feat: M2b NPC 记忆与行为稳定化 — 环形记忆(≤64: tick/kind/valence) + 行动粘性(最小600tick, urgent<20豁免) + 夜间(22-6)sleep权重x3 + Desktop蓝色NPC与标题行动名 + headless摘要(mem_count/last_valence/行动平均持续/昼夜sleep占比) + 粘性与valence测试

1 files changed, 61 insertions, 0 deletions

diff --git a/src/LivingVillage.Kernel.Tests/DeterminismTests.fs b/src/LivingVillage.Kernel.Tests/DeterminismTests.fs
index aba794e..0e1766e 100644
--- a/src/LivingVillage.Kernel.Tests/DeterminismTests.fs
+++ b/src/LivingVillage.Kernel.Tests/DeterminismTests.fs
@@ -180,3 +180,64 @@ type DeterminismTests () =
             seqB.Add tb.Npcs.[0].Mind.Action
         if Seq.compareWith compare seqA seqB = 0 then
             Assert.Fail("npc action sequence must diverge across seeds")
+
+    [<TestMethod>]
+    member _.NpcActionPersistsAtLeastMinTicks () =
+        let zero = { Input = { MoveX = 0.0f; MoveY = 0.0f } }
+        let mutable w = Sim.initialWorld 42UL
+        let total = 30000
+        let mutable current = w.Npcs.[0].Mind.Action
+        let mutable prevNeeds = w.Npcs.[0].Mind.Needs
+        let mutable age = 0
+        let mutable minStickyAge = System.Int32.MaxValue
+        let mutable switches = 0
+        let mutable urgentSwitches = 0
+        for _ in 1 .. total do
+            w <- Sim.step zero w
+            let npc = w.Npcs.[0]
+            let a = npc.Mind.Action
+            if a <> current then
+                let decayed =
+                    { Hunger = prevNeeds.Hunger - Sim.hungerDecayPerTick
+                      Energy = prevNeeds.Energy - Sim.energyDecayPerTick
+                      Social = prevNeeds.Social - Sim.socialDecayPerTick
+                      Money = prevNeeds.Money - Sim.moneyDecayPerTick }
+                if Sim.needsUrgent decayed then urgentSwitches <- urgentSwitches + 1
+                else minStickyAge <- min minStickyAge age
+                current <- a
+                age <- 0
+                switches <- switches + 1
+            else
+                age <- age + 1
+            prevNeeds <- npc.Mind.Needs
+        Assert.IsTrue(switches > 0, "expected at least one action switch in 30000 ticks")
+        Assert.IsTrue(minStickyAge >= 600, $"non-urgent action must persist >= 600 ticks, got min {minStickyAge}")
+
+    [<TestMethod>]
+    member _.NpcRecordsValenceMemoryOnActionEffect () =
+        let zero = { Input = { MoveX = 0.0f; MoveY = 0.0f } }
+        let mutable w = Sim.initialWorld 42UL
+        let mutable sawEmpty = false
+        let mutable sawEvent = false
+        for _ in 1 .. 6000 do
+            w <- Sim.step zero w
+            let npc = w.Npcs.[0]
+            if npc.Mind.Memory.IsEmpty then sawEmpty <- true
+            if npc.Mind.Memory.Length > Sim.memoryCapacity then
+                Assert.Fail("memory exceeds ring capacity")
+            match List.tryHead npc.Mind.Memory with
+            | Some e ->
+                let expected =
+                    match e.Kind with
+                    | Meal -> 0.5f
+                    | Rest -> 0.4f
+                    | Pay -> 0.2f
+                    | Hungry -> -0.4f
+                if e.Valence <> expected then
+                    Assert.Fail($"valence/kind mismatch: {e.Kind} -> {e.Valence}")
+                if e.Valence < -1.0f || e.Valence > 1.0f then
+                    Assert.Fail($"valence out of [-1,1]: {e.Valence}")
+                if e.Tick >= 1L && e.Tick <= 6000L then sawEvent <- true
+            | None -> ()
+        Assert.IsTrue(sawEmpty, "memory must start empty")
+        Assert.IsTrue(sawEvent, "expected a valence memory event within 6000 ticks")