Regions now connecting as god intended

worlds/grinch/Options.py

@@ -57,6 +57,9 @@ class UnlimitedRottenEggs(Toggle):
     """Determine whether or not you run out of rotten eggs when you utilize your gadgets."""
     display_name = "Unlimited Rotten Eggs"
 
+class RingLinkOption(Toggle):
+    """Whenever this is toggled, your ammo is linked with other ringlink-compatible games that also have this enabled"""
+
 @dataclass
 class GrinchOptions(PerGameCommonOptions):#DeathLinkMixin
     progressive_vacuum: ProgressiveVacuum

worlds/grinch/Regions.py

@@ -6,8 +6,7 @@ from .Options import GrinchOptions
 from BaseClasses import Region
 from .Rules import access_rules_dict, interpret_rule
 
-import logging
-logger = logging.getLogger()
+from ..generic.Rules import add_rule
 
 if TYPE_CHECKING:
 
@@ -54,16 +53,17 @@ def create_regions(world: "GrinchWorld"):
         world.multiworld.regions.append(Region(supadow, world.player, world.multiworld))
 
 def grinchconnect(world: "GrinchWorld", current_region_name: str, connected_region_name: str):
-    logger.info("Current Region Name: "+ current_region_name)
-    logger.info("Connected Region Name: "+ connected_region_name)
     current_region = world.get_region(current_region_name)
     connected_region = world.get_region(connected_region_name)
     required_items: list[list[str]] = access_rules_dict[connected_region.name]
-    rule = interpret_rule(required_items, world.player)
-    #Goes from current to connected
-    current_region.connect(connected_region, rule = rule)
-    #Goes from connected to current
-    connected_region.connect(current_region, rule = rule)
+    rule_list = interpret_rule(required_items, world.player)
+    # Goes from current to connected
+    current_region.connect(connected_region)
+    # Goes from connected to current
+    connected_region.connect(current_region)
+    for access_rule in rule_list:
+        add_rule(current_region.entrances[current_region.entrances.index(next(loc_entrance for loc_entrance in current_region.entrances if loc_entrance.name.startswith(connected_region_name)))], access_rule)
+        add_rule(connected_region.entrances[connected_region.entrances.index(next(loc_entrance for loc_entrance in connected_region.entrances if loc_entrance.name.startswith(current_region_name)))], access_rule)
 
 def connect_regions(world: "GrinchWorld"):
     grinchconnect(world, "Mount Crumpit", "Whoville")
@@ -71,9 +71,9 @@ def connect_regions(world: "GrinchWorld"):
     grinchconnect(world, "Mount Crumpit", "Who Dump")
     grinchconnect(world, "Mount Crumpit", "Who Lake")
     grinchconnect(world, "Mount Crumpit", "Sleigh Room")
-    # grinchconnect(world, "Mount Crumpit", "Spin N' Win Supadow")
-    # grinchconnect(world, "Mount Crumpit", "Dankamania Supadow")
-    # grinchconnect(world, "Mount Crumpit", "The Copter Race Contest Supadow")
+    grinchconnect(world, "Mount Crumpit", "Spin N' Win Supadow")
+    grinchconnect(world, "Mount Crumpit", "Dankamania Supadow")
+    grinchconnect(world, "Mount Crumpit", "The Copter Race Contest Supadow")
     grinchconnect(world, "Whoville", "Post Office")
     grinchconnect(world, "Whoville", "City Hall")
     grinchconnect(world, "Whoville", "Countdown to X-Mas Clock Tower")

worlds/grinch/Rules.py

@@ -1,15 +1,16 @@
+from typing import Callable
+
+from BaseClasses import CollectionState
 from worlds.AutoWorld import World
-# from .Options import GrinchOptions
 from worlds.generic.Rules import add_rule
-import logging
-logger = logging.getLogger()
 
 def set_rules(world: World):
     all_locations = world.get_locations()
     for location in all_locations:
         loc_rules = rules_dict[location.name]
-        rule = interpret_rule(loc_rules, world.player)
-        add_rule(location, rule)
+        rule_list = interpret_rule(loc_rules, world.player)
+        for access_rule in rule_list:
+            add_rule(location, access_rule)
 
 
 rules_dict: dict[str,list[list[str]]] = {
@@ -445,17 +446,26 @@ access_rules_dict: dict[str,list[list[str]]] = {
     ],
     "Sleigh Room": [
         ["Exhaust Pipes", "GPS", "Tires", "Skis", "Twin-End Tuba"]
-    ]
+    ],
+    "Spin N' Win Supadow": [
+        ["Spin N' Win Door Unlock"],
+        # ["Progressive Supadow Door Unlock"]
+    ],
+    "Dankamania Supadow": [
+        ["Dankamania Door Unlock"],
+        # ["Progressive Supadow Door Unlock: 2"]
+    ],
+    "The Copter Race Contest Supadow": [
+        ["The Copter Race Contest Door Unlock"],
+        # ["Progressive Supadow Door Unlock: 3"]
+    ],
 }
 
-
 def interpret_rule(rule_set: list[list[str]], player: int):
-    old_rule = lambda state: True
     if len(rule_set) < 1:
-        return old_rule
-    else:
-        old_rule = lambda state: False
+        return True
+
+    access_list: list[Callable[[CollectionState], bool]] = []
     for item_set in rule_set:
-        logger.info("Rules to access: " + ";".join(item_set))
-        old_rule = lambda state, items=item_set: state.has_all(items, player) or old_rule
-    return old_rule
+        access_list.append(lambda state: state.has_all(item_set, player))
+    return access_list

worlds/grinch/docs/Credits.md

@@ -1,2 +1,3 @@
-- Credit to Raven-187 on gamehacking.org for providing the addresses for various cheat codes. Without them, would of made RAM searching much more tedious.
+- Credit to Raven-187 & Hacc on gamehacking.org for providing the addresses for various cheat codes. Without them, would of made RAM searching much more tedious.
 - Shoutouts to SomeJakeGuy for basically teaching me how to code, in general.
+- Shoutouts to BootsinSoots for helping with the implementation of the logic rules code itself