Women's League Cup Group D stats & predictions

Jogo 1: Chelsea Women vs. Tottenham Hotspur Women

O confronto entre Chelsea e Tottenham foi um espetáculo de habilidade técnica. O Chelsea mostrou sua superioridade com passes precisos e controle do meio-campo, resultando em uma vitória convincente. A defesa do Tottenham teve dificuldades em lidar com a pressão constante, mas mostrou resiliência ao longo do jogo.

Jogo 2: Arsenal Women vs. Birmingham City Women

O jogo entre Arsenal e Birmingham foi um teste de estratégia e adaptação. O Arsenal começou forte, mas Birmingham respondeu com vigor, aproveitando erros defensivos para criar oportunidades significativas. No final, foi uma partida acirrada que terminou em empate, destacando a crescente competitividade do Birmingham.

Chelsea Women: Favoritas Continuam Fortes

Com sua forma consistente e desempenho sólido nas últimas partidas, apostar no Chelsea como vencedor parece uma escolha segura. No entanto, é sempre importante considerar os jogadores lesionados ou suspensos que podem impactar o desempenho da equipe.

Tottenham Hotspur Women: Potencial para Surpresas

Apesar de enfrentar dificuldades contra equipes tecnicamente superiores, o Tottenham tem mostrado melhorias significativas em suas estratégias defensivas. Apostar em um empate contra equipes fortes pode ser uma aposta inteligente, dada sua recente capacidade de resistir à pressão.

Birmingham City Women: O Novato Destacado

Com sua energia jovem e entusiasmo contagiante, Birmingham tem surpreendido muitos observadores. Apostar em gols acima da média pode ser recompensador quando enfrentam equipes mais estabelecidas que subestimam seu potencial ofensivo.

Táticas do Chelsea: Domínio Técnico

• Possessão de Bola: O Chelsea continua a dominar a posse de bola, usando-a para controlar o ritmo do jogo.
• Transições Rápidas: Suas transições rápidas entre defesa e ataque são letais, especialmente contra defesas menos organizadas.

Táticas do Tottenham: Força Defensiva

• Compactação Defensiva: Concentrando-se em manter linhas compactas, o Tottenham dificulta que os adversários criem oportunidades claras.
• Congelamento do Jogo: Eles usam essa tática para controlar jogos quando estão atrás no placar ou enfrentam pressão intensa.

Táticas do Arsenal: Ofensiva Criativa

• Variabilidade Ofensiva: O Arsenal usa uma variedade de ataques criativos para explorar fraquezas na defesa adversária.
• Jogadas Aéreas: Eles frequentemente recorrem a cruzamentos e cabeçadas para criar chances valiosas.

Táticas do Birmingham: Energia Jovem

• Persistência Ofensiva: Com garra e determinação, o Birmingham mantém pressão constante nos adversários.
• Flexibilidade Tática: Sua capacidade de ajustar táticas durante o jogo permite que eles respondam eficazmente às mudanças nas dinâmicas de jogo.

Estatísticas Gerais do Grupo D

• Possessão Média de Bola: Chelsea lidera com cerca de 65%, seguido pelo Tottenham com aproximadamente 60%.
• Gols Marcados por Jogo: Em média, há cerca de 2,5 gols por partida no Grupo D, indicando um futebol ofensivo vibrante.
• Faltas por Jogo: Os jogos geralmente apresentam cerca de 15 faltas por partida, refletindo a intensidade física dos confrontos.

Jogadoras Destacadas no Grupo D

• Nikita Parris (Arsenal): Uma das principais artilheiras do grupo, Parris tem sido crucial na criação de oportunidades ofensivas para seu time.
• Pernille Harder (Chelsea): Sua visão de jogo e habilidade em finalizar tornam-na uma ameaça constante nas partidas.
• Megan Campbell (Birmingham): Conhecida por sua resistência física e habilidade em recuperar bolas na frente da defesa adversária.
• Lotte Wubben-Moy (Tottenham): Uma das defensoras mais sólidas do grupo, crucial para a estratégia defensiva do Tottenham.

Laura Coombs (Chelsea)

Muito elogiada pela sua versatilidade em campo, Laura Coombs tem se destacado tanto como meia quanto como atacante. Sua capacidade de mudar rapidamente entre posições ajuda a criar confusão na defesa adversária. <|repo_name|>berniegander/ESL-2016-05-22<|file_sep|>/Code Examples/05 - Custom Events/05 - Custom Events/04 - Custom Event with Additional Data/CustomEventWithAdditionalData.cs using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace _04___Custom_Event_with_Additional_Data { class Program { static void Main(string[] args) { // create an instance of the object that will fire the event LightSwitch lightSwitch = new LightSwitch(); // add an event handler to the OnLightSwitched event lightSwitch.OnLightSwitched += lightSwitch_OnLightSwitched; Console.WriteLine("Press any key to turn on the light..."); Console.ReadKey(); lightSwitch.LightOn(); Console.WriteLine("Press any key to turn off the light..."); Console.ReadKey(); lightSwitch.LightOff(); Console.ReadLine(); } private static void lightSwitch_OnLightSwitched(object sender, CustomEventArgs eventArgs) { if (eventArgs.IsOn) Console.WriteLine("The light is on."); else Console.WriteLine("The light is off."); } } public class LightSwitch { public event EventHandler OnLightSwitched; protected virtual void RaiseEvent(CustomEventArgs eventArgs) { if (OnLightSwitched != null) OnLightSwitched(this,eventArgs); } public void LightOn() { RaiseEvent(new CustomEventArgs { IsOn = true }); } public void LightOff() { RaiseEvent(new CustomEventArgs { IsOn = false }); } } public class CustomEventArgs : EventArgs { public bool IsOn { get; set; } } } <|file_sep|># C# Events ## Agenda * Introduction * Event Basics * Raising Events * Unhandled Exceptions in Events * Event Handling Best Practices ## Introduction Events are one of the most powerful features in C# and .NET. They are used extensively throughout the .NET Framework. For example: * Windows Forms controls raise events when they receive user input. * The `System.Media.SystemSounds` class raises events when sound notifications are played. * The `System.Windows.Forms.Timer` class raises events at regular intervals. * The `System.Windows.Forms.WebBrowser` control raises events when navigating to web pages. ## Event Basics Events provide a mechanism for sending notifications from an object when something significant occurs. An event is declared using the `event` keyword: cs public event EventHandler SomeEvent; This declares an event named `SomeEvent`. The type of the event determines what arguments are passed to handlers. For example: cs public event EventHandler SomeEvent; public event EventHandler SomeOtherEvent; In this case: * The `SomeEvent` will pass two arguments to handlers: * An `object` reference to the sender. * An `EventArgs` instance containing additional information about the event. * The `SomeOtherEvent` will pass three arguments to handlers: * An `object` reference to the sender. * An `EventHandler` delegate instance. * A `CustomEventArgs` instance containing additional information about the event. ## Raising Events To raise an event you need to: 1. Declare an instance variable of type `EventHandler`. 1. Check that the instance variable is not null before raising the event. 1. Invoke each delegate in the instance variable by passing it an instance of `object`, and an instance of `EventArgs`. For example: cs private EventHandler someEvent; public event EventHandler SomeEvent { get { return someEvent; } set { someEvent += value; } } protected virtual void OnSomeEvent(EventArgs args) { if (someEvent != null) someEvent(this,args); } Notice how we have made use of encapsulation and accessors to expose only what we want others to see. We have also marked our method as `virtual` so that derived classes can override it if they want to add functionality. We then call this method whenever we want to raise the event: cs OnSomeEvent(new EventArgs()); ## Unhandled Exceptions in Events It is important that your code does not throw exceptions when raising events. If it does then your application will crash! Therefore it is important that you wrap your code in a try/catch block and log any exceptions. For example: cs protected virtual void OnSomeEvent(EventArgs args) { try { if (someEvent != null) someEvent(this,args); } catch(Exception ex) LogException(ex); } ## Event Handling Best Practices It is considered best practice to declare your events as follows: cs public class MyClass { private EventHandler myEventHandler; public event EventHandler MyEventHandler { get { return myEventHandler; } add { myEventHandler += value; } remove { myEventHandler -= value; } } protected virtual void OnMyEventHandler(EventArgs args) { if (myEventHandler != null) myEventHandler(this,args); } } When writing your own events you should make sure you follow these guidelines: * Always mark your method as `virtual`. * Always check that your delegate is not null before invoking it. * Always wrap delegate invocations in try/catch blocks.<|file_sep|># C# - Introduction ## Agenda 1. What is C#? 1. History and Evolution of C# 1. What Can You Do With C#? 1. What Does C# Look Like? 1. Hello World! ## What is C#? C# is a modern programming language developed by Microsoft in the late nineties. C# is open source and free to use under the [MIT license](https://opensource.org/licenses/MIT). It runs on multiple platforms including Windows and Linux. C# has evolved over time from its first release in February of year **2000**. It now has support for functional programming concepts such as lambdas and LINQ. C# can be used for many different applications including desktop applications, mobile applications and web applications. It can also be used for developing games using [Unity](http://unity3d.com/). ## History and Evolution of C# C# was originally designed by Anders Hejlsberg at Microsoft as part of their .NET initiative. The first version was released in February **2000** as part of Visual Studio .NET **2002**. The language has been continuously evolving since then with new features being added every year: * Version **1** - First version released February **2000**. * Version **2** - Released with Visual Studio .NET **2005** in November **2005**. * Version **3** - Released with Visual Studio .NET **2008** in November **2007**. * Version **4** - Released with Visual Studio **2010** in April **2010**. * Version **5** - Released with Visual Studio **2012** in September **2012**. * Version **6** - Released with Visual Studio **2015** in July **2015**. * Version **7** - Released with Visual Studio **2017** in March **2017**. * Version **7.1+** - Released with Visual Studio "Preview" versions since March **2017**. The latest stable version available at this time is version **7**, which was released with Visual Studio Community Edition **2017**, which was released on March **31st**, **2017**, which coincided with Microsoft's Build conference held in Seattle Washington USA. ## What Can You Do With C#? You can use C# for many different types of applications including desktop applications, mobile applications and web applications. You can also use it for developing games using [Unity](http://unity3d.com/). ### Desktop Applications You can use C# to develop Windows desktop applications using Windows Forms or WPF. [Windows Forms](https://msdn.microsoft.com/en-us/library/ms233677.aspx) is a framework for building graphical user interfaces for Windows desktop applications. [WPF](https://msdn.microsoft.com/en-us/library/ms754130.aspx) stands for Windows Presentation Foundation and it is used for building rich user interfaces using XAML markup language. ### Mobile Applications You can use C# to develop mobile applications using Xamarin Forms or Xamarin.iOS and Xamarin.Android. [Xamarin Forms](https://www.xamarin.com/forms) allows you to build cross-platform mobile apps using XAML and C#. It supports iOS and Android platforms out-of-the-box and you can extend it to support more platforms in future versions. [Xamarin.iOS](https://www.xamarin.com/ios) allows you to build native iOS apps using C#. It supports all iOS devices including iPhone and iPad devices running iOS versions from iOS6 onwards including iOS9 which was released recently