Jakob Feldmann
64162cb4a1
This can be seen as the initial state of the project after the released demo.
The changes include:
- New ship models
- Singleton manager structure to keep project scaleable in the future
- Managing players, their settings, character choices, statistics, match setups, controls etc. in a separate decoupled scene
- Main menu with transitions to the arena scene
- Beginnings of a custom audio solution
- Logging with Log4Net
It is really a complete overhaul of the projects structure and management.
35 lines
1.5 KiB
C#
35 lines
1.5 KiB
C#
#if PRIME_TWEEN_INSTALLED
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using PrimeTween;
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using UnityEngine;
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namespace PrimeTweenDemo {
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public class DirectionalLightController : MonoBehaviour {
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[SerializeField] Light directionalLight;
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[SerializeField] Camera mainCamera;
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[SerializeField] Color startColor;
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[SerializeField] Color endColor;
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float angleX;
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float angleY;
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void OnEnable() {
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// This overload is simpler, but allocates small amount of garbage because 'this' reference is captured in a closure.
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// It ok to use it once in a while but for hot code paths consider using the overload that accepts 'target' as first parameter.
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var xRotationSettings = new TweenSettings<float>(45, 10, 10, Ease.Linear, -1, CycleMode.Yoyo);
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Tween.Custom(xRotationSettings, newX => angleX = newX);
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// This overload is more verbose, but doesn't allocate garbage.
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var yRotationSettings = new TweenSettings<float>(45, 405, 20, Ease.Linear, -1);
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Tween.Custom(this, yRotationSettings, (target, newY) => target.angleY = newY);
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var colorSettings = new TweenSettings<Color>(startColor, endColor, 10, Ease.InCirc, -1, CycleMode.Rewind);
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Tween.LightColor(directionalLight, colorSettings);
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Tween.CameraBackgroundColor(mainCamera, colorSettings);
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Tween.Custom(colorSettings, color => RenderSettings.fogColor = color);
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}
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void Update() {
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transform.localEulerAngles = new Vector3(angleX, angleY);
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}
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}
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}
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#endif |