y + 1.f, TILE_SIZE_X - 2.f, TILE_SIZE_Y - 2.f, DARKRED); break; default: break; } } } } void Level::CreateObjects() { for (int i = 0; i <= m_width; ++i) { for (int j = 0; j <= m_height; ++j) { switch (m_levelData[j][i]) { case '#': GameObjectManager::GetInstance().AddObject(new Platform()); break; case 'P': GameObjectManager::GetInstance().AddObject(new Player()); break; case 'E': GameObjectManager::GetInstance().AddObject(new Enemy()); break; case 'C': GameObjectManager::GetInstance().AddObject(new Coin()); break; case 'S': GameObjectManager::GetInstance().AddObject(new Spikes()); break; default: break; } if (m_levelData[j][i] != '#') { GameObjectManager::GetInstance().GetObjectAt(i * TILE_SIZE_X + TILE_SIZE_X / 2.f, j * TILE_SIZE_Y + TILE_SIZE_Y / 2.f)->SetPosition(i * TILE_SIZE_X + TILE_SIZE_X / 2.f, j * TILE_SIZE_Y + TILE_SIZE_Y / 2.f); } } } <|repo_name|>Mikkel-Nielsen/GA2D<|file_sep|>/Game/Game/Game/Spikes.cpp #include "Spikes.h" Spikes::Spikes() { } Spikes::~Spikes() { } void Spikes::Init(float x, float y) { SetPosition(x,y); SetSize(32.f,32.f); SetCollisionBox(16.f,-16.f,-16.f,-16.f); SetTexture("Data/Textures/spikes.png"); SetColliderType(ColliderType::COLLIDER_TYPE_SPIKES); SetCollisionGroup(CollisionGroupType::COLLISION_GROUP_PLAYER); SetLayer(LayerType::LAYER_ENEMY); } void Spikes::Update(float deltaTime) { } void Spikes::Render() { } void Spikes::Collision(GameObject* other) { }<|repo_name|>Mikkel-Nielsen/GA2D<|file_sep|>/Game/Game/Game/Camera.cpp #include "Camera.h" Camera* Camera::s_instance = nullptr; Camera& Camera::GetInstance() { if (s_instance == nullptr) s_instance = new Camera(); return *s_instance; } Camera::~Camera() { } void Camera::SetPosition(float x, float y) { m_position.x = x; m_position.y = y; } Vector2 Camera::GetPosition() const { return m_position; } void Camera::SetTarget(GameObject* target) { m_target = target; if (m_target == nullptr) return; m_followSpeed = GetDeltaTime() * FOLLOW_SPEED; float posXDiff = GetTargetPosition().x - GetPosition().x; float posYDiff = GetTargetPosition().y - GetPosition().y; if (posXDiff > m_followSpeed) posXDiff = m_followSpeed; if (posYDiff > m_followSpeed) posYDiff = m_followSpeed; if (posXDiff > -m_followSpeed && posXDiff != 0) posXDiff = -m_followSpeed; if (posYDiff > -m_followSpeed && posYDiff != 0) posYDiff = -m_followSpeed; SetPosition(GetPosition().x + posXDiff , GetPosition().y + posYDiff); } Vector2 Camera::GetTargetPosition() const { return m_target->GetPosition(); }<|repo_name|>Mikkel-Nielsen/GA2D<|file_sep|>/Game/Game/Game/Coin.cpp #include "Coin.h" #include "GameObjectManager.h" Coin::Coin() { } Coin::~Coin() { } void Coin::Init(float x,float y) { SetPosition(x,y); SetSize(32.f ,32.f); SetColliderType(ColliderType::COLLIDER_TYPE_PICKUP); SetCollisionGroup(CollisionGroupType::COLLISION_GROUP_PICKUP); SetLayer(LayerType::LAYER_PICKUP); SetTexture("Data/Textures/Coin.png"); CollisionSound("Data/Audio/Coin.wav");