Cobilas Godot Utility

Descripition

The package contains utility classes in csharp for godot engine(Godot3.5)

RunTimeInitialization

(namespace: Cobilas.GodotEngine.Utility.Runtime)
The RunTimeInitialization class allows you to automate the Project>Project Settings>AutoLoad option.
To use the RunTimeInitialization class, you must create a class and make it inherit RunTimeInitialization.

using Cobilas.GodotEngine.Utility.Runtime;
//The name of the class is up to you.
public class RunTimeProcess : RunTimeInitialization {}

And remember to add the class that inherits RunTimeInitialization in Project>Project Settings>AutoLoad.
Remembering that the RunTimeInitialization class uses the virtual method _Ready() to perform the initialization of other classes.
And to initialize other classes along with the RunTimeInitialization class, the class must inherit the Godot.Node class or some class that inherits Godot.Node and use the RunTimeInitializationClassAttribute attribute.

using Godot;
using Cobilas.GodotEngine.Utility.Runtime;
[RunTimeInitializationClass]
public class ClassTest : Node {}

RunTimeInitializationClass

/*
bootPriority: Represents the boot order
{ (enum Priority)values
        StartBefore,
        StartLater
}
name:The name of the object
subPriority: And the execution priority order.
*/
[RunTimeInitializationClass(Priority bootPriority, string name, int subPriority)]
[RunTimeInitializationClass(Priority bootPriority)]
[RunTimeInitializationClass(Priority bootPriority, string name)]
[RunTimeInitializationClass(string name, int subPriority)]
[RunTimeInitializationClass(string name)]
[RunTimeInitializationClass()]

CoroutineManager

The CoroutineManager class is responsible for creating and managing coroutines for godot.
How to create a coroutine?

using Godot;
using System.Collections;
using Cobilas.GodotEngine.Utility;

public class ClassTest : Node {
  private Coroutine coroutine;
  public override void _Ready() {
    coroutine = CoroutineManager.StartCoroutine(Corroutine1());
    coroutine = CoroutineManager.StartCoroutine(Corroutine2());
    coroutine = CoroutineManager.StartCoroutine(Corroutine3());
  }

  private IEnumerator Corroutine1() {
    GD.Print("Zé da manga");
    //When the return is null, by default the coroutine is executed as _Process().
    yield return null;
  }

  private IEnumerator Corroutine2() {
    GD.Print("Zé da manga");
    //When the return is RunTimeSecond the coroutine is executed as _Process() with a pre-defined delay.
    yield return new RunTimeSecond(3);
  }

  private IEnumerator Corroutine3() {
    GD.Print("Zé da manga");
    When the return is RunTimeSecond the coroutine is executed as _PhysicProcess() with a pre-defined delay.
    yield return new FixedRunTimeSecond(3);
  }
}

With the IYieldVolatile interface you can switch coroutine execution between _Process(float) and _PhysicsProcess(float).

IYield Classes

• RunTimeSecond is a framework that allows you to delay your coroutine in seconds. This class inherits IYieldUpdate.
• FixedRunTimeSecond is a framework that allows you to delay your coroutine in seconds. This class inherits IYieldFixedUpdate.
• IYieldUpdate is an interface that allows the coroutine to run in the _Process(float) function.
• IYieldFixedUpdate is an interface that allows the coroutine to run in the _PhysicsProcess(float) function.
• IYieldVolatile is an interface that allows the coroutine to run in the Process(float) or _PhysicsProcess(float) function.
• IYieldCoroutine is the base interface for Yield interfaces.

Stop coroutines

Now to stop a coroutine.

public static void StopCoroutine(Coroutine Coroutine);
public static void StopAllCoroutines();

Other classes

InputKeyBoard Physics2D SceneManager GDDirectory

The Cobilas Godot Utility is on nuget.org

To include the package, open the .csproj file and add it.

<ItemGroup>
  <PackageReference Include="Cobilas.Godot.Utility" Version="1.1.2" />
</ItemGroup>

Or use command line.

dotnet add package Cobilas.Godot.Utility --version 1.1.2