more scalafmt (#4444)

* more scalafmt

* more scalafmt improvements

.scalafmt.conf

@@ -1,12 +1,41 @@
 version = "3.9.9"
 runner.dialect = scala3
 rewrite.scala3.convertToNewSyntax = true
+# Keep braces, don't use significant indentation
 # rewrite.scala3.removeOptionalBraces = yes
 rewrite.scala3.insertEndMarkerMinLines = 15
 rewrite.scala3.removeEndMarkerMaxLines = 14
 
+# Strip margin settings
+assumeStandardLibraryStripMargin = false
+align.stripMargin = true
+
+# Code Style & Formatting
+align.preset = more
+align.multiline = true
+align.arrowEnumeratorGenerator = true
+spaces.inImportCurlyBraces = false
+spaces.beforeContextBoundColon = Never
+maxColumn = 120
+docstrings.style = Asterisk
+docstrings.wrap = yes
+
+# Method chaining
+newlines.beforeCurlyLambdaParams = multilineWithCaseOnly
+optIn.breakChainOnFirstMethodDot = true
+includeCurlyBraceInSelectChains = false
+
+# Advanced Scala 3 Features
+rewrite.scala3.countEndMarkerLines = all
+rewrite.redundantBraces.stringInterpolation = true
+rewrite.redundantBraces.parensForOneLineApply = true
+
+# Project-Specific Considerations
+optIn.annotationNewlines = true
+runner.optimizer.forceConfigStyleMinArgCount = 3
+
 # Import sorting configuration
-rewrite.rules = [SortImports]
+rewrite.rules = [SortImports, RedundantBraces, RedundantParens]
 rewrite.imports.sort = scalastyle
 rewrite.imports.groups = [
   ["java\\..*"],

src/main/scala/net/eagle0/common/FunctionalRandom.scala

@@ -7,7 +7,7 @@ case class RandomState[+T](
     newValue: T,
     nextRandom: FunctionalRandom
 ) {
-  def map[U](f: T => U): RandomState[U] = RandomState(f(newValue), nextRandom)
+  def map[U](f: T => U): RandomState[U]                                       = RandomState(f(newValue), nextRandom)
   def continue[U](f: (T, FunctionalRandom) => RandomState[U]): RandomState[U] =
     f(newValue, nextRandom)
 
@@ -62,10 +62,9 @@ abstract class FunctionalRandom {
       else ni.nextRandom.nextInt(atLeast = atLeast, lessThan = lessThan)
     } else {
       val diff = lessThan - atLeast
-      val max = (Int.MaxValue / diff) * diff
-      val np = nextPositiveInt
-      if np.newValue > max then
-        np.nextRandom.nextInt(atLeast = atLeast, lessThan = lessThan)
+      val max  = (Int.MaxValue / diff) * diff
+      val np   = nextPositiveInt
+      if np.newValue > max then np.nextRandom.nextInt(atLeast = atLeast, lessThan = lessThan)
       else RandomState(np.newValue % diff + atLeast, np.nextRandom)
     }
   }
@@ -106,7 +105,7 @@ abstract class FunctionalRandom {
     nextItems[Double](count, _.nextDouble)
 
   def nextPositiveInt: RandomState[Int] = {
-    val ni = nextInt
+    val ni          = nextInt
     val nonNegative =
       if ni.newValue < 0 then -(ni.newValue + 1)
       else ni.newValue
@@ -127,12 +126,11 @@ abstract class FunctionalRandom {
         shuffledHead: Vector[T],
         unshuffledTail: Vector[T],
         fr: FunctionalRandom
-    ): RandomState[Vector[T]] = {
+    ): RandomState[Vector[T]] =
       if unshuffledTail.isEmpty then RandomState(shuffledHead, fr)
-      else if unshuffledTail.length == 1 then
-        RandomState(shuffledHead ++ unshuffledTail, fr)
+      else if unshuffledTail.length == 1 then RandomState(shuffledHead ++ unshuffledTail, fr)
       else {
-        val ni = fr.nextInt(0, unshuffledTail.length)
+        val ni    = fr.nextInt(0, unshuffledTail.length)
         val index = ni.newValue
 
         if index == 0 then {
@@ -143,20 +141,19 @@ abstract class FunctionalRandom {
           )
         } else {
           val nextHead = shuffledHead :+ unshuffledTail(index)
-          val newTail = unshuffledTail.splitAt(index) match {
+          val newTail  = unshuffledTail.splitAt(index) match {
             case (l, r) =>
               (l.drop(1) :+ unshuffledTail.head) ++ r.drop(1)
           }
           go(nextHead, newTail, ni.nextRandom)
         }
       }
-    }
 
     go(Vector(), seq, this)
   }
 
   def nextRandomSubset[T](size: Int, seq: Vector[T]): RandomState[Vector[T]] =
-    nextShuffled(seq).map { _.take(size) }
+    nextShuffled(seq).map(_.take(size))
 
   private def nextFlatMapImpl[T, U, S[X] <: Seq[X], FACT <: SeqFactory[S]](
       seq: S[T]
@@ -164,8 +161,9 @@ abstract class FunctionalRandom {
       f: (T, FunctionalRandom) => RandomState[S[U]]
   )(using xFactory: FACT): RandomState[S[U]] = {
     @nowarn def foldGen(rsU: RandomState[S[U]], t: T): RandomState[S[U]] =
-      rsU.continue { case (us: S[U], fr: FunctionalRandom) =>
-        f(t, fr).map(x => (us ++ x).asInstanceOf[S[U]])
+      rsU.continue {
+        case (us: S[U], fr: FunctionalRandom) =>
+          f(t, fr).map(x => (us ++ x).asInstanceOf[S[U]])
       }
     FunctionalRandom.nextFoldLeft(
       seq,
@@ -189,8 +187,9 @@ abstract class FunctionalRandom {
         rsU: RandomState[S[U]],
         t: T
     ): RandomState[S[U]] =
-      rsU.continue { case (us: S[U], fr: FunctionalRandom) =>
-        f(t, fr).map(x => (us :+ x).asInstanceOf[S[U]])
+      rsU.continue {
+        case (us: S[U], fr: FunctionalRandom) =>
+          f(t, fr).map(x => (us :+ x).asInstanceOf[S[U]])
       }
 
     FunctionalRandom.nextFoldLeft(seq, RandomState(xFactory.empty[U], this))(
@@ -213,11 +212,10 @@ abstract class FunctionalRandom {
     ): RandomState[Vector[U]] = remVec match {
       case head +: tail =>
         val newAccRS =
-          if pf.isDefinedAt(head) then
-            pf(head)(accRS.nextRandom).map(accRS.newValue :+ _)
+          if pf.isDefinedAt(head) then pf(head)(accRS.nextRandom).map(accRS.newValue :+ _)
           else accRS
         go(tail, newAccRS)
-      case _ => accRS
+      case _            => accRS
     }
 
     go(vec, RandomState(Vector(), this))
@@ -232,7 +230,7 @@ abstract class FunctionalRandom {
       case head +: tail =>
         if pf.isDefinedAt(head) then pf(head)(this).map(Option(_))
         else go(tail)
-      case _ => ??? // above cases should cover
+      case _            => ??? // above cases should cover
     }
 
     go(seq)
@@ -249,11 +247,10 @@ abstract class FunctionalRandom {
       case items if items.isEmpty => accRS
       case head +: tail           =>
         val newAccRS =
-          if pf.isDefinedAt(head) then
-            pf(head)(accRS.nextRandom).map(accRS.newValue ++ _)
+          if pf.isDefinedAt(head) then pf(head)(accRS.nextRandom).map(accRS.newValue ++ _)
           else accRS
         go(tail, newAccRS)
-      case _ => ??? // above cases should cover
+      case _                      => ??? // above cases should cover
     }
 
     go(vec, RandomState(Vector(), this))
@@ -281,13 +278,13 @@ abstract class FunctionalRandom {
 
 case class SeededRandom(override val seed: Long) extends FunctionalRandom {
   private val magicMultiplier = 0x5deece66dL
-  private val magicAdder = 0xbL
-  private val mask = 0xffffffffffffffffL
+  private val magicAdder      = 0xbL
+  private val mask            = 0xffffffffffffffffL
 
   override def nextInt: RandomState[Int] = {
     // borrowed from Functional Programming in Scala
-    val newSeed = (seed * magicMultiplier + magicAdder) & mask
-    val next = SeededRandom(newSeed)
+    val newSeed  = (seed * magicMultiplier + magicAdder) & mask
+    val next     = SeededRandom(newSeed)
     val newValue = (newSeed >>> 16).toInt
     RandomState(newValue, next)
   }

src/main/scala/net/eagle0/common/GrpcRetrier.scala

@@ -12,35 +12,31 @@ final case class GrpcRetrier[Stub <: AbstractStub[Stub]](grpcClient: Stub) {
     ExecutionContext.fromExecutor(Executors.newFixedThreadPool(4))
 
   private val firstDelayMillis = TimeUnit.SECONDS.toMillis(1)
-  private val maxDelayMillis = TimeUnit.SECONDS.toMillis(10)
-  private val timeoutSeconds = 1200
+  private val maxDelayMillis   = TimeUnit.SECONDS.toMillis(10)
+  private val timeoutSeconds   = 1200
 
   private def go[Response](
       clientOp: Stub => Future[Response],
       delayMillis: Long
-  ): Future[Response] = {
-    clientOp(grpcClient.withDeadlineAfter(timeoutSeconds, TimeUnit.SECONDS))
-      .recoverWith {
-        case sre: StatusRuntimeException
-            if sre.getStatus.getCode == Status.Code.UNAVAILABLE =>
-          println(
-            s"Unavailable, retrying in ${TimeUnit.MILLISECONDS.toSeconds(delayMillis)}s..."
-          )
-          Thread.sleep(delayMillis)
-          go(
-            clientOp = clientOp,
-            delayMillis = Math.min(delayMillis * 2, maxDelayMillis)
-          )
-        case sre: StatusRuntimeException
-            if sre.getStatus.getCode == Status.Code.CANCELLED =>
-          println("Cancelled, reconnecting...")
-          go(
-            clientOp = clientOp,
-            delayMillis = firstDelayMillis
-          )
-        case fr: Throwable => throw fr
-      }
-  }
+  ): Future[Response] =
+    clientOp(grpcClient.withDeadlineAfter(timeoutSeconds, TimeUnit.SECONDS)).recoverWith {
+      case sre: StatusRuntimeException if sre.getStatus.getCode == Status.Code.UNAVAILABLE =>
+        println(
+          s"Unavailable, retrying in ${TimeUnit.MILLISECONDS.toSeconds(delayMillis)}s..."
+        )
+        Thread.sleep(delayMillis)
+        go(
+          clientOp = clientOp,
+          delayMillis = Math.min(delayMillis * 2, maxDelayMillis)
+        )
+      case sre: StatusRuntimeException if sre.getStatus.getCode == Status.Code.CANCELLED   =>
+        println("Cancelled, reconnecting...")
+        go(
+          clientOp = clientOp,
+          delayMillis = firstDelayMillis
+        )
+      case fr: Throwable                                                                   => throw fr
+    }
 
   def withRetries[Response](
       clientOp: Stub => Future[Response]

src/main/scala/net/eagle0/common/JsonUtils.scala

@@ -11,7 +11,7 @@ import org.json4s.DefaultFormats
 
 object JsonUtils {
   implicit val jsonFormats: DefaultFormats.type = DefaultFormats
-  private val json = new Json(jsonFormats)
+  private val json                              = new Json(jsonFormats)
 
   // This will just crash if the source url is not available, or if the
   // json is not a String:Vector[String] map

src/main/scala/net/eagle0/common/Metrics.scala

@@ -3,9 +3,9 @@ package net.eagle0.common
 import scala.collection.mutable
 
 case class Metrics[T](logFrequency: Int) {
-  private var counters = mutable.Map[T, Int]()
+  private var counters   = mutable.Map[T, Int]()
   private var totalCount = 0
-  private var lastLog = 0
+  private var lastLog    = 0
 
   def increment(counter: T): Unit =
     this.synchronized {
@@ -19,15 +19,15 @@ case class Metrics[T](logFrequency: Int) {
   }
 
   def logCounters: Unit = this.synchronized {
-    counters.toVector.sortBy(-_._2).foreach { case (t, count) =>
-      println(s"$count $t")
+    counters.toVector.sortBy(-_._2).foreach {
+      case (t, count) =>
+        println(s"$count $t")
     }
   }
 
-  def maybeLogCounters: Unit = {
+  def maybeLogCounters: Unit =
     if totalCount - lastLog > logFrequency then {
       logCounters
       lastLog = totalCount
     }
-  }
 }

src/main/scala/net/eagle0/common/MoreSeq.scala

@@ -17,11 +17,13 @@ object MoreSeq {
 
   def irregularTranspose[A](coll: Iterable[Seq[A]]): Vector[Vector[A]] = {
     val maxLength = coll.map(_.length).max
-    coll.foldLeft(Vector.fill(maxLength)(Vector[A]())) { case (acc, nextLine) =>
-      acc.zipWithIndex.map { case (vec, idx) =>
-        if idx < nextLine.length then vec :+ nextLine(idx)
-        else vec
-      }
+    coll.foldLeft(Vector.fill(maxLength)(Vector[A]())) {
+      case (acc, nextLine) =>
+        acc.zipWithIndex.map {
+          case (vec, idx) =>
+            if idx < nextLine.length then vec :+ nextLine(idx)
+            else vec
+        }
     }
   }
 }

src/main/scala/net/eagle0/common/SimpleTimedLogger.scala

@@ -35,7 +35,7 @@ object SimpleTimedLogger {
   private def format(string: String): String =
     s"${formatter.format(Instant.now())}  $string"
 
-  private def formatLine(string: String): String = s"${format(string)}\n"
+  private def formatLine(string: String): String   = s"${format(string)}\n"
   private def formatNoLine(string: String): String = s"${format(string)}  "
 
   private class PrintLogger extends SimpleTimedLoggerT {
@@ -44,15 +44,14 @@ object SimpleTimedLogger {
     override def logLine(str: String): Unit = print(formatLine(str))
   }
 
-  private class SimpleTimedLogger(osConstructor: () => OutputStream)
-      extends SimpleTimedLoggerT {
+  private class SimpleTimedLogger(osConstructor: () => OutputStream) extends SimpleTimedLoggerT {
     def log(str: String): Unit = write(formatNoLine(str))
 
     def logLine(str: String): Unit = write(formatLine(str))
 
     private def write(str: String): Unit =
-      Using(new OutputStreamWriter(osConstructor(), StandardCharsets.UTF_8)) {
-        fw => fw.write(str)
+      Using(new OutputStreamWriter(osConstructor(), StandardCharsets.UTF_8)) { fw =>
+        fw.write(str)
       } match {
         case Success(_)         => ()
         case Failure(exception) =>
@@ -69,7 +68,7 @@ trait SimpleTimedLoggerT {
   def logLine(str: String): Unit
 
   def withStopwatch[T](str: String)(f: => T): T = {
-    val start = System.currentTimeMillis()
+    val start  = System.currentTimeMillis()
     val result = f
     logLine(s"Finished $str in ${System.currentTimeMillis() - start} ms")
     result

src/main/scala/net/eagle0/common/TsvUtils.scala

@@ -34,11 +34,11 @@ object TsvUtils {
     }
 
   def loadLines(url: URL): Try[Vector[Vector[String]]] =
-    Using(Source.fromURL(url, "UTF-8")) { loadLines }
+    Using(Source.fromURL(url, "UTF-8"))(loadLines)
 
   // Loads a tsv and returns a Vector of arrays of strings.
   def loadLines(path: String): Try[Vector[Vector[String]]] =
-    Using(Source.fromFile(path, "UTF-8")) { loadLines }
+    Using(Source.fromFile(path, "UTF-8"))(loadLines)
 
   def loadMaps(url: URL): Try[Vector[ListMap[String, String]]] =
     loadLines(url).map(linesToMaps)
@@ -80,7 +80,7 @@ object TsvUtils {
   private def mapsToLines(
       maps: Vector[Map[String, String]]
   ): Vector[Vector[String]] = {
-    val headers = maps.head.keys.toVector
+    val headers    = maps.head.keys.toVector
     val otherLines = maps.map(oneMap => headers.map(oneMap))
 
     headers +: otherLines
@@ -88,12 +88,11 @@ object TsvUtils {
 
   private def saveLines(lines: Vector[Vector[String]], url: URL): Unit = {
     val file = new File(url.getPath)
-    val pw = new PrintWriter(file)
+    val pw   = new PrintWriter(file)
 
-    try {
+    try
       lines.foreach(line => pw.write(line.mkString("\t") + "\n"))
-    } finally {
+    finally
       pw.close()
-    }
   }
 }

src/main/scala/net/eagle0/common/ZipUtils.scala

@@ -9,7 +9,7 @@ object ZipUtils {
     val os = new ByteArrayOutputStream()
 
     val buf = new Array[Byte](1024)
-    var n = gz.read(buf)
+    var n   = gz.read(buf)
     while n > 0 do {
       os.write(buf, 0, n)
       n = gz.read(buf)

src/main/scala/net/eagle0/common/llm_integration/ApiKeys.scala

@@ -8,10 +8,10 @@ object ApiKeys {
     "src/main/scala/net/eagle0/common/llm_integration/api_keys.txt"
 
   // These must have valid values set in api_keys.txt
-  private val openAIKeyName = "openai_api_key"
+  private val openAIKeyName    = "openai_api_key"
   private val anthropicKeyName = "anthropic_api_key"
 
-  private def readDictionary(): Map[String, String] = {
+  private def readDictionary(): Map[String, String] =
     Using(scala.io.Source.fromFile(apiKeyFilePath)) { source =>
       val lines = source.getLines().filterNot(_.startsWith("#")).toList
       lines.map { line =>
@@ -27,21 +27,19 @@ object ApiKeys {
         "Failed to read api_keys.txt. Make sure you have copied api_keys_template.txt to api_keys.txt and set the keys."
       )
     }
-  }
 
   private val dictionary = readDictionary()
 
-  private def getKey(key: String): String = {
+  private def getKey(key: String): String =
     dictionary.get(key) match {
-      case None =>
+      case None                                     =>
         throw new ApiKeyException(s"$key not found")
       case Some(value) if value.startsWith("your_") =>
         throw new ApiKeyException(
           s"API key for $key is not set. Please set it in $apiKeyFilePath."
         )
-      case Some(value) => value
+      case Some(value)                              => value
     }
-  }
 
   lazy val openAI: String = getKey(openAIKeyName)
 

src/main/scala/net/eagle0/common/llm_integration/ClaudeServiceImpl.scala

@@ -7,10 +7,7 @@ import java.time.{Duration, ZonedDateTime}
 import java.time.format.DateTimeFormatter
 import java.util.function.Consumer
 
-import net.eagle0.common.llm_integration.ClaudeServiceImpl.{
-  dictionaryFor,
-  messageVector
-}
+import net.eagle0.common.llm_integration.ClaudeServiceImpl.{dictionaryFor, messageVector}
 import org.json4s.{DefaultFormats, JString}
 import org.json4s.jvalue2extractable
 import org.json4s.jvalue2monadic
@@ -18,22 +15,22 @@ import org.json4s.native.{Json, Serialization}
 
 object ClaudeServiceImpl {
   val model: String = "claude-sonnet-4-20250514"
-  val maxTokens = 2048
+  val maxTokens     = 2048
 
-  private val apiKey = ApiKeys.anthropic
+  private val apiKey  = ApiKeys.anthropic
   private val baseURL = new URL("https://api.anthropic.com/v1/messages")
   private def dictionaryFor(
       modelName: String
-  ): Map[String, Any] = Map(
-    "model" -> modelName,
+  ): Map[String, Any]      = Map(
+    "model"      -> modelName,
     "max_tokens" -> maxTokens,
-    "stream" -> true
+    "stream"     -> true
   )
 
   private def messageVector(inputText: String): Vector[Map[String, String]] =
     Vector(
       Map(
-        "role" -> "user",
+        "role"    -> "user",
         "content" -> inputText
       )
     )
@@ -83,14 +80,14 @@ class ClaudeServiceImpl(
   private class ClaudeStringConsumer(
       streamingConsumer: Consumer[StreamingTextResults]
   ) extends Consumer[String] {
-    private val json = new Json(DefaultFormats)
+    private val json     = new Json(DefaultFormats)
     private var streamId = ""
 
     override def accept(t: String): Unit = {
       val parsedJson = json.parse(t)
 
       parsedJson \ "type" match {
-        case JString("message_start") =>
+        case JString("message_start")       =>
           streamId = (parsedJson \ "message" \ "id").extract[String]
         case JString("content_block_delta") =>
           (parsedJson \ "delta" \ "text") match {
@@ -102,7 +99,7 @@ class ClaudeServiceImpl(
                   completed = false
                 )
               )
-            case _ => ???
+            case _                      => ???
           }
         case JString("content_block_start") => ()
         case JString("content_block_stop")  => ()
@@ -116,12 +113,12 @@ class ClaudeServiceImpl(
               completed = true
             )
           )
-        case JString("error") =>
+        case JString("error")               =>
           val errorDetails = parsedJson \ "error"
-          val errorType = (errorDetails \ "type").extract[String]
+          val errorType    = (errorDetails \ "type").extract[String]
           val errorMessage = (errorDetails \ "message").extract[String]
           println(s"Got an \"($errorType)\" error from Claude: $errorMessage")
-        case _ => ???
+        case _                              => ???
       }
     }
   }
@@ -136,26 +133,24 @@ class ClaudeServiceImpl(
       headers: Map[String, Vector[String]]
   ): Option[RateLimits] =
     for {
-      requestLimit <- headers.get("anthropic-ratelimit-requests-limit")
-      tokenLimit <- headers.get("anthropic-ratelimit-tokens-limit")
+      requestLimit      <- headers.get("anthropic-ratelimit-requests-limit")
+      tokenLimit        <- headers.get("anthropic-ratelimit-tokens-limit")
       requestsRemaining <- headers.get("anthropic-ratelimit-requests-remaining")
-      tokensRemaining <- headers.get("anthropic-ratelimit-tokens-remaining")
-      requestResetTime <- headers.get("anthropic-ratelimit-requests-reset")
-      tokenResetTime <- headers.get("anthropic-ratelimit-tokens-reset")
-    } yield {
-      RateLimits(
-        requestLimit = requestLimit.head.toInt,
-        tokenLimit = tokenLimit.head.toInt,
-        requestsRemaining = requestsRemaining.head.toInt,
-        tokensRemaining = tokensRemaining.head.toInt,
-        requestResetTime = ZonedDateTime.parse(
-          requestResetTime.head,
-          rfc3339formatter
-        ),
-        tokenResetTime = ZonedDateTime.parse(
-          tokenResetTime.head,
-          rfc3339formatter
-        )
+      tokensRemaining   <- headers.get("anthropic-ratelimit-tokens-remaining")
+      requestResetTime  <- headers.get("anthropic-ratelimit-requests-reset")
+      tokenResetTime    <- headers.get("anthropic-ratelimit-tokens-reset")
+    } yield RateLimits(
+      requestLimit = requestLimit.head.toInt,
+      tokenLimit = tokenLimit.head.toInt,
+      requestsRemaining = requestsRemaining.head.toInt,
+      tokensRemaining = tokensRemaining.head.toInt,
+      requestResetTime = ZonedDateTime.parse(
+        requestResetTime.head,
+        rfc3339formatter
+      ),
+      tokenResetTime = ZonedDateTime.parse(
+        tokenResetTime.head,
+        rfc3339formatter
       )
-    }
+    )
 }

src/main/scala/net/eagle0/common/llm_integration/ExternalTextGenerationCaller.scala

@@ -1,11 +1,6 @@
 package net.eagle0.common.llm_integration
 
-import java.net.http.{
-  HttpClient,
-  HttpRequest,
-  HttpResponse,
-  HttpTimeoutException
-}
+import java.net.http.{HttpClient, HttpRequest, HttpResponse, HttpTimeoutException}
 import java.net.http.HttpClient.{Redirect, Version}
 import java.net.http.HttpResponse.ResponseInfo
 import java.net.HttpURLConnection
@@ -49,10 +44,10 @@ final class ExternalTextGenerationCaller(
   private var inProgressCount = 0
 
   def maxConcurrentStreams: Int = serviceImpl.maxConcurrentStreams
-  def getInProgressCount: Int = inProgressCount
+  def getInProgressCount: Int   = inProgressCount
 
   private var currentRateLimits: Option[RateLimits] = None
-  private var currentRateLimitTime: ZonedDateTime = ZonedDateTime.now()
+  private var currentRateLimitTime: ZonedDateTime   = ZonedDateTime.now()
 
   def millisUntilReset: Long =
     ChronoUnit.MILLIS.between(
@@ -76,9 +71,8 @@ final class ExternalTextGenerationCaller(
       inputText: String,
       partialCompletion: Option[String],
       streamingConsumer: Consumer[StreamingTextResults],
-      backoffSeconds: Double =
-        ExternalTextGenerationCaller.initialBackoffSeconds
-  ): Future[HttpResponse[Unit]] = {
+      backoffSeconds: Double = ExternalTextGenerationCaller.initialBackoffSeconds
+  ): Future[HttpResponse[Unit]] =
     streamCompletion(
       inputText = inputText,
       request = serviceImpl.makeRequest(
@@ -88,7 +82,6 @@ final class ExternalTextGenerationCaller(
       backoffSeconds = backoffSeconds,
       streamingConsumer = streamingConsumer
     )
-  }
 
   private def streamCompletion(
       inputText: String,
@@ -102,20 +95,18 @@ final class ExternalTextGenerationCaller(
       println(s"Trying again after $backoffSeconds seconds...")
 
       val promise = Promise[HttpResponse[Unit]]()
-      val t = new Timer()
+      val t       = new Timer()
       t.schedule(
         new TimerTask {
-          override def run(): Unit = {
+          override def run(): Unit =
             promise.completeWith(
               streamCompletion(
                 inputText = inputText,
                 request = request,
-                backoffSeconds =
-                  ExternalTextGenerationCaller.nextBackoff(backoffSeconds),
+                backoffSeconds = ExternalTextGenerationCaller.nextBackoff(backoffSeconds),
                 streamingConsumer = streamingConsumer
               )
             )
-          }
         },
         (backoffSeconds * 1000).toLong
       )
@@ -126,19 +117,19 @@ final class ExternalTextGenerationCaller(
     httpClient
       .sendAsync(
         request,
-        (respInfo: ResponseInfo) => {
+        (respInfo: ResponseInfo) =>
           if respInfo.statusCode() == HttpURLConnection.HTTP_OK then
             new SseSubscriber(serviceImpl.stringConsumer(streamingConsumer))
           else
             throw new RuntimeException(
               s"Unexpected response code: ${respInfo.statusCode()}"
             )
-        }
       )
       .asScala
-      .andThen { case x =>
-        inProgressCount -= 1
-        x
+      .andThen {
+        case x =>
+          inProgressCount -= 1
+          x
       }
       .transform {
         case Success(httpResponse) =>
@@ -196,7 +187,7 @@ final class ExternalTextGenerationCaller(
         case e: CompletionException =>
           println(s"CompletionException error $e")
           tryAgain()
-        case e: Throwable =>
+        case e: Throwable           =>
           println(s"error $e")
           tryAgain()
       }

src/main/scala/net/eagle0/common/llm_integration/ExternalTextGenerationCallerApp.scala

@@ -66,13 +66,11 @@ object ExternalTextGenerationCallerApp {
           |Alakanda's faction controls Atfordia.
           |Roger the Shrubber's faction controls Chapellia.""".stripMargin
 
-      val startTime = System.currentTimeMillis()
-      val completion = caller.streamCompletion(
+      val startTime   = System.currentTimeMillis()
+      val completion  = caller.streamCompletion(
         inputText = inputText,
         partialCompletion = None,
-        streamingConsumer = results => {
-          print(results.value)
-        }
+        streamingConsumer = results => print(results.value)
       )
       Await.result(completion, Duration(500, SECONDS))
       println("")

src/main/scala/net/eagle0/common/llm_integration/OpenAIChatCompletionsServiceImpl.scala

@@ -6,10 +6,7 @@ import java.net.http.HttpRequest.BodyPublishers
 import java.time.{Duration, ZonedDateTime}
 import java.util.function.Consumer
 
-import net.eagle0.common.llm_integration.OpenAIChatCompletionsServiceImpl.{
-  dictionaryFor,
-  messageVector
-}
+import net.eagle0.common.llm_integration.OpenAIChatCompletionsServiceImpl.{dictionaryFor, messageVector}
 import org.json4s.{DefaultFormats, JArray, JObject, JString}
 import org.json4s.jvalue2extractable
 import org.json4s.jvalue2monadic
@@ -18,16 +15,16 @@ import org.json4s.native.{Json, Serialization}
 object OpenAIChatCompletionsServiceImpl {
   val gpt5: String = "gpt-5"
 
-  private val apiKey = ApiKeys.openAI
-  private val baseURL = new URL("https://api.openai.com/v1/chat/completions")
+  private val apiKey              = ApiKeys.openAI
+  private val baseURL             = new URL("https://api.openai.com/v1/chat/completions")
   private val temperature: Double = 1.0
 
   private def dictionaryFor(
       modelName: String
-  ): Map[String, Any] = Map(
-    "model" -> modelName,
-    "temperature" -> temperature,
-    "stream" -> true,
+  ): Map[String, Any]            = Map(
+    "model"            -> modelName,
+    "temperature"      -> temperature,
+    "stream"           -> true,
     "reasoning_effort" -> "minimal"
   )
 
@@ -37,12 +34,12 @@ object OpenAIChatCompletionsServiceImpl {
   ): Vector[Map[String, String]] =
     Vector(
       Map(
-        "role" -> "user",
+        "role"    -> "user",
         "content" -> inputText
       )
     ) ++ partialCompletion.map(pc =>
       Map(
-        "role" -> "assistant",
+        "role"    -> "assistant",
         "content" -> pc
       )
     )
@@ -99,18 +96,18 @@ class OpenAIChatCompletionsServiceImpl(
   override def stringConsumer(
       streamingConsumer: Consumer[StreamingTextResults]
   ): Consumer[String] = (t: String) => {
-    val json = new Json(DefaultFormats)
+    val json       = new Json(DefaultFormats)
     val parsedJson =
-      try {
+      try
         json.parse(t)
-      } catch {
+      catch {
         case pe: org.json4s.ParserUtil.ParseException =>
           println(s"Failed to parse JSON: $t")
           throw pe
       }
 
     val streamId = (parsedJson \ "id").extract[String]
-    val choice = (parsedJson \ "choices")
+    val choice   = (parsedJson \ "choices")
       .asInstanceOf[JArray]
       .arr
       .head
@@ -126,7 +123,7 @@ class OpenAIChatCompletionsServiceImpl(
       case JString(str)              =>
         println(s"Unexpected finish reason $str")
         true
-      case _ => false
+      case _                         => false
     }
 
     (choice \ "delta" \ "content") match {
@@ -138,7 +135,7 @@ class OpenAIChatCompletionsServiceImpl(
             completed = completed
           )
         )
-      case _ =>
+      case _                      =>
         if completed then
           streamingConsumer.accept(
             StreamingTextResults(
@@ -154,32 +151,30 @@ class OpenAIChatCompletionsServiceImpl(
       headers: Map[String, Vector[String]]
   ): Option[RateLimits] =
     for {
-      requestLimit <- headers.get("x-ratelimit-limit-requests")
-      tokenLimit <- headers.get("x-ratelimit-limit-tokens")
+      requestLimit      <- headers.get("x-ratelimit-limit-requests")
+      tokenLimit        <- headers.get("x-ratelimit-limit-tokens")
       requestsRemaining <- headers.get("x-ratelimit-remaining-requests")
-      tokensRemaining <- headers.get("x-ratelimit-remaining-tokens")
-      requestResetTime <- headers.get("x-ratelimit-reset-requests")
-      tokenResetTime <- headers.get("x-ratelimit-reset-tokens")
-    } yield {
-      RateLimits(
-        requestLimit = requestLimit.head.toInt,
-        tokenLimit = tokenLimit.head.toInt,
-        requestsRemaining = requestsRemaining.head.toInt,
-        tokensRemaining = tokensRemaining.head.toInt,
-        requestResetTime = ZonedDateTime
-          .now()
-          .plus(
-            OpenAiDurationParser
-              .parseDuration(requestResetTime.head)
-              .getOrElse(Duration.ZERO)
-          ),
-        tokenResetTime = ZonedDateTime
-          .now()
-          .plus(
-            OpenAiDurationParser
-              .parseDuration(tokenResetTime.head)
-              .getOrElse(Duration.ZERO)
-          )
-      )
-    }
+      tokensRemaining   <- headers.get("x-ratelimit-remaining-tokens")
+      requestResetTime  <- headers.get("x-ratelimit-reset-requests")
+      tokenResetTime    <- headers.get("x-ratelimit-reset-tokens")
+    } yield RateLimits(
+      requestLimit = requestLimit.head.toInt,
+      tokenLimit = tokenLimit.head.toInt,
+      requestsRemaining = requestsRemaining.head.toInt,
+      tokensRemaining = tokensRemaining.head.toInt,
+      requestResetTime = ZonedDateTime
+        .now()
+        .plus(
+          OpenAiDurationParser
+            .parseDuration(requestResetTime.head)
+            .getOrElse(Duration.ZERO)
+        ),
+      tokenResetTime = ZonedDateTime
+        .now()
+        .plus(
+          OpenAiDurationParser
+            .parseDuration(tokenResetTime.head)
+            .getOrElse(Duration.ZERO)
+        )
+    )
 }

src/main/scala/net/eagle0/common/llm_integration/OpenAiDurationParser.scala

@@ -4,13 +4,13 @@ import java.time.Duration
 
 object OpenAiDurationParser {
   private val durationRegex = """(\d+)((ms)|[smhdy])""".r
-  private val durationMap = Map(
+  private val durationMap   = Map(
     "ms" -> Duration.ofMillis(1),
-    "s" -> Duration.ofSeconds(1),
-    "m" -> Duration.ofMinutes(1),
-    "h" -> Duration.ofHours(1),
-    "d" -> Duration.ofDays(1),
-    "y" -> Duration.ofDays(365)
+    "s"  -> Duration.ofSeconds(1),
+    "m"  -> Duration.ofMinutes(1),
+    "h"  -> Duration.ofHours(1),
+    "d"  -> Duration.ofDays(1),
+    "y"  -> Duration.ofDays(365)
   )
 
   def parseDuration(duration: String): Option[Duration] =
@@ -18,7 +18,7 @@ object OpenAiDurationParser {
       .findAllMatchIn(duration)
       .map { m =>
         val amount = m.group(1).toInt
-        val unit = m.group(2)
+        val unit   = m.group(2)
         durationMap(unit).multipliedBy(amount)
       }
       .toSeq match {

src/main/scala/net/eagle0/common/name_generation/NameGenerator.scala

@@ -7,14 +7,14 @@ import scala.util.Random
 import net.eagle0.common.{SeededRandom, TsvUtils}
 
 class NameGenerator {
-  private val random = SeededRandom(Random.nextLong())
-  private val emptySubstitutions = Map[String, String]()
+  private val random              = SeededRandom(Random.nextLong())
+  private val emptySubstitutions  = Map[String, String]()
   private val nameConstructionUrl = new File(
     "/opt/nameConstruction.txt"
   ).toURI.toURL
-  private val namesFileUrl = new File("/opt/names.tsv").toURI.toURL
+  private val namesFileUrl        = new File("/opt/names.tsv").toURI.toURL
 
-  private val namesMap = TsvUtils.loadColumnMaps(namesFileUrl).get
+  private val namesMap     = TsvUtils.loadColumnMaps(namesFileUrl).get
   private val formatString =
     StringConstructionTokenGenerator.formatStringFromUrl(
       nameConstructionUrl
@@ -41,17 +41,17 @@ class NameGenerator {
       atSpecializations = Vector("male")
     )
 
-  def nextFemaleName(): String =
+  def nextFemaleName(): String  =
     femaleTok.nextString(random, emptySubstitutions).newValue
-  def nextMaleName(): String =
+  def nextMaleName(): String    =
     maleTok.nextString(random, emptySubstitutions).newValue
   def nextNeutralName(): String =
     allTok.nextString(random, emptySubstitutions).newValue
 
   def nextName(): String = {
-    val intR = random.nextInt(0, 20)
+    val intR   = random.nextInt(0, 20)
     val newInt = intR.newValue
-    val tok =
+    val tok    =
       if newInt == 0 then allTok
       else if newInt <= 10 then femaleTok
       else maleTok

src/main/scala/net/eagle0/common/name_generation/StringConstructionParser.scala

@@ -10,8 +10,9 @@ class StringConstructionParser(
   import ParseSequence.*
 
   private def charString(seq: Seq[CharacterOrToken]): String =
-    seq.collect { case C(char) =>
-      char
+    seq.collect {
+      case C(char) =>
+        char
     }.mkString
 
   def parseLiteral(fmt: String): Option[(String, StringConstructionToken)] = {
@@ -25,12 +26,11 @@ class StringConstructionParser(
       def parseRemaining(str: String, acc: String): ParseStatus =
         str.head match {
           case '\\' =>
-            if str.length < 2 then
-              throw new IllegalArgumentException("Found \\ at end of literal")
+            if str.length < 2 then throw new IllegalArgumentException("Found \\ at end of literal")
             else parseRemaining(str.drop(2), acc + str.charAt(1))
           case '\"' =>
             ParseStatus(str.drop(1), acc)
-          case _ =>
+          case _    =>
             parseRemaining(str.drop(1), acc + str.head)
         }
 
@@ -41,44 +41,44 @@ class StringConstructionParser(
 
   private def parseOptional(
       ts: ParseSequence
-  ): Try[(ParseSequence, StringConstructionToken)] = {
+  ): Try[(ParseSequence, StringConstructionToken)] =
     insideBalanced(ts, open = '{', closed = '}').flatMap {
       case (remainAfter, inWithOdds) =>
         val DecimalParseResults(inAfterOdds, odds) = readDecimal(inWithOdds)
 
-        parsePossiblyParsed(inAfterOdds).flatMap { case (rem, parsed) =>
-          if rem.nonEmpty then
-            Failure(
-              new IllegalArgumentException(
-                "Found extra characters inside optional"
+        parsePossiblyParsed(inAfterOdds).flatMap {
+          case (rem, parsed) =>
+            if rem.nonEmpty then
+              Failure(
+                new IllegalArgumentException(
+                  "Found extra characters inside optional"
+                )
               )
-            )
-          else Success((remainAfter, OptionalToken(parsed, odds)))
+            else Success((remainAfter, OptionalToken(parsed, odds)))
         }
     }
-  }
 
   private def parseOneof(
       ts: ParseSequence
-  ): Try[(ParseSequence, StringConstructionToken)] = {
+  ): Try[(ParseSequence, StringConstructionToken)] =
     insideBalanced(ts, open = '[', closed = ']').map {
       case (remainAfter, inside) =>
         var entries = Vector.empty[OneofListEntry]
-        var pos = inside
+        var pos     = inside
         while pos.nonEmpty do {
           val t = pos.head
           if t == ',' then pos = pos.drop(1)
           else {
             val DecimalParseResults(remIn, weight) = readDecimal(pos)
-            parsePossiblyParsed(remIn).map { case (rem, parsed) =>
-              entries = entries :+ OneofListEntry(parsed, weight)
-              pos = rem
+            parsePossiblyParsed(remIn).map {
+              case (rem, parsed) =>
+                entries = entries :+ OneofListEntry(parsed, weight)
+                pos = rem
             }
           }
         }
         (remainAfter, OneofListToken(entries))
     }
-  }
 
   def parseListSelector(
       ts: ParseSequence
@@ -112,12 +112,11 @@ class StringConstructionParser(
 
   def parseCapitalized(
       ts: ParseSequence
-  ): Try[(ParseSequence, StringConstructionToken)] = {
+  ): Try[(ParseSequence, StringConstructionToken)] =
     for {
       (remainAfter, inside) <- insideBalanced(ts, open = '-', closed = '+')
-      (_, parsed) <- parsePossiblyParsed(inside)
+      (_, parsed)           <- parsePossiblyParsed(inside)
     } yield (remainAfter, TitleCaseToken(parsed))
-  }
 
   def parseOrdinal(
       ts: ParseSequence
@@ -146,7 +145,7 @@ class StringConstructionParser(
     def go(
         tokens: ParseSequence,
         acc: Seq[StringConstructionToken]
-    ): Try[(ParseSequence, Seq[StringConstructionToken])] = {
+    ): Try[(ParseSequence, Seq[StringConstructionToken])] =
       if tokens.isEmpty then Success((Vector.empty, acc))
       else {
         tokens.head match {
@@ -168,10 +167,10 @@ class StringConstructionParser(
           case T(t) => go(tokens.drop(1), acc :+ t)
         }
       }
-    }
 
-    go(tokens, Vector.empty).map { case (rem, ts) =>
-      (rem, if ts.size == 1 then ts.head else SequenceToken(ts))
+    go(tokens, Vector.empty).map {
+      case (rem, ts) =>
+        (rem, if ts.size == 1 then ts.head else SequenceToken(ts))
     }
   }
 
@@ -180,7 +179,7 @@ class StringConstructionParser(
     def parseNext(
         remainingString: String,
         acc: ParseSequence
-    ): ParseSequence = {
+    ): ParseSequence =
       if remainingString.isEmpty then acc
       else
         remainingString.head match {
@@ -192,19 +191,18 @@ class StringConstructionParser(
               throw new IllegalArgumentException(
                 s"Illegal literal in $remainingString"
               )
-          case _ =>
+          case _          =>
             parseNext(
               remainingString.drop(1),
               acc :+ C(remainingString.head)
             )
         }
-    }
 
     val tokens = parseNext(formatString, Vector.empty)
-    parsePossiblyParsed(tokens).flatMap { case (rem, tok) =>
-      if rem.nonEmpty then
-        Failure(new IllegalArgumentException("Failed to parse"))
-      else Success(tok)
+    parsePossiblyParsed(tokens).flatMap {
+      case (rem, tok) =>
+        if rem.nonEmpty then Failure(new IllegalArgumentException("Failed to parse"))
+        else Success(tok)
     }
   }
 
@@ -213,8 +211,8 @@ class StringConstructionParser(
       open: Char,
       closed: Char
   ): Try[(ParseSequence, ParseSequence)] = {
-    var pos = ts.drop(1)
-    var level = 1
+    var pos    = ts.drop(1)
+    var level  = 1
     var inside = Vector.empty[CharacterOrToken]
 
     while level > 0 && pos.nonEmpty do {
@@ -226,8 +224,7 @@ class StringConstructionParser(
       pos = pos.drop(1)
     }
 
-    if level > 0 then
-      Failure(new IllegalArgumentException("Did not find closing character"))
+    if level > 0 then Failure(new IllegalArgumentException("Did not find closing character"))
 
     Success((pos, inside))
   }

src/main/scala/net/eagle0/common/name_generation/StringConstructionTester.scala

@@ -26,7 +26,7 @@ object StringConstructionTester {
       "longbowmen"
     )
     types.foreach { typeName =>
-      val adj = s"${typeName}_adj"
+      val adj     = s"${typeName}_adj"
       val newSubs =
         substitutions + ("BATTALION_NAME" -> typeName) + ("BATTALION_ADJECTIVE" -> adj)
 
@@ -41,7 +41,7 @@ object StringConstructionTester {
       val random = new JankyRandom(new Random())
 
       print(s"---\n$typeName\n---\n")
-      ((1 to 20).toVector).foreach { _ =>
+      (1 to 20).toVector.foreach { _ =>
         println(token.nextString(random, Map("PLACE" -> "Pieska")).newValue)
       }
       print("\n\n\n")

src/main/scala/net/eagle0/common/name_generation/StringConstructionToken.scala

@@ -19,8 +19,7 @@ case class LiteralToken(literal: String) extends StringConstructionToken {
     RandomState(literal, random)
 }
 
-class MissingLiteralKeyException(key: String)
-    extends Exception(s"Missing literal key $key") {}
+class MissingLiteralKeyException(key: String) extends Exception(s"Missing literal key $key") {}
 
 case class SubstitutionToken(key: String) extends StringConstructionToken {
   override def nextString(
@@ -34,27 +33,25 @@ case class SubstitutionToken(key: String) extends StringConstructionToken {
     )
 }
 
-case class SequenceToken(tokens: Seq[StringConstructionToken])
-    extends StringConstructionToken {
+case class SequenceToken(tokens: Seq[StringConstructionToken]) extends StringConstructionToken {
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
   ): RandomState[String] =
-    tokens.foldLeft(RandomState[String]("", random)) { case (state, tok) =>
-      val nextStr = tok.nextString(state.nextRandom, literalSubstitutions)
-      RandomState(state.newValue + nextStr.newValue, nextStr.nextRandom)
+    tokens.foldLeft(RandomState[String]("", random)) {
+      case (state, tok) =>
+        val nextStr = tok.nextString(state.nextRandom, literalSubstitutions)
+        RandomState(state.newValue + nextStr.newValue, nextStr.nextRandom)
     }
 }
 
-case class OptionalToken(token: StringConstructionToken, odds: Double)
-    extends StringConstructionToken {
+case class OptionalToken(token: StringConstructionToken, odds: Double) extends StringConstructionToken {
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
   ): RandomState[String] = {
     val state = random.nextDouble
-    if state.newValue < odds then
-      token.nextString(state.nextRandom, literalSubstitutions)
+    if state.newValue < odds then token.nextString(state.nextRandom, literalSubstitutions)
     else RandomState("", state.nextRandom)
   }
 }
@@ -67,33 +64,32 @@ case class OneofListEntry(token: StringConstructionToken, weight: Double) {
     token.nextString(random, literalSubstitutions)
 }
 
-case class OneofListToken(entries: Seq[OneofListEntry])
-    extends StringConstructionToken {
+case class OneofListToken(entries: Seq[OneofListEntry]) extends StringConstructionToken {
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
   ): RandomState[String] = {
     val totalWeight = entries.map(_.weight).sum
-    random.nextDouble.continue { case (double, fr) =>
-      @tailrec
-      def go(
-          remainingEntries: Seq[OneofListEntry],
-          remainingD: Double
-      ): RandomState[String] = remainingEntries match {
-        case Nil =>
-          throw new IllegalStateException("Failed to find a valid oneof")
-        case w +: tail =>
-          if remainingD < w.weight then w.toString(fr, literalSubstitutions)
-          else go(tail, remainingD - w.weight)
-      }
+    random.nextDouble.continue {
+      case (double, fr) =>
+        @tailrec
+        def go(
+            remainingEntries: Seq[OneofListEntry],
+            remainingD: Double
+        ): RandomState[String] = remainingEntries match {
+          case Nil       =>
+            throw new IllegalStateException("Failed to find a valid oneof")
+          case w +: tail =>
+            if remainingD < w.weight then w.toString(fr, literalSubstitutions)
+            else go(tail, remainingD - w.weight)
+        }
 
-      go(entries, double * totalWeight)
+        go(entries, double * totalWeight)
     }
   }
 }
 
-case class ListSelectionToken(choices: Seq[String])
-    extends StringConstructionToken {
+case class ListSelectionToken(choices: Seq[String]) extends StringConstructionToken {
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
@@ -104,7 +100,7 @@ case class OrdinalSelectionToken(max: Int) extends StringConstructionToken {
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
-  ): RandomState[String] = {
+  ): RandomState[String] =
     random.nextInt(1, max).map { value =>
       if value == 11 then "11th"
       else {
@@ -116,11 +112,9 @@ case class OrdinalSelectionToken(max: Int) extends StringConstructionToken {
         })
       }
     }
-  }
 }
 
-case class TitleCaseToken(base: StringConstructionToken)
-    extends StringConstructionToken {
+case class TitleCaseToken(base: StringConstructionToken) extends StringConstructionToken {
   val uncapitalizedWords: Set[String] =
     Set("and", "but", "for", "or", "nor", "the", "a", "an", "to", "as", "of")
 
@@ -128,8 +122,8 @@ case class TitleCaseToken(base: StringConstructionToken)
     words match {
       case first +: middle :+ last =>
         first.capitalize +: middle :+ last.capitalize
-      case Vector(only: String) => Vector(only.capitalize)
-      case Vector()             => Vector()
+      case Vector(only: String)    => Vector(only.capitalize)
+      case Vector()                => Vector()
     }
 
   private def byWordCapitalized(string: String): Vector[String] =
@@ -141,9 +135,8 @@ case class TitleCaseToken(base: StringConstructionToken)
   override def nextString(
       random: FunctionalRandom,
       literalSubstitutions: Map[String, String]
-  ): RandomState[String] = {
+  ): RandomState[String] =
     base.nextString(random, literalSubstitutions).map { cap =>
       firstAndLastCapitalized(byWordCapitalized(cap)).mkString(" ")
     }
-  }
 }

src/main/scala/net/eagle0/common/name_generation/StringConstructionTokenGenerator.scala

@@ -23,8 +23,8 @@ object StringConstructionTokenGenerator {
     }
 
     val (stringsMap, unfilteredStringsMap) = {
-      val allSpecializations = namesMap
-        .map { case (key, words) =>
+      val allSpecializations = namesMap.map {
+        case (key, words) =>
           key.split("@", 2) match {
             case Array(realKey)       => (realKey, "", words)
             case Array(realKey, spec) => (realKey, spec, words)
@@ -33,17 +33,14 @@ object StringConstructionTokenGenerator {
                 "Too many @s in column name"
               )
           }
-        }
-        .toVector
-        .groupBy { _._1 }
+      }.toVector.groupBy(_._1)
 
-      val stringsMap = allSpecializations
-        .map { case (realWord, specializations) =>
-          val includedSpecializations = specializations.filter(spec =>
-            spec._2.isEmpty || atSpecializations.contains(spec._2)
-          )
+      val stringsMap = allSpecializations.map {
+        case (realWord, specializations) =>
+          val includedSpecializations =
+            specializations.filter(spec => spec._2.isEmpty || atSpecializations.contains(spec._2))
           (realWord, includedSpecializations.flatMap(_._3))
-        }
+      }
 
       val unfilteredStringsMap = allSpecializations.map {
         case (realWord, specializations) =>

src/main/scala/net/eagle0/common/sse/SseEventReader.scala

@@ -5,10 +5,10 @@ import scala.annotation.tailrec
 // Functions for parsing events from an SSE stream. Uses spec as defined in
 // https://html.spec.whatwg.org/multipage/server-sent-events.html
 object SseEventReader {
-  private val DataKey = "data"
-  private val EventKey = "event"
-  private val IdKey = "id"
-  private val RetryKey = "retry"
+  private val DataKey           = "data"
+  private val EventKey          = "event"
+  private val IdKey             = "id"
+  private val RetryKey          = "retry"
   private val DefaultEventValue = "message"
 
   sealed trait ReadResult
@@ -36,8 +36,7 @@ object SseEventReader {
     else
       readLines(
         IncompleteEvent(
-          eventType =
-            carryoverEvent.map(_.eventType).getOrElse(DefaultEventValue),
+          eventType = carryoverEvent.map(_.eventType).getOrElse(DefaultEventValue),
           metadata = carryoverEvent.map(_.metadata).getOrElse(Map.empty),
           data = carryoverEvent.map(_.data).getOrElse(""),
           carryover = carryoverEvent.map(_.carryover).getOrElse("") + text
@@ -53,14 +52,14 @@ object SseEventReader {
       if value.startsWith(" ") then value.drop(1) else value
 
     key match {
-      case DataKey =>
+      case DataKey          =>
         IncompleteEvent(
           eventType = acc.eventType,
           metadata = acc.metadata,
           data = acc.data + trimmedSpaceValue,
           carryover = acc.carryover
         )
-      case EventKey =>
+      case EventKey         =>
         IncompleteEvent(
           eventType = trimmedSpaceValue,
           metadata = acc.metadata,
@@ -74,23 +73,23 @@ object SseEventReader {
           data = acc.data,
           carryover = acc.carryover
         )
-      case _ =>
+      case _                =>
         // The spec actually says to ignore fields except if the key is "event", "data", "id", or "retry"
         acc
     }
   }
 
   @tailrec
-  private def readLines(acc: IncompleteEvent): ReadResult = {
+  private def readLines(acc: IncompleteEvent): ReadResult =
     acc.carryover.split("\n", 2) match {
-      case Array("", moreText) => // blank line indicates end of event
+      case Array("", moreText)     => // blank line indicates end of event
         CompleteEvent(
           eventType = acc.eventType,
           metadata = acc.metadata,
           data = acc.data,
           remainingText = moreText
         )
-      case Array(singleLine) => // did not end in a newline
+      case Array(singleLine)       => // did not end in a newline
         IncompleteEvent(
           eventType = acc.eventType,
           metadata = acc.metadata,
@@ -101,7 +100,7 @@ object SseEventReader {
       case Array(kv, newCarryover) =>
         val accWithNewCarryover = acc.copy(carryover = newCarryover)
         kv.split(":", 2) match {
-          case Array("", _) =>
+          case Array("", _)      =>
             // Line started with a colon; ignore line
             readLines(accWithNewCarryover)
           case Array(key, value) =>
@@ -109,14 +108,13 @@ object SseEventReader {
             readLines(
               withSingleKeyValuePair(accWithNewCarryover, key, value)
             )
-          case Array(key) =>
+          case Array(key)        =>
             // Line contained a key with no value, use empty string
             readLines(
               withSingleKeyValuePair(accWithNewCarryover, key, "")
             )
-          case _ => ???
+          case _                 => ???
         }
-      case _ => ???
+      case _                       => ???
     }
-  }
 }

src/main/scala/net/eagle0/common/sse/SseSubscriber.scala

@@ -12,15 +12,13 @@ import scala.jdk.CollectionConverters.CollectionHasAsScala
 
 import org.json4s.ParserUtil
 
-class SseException(message: String, cause: Throwable = null)
-    extends Exception(message, cause)
+class SseException(message: String, cause: Throwable = null) extends Exception(message, cause)
 
-class SseSubscriber(messageDataConsumer: Consumer[String])
-    extends BodySubscriber[Unit] {
+class SseSubscriber(messageDataConsumer: Consumer[String]) extends BodySubscriber[Unit] {
   @volatile private var subscription: Flow.Subscription = _
-  private val future: CompletableFuture[Unit] = new CompletableFuture[Unit]
+  private val future: CompletableFuture[Unit]           = new CompletableFuture[Unit]
 
-  private val DoneToken = "[DONE]"
+  private val DoneToken   = "[DONE]"
   private val MessageType = "message"
 
   override def getBody: CompletionStage[Unit] = future
@@ -42,7 +40,7 @@ class SseSubscriber(messageDataConsumer: Consumer[String])
 
   @volatile private var incompleteText: Option[SseEventReader.IncompleteEvent] =
     None
-  override def onNext(buffers: util.List[ByteBuffer]): Unit = try {
+  override def onNext(buffers: util.List[ByteBuffer]): Unit                    = try {
     val newText = buffers.asScala
       .map(StandardCharsets.UTF_8.decode)
       .mkString
@@ -51,7 +49,7 @@ class SseSubscriber(messageDataConsumer: Consumer[String])
     def consumeEvents(
         incompleteEvent: Option[SseEventReader.IncompleteEvent],
         remainingText: String
-    ): Option[SseEventReader.IncompleteEvent] = {
+    ): Option[SseEventReader.IncompleteEvent] =
       SseEventReader.readOneEvent(incompleteEvent, remainingText) match {
         case SseEventReader.EndOfStream =>
           None
@@ -92,7 +90,6 @@ class SseSubscriber(messageDataConsumer: Consumer[String])
         case incomplete: SseEventReader.IncompleteEvent =>
           Some(incomplete)
       }
-    }
 
     this.incompleteText = consumeEvents(this.incompleteText, newText)
 
@@ -107,7 +104,7 @@ class SseSubscriber(messageDataConsumer: Consumer[String])
       println(fullBuffer)
       future.completeExceptionally(pe)
       subscription.cancel()
-    case e: Exception =>
+    case e: Exception                  =>
       future.completeExceptionally(e)
       subscription.cancel()
   }

src/main/scala/net/eagle0/eagle/Main.scala

@@ -12,10 +12,10 @@ import net.eagle0.eagle.service.*
 object Main {
   import ServerSetupHelpers.*
 
-  private val eagleGrpcPortKey = Symbol("eagleGrpcPort")
+  private val eagleGrpcPortKey     = Symbol("eagleGrpcPort")
   private val defaultEagleGrpcPort = "40032"
 
-  private val shardokInterfaceRemoteAddressKey = Symbol(
+  private val shardokInterfaceRemoteAddressKey     = Symbol(
     "shardokInterfaceRemoteAddress"
   )
   private val defaultShardokInterfaceRemoteAddress = "eagle0.net:443"
@@ -26,26 +26,25 @@ object Main {
     def nextOption(
         map: Map[Symbol, String],
         list: Vector[String]
-    ): Map[Symbol, String] = {
+    ): Map[Symbol, String] =
       list match {
-        case "--eagle-grpc-port" +: value +: tail =>
+        case "--eagle-grpc-port" +: value +: tail                  =>
           nextOption(map ++ Map(eagleGrpcPortKey -> value), tail)
         case "--shardok-interface-remote-address" +: value +: tail =>
           nextOption(
             map ++ Map(shardokInterfaceRemoteAddressKey -> value),
             tail
           )
-        case "--gpt-model-name" +: value +: tail =>
+        case "--gpt-model-name" +: value +: tail                   =>
           nextOption(
             map ++ Map(gptModelNameKey -> value),
             tail
           )
-        case option +: _ =>
+        case option +: _                                           =>
           throw new IllegalArgumentException("Unknown option " + option)
 
         case _ => map
       }
-    }
     nextOption(Map(), args.toVector)
   }
 

src/main/scala/net/eagle0/eagle/RemoveActions.scala

@@ -23,7 +23,7 @@ object RemoveActions {
     val persister = new LocalFilePersister(
       path + gameId.toHexString
     )
-    val history =
+    val history   =
       PersistedHistory.gameHistoryFromPersister(gameId).get
 
     val found = history.recentHistory.indexWhere(
@@ -53,8 +53,8 @@ object RemoveActions {
   }
 
   def main(args: Array[String]): Unit = {
-    val path = args(0)
-    val gameId = BigInt(args(1), 16).toLong
+    val path            = args(0)
+    val gameId          = BigInt(args(1), 16).toLong
     val countToTruncate = args(2).toInt
 
     truncate(path = path, gameId = gameId, countToTruncate = countToTruncate)

src/main/scala/net/eagle0/eagle/SavedGameUtils.scala

@@ -18,14 +18,13 @@ object MessageComparators {
       acc: Vector[FieldDescriptor] = Vector()
   ): Vector[FieldDescriptor] = fieldNames match {
     case name +: tail =>
-      val field = {
+      val field =
         comp.scalaDescriptor.fields
           .find(_.name == name)
           .getOrElse {
             println(s"No field $name in ${comp.scalaDescriptor.name}")
             sys.exit(1)
           }
-      }
 
       if tail.isEmpty then acc :+ field
       else
@@ -34,7 +33,7 @@ object MessageComparators {
           tail,
           acc :+ field
         )
-    case _ => acc
+    case _            => acc
   }
 
   def nestedPValue(
@@ -50,7 +49,7 @@ object MessageComparators {
             gm.getFieldByNumber(fd.number).asInstanceOf[GeneratedMessage],
             tail
           )
-        case _ => gm.toPMessage
+        case _          => gm.toPMessage
       }
 
   def typedComparison[T](
@@ -59,19 +58,17 @@ object MessageComparators {
       value: String
   ): (GeneratedMessage => Boolean) = comparator match {
     case "=" =>
-      (
-          gm =>
-            nestedPValue(gm, fieldDescriptors) match {
-              case PInt(i)     => i == value.toInt
-              case PDouble(d)  => d == value.toDouble
-              case PString(s)  => s == value
-              case PBoolean(b) => b == value.toBoolean
-              case PEmpty      => value.isEmpty
-              case x           =>
-                throw new NotImplementedError(s"$x pvalue not implemented")
-            }
-      )
-    case x => throw new NotImplementedError(s"$x comparator not implemented")
+      gm =>
+        nestedPValue(gm, fieldDescriptors) match {
+          case PInt(i)     => i == value.toInt
+          case PDouble(d)  => d == value.toDouble
+          case PString(s)  => s == value
+          case PBoolean(b) => b == value.toBoolean
+          case PEmpty      => value.isEmpty
+          case x           =>
+            throw new NotImplementedError(s"$x pvalue not implemented")
+        }
+    case x   => throw new NotImplementedError(s"$x comparator not implemented")
   }
 }
 
@@ -80,9 +77,9 @@ object GameStateFilters {
 
   def filter(filter: String): ActionWithResultingState => Boolean = {
     val (left, rightWithComparator) = filter.span(!comparisonChars.contains(_))
-    val (comparator, right) = rightWithComparator.splitAt(1)
+    val (comparator, right)         = rightWithComparator.splitAt(1)
 
-    val fieldNames = left.split('.').toVector
+    val fieldNames          = left.split('.').toVector
     val (prefix, remaining) = fieldNames.splitAt(1)
     prefix.head match {
       case "gs" =>
@@ -121,11 +118,11 @@ object SavedGameUtils {
   def filterOne(
       results: Vector[ActionWithResultingState],
       filter: String
-  ): Vector[ActionWithResultingState] = {
-    results.filter { case awrs =>
-      GameStateFilters.filter(filter)(awrs)
+  ): Vector[ActionWithResultingState] =
+    results.filter {
+      case awrs =>
+        GameStateFilters.filter(filter)(awrs)
     }
-  }
 
   def filteredResults(
       results: Vector[ActionWithResultingState],
@@ -141,9 +138,9 @@ object SavedGameUtils {
   def fieldValues(
       results: Vector[ActionWithResultingState],
       fields: Vector[String]
-  ): Vector[FieldWithValue] = {
+  ): Vector[FieldWithValue] =
     for {
-      result <- results
+      result             <- results
       qualifiedFieldName <- fields
     } yield {
       val (ident, subfieldNames) = qualifiedFieldName.split('.').splitAt(1)
@@ -172,7 +169,6 @@ object SavedGameUtils {
           )
       }
     }
-  }
 
   def main(args: Array[String]): Unit = {
     val argList = args.toList
@@ -207,8 +203,7 @@ object SavedGameUtils {
       )
 
     def withoutFilterIndices(indices: Vector[Int]): FilteredResultsState = {
-      val newFilters = filters.zipWithIndex
-        .filterNot { case (_, idx) => indices.contains(idx) }
+      val newFilters = filters.zipWithIndex.filterNot { case (_, idx) => indices.contains(idx) }
         .map(_._1)
       this.copy(
         filters = newFilters,
@@ -218,8 +213,7 @@ object SavedGameUtils {
 
     def withoutPrintIndices(indices: Vector[Int]): FilteredResultsState =
       this.copy(
-        prints = prints.zipWithIndex
-          .filterNot { case (_, idx) => indices.contains(idx) }
+        prints = prints.zipWithIndex.filterNot { case (_, idx) => indices.contains(idx) }
           .map(_._1)
       )
   }
@@ -228,12 +222,14 @@ object SavedGameUtils {
       state: FilteredResultsState
   ): FilteredResultsState = {
     println("Your filters:")
-    state.filters.zipWithIndex.foreach { case (filt, idx) =>
-      println(s"  ($idx) $filt")
+    state.filters.zipWithIndex.foreach {
+      case (filt, idx) =>
+        println(s"  ($idx) $filt")
     }
     println("Your prints:")
-    state.prints.zipWithIndex.foreach { case (pf, idx) =>
-      println(s"  ($idx) $pf")
+    state.prints.zipWithIndex.foreach {
+      case (pf, idx) =>
+        println(s"  ($idx) $pf")
     }
     println(s"${state.partialResults.size} filtered results")
 
@@ -248,8 +244,8 @@ object SavedGameUtils {
         state.withoutFilterIndices(idxStrings.map(_.toInt).toVector)
       case "dp" :: idxStrings =>
         state.withoutPrintIndices(idxStrings.map(_.toInt).toVector)
-      case "q" :: _ => sys.exit(0)
-      case x :: _   =>
+      case "q" :: _           => sys.exit(0)
+      case x :: _             =>
         println(s"Unknown command $x, stopping")
         state
     }

src/main/scala/net/eagle0/eagle/TestAIGame.scala

@@ -18,8 +18,7 @@ object TestAIGame {
 
     (1 to gameCount).foreach { _ =>
       gamesManager.synchronizedCreateGame(
-        expandedGameParameters =
-          GameParametersUtils.defaultExpandedGameParameters,
+        expandedGameParameters = GameParametersUtils.defaultExpandedGameParameters,
         gameId = Random.nextLong(),
         humanPlayers = Vector.empty,
         aiPlayerCount = 5

src/main/scala/net/eagle0/eagle/ai/AIClient.scala

@@ -118,7 +118,7 @@ case class AIClient(
       gs: GameState,
       functionalRandom: FunctionalRandom
   ): RandomState[AIClientWithSelectedCommand] = {
-    val opac = acs.head._2
+    val opac           = acs.head._2
     val oneProvinceAcs = acs.head._2.commands
 
     CommandChooser.choose(
@@ -215,7 +215,7 @@ case class AIClient(
     ) match {
       case RandomState(Some(cs), fr) =>
         RandomState(AIClientWithSelectedCommand(this, Some(cs)), fr)
-      case RandomState(None, fr) =>
+      case RandomState(None, fr)     =>
         if EarlyGameAIClient.isEarlyGame(gs, factionId) then
           EarlyGameAIClient
             .chooseEarlyGameCommand(

src/main/scala/net/eagle0/eagle/ai/AIClientUtils.scala

@@ -14,11 +14,10 @@ object AIClientUtils {
       gs
     )).max(0)
 
-  def desiredHeroCount(pid: ProvinceId, fid: FactionId, gs: GameState): Int = {
+  def desiredHeroCount(pid: ProvinceId, fid: FactionId, gs: GameState): Int =
     if LegacyFactionUtils.hostileNeighbors(pid, fid, gs).nonEmpty then 3
     else if gs.provinces(pid).support < 65 then 2
     else 1
-  }
 
   def desiredCountForMarchTowardFocus(
       originProvince: Province,
@@ -55,8 +54,7 @@ object AIClientUtils {
         originProvince = originProvince,
         destinationProvince = destinationProvince,
         availableHeroIds = availableHeroIds,
-        factionLeaders =
-          gs.factions(originProvince.rulingFactionId.get).leaders.toVector,
+        factionLeaders = gs.factions(originProvince.rulingFactionId.get).leaders.toVector,
         favorLeaders = favorLeaders
       ),
       gs,
@@ -78,8 +76,7 @@ object AIClientUtils {
       availableHeroes
         .sortBy(hero =>
           (
-            if favorLeaders then
-              !LegacyFactionUtils.isFactionLeader(hero.id, gs)
+            if favorLeaders then !LegacyFactionUtils.isFactionLeader(hero.id, gs)
             else LegacyFactionUtils.isFactionLeader(hero.id, gs),
             -LegacyHeroUtils.power(hero)
           )

src/main/scala/net/eagle0/eagle/ai/EarlyGameAIClient.scala

@@ -26,7 +26,7 @@ object EarlyGameAIClient {
       gs: GameState,
       acs: Vector[AvailableCommand],
       functionalRandom: FunctionalRandom
-  ): RandomState[CommandSelection] = {
+  ): RandomState[CommandSelection] =
     CommandChooser
       .choose(
         actingFactionId = actingFactionId,
@@ -40,5 +40,4 @@ object EarlyGameAIClient {
         functionalRandom = functionalRandom
       )
       .map(_.get)
-  }
 }

src/main/scala/net/eagle0/eagle/ai/FactionLeaderProvinceRanker.scala

@@ -36,9 +36,7 @@ object FactionLeaderProvinceRanker {
       factionId: FactionId,
       gameState: GameState
   ): Ordering[Province] = Ordering
-    .by((p: Province) =>
-      LegacyFactionUtils.hostileNeighbors(p, factionId, gameState).size
-    )
+    .by((p: Province) => LegacyFactionUtils.hostileNeighbors(p, factionId, gameState).size)
     .reverse
 
   // Orders by most-neutral-neighbors-first

src/main/scala/net/eagle0/eagle/ai/FixLeaderAloneCommandSelector.scala

@@ -1,10 +1,7 @@
 package net.eagle0.eagle.ai
 
 import net.eagle0.common.{FunctionalRandom, RandomState}
-import net.eagle0.eagle.api.available_command.{
-  AvailableCommand,
-  MarchAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{AvailableCommand, MarchAvailableCommand}
 import net.eagle0.eagle.api.selected_command.MarchSelectedCommand
 import net.eagle0.eagle.common.combat_unit.CombatUnit
 import net.eagle0.eagle.internal.game_state.GameState
@@ -23,53 +20,53 @@ object FixLeaderAloneCommandSelector {
     randomSelectionForType[MarchAvailableCommand](
       availableCommands,
       functionalRandom
-    ) { case (ac, frOuter) =>
-      frOuter.nextFlatCollectFirst(
-        ac.oneProvinceCommands
-          .filter(opmc =>
-            gameState
-              .provinces(opmc.originProvinceId)
-              .rulingFactionHeroIds
-              .filterNot(LegacyFactionUtils.isFactionLeader(_, gameState))
-              .size > 1
-          )
-      ) { opmc => fr =>
-        opmc.availableDestinationProvinces
-          .map(dest => gameState.provinces(dest.provinceId))
-          .filter(_.rulingFactionId.contains(actingFactionId))
-          .filter(_.rulingFactionHeroIds.size == 1)
-          .filter(dest =>
-            LegacyFactionUtils
-              .isFactionLeader(dest.rulingFactionHeroIds.head, gameState)
-          )
-          .map { destination =>
-            fr.nextRandomElement(opmc.availableHeroIds)
-              .map { hid =>
-                CombatUnit(factionId = actingFactionId, heroId = hid)
-              }
-              .map { combatUnit =>
-                Some(
-                  CommandSelection(
-                    actingFactionId = actingFactionId,
-                    actingProvinceId = ac.actingProvinceId,
-                    available = ac,
-                    selected = MarchSelectedCommand(
-                      gold = 0,
-                      food = 0,
-                      originProvince = opmc.originProvinceId,
-                      destinationProvinceId = destination.id,
-                      marchingUnits = Vector(
-                        combatUnit
-                      )
-                    ),
-                    reason =
-                      "Moving a hero so that a faction leader won't be alone"
+    ) {
+      case (ac, frOuter) =>
+        frOuter.nextFlatCollectFirst(
+          ac.oneProvinceCommands
+            .filter(opmc =>
+              gameState
+                .provinces(opmc.originProvinceId)
+                .rulingFactionHeroIds
+                .filterNot(LegacyFactionUtils.isFactionLeader(_, gameState))
+                .size > 1
+            )
+        ) { opmc => fr =>
+          opmc.availableDestinationProvinces
+            .map(dest => gameState.provinces(dest.provinceId))
+            .filter(_.rulingFactionId.contains(actingFactionId))
+            .filter(_.rulingFactionHeroIds.size == 1)
+            .filter(dest =>
+              LegacyFactionUtils
+                .isFactionLeader(dest.rulingFactionHeroIds.head, gameState)
+            )
+            .map { destination =>
+              fr.nextRandomElement(opmc.availableHeroIds)
+                .map { hid =>
+                  CombatUnit(factionId = actingFactionId, heroId = hid)
+                }
+                .map { combatUnit =>
+                  Some(
+                    CommandSelection(
+                      actingFactionId = actingFactionId,
+                      actingProvinceId = ac.actingProvinceId,
+                      available = ac,
+                      selected = MarchSelectedCommand(
+                        gold = 0,
+                        food = 0,
+                        originProvince = opmc.originProvinceId,
+                        destinationProvinceId = destination.id,
+                        marchingUnits = Vector(
+                          combatUnit
+                        )
+                      ),
+                      reason = "Moving a hero so that a faction leader won't be alone"
+                    )
                   )
-                )
-              }
-          }
-          .headOption
-          .getOrElse(RandomState(None, fr))
-      }
+                }
+            }
+            .headOption
+            .getOrElse(RandomState(None, fr))
+        }
     }
 }

src/main/scala/net/eagle0/eagle/ai/InvitationCommandSelector.scala

@@ -1,17 +1,11 @@
 package net.eagle0.eagle.ai
 
-import net.eagle0.eagle.api.available_command.{
-  AvailableCommand,
-  DiplomacyAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{AvailableCommand, DiplomacyAvailableCommand}
 import net.eagle0.eagle.api.command.util.diplomacy_option.InvitationOption
 import net.eagle0.eagle.api.selected_command.DiplomacySelectedCommand
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.settings.MinChanceForAIInvite
-import net.eagle0.eagle.library.util.command_choice_helpers.{
-  ProvinceGoldSurplusCalculator,
-  TrustForDiplomacy
-}
+import net.eagle0.eagle.library.util.command_choice_helpers.{ProvinceGoldSurplusCalculator, TrustForDiplomacy}
 import net.eagle0.eagle.library.util.command_choice_helpers.AvailableCommandSelector.flatSelectionForType
 import net.eagle0.eagle.library.util.CommandSelection
 import net.eagle0.eagle.FactionId
@@ -27,48 +21,41 @@ object InvitationCommandSelector {
       gameState: GameState,
       availableCommands: Vector[AvailableCommand]
   ): Option[CommandSelection] =
-    flatSelectionForType[DiplomacyAvailableCommand](acs = availableCommands) {
-      diplomacyAvailableCommand =>
-        diplomacyAvailableCommand.options
-          .collect { case io: InvitationOption => io }
-          .filter { invitationOption =>
-            TrustForDiplomacy.meetsConditionsForInvitation(
-              actingFactionId = actingFactionId,
-              targetFactionId = invitationOption.targetFactionId,
-              gameState = gameState
-            )
-          }
-          .filter { invitationOption =>
-            ProvinceGoldSurplusCalculator.provinceGoldSurplus(
-              diplomacyAvailableCommand.actingProvinceId,
-              gameState
-            ) >= invitationOption.goldCost
-          }
-          .map { invitationOption =>
-            InvitationOptionWithChance(
-              invitationOption = invitationOption,
-              acceptanceChance =
-                ResolveDiplomacyCommandSelector.invitationAcceptanceChance(
-                  actingFactionId,
-                  invitationOption.targetFactionId,
-                  gameState
-                )
-            )
-          }
-          .maxByOption { _.acceptanceChance }
-          .filter(_.acceptanceChance >= MinChanceForAIInvite.intValue)
-          .map { iowc =>
-            CommandSelection(
-              actingFactionId = actingFactionId,
-              actingProvinceId = diplomacyAvailableCommand.actingProvinceId,
-              available = diplomacyAvailableCommand,
-              selected = DiplomacySelectedCommand(
-                selectedOption = iowc.invitationOption,
-                targetFactionId = iowc.invitationOption.targetFactionId,
-                sentHeroId = diplomacyAvailableCommand.recommendedHeroId
-              ),
-              reason = "maybeInviteOtherFaction"
-            )
-          }
+    flatSelectionForType[DiplomacyAvailableCommand](acs = availableCommands) { diplomacyAvailableCommand =>
+      diplomacyAvailableCommand.options.collect { case io: InvitationOption => io }.filter { invitationOption =>
+        TrustForDiplomacy.meetsConditionsForInvitation(
+          actingFactionId = actingFactionId,
+          targetFactionId = invitationOption.targetFactionId,
+          gameState = gameState
+        )
+      }.filter { invitationOption =>
+        ProvinceGoldSurplusCalculator.provinceGoldSurplus(
+          diplomacyAvailableCommand.actingProvinceId,
+          gameState
+        ) >= invitationOption.goldCost
+      }.map { invitationOption =>
+        InvitationOptionWithChance(
+          invitationOption = invitationOption,
+          acceptanceChance = ResolveDiplomacyCommandSelector.invitationAcceptanceChance(
+            actingFactionId,
+            invitationOption.targetFactionId,
+            gameState
+          )
+        )
+      }.maxByOption(_.acceptanceChance)
+        .filter(_.acceptanceChance >= MinChanceForAIInvite.intValue)
+        .map { iowc =>
+          CommandSelection(
+            actingFactionId = actingFactionId,
+            actingProvinceId = diplomacyAvailableCommand.actingProvinceId,
+            available = diplomacyAvailableCommand,
+            selected = DiplomacySelectedCommand(
+              selectedOption = iowc.invitationOption,
+              targetFactionId = iowc.invitationOption.targetFactionId,
+              sentHeroId = diplomacyAvailableCommand.recommendedHeroId
+            ),
+            reason = "maybeInviteOtherFaction"
+          )
+        }
     }
 }

src/main/scala/net/eagle0/eagle/ai/MarchTowardProvinceCommandChooser.scala

@@ -1,18 +1,11 @@
 package net.eagle0.eagle.ai
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  MarchAvailableCommand,
-  MarchCommandFromOneProvince
-}
+import net.eagle0.eagle.api.available_command.{MarchAvailableCommand, MarchCommandFromOneProvince}
 import net.eagle0.eagle.api.selected_command.MarchSelectedCommand
 import net.eagle0.eagle.common.combat_unit.CombatUnit
 import net.eagle0.eagle.internal.game_state.GameState
-import net.eagle0.eagle.library.util.{
-  CommandSelection,
-  LegacyBattalionUtils,
-  ProvinceDistances
-}
+import net.eagle0.eagle.library.util.{CommandSelection, LegacyBattalionUtils, ProvinceDistances}
 import net.eagle0.eagle.library.util.command_choice_helpers.ProvinceGoldSurplusCalculator.provinceGoldSurplus
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 
@@ -28,79 +21,80 @@ object MarchTowardProvinceCommandChooser {
     val bestCommand =
       opmc.availableDestinationProvinces
         .map(dest => (opmc, gs.provinces(dest.provinceId)))
-        .flatMap { case (opmc, p) =>
-          ProvinceDistances
-            .distanceThroughFriendliesOption(
-              destinationProvinceId,
-              p.id,
-              fid,
-              gs
-            )
-            .map(distance => (opmc, p, distance))
+        .flatMap {
+          case (opmc, p) =>
+            ProvinceDistances
+              .distanceThroughFriendliesOption(
+                destinationProvinceId,
+                p.id,
+                fid,
+                gs
+              )
+              .map(distance => (opmc, p, distance))
         }
         .minByOption(_._3)
 
     val actingProvinceId = ac.actingProvinceId
 
-    bestCommand.flatMap { case (opmc, dest, _) =>
-      internalRequire(
-        opmc.originProvinceId != destinationProvinceId,
-        s"Marching away from $destinationProvinceId in an effort to get to that province"
-      )
-
-      val originProvince = gs.provinces(opmc.originProvinceId)
-
-      val takenHeroIds =
-        AIClientUtils.takenHeroIdsForMarchTowardFocus(
-          originProvince = originProvince,
-          destinationProvince = dest,
-          availableHeroIds = opmc.availableHeroIds.toVector,
-          favorLeaders = favorLeaders,
-          gs = gs
+    bestCommand.flatMap {
+      case (opmc, dest, _) =>
+        internalRequire(
+          opmc.originProvinceId != destinationProvinceId,
+          s"Marching away from $destinationProvinceId in an effort to get to that province"
         )
 
-      Option.when(takenHeroIds.nonEmpty) {
-        val takenBattalions =
-          if originProvince.battalionIds.size <= takenHeroIds.size then
-            originProvince.battalionIds.map(gs.battalions)
-          else
-            originProvince.battalionIds
-              .map(gs.battalions)
-              .sortBy(_.size)
-              .take(takenHeroIds.size)
+        val originProvince = gs.provinces(opmc.originProvinceId)
 
-        val takenUnits = takenHeroIds
-          .zipAll(
-            takenBattalions.map(batt => Some(batt.id)),
-            0,
-            None
+        val takenHeroIds =
+          AIClientUtils.takenHeroIdsForMarchTowardFocus(
+            originProvince = originProvince,
+            destinationProvince = dest,
+            availableHeroIds = opmc.availableHeroIds.toVector,
+            favorLeaders = favorLeaders,
+            gs = gs
           )
-          .map { case (hid, bid) =>
-            CombatUnit(factionId = fid, heroId = hid, battalionId = bid)
-          }
 
-        val foodToTake = 2 * LegacyBattalionUtils.monthlyConsumedFood(
-          takenBattalions,
-          gs.battalionTypes.toVector
-        )
-        val goldToTake = provinceGoldSurplus(originProvince.id, gs)
-        CommandSelection(
-          actingFactionId = fid,
-          actingProvinceId = actingProvinceId,
-          available = ac,
-          selected = MarchSelectedCommand(
-            marchingUnits = takenUnits, // Check the food cost here?
-            destinationProvinceId = dest.id,
-            originProvince = opmc.originProvinceId,
-            gold = Math.min(goldToTake, opmc.goldAvailable),
-            food = Math.min(foodToTake, opmc.foodAvailable)
-          ),
-          reason = if favorLeaders then
-            s"marching leaders toward ${gs.provinces(destinationProvinceId).name}"
-          else
-            s"marching heroes toward ${gs.provinces(destinationProvinceId).name}"
-        )
-      }
+        Option.when(takenHeroIds.nonEmpty) {
+          val takenBattalions =
+            if originProvince.battalionIds.size <= takenHeroIds.size then originProvince.battalionIds.map(gs.battalions)
+            else
+              originProvince.battalionIds
+                .map(gs.battalions)
+                .sortBy(_.size)
+                .take(takenHeroIds.size)
+
+          val takenUnits = takenHeroIds
+            .zipAll(
+              takenBattalions.map(batt => Some(batt.id)),
+              0,
+              None
+            )
+            .map {
+              case (hid, bid) =>
+                CombatUnit(factionId = fid, heroId = hid, battalionId = bid)
+            }
+
+          val foodToTake = 2 * LegacyBattalionUtils.monthlyConsumedFood(
+            takenBattalions,
+            gs.battalionTypes.toVector
+          )
+          val goldToTake = provinceGoldSurplus(originProvince.id, gs)
+          CommandSelection(
+            actingFactionId = fid,
+            actingProvinceId = actingProvinceId,
+            available = ac,
+            selected = MarchSelectedCommand(
+              marchingUnits = takenUnits, // Check the food cost here?
+              destinationProvinceId = dest.id,
+              originProvince = opmc.originProvinceId,
+              gold = Math.min(goldToTake, opmc.goldAvailable),
+              food = Math.min(foodToTake, opmc.foodAvailable)
+            ),
+            reason =
+              if favorLeaders then s"marching leaders toward ${gs.provinces(destinationProvinceId).name}"
+              else s"marching heroes toward ${gs.provinces(destinationProvinceId).name}"
+          )
+        }
     }
   }
 }

src/main/scala/net/eagle0/eagle/ai/MidGameAIClient.scala

@@ -5,19 +5,13 @@ import net.eagle0.eagle.{FactionId, ProvinceId}
 import net.eagle0.eagle.ai.AIClientUtils.extraHeroCount
 import net.eagle0.eagle.api.available_command.*
 import net.eagle0.eagle.api.command.OneProvinceAvailableCommands
-import net.eagle0.eagle.api.selected_command.{
-  MarchSelectedCommand,
-  ReconSelectedCommand
-}
+import net.eagle0.eagle.api.selected_command.{MarchSelectedCommand, ReconSelectedCommand}
 import net.eagle0.eagle.common.combat_unit.CombatUnit
 import net.eagle0.eagle.common.improvement_type.ImprovementType
 import net.eagle0.eagle.internal.faction_relationship.FactionRelationship
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
-import net.eagle0.eagle.library.settings.{
-  MinSupportForTaxes,
-  MonthsReconConsideredRecent
-}
+import net.eagle0.eagle.library.settings.{MinSupportForTaxes, MonthsReconConsideredRecent}
 import net.eagle0.eagle.library.util.*
 import net.eagle0.eagle.library.util.command_choice_helpers.{
   AlmsCommandSelector,
@@ -141,20 +135,20 @@ object MidGameAIClient {
             _ /* availableHeroIds */,
             _ /* unknownFieldSet */
           ) =>
-        val actingProvince = gameState.provinces(actingProvinceId)
+        val actingProvince       = gameState.provinces(actingProvinceId)
         val foodMonthsToHoldBack =
           FoodConsumptionUtils.foodConsumptionMonthsToHold(
             actingProvinceId,
             gameState
           )
-        val foodToHoldBack =
+        val foodToHoldBack       =
           foodMonthsToHoldBack * LegacyProvinceUtils.monthlyFoodConsumption(
             actingProvinceId,
             gameState
           )
-        val maxFoodToSend =
+        val maxFoodToSend        =
           Math.min(actingProvince.food - foodToHoldBack, foodAvailable)
-        val maxGoldToSend = Math.min(
+        val maxGoldToSend        = Math.min(
           ProvinceGoldSurplusCalculator
             .provinceGoldSurplus(actingProvinceId, gameState),
           goldAvailable
@@ -172,12 +166,12 @@ object MidGameAIClient {
             .map(gameState.provinces)
             .filter(_.rulingFactionId.contains(factionId))
             .map { province =>
-              val consumption = LegacyProvinceUtils
+              val consumption   = LegacyProvinceUtils
                 .monthlyFoodConsumption(province.id, gameState)
-              val incomingFood =
+              val incomingFood  =
                 province.incomingShipments.flatMap(_.supplies).map(_.food).sum
               val availableFood = province.food + incomingFood
-              val monthsOfFood =
+              val monthsOfFood  =
                 if consumption == 0 then 120
                 else availableFood / consumption
               DestinationFoodStatus(
@@ -189,29 +183,28 @@ object MidGameAIClient {
             .filter(_.monthsOfFood < 4)
             .minByOption(_.monthsOfFood)
 
-          bestDestination
-            .map { destinationFoodStatus =>
-              val destinationProvince = destinationFoodStatus.province
-              val desiredFood = LegacyProvinceUtils.monthlyFoodConsumption(
-                destinationProvince.id,
-                gameState
-              ) * 6 - destinationProvince.food
-              val foodToSend =
-                if desiredFood > maxFoodToSend then maxFoodToSend
-                else (desiredFood + maxFoodToSend) / 2
+          bestDestination.map { destinationFoodStatus =>
+            val destinationProvince = destinationFoodStatus.province
+            val desiredFood         = LegacyProvinceUtils.monthlyFoodConsumption(
+              destinationProvince.id,
+              gameState
+            ) * 6 - destinationProvince.food
+            val foodToSend          =
+              if desiredFood > maxFoodToSend then maxFoodToSend
+              else (desiredFood + maxFoodToSend) / 2
 
-              CommandChoiceHelpers
-                .chosenSendSuppliesCommandWithSuppliesAndDestination(
-                  actingFactionId = factionId,
-                  gameState = gameState,
-                  ac = available,
-                  supplies = Supplies(
-                    gold = maxGoldToSend / 2,
-                    food = foodToSend
-                  ),
-                  destination = destinationFoodStatus.province.id
-                )
-            }
+            CommandChoiceHelpers
+              .chosenSendSuppliesCommandWithSuppliesAndDestination(
+                actingFactionId = factionId,
+                gameState = gameState,
+                ac = available,
+                supplies = Supplies(
+                  gold = maxGoldToSend / 2,
+                  food = foodToSend
+                ),
+                destination = destinationFoodStatus.province.id
+              )
+          }
         }
     }
       .map(_.withReason("relay supplies"))
@@ -335,71 +328,70 @@ object MidGameAIClient {
       availableCommands: Vector[AvailableCommand],
       functionalRandom: FunctionalRandom
   ): RandomState[Option[CommandSelection]] =
-    provincesWithFactionLeader(actingFactionId, gameState)
-      .map { province =>
-        MoreOption
-          .flatWhen(province.rulingFactionHeroIds.size < 4)(
-            maybeMoveHeroesTowardFactionLeaderCommand(
-              actingFactionId = actingFactionId,
-              gs = gameState,
-              acs = availableCommands
-            )
-          ) match {
-          case Some(cs) => RandomState(Some(cs), functionalRandom)
-          case None     =>
-            chosenGenericCommandFromRankedOptions(
-              actingFactionId = actingFactionId,
-              gs = gameState,
-              acs = availableCommands,
-              choosersAndReasons = Vector(
-                (
-                  ExpandCommandSelector.maybeChosenExpandCommand,
-                  "no hostile neighbors, expand"
-                ),
-                (
-                  maybeMoveToRecruitCommand,
-                  "no hostile neighbors, travel to recruit"
-                ),
-                (
-                  (
-                      actingFactionId,
-                      gameState,
-                      availableCommands,
-                      functionalRandom
-                  ) =>
-                    RandomState(
-                      ImproveCommandSelector.chosenImproveCommand(
-                        actingFactionId,
-                        gameState,
-                        availableCommands
-                      ),
-                      functionalRandom
-                    ),
-                  "chosen neutral neighbors: Improve b/c nothing better"
-                ),
-                (
-                  (
-                      actingFactionId,
-                      gameState,
-                      availableCommands,
-                      functionalRandom
-                  ) =>
-                    RandomState(
-                      chosenRestCommand(
-                        actingFactionId,
-                        gameState,
-                        availableCommands,
-                        "chosen neutral neighbors: rest"
-                      ),
-                      functionalRandom
-                    ),
-                  "chosen neutral neighbors: rest"
-                )
+    provincesWithFactionLeader(actingFactionId, gameState).map { province =>
+      MoreOption
+        .flatWhen(province.rulingFactionHeroIds.size < 4)(
+          maybeMoveHeroesTowardFactionLeaderCommand(
+            actingFactionId = actingFactionId,
+            gs = gameState,
+            acs = availableCommands
+          )
+        ) match {
+        case Some(cs) => RandomState(Some(cs), functionalRandom)
+        case None     =>
+          chosenGenericCommandFromRankedOptions(
+            actingFactionId = actingFactionId,
+            gs = gameState,
+            acs = availableCommands,
+            choosersAndReasons = Vector(
+              (
+                ExpandCommandSelector.maybeChosenExpandCommand,
+                "no hostile neighbors, expand"
               ),
-              functionalRandom = functionalRandom
-            )
-        }
+              (
+                maybeMoveToRecruitCommand,
+                "no hostile neighbors, travel to recruit"
+              ),
+              (
+                (
+                    actingFactionId,
+                    gameState,
+                    availableCommands,
+                    functionalRandom
+                ) =>
+                  RandomState(
+                    ImproveCommandSelector.chosenImproveCommand(
+                      actingFactionId,
+                      gameState,
+                      availableCommands
+                    ),
+                    functionalRandom
+                  ),
+                "chosen neutral neighbors: Improve b/c nothing better"
+              ),
+              (
+                (
+                    actingFactionId,
+                    gameState,
+                    availableCommands,
+                    functionalRandom
+                ) =>
+                  RandomState(
+                    chosenRestCommand(
+                      actingFactionId,
+                      gameState,
+                      availableCommands,
+                      "chosen neutral neighbors: rest"
+                    ),
+                    functionalRandom
+                  ),
+                "chosen neutral neighbors: rest"
+              )
+            ),
+            functionalRandom = functionalRandom
+          )
       }
+    }
       .find(_.newValue.isDefined)
       .get
 
@@ -410,85 +402,84 @@ object MidGameAIClient {
       functionalRandom: FunctionalRandom
   ): RandomState[Option[CommandSelection]] = {
     import net.eagle0.eagle.library.util.command_choice_helpers.CommandChooserImplicits.DeterministicCommandChooser
-    provincesWithFactionLeader(actingFactionId, gameState)
-      .map { province =>
-        MoreOption
-          .flatWhen(province.rulingFactionHeroIds.size < 4)(
-            maybeMoveHeroesTowardFactionLeaderCommand(
-              actingFactionId = actingFactionId,
-              gs = gameState,
-              acs = availableCommands
-            )
-          ) match {
-          case Some(cs) => RandomState(Some(cs), functionalRandom)
-          case None     =>
-            chosenGenericCommandFromRankedOptions(
-              actingFactionId = actingFactionId,
-              gs = gameState,
-              acs = availableCommands,
-              choosersAndReasons = Vector(
+    provincesWithFactionLeader(actingFactionId, gameState).map { province =>
+      MoreOption
+        .flatWhen(province.rulingFactionHeroIds.size < 4)(
+          maybeMoveHeroesTowardFactionLeaderCommand(
+            actingFactionId = actingFactionId,
+            gs = gameState,
+            acs = availableCommands
+          )
+        ) match {
+        case Some(cs) => RandomState(Some(cs), functionalRandom)
+        case None     =>
+          chosenGenericCommandFromRankedOptions(
+            actingFactionId = actingFactionId,
+            gs = gameState,
+            acs = availableCommands,
+            choosersAndReasons = Vector(
+              (
+                maybeMoveToRecruitCommand,
+                "chosen no neutral neighbors, travel to recruit"
+              ),
+              (
                 (
-                  maybeMoveToRecruitCommand,
-                  "chosen no neutral neighbors, travel to recruit"
-                ),
-                (
-                  (
-                      actingFactionId,
-                      gameState,
-                      availableCommands,
-                      functionalRandom
-                  ) =>
-                    RandomState(
-                      MoveLeaderToBetterProvinceCommandChooser
-                        .maybeMoveLeaderToBetterProvinceCommand(
-                          actingFactionId,
-                          gameState,
-                          availableCommands
-                        ),
-                      functionalRandom
-                    ),
-                  "chosen no neutral neighbors, travel to front"
-                ),
-                (
-                  (
-                      actingFactionId,
-                      gameState,
-                      availableCommands,
-                      functionalRandom
-                  ) =>
-                    RandomState(
-                      ImproveCommandSelector.chosenImproveCommand(
+                    actingFactionId,
+                    gameState,
+                    availableCommands,
+                    functionalRandom
+                ) =>
+                  RandomState(
+                    MoveLeaderToBetterProvinceCommandChooser
+                      .maybeMoveLeaderToBetterProvinceCommand(
                         actingFactionId,
                         gameState,
                         availableCommands
                       ),
-                      functionalRandom
-                    ),
-                  "chosen no neutral neighbors: Improve b/c nothing better"
-                ),
+                    functionalRandom
+                  ),
+                "chosen no neutral neighbors, travel to front"
+              ),
+              (
                 (
-                  (
+                    actingFactionId,
+                    gameState,
+                    availableCommands,
+                    functionalRandom
+                ) =>
+                  RandomState(
+                    ImproveCommandSelector.chosenImproveCommand(
+                      actingFactionId,
+                      gameState,
+                      availableCommands
+                    ),
+                    functionalRandom
+                  ),
+                "chosen no neutral neighbors: Improve b/c nothing better"
+              ),
+              (
+                (
+                    actingFactionId,
+                    gameState,
+                    availableCommands,
+                    functionalRandom
+                ) =>
+                  RandomState(
+                    chosenRestCommand(
                       actingFactionId,
                       gameState,
                       availableCommands,
-                      functionalRandom
-                  ) =>
-                    RandomState(
-                      chosenRestCommand(
-                        actingFactionId,
-                        gameState,
-                        availableCommands,
-                        "chosen no neutral neighbors: rest"
-                      ),
-                      functionalRandom
+                      "chosen no neutral neighbors: rest"
                     ),
-                  "chosen neutral neighbors: rest"
-                )
-              ),
-              functionalRandom = functionalRandom
-            )
-        }
+                    functionalRandom
+                  ),
+                "chosen neutral neighbors: rest"
+              )
+            ),
+            functionalRandom = functionalRandom
+          )
       }
+    }
       .find(_.newValue.isDefined)
       .get
   }
@@ -503,11 +494,11 @@ object MidGameAIClient {
         .reconnedProvinces
         .find(_.id == provinceId)
         .flatMap(_.fullInfo)
-    def reconnedHeroCountFor(provinceId: ProvinceId): Int =
+    def reconnedHeroCountFor(provinceId: ProvinceId): Int                     =
       reconnedFullInfoFor(provinceId)
         .map(_.rulingFactionHeroIds.size)
         .getOrElse(0)
-    def reconnedBattalionsFor(provinceId: ProvinceId): Vector[BattalionView] =
+    def reconnedBattalionsFor(provinceId: ProvinceId): Vector[BattalionView]  =
       reconnedFullInfoFor(provinceId)
         .map(_.battalions.toVector)
         .getOrElse(Vector())
@@ -673,8 +664,7 @@ object MidGameAIClient {
                 }
               }
             ),
-          (fid, gs, acs, fr) =>
-            chosenNoNeutralNeighborsCommand(fid, gs, acs, fr)
+          (fid, gs, acs, fr) => chosenNoNeutralNeighborsCommand(fid, gs, acs, fr)
         ),
         functionalRandom = functionalRandom
       )
@@ -696,7 +686,7 @@ object MidGameAIClient {
       factionId: FactionId
   ): Option[CommandSelection] =
     flatSelectionForType[ImproveAvailableCommand](acs) { availableCommand =>
-      val province = gs.provinces(availableCommand.actingProvinceId)
+      val province           = gs.provinces(availableCommand.actingProvinceId)
       val existingBattalions = province.battalionIds
         .map(gs.battalions)
 
@@ -725,7 +715,7 @@ object MidGameAIClient {
               .map(_.minimumAgriculture - province.agriculture)
               .filter(_ > 0)
               .min
-            val neededEconomy = notAvailable
+            val neededEconomy     = notAvailable
               .map(_.minimumEconomy - province.economy)
               .filter(_ > 0)
               .min
@@ -870,7 +860,7 @@ object MidGameAIClient {
               case (None, fr2)     => go(RandomState(tail, fr2))
             }
         }
-      case (_, fr) => RandomState(None, fr)
+      case (_, fr)                => RandomState(None, fr)
     }
 
     go(
@@ -889,35 +879,34 @@ object MidGameAIClient {
     val factionLeaderProvincesNeedingHeroes =
       provincesWithFactionLeader(actingFactionId, gs)
         .filter(p => p.rulingFactionHeroIds.size < p.heroCap)
-    val cs = for {
+    val cs                                  = for {
       (marchCommand, idx) <- acs.zipWithIndex.collectFirst {
-        case (ac: MarchAvailableCommand, idx) => (ac, idx)
-      }
+                               case (ac: MarchAvailableCommand, idx) => (ac, idx)
+                             }
     } yield {
       // Find the march command origin provinces that contain extra heroes
       val candidateCommands = marchCommand.oneProvinceCommands.filter { opmc =>
         extraHeroCount(opmc.originProvinceId, actingFactionId, gs) > 0
       }
 
-      val furthestOrigin = candidateCommands
-        .flatMap { opmc =>
-          // distance to the faction leader province we're closest to
-          factionLeaderProvincesNeedingHeroes
-            .flatMap { flp =>
-              ProvinceDistances
-                .distanceThroughFriendliesOption(
-                  p1 = flp.id,
-                  p2 = opmc.originProvinceId,
-                  fid = actingFactionId,
-                  gs = gs
-                )
-                .map {
-                  (_: Int, flp.id: ProvinceId)
-                }
+      val furthestOrigin = candidateCommands.flatMap { opmc =>
+        // distance to the faction leader province we're closest to
+        factionLeaderProvincesNeedingHeroes.flatMap { flp =>
+          ProvinceDistances
+            .distanceThroughFriendliesOption(
+              p1 = flp.id,
+              p2 = opmc.originProvinceId,
+              fid = actingFactionId,
+              gs = gs
+            )
+            .map {
+              (_: Int, flp.id: ProvinceId)
             }
-            .minByOption(_._1)
-            .filterNot(_._1 == 0) // If distance is zero, we'd be moving away from the province we're trying to get to
-            .map { case (distance: Int, destinationProvinceId: ProvinceId) =>
+        }
+          .minByOption(_._1)
+          .filterNot(_._1 == 0) // If distance is zero, we'd be moving away from the province we're trying to get to
+          .map {
+            case (distance: Int, destinationProvinceId: ProvinceId) =>
               (
                 // distance to the faction leader province we're closest to
                 distance,
@@ -925,21 +914,22 @@ object MidGameAIClient {
                 extraHeroCount(opmc.originProvinceId, actingFactionId, gs),
                 opmc
               )
-            }
-        }
+          }
+      }
         .maxByOption(tup => (tup._1, tup._3))
-        .map { tup => (tup._2, tup._4) }
+        .map(tup => (tup._2, tup._4))
 
-      furthestOrigin.flatMap { case (destinationProvinceId, opmc) =>
-        MarchTowardProvinceCommandChooser
-          .marchTowardProvinceCommand(
-            ac = marchCommand,
-            fid = actingFactionId,
-            opmc = opmc,
-            destinationProvinceId = destinationProvinceId,
-            gs = gs,
-            favorLeaders = false
-          )
+      furthestOrigin.flatMap {
+        case (destinationProvinceId, opmc) =>
+          MarchTowardProvinceCommandChooser
+            .marchTowardProvinceCommand(
+              ac = marchCommand,
+              fid = actingFactionId,
+              opmc = opmc,
+              destinationProvinceId = destinationProvinceId,
+              gs = gs,
+              favorLeaders = false
+            )
       }
     }
 
@@ -957,8 +947,7 @@ object MidGameAIClient {
       actingProvinceId = ac.actingProvinceId,
       available = ac,
       selected = ReconSelectedCommand(
-        actingHeroId =
-          ac.availableHeroIds.maxBy(hid => gameState.heroes(hid).vigor),
+        actingHeroId = ac.availableHeroIds.maxBy(hid => gameState.heroes(hid).vigor),
         targetProvinceId = targetProvinceId
       ),
       reason = "selectedReconCommand"
@@ -1046,11 +1035,11 @@ object MidGameAIClient {
       gameState: GameState,
       acs: Vector[AvailableCommand]
   ): Option[CommandSelection] = {
-    val faction = gameState.factions(actingFactionId)
+    val faction        = gameState.factions(actingFactionId)
     val factionLeaders = faction.leaders
     flatSelectionForType[MarchAvailableCommand](acs) { marchAvailableCommand =>
       marchAvailableCommand.oneProvinceCommands.flatMap { opmc =>
-        val originProvince = gameState.provinces(opmc.originProvinceId)
+        val originProvince          = gameState.provinces(opmc.originProvinceId)
         val leadersInOriginProvince =
           originProvince.rulingFactionHeroIds.intersect(factionLeaders)
         MoreOption.flatWhen(
@@ -1058,7 +1047,7 @@ object MidGameAIClient {
             .intersect(factionLeaders)
             .nonEmpty
         ) {
-          val leaderIdToMove =
+          val leaderIdToMove    =
             opmc.availableHeroIds
               .intersect(factionLeaders)
               .maxBy(hid => LegacyHeroUtils.seniorityOrder(faction, hid))
@@ -1074,27 +1063,26 @@ object MidGameAIClient {
               IncomingArmyUtils.isUnderAttack(province, gameState)
             ) // don't send a leader into a province under attack
 
-          validDestinations.minByOption(_.rulingFactionHeroIds.size).map {
-            destinationProvince =>
-              CommandSelection(
-                actingFactionId = actingFactionId,
-                actingProvinceId = marchAvailableCommand.actingProvinceId,
-                available = marchAvailableCommand,
-                selected = MarchSelectedCommand(
-                  gold = 0,
-                  food = 0,
-                  originProvince = originProvince.id,
-                  destinationProvinceId = destinationProvince.id,
-                  marchingUnits = Vector(
-                    CombatUnit(
-                      factionId = actingFactionId,
-                      heroId = leaderIdToMove,
-                      battalionId = None
-                    )
+          validDestinations.minByOption(_.rulingFactionHeroIds.size).map { destinationProvince =>
+            CommandSelection(
+              actingFactionId = actingFactionId,
+              actingProvinceId = marchAvailableCommand.actingProvinceId,
+              available = marchAvailableCommand,
+              selected = MarchSelectedCommand(
+                gold = 0,
+                food = 0,
+                originProvince = originProvince.id,
+                destinationProvinceId = destinationProvince.id,
+                marchingUnits = Vector(
+                  CombatUnit(
+                    factionId = actingFactionId,
+                    heroId = leaderIdToMove,
+                    battalionId = None
                   )
-                ),
-                reason = "Spreading out the faction leaders"
-              )
+                )
+              ),
+              reason = "Spreading out the faction leaders"
+            )
           }
         }
       }.headOption

src/main/scala/net/eagle0/eagle/ai/MoveLeaderToBetterProvinceCommandChooser.scala

@@ -1,11 +1,7 @@
 package net.eagle0.eagle.ai
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  AvailableCommand,
-  MarchAvailableCommand,
-  MarchCommandFromOneProvince
-}
+import net.eagle0.eagle.api.available_command.{AvailableCommand, MarchAvailableCommand, MarchCommandFromOneProvince}
 import net.eagle0.eagle.internal.faction.Faction
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.CommandSelection
@@ -30,8 +26,7 @@ object MoveLeaderToBetterProvinceCommandChooser {
       actingFactionId = actingFactionId,
       gs = gs,
       acs = acs,
-      betterDestinationChooser =
-        FactionLeaderProvinceRanker.bestSettlementPidForFactionLeader
+      betterDestinationChooser = FactionLeaderProvinceRanker.bestSettlementPidForFactionLeader
     )
 
   private def candidatesForMarchCommand(
@@ -57,22 +52,21 @@ object MoveLeaderToBetterProvinceCommandChooser {
         actingFactionId,
         mcfop.originProvinceId,
         gs
-      )
-        .flatMap { desiredPid =>
-          ProvinceDistances
-            .closestProvinceThroughFriendliesOption(
-              desiredPid,
-              mcfop.availableDestinationProvinces.map(_.provinceId).toVector,
-              actingFactionId,
-              gs
+      ).flatMap { desiredPid =>
+        ProvinceDistances
+          .closestProvinceThroughFriendliesOption(
+            desiredPid,
+            mcfop.availableDestinationProvinces.map(_.provinceId).toVector,
+            actingFactionId,
+            gs
+          )
+          .map { provinceAndDistance =>
+            MCFOPWithDestinationAndDistance(
+              mcfop = mcfop,
+              provinceAndDistance = provinceAndDistance
             )
-            .map { provinceAndDistance =>
-              MCFOPWithDestinationAndDistance(
-                mcfop = mcfop,
-                provinceAndDistance = provinceAndDistance
-              )
-            }
-        }
+          }
+      }
     }
 
   def maybeMoveLeaderToBetterProvinceCommandWithChooser(
@@ -82,15 +76,14 @@ object MoveLeaderToBetterProvinceCommandChooser {
       betterDestinationChooser: DestinationChooser
   ): Option[CommandSelection] = {
     val cs = for {
-      faction <- gs.factions.get(actingFactionId)
+      faction      <- gs.factions.get(actingFactionId)
       marchCommand <- acs.collectFirst { case ac: MarchAvailableCommand => ac }
     } yield {
       // Find the march command origin provinces that contain a faction leader
       val candidatesWithDistances = candidateCommandsWithDistances(
         actingFactionId = actingFactionId,
         gs = gs,
-        candidateCommands =
-          candidatesForMarchCommand(marchCommand, gs, faction),
+        candidateCommands = candidatesForMarchCommand(marchCommand, gs, faction),
         betterDestinationChooser = betterDestinationChooser
       )
 

src/main/scala/net/eagle0/eagle/ai/ResolveDiplomacyCommandSelector.scala

@@ -77,23 +77,24 @@ object ResolveDiplomacyCommandSelector {
     randomSelectionForType[ResolveInvitationAvailableCommand](
       availableCommands,
       functionalRandom
-    ) { case (resolveInvitationAc, fr) =>
-      selectionForResolveInvitationCommand(
-        actingFactionId = actingFactionId,
-        ac = resolveInvitationAc,
-        gs = gameState,
-        functionalRandom = fr
-      ).map { resolveInviteSelection =>
-        Some(
-          CommandSelection(
-            actingFactionId = actingFactionId,
-            actingProvinceId = 0,
-            available = resolveInvitationAc,
-            selected = resolveInviteSelection,
-            reason = "resolving invitation"
+    ) {
+      case (resolveInvitationAc, fr) =>
+        selectionForResolveInvitationCommand(
+          actingFactionId = actingFactionId,
+          ac = resolveInvitationAc,
+          gs = gameState,
+          functionalRandom = fr
+        ).map { resolveInviteSelection =>
+          Some(
+            CommandSelection(
+              actingFactionId = actingFactionId,
+              actingProvinceId = 0,
+              available = resolveInvitationAc,
+              selected = resolveInviteSelection,
+              reason = "resolving invitation"
+            )
           )
-        )
-      }
+        }
     }
 
   private def selectionForResolveInvitationCommand(
@@ -102,11 +103,9 @@ object ResolveDiplomacyCommandSelector {
       gs: GameState,
       functionalRandom: FunctionalRandom
   ): RandomState[SelectedCommand] = functionalRandom.nextDouble.map { roll =>
-    val invitedFid = actingFactionId
+    val invitedFid     = actingFactionId
     val bestInvitation = ac.invitations
-      .maxBy(inv =>
-        invitationAcceptanceChance(inv.originatingFactionId, invitedFid, gs)
-      )
+      .maxBy(inv => invitationAcceptanceChance(inv.originatingFactionId, invitedFid, gs))
 
     internalRequire(
       bestInvitation.eligibleStatuses.contains(DIPLOMACY_OFFER_STATUS_ACCEPTED),
@@ -150,23 +149,24 @@ object ResolveDiplomacyCommandSelector {
     randomSelectionForType[ResolveTruceOfferAvailableCommand](
       availableCommands,
       functionalRandom
-    ) { case (resolveTruceAc, fr) =>
-      selectionForResolveTruceOfferSelectedCommand(
-        actingFactionId = actingFactionId,
-        ac = resolveTruceAc,
-        gs = gameState,
-        functionalRandom = fr
-      ).map { resolveTruceOfferSelection =>
-        Some(
-          CommandSelection(
-            actingFactionId = actingFactionId,
-            actingProvinceId = 0,
-            available = resolveTruceAc,
-            selected = resolveTruceOfferSelection,
-            reason = "resolving truce offer"
+    ) {
+      case (resolveTruceAc, fr) =>
+        selectionForResolveTruceOfferSelectedCommand(
+          actingFactionId = actingFactionId,
+          ac = resolveTruceAc,
+          gs = gameState,
+          functionalRandom = fr
+        ).map { resolveTruceOfferSelection =>
+          Some(
+            CommandSelection(
+              actingFactionId = actingFactionId,
+              actingProvinceId = 0,
+              available = resolveTruceAc,
+              selected = resolveTruceOfferSelection,
+              reason = "resolving truce offer"
+            )
           )
-        )
-      }
+        }
     }
 
   private def selectionForResolveTruceOfferSelectedCommand(
@@ -177,9 +177,7 @@ object ResolveDiplomacyCommandSelector {
   ): RandomState[SelectedCommand] = functionalRandom.nextDouble.map { roll =>
     val actingFid = actingFactionId
     val bestOffer = ac.offers
-      .maxBy(inv =>
-        truceOfferAcceptanceChance(inv.originatingFactionId, actingFid, gs)
-      )
+      .maxBy(inv => truceOfferAcceptanceChance(inv.originatingFactionId, actingFid, gs))
 
     internalRequire(
       bestOffer.eligibleStatuses.contains(DIPLOMACY_OFFER_STATUS_ACCEPTED),
@@ -225,7 +223,7 @@ object ResolveDiplomacyCommandSelector {
       originatingFid: FactionId,
       targetFid: FactionId,
       gs: GameState
-  ): Int = {
+  ): Int =
     // Always reject if the faction already has an alliance
     if gs
         .factions(targetFid)
@@ -235,11 +233,10 @@ object ResolveDiplomacyCommandSelector {
 
     // reject if this is our only neighbor and we have no expansion possibilities
     else if LegacyFactionUtils.provinces(targetFid, gs).forall { province =>
-        province.neighbors.map { n => gs.provinces(n.provinceId) }.forall {
-          neighborProvince =>
-            neighborProvince.rulingFactionId.contains(
-              originatingFid
-            ) || neighborProvince.rulingFactionId.contains(targetFid)
+        province.neighbors.map(n => gs.provinces(n.provinceId)).forall { neighborProvince =>
+          neighborProvince.rulingFactionId.contains(
+            originatingFid
+          ) || neighborProvince.rulingFactionId.contains(targetFid)
         }
       }
     then 0
@@ -254,26 +251,24 @@ object ResolveDiplomacyCommandSelector {
             gameState = gs
           )
       ).floor.toInt.max(0)
-  }
 
   private def resolveRansomOfferSelectedCommand(
       actingFactionId: FactionId,
       gameState: GameState,
       availableCommands: Vector[AvailableCommand]
   ): Option[CommandSelection] =
-    selectionForType[ResolveRansomOfferAvailableCommand](availableCommands) {
-      resolveRansomAc =>
-        CommandSelection(
+    selectionForType[ResolveRansomOfferAvailableCommand](availableCommands) { resolveRansomAc =>
+      CommandSelection(
+        actingFactionId = actingFactionId,
+        actingProvinceId = 0,
+        available = resolveRansomAc,
+        selected = selectionForResolveRansomOfferSelectedCommand(
           actingFactionId = actingFactionId,
-          actingProvinceId = 0,
-          available = resolveRansomAc,
-          selected = selectionForResolveRansomOfferSelectedCommand(
-            actingFactionId = actingFactionId,
-            ac = resolveRansomAc,
-            gs = gameState
-          ),
-          reason = "resolving ransom offer"
-        )
+          ac = resolveRansomAc,
+          gs = gameState
+        ),
+        reason = "resolving ransom offer"
+      )
     }
 
   private def selectionForResolveRansomOfferSelectedCommand(
@@ -288,7 +283,7 @@ object ResolveDiplomacyCommandSelector {
           ransomOffer = Some(ac.offers.head),
           resolution = RansomOfferHelpers.chosenResolution(rod)
         )
-      case _ => throw new EagleInternalException("Not a ransom offer")
+      case _                       => throw new EagleInternalException("Not a ransom offer")
     }
 
   private def resolveAllianceOfferSelectedCommand(
@@ -300,23 +295,24 @@ object ResolveDiplomacyCommandSelector {
     randomSelectionForType[ResolveAllianceOfferAvailableCommand](
       availableCommands,
       functionalRandom
-    ) { case (resolveAllianceAc, fr) =>
-      selectionForResolveAllianceOfferSelectedCommand(
-        actingFactionId = actingFactionId,
-        ac = resolveAllianceAc,
-        gs = gameState,
-        functionalRandom = fr
-      ).map { resolveAllianceOfferSelection =>
-        Some(
-          CommandSelection(
-            actingFactionId = actingFactionId,
-            actingProvinceId = 0,
-            available = resolveAllianceAc,
-            selected = resolveAllianceOfferSelection,
-            reason = "resolving alliance offer"
+    ) {
+      case (resolveAllianceAc, fr) =>
+        selectionForResolveAllianceOfferSelectedCommand(
+          actingFactionId = actingFactionId,
+          ac = resolveAllianceAc,
+          gs = gameState,
+          functionalRandom = fr
+        ).map { resolveAllianceOfferSelection =>
+          Some(
+            CommandSelection(
+              actingFactionId = actingFactionId,
+              actingProvinceId = 0,
+              available = resolveAllianceAc,
+              selected = resolveAllianceOfferSelection,
+              reason = "resolving alliance offer"
+            )
           )
-        )
-      }
+        }
     }
 
   private def resolveBreakAllianceSelectedCommand(
@@ -328,23 +324,24 @@ object ResolveDiplomacyCommandSelector {
     randomSelectionForType[ResolveBreakAllianceAvailableCommand](
       availableCommands,
       functionalRandom
-    ) { case (resolveBreakAllianceAc, fr) =>
-      selectionForResolveBreakAllianceSelectedCommand(
-        actingFactionId = actingFactionId,
-        ac = resolveBreakAllianceAc,
-        gs = gameState,
-        functionalRandom = fr
-      ).map { resolveBreakAllianceSelection =>
-        Some(
-          CommandSelection(
-            actingFactionId = actingFactionId,
-            actingProvinceId = 0,
-            available = resolveBreakAllianceAc,
-            selected = resolveBreakAllianceSelection,
-            reason = "resolving break alliance"
+    ) {
+      case (resolveBreakAllianceAc, fr) =>
+        selectionForResolveBreakAllianceSelectedCommand(
+          actingFactionId = actingFactionId,
+          ac = resolveBreakAllianceAc,
+          gs = gameState,
+          functionalRandom = fr
+        ).map { resolveBreakAllianceSelection =>
+          Some(
+            CommandSelection(
+              actingFactionId = actingFactionId,
+              actingProvinceId = 0,
+              available = resolveBreakAllianceAc,
+              selected = resolveBreakAllianceSelection,
+              reason = "resolving break alliance"
+            )
           )
-        )
-      }
+        }
     }
 
   private def selectionForResolveAllianceOfferSelectedCommand(
@@ -355,9 +352,7 @@ object ResolveDiplomacyCommandSelector {
   ): RandomState[SelectedCommand] = functionalRandom.nextDouble.map { roll =>
     val actingFid = actingFactionId
     val bestOffer = ac.offers
-      .maxBy(inv =>
-        allianceOfferAcceptanceChance(inv.originatingFactionId, actingFid, gs)
-      )
+      .maxBy(inv => allianceOfferAcceptanceChance(inv.originatingFactionId, actingFid, gs))
 
     internalRequire(
       bestOffer.eligibleStatuses.contains(DIPLOMACY_OFFER_STATUS_ACCEPTED),

src/main/scala/net/eagle0/eagle/ai/SeekMoreLeadersCommandChooser.scala

@@ -1,19 +1,13 @@
 package net.eagle0.eagle.ai
 
 import net.eagle0.common.MoreOption
-import net.eagle0.eagle.api.available_command.{
-  AvailableCommand,
-  MarchAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{AvailableCommand, MarchAvailableCommand}
 import net.eagle0.eagle.api.selected_command.MarchSelectedCommand
 import net.eagle0.eagle.common.combat_unit.CombatUnit
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.hero.Hero
 import net.eagle0.eagle.internal.province.Province
-import net.eagle0.eagle.library.settings.{
-  LoyaltyGainFromFeast,
-  MinimumLoyaltyForSwearBrotherhood
-}
+import net.eagle0.eagle.library.settings.{LoyaltyGainFromFeast, MinimumLoyaltyForSwearBrotherhood}
 import net.eagle0.eagle.library.util.{CommandSelection, ProvinceDistances}
 import net.eagle0.eagle.library.util.command_choice_helpers.{
   CommandChoiceHelpers,
@@ -43,21 +37,22 @@ object SeekMoreLeadersCommandChooser {
       factionHeadProvince: Province,
       gameState: GameState
   ): Option[CommandSelection] = {
-    val opmc = command.oneProvinceCommands
+    val opmc            = command.oneProvinceCommands
       .find(_.originProvinceId == startingProvince.id)
       .get
     val bestDestination =
       opmc.availableDestinationProvinces
         .map(dest => (opmc, gameState.provinces(dest.provinceId)))
-        .flatMap { case (opmc, p) =>
-          ProvinceDistances
-            .distanceThroughFriendliesOption(
-              factionHeadProvince.id,
-              p.id,
-              factionHeadProvince.rulingFactionId.get,
-              gameState
-            )
-            .map(distance => (opmc, p, distance))
+        .flatMap {
+          case (opmc, p) =>
+            ProvinceDistances
+              .distanceThroughFriendliesOption(
+                factionHeadProvince.id,
+                p.id,
+                factionHeadProvince.rulingFactionId.get,
+                gameState
+              )
+              .map(distance => (opmc, p, distance))
         }
         .minByOption(_._3)
 
@@ -88,7 +83,7 @@ object SeekMoreLeadersCommandChooser {
       actingFactionId: FactionId,
       gameState: GameState,
       acs: Vector[AvailableCommand]
-  ): Option[CommandSelection] = {
+  ): Option[CommandSelection] =
     LegacyFactionUtils
       .provinces(actingFactionId, gameState)
       .find(
@@ -106,36 +101,34 @@ object SeekMoreLeadersCommandChooser {
                   province.rulingFactionHeroIds.map(gameState.heroes),
                   gameState.factions(actingFactionId).leaders.toVector
                 )
-                .map { hero => Candidate(hero, province) }
+                .map(hero => Candidate(hero, province))
             }
 
-        val marchACs = acs
-          .collect { case ac: MarchAvailableCommand => ac }
+        val marchACs = acs.collect { case ac: MarchAvailableCommand => ac }
 
         val marchableCandidates = candidates.flatMap { c =>
-          marchACs
-            .find { mac =>
-              mac.oneProvinceCommands.exists(opmc =>
-                opmc.originProvinceId == c.province.id && opmc.availableHeroIds.toVector
-                  .contains(c.hero.id)
-              )
-            }
+          marchACs.find { mac =>
+            mac.oneProvinceCommands.exists(opmc =>
+              opmc.originProvinceId == c.province.id && opmc.availableHeroIds.toVector
+                .contains(c.hero.id)
+            )
+          }
             .map(mac => (mac, c))
         }
 
         marchableCandidates
           .maxByOption(x => LegacyHeroUtils.power(x._2.hero))
-          .flatMap { case (command, candidate) =>
-            maybeMoveTowardDestination(
-              command = command,
-              hero = candidate.hero,
-              startingProvince = candidate.province,
-              factionHeadProvince = provinceWithFactionHead,
-              gameState = gameState
-            )
+          .flatMap {
+            case (command, candidate) =>
+              maybeMoveTowardDestination(
+                command = command,
+                hero = candidate.hero,
+                startingProvince = candidate.province,
+                factionHeadProvince = provinceWithFactionHead,
+                gameState = gameState
+              )
           }
       }
-  }
 
   def maybeSeekMoreLeadersCommand(
       actingFactionId: FactionId,
@@ -154,37 +147,36 @@ object SeekMoreLeadersCommandChooser {
               faction.leaders.toVector
             )
 
-            desiredHero
-              .flatMap { hero =>
-                SwearBrotherhoodCommandSelector
-                  .chosenCommandForSpecificHero(
-                    actingFactionId = actingFactionId,
-                    gameState = gameState,
-                    availableCommands = acs,
-                    desiredHeroId = hero.id
-                  )
-                  .orElse {
-                    MoreOption.flatWhen(
-                      MinimumLoyaltyForSwearBrotherhood.doubleValue - hero.loyalty < LoyaltyGainFromFeast.doubleValue
-                    ) {
-                      CommandChoiceHelpers.chosenFeastCommandIfAvailable(
-                        actingFactionId = actingFactionId,
-                        gameState = gameState,
-                        availableCommands = acs,
-                        reason = s"want to make hero ${hero.id} a leader"
-                      )
-                    }
-                  }
-                  .orElse {
-                    HeroGiftCommandSelector.chosenCommandForSpecificHero(
+            desiredHero.flatMap { hero =>
+              SwearBrotherhoodCommandSelector
+                .chosenCommandForSpecificHero(
+                  actingFactionId = actingFactionId,
+                  gameState = gameState,
+                  availableCommands = acs,
+                  desiredHeroId = hero.id
+                )
+                .orElse {
+                  MoreOption.flatWhen(
+                    MinimumLoyaltyForSwearBrotherhood.doubleValue - hero.loyalty < LoyaltyGainFromFeast.doubleValue
+                  ) {
+                    CommandChoiceHelpers.chosenFeastCommandIfAvailable(
                       actingFactionId = actingFactionId,
                       gameState = gameState,
                       availableCommands = acs,
-                      heroId = hero.id,
-                      reason = "want to make this hero a leader"
+                      reason = s"want to make hero ${hero.id} a leader"
                     )
                   }
-              }
+                }
+                .orElse {
+                  HeroGiftCommandSelector.chosenCommandForSpecificHero(
+                    actingFactionId = actingFactionId,
+                    gameState = gameState,
+                    availableCommands = acs,
+                    heroId = hero.id,
+                    reason = "want to make this hero a leader"
+                  )
+                }
+            }
               .orElse(
                 // Then try moving a hero this way
                 maybeMoveBestCandidateCommand(

src/main/scala/net/eagle0/eagle/client_text/ClientText.scala

@@ -37,5 +37,5 @@ case class UnrequestedClientText(
     llmRequest: GeneratedTextRequest
 ) extends ClientText {
   def complete: Boolean = false
-  def text: String = ""
+  def text: String      = ""
 }

src/main/scala/net/eagle0/eagle/client_text/ClientTextStoreImpl.scala

@@ -9,11 +9,7 @@ import scala.util.Try
 
 import net.eagle0.common.ProtoParser
 import net.eagle0.eagle.{ClientTextId, FactionId}
-import net.eagle0.eagle.internal.client_text.{
-  IncompleteText,
-  IncompleteTextStore,
-  UnrequestedText
-}
+import net.eagle0.eagle.internal.client_text.{IncompleteText, IncompleteTextStore, UnrequestedText}
 import net.eagle0.eagle.internal.generated_text_request.GeneratedTextRequest
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 import net.eagle0.eagle.library.EagleInternalException
@@ -56,7 +52,7 @@ case class ClientTextStoreImpl(
           requestedAfterHistoryCount = requestedAfterHistoryCount,
           llmRequest = llmRequest
         )),
-        accessibleTo = this.accessibleTo + (id -> accessibleTo),
+        accessibleTo = this.accessibleTo + (id    -> accessibleTo),
         accessibleToIsSaved = false,
         incompleteTextsAreSaved = false
       )
@@ -73,8 +69,7 @@ case class ClientTextStoreImpl(
               id = id,
               partialText = "",
               llmRequest = unrequested.llmRequest,
-              requestedAfterHistoryCount =
-                unrequested.requestedAfterHistoryCount
+              requestedAfterHistoryCount = unrequested.requestedAfterHistoryCount
             )),
           unrequestedTexts = unrequestedTexts - id,
           incompleteTextsAreSaved = false
@@ -98,7 +93,7 @@ case class ClientTextStoreImpl(
       .orElse {
         completeTexts.get(id).map(_.text)
       }
-      .map { text => TextGenerationSuccess(text) }
+      .map(text => TextGenerationSuccess(text))
       .getOrElse {
         incompleteTexts
           .get(id)
@@ -172,7 +167,7 @@ case class ClientTextStoreImpl(
       addedFactionIds: Vector[FactionId]
   ): ClientTextStore = {
     val originalFactionIds = accessibleTo.getOrElse(id, Vector()).sorted
-    val updatedFactionIds =
+    val updatedFactionIds  =
       (originalFactionIds ++ addedFactionIds).distinct.sorted
 
     if updatedFactionIds == originalFactionIds then this
@@ -206,22 +201,22 @@ case class ClientTextStoreImpl(
 }
 
 object ClientTextStoreImpl {
-  private val separator = "\n******\n"
+  private val separator        = "\n******\n"
   private val separatorPattern = Pattern.quote(separator)
 
-  private def completeTextsKey = "completeText.txt"
+  private def completeTextsKey   = "completeText.txt"
   private def incompleteTextsKey = "incompleteText.dat"
-  private def visibilityKey = "visibility.txt"
+  private def visibilityKey      = "visibility.txt"
 
   def saved(clientTextStore: ClientTextStoreImpl): ClientTextStore = {
     val completeSaved =
       if clientTextStore.completeTexts.size > clientTextStore.savedCompleteCount
       then {
         // FIXME: make this append, will require Persister changes
-        val saveData = clientTextStore.completeTexts
-          .map { case (_: String, ct: CompleteClientText) =>
+        val saveData = clientTextStore.completeTexts.map {
+          case (_: String, ct: CompleteClientText) =>
             s"${ct.id}\n${ct.requestedAfterHistoryCount}\n${ct.text}$separator"
-          }
+        }
           .mkString("")
           .getBytes(StandardCharsets.UTF_8)
 
@@ -231,9 +226,7 @@ object ClientTextStoreImpl {
           )
         }
 
-        clientTextStore.copy(savedCompleteCount =
-          clientTextStore.completeTexts.size
-        )
+        clientTextStore.copy(savedCompleteCount = clientTextStore.completeTexts.size)
       } else clientTextStore
 
     val incompleteSaved =
@@ -270,10 +263,10 @@ object ClientTextStoreImpl {
 
     val accessibleToSaved =
       if !incompleteSaved.accessibleToIsSaved then {
-        val accessibleToData = incompleteSaved.accessibleTo
-          .map { case (id, factions) =>
+        val accessibleToData = incompleteSaved.accessibleTo.map {
+          case (id, factions) =>
             s"$id\n${factions.mkString(",")}$separator"
-          }
+        }
           .mkString("")
           .getBytes(StandardCharsets.UTF_8)
 
@@ -316,9 +309,10 @@ object ClientTextStoreImpl {
           }
           .toVector
       }
-      .recover { case _: FileNotFoundException =>
-        println("No complete text store found")
-        Vector()
+      .recover {
+        case _: FileNotFoundException =>
+          println("No complete text store found")
+          Vector()
       }
 
   private def loadedIncompleteTexts(
@@ -350,9 +344,10 @@ object ClientTextStoreImpl {
           }
           .getOrElse((Vector(), Vector()))
       }
-      .recover { case _: FileNotFoundException =>
-        println("No incomplete text store found")
-        (Vector(), Vector())
+      .recover {
+        case _: FileNotFoundException =>
+          println("No incomplete text store found")
+          (Vector(), Vector())
       }
 
   private def loadedAccessibleTo(
@@ -376,9 +371,10 @@ object ClientTextStoreImpl {
           }
           .toMap
       }
-      .recover { case _: FileNotFoundException =>
-        println("No accessibleTo store found")
-        Map()
+      .recover {
+        case _: FileNotFoundException =>
+          println("No accessibleTo store found")
+          Map()
       }
 
   def loaded(
@@ -386,22 +382,18 @@ object ClientTextStoreImpl {
       persister: Persister
   ): Try[ClientTextStore] =
     for {
-      loadedCompletedTexts <- loadedCompleteTexts(persister)
+      loadedCompletedTexts  <- loadedCompleteTexts(persister)
       loadedIncompleteTexts <- loadedIncompleteTexts(persister)
-      loadedAccessibleTo <- loadedAccessibleTo(persister)
-    } yield {
-      ClientTextStoreImpl(
-        pregenerated = pregenerated,
-        persister = persister,
-        completeTexts = loadedCompletedTexts.map(ct => ct.id -> ct).toMap,
-        incompleteTexts =
-          loadedIncompleteTexts._1.map(ict => ict.id -> ict).toMap,
-        unrequestedTexts =
-          loadedIncompleteTexts._2.map(ut => ut.id -> ut).toMap,
-        accessibleTo = loadedAccessibleTo,
-        savedCompleteCount = loadedCompletedTexts.size,
-        incompleteTextsAreSaved = true,
-        accessibleToIsSaved = true
-      )
-    }
+      loadedAccessibleTo    <- loadedAccessibleTo(persister)
+    } yield ClientTextStoreImpl(
+      pregenerated = pregenerated,
+      persister = persister,
+      completeTexts = loadedCompletedTexts.map(ct => ct.id -> ct).toMap,
+      incompleteTexts = loadedIncompleteTexts._1.map(ict => ict.id -> ict).toMap,
+      unrequestedTexts = loadedIncompleteTexts._2.map(ut => ut.id -> ut).toMap,
+      accessibleTo = loadedAccessibleTo,
+      savedCompleteCount = loadedCompletedTexts.size,
+      incompleteTextsAreSaved = true,
+      accessibleToIsSaved = true
+    )
 }

src/main/scala/net/eagle0/eagle/client_text/TextGenerationResult.scala

@@ -22,7 +22,7 @@ object TextGenerationResult {
               acc :+ result,
               tail
             )
-          case x => x
+          case x                             => x
         }
     }
 
@@ -47,30 +47,28 @@ trait TextGenerationResult {
 }
 case class TextGenerationSuccess(result: String) extends TextGenerationResult {
   override def resolved: Boolean = true
-  override def get: String = result
+  override def get: String       = result
 }
 case class TextGenerationDependencyInProgress(
     inProgressTextId: String,
     partialText: String
 ) extends TextGenerationResult {
   override def resolved: Boolean = false
-  override def get: String =
+  override def get: String       =
     throw new EagleInternalException(
       s"Text generation dependency in progress: $inProgressTextId"
     )
 }
-case class TextGenerationDependencyWaiting(notSatisfiedTextId: String)
-    extends TextGenerationResult {
+case class TextGenerationDependencyWaiting(notSatisfiedTextId: String) extends TextGenerationResult {
   override def resolved: Boolean = false
-  override def get: String =
+  override def get: String       =
     throw new EagleInternalException(
       s"Text generation dependency not satisfied: $notSatisfiedTextId"
     )
 }
-case class TextGenerationDependencyUnknown(unknownTextId: String)
-    extends TextGenerationResult {
+case class TextGenerationDependencyUnknown(unknownTextId: String) extends TextGenerationResult {
   override def resolved: Boolean = false
-  override def get: String =
+  override def get: String       =
     throw new EagleInternalException(
       s"Text generation dependency unknown: $unknownTextId"
     )

src/main/scala/net/eagle0/eagle/library/ActionResultFilter.scala

@@ -84,8 +84,8 @@ object ActionResultFilter {
     RoundPhase.HERO_DEPARTURES,
     RoundPhase.UNCONTESTED_CONQUEST,
     RoundPhase.BATTLE_RESOLUTION,
-    RoundPhase.BATTLE_AFTERMATH, // MIGHT BE WRONG
-    RoundPhase.ATTACK_DECISION, // MIGHT BE WRONG
+    RoundPhase.BATTLE_AFTERMATH,    // MIGHT BE WRONG
+    RoundPhase.ATTACK_DECISION,     // MIGHT BE WRONG
     RoundPhase.DIPLOMACY_RESOLUTION // IS WRONG
   )
 
@@ -97,8 +97,7 @@ object ActionResultFilter {
     GameStateViewDiffer.diff(
       before = GameStateViewFilter
         .filteredGameState(gs = before, factionId = factionId),
-      after =
-        GameStateViewFilter.filteredGameState(gs = after, factionId = factionId)
+      after = GameStateViewFilter.filteredGameState(gs = after, factionId = factionId)
     )
 
   private def transformOne(
@@ -115,9 +114,7 @@ object ActionResultFilter {
     )
 
     def shouldInclude(note: Notification): Boolean =
-      note.targetFactions.isEmpty || factionId.exists(fid =>
-        note.targetFactions.exists(_.factionId == fid)
-      )
+      note.targetFactions.isEmpty || factionId.exists(fid => note.targetFactions.exists(_.factionId == fid))
 
     if gsDiff.isDefined &&
       result.actionResult.player.isDefined &&
@@ -143,8 +140,7 @@ object ActionResultFilter {
         province = actionResult.province,
         leader = actionResult.leader,
         gameStateDiff = gsDiff,
-        notifications =
-          actionResult.notificationsToDeliver.filter(shouldInclude)
+        notifications = actionResult.notificationsToDeliver.filter(shouldInclude)
       )
     }
   }
@@ -154,10 +150,9 @@ object ActionResultFilter {
       results: Vector[ActionWithResultingState],
       factionId: Option[FactionId]
   ): Vector[ActionResultView] =
-    factionId
-      .map { pid =>
-        filterForPlayer(startingState, results, pid)
-      }
+    factionId.map { pid =>
+      filterForPlayer(startingState, results, pid)
+    }
       .getOrElse(filterForObserver(startingState, results))
 
   def filterForPlayer(
@@ -182,7 +177,5 @@ object ActionResultFilter {
       startingState: GameState,
       results: Vector[ActionWithResultingState]
   ): Vector[ActionResultView] =
-    results.flatMap(res =>
-      observeOne(result = res, startingState = startingState)
-    )
+    results.flatMap(res => observeOne(result = res, startingState = startingState))
 }

src/main/scala/net/eagle0/eagle/library/EagleValidationException.scala

@@ -1,4 +1,3 @@
 package net.eagle0.eagle.library
 
-class EagleValidationException(message: String)
-    extends EagleInternalException(message) {}
+class EagleValidationException(message: String) extends EagleInternalException(message) {}

src/main/scala/net/eagle0/eagle/library/EngineImpl.scala

@@ -8,24 +8,15 @@ import net.eagle0.eagle.api.command.AvailableCommands
 import net.eagle0.eagle.api.selected_command.SelectedCommand
 import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.game_state.GameState
-import net.eagle0.eagle.library.actions.applier.{
-  ActionResultProtoApplier,
-  ActionResultProtoApplierImpl
-}
+import net.eagle0.eagle.library.actions.applier.{ActionResultProtoApplier, ActionResultProtoApplierImpl}
 import net.eagle0.eagle.library.actions.availability.AvailableCommandsFactory
 import net.eagle0.eagle.library.actions.impl.action.{
   CheckForFulfilledQuestsAction,
   HeroBackstoryUpdateActionGenerator,
   ResolveBattleAction
 }
-import net.eagle0.eagle.library.actions.impl.command.{
-  AvailableCommandTypeMap,
-  CommandFactory
-}
-import net.eagle0.eagle.library.actions.impl.common.{
-  ActionWithResultingState,
-  RandomStateProtoSequencer
-}
+import net.eagle0.eagle.library.actions.impl.command.{AvailableCommandTypeMap, CommandFactory}
+import net.eagle0.eagle.library.actions.impl.common.{ActionWithResultingState, RandomStateProtoSequencer}
 import net.eagle0.eagle.library.util.hero_generator.HeroGenerator
 import net.eagle0.eagle.library.util.validations.RuntimeValidator
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
@@ -83,11 +74,9 @@ object EngineImpl {
           .toVector,
         battalions = eng.currentState.battalions.values.toVector
           .map(BattalionConverter.fromProto),
-        getHero =
-          hid => eng.currentState.heroes.get(hid).map(HeroConverter.fromProto),
+        getHero = hid => eng.currentState.heroes.get(hid).map(HeroConverter.fromProto),
         battalionTypes = eng.currentState.battalionTypes.toVector,
-        heroBackstoryTextIdLookup =
-          hid => eng.currentState.heroes(hid).backstoryVersions.last.textId
+        heroBackstoryTextIdLookup = hid => eng.currentState.heroes(hid).backstoryVersions.last.textId
       ).results
     )
 
@@ -99,8 +88,7 @@ object EngineImpl {
       withPhaseAdvancement(engineAndResults)
     )
 
-    if newEar.results.length > engineAndResults.results.length then
-      withUpdateChecks(newEar)
+    if newEar.results.length > engineAndResults.results.length then withUpdateChecks(newEar)
     else newEar
   }
 
@@ -110,8 +98,7 @@ object EngineImpl {
   ): EngineAndResults = withUpdateChecks(
     EngineAndResultsImpl(
       engine = engine.copy(
-        currentState =
-          results.lastOption.map(_.gameState).getOrElse(engine.currentState),
+        currentState = results.lastOption.map(_.gameState).getOrElse(engine.currentState),
         history = engine.history.withNewResults(results)
       ),
       results = results.map(_.actionResult)
@@ -146,14 +133,14 @@ final case class EngineAndResultsImpl(
 
   def recursiveTransformT(
       f: EngineImpl => Vector[ActionResultT]
-  ): EngineAndResultsImpl = recursiveTransform(eng => {
+  ): EngineAndResultsImpl = recursiveTransform { eng =>
     val results = f(eng)
     RandomStateProtoSequencer(
       initialStateProto = eng.currentState,
       actionResultProtoApplier = eng.actionResultProtoApplier,
       functionalRandom = SeededRandom(eng.currentState.randomSeed)
     ).withActionResultTs(_ => results).results.newValue
-  })
+  }
 
   def saveNow: EngineAndResultsImpl =
     this.copy(engine = this.engine.saveNow)
@@ -169,8 +156,7 @@ case class EngineImpl(
     override val currentState: GameState,
     heroGenerator: HeroGenerator,
     override val history: GameHistory,
-    actionResultProtoApplier: ActionResultProtoApplier =
-      new ActionResultProtoApplierImpl(validator = RuntimeValidator)
+    actionResultProtoApplier: ActionResultProtoApplier = new ActionResultProtoApplierImpl(validator = RuntimeValidator)
 ) extends Engine {
   import net.eagle0.eagle.library.util.EagleRequire.commandRequire
 
@@ -298,7 +284,7 @@ case class EngineImpl(
       availableCommandOpt.isDefined,
       s"No matching available command for selected command $selectedCommand"
     )
-    val availableCommand = availableCommandOpt.get
+    val availableCommand    = availableCommandOpt.get
 
     val sequencer = RandomStateProtoSequencer(
       initialStateProto = this.currentState,
@@ -326,9 +312,7 @@ case class EngineImpl(
       )
 
       results
-    }.withProtolessSequentialResultsAction(gs =>
-      HeroBackstoryUpdateActionGenerator.fromGameState(gs)
-    )
+    }.withProtolessSequentialResultsAction(gs => HeroBackstoryUpdateActionGenerator.fromGameState(gs))
 
     appliedResults(
       engine = this,

src/main/scala/net/eagle0/eagle/library/GameHistory.scala

@@ -17,8 +17,7 @@ trait GameHistory {
   def all: Vector[ActionWithResultingState]
   def since(count: Int): Vector[ActionWithResultingState]
   def sinceCapped(count: Int, resultSizeCap: Int): CappedResults =
-    if this.count - count <= resultSizeCap then
-      CappedResults(since(count), None)
+    if this.count - count <= resultSizeCap then CappedResults(since(count), None)
     else
       CappedResults(
         since(this.count - resultSizeCap),

src/main/scala/net/eagle0/eagle/library/RoundPhaseAdvancer.scala

@@ -6,10 +6,7 @@ import net.eagle0.common.SeededRandom
 import net.eagle0.eagle.common.round_phase.RoundPhase
 import net.eagle0.eagle.common.round_phase.RoundPhase.*
 import net.eagle0.eagle.internal.game_state.GameState
-import net.eagle0.eagle.library.actions.applier.{
-  ActionResultProtoApplier,
-  ActionResultTApplierImpl
-}
+import net.eagle0.eagle.library.actions.applier.{ActionResultProtoApplier, ActionResultTApplierImpl}
 import net.eagle0.eagle.library.actions.availability.AvailableCommandsFactory
 import net.eagle0.eagle.library.actions.impl.action.*
 import net.eagle0.eagle.library.actions.impl.command.CommandFactory
@@ -29,8 +26,8 @@ import net.eagle0.eagle.RoundId
 object RoundPhaseAdvancer {
   private val times: mutable.Map[RoundPhase, Long] =
     mutable.Map(RoundPhase.values.map(_ -> 0L)*)
-  private val print = false
-  private val roundsBetweenPrint = 100
+  private val print                                = false
+  private val roundsBetweenPrint                   = 100
 
   private def printTimings(roundId: RoundId): Unit = {
     val totalTime = times.values.sum.toDouble / 1000.0
@@ -39,7 +36,7 @@ object RoundPhaseAdvancer {
       case (phase, time) =>
         val timeInSecs = time.toDouble / 1000.0
         val msPerRound = time.toDouble / roundId.toDouble
-        val timePct = timeInSecs / totalTime * 100.0
+        val timePct    = timeInSecs / totalTime * 100.0
         println(
           f"$phase%-25s: $timeInSecs%6.2fs ($msPerRound%4.2fms per round), $timePct%4.1f%%"
         )
@@ -56,7 +53,7 @@ object RoundPhaseAdvancer {
       commandFactory: CommandFactory
   ): Vector[ActionWithResultingState] = {
     val currentPhase = currentState.currentPhase
-    val startTime = System.currentTimeMillis
+    val startTime    = System.currentTimeMillis
 
     if print && currentPhase == NEW_ROUND && currentState.currentRoundId % roundsBetweenPrint == 0
     then {
@@ -270,8 +267,7 @@ object RoundPhaseAdvancer {
           currentRoundId = currentState.currentRoundId,
           currentDate = DateConverter.fromProto(currentState.currentDate),
           battleCounter = currentState.battleCounter,
-          heroes =
-            currentState.heroes.view.mapValues(HeroConverter.fromProto).toMap,
+          heroes = currentState.heroes.view.mapValues(HeroConverter.fromProto).toMap,
           battalions = currentState.battalions.view
             .mapValues(BattalionConverter.fromProto)
             .toMap,
@@ -286,7 +282,7 @@ object RoundPhaseAdvancer {
             converted.typeId -> converted
           }.toMap
         )
-        val requestResults = actionResultProtoApplier.applyActionResults(
+        val requestResults       = actionResultProtoApplier.applyActionResults(
           currentState,
           requestBattlesAction.results.map(
             ActionResultProtoConverter.toProto(_)
@@ -337,8 +333,7 @@ object RoundPhaseAdvancer {
             currentState,
             EndDiplomacyResolutionPhaseAction(
               currentState,
-              actionResultTApplier =
-                ActionResultTApplierImpl(actionResultProtoApplier)
+              actionResultTApplier = ActionResultTApplierImpl(actionResultProtoApplier)
             ).randomResults(SeededRandom(currentState.randomSeed))
               .newValue
               .map(ActionResultProtoConverter.toProto)
@@ -352,7 +347,7 @@ object RoundPhaseAdvancer {
       case Unrecognized(x) =>
         throw new IllegalStateException(s"Unknown round phase $x")
     }
-    val timeSpent = System.currentTimeMillis - startTime
+    val timeSpent                                 = System.currentTimeMillis - startTime
     times(currentPhase) = times(currentPhase) + timeSpent
 
     validateResults(results, currentState, availableCommandsFactory)

src/main/scala/net/eagle0/eagle/library/actions/applier/ActionResultProtoApplierImpl.scala

@@ -31,10 +31,7 @@ import net.eagle0.eagle.common.unaffiliated_hero_type.UnaffiliatedHeroType.{
 import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.army.{HostileArmyGroup, MovingArmy}
 import net.eagle0.eagle.internal.battalion.Battalion
-import net.eagle0.eagle.internal.changed_faction.{
-  ChangedFaction,
-  TrustLevelUpdate
-}
+import net.eagle0.eagle.internal.changed_faction.{ChangedFaction, TrustLevelUpdate}
 import net.eagle0.eagle.internal.changed_hero.ChangedHero
 import net.eagle0.eagle.internal.changed_hero.ChangedHero.{Loyalty, Vigor}
 import net.eagle0.eagle.internal.changed_province.ChangedProvince
@@ -49,24 +46,19 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.internal.run_status.RunStatus
 import net.eagle0.eagle.internal.shardok_battle.ShardokBattle
 import net.eagle0.eagle.library.actions.impl.common.ActionWithResultingState
-import net.eagle0.eagle.library.settings.{
-  ExtraXpForStatBumpOver100,
-  XpForStatBump
-}
+import net.eagle0.eagle.library.settings.{ExtraXpForStatBumpOver100, XpForStatBump}
 import net.eagle0.eagle.library.util.hero.LegacyHeroUtils
 import net.eagle0.eagle.library.util.validations.Validator
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 import net.eagle0.eagle.library.util.ProvinceEventUtils
 import net.eagle0.eagle.library.EagleInternalException
 
-class ActionResultProtoApplierImpl(validator: Validator)
-    extends ActionResultProtoApplier {
+class ActionResultProtoApplierImpl(validator: Validator) extends ActionResultProtoApplier {
   import validator.validate
 
   override def xpForStatBump(stat: Int): Int =
     if stat <= 99 then XpForStatBump.intValue
-    else
-      XpForStatBump.intValue + ExtraXpForStatBumpOver100.intValue * (stat - 99)
+    else XpForStatBump.intValue + ExtraXpForStatBumpOver100.intValue * (stat - 99)
 
   private val trustMax: Int = 100
 
@@ -93,10 +85,11 @@ class ActionResultProtoApplierImpl(validator: Validator)
       if changedProvinces.isEmpty then gameState
       else
         changedProvinces
-          .foldLeft(gameState) { case (gs, cp) =>
-            val after = gs.applyChangedProvince(cp)
-            validate(after.provinces(cp.id), gs.currentPhase)
-            after
+          .foldLeft(gameState) {
+            case (gs, cp) =>
+              val after = gs.applyChangedProvince(cp)
+              validate(after.provinces(cp.id), gs.currentPhase)
+              after
           }
 
     def applyChangedProvince(cp: ChangedProvince): GameState = {
@@ -134,7 +127,7 @@ class ActionResultProtoApplierImpl(validator: Validator)
           _.incomingShipments.modify { is =>
             val holdovers =
               is.filterNot(sh => cp.removedIncomingShipmentIds.contains(sh.id))
-            val nextId = holdovers
+            val nextId    = holdovers
               .map(_.id)
               .reduceOption(_ max _)
               .getOrElse(0) + 1
@@ -149,9 +142,7 @@ class ActionResultProtoApplierImpl(validator: Validator)
               da.map { nda =>
                 nda.withUnits(
                   nda.units
-                    .filterNot(u =>
-                      cp.removedRulingPlayerHeroIds.contains(u.heroId)
-                    )
+                    .filterNot(u => cp.removedRulingPlayerHeroIds.contains(u.heroId))
                     .map {
                       case CombatUnit(
                             pid,
@@ -185,17 +176,11 @@ class ActionResultProtoApplierImpl(validator: Validator)
             newF
           },
           _.priceIndex.setIfDefined(cp.newPriceIndex),
-          _.economy.modify(e =>
-            (e + cp.economyDelta.getOrElse(0.0)).max(0.0).min(100.0)
-          ),
+          _.economy.modify(e => (e + cp.economyDelta.getOrElse(0.0)).max(0.0).min(100.0)),
           _.agriculture
-            .modify(a =>
-              (a + cp.agricultureDelta.getOrElse(0.0)).max(0.0).min(100.0)
-            ),
+            .modify(a => (a + cp.agricultureDelta.getOrElse(0.0)).max(0.0).min(100.0)),
           _.infrastructure
-            .modify(i =>
-              (i + cp.infrastructureDelta.getOrElse(0.0)).max(0.0).min(100.0)
-            ),
+            .modify(i => (i + cp.infrastructureDelta.getOrElse(0.0)).max(0.0).min(100.0)),
           _.economyDevastation.modify(d =>
             (d + cp.economyDevastationDelta.getOrElse(0.0))
               .max(0.0)
@@ -211,16 +196,12 @@ class ActionResultProtoApplierImpl(validator: Validator)
               .max(0.0)
               .min(provinceBefore.infrastructure)
           ),
-          _.support.modify(s =>
-            (s + cp.supportDelta.getOrElse(0.0)).max(0.0).min(100.0)
-          ),
+          _.support.modify(s => (s + cp.supportDelta.getOrElse(0.0)).max(0.0).min(100.0)),
           _.hasActed.setIfDefined(cp.setHasActed),
           _.rulerIsTraveling.setIfDefined(cp.setRulerIsTraveling),
           _.unaffiliatedHeroes.modify(uhs =>
             uhs
-              .filterNot(uh =>
-                cp.removedUnaffiliatedHeroIds.contains(uh.heroId)
-              )
+              .filterNot(uh => cp.removedUnaffiliatedHeroIds.contains(uh.heroId))
               .filterNot(uh =>
                 cp.changedUnaffiliatedHeroes
                   .map(_.heroId)
@@ -247,14 +228,14 @@ class ActionResultProtoApplierImpl(validator: Validator)
                 cp.newProvinceEvents.exists(
                   _.newEvents.exists(ProvinceEventUtils.isBeastsEvent)
                 )
-              ) { gameState.currentDate.get }
+              )(gameState.currentDate.get)
           ),
           _.lastRiotDate.setIfDefined(
             Option.when(
               cp.newProvinceEvents.exists(
                 _.newEvents.exists(ProvinceEventUtils.isImminentRiotEvent)
               )
-            ) { gameState.currentDate.get }
+            )(gameState.currentDate.get)
           ),
           _.incomingEndTurnActions :++= cp.addedIncomingEndTurnActions,
           _.incomingEndTurnActions.modify(
@@ -265,9 +246,7 @@ class ActionResultProtoApplierImpl(validator: Validator)
               .map(idx => dcs.patch(idx, Nil, 1))
               .getOrElse(dcs) ++ cp.addedDeferredChange.asNonEmpty
           ),
-          _.battleRevelations.modify(brs =>
-            brs.diff(cp.removedBattleRevelations) ++ cp.addedBattleRevelations
-          )
+          _.battleRevelations.modify(brs => brs.diff(cp.removedBattleRevelations) ++ cp.addedBattleRevelations)
         )
 
       val provinceFixedForRuler =
@@ -275,27 +254,27 @@ class ActionResultProtoApplierImpl(validator: Validator)
         then
           provinceApplied.update(
             _.optionalRulingFactionId := None,
-            _.optionalRulingHeroId := None,
-            _.rulingFactionHeroIds := Vector.empty,
-            _.support := 0,
-            _.provinceOrders := ProvinceOrderType.UNKNOWN_ORDERS,
+            _.optionalRulingHeroId    := None,
+            _.rulingFactionHeroIds    := Vector.empty,
+            _.support                 := 0,
+            _.provinceOrders          := ProvinceOrderType.UNKNOWN_ORDERS,
             _.unaffiliatedHeroes.modify(uhs =>
               uhs.map(uh =>
                 uh.update(
                   _.recruitmentInfo := RecruitmentInfo(
                     status = uh.`type` match {
-                      case UNAFFILIATED_HERO_PRISONER =>
+                      case UNAFFILIATED_HERO_PRISONER               =>
                         RECRUITMENT_STATUS_PRISONER
-                      case UNAFFILIATED_HERO_MOVING_PRISONER =>
+                      case UNAFFILIATED_HERO_MOVING_PRISONER        =>
                         RECRUITMENT_STATUS_MOVING_PRISONER
-                      case UNAFFILIATED_HERO_RETURNING_PRISONER =>
+                      case UNAFFILIATED_HERO_RETURNING_PRISONER     =>
                         RECRUITMENT_STATUS_NO_RULER_IN_PROVINCE
-                      case UNAFFILIATED_HERO_OUTLAW => RECRUITMENT_STATUS_OUTLAW
-                      case UNAFFILIATED_HERO_TRAVELER =>
+                      case UNAFFILIATED_HERO_OUTLAW                 => RECRUITMENT_STATUS_OUTLAW
+                      case UNAFFILIATED_HERO_TRAVELER               =>
                         RECRUITMENT_STATUS_TRAVELER
-                      case UNAFFILIATED_HERO_RESIDENT =>
+                      case UNAFFILIATED_HERO_RESIDENT               =>
                         RECRUITMENT_STATUS_NO_RULER_IN_PROVINCE
-                      case UNAFFILIATED_HERO_UNKNOWN =>
+                      case UNAFFILIATED_HERO_UNKNOWN                =>
                         throw new EagleInternalException(
                           "Unknown unaffiliated hero type"
                         )
@@ -325,12 +304,13 @@ class ActionResultProtoApplierImpl(validator: Validator)
     ): Vector[MovingArmy] = {
       val holdovers =
         existingArmies.filterNot(ma => removedIds.contains(ma.id))
-      val nextId = holdovers
+      val nextId    = holdovers
         .map(_.id)
         .reduceOption(_ max _)
         .getOrElse(0) + 1
-      holdovers.toVector ++ addedArmies.zipWithIndex.map { case (army, index) =>
-        army.withId(index + nextId)
+      holdovers.toVector ++ addedArmies.zipWithIndex.map {
+        case (army, index) =>
+          army.withId(index + nextId)
       }
     }
 
@@ -339,7 +319,7 @@ class ActionResultProtoApplierImpl(validator: Validator)
         removedFactionIds: Seq[FactionId],
         addedArmies: Seq[HostileArmyGroup],
         statusChanges: Seq[HostileArmyGroupStatusChange]
-    ): Vector[HostileArmyGroup] = {
+    ): Vector[HostileArmyGroup] =
       statusChanges
         .foldLeft(
           existingGroups
@@ -360,9 +340,8 @@ class ActionResultProtoApplierImpl(validator: Validator)
             }
         }
         .toVector ++ addedArmies
-    }
 
-    def applyProvinceActed(actedProvince: Option[Int]): GameState = {
+    def applyProvinceActed(actedProvince: Option[Int]): GameState              = {
       internalRequire(
         !actedProvince.contains(0),
         "Province acted has id 0"
@@ -396,20 +375,19 @@ class ActionResultProtoApplierImpl(validator: Validator)
     ): GameState =
       if newBattalions.isEmpty then gameState
       else
-        provinceId
-          .map { pid =>
-            val maxCurrentId =
-              if gameState.battalions.isEmpty then 0
-              else gameState.battalions.keys.max
-            val newIds =
-              (maxCurrentId + 1) to (maxCurrentId + newBattalions.size)
-            gameState.update(
-              _.battalions :++= newIds.zip(newBattalions).map {
-                case (id, batt) => id -> batt.withId(id)
-              },
-              _.provinces(pid).battalionIds :++= newIds
-            )
-          }
+        provinceId.map { pid =>
+          val maxCurrentId =
+            if gameState.battalions.isEmpty then 0
+            else gameState.battalions.keys.max
+          val newIds       =
+            (maxCurrentId + 1) to (maxCurrentId + newBattalions.size)
+          gameState.update(
+            _.battalions :++= newIds.zip(newBattalions).map {
+              case (id, batt) => id -> batt.withId(id)
+            },
+            _.provinces(pid).battalionIds :++= newIds
+          )
+        }
           .getOrElse(
             gameState
               .update(_.battalions :++= newBattalions.map(b => b.id -> b))
@@ -444,14 +422,15 @@ class ActionResultProtoApplierImpl(validator: Validator)
           _.battalions := gameState.battalions -- destroyedBattalionIds,
           _.destroyedBattalions :++= destroyedBattalionIds
             .filterNot(_ == -1)
-            .map { bid => bid -> gameState.battalions(bid) },
-          _.provinces := gameState.provinces.map { case (pid, p) =>
-            pid -> p.update(
-              _.battalionIds := p.battalionIds
-                .filterNot(destroyedBattalionIds.contains),
-              _.incomingArmies := p.incomingArmies
-                .map(a => movingArmyWithoutBattalions(a, destroyedBattalionIds))
-            )
+            .map(bid => bid -> gameState.battalions(bid)),
+          _.provinces  := gameState.provinces.map {
+            case (pid, p) =>
+              pid -> p.update(
+                _.battalionIds   := p.battalionIds
+                  .filterNot(destroyedBattalionIds.contains),
+                _.incomingArmies := p.incomingArmies
+                  .map(a => movingArmyWithoutBattalions(a, destroyedBattalionIds))
+              )
           }
         )
 
@@ -484,14 +463,14 @@ class ActionResultProtoApplierImpl(validator: Validator)
     def applyChangedHeroes(
         changedHeroes: Seq[ChangedHero],
         date: Date
-    ): GameState = {
+    ): GameState =
       if changedHeroes.isEmpty then gameState
       else
         changedHeroes
-          .foldLeft(gameState) { case (gs, ch) =>
-            gs.applyChangedHero(ch, date)
+          .foldLeft(gameState) {
+            case (gs, ch) =>
+              gs.applyChangedHero(ch, date)
           }
-    }
 
     private def statBump(
         stat: Int,
@@ -633,9 +612,10 @@ class ActionResultProtoApplierImpl(validator: Validator)
         )
       }
 
-    def applyRemovedFactions(removedFactionIds: Set[FactionId]): GameState = {
-      gameState.factions.partition { case (fid, _) =>
-        removedFactionIds(fid)
+    def applyRemovedFactions(removedFactionIds: Set[FactionId]): GameState =
+      gameState.factions.partition {
+        case (fid, _) =>
+          removedFactionIds(fid)
       } match {
         case (removed, remaining) =>
           gameState.update(
@@ -643,16 +623,17 @@ class ActionResultProtoApplierImpl(validator: Validator)
             _.factions := remaining
           )
       }
-    }
 
     def applyRemovedHeroes(removedHeroIds: Set[HeroId]): GameState =
-      gameState.heroes.partition { case (k, _) =>
-        removedHeroIds(k)
+      gameState.heroes.partition {
+        case (k, _) =>
+          removedHeroIds(k)
       } match {
         case (removed, remaining) =>
           gameState.update(
-            _.killedHeroes :++= removed.map { case (hid, hero) =>
-              (hid, hero.clearFactionId)
+            _.killedHeroes :++= removed.map {
+              case (hid, hero) =>
+                (hid, hero.clearFactionId)
             },
             _.heroes := remaining
           )
@@ -670,12 +651,11 @@ class ActionResultProtoApplierImpl(validator: Validator)
         actionResultType: ActionResultType,
         notification: Option[Notification]
     ): GameState =
-      notification
-        .map { note =>
-          gameState.update(
-            _.deferredNotifications :+= note
-          )
-        }
+      notification.map { note =>
+        gameState.update(
+          _.deferredNotifications :+= note
+        )
+      }
         .getOrElse(gameState)
 
     def applyRemovedNotifications(
@@ -727,36 +707,34 @@ class ActionResultProtoApplierImpl(validator: Validator)
                 )
               ) ++ cf.updatedReconnedProvinces
             },
-            _.factionRelationships
-              .modify { (relationships: Seq[FactionRelationship]) =>
-                cf.trustLevelUpdates
-                  .foldLeft(relationships) {
-                    (
-                        relationships: Seq[FactionRelationship],
-                        update: TrustLevelUpdate
-                    ) =>
-                      val existingRelationship =
-                        relationships
-                          .find(
-                            _.targetFactionId == update.targetFactionId
+            _.factionRelationships.modify { (relationships: Seq[FactionRelationship]) =>
+              cf.trustLevelUpdates
+                .foldLeft(relationships) {
+                  (
+                      relationships: Seq[FactionRelationship],
+                      update: TrustLevelUpdate
+                  ) =>
+                    val existingRelationship =
+                      relationships
+                        .find(
+                          _.targetFactionId == update.targetFactionId
+                        )
+                        .getOrElse(
+                          FactionRelationship(
+                            targetFactionId = update.targetFactionId,
+                            relationshipLevel = FactionRelationship.RelationshipLevel.HOSTILE,
+                            trustValue = 0
                           )
-                          .getOrElse(
-                            FactionRelationship(
-                              targetFactionId = update.targetFactionId,
-                              relationshipLevel =
-                                FactionRelationship.RelationshipLevel.HOSTILE,
-                              trustValue = 0
-                            )
-                          )
-                      val newValue = Math.min(
-                        trustMax,
-                        update.delta + existingRelationship.trustValue
-                      )
-                      relationships.filterNot(
-                        _.targetFactionId == update.targetFactionId
-                      ) :+ existingRelationship.withTrustValue(newValue)
-                  }
-              },
+                        )
+                    val newValue             = Math.min(
+                      trustMax,
+                      update.delta + existingRelationship.trustValue
+                    )
+                    relationships.filterNot(
+                      _.targetFactionId == update.targetFactionId
+                    ) :+ existingRelationship.withTrustValue(newValue)
+                }
+            },
             _.lastActedProvinceIdThisRound.modify { lpid =>
               if cf.clearLastActedProvinceId then 0
               else cf.newLastActedProvinceId.getOrElse(lpid)
@@ -835,58 +813,53 @@ class ActionResultProtoApplierImpl(validator: Validator)
       )
 
     def applyNewBattle(battle: Option[ShardokBattle]): GameState =
-      battle
-        .map { b =>
-          gameState.update(
-            _.outstandingBattles.modify(_ :+ b),
-            _.battleCounter.modify(_.max(b.battleIndex))
-          )
-        }
+      battle.map { b =>
+        gameState.update(
+          _.outstandingBattles.modify(_ :+ b),
+          _.battleCounter.modify(_.max(b.battleIndex))
+        )
+      }
         .getOrElse(gameState)
 
     def applyResolvedBattle(shardokGameId: Option[ShardokGameId]): GameState =
       gameState
         .withOutstandingBattles(
-          gameState.outstandingBattles.filterNot(batt =>
-            shardokGameId.contains(batt.shardokGameId)
-          )
+          gameState.outstandingBattles.filterNot(batt => shardokGameId.contains(batt.shardokGameId))
         )
 
     def applyNewSeed(newSeed: Option[Long]): GameState =
-      newSeed.map { s => gameState.withRandomSeed(s) }.getOrElse(gameState)
+      newSeed.map(s => gameState.withRandomSeed(s)).getOrElse(gameState)
 
     def applyChronicleEntry(
         chronicleEntry: Option[ChronicleEntry]
     ): GameState =
-      chronicleEntry
-        .map { ce =>
-          gameState.update(
-            _.chronicleEntries.modify { ces =>
-              ces.indexWhere(_.date == ce.date) match {
-                case -1  => ces :+ ce
-                case idx => ces.updated(idx, ce)
-              }
+      chronicleEntry.map { ce =>
+        gameState.update(
+          _.chronicleEntries.modify { ces =>
+            ces.indexWhere(_.date == ce.date) match {
+              case -1  => ces :+ ce
+              case idx => ces.updated(idx, ce)
             }
-          )
-        }
+          }
+        )
+      }
         .getOrElse(gameState)
 
     def applyCommandCountUpdate(actingFactionId: Option[FactionId]): GameState =
-      actingFactionId
-        .map { factionId =>
-          val existingCount =
-            gameState.factionCommandCounts.getOrElse(factionId, 0)
-          gameState.update(
-            _.factionCommandCounts(factionId) := existingCount + 1
-          )
-        }
+      actingFactionId.map { factionId =>
+        val existingCount =
+          gameState.factionCommandCounts.getOrElse(factionId, 0)
+        gameState.update(
+          _.factionCommandCounts(factionId) := existingCount + 1
+        )
+      }
         .getOrElse(gameState)
   }
 
   override def applyActionResults(
       startingState: GameState,
       results: Iterable[ActionResult]
-  ): Vector[ActionWithResultingState] = {
+  ): Vector[ActionWithResultingState] =
     results
       .foldLeft((startingState, Vector.empty[ActionWithResultingState])) {
         case ((gameState, acc), result) =>
@@ -896,7 +869,7 @@ class ActionResultProtoApplierImpl(validator: Validator)
           }
       }
       ._2
-  }.toVector
+      .toVector
 
   override def applyActionResult(
       startingState: GameState,

src/main/scala/net/eagle0/eagle/library/actions/applier/ActionResultTApplierImpl.scala

@@ -13,8 +13,7 @@ object ActionResultTApplierImpl {
     new ActionResultTApplierImpl(protoApplier)
 }
 
-class ActionResultTApplierImpl(protoApplier: ActionResultProtoApplier)
-    extends ActionResultTApplier {
+class ActionResultTApplierImpl(protoApplier: ActionResultProtoApplier) extends ActionResultTApplier {
   override def xpForStatBump(stat: Int): Int = protoApplier.xpForStatBump(stat)
 
   override def applyActionResults(
@@ -26,11 +25,12 @@ class ActionResultTApplierImpl(protoApplier: ActionResultProtoApplier)
       results.map(ActionResultProtoConverter.toProto)
     )
     .zip(results)
-    .map { case (actionWithResultingState, actionResult) =>
-      ActionResultTWithResultingState(
-        actionResult = actionResult,
-        resultingState = actionWithResultingState.gameState
-      )
+    .map {
+      case (actionWithResultingState, actionResult) =>
+        ActionResultTWithResultingState(
+          actionResult = actionResult,
+          resultingState = actionWithResultingState.gameState
+        )
     }
 
   override def applyActionResult(

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableAlmsCommandFactory.scala

@@ -12,24 +12,21 @@ object AvailableAlmsCommandFactory extends AvailableCommandsFactoryForType {
       .rulingFactionHeroIds
       .toVector
       .filter(hid => gs.heroes(hid).vigor >= MinVigorForAlms.doubleValue)
-      .sortBy(hid =>
-        (!gs.heroes(hid).profession.isPaladin, -gs.heroes(hid).vigor)
-      )
+      .sortBy(hid => (!gs.heroes(hid).profession.isPaladin, -gs.heroes(hid).vigor))
 
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,
       provinceId: ProvinceId
   ): Option[AlmsAvailableCommand] = {
-    val hids = availableHeroIds(gameState, provinceId)
+    val hids     = availableHeroIds(gameState, provinceId)
     val province = gameState.provinces(provinceId)
 
     Option.when(hids.nonEmpty && province.food > 0) {
       AlmsAvailableCommand(
         availableHeroIds = hids,
         actingProvinceId = provinceId,
-        foodAvailable =
-          Math.min(MaxAlmsFood.intValue, gameState.provinces(provinceId).food)
+        foodAvailable = Math.min(MaxAlmsFood.intValue, gameState.provinces(provinceId).food)
       )
     }
   }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableApprehendOutlawCommandFactory.scala

@@ -1,10 +1,7 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  ApprehendOutlawAvailableCommand,
-  ResidentOutlaw
-}
+import net.eagle0.eagle.api.available_command.{ApprehendOutlawAvailableCommand, ResidentOutlaw}
 import net.eagle0.eagle.common.unaffiliated_hero_type.UnaffiliatedHeroType.UNAFFILIATED_HERO_OUTLAW
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.hero.Hero
@@ -13,8 +10,7 @@ import net.eagle0.eagle.internal.unaffiliated_hero.UnaffiliatedHero
 import net.eagle0.eagle.library.settings.MinVigorForApprehendOutlaw
 import net.eagle0.eagle.library.util.view_filters.HeroViewFilter
 
-object AvailableApprehendOutlawCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableApprehendOutlawCommandFactory extends AvailableCommandsFactoryForType {
 
   private def availableToCapture(province: Province): Vector[UnaffiliatedHero] =
     province.unaffiliatedHeroes
@@ -36,8 +32,8 @@ object AvailableApprehendOutlawCommandFactory
       provinceId: ProvinceId
   ): Option[ApprehendOutlawAvailableCommand] = {
     val province = gameState.provinces(provinceId)
-    val outlaws = availableToCapture(province)
-    val actors = availableActors(gameState, province)
+    val outlaws  = availableToCapture(province)
+    val actors   = availableActors(gameState, province)
 
     Option.when(outlaws.nonEmpty && actors.nonEmpty) {
       ApprehendOutlawAvailableCommand(

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableArmTroopsCommandFactory.scala

@@ -1,16 +1,12 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  ArmTroopsAvailableCommand,
-  ArmamentCost
-}
+import net.eagle0.eagle.api.available_command.{ArmTroopsAvailableCommand, ArmamentCost}
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 import net.eagle0.eagle.library.util.LegacyBattalionUtils
 
-object AvailableArmTroopsCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableArmTroopsCommandFactory extends AvailableCommandsFactoryForType {
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,
@@ -59,8 +55,7 @@ object AvailableArmTroopsCommandFactory
         actingProvinceId = provinceId,
         availableBattalions = affordableBattalions.map(_.id),
         armamentCosts = armamentCosts,
-        maxArmament =
-          LegacyProvinceUtils.effectiveInfrastructure(province).floor.toInt,
+        maxArmament = LegacyProvinceUtils.effectiveInfrastructure(province).floor.toInt,
         availableBattalionTypeIds = gameState.battalionTypes.map(_.typeId)
       )
     )

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableAttackDecisionCommandFactory.scala

@@ -19,8 +19,7 @@ import net.eagle0.eagle.library.util.{IncomingArmyUtils, ProvinceDistances}
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 
-object AvailableAttackDecisionCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableAttackDecisionCommandFactory extends AvailableCommandsFactoryForType {
 
   // We need to include the armies that have already withdrawn or advanced, in a consistent sort order,
   // so that the player doesn't learn what others have done by the shifts.
@@ -72,8 +71,7 @@ object AvailableAttackDecisionCommandFactory
         factionId = defenderFid,
         heroCount = heroCount,
         troopCount = troopCount,
-        hostility =
-          LegacyFactionUtils.hostilityStatus(defenderFid, attackerFid, gs),
+        hostility = LegacyFactionUtils.hostilityStatus(defenderFid, attackerFid, gs),
         originProvinceId = pid
       )
     }
@@ -219,24 +217,21 @@ object AvailableAttackDecisionCommandFactory
       s"Incoming armies in attack decision phase are not mutually allied in province $provinceId"
     )
 
-    myDecidingHostileArmies(provinceId, factionId, gameState).flatMap {
-      hostileArmyGroup =>
-        decisionOptions(gameState, provinceId, factionId) match {
-          case items if items.isEmpty  => None
-          case nonemptyDecisionOptions =>
-            Some(
-              AttackDecisionAvailableCommand(
-                actingProvinceId = provinceId,
-                armies = armyStats(factionId, provinceId, gameState),
-                actingUnits = hostileArmyGroup.armies
-                  .flatMap(_.getArmy.units)
-                  .map(cu =>
-                    ExpandedCombatUnitUtils.expandedCombatUnit(cu, gameState)
-                  ),
-                availableDecisions = nonemptyDecisionOptions
-              )
+    myDecidingHostileArmies(provinceId, factionId, gameState).flatMap { hostileArmyGroup =>
+      decisionOptions(gameState, provinceId, factionId) match {
+        case items if items.isEmpty  => None
+        case nonemptyDecisionOptions =>
+          Some(
+            AttackDecisionAvailableCommand(
+              actingProvinceId = provinceId,
+              armies = armyStats(factionId, provinceId, gameState),
+              actingUnits = hostileArmyGroup.armies
+                .flatMap(_.getArmy.units)
+                .map(cu => ExpandedCombatUnitUtils.expandedCombatUnit(cu, gameState)),
+              availableDecisions = nonemptyDecisionOptions
             )
-        }
+          )
+      }
     }
   }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableCommandsFactory.scala

@@ -38,7 +38,7 @@ object AvailableCommandsFactory {
     case (_: OrganizeTroopsSelectedCommand, _)   => false
     case (_: ExileVassalSelectedCommand, _)      => false
     case (_: SwearBrotherhoodSelectedCommand, _) => false
-    case (last, next) => AvailableCommandTypeMap.matches(next, last)
+    case (last, next)                            => AvailableCommandTypeMap.matches(next, last)
   }
 
   def suggestedProvinceId(
@@ -74,22 +74,20 @@ object AvailableCommandsFactory {
 }
 
 class AvailableCommandsFactory(
-    private val travelingFactories: Vector[AvailableCommandsFactoryForType] =
-      Vector(
-        AvailableRecruitHeroesCommandFactory,
-        AvailableDeclineQuestCommandsFactory,
-        AvailableDivineCommandsFactory,
-        AvailableArmTroopsCommandFactory,
-        AvailableTradeCommandFactory,
-        AvailableManagePrisonersCommandFactory,
-        AvailableReturnCommandsFactory
-      ),
-    private val handleRiotFactories: Vector[AvailableCommandsFactoryForType] =
-      Vector(
-        AvailableHandleRiotCrackDownCommandFactory,
-        AvailableHandleRiotDoNothingCommandFactory,
-        AvailableHandleRiotGiveCommandFactory
-      ),
+    private val travelingFactories: Vector[AvailableCommandsFactoryForType] = Vector(
+      AvailableRecruitHeroesCommandFactory,
+      AvailableDeclineQuestCommandsFactory,
+      AvailableDivineCommandsFactory,
+      AvailableArmTroopsCommandFactory,
+      AvailableTradeCommandFactory,
+      AvailableManagePrisonersCommandFactory,
+      AvailableReturnCommandsFactory
+    ),
+    private val handleRiotFactories: Vector[AvailableCommandsFactoryForType] = Vector(
+      AvailableHandleRiotCrackDownCommandFactory,
+      AvailableHandleRiotDoNothingCommandFactory,
+      AvailableHandleRiotGiveCommandFactory
+    ),
     private val freeForAllDecisionPhaseFactories: Vector[
       AvailableCommandsFactoryForType
     ] = Vector(
@@ -100,33 +98,31 @@ class AvailableCommandsFactory(
     ] = Vector(
       AvailableAttackDecisionCommandFactory
     ),
-    private val defensePhaseFactories: Vector[AvailableCommandsFactoryForType] =
-      Vector(
-        AvailableResolveTributeCommandsFactory,
-        AvailableDefendCommandsFactory
-      ),
-    private val commandPhaseFactories: Vector[AvailableCommandsFactoryForType] =
-      Vector(
-        AvailableApprehendOutlawCommandFactory,
-        AvailableControlWeatherCommandsFactory,
-        AvailableDiplomacyCommandsFactory,
-        AvailableExileVassalCommandFactory,
-        AvailableFeastCommandFactory,
-        AvailableHeroGiftCommandFactory,
-        AvailableImproveCommandsFactory,
-        AvailableMarchCommandFactory,
-        AvailableIssueOrdersCommandFactory,
-        AvailableOrganizeTroopsCommandsFactory,
-        AvailableAlmsCommandFactory,
-        AvailableReconCommandFactory,
-        AvailableRestCommandsFactory,
-        AvailableSendSuppliesCommandFactory,
-        AvailableStartEpidemicCommandFactory,
-        AvailableSuppressBeastsCommandFactory,
-        AvailableSwearBrotherhoodCommandFactory,
-        AvailableTrainCommandsFactory,
-        AvailableTravelCommandsFactory
-      )
+    private val defensePhaseFactories: Vector[AvailableCommandsFactoryForType] = Vector(
+      AvailableResolveTributeCommandsFactory,
+      AvailableDefendCommandsFactory
+    ),
+    private val commandPhaseFactories: Vector[AvailableCommandsFactoryForType] = Vector(
+      AvailableApprehendOutlawCommandFactory,
+      AvailableControlWeatherCommandsFactory,
+      AvailableDiplomacyCommandsFactory,
+      AvailableExileVassalCommandFactory,
+      AvailableFeastCommandFactory,
+      AvailableHeroGiftCommandFactory,
+      AvailableImproveCommandsFactory,
+      AvailableMarchCommandFactory,
+      AvailableIssueOrdersCommandFactory,
+      AvailableOrganizeTroopsCommandsFactory,
+      AvailableAlmsCommandFactory,
+      AvailableReconCommandFactory,
+      AvailableRestCommandsFactory,
+      AvailableSendSuppliesCommandFactory,
+      AvailableStartEpidemicCommandFactory,
+      AvailableSuppressBeastsCommandFactory,
+      AvailableSwearBrotherhoodCommandFactory,
+      AvailableTrainCommandsFactory,
+      AvailableTravelCommandsFactory
+    )
 ) {
   private def allCommands(
       factories: Vector[AvailableCommandsFactoryForType],
@@ -181,13 +177,13 @@ class AvailableCommandsFactory(
       pid: ProvinceId,
       commands: Vector[AvailableCommand]
   ): Int =
-    commands.zipWithIndex
-      .find { case (ac, _) =>
+    commands.zipWithIndex.find {
+      case (ac, _) =>
         gs.provinces
           .get(pid)
           .map(_.lastCommand)
           .forall(last => AvailableCommandsFactory.shouldFollow(last, ac))
-      }
+    }
       .map(_._2)
       .getOrElse(0)
 
@@ -220,8 +216,7 @@ class AvailableCommandsFactory(
       gs = gs,
       pid = pid,
       commands =
-        if gs.provinces(pid).rulerIsTraveling then
-          allCommands(travelingFactories, gs, fid(gs, pid).get, pid)
+        if gs.provinces(pid).rulerIsTraveling then allCommands(travelingFactories, gs, fid(gs, pid).get, pid)
         else
           allCommands(
             commandPhaseFactories,
@@ -235,8 +230,7 @@ class AvailableCommandsFactory(
       gs: GameState,
       pid: ProvinceId
   ): Boolean =
-    if gs.provinces(pid).rulerIsTraveling then
-      hasCommand(travelingFactories, gs, fid(gs, pid).get, pid)
+    if gs.provinces(pid).rulerIsTraveling then hasCommand(travelingFactories, gs, fid(gs, pid).get, pid)
     else
       hasCommand(
         commandPhaseFactories,
@@ -440,27 +434,19 @@ class AvailableCommandsFactory(
       gs: GameState,
       fid: FactionId
   ): Boolean =
-    factionLeaderProvinces(gs, fid).exists(p =>
-      defensePhaseCommandsForProvince(gs, p.id).isDefined
-    )
+    factionLeaderProvinces(gs, fid).exists(p => defensePhaseCommandsForProvince(gs, p.id).isDefined)
 
   def hasAvailableHandleRiotPhaseCommands(gs: GameState): Boolean =
-    gs.factions.keys.exists(fid =>
-      handleRiotPhaseCommandsForFactionLeader(gs, fid).nonEmpty
-    )
+    gs.factions.keys.exists(fid => handleRiotPhaseCommandsForFactionLeader(gs, fid).nonEmpty)
 
   def hasAvailablePlayerCommandsPhaseCommands(gs: GameState): Boolean =
     gs.factions.keys.exists(fid => hasCommandsPhaseCommandsForPlayer(gs, fid))
 
   def hasAvailableFreeForAllDecisionPhaseCommands(gs: GameState): Boolean =
-    gs.factions.keys.exists(fid =>
-      freeForAllDecisionPhasePlayerCommands(gs, fid).nonEmpty
-    )
+    gs.factions.keys.exists(fid => freeForAllDecisionPhasePlayerCommands(gs, fid).nonEmpty)
 
   def hasAvailableAttackDecisionPhaseCommands(gs: GameState): Boolean =
-    gs.factions.keys.exists(fid =>
-      attackDecisionPhasePlayerCommands(gs, fid).nonEmpty
-    )
+    gs.factions.keys.exists(fid => attackDecisionPhasePlayerCommands(gs, fid).nonEmpty)
 
   def hasAvailablePlayerDefenseCommands(gs: GameState): Boolean =
     gs.factions.keys.exists(fid => hasPlayerDefenseCommandsForPlayer(gs, fid))
@@ -471,30 +457,30 @@ class AvailableCommandsFactory(
   ): SortedMap[ProvinceId, OneProvinceAvailableCommands] =
     (
       for {
-        faction <- gs.factions.get(fid)
-        diplomacyCommand <- AvailableResolveInvitationCommandFactory
-          .availableCommand(gs, faction.id)
-          .orElse(
-            AvailableResolveTruceOfferCommandFactory
-              .availableCommand(gs, faction.id)
-          )
-          .orElse(
-            AvailableResolveRansomOfferCommandFactory
-              .availableCommand(gs, faction.id)
-          )
-          .orElse(
-            AvailableResolveAllianceOfferCommandFactory
-              .availableCommand(gs, faction.id)
-          )
-          .orElse(
-            AvailableResolveBreakAllianceCommandFactory
-              .availableCommand(gs, faction.id)
-          )
+        faction                     <- gs.factions.get(fid)
+        diplomacyCommand            <- AvailableResolveInvitationCommandFactory
+                                         .availableCommand(gs, faction.id)
+                                         .orElse(
+                                           AvailableResolveTruceOfferCommandFactory
+                                             .availableCommand(gs, faction.id)
+                                         )
+                                         .orElse(
+                                           AvailableResolveRansomOfferCommandFactory
+                                             .availableCommand(gs, faction.id)
+                                         )
+                                         .orElse(
+                                           AvailableResolveAllianceOfferCommandFactory
+                                             .availableCommand(gs, faction.id)
+                                         )
+                                         .orElse(
+                                           AvailableResolveBreakAllianceCommandFactory
+                                             .availableCommand(gs, faction.id)
+                                         )
         oneProvinceAvailableCommand <- optionalOneProvinceAvailableCommands(
-          gs = gs,
-          0,
-          Vector(diplomacyCommand)
-        )
+                                         gs = gs,
+                                         0,
+                                         Vector(diplomacyCommand)
+                                       )
       } yield SortedMap(0 -> oneProvinceAvailableCommand)
     ).getOrElse(SortedMap.empty)
 
@@ -504,14 +490,14 @@ class AvailableCommandsFactory(
   ): SortedMap[ProvinceId, OneProvinceAvailableCommands] =
     (
       for {
-        faction <- gs.factions.get(fid)
-        pleaseRecruitMeCommand <- AvailablePleaseRecruitMeCommandFactory
-          .availableCommand(gs, faction.id)
+        faction                     <- gs.factions.get(fid)
+        pleaseRecruitMeCommand      <- AvailablePleaseRecruitMeCommandFactory
+                                         .availableCommand(gs, faction.id)
         oneProvinceAvailableCommand <- optionalOneProvinceAvailableCommands(
-          gs = gs,
-          0,
-          Vector(pleaseRecruitMeCommand)
-        )
+                                         gs = gs,
+                                         0,
+                                         Vector(pleaseRecruitMeCommand)
+                                       )
       } yield SortedMap(0 -> oneProvinceAvailableCommand)
     ).getOrElse(SortedMap.empty)
 
@@ -527,9 +513,7 @@ class AvailableCommandsFactory(
       LegacyFactionUtils
         .provinces(fid, gs)
         .map(_.id)
-        .flatMap(pid =>
-          availableAftermathCommandsForProvince(gs, pid).map(pid -> _)
-        )*
+        .flatMap(pid => availableAftermathCommandsForProvince(gs, pid).map(pid -> _))*
     )
 
   def availablePlayerCommands(
@@ -537,42 +521,41 @@ class AvailableCommandsFactory(
       fid: FactionId
   ): SortedMap[ProvinceId, OneProvinceAvailableCommands] =
     gs.currentPhase match {
-      case HANDLE_RIOT       => handleRiotPhaseCommandsForFactionLeader(gs, fid)
-      case PLEASE_RECRUIT_ME => pleaseRecruitMePhasePlayerCommands(gs, fid)
-      case PLAYER_COMMANDS   => commandsPhasePlayerCommands(gs, fid)
+      case HANDLE_RIOT           => handleRiotPhaseCommandsForFactionLeader(gs, fid)
+      case PLEASE_RECRUIT_ME     => pleaseRecruitMePhasePlayerCommands(gs, fid)
+      case PLAYER_COMMANDS       => commandsPhasePlayerCommands(gs, fid)
       case FREE_FOR_ALL_DECISION =>
         freeForAllDecisionPhasePlayerCommands(gs, fid)
-      case ATTACK_DECISION  => attackDecisionPhasePlayerCommands(gs, fid)
-      case DEFENSE_DECISION => defensePhasePlayerCommands(gs, fid)
-      case BATTLE_AFTERMATH => availableAftermathPhasePlayerCommands(gs, fid)
-      case DIPLOMACY_RESOLUTION =>
+      case ATTACK_DECISION       => attackDecisionPhasePlayerCommands(gs, fid)
+      case DEFENSE_DECISION      => defensePhasePlayerCommands(gs, fid)
+      case BATTLE_AFTERMATH      => availableAftermathPhasePlayerCommands(gs, fid)
+      case DIPLOMACY_RESOLUTION  =>
         diplomacyResolutionPhasePlayerCommands(gs, fid)
-      case _ => SortedMap.empty[ProvinceId, OneProvinceAvailableCommands]
+      case _                     => SortedMap.empty[ProvinceId, OneProvinceAvailableCommands]
     }
 
-  def hasAvailablePlayerCommands(gs: GameState): Boolean = {
+  def hasAvailablePlayerCommands(gs: GameState): Boolean =
     gs.currentPhase match {
-      case DIPLOMACY_RESOLUTION =>
+      case DIPLOMACY_RESOLUTION  =>
         hasAvailableDiplomacyResolutionPhaseCommands(gs)
-      case HANDLE_RIOT =>
+      case HANDLE_RIOT           =>
         hasAvailableHandleRiotPhaseCommands(gs)
-      case PLEASE_RECRUIT_ME =>
+      case PLEASE_RECRUIT_ME     =>
         hasAvailablePleaseRecruitMePhaseCommands(gs)
-      case DEFENSE_DECISION =>
+      case DEFENSE_DECISION      =>
         hasAvailablePlayerDefenseCommands(gs)
-      case ATTACK_DECISION =>
+      case ATTACK_DECISION       =>
         hasAvailableAttackDecisionPhaseCommands(gs)
       case FREE_FOR_ALL_DECISION =>
         hasAvailableFreeForAllDecisionPhaseCommands(gs)
-      case PLAYER_COMMANDS =>
+      case PLAYER_COMMANDS       =>
         gs.factions.keys.exists { fid =>
           hasCommandsPhaseCommandsForPlayer(gs, fid)
         }
-      case BATTLE_AFTERMATH =>
+      case BATTLE_AFTERMATH      =>
         gs.factions.keys.exists { fid =>
           availableAftermathPhasePlayerCommands(gs, fid).nonEmpty
         }
-      case _ => false
+      case _                     => false
     }
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableControlWeatherCommandsFactory.scala

@@ -14,8 +14,7 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MinVigorForControlWeather
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableControlWeatherCommandsFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableControlWeatherCommandsFactory extends AvailableCommandsFactoryForType {
 
   private def makeControlWeatherCommand(
       gameState: GameState,
@@ -34,12 +33,10 @@ object AvailableControlWeatherCommandsFactory
       TargetProvinceOptions(
         provinceId = pid,
         controlWeatherTypes = (
-          if LegacyProvinceUtils.hasBlizzard(gameState.provinces(pid)) then
-            Vector(CONTROL_WEATHER_END_BLIZZARD)
+          if LegacyProvinceUtils.hasBlizzard(gameState.provinces(pid)) then Vector(CONTROL_WEATHER_END_BLIZZARD)
           else Vector(CONTROL_WEATHER_START_BLIZZARD)
         ) ++ (
-          if LegacyProvinceUtils.hasDrought(gameState.provinces(pid)) then
-            Vector(CONTROL_WEATHER_END_DROUGHT)
+          if LegacyProvinceUtils.hasDrought(gameState.provinces(pid)) then Vector(CONTROL_WEATHER_END_DROUGHT)
           else Vector(CONTROL_WEATHER_START_DROUGHT)
         )
       )

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableDeclineQuestCommandsFactory.scala

@@ -8,8 +8,7 @@ import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.availability.ExpandedUnaffiliatedHeroUtils.expandedUnaffiliatedHero
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableDeclineQuestCommandsFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableDeclineQuestCommandsFactory extends AvailableCommandsFactoryForType {
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,
@@ -27,9 +26,7 @@ object AvailableDeclineQuestCommandsFactory
       Option.when(withQuests.nonEmpty) {
         DeclineQuestAvailableCommand(
           actingProvinceId = provinceId,
-          declinableHeroes = withQuests.map(uh =>
-            expandedUnaffiliatedHero(gs = gameState, uh = uh)
-          )
+          declinableHeroes = withQuests.map(uh => expandedUnaffiliatedHero(gs = gameState, uh = uh))
         )
       }
     }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableDefendCommandsFactory.scala

@@ -6,14 +6,8 @@ import net.eagle0.eagle.api.command.util.battalion_with_food_cost.BattalionWithF
 import net.eagle0.eagle.internal.army.Attacking
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
-import net.eagle0.eagle.library.settings.{
-  MaxCombatUnitCountPerSide,
-  MinVigorForDefend
-}
-import net.eagle0.eagle.library.util.{
-  BattalionSuitability,
-  LegacyBattalionUtils
-}
+import net.eagle0.eagle.library.settings.{MaxCombatUnitCountPerSide, MinVigorForDefend}
+import net.eagle0.eagle.library.util.{BattalionSuitability, LegacyBattalionUtils}
 import net.eagle0.eagle.library.util.command_choice_helpers.CombatUnitSelector
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 
@@ -52,7 +46,7 @@ object AvailableDefendCommandsFactory extends AvailableCommandsFactoryForType {
       army.status match {
         case Attacking(_) =>
           true
-        case _ => false
+        case _            => false
       }
     }
 
@@ -64,7 +58,7 @@ object AvailableDefendCommandsFactory extends AvailableCommandsFactoryForType {
         .filter(_.vigor >= MinVigorForDefend.doubleValue)
       if availableHeroes.isEmpty then return None
 
-      val availableBattalions = province.battalionIds.map(gameState.battalions)
+      val availableBattalions          = province.battalionIds.map(gameState.battalions)
       val availableBattalionsWithCosts = availableBattalions.map(batt =>
         BattalionWithFoodCost(
           battalionId = batt.id,
@@ -76,13 +70,12 @@ object AvailableDefendCommandsFactory extends AvailableCommandsFactoryForType {
       )
 
       val recommendedUnits = CombatUnitSelector.selectedCombatBattalions(
-        desiredCount =
-          availableHeroes.size.min(MaxCombatUnitCountPerSide.intValue),
+        desiredCount = availableHeroes.size.min(MaxCombatUnitCountPerSide.intValue),
         heroes = availableHeroes.toVector,
         battalions = availableBattalions.toVector,
         battalionTypes = gameState.battalionTypes.toVector
       )
-      val hostileUnits = hostileArmies
+      val hostileUnits     = hostileArmies
         .flatMap(_.armies)
         .flatMap(_.army)
         .flatMap(_.units)
@@ -93,15 +86,13 @@ object AvailableDefendCommandsFactory extends AvailableCommandsFactoryForType {
             .toVector
             .map(_.id),
           actingProvinceId = province.id,
-          suitableBattalionsForHeroes =
-            BattalionSuitability.suitableBattalionsForHeroes(
-              hs = availableHeroes.toVector,
-              bs = availableBattalions.toVector,
-              bts = gameState.battalionTypes.toVector
-            ),
+          suitableBattalionsForHeroes = BattalionSuitability.suitableBattalionsForHeroes(
+            hs = availableHeroes.toVector,
+            bs = availableBattalions.toVector,
+            bts = gameState.battalionTypes.toVector
+          ),
           availableBattalions = availableBattalionsWithCosts,
-          availableFleeProvinceIds =
-            sortedFleeProvinces(from = province, gs = gameState),
+          availableFleeProvinceIds = sortedFleeProvinces(from = province, gs = gameState),
           recommendedUnits = recommendedUnits,
           hostileFactionIds = hostileArmies.toVector.map(_.factionId).distinct,
           hostileHeroCount = hostileUnits.size,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableDiplomacyCommandsFactory.scala

@@ -31,8 +31,7 @@ import net.eagle0.eagle.library.util.hero.LegacyHeroUtils
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 import net.eagle0.eagle.library.util.ProvinceDistances
 
-object AvailableDiplomacyCommandsFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableDiplomacyCommandsFactory extends AvailableCommandsFactoryForType {
 
   def availableHeroIds(gs: GameState, pid: ProvinceId): Vector[HeroId] =
     gs.provinces(pid)
@@ -42,9 +41,7 @@ object AvailableDiplomacyCommandsFactory
 
   def recommendedHeroId(gs: GameState, availableHids: Seq[HeroId]): HeroId =
     availableHids
-      .sortBy(hid =>
-        (LegacyHeroUtils.fatigue(gs.heroes(hid)), -gs.heroes(hid).vigor)
-      ) match {
+      .sortBy(hid => (LegacyHeroUtils.fatigue(gs.heroes(hid)), -gs.heroes(hid).vigor)) match {
       case sortedHeroes =>
         sortedHeroes
           .find(hid => !LegacyFactionUtils.isFactionHead(hid, gs))
@@ -123,38 +120,36 @@ object AvailableDiplomacyCommandsFactory
       pid: ProvinceId,
       actingFid: FactionId,
       targetFid: FactionId
-  ): Boolean = {
-    LegacyFactionUtils.provinces(targetFid, gs).headOption.exists {
-      targetProvince =>
-        val eligibleNeighbors: ProvinceId => Vector[ProvinceId] =
-          p =>
-            gs.provinces(p)
-              .neighbors
-              .map(_.provinceId)
-              .map(gs.provinces)
-              .filter(neighborProvince =>
-                // inviting across empty province
-                neighborProvince.rulingFactionId.isEmpty ||
-                  // inviting across your own province
-                  neighborProvince.rulingFactionId.contains(actingFid) ||
-                  // inviting across the target's province
-                  neighborProvince.rulingFactionId.contains(targetFid) ||
-                  // inviting across your ally's province
-                  LegacyFactionUtils
-                    .hasAlliance(
-                      neighborProvince.rulingFactionId.get,
-                      actingFid,
-                      gs
-                    )
-              )
-              .map(_.id)
-              .toVector
+  ): Boolean =
+    LegacyFactionUtils.provinces(targetFid, gs).headOption.exists { targetProvince =>
+      val eligibleNeighbors: ProvinceId => Vector[ProvinceId] =
+        p =>
+          gs.provinces(p)
+            .neighbors
+            .map(_.provinceId)
+            .map(gs.provinces)
+            .filter(neighborProvince =>
+              // inviting across empty province
+              neighborProvince.rulingFactionId.isEmpty ||
+                // inviting across your own province
+                neighborProvince.rulingFactionId.contains(actingFid) ||
+                // inviting across the target's province
+                neighborProvince.rulingFactionId.contains(targetFid) ||
+                // inviting across your ally's province
+                LegacyFactionUtils
+                  .hasAlliance(
+                    neighborProvince.rulingFactionId.get,
+                    actingFid,
+                    gs
+                  )
+            )
+            .map(_.id)
+            .toVector
 
-        ProvinceDistances
-          .distance(pid, targetProvince.id, eligibleNeighbors)
-          .isDefined
+      ProvinceDistances
+        .distance(pid, targetProvince.id, eligibleNeighbors)
+        .isDefined
     }
-  }
 
   private def inviteOptionForTargetFaction(
       gs: GameState,
@@ -191,8 +186,8 @@ object AvailableDiplomacyCommandsFactory
       targetFid: FactionId
   ): Vector[DiplomacyOption] = {
     val prisonersAvailableToOffer = availablePrisoners(gs.provinces(pid))
-    val hostagesAvailableToOffer = availableHostages(gs, pid)
-    val goldAvailableToOffer = gs.provinces(pid).gold
+    val hostagesAvailableToOffer  = availableHostages(gs, pid)
+    val goldAvailableToOffer      = gs.provinces(pid).gold
 
     if prisonersAvailableToOffer.nonEmpty || hostagesAvailableToOffer.nonEmpty || goldAvailableToOffer > 0
     then
@@ -200,20 +195,19 @@ object AvailableDiplomacyCommandsFactory
         gs,
         factionId = actingFid,
         targetFactionId = targetFid
-      )
-        .map { prisonerToBeRansomed =>
-          RansomOfferOption(
-            targetFactionId = targetFid,
-            ransomOffer = Some(
-              RansomOfferDetails(
-                prisonerToBeRansomed = Some(prisonerToBeRansomed),
-                prisonersOffered = prisonersAvailableToOffer,
-                hostagesOffered = hostagesAvailableToOffer,
-                goldOffered = goldAvailableToOffer
-              )
+      ).map { prisonerToBeRansomed =>
+        RansomOfferOption(
+          targetFactionId = targetFid,
+          ransomOffer = Some(
+            RansomOfferDetails(
+              prisonerToBeRansomed = Some(prisonerToBeRansomed),
+              prisonersOffered = prisonersAvailableToOffer,
+              hostagesOffered = hostagesAvailableToOffer,
+              goldOffered = goldAvailableToOffer
             )
           )
-        }
+        )
+      }
     else Vector()
     end if
   }
@@ -264,10 +258,9 @@ object AvailableDiplomacyCommandsFactory
       gameState: GameState,
       factionId: FactionId,
       provinceId: ProvinceId
-  ): Option[DiplomacyAvailableCommand] = {
+  ): Option[DiplomacyAvailableCommand] =
     if availableHeroIds(gameState, provinceId).isEmpty then None
-    else if gameState.provinces(provinceId).rulingFactionHeroIds.size < 2 then
-      None
+    else if gameState.provinces(provinceId).rulingFactionHeroIds.size < 2 then None
     else {
       gameState.factions.keys
         .filterNot(_ == factionId)
@@ -289,7 +282,7 @@ object AvailableDiplomacyCommandsFactory
         .toVector
         .sortBy(opt =>
           LegacyFactionUtils.sortKey(gameState.factions(opt match {
-            case TruceOption(targetFactionId, _, _ /* unknownFieldSet */ ) =>
+            case TruceOption(targetFactionId, _, _ /* unknownFieldSet */ )    =>
               targetFactionId
             case InvitationOption(
                   targetFactionId,
@@ -311,7 +304,7 @@ object AvailableDiplomacyCommandsFactory
                   _ /* unknownFieldSet */
                 ) =>
               targetFactionId
-            case DiplomacyOption.Empty => ???
+            case DiplomacyOption.Empty                                        => ???
           }))
         ) match {
         case items if items.isEmpty => None
@@ -328,7 +321,6 @@ object AvailableDiplomacyCommandsFactory
           )
       }
     }
-  }
 
   private def availablePrisoners(
       province: Province
@@ -365,19 +357,18 @@ object AvailableDiplomacyCommandsFactory
       gameState: GameState,
       factionId: FactionId,
       targetFactionId: FactionId
-  ): Vector[PrisonerToBeRansomed] = {
+  ): Vector[PrisonerToBeRansomed] =
     for {
       province <- gameState.provinces.values
-        .filter(_.rulingFactionId.contains(targetFactionId))
-        .toVector
+                    .filter(_.rulingFactionId.contains(targetFactionId))
+                    .toVector
       prisoner <- province.unaffiliatedHeroes.filter(
-        _.`type` == UNAFFILIATED_HERO_PRISONER
-      )
+                    _.`type` == UNAFFILIATED_HERO_PRISONER
+                  )
       if prisoner.lastFaction.contains(factionId)
       if LegacyFactionUtils.isFactionLeader(prisoner.heroId, gameState)
     } yield PrisonerToBeRansomed(
       prisonerHeroId = prisoner.heroId,
       provinceIdForPrisoner = province.id
     )
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableExileVassalCommandFactory.scala

@@ -7,8 +7,7 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableExileVassalCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableExileVassalCommandFactory extends AvailableCommandsFactoryForType {
 
   def exilableHeroIds(
       gameState: GameState,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableFreeForAllDecisionCommandFactory.scala

@@ -3,22 +3,13 @@ package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.{FactionId, ProvinceId}
 import net.eagle0.eagle.api.available_command.FreeForAllDecisionAvailableCommand
 import net.eagle0.eagle.api.command.util.army_stats.ArmyStats
-import net.eagle0.eagle.api.command.util.attack_decision_type.{
-  AdvanceDecision,
-  AttackDecisionType,
-  WithdrawDecision
-}
+import net.eagle0.eagle.api.command.util.attack_decision_type.{AdvanceDecision, AttackDecisionType, WithdrawDecision}
 import net.eagle0.eagle.common.round_phase.RoundPhase
-import net.eagle0.eagle.internal.army.{
-  AwaitingDecision,
-  HostileArmyGroup,
-  MovingArmy
-}
+import net.eagle0.eagle.internal.army.{AwaitingDecision, HostileArmyGroup, MovingArmy}
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.IncomingArmyUtils
 
-object AvailableFreeForAllDecisionCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableFreeForAllDecisionCommandFactory extends AvailableCommandsFactoryForType {
 
   private def decisionOptions(
       armies: Seq[MovingArmy]
@@ -58,35 +49,29 @@ object AvailableFreeForAllDecisionCommandFactory
       pid: ProvinceId,
       gs: GameState
   ): Vector[ArmyStats] =
-    relevantArmies(pid, gs).map(ia =>
-      IncomingArmyUtils.stats(toFid, ia.getArmy, gs, ia.originProvince)
-    )
+    relevantArmies(pid, gs).map(ia => IncomingArmyUtils.stats(toFid, ia.getArmy, gs, ia.originProvince))
 
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,
       provinceId: ProvinceId
-  ): Option[FreeForAllDecisionAvailableCommand] = {
-    myHostileArmies(provinceId, factionId, gameState).flatMap {
-      hostileArmyGroup =>
-        Option.when(
-          gameState.currentPhase == RoundPhase.FREE_FOR_ALL_DECISION
-            && !IncomingArmyUtils.incomingArmiesAreMutuallyAllied(
-              gameState.provinces(provinceId),
-              gameState
-            )
-        )(
-          FreeForAllDecisionAvailableCommand(
-            provinceId = provinceId,
-            armies = armyStats(factionId, provinceId, gameState),
-            actingUnits = hostileArmyGroup.armies
-              .flatMap(_.getArmy.units)
-              .map(cu =>
-                ExpandedCombatUnitUtils.expandedCombatUnit(cu, gameState)
-              ),
-            availableDecisions = decisionOptions(hostileArmyGroup.armies)
+  ): Option[FreeForAllDecisionAvailableCommand] =
+    myHostileArmies(provinceId, factionId, gameState).flatMap { hostileArmyGroup =>
+      Option.when(
+        gameState.currentPhase == RoundPhase.FREE_FOR_ALL_DECISION
+          && !IncomingArmyUtils.incomingArmiesAreMutuallyAllied(
+            gameState.provinces(provinceId),
+            gameState
           )
+      )(
+        FreeForAllDecisionAvailableCommand(
+          provinceId = provinceId,
+          armies = armyStats(factionId, provinceId, gameState),
+          actingUnits = hostileArmyGroup.armies
+            .flatMap(_.getArmy.units)
+            .map(cu => ExpandedCombatUnitUtils.expandedCombatUnit(cu, gameState)),
+          availableDecisions = decisionOptions(hostileArmyGroup.armies)
         )
+      )
     }
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableHandleCapturedHeroCommandFactory.scala

@@ -1,10 +1,7 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  ExpandedCapturedHero,
-  HandleCapturedHeroAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{ExpandedCapturedHero, HandleCapturedHeroAvailableCommand}
 import net.eagle0.eagle.api.command.util.captured_hero_option.CapturedHeroOption.{
   EXECUTE_CAPTURED_HERO_OPTION,
   EXILE_CAPTURED_HERO_OPTION,
@@ -17,17 +14,15 @@ import net.eagle0.eagle.internal.unaffiliated_hero.CapturedHero
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 import net.eagle0.eagle.library.util.view_filters.HeroViewFilter
 
-object AvailableHandleCapturedHeroCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableHandleCapturedHeroCommandFactory extends AvailableCommandsFactoryForType {
 
-  private val optionsWithoutRecruit = {
+  private val optionsWithoutRecruit   =
     Vector(
       IMPRISON_CAPTURED_HERO_OPTION,
       EXILE_CAPTURED_HERO_OPTION,
       EXECUTE_CAPTURED_HERO_OPTION
     )
-  }
-  private val optionsWithRecruit =
+  private val optionsWithRecruit      =
     RECRUIT_CAPTURED_HERO_OPTION +: optionsWithoutRecruit
   private val optionsForFactionLeader = Vector(
     IMPRISON_CAPTURED_HERO_OPTION,
@@ -72,14 +67,11 @@ object AvailableHandleCapturedHeroCommandFactory
       provinceId: ProvinceId
   ): Option[HandleCapturedHeroAvailableCommand] =
     capturedHeroes
-      .find(ch =>
-        ch.recruitmentRefusedMessageId.nonEmpty || ch.messageId.nonEmpty
-      )
+      .find(ch => ch.recruitmentRefusedMessageId.nonEmpty || ch.messageId.nonEmpty)
       .map { capturedHero =>
         HandleCapturedHeroAvailableCommand(
           actingProvinceId = provinceId,
-          availableHeroes =
-            Vector(expandedCapturedHero(gameState, capturedHero))
+          availableHeroes = Vector(expandedCapturedHero(gameState, capturedHero))
         )
       }
 
@@ -87,15 +79,15 @@ object AvailableHandleCapturedHeroCommandFactory
       gameState: GameState,
       factionId: FactionId,
       provinceId: ProvinceId
-  ): Option[HandleCapturedHeroAvailableCommand] = {
+  ): Option[HandleCapturedHeroAvailableCommand] =
     // If we've already attempted to recruit one of the heroes, only show available commands for that one
     gameState
       .provinces(provinceId)
       .capturedHeroes
       .partition(_.recruitmentAttempted) match {
-      case (Vector(), Vector()) => None
+      case (Vector(), Vector())          => None
       // If the top hero in either set doesn't have a message, return nothing, otherwise return just the one option
-      case (Vector(), notRecruited) =>
+      case (Vector(), notRecruited)      =>
         firstOption(
           gameState = gameState,
           capturedHeroes = notRecruited.toVector,
@@ -108,5 +100,4 @@ object AvailableHandleCapturedHeroCommandFactory
           provinceId = provinceId
         )
     }
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableHandleRiotCrackDownCommandFactory.scala

@@ -7,17 +7,14 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MinVigorForCrackDown
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableHandleRiotCrackDownCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableHandleRiotCrackDownCommandFactory extends AvailableCommandsFactoryForType {
 
   def crackDownHeroIds(
       province: Province,
       gameState: GameState
   ): Vector[HeroId] =
     province.rulingFactionHeroIds
-      .filter(hid =>
-        gameState.heroes(hid).vigor >= MinVigorForCrackDown.doubleValue
-      )
+      .filter(hid => gameState.heroes(hid).vigor >= MinVigorForCrackDown.doubleValue)
       .toVector
 
   override def availableCommand(
@@ -26,7 +23,7 @@ object AvailableHandleRiotCrackDownCommandFactory
       provinceId: ProvinceId
   ): Option[HandleRiotCrackDownAvailableCommand] = {
     val province = gameState.provinces(provinceId)
-    val heroIds = crackDownHeroIds(province, gameState)
+    val heroIds  = crackDownHeroIds(province, gameState)
 
     Option.when(
       LegacyProvinceUtils

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableHandleRiotDoNothingCommandFactory.scala

@@ -5,8 +5,7 @@ import net.eagle0.eagle.api.available_command.HandleRiotDoNothingAvailableComman
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableHandleRiotDoNothingCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableHandleRiotDoNothingCommandFactory extends AvailableCommandsFactoryForType {
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableHandleRiotGiveCommandFactory.scala

@@ -6,8 +6,7 @@ import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.settings.{RiotMaxFood, RiotMaxGold}
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableHandleRiotGiveCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableHandleRiotGiveCommandFactory extends AvailableCommandsFactoryForType {
 
   override def availableCommand(
       gameState: GameState,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableHeroGiftCommandFactory.scala

@@ -1,10 +1,7 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  EligibleGift,
-  HeroGiftAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{EligibleGift, HeroGiftAvailableCommand}
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MaxGiftGold
@@ -31,7 +28,7 @@ object AvailableHeroGiftCommandFactory extends AvailableCommandsFactoryForType {
       gameState: GameState,
       factionId: FactionId,
       provinceId: ProvinceId
-  ): Option[HeroGiftAvailableCommand] = {
+  ): Option[HeroGiftAvailableCommand] =
     consideredProvinces(gameState, factionId, provinceId)
       .filterNot(_.gold == 0)
       .flatMap(p => eligibleRecipients(p, gameState)) match {
@@ -44,5 +41,4 @@ object AvailableHeroGiftCommandFactory extends AvailableCommandsFactoryForType {
           )
         )
     }
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableImproveCommandsFactory.scala

@@ -2,12 +2,7 @@ package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
 import net.eagle0.eagle.api.available_command.ImproveAvailableCommand
-import net.eagle0.eagle.common.improvement_type.ImprovementType.{
-  AGRICULTURE,
-  DEVASTATION,
-  ECONOMY,
-  INFRASTRUCTURE
-}
+import net.eagle0.eagle.common.improvement_type.ImprovementType.{AGRICULTURE, DEVASTATION, ECONOMY, INFRASTRUCTURE}
 import net.eagle0.eagle.common.profession.Profession.ENGINEER
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.hero.Hero
@@ -42,14 +37,14 @@ object AvailableImproveCommandsFactory extends AvailableCommandsFactoryForType {
       .filterNot(_.vigor < MinVigorForImprove.doubleValue)
 
     val availableTypes =
-      Option.when(province.economy < IMPROVEMENT_MAX) { ECONOMY } ++
-        Option.when(province.agriculture < IMPROVEMENT_MAX) { AGRICULTURE } ++
+      Option.when(province.economy < IMPROVEMENT_MAX)(ECONOMY) ++
+        Option.when(province.agriculture < IMPROVEMENT_MAX)(AGRICULTURE) ++
         Option.when(province.infrastructure < IMPROVEMENT_MAX) {
           INFRASTRUCTURE
         } ++
         Option.when(
           province.economyDevastation > 0 || province.agricultureDevastation > 0 || province.infrastructureDevastation > 0
-        ) { DEVASTATION }
+        )(DEVASTATION)
 
     Option.when(availableHeroes.nonEmpty && availableTypes.nonEmpty) {
       ImproveAvailableCommand(

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableIssueOrdersCommandFactory.scala

@@ -7,8 +7,7 @@ import net.eagle0.eagle.common.province_order_type.ProvinceOrderType.*
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 
-object AvailableIssueOrdersCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableIssueOrdersCommandFactory extends AvailableCommandsFactoryForType {
 
   override def availableCommand(
       gameState: GameState,
@@ -28,9 +27,7 @@ object AvailableIssueOrdersCommandFactory
           .filter(_.rulingFactionId.contains(factionId))
           .toVector
           .sortBy(_.name)
-          .map(p =>
-            ProvinceOrders(provinceId = p.id, orders = p.provinceOrders)
-          ),
+          .map(p => ProvinceOrders(provinceId = p.id, orders = p.provinceOrders)),
         availableOrders = Vector(DEVELOP, MOBILIZE, EXPAND, ENTRUST)
       )
     }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableManagePrisonersCommandFactory.scala

@@ -1,10 +1,7 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.common.MoreOption
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  ManagePrisonersAvailableCommand,
-  PrisonerToManage
-}
+import net.eagle0.eagle.api.available_command.{ManagePrisonersAvailableCommand, PrisonerToManage}
 import net.eagle0.eagle.api.command.util.prisoner_management_type.{
   PrisonerManagementOption,
   PrisonerManagementOptionExecute,
@@ -17,8 +14,7 @@ import net.eagle0.eagle.common.unaffiliated_hero_type.UnaffiliatedHeroType.UNAFF
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.unaffiliated_hero.UnaffiliatedHero
 
-object AvailableManagePrisonersCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableManagePrisonersCommandFactory extends AvailableCommandsFactoryForType {
 
   private def availableMoveToProvinceIds(
       fid: FactionId,
@@ -51,9 +47,7 @@ object AvailableManagePrisonersCommandFactory
             _.rulingFactionId.contains(factionWithThisPrisonerAsLeader.get.id)
           )
         )(
-          PrisonerManagementOptionReturn(toFactionId =
-            factionWithThisPrisonerAsLeader.get.id
-          )
+          PrisonerManagementOptionReturn(toFactionId = factionWithThisPrisonerAsLeader.get.id)
         )
         .toVector
     } else {

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableMarchCommandFactory.scala

@@ -10,19 +10,9 @@ import net.eagle0.eagle.api.available_command.{
 import net.eagle0.eagle.api.command.util.battalion_with_food_cost.BattalionWithFoodCost
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
-import net.eagle0.eagle.library.settings.{
-  MaxCombatUnitCountPerSide,
-  MinVigorForMarch
-}
-import net.eagle0.eagle.library.util.{
-  BattalionSuitability,
-  LegacyBattalionUtils,
-  ShardokMapInfo
-}
-import net.eagle0.eagle.library.util.command_choice_helpers.{
-  CombatUnitSelector,
-  MarchSuppliesHelpers
-}
+import net.eagle0.eagle.library.settings.{MaxCombatUnitCountPerSide, MinVigorForMarch}
+import net.eagle0.eagle.library.util.{BattalionSuitability, LegacyBattalionUtils, ShardokMapInfo}
+import net.eagle0.eagle.library.util.command_choice_helpers.{CombatUnitSelector, MarchSuppliesHelpers}
 import net.eagle0.eagle.library.util.hero.LegacyHeroUtils
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
@@ -42,9 +32,9 @@ object AvailableMarchCommandFactory extends AvailableCommandsFactoryForType {
           .get
           .startingPositionIndex
 
-        val mapInfo = ShardokMapInfo.shardokMapInfos(destinationProvince.id)
+        val mapInfo                = ShardokMapInfo.shardokMapInfos(destinationProvince.id)
         val destinationCastleCount = mapInfo.castleCount
-        val requiresRiverCrossing = mapInfo.waterCrossingRequirementsByPosition(
+        val requiresRiverCrossing  = mapInfo.waterCrossingRequirementsByPosition(
           startingPositionIndex
         ) >= 10
 
@@ -73,7 +63,7 @@ object AvailableMarchCommandFactory extends AvailableCommandsFactoryForType {
         .min(availableBattalions.size)
         .min(originProvince.rulingFactionHeroIds.size - 2)
         .min(MaxCombatUnitCountPerSide.intValue)
-    val recommendedConfig =
+    val recommendedConfig    =
       Option.when(recommendedSendCount > 0) {
         val units = CombatUnitSelector.selectedCombatBattalions(
           desiredCount = recommendedSendCount,
@@ -128,9 +118,7 @@ object AvailableMarchCommandFactory extends AvailableCommandsFactoryForType {
   ): Option[MarchAvailableCommand] =
     LegacyHeroUtils
       .consideredProvinces(gameState, factionId, provinceId)
-      .flatMap(p =>
-        oneOriginProvinceCommand(gameState = gameState, originProvince = p)
-      ) match {
+      .flatMap(p => oneOriginProvinceCommand(gameState = gameState, originProvince = p)) match {
       case items if items.isEmpty => None
       case opcs                   =>
         Some(

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableOrganizeTroopsCommandsFactory.scala

@@ -1,16 +1,12 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  OrganizeTroopsAvailableCommand,
-  TroopCost
-}
+import net.eagle0.eagle.api.available_command.{OrganizeTroopsAvailableCommand, TroopCost}
 import net.eagle0.eagle.api.available_command.OrganizeTroopsAvailableCommand.BattalionTypeStatus
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableOrganizeTroopsCommandsFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableOrganizeTroopsCommandsFactory extends AvailableCommandsFactoryForType {
   val maxBattalions = 10 // FIXME
 
   override def availableCommand(
@@ -20,20 +16,19 @@ object AvailableOrganizeTroopsCommandsFactory
   ): Option[OrganizeTroopsAvailableCommand] = {
     val province = gameState.provinces(provinceId)
 
-    val availableTypeStatuses = gameState.battalionTypes.toVector
-      .map { bt =>
-        BattalionTypeStatus(
-          typeId = bt.typeId,
-          minimumAgriculture = bt.minimumAgriculture,
-          minimumEconomy = bt.minimumEconomy,
-          meetsRequirements = LegacyProvinceUtils
-            .availableBattalionTypeIds(
-              province,
-              gameState.battalionTypes.toVector
-            )
-            .contains(bt.typeId)
-        )
-      }
+    val availableTypeStatuses = gameState.battalionTypes.toVector.map { bt =>
+      BattalionTypeStatus(
+        typeId = bt.typeId,
+        minimumAgriculture = bt.minimumAgriculture,
+        minimumEconomy = bt.minimumEconomy,
+        meetsRequirements = LegacyProvinceUtils
+          .availableBattalionTypeIds(
+            province,
+            gameState.battalionTypes.toVector
+          )
+          .contains(bt.typeId)
+      )
+    }
       .sortBy(_.typeId.value)
 
     val troopCosts = gameState.battalionTypes.toVector.map(t =>
@@ -44,8 +39,7 @@ object AvailableOrganizeTroopsCommandsFactory
     )
 
     if troopCosts.isEmpty then return None
-    if troopCosts.map(_.costPerTroop).min.ceil.toInt > province.gold then
-      return None
+    if troopCosts.map(_.costPerTroop).min.ceil.toInt > province.gold then return None
 
     val existingEligibleBattalions = province.battalionIds
       .map(bid => gameState.battalions(bid))

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailablePleaseRecruitMeCommandFactory.scala

@@ -1,9 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 
-import net.eagle0.eagle.api.available_command.{
-  OneProvincePleaseRecruitMe,
-  PleaseRecruitMeAvailableCommand
-}
+import net.eagle0.eagle.api.available_command.{OneProvincePleaseRecruitMe, PleaseRecruitMeAvailableCommand}
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MinSupportForTaxes
@@ -19,20 +16,19 @@ object AvailablePleaseRecruitMeCommandFactory {
   ): Option[OneProvincePleaseRecruitMe] = {
     val availableHeroes = for {
       targetUH <- p.unaffiliatedHeroes.filter(uh =>
-        LegacyUnaffiliatedHeroUtils.willPleaseRecruitMe(
-          gameState = gs,
-          factionId = fid,
-          unaffiliatedHero = uh
-        )
-      )
-    } yield {
+                    LegacyUnaffiliatedHeroUtils.willPleaseRecruitMe(
+                      gameState = gs,
+                      factionId = fid,
+                      unaffiliatedHero = uh
+                    )
+                  )
+    } yield
       // FIXME: We should be generating the LLM request and its textID here instead of earlier in the round
       ExpandedUnaffiliatedHeroUtils
         .expandedUnaffiliatedHero(
           gs = gs,
           uh = targetUH
         )
-    }
 
     Option.when(availableHeroes.nonEmpty)(
       OneProvincePleaseRecruitMe(

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableRecruitHeroesCommandFactory.scala

@@ -8,8 +8,7 @@ import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 import net.eagle0.eagle.library.util.recruitment_odds.LegacyRecruitmentOdds
 
-object AvailableRecruitHeroesCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableRecruitHeroesCommandFactory extends AvailableCommandsFactoryForType {
 
   override def availableCommand(
       gameState: GameState,
@@ -21,8 +20,7 @@ object AvailableRecruitHeroesCommandFactory
     if !province.rulerIsTraveling then return None
 
     val faction = gameState.factions(factionId)
-    if !LegacyProvinceUtils.ruledByFactionLeader(province, gameState) then
-      return None
+    if !LegacyProvinceUtils.ruledByFactionLeader(province, gameState) then return None
 
     val expandedRecruitable = province.unaffiliatedHeroes
       .filterNot(uh => LegacyFactionUtils.isFactionLeader(uh.heroId, gameState))

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveAllianceOfferCommandFactory.scala

@@ -1,9 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.available_command.ResolveAllianceOfferAvailableCommand
-import net.eagle0.eagle.common.diplomacy_offer.{
-  AllianceOfferDetails,
-  DiplomacyOffer
-}
+import net.eagle0.eagle.common.diplomacy_offer.{AllianceOfferDetails, DiplomacyOffer}
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus.DIPLOMACY_OFFER_STATUS_UNRESOLVED
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.FactionId
@@ -52,12 +49,11 @@ object AvailableResolveAllianceOfferCommandFactory {
                   messengerHeroId = messengerHeroId,
                   messengerOriginProvinceId = messengerOriginProvinceId,
                   status = status,
-                  eligibleStatuses =
-                    EligibleDiplomacyStatuses.acceptRejectStatuses ++ EligibleDiplomacyStatuses
-                      .maybeImprisonStatus(
-                        actingFactionId = factionId,
-                        gameState = gameState
-                      ),
+                  eligibleStatuses = EligibleDiplomacyStatuses.acceptRejectStatuses ++ EligibleDiplomacyStatuses
+                    .maybeImprisonStatus(
+                      actingFactionId = factionId,
+                      gameState = gameState
+                    ),
                   offerTextId = offerTextId
                 )
             }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveBreakAllianceCommandFactory.scala

@@ -1,9 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.available_command.ResolveBreakAllianceAvailableCommand
-import net.eagle0.eagle.common.diplomacy_offer.{
-  BreakAllianceDetails,
-  DiplomacyOffer
-}
+import net.eagle0.eagle.common.diplomacy_offer.{BreakAllianceDetails, DiplomacyOffer}
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus.{
   DIPLOMACY_OFFER_STATUS_ACCEPTED,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveInvitationCommandFactory.scala

@@ -1,9 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.available_command.ResolveInvitationAvailableCommand
-import net.eagle0.eagle.common.diplomacy_offer.{
-  DiplomacyOffer,
-  InvitationDetails
-}
+import net.eagle0.eagle.common.diplomacy_offer.{DiplomacyOffer, InvitationDetails}
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus.{
   DIPLOMACY_OFFER_STATUS_ACCEPTED,
   DIPLOMACY_OFFER_STATUS_UNRESOLVED

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveRansomOfferCommandFactory.scala

@@ -1,10 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.available_command.ResolveRansomOfferAvailableCommand
-import net.eagle0.eagle.common.diplomacy_offer.{
-  DiplomacyOffer,
-  InvitationDetails,
-  RansomOfferDetails
-}
+import net.eagle0.eagle.common.diplomacy_offer.{DiplomacyOffer, InvitationDetails, RansomOfferDetails}
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus.{
   DIPLOMACY_OFFER_STATUS_REJECTED,
   DIPLOMACY_OFFER_STATUS_UNRESOLVED

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveTributeCommandsFactory.scala

@@ -1,17 +1,13 @@
 package net.eagle0.eagle.library.actions.availability
 
 import net.eagle0.eagle.{FactionId, ProvinceId}
-import net.eagle0.eagle.api.available_command.{
-  ResolveTributeAvailableCommand,
-  TributeAndFaction
-}
+import net.eagle0.eagle.api.available_command.{ResolveTributeAvailableCommand, TributeAndFaction}
 import net.eagle0.eagle.internal.army.{HostileArmyGroup, HostileArmyGroupStatus}
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.util.ArmyUtils
 
-object AvailableResolveTributeCommandsFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableResolveTributeCommandsFactory extends AvailableCommandsFactoryForType {
 
   private def makeResolveTributeCommand(
       province: Province,
@@ -25,22 +21,20 @@ object AvailableResolveTributeCommandsFactory
     Option.when(incomingTributeDemands.nonEmpty) {
       ResolveTributeAvailableCommand(
         actingProvinceId = province.id,
-        demands = incomingTributeDemands
-          .map {
-            case ag @ HostileArmyGroup(
-                  fid: FactionId,
-                  _,
-                  status: HostileArmyGroupStatus,
-                  _ /* unknownFieldSet */
-                ) =>
-              TributeAndFaction(
-                demandingFactionId = fid,
-                tributeDemanded =
-                  status.asMessage.getTributeDemanded.tributeAmount,
-                heroCount = ArmyUtils.heroCount(ag),
-                troopCount = ArmyUtils.troopCount(ag, gs)
-              )
-          },
+        demands = incomingTributeDemands.map {
+          case ag @ HostileArmyGroup(
+                fid: FactionId,
+                _,
+                status: HostileArmyGroupStatus,
+                _ /* unknownFieldSet */
+              ) =>
+            TributeAndFaction(
+              demandingFactionId = fid,
+              tributeDemanded = status.asMessage.getTributeDemanded.tributeAmount,
+              heroCount = ArmyUtils.heroCount(ag),
+              troopCount = ArmyUtils.troopCount(ag, gs)
+            )
+        },
         availableGold = province.gold,
         availableFood = province.food
       )

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableResolveTruceOfferCommandFactory.scala

@@ -1,9 +1,6 @@
 package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.available_command.ResolveTruceOfferAvailableCommand
-import net.eagle0.eagle.common.diplomacy_offer.{
-  DiplomacyOffer,
-  TruceOfferDetails
-}
+import net.eagle0.eagle.common.diplomacy_offer.{DiplomacyOffer, TruceOfferDetails}
 import net.eagle0.eagle.common.diplomacy_offer_status.DiplomacyOfferStatus.DIPLOMACY_OFFER_STATUS_UNRESOLVED
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.settings.TruceMonths
@@ -59,13 +56,12 @@ object AvailableResolveTruceOfferCommandFactory {
                   messengerHeroId = messengerHeroId,
                   messengerOriginProvinceId = messengerOriginProvinceId,
                   status = status,
-                  eligibleStatuses =
-                    (EligibleDiplomacyStatuses.acceptRejectStatuses ++ EligibleDiplomacyStatuses
-                      .maybeImprisonStatus(
-                        actingFactionId = factionId,
-                        gameState = gameState
-                      )
-                      .toVector).toVector,
+                  eligibleStatuses = (EligibleDiplomacyStatuses.acceptRejectStatuses ++ EligibleDiplomacyStatuses
+                    .maybeImprisonStatus(
+                      actingFactionId = factionId,
+                      gameState = gameState
+                    )
+                    .toVector).toVector,
                   offerTextId = offerTextId
                 )
             }.toVector

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableSendSuppliesCommandFactory.scala

@@ -7,8 +7,7 @@ import net.eagle0.eagle.library.settings.MinVigorForSendSupplies
 import net.eagle0.eagle.library.util.faction_utils.LegacyFactionUtils
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableSendSuppliesCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableSendSuppliesCommandFactory extends AvailableCommandsFactoryForType {
   override def availableCommand(
       gameState: GameState,
       factionId: FactionId,

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableStartEpidemicCommandFactory.scala

@@ -8,8 +8,7 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MinVigorForStartEpidemic
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableStartEpidemicCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableStartEpidemicCommandFactory extends AvailableCommandsFactoryForType {
 
   private def makeStartEpidemicCommand(
       gameState: GameState,
@@ -38,9 +37,7 @@ object AvailableStartEpidemicCommandFactory
         availableHeroIds = necromancersWithSufficientVigor
           .sortBy(-_.vigor)
           .map(_.id),
-        options = targetProvinceIds.map(pid =>
-          StartEpidemicOptions(targetProvinceId = pid)
-        ),
+        options = targetProvinceIds.map(pid => StartEpidemicOptions(targetProvinceId = pid)),
         actingProvinceId = province.id
       )
     }

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableSuppressBeastsCommandFactory.scala

@@ -7,17 +7,14 @@ import net.eagle0.eagle.internal.province.Province
 import net.eagle0.eagle.library.settings.MinVigorForSuppressBeasts
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 
-object AvailableSuppressBeastsCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableSuppressBeastsCommandFactory extends AvailableCommandsFactoryForType {
 
   private def makeSuppressBeastsCommand(
       gameState: GameState,
       province: Province
   ): Option[SuppressBeastsAvailableCommand] = {
     val availableHeroIds = province.rulingFactionHeroIds
-      .filter(hid =>
-        gameState.heroes(hid).vigor >= MinVigorForSuppressBeasts.doubleValue
-      )
+      .filter(hid => gameState.heroes(hid).vigor >= MinVigorForSuppressBeasts.doubleValue)
 
     Option.when(
       LegacyProvinceUtils.hasBeasts(province) && availableHeroIds.nonEmpty

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableSwearBrotherhoodCommandFactory.scala

@@ -4,13 +4,9 @@ import net.eagle0.eagle.{FactionId, HeroId, ProvinceId}
 import net.eagle0.eagle.api.available_command.SwearBrotherhoodAvailableCommand
 import net.eagle0.eagle.api.available_command.SwearBrotherhoodAvailableCommand.HeroAndBackstory
 import net.eagle0.eagle.internal.game_state.GameState
-import net.eagle0.eagle.library.settings.{
-  MaximumFactionLeaders,
-  MinimumLoyaltyForSwearBrotherhood
-}
+import net.eagle0.eagle.library.settings.{MaximumFactionLeaders, MinimumLoyaltyForSwearBrotherhood}
 
-object AvailableSwearBrotherhoodCommandFactory
-    extends AvailableCommandsFactoryForType {
+object AvailableSwearBrotherhoodCommandFactory extends AvailableCommandsFactoryForType {
 
   def canHaveMoreLeaders(gameState: GameState, factionId: FactionId): Boolean =
     gameState

src/main/scala/net/eagle0/eagle/library/actions/availability/AvailableTrainCommandsFactory.scala

@@ -23,7 +23,7 @@ object AvailableTrainCommandsFactory extends AvailableCommandsFactoryForType {
       factionId: FactionId,
       provinceId: ProvinceId
   ): Option[TrainAvailableCommand] = {
-    val province = gameState.provinces(provinceId)
+    val province        = gameState.provinces(provinceId)
     val availableHeroes = province.rulingFactionHeroIds
       .map(heroId => gameState.heroes(heroId))
       .filter(_.vigor >= MinVigorForTrain.doubleValue)

src/main/scala/net/eagle0/eagle/library/actions/availability/ExpandedCombatUnitUtils.scala

@@ -3,10 +3,7 @@ package net.eagle0.eagle.library.actions.availability
 import net.eagle0.eagle.api.command.util.expanded_combat_unit.ExpandedCombatUnit
 import net.eagle0.eagle.common.combat_unit.CombatUnit
 import net.eagle0.eagle.internal.game_state.GameState
-import net.eagle0.eagle.library.util.view_filters.{
-  HeroViewFilter,
-  LegacyBattalionViewFilter
-}
+import net.eagle0.eagle.library.util.view_filters.{HeroViewFilter, LegacyBattalionViewFilter}
 
 object ExpandedCombatUnitUtils {
   def expandedCombatUnit(

src/main/scala/net/eagle0/eagle/library/actions/availability/package.scala

@@ -34,21 +34,21 @@ package object availability {
       .toMap
 
   val professionOrdering: Map[Profession, Int] = Map(
-    PALADIN -> 1,
-    ENGINEER -> 2,
-    RANGER -> 3,
-    MAGE -> 4,
-    NECROMANCER -> 5,
-    CHAMPION -> 6,
-    NO_PROFESSION -> 7,
+    PALADIN            -> 1,
+    ENGINEER           -> 2,
+    RANGER             -> 3,
+    MAGE               -> 4,
+    NECROMANCER        -> 5,
+    CHAMPION           -> 6,
+    NO_PROFESSION      -> 7,
     UNKNOWN_PROFESSION -> 8
   )
 
   val battalionTypeOrdering: Map[BattalionTypeId, Int] = Map(
-    HEAVY_CAVALRY -> 1,
+    HEAVY_CAVALRY  -> 1,
     HEAVY_INFANTRY -> 2,
-    LONGBOWMEN -> 3,
-    LIGHT_CAVALRY -> 4,
+    LONGBOWMEN     -> 3,
+    LIGHT_CAVALRY  -> 4,
     LIGHT_INFANTRY -> 5
   )
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/CheckForFactionChangesAction.scala

@@ -7,11 +7,7 @@ import net.eagle0.eagle.library.util.province.ProvinceUtils
 import net.eagle0.eagle.library.util.ransom_validity.RansomValidity
 import net.eagle0.eagle.library.util.ReturningHeroes
 import net.eagle0.eagle.model.action_result.changed_province.concrete.ChangedProvinceC
-import net.eagle0.eagle.model.action_result.concrete.{
-  ActionResultC,
-  ChangedFactionC,
-  ChangedHeroC
-}
+import net.eagle0.eagle.model.action_result.concrete.{ActionResultC, ChangedFactionC, ChangedHeroC}
 import net.eagle0.eagle.model.action_result.types.{
   FactionDestroyedResultType,
   FactionLeaderRemovedResultType,
@@ -25,10 +21,7 @@ import net.eagle0.eagle.model.state.faction.concrete.FactionC
 import net.eagle0.eagle.model.state.faction.FactionT
 import net.eagle0.eagle.model.state.hero.HeroT
 import net.eagle0.eagle.model.state.province.ProvinceT
-import net.eagle0.eagle.model.state.unaffiliated_hero.{
-  RecruitmentInfo,
-  UnaffiliatedHeroT
-}
+import net.eagle0.eagle.model.state.unaffiliated_hero.{RecruitmentInfo, UnaffiliatedHeroT}
 import net.eagle0.eagle.model.state.unaffiliated_hero.concrete.UnaffiliatedHeroC
 import net.eagle0.eagle.model.state.unaffiliated_hero.UnaffiliatedHeroType.Traveler
 import net.eagle0.eagle.model.state.Army
@@ -95,10 +88,11 @@ case class CheckForFactionChangesAction(
         case (faction: FactionC, fr) =>
           applyRemovedFactionResult(faction, fr)
       }
-      .continue { case (results, fr) =>
-        maybeRansomInvalidResults(notDestroyed, fr).map { rirs =>
-          results ++ rirs
-        }
+      .continue {
+        case (results, fr) =>
+          maybeRansomInvalidResults(notDestroyed, fr).map { rirs =>
+            results ++ rirs
+          }
       }
       .map { results =>
         results ++
@@ -114,15 +108,15 @@ case class CheckForFactionChangesAction(
       functionalRandom: FunctionalRandom
   ): RandomState[Vector[ReturningHeroes.ReturningResult]] =
     functionalRandom
-      .nextMap(destroyedFaction.incomingDiplomacyOffers) { case (offer, fr) =>
-        ReturningHeroes.heroesReturningToFaction(
-          hids = Vector(offer.messengerHeroId),
-          factionId = offer.originatingFactionId,
-          originProvince =
-            provinces.find(_.id == offer.messengerOriginProvinceId).get,
-          provinces = provinces,
-          functionalRandom = fr
-        )
+      .nextMap(destroyedFaction.incomingDiplomacyOffers) {
+        case (offer, fr) =>
+          ReturningHeroes.heroesReturningToFaction(
+            hids = Vector(offer.messengerHeroId),
+            factionId = offer.originatingFactionId,
+            originProvince = provinces.find(_.id == offer.messengerOriginProvinceId).get,
+            provinces = provinces,
+            functionalRandom = fr
+          )
       }
 
   private def applyRemovedFactionResult(
@@ -140,13 +134,14 @@ case class CheckForFactionChangesAction(
               provinceId = p.id,
               removedIncomingArmyIds = removedFactionArmies.map(_.id)
             )
-          ) { case (cp, ma) =>
-            cp.withNewUnaffiliatedHeroes(
-              armyToUnaffiliatedHeroes(ma.army)
-            ).copy(
-              foodDelta = deltaAugment(cp.foodDelta, ma.supplies.food),
-              goldDelta = deltaAugment(cp.goldDelta, ma.supplies.gold)
-            )
+          ) {
+            case (cp, ma) =>
+              cp.withNewUnaffiliatedHeroes(
+                armyToUnaffiliatedHeroes(ma.army)
+              ).copy(
+                foodDelta = deltaAugment(cp.foodDelta, ma.supplies.food),
+                goldDelta = deltaAugment(cp.goldDelta, ma.supplies.gold)
+              )
           }
         )
 
@@ -193,9 +188,7 @@ case class CheckForFactionChangesAction(
   ): Option[ChangedFactionC] =
     Option.when(
       faction.factionRelationships.exists(_.targetFactionId == otherFid)
-        || faction.incomingDiplomacyOffers.exists(ioff =>
-          ioff.originatingFactionId == otherFid
-        )
+        || faction.incomingDiplomacyOffers.exists(ioff => ioff.originatingFactionId == otherFid)
     )(
       ChangedFactionC(
         factionId = faction.id,
@@ -272,32 +265,30 @@ case class CheckForFactionChangesAction(
       functionalRandom: FunctionalRandom
   ): RandomState[Vector[ActionResultT]] =
     functionalRandom
-      .nextFlatMap(notDestroyedFactions.toVector) { case (faction, fr) =>
-        fr.nextMap(
-          faction.incomingDiplomacyOffers
-            .collect { case diploOffer: RansomOffer =>
-              diploOffer
+      .nextFlatMap(notDestroyedFactions.toVector) {
+        case (faction, fr) =>
+          fr.nextMap(
+            faction.incomingDiplomacyOffers.collect {
+              case diploOffer: RansomOffer =>
+                diploOffer
             }
-            .filterNot(ransomOffer =>
-              RansomValidity.isStillValid(ransomOffer, provinces)
-            )
-        ) { case (ransomOffer, innerFr) =>
-          // Ransom offers don't remove the hero from the province
-          RandomState(
-            newValue = ActionResultC(
-              actionResultType = RansomInvalidatedResultType,
-              changedFactions = Vector(
-                ChangedFactionC(
-                  factionId = faction.id,
-                  removedIncomingDiplomacyOfferFactionIds =
-                    Vector(ransomOffer.originatingFactionId),
-                  newIncomingDiplomacyOffers =
-                    Vector(ransomOffer.withStatus(Invalidated))
-                )
+              .filterNot(ransomOffer => RansomValidity.isStillValid(ransomOffer, provinces))
+          ) {
+            case (ransomOffer, innerFr) =>
+              // Ransom offers don't remove the hero from the province
+              RandomState(
+                newValue = ActionResultC(
+                  actionResultType = RansomInvalidatedResultType,
+                  changedFactions = Vector(
+                    ChangedFactionC(
+                      factionId = faction.id,
+                      removedIncomingDiplomacyOfferFactionIds = Vector(ransomOffer.originatingFactionId),
+                      newIncomingDiplomacyOffers = Vector(ransomOffer.withStatus(Invalidated))
+                    )
+                  )
+                ),
+                nextRandom = innerFr
               )
-            ),
-            nextRandom = innerFr
-          )
-        }
+          }
       }
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/CheckForFailedQuestsAction.scala

@@ -54,10 +54,9 @@ case class CheckForFailedQuestsAction(
       // check for the province being owned by a different faction
       else if imprisonedProvince.rulingFactionId != questFactionId then true
       // check for the hero being no longer a prisoner in the province
-      else if !imprisonedProvince.unaffiliatedHeroes
-          .exists { uh =>
-            uh.heroId == prisonerHeroId && uh.unaffiliatedHeroType == Prisoner
-          }
+      else if !imprisonedProvince.unaffiliatedHeroes.exists { uh =>
+          uh.heroId == prisonerHeroId && uh.unaffiliatedHeroType == Prisoner
+        }
       then true
       else false
     }
@@ -67,7 +66,7 @@ case class CheckForFailedQuestsAction(
       province: ProvinceT
   ): Boolean =
     quest match {
-      case DefeatFactionQuest(targetFactionId) =>
+      case DefeatFactionQuest(targetFactionId)                      =>
         // Fails if the faction no longer exists, or if the ruling faction of this province has a truce with it
         !factions.exists(_.id == targetFactionId) || province.rulingFactionId
           .exists(rulingFid =>
@@ -78,13 +77,13 @@ case class CheckForFailedQuestsAction(
                 factions = factions
               )
           )
-      case TruceWithFactionQuest(targetFactionId) =>
+      case TruceWithFactionQuest(targetFactionId)                   =>
         // Fails if the faction no longer exists
         !factions.exists(_.id == targetFactionId)
-      case TruceCountQuest(truceCount) =>
+      case TruceCountQuest(truceCount)                              =>
         // Fails if there are no longer enough factions to succeed
         factions.size <= truceCount
-      case DismissSpecificVassalQuest(targetHeroId) =>
+      case DismissSpecificVassalQuest(targetHeroId)                 =>
         // Fails if you swear brotherhood with the hero
         FactionUtils.isFactionLeader(targetHeroId, factions)
       case ExecutePrisonerQuest(prisonerHeroId, prisonerProvinceId) =>
@@ -93,7 +92,7 @@ case class CheckForFailedQuestsAction(
           prisonerHeroId = prisonerHeroId,
           prisonerProvinceId = prisonerProvinceId
         )
-      case ExilePrisonerQuest(prisonerHeroId, prisonerProvinceId) =>
+      case ExilePrisonerQuest(prisonerHeroId, prisonerProvinceId)   =>
         isPrisonerManagementQuestFailed(
           questFactionId = province.rulingFactionId,
           prisonerHeroId = prisonerHeroId,
@@ -117,7 +116,7 @@ case class CheckForFailedQuestsAction(
           prisonerHeroId = prisonerHeroId,
           prisonerProvinceId = prisonerProvinceId
         )
-      case _ => false
+      case _                                                        => false
     }
 
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/CheckForFulfilledQuestsAction.scala

@@ -1,29 +1,16 @@
 package net.eagle0.eagle.library.actions.impl.action
 
-import net.eagle0.eagle.{
-  BattalionId,
-  FactionId,
-  GameId,
-  HeroId,
-  ProvinceId,
-  RoundId
-}
+import net.eagle0.eagle.{BattalionId, FactionId, GameId, HeroId, ProvinceId, RoundId}
 import net.eagle0.eagle.common.battalion_type.BattalionType
 import net.eagle0.eagle.library.actions.impl.common.ProtolessSequentialResultsAction
-import net.eagle0.eagle.library.settings.{
-  MinSupportForTaxes,
-  PortionOfCapacityForUpgradeBattalionQuest
-}
+import net.eagle0.eagle.library.settings.{MinSupportForTaxes, PortionOfCapacityForUpgradeBattalionQuest}
 import net.eagle0.eagle.library.util.province.ProvinceUtils
 import net.eagle0.eagle.library.util.quest_fulfillment.QuestFulfillmentUtils
 import net.eagle0.eagle.library.util.BattalionTypeFinder
 import net.eagle0.eagle.model.action_result.ActionResultT
 import net.eagle0.eagle.model.state.battalion.BattalionT
 import net.eagle0.eagle.model.state.date.Date
-import net.eagle0.eagle.model.state.faction.FactionRelationship.RelationshipLevel.{
-  Ally,
-  Hostile
-}
+import net.eagle0.eagle.model.state.faction.FactionRelationship.RelationshipLevel.{Ally, Hostile}
 import net.eagle0.eagle.model.state.faction.FactionT
 import net.eagle0.eagle.model.state.hero.HeroT
 import net.eagle0.eagle.model.state.province.ProvinceT
@@ -93,24 +80,24 @@ case class CheckForFulfilledQuestsAction(
       province: ProvinceT
   ): Boolean =
     quest match {
-      case q: ComponentQuest =>
+      case q: ComponentQuest                                            =>
         q.componentsFulfilled >= q.componentCount
-      case _: DefeatFactionQuest =>
+      case _: DefeatFactionQuest                                        =>
         false // action quests
-      case DismissSpecificVassalQuest(targetHeroId) =>
+      case DismissSpecificVassalQuest(targetHeroId)                     =>
         !getHero(targetHeroId).exists(
           _.factionId
             .contains(province.rulingFactionId.get)
         )
-      case _: ExecutePrisonerQuest =>
+      case _: ExecutePrisonerQuest                                      =>
         false // action quests
-      case _: ExilePrisonerQuest =>
+      case _: ExilePrisonerQuest                                        =>
         false // action quests
-      case _: ReleasePrisonerQuest =>
+      case _: ReleasePrisonerQuest                                      =>
         false // action quests
       case ImproveAgricultureQuest(_: ProvinceId, desiredValue: Double) =>
         ProvinceUtils.effectiveAgriculture(province) >= desiredValue
-      case ImproveEconomyQuest(_: ProvinceId, desiredValue: Double) =>
+      case ImproveEconomyQuest(_: ProvinceId, desiredValue: Double)     =>
         ProvinceUtils.effectiveEconomy(province) >= desiredValue
       case ImproveInfrastructureQuest(
             _: ProvinceId,
@@ -133,7 +120,7 @@ case class CheckForFulfilledQuestsAction(
                 battalionTypeId
               ).capacity
           )
-      case GrandArmyQuest(totalTroopCount) =>
+      case GrandArmyQuest(totalTroopCount)                              =>
         province.battalionIds
           .flatMap(battalionWithId)
           .map(_.size)
@@ -147,21 +134,19 @@ case class CheckForFulfilledQuestsAction(
           expansionProvince.rulingFactionId == province.rulingFactionId &&
           expansionProvince.support >= MinSupportForTaxes.doubleValue
         }
-      case WealthQuest(gold, food) =>
+      case WealthQuest(gold, food)              =>
         province.gold >= gold && province.food >= food
 
-      case AllianceQuest =>
+      case AllianceQuest                          =>
         factionWithId(province.getRulingFactionId).get.factionRelationships
           .exists(fr => fr.relationshipLevel == Ally)
       case TruceWithFactionQuest(targetFactionId) =>
         factionWithId(province.getRulingFactionId).get.factionRelationships
-          .exists(fr =>
-            fr.targetFactionId == targetFactionId && fr.relationshipLevel != Hostile
-          )
-      case TruceCountQuest(truceCount) =>
+          .exists(fr => fr.targetFactionId == targetFactionId && fr.relationshipLevel != Hostile)
+      case TruceCountQuest(truceCount)            =>
         factionWithId(province.getRulingFactionId).get.factionRelationships
           .count(_.relationshipLevel != Hostile) >= truceCount
-      case _ =>
+      case _                                      =>
         throw new IllegalArgumentException(s"Unknown quest type: $quest")
     }
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/ChronicleEventGenerator.scala

@@ -357,13 +357,13 @@ object ChronicleEventGenerator {
               factionId = factionId,
               provinceId = provinceId,
               reason = reason match {
-                case SHATTERED_ARMY_REASON_BLIZZARD =>
+                case SHATTERED_ARMY_REASON_BLIZZARD            =>
                   SHATTERED_ARMY_EVENT_REASON_BLIZZARD
                 case SHATTERED_ARMY_REASON_UNKNOWN_UNSPECIFIED =>
                   SHATTERED_ARMY_EVENT_REASON_UNKNOWN_UNSPECIFIED
-                case SHATTERED_ARMY_REASON_WITHDRAW =>
+                case SHATTERED_ARMY_REASON_WITHDRAW            =>
                   SHATTERED_ARMY_EVENT_REASON_WITHDRAW
-                case Unrecognized(value) =>
+                case Unrecognized(value)                       =>
                   ShatteredArmyEvent.Reason.Unrecognized(value)
               }
             )
@@ -407,9 +407,8 @@ object ChronicleEventGenerator {
   def eventTextEntries(
       gameHistory: GameHistory,
       since: Date
-  ): Vector[EventForChronicle] = {
+  ): Vector[EventForChronicle] =
     gameHistory.sinceDate(since).flatMap { (awrs: ActionWithResultingState) =>
       notificationEntries(awrs) ++ basicActionResultEntries(awrs)
     }
-  }
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndAttackDecisionPhaseAction.scala

@@ -43,18 +43,19 @@ case class EndAttackDecisionPhaseAction(
     }
 
   private val incomingAttacks = for {
-    province <- provinces
+    province           <- provinces
     defendingFactionId <- province.rulingFactionId.toVector
-    attackingArmy <- province.hostileArmies
+    attackingArmy      <- province.hostileArmies
   } yield (defendingFactionId, attackingArmy.factionId)
 
   private def isFailedTruceQuest(q: QuestT, p: ProvinceT): Boolean =
     q match {
       case TruceWithFactionQuest(targetFactionId) =>
-        incomingAttacks.exists { case (defendingFid, attackingFid) =>
-          defendingFid == targetFactionId && p.rulingFactionId.contains(
-            attackingFid
-          )
+        incomingAttacks.exists {
+          case (defendingFid, attackingFid) =>
+            defendingFid == targetFactionId && p.rulingFactionId.contains(
+              attackingFid
+            )
         }
 
       case _ => false

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndBattleAftermathPhaseAction.scala

@@ -26,10 +26,7 @@ import net.eagle0.eagle.internal.unaffiliated_hero.UnaffiliatedHero
 import net.eagle0.eagle.library.actions.applier.ActionResultTApplier
 import net.eagle0.eagle.library.actions.generated_text_request_generators.captured_hero_helpers.CapturedHeroPleaGenerator
 import net.eagle0.eagle.library.actions.impl.action.EndBattleAftermathPhaseAction.RevelationChange
-import net.eagle0.eagle.library.actions.impl.common.{
-  ProtolessRandomSequentialResultsAction,
-  RandomStateTSequencer
-}
+import net.eagle0.eagle.library.actions.impl.common.{ProtolessRandomSequentialResultsAction, RandomStateTSequencer}
 import net.eagle0.eagle.library.settings.{
   FactionBiasAgainstFormerOnExile,
   FactionBiasFromExile,
@@ -41,22 +38,10 @@ import net.eagle0.eagle.library.util.unaffiliated_hero.LegacyUnaffiliatedHeroUti
 import net.eagle0.eagle.library.util.view_filters.ProvinceViewFilter
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 import net.eagle0.eagle.library.EagleInternalException
-import net.eagle0.eagle.model.action_result.{
-  ActionResultT,
-  NotificationDetails,
-  NotificationT
-}
+import net.eagle0.eagle.model.action_result.{ActionResultT, NotificationDetails, NotificationT}
 import net.eagle0.eagle.model.action_result.changed_province.concrete.ChangedProvinceC
-import net.eagle0.eagle.model.action_result.concrete.{
-  ActionResultC,
-  ChangedFactionC,
-  ChangedHeroC,
-  NotificationC
-}
-import net.eagle0.eagle.model.action_result.types.{
-  CapturedHeroResolvedResultType,
-  EndAftermathPhaseResultType
-}
+import net.eagle0.eagle.model.action_result.concrete.{ActionResultC, ChangedFactionC, ChangedHeroC, NotificationC}
+import net.eagle0.eagle.model.action_result.types.{CapturedHeroResolvedResultType, EndAftermathPhaseResultType}
 import net.eagle0.eagle.model.proto_converters.{
   BattleRevelationConverter,
   NotificationConverter,
@@ -74,11 +59,7 @@ import net.eagle0.eagle.model.state.hero.{
   CapturedHeroReturnedBackstoryEvent,
   EventForHeroBackstoryT
 }
-import net.eagle0.eagle.model.state.BattleRevelationType.{
-  DidBattle,
-  Unknown,
-  Withdrew
-}
+import net.eagle0.eagle.model.state.BattleRevelationType.{DidBattle, Unknown, Withdrew}
 
 object EndBattleAftermathPhaseAction {
   case class RevelationChange(
@@ -112,15 +93,13 @@ object EndBattleAftermathPhaseAction {
           `type` = uhType,
           lastFaction = gameState.heroes(capturedHeroId).factionId,
           factionBiases = (
-            newFactionBias.map(b => actingFactionId -> b) ++ oldFactionBias.map(
-              b => capturedHeroFactionId -> b
-            )
+            newFactionBias.map(b => actingFactionId -> b) ++ oldFactionBias.map(b => capturedHeroFactionId -> b)
           ).toMap
         ),
         hero = gameState.heroes(capturedHeroId),
         functionalRandom = functionalRandom
       )
-      .map { UnaffiliatedHeroConverter.fromProto }
+      .map(UnaffiliatedHeroConverter.fromProto)
       .map { uh =>
         ActionResultC(
           actionResultType = CapturedHeroResolvedResultType,
@@ -129,8 +108,7 @@ object EndBattleAftermathPhaseAction {
           changedHeroes = Vector(
             ChangedHeroC(
               heroId = capturedHeroId,
-              newEventsForHeroBackstory =
-                Vector(newEventForHeroBackstoryDetails)
+              newEventsForHeroBackstory = Vector(newEventForHeroBackstoryDetails)
             )
           ),
           changedProvinces = Vector(
@@ -274,13 +252,12 @@ object EndBattleAftermathPhaseAction {
           oldFactionBias = None,
           gameState = gameState,
           functionalRandom = functionalRandom,
-          newEventForHeroBackstoryDetails =
-            CapturedHeroImprisonedBackstoryEvent(
-              date = DateConverter.fromProto(gameState.currentDate),
-              capturingFactionId = imprisoningFactionId,
-              capturingHeroId = imprisoningHeroId,
-              provinceId = provinceId
-            )
+          newEventForHeroBackstoryDetails = CapturedHeroImprisonedBackstoryEvent(
+            date = DateConverter.fromProto(gameState.currentDate),
+            capturingFactionId = imprisoningFactionId,
+            capturingHeroId = imprisoningHeroId,
+            provinceId = provinceId
+          )
         ).map { ar =>
           ar.withNewGeneratedTextRequest(notificationLlmRequest)
             .withNotification(
@@ -352,8 +329,7 @@ object EndBattleAftermathPhaseAction {
                       factions = allFactionTs
                     )
                     .copy(
-                      relationshipLevel =
-                        FactionRelationship.RelationshipLevel.Truce,
+                      relationshipLevel = FactionRelationship.RelationshipLevel.Truce,
                       resetDate = Some(truceEndDate)
                     )
                 )
@@ -368,8 +344,7 @@ object EndBattleAftermathPhaseAction {
                       factions = allFactionTs
                     )
                     .copy(
-                      relationshipLevel =
-                        FactionRelationship.RelationshipLevel.Truce,
+                      relationshipLevel = FactionRelationship.RelationshipLevel.Truce,
                       resetDate = Some(truceEndDate)
                     )
                 )
@@ -394,9 +369,8 @@ object EndBattleAftermathPhaseAction {
         throw new EagleInternalException("Empty deferred change")
 
       // the rest are not for this phase
-      case _: EpidemicStarted | _: DroughtStarted | _: DroughtEnded |
-          _: PrisonerMoved | _: PrisonerReturned | _: BlizzardStarted |
-          _: BlizzardEnded =>
+      case _: EpidemicStarted | _: DroughtStarted | _: DroughtEnded | _: PrisonerMoved | _: PrisonerReturned |
+          _: BlizzardStarted | _: BlizzardEnded =>
         throw new EagleInternalException(
           "Event should not be present in EndBattleAftermathPhaseAction"
         )
@@ -412,9 +386,9 @@ case class EndBattleAftermathPhaseAction(
   ): RevelationChange =
     RevelationChange(
       changedFaction = battleRevelation.revelationType match {
-        case Unknown =>
+        case Unknown   =>
           throw new EagleInternalException("UNKNOWN revelation type")
-        case Withdrew =>
+        case Withdrew  =>
           ChangedFactionC(
             factionId = battleRevelation.revealedToFactionId,
             updatedReconnedProvinces = Vector(
@@ -450,7 +424,7 @@ case class EndBattleAftermathPhaseAction(
 
   def revelationChanges(gs: GameState): Vector[RevelationChange] =
     for {
-      province <- gs.provinces.values.toVector
+      province   <- gs.provinces.values.toVector
       revelation <- province.battleRevelations
       if gs.factions.contains(revelation.revealedToFactionId)
     } yield revelationChange(BattleRevelationConverter.fromProto(revelation))
@@ -466,9 +440,7 @@ case class EndBattleAftermathPhaseAction(
       functionalRandom = functionalRandom
     )
       .foldIn(
-        EndBattleAftermathPhaseAction.allDeferredChanges(gameState =
-          initialState
-        )
+        EndBattleAftermathPhaseAction.allDeferredChanges(gameState = initialState)
       )(
         EndBattleAftermathPhaseAction.deferredChangeAR
       )
@@ -495,37 +467,30 @@ case class EndBattleAftermathPhaseAction(
       .withRandomActionResults((gs, fr) =>
         CheckForFactionChangesAction(
           gameId = gs.gameId,
-          factions =
-            gs.factions.values.toVector.map(FactionConverter.fromProto),
-          provinces =
-            gs.provinces.values.toVector.map(ProvinceConverter.fromProto),
+          factions = gs.factions.values.toVector.map(FactionConverter.fromProto),
+          provinces = gs.provinces.values.toVector.map(ProvinceConverter.fromProto),
           heroes = gs.heroes.values.toVector.map(HeroConverter.fromProto),
           killedHeroIds = gs.killedHeroes.keys.toVector
         ).randomResults(fr)
       )
-      .withProtolessSequentialResultsAction(gs =>
-        HeroBackstoryUpdateActionGenerator.fromGameState(gs)
-      )
-      .withRandomActionResult { case (gs, fr) =>
-        RandomState(
-          ActionResultC(
-            actionResultType = EndAftermathPhaseResultType,
-            changedFactions = revelationChanges(gs).map(_.changedFaction),
-            changedProvinces = revelationChanges(gs).map(_.changedProvince),
-            newRoundPhase = Some(RoundPhase.DiplomacyResolution),
-            removedNotifications = gs.deferredNotifications
-              .map(note =>
-                NotificationConverter.fromProto(note, deferred = true)
-              )
-              .toVector,
-            newNotifications = gs.deferredNotifications
-              .map(note =>
-                NotificationConverter.fromProto(note, deferred = false)
-              )
-              .toVector
-          ),
-          fr
-        )
+      .withProtolessSequentialResultsAction(gs => HeroBackstoryUpdateActionGenerator.fromGameState(gs))
+      .withRandomActionResult {
+        case (gs, fr) =>
+          RandomState(
+            ActionResultC(
+              actionResultType = EndAftermathPhaseResultType,
+              changedFactions = revelationChanges(gs).map(_.changedFaction),
+              changedProvinces = revelationChanges(gs).map(_.changedProvince),
+              newRoundPhase = Some(RoundPhase.DiplomacyResolution),
+              removedNotifications = gs.deferredNotifications
+                .map(note => NotificationConverter.fromProto(note, deferred = true))
+                .toVector,
+              newNotifications = gs.deferredNotifications
+                .map(note => NotificationConverter.fromProto(note, deferred = false))
+                .toVector
+            ),
+            fr
+          )
       }
       .actionResults
   }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndBattleRequestPhaseAction.scala

@@ -9,12 +9,12 @@ import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.impl.common.DeterministicSingleResultAction
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
 
-case class EndBattleRequestPhaseAction(gameState: GameState)
-    extends DeterministicSingleResultAction(gameState) {
+case class EndBattleRequestPhaseAction(gameState: GameState) extends DeterministicSingleResultAction(gameState) {
   override def immediateExecute: ActionResult = {
     internalRequire(
-      gameState.provinces.forall { case (_, province) =>
-        province.hostileArmies.isEmpty
+      gameState.provinces.forall {
+        case (_, province) =>
+          province.hostileArmies.isEmpty
       },
       s"Province ${gameState.provinces.find(_._2.hostileArmies.nonEmpty).get._2.name} still has attacking armies!"
     )

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndBattleResolutionPhaseAction.scala

@@ -7,8 +7,7 @@ import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.impl.common.DeterministicSingleResultAction
 
-case class EndBattleResolutionPhaseAction(gameState: GameState)
-    extends DeterministicSingleResultAction(gameState) {
+case class EndBattleResolutionPhaseAction(gameState: GameState) extends DeterministicSingleResultAction(gameState) {
   override def immediateExecute: ActionResult =
     ActionResult(
       `type` = END_RESOLUTION_PHASE,

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndDefenseDecisionPhaseAction.scala

@@ -30,21 +30,19 @@ case class EndDefenseDecisionPhaseAction(
     )
 
     val attackerCps = for {
-      ag <- tributePaidArmies
+      ag   <- tributePaidArmies
       army <- ag.armies
-    } yield {
-      ChangedProvince(
-        id = army.originProvince,
-        addedIncomingArmies = Vector(
-          army.update(
-            _.destinationProvince := army.originProvince,
-            _.originProvince := payingProvince.id,
-            _.army.optionalFleeProvinceId := None,
-            _.arrivalRound := gameState.currentRoundId + 1
-          )
+    } yield ChangedProvince(
+      id = army.originProvince,
+      addedIncomingArmies = Vector(
+        army.update(
+          _.destinationProvince         := army.originProvince,
+          _.originProvince              := payingProvince.id,
+          _.army.optionalFleeProvinceId := None,
+          _.arrivalRound                := gameState.currentRoundId + 1
         )
       )
-    }
+    )
 
     if attackerCps.isEmpty then Vector.empty
     else

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndDiplomacyResolutionPhaseAction.scala

@@ -10,47 +10,23 @@ import net.eagle0.eagle.library.actions.impl.action.diplomacy_helpers.{
   RansomResolutionHelpers,
   TruceResolutionHelpers
 }
-import net.eagle0.eagle.library.actions.impl.common.{
-  ProtolessRandomSequentialResultsAction,
-  RandomStateTSequencer
-}
+import net.eagle0.eagle.library.actions.impl.common.{ProtolessRandomSequentialResultsAction, RandomStateTSequencer}
 import net.eagle0.eagle.library.util.faction_utils.FactionUtils
 import net.eagle0.eagle.library.util.quest_fulfillment.QuestFulfillmentChecker
 import net.eagle0.eagle.library.util.ransom_validity.RansomValidity
 import net.eagle0.eagle.library.EagleInternalException
-import net.eagle0.eagle.model.action_result.concrete.{
-  ActionResultC,
-  ChangedFactionC
-}
-import net.eagle0.eagle.model.action_result.types.{
-  EndDiplomacyResolutionPhaseResultType,
-  RansomInvalidatedResultType
-}
+import net.eagle0.eagle.model.action_result.concrete.{ActionResultC, ChangedFactionC}
+import net.eagle0.eagle.model.action_result.types.{EndDiplomacyResolutionPhaseResultType, RansomInvalidatedResultType}
 import net.eagle0.eagle.model.action_result.ActionResultT
-import net.eagle0.eagle.model.proto_converters.{
-  BattalionConverter,
-  NotificationConverter
-}
+import net.eagle0.eagle.model.proto_converters.{BattalionConverter, NotificationConverter}
 import net.eagle0.eagle.model.proto_converters.date.DateConverter
 import net.eagle0.eagle.model.proto_converters.faction.FactionConverter
 import net.eagle0.eagle.model.proto_converters.hero.HeroConverter
 import net.eagle0.eagle.model.proto_converters.province.ProvinceConverter
 import net.eagle0.eagle.model.state.battalion.BattalionT
 import net.eagle0.eagle.model.state.date.Date
-import net.eagle0.eagle.model.state.diplomacy_offer.{
-  AllianceOffer,
-  BreakAlliance,
-  Invitation,
-  RansomOffer,
-  TruceOffer
-}
-import net.eagle0.eagle.model.state.diplomacy_offer.status.{
-  Accepted,
-  Imprisoned,
-  Invalidated,
-  Rejected,
-  Unresolved
-}
+import net.eagle0.eagle.model.state.diplomacy_offer.{AllianceOffer, BreakAlliance, Invitation, RansomOffer, TruceOffer}
+import net.eagle0.eagle.model.state.diplomacy_offer.status.{Accepted, Imprisoned, Invalidated, Rejected, Unresolved}
 import net.eagle0.eagle.model.state.faction.FactionT
 import net.eagle0.eagle.model.state.hero.HeroT
 import net.eagle0.eagle.model.state.province.ProvinceT
@@ -120,58 +96,50 @@ case class EndDiplomacyResolutionPhaseAction(
 
 }
 
-/** Companion object for EndDiplomacyResolutionPhaseAction containing helper
-  * methods.
-  *
-  * IMPORTANT: This is intentionally named differently from the case class to
-  * avoid Scala naming conflicts that prevent the class from being imported in
-  * other packages. When a case class and its companion object share the same
-  * name, the compiler can become confused about which one is being referenced
-  * during imports.
-  *
-  * All helper methods take explicit parameters for game state components to
-  * ensure they always operate on the current state as provided by
-  * RandomStateTSequencer, preventing use of stale data from the initial game
-  * state.
-  */
+/**
+ * Companion object for EndDiplomacyResolutionPhaseAction containing helper methods.
+ *
+ * IMPORTANT: This is intentionally named differently from the case class to avoid Scala naming conflicts that prevent
+ * the class from being imported in other packages. When a case class and its companion object share the same name, the
+ * compiler can become confused about which one is being referenced during imports.
+ *
+ * All helper methods take explicit parameters for game state components to ensure they always operate on the current
+ * state as provided by RandomStateTSequencer, preventing use of stale data from the initial game state.
+ */
 private object EndDiplomacyResolutionPhaseActionHelpers {
 
   // Methods that use the updated game state from the sequencer
   def invalidationResultsForState(
       currentGameState: GameState
   ): Vector[ActionResultT] = {
-    val factions =
+    val factions  =
       currentGameState.factions.values.map(FactionConverter.fromProto).toVector
     val provinces = currentGameState.provinces.values
       .map(ProvinceConverter.fromProto)
       .toVector
 
     for {
-      faction <- factions
+      faction    <- factions
       diploOffer <- faction.incomingDiplomacyOffers.filter(
-        _.status == Unresolved
-      )
-    } yield {
-      diploOffer match {
-        case ro: RansomOffer
-            if !RansomValidity.isStillValid(diploOffer, provinces) =>
-          ActionResultC(
-            actionResultType = RansomInvalidatedResultType,
-            changedFactions = Vector(
-              ChangedFactionC(
-                factionId = faction.id,
-                removedIncomingDiplomacyOfferFactionIds =
-                  Vector(ro.originatingFactionId),
-                newIncomingDiplomacyOffers = Vector(ro.withStatus(Invalidated))
-              )
+                      _.status == Unresolved
+                    )
+    } yield diploOffer match {
+      case ro: RansomOffer if !RansomValidity.isStillValid(diploOffer, provinces) =>
+        ActionResultC(
+          actionResultType = RansomInvalidatedResultType,
+          changedFactions = Vector(
+            ChangedFactionC(
+              factionId = faction.id,
+              removedIncomingDiplomacyOfferFactionIds = Vector(ro.originatingFactionId),
+              newIncomingDiplomacyOffers = Vector(ro.withStatus(Invalidated))
             )
           )
-        case _ =>
-          // This shouldn't be possible
-          throw new EagleInternalException(
-            s"Unresolved offer $diploOffer should not still be possible"
-          )
-      }
+        )
+      case _                                                                      =>
+        // This shouldn't be possible
+        throw new EagleInternalException(
+          s"Unresolved offer $diploOffer should not still be possible"
+        )
     }
   }
 
@@ -198,7 +166,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       resolver: A => Vector[ActionResultT]
   )(factions: Vector[FactionT]): Vector[ActionResultT] =
     (for {
-      faction <- factions
+      faction       <- factions
       outgoingDiplo <- getter(faction)
     } yield resolver(outgoingDiplo)).flatten
 
@@ -207,10 +175,12 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       resolver: (A, FunctionalRandom) => RandomState[Vector[ActionResultT]],
       functionalRandom: FunctionalRandom
   )(factions: Vector[FactionT]): RandomState[Vector[ActionResultT]] =
-    functionalRandom.nextFlatMap(factions) { case (faction, fr) =>
-      fr.nextMap(getter(faction)) { case (outgoingDiplo, innerFr) =>
-        resolver(outgoingDiplo, innerFr)
-      }.map(_.flatten)
+    functionalRandom.nextFlatMap(factions) {
+      case (faction, fr) =>
+        fr.nextMap(getter(faction)) {
+          case (outgoingDiplo, innerFr) =>
+            resolver(outgoingDiplo, innerFr)
+        }.map(_.flatten)
     }
 
   def truceResolutionsForState(
@@ -221,7 +191,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
     randomResolutionsForType(
       _.incomingDiplomacyOffers.collect { case to: TruceOffer => to },
       (to: TruceOffer, fr: FunctionalRandom) => {
-        val provinces = currentGameState.provinces.values
+        val provinces   = currentGameState.provinces.values
           .map(ProvinceConverter.fromProto)
           .toVector
         val currentDate = DateConverter.fromProto(currentGameState.currentDate)
@@ -246,10 +216,10 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
     randomResolutionsForType(
       _.incomingDiplomacyOffers.collect { case ao: AllianceOffer => ao },
       (ao: AllianceOffer, fr: FunctionalRandom) => {
-        val provinces = currentGameState.provinces.values
+        val provinces   = currentGameState.provinces.values
           .map(ProvinceConverter.fromProto)
           .toVector
-        val heroes =
+        val heroes      =
           currentGameState.heroes.values.map(HeroConverter.fromProto).toVector
         val currentDate = DateConverter.fromProto(currentGameState.currentDate)
         resultsForAllianceOffer(
@@ -273,7 +243,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
     randomResolutionsForType(
       _.incomingDiplomacyOffers.collect { case ba: BreakAlliance => ba },
       (ba: BreakAlliance, fr: FunctionalRandom) => {
-        val provinces = currentGameState.provinces.values
+        val provinces   = currentGameState.provinces.values
           .map(ProvinceConverter.fromProto)
           .toVector
         val currentDate = DateConverter.fromProto(currentGameState.currentDate)
@@ -291,10 +261,10 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
     randomResolutionsForType(
       _.incomingDiplomacyOffers.collect { case id: Invitation => id },
       (id: Invitation, fr: FunctionalRandom) => {
-        val provinces = currentGameState.provinces.values
+        val provinces   = currentGameState.provinces.values
           .map(ProvinceConverter.fromProto)
           .toVector
-        val battalions = currentGameState.battalions.values
+        val battalions  = currentGameState.battalions.values
           .map(BattalionConverter.fromProto)
           .toVector
         val currentDate = DateConverter.fromProto(currentGameState.currentDate)
@@ -337,7 +307,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       provinces: Vector[ProvinceT],
       gameState: GameState
   ): Vector[ActionResultT] = ransomOffer.status match {
-    case Accepted =>
+    case Accepted    =>
       RansomResolutionHelpers.acceptedRansomResults(
         ransomOffer,
         currentDate,
@@ -346,19 +316,18 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
           gameId = gameState.gameId,
           currentDate = currentDate,
           currentRoundId = gameState.currentRoundId,
-          previousBackstoryTextIdLookup =
-            hid => gameState.heroes(hid).backstoryVersions.toVector.last.textId
+          previousBackstoryTextIdLookup = hid => gameState.heroes(hid).backstoryVersions.toVector.last.textId
         )
       )
-    case Rejected =>
+    case Rejected    =>
       Vector(
         RansomResolutionHelpers.rejectedRansomResult(ransomOffer)
       )
-    case Unresolved =>
+    case Unresolved  =>
       throw new EagleInternalException(
         "UNRESOLVED ransom offer at the end of the round"
       )
-    case Imprisoned =>
+    case Imprisoned  =>
       throw new EagleInternalException(
         s"IMPRISONED is not valid for a ransom offer"
       )
@@ -377,7 +346,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       gameState: GameState
   ): RandomState[Vector[ActionResultT]] =
     truceOffer.status match {
-      case Accepted =>
+      case Accepted    =>
         TruceResolutionHelpers
           .acceptedTruceResult(
             truceOffer = truceOffer,
@@ -387,7 +356,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             functionalRandom = functionalRandom
           )
           .map(Vector(_))
-      case Rejected =>
+      case Rejected    =>
         TruceResolutionHelpers
           .rejectedTruceResults(
             truceOffer = truceOffer,
@@ -396,7 +365,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             eagleGameId = gameState.gameId,
             functionalRandom = functionalRandom
           )
-      case Imprisoned =>
+      case Imprisoned  =>
         RandomState(
           TruceResolutionHelpers.imprisonedAmbassadorResults(
             truceOffer = truceOffer,
@@ -416,7 +385,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             eagleGameId = gameState.gameId,
             functionalRandom = functionalRandom
           )
-      case Unresolved =>
+      case Unresolved  =>
         throw new EagleInternalException(
           "UNRESOLVED truce offer at the end of the round"
         )
@@ -429,9 +398,9 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       factions: Vector[FactionT],
       heroes: Vector[HeroT],
       currentDate: Date
-  ): RandomState[Vector[ActionResultT]] = {
+  ): RandomState[Vector[ActionResultT]] =
     allianceOffer.status match {
-      case Accepted =>
+      case Accepted    =>
         AllianceResolutionHelpers
           .acceptedAllianceResult(
             allianceOffer = allianceOffer,
@@ -441,7 +410,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             factions = factions,
             functionalRandom = functionalRandom
           )
-      case Rejected =>
+      case Rejected    =>
         AllianceResolutionHelpers
           .rejectedAllianceResult(
             allianceOffer = allianceOffer,
@@ -450,7 +419,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             functionalRandom = functionalRandom
           )
           .map(Vector(_))
-      case Imprisoned =>
+      case Imprisoned  =>
         RandomState(
           AllianceResolutionHelpers
             .imprisonedAmbassadorResult(
@@ -469,12 +438,11 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             functionalRandom = functionalRandom
           )
           .map(Vector(_))
-      case Unresolved =>
+      case Unresolved  =>
         throw new EagleInternalException(
           "UNRESOLVED alliance offer at the end of the round"
         )
     }
-  }
 
   private def resultsForBreakAlliance(
       breakAllianceOffer: BreakAlliance,
@@ -482,9 +450,9 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       provinces: Vector[ProvinceT],
       factions: Vector[FactionT],
       currentDate: Date
-  ): RandomState[Vector[ActionResultT]] = {
+  ): RandomState[Vector[ActionResultT]] =
     breakAllianceOffer.status match {
-      case Accepted =>
+      case Accepted    =>
         BreakAllianceResolutionHelpers
           .acceptedResult(
             breakAllianceOffer = breakAllianceOffer,
@@ -494,7 +462,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             functionalRandom = functionalRandom
           )
           .map(Vector(_))
-      case Rejected =>
+      case Rejected    =>
         // This one shouldn't be possible, but we'll resolve in the helper
         BreakAllianceResolutionHelpers
           .rejectedResult(
@@ -502,7 +470,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             functionalRandom = functionalRandom
           )
           .map(Vector(_))
-      case Imprisoned =>
+      case Imprisoned  =>
         RandomState(
           BreakAllianceResolutionHelpers
             .imprisonedAmbassadorResult(
@@ -513,7 +481,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
             ),
           functionalRandom
         ).map(Vector(_))
-      case Unresolved =>
+      case Unresolved  =>
         throw new EagleInternalException(
           "UNRESOLVED break alliance at the end of the round"
         )
@@ -526,7 +494,6 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
           )
           .map(Vector(_))
     }
-  }
 
   private def resultsForInvitation(
       invitation: Invitation,
@@ -536,7 +503,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
       battalions: Vector[BattalionT],
       currentDate: Date
   ): RandomState[Vector[ActionResultT]] = invitation.status match {
-    case Accepted =>
+    case Accepted    =>
       InvitationResolutionHelpers.acceptedInvitationResults(
         acceptedInvitation = invitation,
         currentDate = currentDate,
@@ -545,7 +512,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
         battalions = battalions,
         functionalRandom = functionalRandom
       )
-    case Rejected =>
+    case Rejected    =>
       InvitationResolutionHelpers
         .rejectedInvitationResult(
           rejectedInvitation = invitation,
@@ -554,7 +521,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
           functionalRandom = functionalRandom
         )
         .map(Vector(_))
-    case Imprisoned =>
+    case Imprisoned  =>
       RandomState(
         Vector(
           InvitationResolutionHelpers.imprisonedAmbassadorResult(
@@ -566,7 +533,7 @@ private object EndDiplomacyResolutionPhaseActionHelpers {
         ),
         functionalRandom
       )
-    case Unresolved =>
+    case Unresolved  =>
       throw new EagleInternalException(
         "UNRESOLVED invitation at the end of the round"
       )

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndFreeForAllBattleRequestPhaseAction.scala

@@ -12,7 +12,6 @@ case class EndFreeForAllBattleRequestPhaseAction(gameState: GameState)
   override def immediateExecute: ActionResult =
     ActionResult(
       `type` = END_FREE_FOR_ALL_BATTLE_REQUEST_PHASE,
-      newRoundPhase =
-        Some(NewRoundPhase(value = FREE_FOR_ALL_BATTLE_RESOLUTION))
+      newRoundPhase = Some(NewRoundPhase(value = FREE_FOR_ALL_BATTLE_RESOLUTION))
     )
 }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndFreeForAllDecisionPhaseAction.scala

@@ -8,8 +8,7 @@ import net.eagle0.eagle.model.action_result.ActionResultT
 import net.eagle0.eagle.model.proto_converters.province.ProvinceConverter
 import net.eagle0.eagle.model.state.RoundPhase
 
-case class EndFreeForAllDecisionPhaseAction(gameState: GameState)
-    extends ProtolessSequentialResultsAction {
+case class EndFreeForAllDecisionPhaseAction(gameState: GameState) extends ProtolessSequentialResultsAction {
 
   override def results: Vector[ActionResultT] =
     WithdrawnArmiesReturnHomeAction(

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndHandleRiotsPhaseAction.scala

@@ -9,14 +9,8 @@ import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.changed_province.ChangedProvince
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.applier.ActionResultProtoApplier
-import net.eagle0.eagle.library.actions.impl.command.{
-  CommandFactory,
-  LegacyHandleRiotUtils
-}
-import net.eagle0.eagle.library.actions.impl.common.{
-  RandomSequentialResultsAction,
-  RandomStateProtoSequencer
-}
+import net.eagle0.eagle.library.actions.impl.command.{CommandFactory, LegacyHandleRiotUtils}
+import net.eagle0.eagle.library.actions.impl.common.{RandomSequentialResultsAction, RandomStateProtoSequencer}
 import net.eagle0.eagle.library.util.command_choice_helpers.CommandChoiceHelpers
 import net.eagle0.eagle.library.util.province.LegacyProvinceUtils
 import net.eagle0.eagle.model.proto_converters.game_state.GameStateConverter
@@ -34,29 +28,31 @@ case class EndHandleRiotsPhaseAction(
     ars.lastStateProto.provinces.values
       .filter(LegacyProvinceUtils.hasImminentRiot)
       .filterNot(_.hasActed)
-      .foldLeft(ars) { case (sequencer, p) =>
-        commandsForProvince(p.id).map { opac =>
-          sequencer.withRandomAction { case (gs, fr) =>
-            CommandChoiceHelpers
-              .handleRiotSelectedCommand(
-                actingFactionId = p.getRulingFactionId,
-                gameState = gs,
-                availableCommands = opac.commands.toVector,
-                functionalRandom = fr
-              )
-              .map { optCS =>
-                optCS.map { cs =>
-                  commandFactory
-                    .makeCommand(
-                      actingFactionId = p.getRulingFactionId,
-                      gameState = GameStateConverter.fromProto(gs),
-                      availableCommand = cs.available,
-                      selectedCommand = cs.selected
-                    )
-                }.get
-              }
-          }
-        }.get
+      .foldLeft(ars) {
+        case (sequencer, p) =>
+          commandsForProvince(p.id).map { opac =>
+            sequencer.withRandomAction {
+              case (gs, fr) =>
+                CommandChoiceHelpers
+                  .handleRiotSelectedCommand(
+                    actingFactionId = p.getRulingFactionId,
+                    gameState = gs,
+                    availableCommands = opac.commands.toVector,
+                    functionalRandom = fr
+                  )
+                  .map { optCS =>
+                    optCS.map { cs =>
+                      commandFactory
+                        .makeCommand(
+                          actingFactionId = p.getRulingFactionId,
+                          gameState = GameStateConverter.fromProto(gs),
+                          availableCommand = cs.available,
+                          selectedCommand = cs.selected
+                        )
+                    }.get
+                  }
+            }
+          }.get
       }
 
   private def riotOccurredResults(
@@ -64,14 +60,15 @@ case class EndHandleRiotsPhaseAction(
   ): RandomStateProtoSequencer =
     ars.lastStateProto.provinces.values
       .filter(LegacyProvinceUtils.hasImminentRiot)
-      .foldLeft(ars) { case (ars, p) =>
-        ars.withActionResult(_ =>
-          LegacyHandleRiotUtils
-            .riotOccurredAr(
-              p.getRulingFactionId,
-              ProvinceConverter.fromProto(p)
-            )
-        )
+      .foldLeft(ars) {
+        case (ars, p) =>
+          ars.withActionResult(_ =>
+            LegacyHandleRiotUtils
+              .riotOccurredAr(
+                p.getRulingFactionId,
+                ProvinceConverter.fromProto(p)
+              )
+          )
       }
 
   def endPhaseResult(

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndPlayerCommandsPhaseAction.scala

@@ -17,11 +17,7 @@ import net.eagle0.eagle.library.util.ProvinceEventUtils
 import net.eagle0.eagle.library.EagleInternalException
 import net.eagle0.eagle.model.action_result.changed_province.concrete.ChangedProvinceC
 import net.eagle0.eagle.model.action_result.changed_province.ChangedProvinceT
-import net.eagle0.eagle.model.action_result.concrete.{
-  ActionResultC,
-  ChangedFactionC,
-  ChangedHeroC
-}
+import net.eagle0.eagle.model.action_result.concrete.{ActionResultC, ChangedFactionC, ChangedHeroC}
 import net.eagle0.eagle.model.action_result.types.{
   EndPlayerCommandsPhaseResultType,
   EpidemicTookEffectResultType,
@@ -30,27 +26,14 @@ import net.eagle0.eagle.model.action_result.types.{
   WeatherTookEffectResultType
 }
 import net.eagle0.eagle.model.action_result.ActionResultT
-import net.eagle0.eagle.model.proto_converters.{
-  NotificationConverter,
-  UnaffiliatedHeroConverter
-}
+import net.eagle0.eagle.model.proto_converters.{NotificationConverter, UnaffiliatedHeroConverter}
 import net.eagle0.eagle.model.proto_converters.date.DateConverter
 import net.eagle0.eagle.model.proto_converters.faction.FactionConverter
 import net.eagle0.eagle.model.proto_converters.hero.HeroConverter
-import net.eagle0.eagle.model.proto_converters.province.{
-  ProvinceConverter,
-  ProvinceEventConverter
-}
-import net.eagle0.eagle.model.state.province.{
-  BlizzardEvent,
-  DroughtEvent,
-  EpidemicEvent
-}
+import net.eagle0.eagle.model.proto_converters.province.{ProvinceConverter, ProvinceEventConverter}
+import net.eagle0.eagle.model.state.province.{BlizzardEvent, DroughtEvent, EpidemicEvent}
 import net.eagle0.eagle.model.state.unaffiliated_hero.RecruitmentInfo
-import net.eagle0.eagle.model.state.unaffiliated_hero.UnaffiliatedHeroType.{
-  Outlaw,
-  Prisoner
-}
+import net.eagle0.eagle.model.state.unaffiliated_hero.UnaffiliatedHeroType.{Outlaw, Prisoner}
 import net.eagle0.eagle.model.state.RoundPhase
 import net.eagle0.eagle.ProvinceId
 
@@ -148,8 +131,7 @@ case class EndPlayerCommandsPhaseAction(
         actionResultType = PrisonerMoveTookEffectResultType,
         provinceId = Some(pid),
         actingFactionId = Some(prisonerReturned.fromFactionId),
-        affectedFactionIds =
-          Vector(prisonerReturned.fromFactionId, prisonerReturned.toFactionId),
+        affectedFactionIds = Vector(prisonerReturned.fromFactionId, prisonerReturned.toFactionId),
         changedHeroes = Vector(
           ChangedHeroC(
             heroId = prisonerReturned.heroId,
@@ -181,13 +163,12 @@ case class EndPlayerCommandsPhaseAction(
       VigorXPApplier.withVigorXp(
         ActionResultC(
           actionResultType = deferredChange match {
-            case _: EpidemicStarted => EpidemicTookEffectResultType
-            case _: BlizzardEnded   => WeatherTookEffectResultType
-            case _: BlizzardStarted => WeatherTookEffectResultType
-            case _: DroughtStarted  => WeatherTookEffectResultType
-            case _: DroughtEnded    => WeatherTookEffectResultType
-            case _: PrisonerMoved | _: PrisonerReturned |
-                _: CapturedHeroImprisoned | _: CapturedHeroExecuted |
+            case _: EpidemicStarted   => EpidemicTookEffectResultType
+            case _: BlizzardEnded     => WeatherTookEffectResultType
+            case _: BlizzardStarted   => WeatherTookEffectResultType
+            case _: DroughtStarted    => WeatherTookEffectResultType
+            case _: DroughtEnded      => WeatherTookEffectResultType
+            case _: PrisonerMoved | _: PrisonerReturned | _: CapturedHeroImprisoned | _: CapturedHeroExecuted |
                 _: CapturedHeroExiled | _: CapturedHeroReturned =>
               throw new EagleInternalException(
                 "Prisoner management changes should not be here"
@@ -284,11 +265,11 @@ case class EndPlayerCommandsPhaseAction(
       fr: FunctionalRandom
   ): RandomState[ActionResultT] =
     deferredChange match {
-      case prisonerMoved: PrisonerMoved =>
+      case prisonerMoved: PrisonerMoved       =>
         onePrisonerMovedChange(pid, prisonerMoved, gs, fr)
       case prisonerReturned: PrisonerReturned =>
         onePrisonerReturnedChange(pid, prisonerReturned, gs, fr)
-      case _ => notPrisonerChange(pid, deferredChange, gs, fr)
+      case _                                  => notPrisonerChange(pid, deferredChange, gs, fr)
     }
 
   private def deferredProvinceChangesResultsForProvince(
@@ -297,8 +278,9 @@ case class EndPlayerCommandsPhaseAction(
   ): RandomStateTSequencer =
     arsRS.lastStateProto.provinces(pid).deferredChanges.foldLeft(arsRS) {
       case (acc, dc) =>
-        acc.withRandomActionResult { case (gs, fr) =>
-          oneDeferredProvinceChange(pid, dc, gs, fr)
+        acc.withRandomActionResult {
+          case (gs, fr) =>
+            oneDeferredProvinceChange(pid, dc, gs, fr)
         }
     }
 
@@ -306,8 +288,9 @@ case class EndPlayerCommandsPhaseAction(
       ars: RandomStateTSequencer
   ): RandomStateTSequencer =
     ars.lastStateProto.provinces.keys
-      .foldLeft(ars) { case (newArs, pid) =>
-        deferredProvinceChangesResultsForProvince(pid, newArs)
+      .foldLeft(ars) {
+        case (newArs, pid) =>
+          deferredProvinceChangesResultsForProvince(pid, newArs)
       }
 
   override def randomResults(
@@ -328,18 +311,14 @@ case class EndPlayerCommandsPhaseAction(
       .withRandomActionResults((gs, fr) =>
         CheckForFactionChangesAction(
           gameId = gs.gameId,
-          factions =
-            gs.factions.values.toVector.map(FactionConverter.fromProto),
-          provinces =
-            gs.provinces.values.toVector.map(ProvinceConverter.fromProto),
+          factions = gs.factions.values.toVector.map(FactionConverter.fromProto),
+          provinces = gs.provinces.values.toVector.map(ProvinceConverter.fromProto),
           heroes = gs.heroes.values.toVector.map(HeroConverter.fromProto),
           killedHeroIds = gs.killedHeroes.keys.toVector
         ).randomResults(fr)
       )
       .withContinuance(deferredProvinceChangesResults)
-      .withProtolessSequentialResultsAction(gs =>
-        HeroBackstoryUpdateActionGenerator.fromGameState(gs)
-      )
+      .withProtolessSequentialResultsAction(gs => HeroBackstoryUpdateActionGenerator.fromGameState(gs))
       .withActionResult(endPhaseResult)
       .actionResults
   }

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndPleaseRecruitMePhaseAction.scala

@@ -7,8 +7,7 @@ import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.impl.common.DeterministicSingleResultAction
 
-case class EndPleaseRecruitMePhaseAction(gameState: GameState)
-    extends DeterministicSingleResultAction(gameState) {
+case class EndPleaseRecruitMePhaseAction(gameState: GameState) extends DeterministicSingleResultAction(gameState) {
   override def immediateExecute: ActionResult =
     ActionResult(
       `type` = END_PLEASE_RECRUIT_ME_PHASE,

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndUnaffiliatedHeroActionsPhaseAction.scala

@@ -28,8 +28,8 @@ case class EndUnaffiliatedHeroActionsPhaseAction(
   private def heroRejoinResults: Vector[ActionResultT] =
     (for {
       province <- provinces.filter(_.rulingFactionId.isDefined)
-      uh <- province.unaffiliatedHeroes
-        .filter(_.unaffiliatedHeroType == Outlaw)
+      uh       <- province.unaffiliatedHeroes
+                    .filter(_.unaffiliatedHeroType == Outlaw)
     } yield UnaffiliatedHeroRejoinedAction.outlawRejoinResult(
       uh,
       province.id,
@@ -38,45 +38,40 @@ case class EndUnaffiliatedHeroActionsPhaseAction(
 
   private def oneProvincePleaseRecruitMeRequests(
       province: ProvinceT
-  ): Vector[(LlmRequestT, UnaffiliatedHeroT)] = {
-    province.rulingFactionId
-      .map { fid =>
-        val actingFaction = factions.find(_.id == fid).get
-        province.unaffiliatedHeroes
-          // Filter out outlaws that are going to rejoin the faction anyway
-          .filterNot(uh =>
-            uh.unaffiliatedHeroType == Outlaw && uh.lastFactionId == province.rulingFactionId
+  ): Vector[(LlmRequestT, UnaffiliatedHeroT)] =
+    province.rulingFactionId.map { fid =>
+      val actingFaction = factions.find(_.id == fid).get
+      province.unaffiliatedHeroes
+        // Filter out outlaws that are going to rejoin the faction anyway
+        .filterNot(uh => uh.unaffiliatedHeroType == Outlaw && uh.lastFactionId == province.rulingFactionId)
+        .filter(uh =>
+          UnaffiliatedHeroUtils.willPleaseRecruitMe(
+            targetHero = heroes.find(_.id == uh.heroId).get,
+            unaffiliatedHero = uh,
+            actingFaction = actingFaction,
+            actingFactionLeader = heroes.find(_.id == actingFaction.factionHeadId).get,
+            allProvinces = provinces,
+            allFactions = factions,
+            currentDate = currentDate
           )
-          .filter(uh =>
-            UnaffiliatedHeroUtils.willPleaseRecruitMe(
-              targetHero = heroes.find(_.id == uh.heroId).get,
-              unaffiliatedHero = uh,
-              actingFaction = actingFaction,
-              actingFactionLeader =
-                heroes.find(_.id == actingFaction.factionHeadId).get,
-              allProvinces = provinces,
-              allFactions = factions,
-              currentDate = currentDate
-            )
+        )
+        .map { uh =>
+          val textId = s"please recruit me $currentRoundId ${uh.heroId}"
+          (
+            PleaseRecruitMeMessage(
+              requestId = textId,
+              eagleGameId = gameId,
+              recipientFactionIds = Vector(fid),
+              alwaysGenerate = false,
+              heroId = uh.heroId,
+              targetFactionId = fid,
+              provinceId = province.id
+            ),
+            uh.withPleaseRecruitMeTextId(textId)
           )
-          .map { uh =>
-            val textId = s"please recruit me $currentRoundId ${uh.heroId}"
-            (
-              PleaseRecruitMeMessage(
-                requestId = textId,
-                eagleGameId = gameId,
-                recipientFactionIds = Vector(fid),
-                alwaysGenerate = false,
-                heroId = uh.heroId,
-                targetFactionId = fid,
-                provinceId = province.id
-              ),
-              uh.withPleaseRecruitMeTextId(textId)
-            )
-          }
-      }
+        }
+    }
       .getOrElse(Vector())
-  }
 
   override def results: Vector[ActionResultT] = {
     val cpsAndLlmRequests = provinces.map { p =>

src/main/scala/net/eagle0/eagle/library/actions/impl/action/EndVassalCommandsPhaseAction.scala

@@ -7,22 +7,15 @@ import net.eagle0.eagle.common.round_phase.RoundPhase.PLAYER_COMMANDS
 import net.eagle0.eagle.internal.action_result.ActionResult
 import net.eagle0.eagle.internal.game_state.GameState
 import net.eagle0.eagle.library.actions.applier.ActionResultProtoApplier
-import net.eagle0.eagle.library.actions.impl.common.{
-  RandomSequentialResultsAction,
-  RandomStateProtoSequencer
-}
+import net.eagle0.eagle.library.actions.impl.common.{RandomSequentialResultsAction, RandomStateProtoSequencer}
 import net.eagle0.eagle.library.util.EagleRequire.internalRequire
-import net.eagle0.eagle.model.proto_converters.{
-  ActionResultProtoConverter,
-  BattalionConverter
-}
+import net.eagle0.eagle.model.proto_converters.{ActionResultProtoConverter, BattalionConverter}
 import net.eagle0.eagle.model.proto_converters.date.DateConverter
 import net.eagle0.eagle.model.proto_converters.faction.FactionConverter
 import net.eagle0.eagle.model.proto_converters.hero.HeroConverter
 import net.eagle0.eagle.model.proto_converters.province.ProvinceConverter
 
-case class EndVassalCommandsPhaseAction(gameState: GameState)
-    extends RandomSequentialResultsAction(gameState) {
+case class EndVassalCommandsPhaseAction(gameState: GameState) extends RandomSequentialResultsAction(gameState) {
   override def randomResults(
       functionalRandom: FunctionalRandom,
       actionResultProtoApplier: ActionResultProtoApplier
@@ -44,15 +37,12 @@ case class EndVassalCommandsPhaseAction(gameState: GameState)
           gameId = gs.gameId,
           currentDate = DateConverter.fromProto(gs.currentDate),
           currentRoundId = gs.currentRoundId,
-          provinces =
-            gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
+          provinces = gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
           factions = gs.factions.values
             .map(FactionConverter.fromProto)
             .toVector,
-          battalions =
-            gs.battalions.values.toVector.map(BattalionConverter.fromProto),
-          getHero =
-            hid => gameState.heroes.get(hid).map(HeroConverter.fromProto),
+          battalions = gs.battalions.values.toVector.map(BattalionConverter.fromProto),
+          getHero = hid => gameState.heroes.get(hid).map(HeroConverter.fromProto),
           battalionTypes = gs.battalionTypes.toVector,
           hid => gs.heroes(hid).backstoryVersions.last.textId
         )
@@ -62,8 +52,7 @@ case class EndVassalCommandsPhaseAction(gameState: GameState)
           gameId = gs.gameId,
           currentDate = DateConverter.fromProto(gs.currentDate),
           currentRoundId = gs.currentRoundId,
-          provinces =
-            gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
+          provinces = gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
           factions = gs.factions.values
             .map(FactionConverter.fromProto)
             .toVector,
@@ -73,17 +62,13 @@ case class EndVassalCommandsPhaseAction(gameState: GameState)
       .withRandomActionResults((gs, fr) =>
         CheckForFactionChangesAction(
           gameId = gs.gameId,
-          factions =
-            gs.factions.values.map(FactionConverter.fromProto).toVector,
-          provinces =
-            gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
+          factions = gs.factions.values.map(FactionConverter.fromProto).toVector,
+          provinces = gs.provinces.values.map(ProvinceConverter.fromProto).toVector,
           heroes = gs.heroes.values.map(HeroConverter.fromProto).toVector,
           killedHeroIds = gs.killedHeroes.keys.toVector
         ).randomResults(fr).map(_.map(ActionResultProtoConverter.toProto))
       )
-      .withProtolessSequentialResultsAction(gs =>
-        HeroBackstoryUpdateActionGenerator.fromGameState(gs)
-      )
+      .withProtolessSequentialResultsAction(gs => HeroBackstoryUpdateActionGenerator.fromGameState(gs))
       .withActionWithResultingState(gs =>
         actionResultProtoApplier.applyActionResult(
           gs,