120 lines
3.1 KiB
C#
120 lines
3.1 KiB
C#
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using System;
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using Godot;
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namespace Rokojori
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{
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[Tool]
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[GlobalClass ]
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public partial class TweenParticlesData:Resource
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{
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[Export]
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public FloatValue amount;
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[Export]
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public FloatValue amountRatio;
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[ExportGroup("Time")]
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[Export]
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public FloatValue lifeTime;
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[Export]
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public FloatValue speedScale;
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[Export]
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public FloatValue explosiveness;
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[Export]
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public FloatValue randomness;
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public virtual TweenParticlesData Clone( bool deepClone )
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{
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var clone = new TweenParticlesData();
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clone.amount = FloatValue.Clone( amount, deepClone );
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clone.amountRatio = FloatValue.Clone( amountRatio, deepClone );
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clone.lifeTime = FloatValue.Clone( lifeTime, deepClone );
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clone.speedScale = FloatValue.Clone( speedScale, deepClone );
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clone.explosiveness = FloatValue.Clone( explosiveness, deepClone );
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clone.randomness = FloatValue.Clone( randomness, deepClone );
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return clone;
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}
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public virtual void CopyFrom( GpuParticles3D particles )
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{
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amount = FloatValue.Create( particles.Amount );
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amountRatio = FloatValue.Create( particles.AmountRatio );
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lifeTime = FloatValue.Create( particles.Lifetime );
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speedScale = FloatValue.Create( particles.SpeedScale );
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explosiveness = FloatValue.Create( particles.Explosiveness );
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randomness = FloatValue.Create( particles.Randomness );
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}
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public virtual void CopyFrom( TweenParticlesData tweenLightData )
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{
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amount = tweenLightData.amount;
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amountRatio = tweenLightData.amountRatio;
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lifeTime = tweenLightData.lifeTime;
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speedScale = tweenLightData.speedScale;
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explosiveness = tweenLightData.explosiveness;
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randomness = tweenLightData.randomness;
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}
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public virtual void CopyTo( GpuParticles3D particles )
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{
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if ( amount != null )
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{
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particles.Amount = Mathf.RoundToInt( amount.value );
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}
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if ( amountRatio != null )
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{
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particles.AmountRatio = amountRatio.value;
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particles.Emitting = amountRatio.value > 0;
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}
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if ( lifeTime != null )
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{
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particles.Lifetime = lifeTime.value;
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}
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if ( speedScale != null )
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{
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particles.SpeedScale = speedScale.value;
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}
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if ( explosiveness != null )
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{
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particles.Explosiveness = explosiveness.value;
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}
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if ( randomness != null )
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{
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particles.Randomness = randomness.value;
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}
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}
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public static void LerpTo( TweenParticlesData a, TweenParticlesData b, float lerpAmount, TweenParticlesData output )
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{
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FloatValue.Lerp( a.amount, b.amount, lerpAmount, output.amount );
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FloatValue.Lerp( a.amountRatio, b.amountRatio, lerpAmount, output.amountRatio );
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FloatValue.Lerp( a.lifeTime, b.lifeTime, lerpAmount, output.lifeTime );
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FloatValue.Lerp( a.speedScale, b.speedScale, lerpAmount, output.speedScale );
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FloatValue.Lerp( a.explosiveness, b.explosiveness, lerpAmount, output.explosiveness );
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FloatValue.Lerp( a.randomness, b.randomness, lerpAmount, output.randomness );
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}
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}
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}
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