diff --git a/1.6/1.6/Assemblies/ArachnaeSwarm.dll b/1.6/1.6/Assemblies/ArachnaeSwarm.dll
index 62d02be..094a72a 100644
Binary files a/1.6/1.6/Assemblies/ArachnaeSwarm.dll and b/1.6/1.6/Assemblies/ArachnaeSwarm.dll differ
diff --git a/1.6/1.6/Languages/ChineseSimplified (简体中文)/Keyed/ARA_QueuedIncubator.xml b/1.6/1.6/Languages/ChineseSimplified (简体中文)/Keyed/ARA_QueuedIncubator.xml
index ad7e7fe..3adb0db 100644
--- a/1.6/1.6/Languages/ChineseSimplified (简体中文)/Keyed/ARA_QueuedIncubator.xml
+++ b/1.6/1.6/Languages/ChineseSimplified (简体中文)/Keyed/ARA_QueuedIncubator.xml
@@ -44,6 +44,7 @@
孵化速度: {0}x
效率
速度
+ 品质
模式: {0}
⚠ 休眠中，品质下降！
剩余时间: {0} 天
diff --git a/Source/ArachnaeSwarm/Buildings/Building_Ootheca/Gizmo_NeutronFlux.cs b/Source/ArachnaeSwarm/Buildings/Building_Ootheca/Gizmo_NeutronFlux.cs
index 04bd1fe..44ef0c6 100644
--- a/Source/ArachnaeSwarm/Buildings/Building_Ootheca/Gizmo_NeutronFlux.cs
+++ b/Source/ArachnaeSwarm/Buildings/Building_Ootheca/Gizmo_NeutronFlux.cs
@@ -160,23 +160,24 @@ namespace ArachnaeSwarm
Text.Font = GameFont.Tiny;
- // 效率
- GUI.color = new Color(0.7f, 0.7f, 0.7f);
- Rect effRect = new Rect(infoX, barRect.y + 22f, infoWidth, 14f);
- Widgets.Label(effRect, "ARA_Status_Efficiency".Translate());
- Rect effValRect = new Rect(infoX, barRect.y + 36f, infoWidth, 14f);
- GUI.color = Color.white;
- Widgets.Label(effValRect, (controller.FluxEfficiency * 100f).ToString("0") + "%");
-
// 速度倍率
GUI.color = new Color(0.7f, 0.7f, 0.7f);
- float speedMultiplier = controller.FluxEfficiency * 5f;
- Rect speedRect = new Rect(infoX, barRect.y + 54f, infoWidth, 14f);
- Widgets.Label(speedRect, "ARA_Status_Speed".Translate());
- Rect speedValRect = new Rect(infoX, barRect.y + 68f, infoWidth, 14f);
+ Rect speedLabelRect = new Rect(infoX, barRect.y + 22f, infoWidth, 14f);
+ Widgets.Label(speedLabelRect, "ARA_Status_Speed".Translate());
+ float speedMultiplier = controller.FluxEfficiency;
+ Rect speedValRect = new Rect(infoX, barRect.y + 36f, infoWidth, 14f);
GUI.color = speedMultiplier >= 1f ? new Color(0.5f, 1f, 0.5f) : new Color(1f, 0.7f, 0.5f);
Widgets.Label(speedValRect, speedMultiplier.ToString("0.0") + "x");
+ // 品质倍率
+ GUI.color = new Color(0.7f, 0.7f, 0.7f);
+ float qualityCoeff = IncubatorUtils.GetQualityCoefficient(controller.NeutronFlux);
+ Rect qualLabelRect = new Rect(infoX, barRect.y + 54f, infoWidth, 14f);
+ Widgets.Label(qualLabelRect, "ARA_Status_Quality".Translate());
+ Rect qualValRect = new Rect(infoX, barRect.y + 68f, infoWidth, 14f);
+ GUI.color = qualityCoeff >= 1f ? new Color(0.5f, 0.7f, 1f) : new Color(1f, 0.7f, 0.5f);
+ Widgets.Label(qualValRect, qualityCoeff.ToString("0.0") + "x");
+
GUI.color = Color.white;
Text.Anchor = TextAnchor.UpperLeft;
Text.Font = GameFont.Small;
diff --git a/Source/ArachnaeSwarm/Buildings/IFluxController.cs b/Source/ArachnaeSwarm/Buildings/IFluxController.cs
index 9823c3f..8780efd 100644
--- a/Source/ArachnaeSwarm/Buildings/IFluxController.cs
+++ b/Source/ArachnaeSwarm/Buildings/IFluxController.cs
@@ -32,12 +32,17 @@ namespace ArachnaeSwarm
public static class IFluxControllerExtensions
{
///
- /// 计算通量效率（非线性曲线）
+ /// 计算通量速度效率（非线性二次曲线）
+ /// 0% = 0.1× (几乎停滞)
+ /// 50% = 1.0× (基准)
+ /// 100% = 3.3× (极速)
///
public static float GetEfficiency(float flux)
{
- // 使用平方根曲线：0% -> 0, 50% -> 0.707, 100% -> 1.0
- return Mathf.Sqrt(Mathf.Clamp01(flux));
+ // 与 IncubatorUtils.GetFluxEfficiency 保持一致
+ float x = Mathf.Clamp01(flux) - 0.5f;
+ float efficiency = 2.8f * x * x + 3.2f * x + 1.0f;
+ return Mathf.Max(0.1f, efficiency);
}
}
diff --git a/Source/ArachnaeSwarm/Buildings/IncubatorUtils.cs b/Source/ArachnaeSwarm/Buildings/IncubatorUtils.cs
index 42fe6a7..b207e4b 100644
--- a/Source/ArachnaeSwarm/Buildings/IncubatorUtils.cs
+++ b/Source/ArachnaeSwarm/Buildings/IncubatorUtils.cs
@@ -72,12 +72,31 @@ namespace ArachnaeSwarm
// ============================================
///
- /// 计算通量效率（0-1之间，通量越高效率越高）
+ /// 计算通量速度效率（非线性曲线）
+ /// 0% = 0.1× (几乎停滞)
+ /// 50% = 1.0× (基准)
+ /// 100% = 3.3× (极速)
+ /// 公式: 2.8*(flux-0.5)^2 + 3.2*(flux-0.5) + 1.0
///
public static float GetFluxEfficiency(float neutronFlux)
{
- // 与 IFluxControllerExtensions.GetEfficiency 保持一致
- return Mathf.Pow(neutronFlux, 0.7f);
+ // 非线性二次曲线：低通量惩罚激进，高通量加成显著
+ float x = neutronFlux - 0.5f;
+ float efficiency = 2.8f * x * x + 3.2f * x + 1.0f;
+ return Mathf.Max(0.1f, efficiency);
+ }
+
+ ///
+ /// 计算通量品质系数（线性曲线）
+ /// 0% = 2.0× (精雕细琢)
+ /// 50% = 1.0× (基准)
+ /// 100% = 0.1× (粗制滥造)
+ ///
+ public static float GetQualityCoefficient(float neutronFlux)
+ {
+ // 线性下降：高通量严重牺牲品质
+ float coeff = 2.0f * (1f - neutronFlux);
+ return Mathf.Max(0.1f, coeff);
}
///
@@ -132,18 +151,17 @@ namespace ArachnaeSwarm
}
// ============================================
- // 品质系统（新公式：50%通量时与进度同步）
+ // 品质系统（平衡点设计：50%通量时综合效用最大）
// ============================================
///
- /// 计算单tick的品质增量（新公式）
- /// 核心：50%通量时品质增长 = 进度增长（1:1同步）
- /// 公式：qualityGain = progressGain × 2 × (1 - neutronFlux)
+ /// 计算单tick的品质增量
+ /// 使用品质系数：0%=2.0, 50%=1.0, 100%=0.1
+ /// 公式：qualityGain = progressGain × qualityCoeff
///
public static float CalculateQualityGainNew(float progressGain, float neutronFlux)
{
- // qualityCoeff: 0%通量=2.0, 25%通量=1.5, 50%通量=1.0, 75%通量=0.5, 100%通量=0
- float qualityCoeff = 2f * (1f - neutronFlux);
+ float qualityCoeff = GetQualityCoefficient(neutronFlux);
return progressGain * qualityCoeff;
}