M15 Budapest stats & predictions

Player A: A Rising Star

Player A has been making waves in the junior circuit with an aggressive playing style and exceptional footwork. Known for his powerful serves and precise volleys, he is expected to dominate the match against Player B. His recent performance at the Junior French Open has put him in the spotlight, making him a favorite among betting enthusiasts.

Player B: The Defensive Maestro

In contrast, Player B is renowned for his defensive skills and mental toughness. His ability to outlast opponents in long rallies makes him a formidable opponent. While he may struggle against Player A's serve, his strategic play could turn the tide in his favor.

Betting Prediction: Player A to win in straight sets (1.75 odds)

Player C: The Tactical Genius

Player C is known for his tactical brilliance on the court. With a diverse repertoire of shots and an uncanny ability to read his opponents, he has consistently outmaneuvered his rivals. His recent victory at the M15 Istanbul tournament has boosted his confidence.

Player D: The Powerhouse

Player D brings sheer power and athleticism to the court. His powerful groundstrokes and explosive movements make him a threat to any opponent. However, his aggressive style sometimes leads to unforced errors.

Betting Prediction: Player C to win in three sets (2.10 odds)

This match is expected to be a classic showdown between two contrasting styles of play. Player A's aggressive approach will be tested by Player B's defensive prowess. Here’s what to watch for:

• Serve Dominance: Player A's serve could be a game-changer if he manages to break through Player B's return game early on.
• Rally Lengths: Longer rallies may favor Player B, who excels in wearing down opponents with his consistency.
• Mental Resilience: Both players need to maintain composure under pressure, especially during critical points that could swing the match momentum.

Betting enthusiasts should consider backing Player A due to his recent form but keep an eye on any shifts in momentum that could benefit Player B.

The clash between tactical genius and raw power will captivate audiences as Player C faces off against Player D. Key aspects include:

• Tactical Adjustments: Watch how Player C adapts his strategy throughout the match to counteract Player D's powerful shots.
• Error Rates: High-pressure situations may lead to increased unforced errors from both players, particularly from Player D if he overplays his power game.
• Momentum Shifts: Momentum swings could be frequent given the contrasting styles; staying alert to these changes is crucial for bettors.

This match is likely to go the distance, making it an exciting prospect for those considering betting on set scores or total games played.

This match features two players known for their versatility on clay courts. Key points include:

• Court Coverage: Both players excel at covering the court; however, who manages better footwork under pressure will have an edge.
• Serving Strategy: Effective serving strategies will be crucial, especially if one player can consistently hold serve under duress.
• Mental Toughness: The ability to stay calm during break points could determine the outcome of this closely contested match.

Bettors might find value in considering both players' performances in previous clay court tournaments when placing their bets.

The final match of the day pits two ambitious players against each other in what promises to be a thrilling encounter:

• Ambition vs Experience: While both players are eager to prove themselves, their differing levels of experience might play a role in their strategies.
• Critical Moments Handling: How each player handles critical moments will be pivotal; nerves can often lead to unexpected outcomes on clay courts.
• Fans' Influence: With Budapest's fans likely rallying behind one player more than the other, crowd influence could sway performance levels during key points.#pragma once #include "Actor.h" class Enemy; class Character; class Stage; class Bullet; enum class EnemyState { NORMAL, ATTACK, DAMAGE, DEAD }; class Enemy : public Actor { private: float m_moveSpeed; float m_attackRange; float m_attackCoolTime; float m_currentAttackCoolTime; int m_damage; bool m_isAttack; bool m_isDamage; bool m_isDead; EnemyState m_enemyState; Stage* m_stage; Character* m_character; public: Enemy(); ~Enemy(); void Initialize(const char* name = nullptr); void Update(float deltaTime); void Render(HDC hdc); void Release(); void SetStage(Stage* stage); void SetCharacter(Character* character); bool IsAttack(); bool IsDamage(); bool IsDead(); void Move(); void Attack(); void Damage(); void Dead(); void SetMoveSpeed(float moveSpeed); void SetAttackRange(float attackRange); void SetAttackCoolTime(float attackCoolTime); void SetDamage(int damage); float GetMoveSpeed(); float GetAttackRange(); float GetAttackCoolTime(); int GetDamage(); protected: virtual void InitializeComponent() override; virtual void UpdateComponent(float deltaTime) override; virtual void RenderComponent(HDC hdc) override; virtual void ReleaseComponent() override; };<|repo_name|>ChoiHyunWoo/2019_Spring_GameProgramming_2nd<|file_sep|>/2019_Spring_GameProgramming_2nd/GameObject/Actor.cpp #include "stdafx.h" #include "Actor.h" Actor::Actor() { } Actor::~Actor() { } void Actor::Initialize(const char* name) { m_name = name ? name : ""; m_position = {0.f}; m_scale = {1.f}; m_angle = {0.f}; m_rotation = {0.f}; m_size = {32.f}; m_isRender = true; } void Actor::Update(float deltaTime) { UpdateComponent(deltaTime); if (m_isRender) { Render(GetHDC()); } } void Actor::Render(HDC hdc) { RenderComponent(hdc); } void Actor::Release() { ReleaseComponent(); } void Actor::SetPosition(const D2D1_POINT_2F& position) { m_position = position; } void Actor::SetPosition(float xPosition, float yPosition) { m_position = { xPosition,yPosition }; } const D2D1_POINT_2F& Actor::GetPosition() const { return m_position; } void Actor::SetScale(const D2D1_SIZE_F& scale) { m_scale = scale; } void Actor::SetScale(float xScale, float yScale) { m_scale = { xScale,yScale }; } const D2D1_SIZE_F& Actor::GetScale() const { return m_scale; } void Actor::SetAngle(const float angle) { m_angle = angle; SetRotation(angle * PI / RADIAN); } void Actor::SetAngleRad(const float angleRad) { SetAngle(angleRad * RADIAN / PI); } const float& Actor::GetAngle() const { return m_angle; } const float& Actor::GetRotation() const { return m_rotation; } void Actor::SetSize(const D2D1_SIZE_F& size) { m_size = size; } const D2D1_SIZE_F& Actor::GetSize() const { return m_size; } void Actor::SetName(const char* name) { if (name == nullptr) return; m_name = name; } const char* Actor::GetName() { return m_name.c_str(); } bool Actor::IsRender() { return m_isRender; } void Actor::OnCollisionEnter(Actor* otherActor) { } <|file_sep|>#pragma once #include "Scene.h" class Stage; class TitleScene : public Scene { private: Stage* m_stage; public: TitleScene(); ~TitleScene(); void Initialize(); void Update(float deltaTime); void Render(HDC hdc); void Release(); protected: virtual void InitializeComponent() override {} virtual void UpdateComponent(float deltaTime) override {} virtual void RenderComponent(HDC hdc) override {} virtual void ReleaseComponent() override {} private: };<|repo_name|>ChoiHyunWoo/2019_Spring_GameProgramming_2nd<|file_sep|>/2019_Spring_GameProgramming_2nd/GameObject/Enemy.cpp #include "stdafx.h" #include "Enemy.h" #include "Stage.h" #include "Character.h" #include "Bullet.h" Enemy::Enemy() :m_moveSpeed(0.f), m_attackRange(0.f), m_attackCoolTime(0.f), m_currentAttackCoolTime(0.f), m_damage(0), m_isAttack(false), m_isDamage(false), m_isDead(false), m_enemyState(EnemyState::NORMAL), m_stage(nullptr), m_character(nullptr) { } Enemy::~Enemy() { } void Enemy::Initialize(const char* name) { SetName(name); InitializeComponent(); } void Enemy::Update(float deltaTime) { UpdateComponent(deltaTime); switch (m_enemyState) { case EnemyState::NORMAL: Move(); break; case EnemyState::ATTACK: if (!m_isAttack && !m_isDamage && !m_isDead) Attack(deltaTime); break; case EnemyState::DAMAGE: if (!m_isAttack && !m_isDamage && !m_isDead) Damage(deltaTime); break; case EnemyState::DEAD: if (!m_isAttack && !m_isDamage && !m_isDead) Dead(deltaTime); break; default: break; } } void Enemy::Render(HDC hdc) { RenderComponent(hdc); RECT rcDrawRect = { static_cast(GetPosition().x - GetSize().width / GetScale().width / GetRotation()), static_cast(GetPosition().y - GetSize().height / GetScale().height / GetRotation()), static_cast(GetPosition().x + GetSize().width / GetScale().width / GetRotation()), static_cast(GetPosition().y + GetSize().height / GetScale().height / GetRotation()) }; HBRUSH hBrushOld = (HBRUSH)SelectObject(hdc, CreateSolidBrush(RGB(255 * static_cast(rand()) / RAND_MAX, 255 * static_cast(rand()) / RAND_MAX, 255 * static_cast(rand()) / RAND_MAX))); FillRect(hdc,&rcDrawRect,hBrushOld); DeleteObject(hBrushOld); SetBkMode(hdc, TRANSPARENT); HFONT hFontOld = (HFONT)SelectObject(hdc, CreateFont(30, NULL, NULL, NULL, FW_BOLD, FALSE, FALSE, FALSE, HANGUL_CHARSET, NULL, NULL, NULL, NULL, L"Consolas")); SetTextColor(hdc,RGB(255 * static_cast(rand()) / RAND_MAX, 255 * static_cast(rand()) / RAND_MAX, 255 * static_cast(rand()) / RAND_MAX)); TextOut(hdc,m_position.x,m_position.y,m_name.c_str(),static_cast(strlen(m_name.c_str()))); DeleteObject(hFontOld); } void Enemy::Release() { ReleaseComponent(); } void Enemy::SetStage(Stage* stage) { if (stage == nullptr) return; m_stage = stage; } void Enemy::SetCharacter(Character* character) { if (character == nullptr) return; m_character = character; } bool Enemy::IsAttack() { return m_isAttack ? true : false; } bool Enemy::IsDamage() { return m_isDamage ? true : false; } bool Enemy::IsDead() { return m_isDead ? true : false; } void Enemy::Move() { } void Enemy::Attack(float deltaTime) { if (!m_stage->GetCharacter()->IsDead()) { if (sqrtf(powf(m_character->GetPosition().x - GetPosition().x ,2.f) + powf(m_character->GetPosition().y - GetPosition().y ,2.f)) <= m_attackRange && !m_stage->GetBullet()->IsExist()) { if (!m_stage->GetBullet()->IsExist()) { Bullet* bullet = new Bullet(); bullet->Initialize("enemy_bullet"); bullet->SetStage(m_stage); bullet->SetPosition(GetPosition()); bullet->SetAngle(m_character->GetPosition()); bullet->SetDirection(-1.f); bullet->SetMoveSpeed(1000.f); bullet->SetActive(true); bullet->Release(); BulletManager::GetInstance()->AddBullet(bullet); m_currentAttackCoolTime += deltaTime; if (m_currentAttackCoolTime >= m_attackCoolTime) { m_currentAttackCoolTime -= m_attackCoolTime; m_isAttack = true; return ; } } } if (sqrtf(powf(m_character->GetPosition().x - GetPosition().x ,2.f) + powf(m_character->GetPosition().y - GetPosition().y ,2.f)) <= (m_attackRange + sqrtf(powf(m_moveSpeed * deltaTimer ,2.f)))) { if (GetPosition().x <= m_character->GetPosition().x + sqrtf(powf(m_moveSpeed * deltaTimer ,2.f)) && GetPosition().x >= m_character->GetPosition().x - sqrtf(powf(m_moveSpeed * deltaTimer ,2.f)) && GetPosition().y <= m_character->GetPosition().y + sqrtf(powf(m_moveSpeed * deltaTimer ,2.f)) && GetPosition().y >= m_character->GetPosition().y - sqrtf(powf(m_moveSpeed * deltaTimer ,2.f))) { float angleToTarget = atan((m_character->GetPosition().y - GetPosition().y)/(m_character->GetPosition().x - GetPosition().x)); SetAngleRad(angleToTarget); SetPosition(GetPosition().x + cos(angleToTarget)*m_moveSpeed*deltaTime , GetPosition().y + sin(angleToTarget)*m_moveSpeed*deltaTime ); return ; } } float angleToTarget = atan((m_character->GetPosition().y - GetPosition