* Refactor collectable components to C# and update resource scripts for consistency * Update resource paths and refactor properties for consistency * Refactor UI components to inherit from Control and update node paths for consistency * Update node paths and group assignments for consistency across scenes * Refactor GameManager and PlayerDeathComponent for improved state management and logging; update scene connections for player death handling * Add PhantomCamera components and UI elements for improved scene management; refactor existing components for better integration * Refactor skill components and update resource paths for consistency; enhance skill management in scenes * Add new UID files and update scene configurations for dialogue components; refactor skill management and input handling * Add next level command and refactor player retrieval in GameManager; update scene files for consistency * Add skill upgrade system and refactor skill components for enhanced functionality; update resource paths and configurations * Enhance ChargeProgressBar and Marketplace functionality; add owner exit handling and update skill button states * Refactor ChargeProgressBar and SkillManager; update skill handling and improve component interactions * Refactor player and level configurations; streamline FlipPlayerComponent and reposition Spaceship Enter
129 lines
4.4 KiB
C#
129 lines
4.4 KiB
C#
using Godot;
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#nullable enable
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namespace PhantomCamera;
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public enum InterpolationMode
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{
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Auto,
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Idle,
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Physics
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}
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public static class PhantomCameraHostExtensions
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{
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public static PhantomCameraHost AsPhantomCameraHost(this Node node)
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{
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return new PhantomCameraHost(node);
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}
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}
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public class PhantomCameraHost()
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{
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public Node Node { get; } = null!;
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public PhantomCameraHost(Node node) : this()
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{
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Node = node;
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_callablePCamBecameActive = Callable.From<Node>(pCam => PCamBecameActive?.Invoke(pCam));
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_callablePCamBecameInactive = Callable.From<Node>(pCam => PCamBecameInactive?.Invoke(pCam));
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Node.Connect(SignalName.PCamBecameActive, _callablePCamBecameActive);
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Node.Connect(SignalName.PCamBecameInactive, _callablePCamBecameInactive);
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}
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~PhantomCameraHost()
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{
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Node.Disconnect(SignalName.PCamBecameActive, _callablePCamBecameActive);
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Node.Disconnect(SignalName.PCamBecameInactive, _callablePCamBecameInactive);
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}
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public delegate void PCamBecameActiveEventHandler(Node pCam);
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public delegate void PCamBecameInactiveEventHandler(Node pCam);
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public event PCamBecameActiveEventHandler? PCamBecameActive;
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public event PCamBecameInactiveEventHandler? PCamBecameInactive;
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private readonly Callable _callablePCamBecameActive;
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private readonly Callable _callablePCamBecameInactive;
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// For when Godot becomes the minimum version
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// public InterpolationMode InterpolationMode
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// {
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// get => (InterpolationMode)(int)Node.Call(MethodName.GetInterpolationMode);
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// set => Node.Call(MethodName.SetInterpolationMode, (int)value);
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// }
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public int HostLayers
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{
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get => (int)Node.Call(PhantomCamera.MethodName.GetHostLayers);
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set => Node.Call(PhantomCamera.MethodName.SetHostLayers, value);
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}
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public void SetHostLayersValue(int layer, bool value) => Node.Call(MethodName.SetHostLayersValue, layer, value);
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public Camera2D? Camera2D => (Camera2D?)Node.Get(PropertyName.Camera2D);
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public Camera3D? Camera3D => (Camera3D?)Node.Get(PropertyName.Camera3D);
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public InterpolationMode InterpolationMode
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{
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get => (InterpolationMode)(int)Node.Call(MethodName.GetInterpolationMode);
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set => Node.Call(MethodName.SetInterpolationMode, (int)value);
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}
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public bool TriggerPhantomCameraTween => (bool)Node.Call(MethodName.GetTriggerPhantomCameraTween);
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public ActivePhantomCameraQueryResult? GetActivePhantomCamera()
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{
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var result = Node.Call(MethodName.GetActivePhantomCamera);
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return result.VariantType == Variant.Type.Nil ? null : new ActivePhantomCameraQueryResult(result.AsGodotObject());
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}
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public static class PropertyName
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{
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public const string Camera2D = "camera_2d";
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public const string Camera3D = "camera_3d";
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}
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public static class MethodName
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{
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public const string GetActivePhantomCamera = "get_active_pcam";
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public const string GetTriggerPhantomCameraTween = "get_trigger_pcam_tween";
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public const string GetInterpolationMode = "get_interpolation_mode";
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public const string SetInterpolationMode = "set_interpolation_mode";
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public const string SetHostLayersValue = "set_host_layers_value";
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}
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public static class SignalName
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{
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public const string PCamBecameActive = "pcam_became_active";
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public const string PCamBecameInactive = "pcam_became_inactive";
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}
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}
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public class ActivePhantomCameraQueryResult(GodotObject godotObject)
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{
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public bool Is2D => godotObject.IsClass("Node2D") || ((Node)godotObject).Name.ToString().Contains("PhantomCamera2D")
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|| ((Node)godotObject).Name.ToString().Contains("PCam2D")
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|| ((Node)godotObject).Name.ToString().Contains("2D");
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public bool Is3D => godotObject.IsClass("Node3D") || ((Node)godotObject).Name.ToString().Contains("PhantomCamera3D")
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|| ((Node)godotObject).Name.ToString().Contains("PCam3D")
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|| ((Node)godotObject).Name.ToString().Contains("3D");
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public PhantomCamera2D? AsPhantomCamera2D()
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{
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return Is2D ? new PhantomCamera2D(godotObject) : null;
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}
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public PhantomCamera3D? AsPhantomCamera3D()
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{
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return Is3D ? new PhantomCamera3D(godotObject) : null;
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}
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}
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