Wardrobe 2.0 - Wheelmenu

* Implemented wheelmenu for the wardrobe
* Implemented hide/show functions for singular items
* Implemented quick jumps
* Fixed wheelmenu overflowing screen positions (needed a clamp)

game/scripts/doll/clothes.rpy

@@ -234,8 +234,9 @@ init python:
             hbox = []
             overlay = []
 
-            action = [Function(wardrobe.equip, self), self.build_button]
+            action = [Function(wardrobe.wheelmenu, self), self.build_button]
             unhovered = None
+            alternate = None
 
             if is_inadequate:
                 warnings.append("Character level too low")
@@ -270,7 +271,13 @@ init python:
             if is_inadequate:
                 style = "wardrobe_item_button_inadequate"
 
-            return Button(child=child, focus_mask=None, xysize=(96, 96), action=action, tooltip=("\n".join(warnings)), unhovered=unhovered, style=style, selected=is_equipped)
+            if is_equipped:
+                alternate = Function(wardrobe.jump_to_item, self, "color_picker")
+            else:
+                alternate = [Function(wardrobe.equip, self), Function(wardrobe.jump_to_item, self, "color_picker")]
+
+
+            return Button(child=child, focus_mask=None, xysize=(96, 96), action=action, tooltip=("\n".join(warnings)), unhovered=unhovered, style=style, selected=is_equipped, alternate=alternate)
 
         @functools.cache
         def build_button(self, _=None):

game/scripts/interface/wheelmenu.rpy

@@ -1,10 +1,11 @@
 init python in wheelmenu:
     import math
 
+    reference_num_buttons = 32
+    reference_radius = 0.5
+
     def pos(num_buttons):
         num_buttons = max(num_buttons, 2)
-        reference_num_buttons = 32
-        reference_radius = 0.5
         radius = reference_radius * (num_buttons / reference_num_buttons) ** 0.5
         angle_step = 2 * math.pi / num_buttons
         start_angle = angle_step / 2 if num_buttons % 2 else 0
@@ -28,6 +29,14 @@ init python in wheelmenu:
         else:
             return None
 
+    def clamp_to_screen(num_buttons, pos):
+        num_buttons = max(num_buttons, 2)
+        radius = reference_radius * (num_buttons / reference_num_buttons) ** 0.5
+        diameter = int(radius * min(renpy.store.config.screen_width, renpy.store.config.screen_height))
+        x = max(diameter, min(renpy.store.config.screen_width - diameter, pos[0]))
+        y = max(diameter, min(renpy.store.config.screen_height - diameter, pos[1]))
+        return (x, y)
+
 init python:
     def create_wheelmenu(elements):
         # Proxy function; We cannot evaluate in a named store without side effects.
@@ -59,16 +68,16 @@ label wheelmenu(btns, ret, pos=None):
 
     jump expression ret
 
-screen wheelmenu(btns, pos):
+screen wheelmenu(btns, pos=None, close_action=Return("Close")):
     layer "interface"
     tag wheelmenu
     zorder 1
     style_prefix "wheelmenu"
 
     $ mpos = renpy.get_mouse_pos()
-    default start_pos = pos or mpos
+    default start_pos = wheelmenu.clamp_to_screen(len(btns), pos or mpos)
 
-    use close_button_background(keysym="game_menu")
+    use close_button_background(action=close_action, keysym="game_menu")
 
     window at wheelmenu_anim:
         id "wheelmenu"