* training and attack positions

scripts/HTN/Trees/Red/ConvoyUnit.xml

@@ -374,10 +374,11 @@ if borg.redNumSetups[state.getCurrentUnitName()] > 1: # check against 1 becau
     borg.redUnitStatus[state.getCurrentUnitName()] = 0
 
 elif len(borg.redConvoyDest[state.getCurrentUnit().getName()])==0:
-    # no more destinations go home
-    SendEntityEventDelay(info.getMyAssignedName(), "GoalTracker_ConvoyReturn", [], rn)
+    # no more destinations go home if it's not an attack run
     printMessage("Convoy pack up complete: "+str(state.getCurrentUnitName()), True)
-    borg.delay=0
+    if not borg.isAttackRun:
+        SendEntityEventDelay(info.getMyAssignedName(), "GoalTracker_ConvoyReturn", [], rn)
+        borg.delay=0
 
 else:
     # go to next destination

scripts/HTN/Trees/Red/RedForceCoordinator.xml

@@ -23,7 +23,8 @@ borg.redUnitActivity=dict()
 borg.redUnitActivityTime=dict()
 borg.redEntityActivityOverride=dict()
 
-borg.redDestinations=["PATH_DEST1", "PATH_DEST2","PATH_DEST3","PATH_DEST4","PATH_DEST5","PATH_DEST6","PATH_DEST7","PATH_DEST8","PATH_DEST9"]
+#borg.redDestinations=["PATH_DEST1", "PATH_DEST2","PATH_DEST3","PATH_DEST4","PATH_DEST5","PATH_DEST6","PATH_DEST7","PATH_DEST8","PATH_DEST9"]
+
 borg.randomMoveStartTime=0
 
 borg.redTimeOnStation=dict()
@@ -458,6 +459,7 @@ formName = borg.redFormsByUnit[unit.getName()]
           <Parent>isMoveConvoy</Parent>
           <Code IsFile="false">import cxxi.model.knowledge.group.holders.NewUnitHolder as NewUnitHolder
 from HTNBehaviors import SendUnitEventDelay
+from HTNBehaviors import GetRandomInt
 import cxxi.model.behavior.PythonUtilities as PythonUtilities
 
 # get the unit name (first trigger param)
@@ -492,6 +494,13 @@ for n in range(numDestinations):
     borg.redDestinations.append(destName)
     convoyDests.append(destName)
 
+# if it's an attack run (set in jump start) then the final destination will be a random
+# attack position
+if borg.isAttackRun:
+    attackIndex = int(GetRandomInt(0, len(borg.redAttackDestinations)-1))
+    attackPoint = borg.redAttackDestinations[attackIndex]
+    convoyDests.append(attackPoint)
+
 # set the convoys destination and formation
 # in the borg
 #borg.redConvoyDest[tu.getName()] = destName
@@ -505,7 +514,7 @@ randSpd = 10.0 + (40.0 * randSpd)
 # start the assembly
 SendUnitEventDelay(tu.getName(), "GoalTracker_Assemble", [randSpd], 1)
 
-printMessage("Convoy move: "+str(tu.getName())+" NUM DESTS: "+str(numDestinations), True)
+printMessage("Convoy move: "+str(tu.getName())+" NUM DESTS: "+str(numDestinations)+" LIST: "+str(convoyDests), True)
 </Code>
           <Import />
         </HTNNode>

scripts/jump_start.py

@@ -30,6 +30,11 @@ entityName = "RFC"
 #################################################################################################################################################################
 # Scenario Parameters
 #################################################################################################################################################################
+borg.isAttackRun = False
+borg.redDestinations=["TRAINING01", "TRAINING02", "TRAINING03", "TRAINING04", "TRAINING05", "TRAINING06", "TRAINING07", "TRAINING08", "TRAINING09", "TRAINING10", "TRAINING11", "TRAINING12", ]
+borg.redAttackDestinations=["ATTACK01", "ATTACK02", "ATTACK03", "ATTACK04", "ATTACK05", "ATTACK06", "ATTACK07", "ATTACK08", "ATTACK09", "ATTACK10", "ATTACK11", "ATTACK12", ]
+
+
 borg.params_redNumSetups = 1
 borg.params_redSetupTimeMin = 10
 borg.params_redSetupTimeVar = 10