module ViperX # Setting up an array to hold all the main menu pictures Main_Menu_Pics = ["Menu001", "Menu002", "Menu003", "Menu004", "Menu005"] # Set up the graphics for the sub menus Sub_Menus = [] # <- Defines a blank array to start with Sub_Menus[0] = ["Menu001a", "Menu001b", "Menu001c"] # Add Menu 1 SubMenu pics Sub_Menus[1] = ["Menu002a", "Menu002b", "Menu002c"] # Add Menu 2 SubMenu pics Sub_Menus[2] = ["Menu003a"] # Add Menu 3 SubMenu pics Sub_Menus[3] = ["Menu004a"] # Add Menu 4 SubMenu pics Sub_Menus[4] = ["Menu005a"] # Add Menu 5 SubMenu pics # Can't think of a good name so.. SuperSubMenu will have to do. We're not do # doing a secondary sub menu for all the sub menus, so use nil for any menu # we're not setting up. We're using nil for some checks later on in the # Window_Main_PicMenu class. We need our numbers to match up to the Sub_Menu # that it belongs to since we're using the index variable to sort things out. SuperSubMenu = [] SuperSubMenu[0] = nil SuperSubMenu[1] = nil SuperSubMenu[2] = nil SuperSubMenu[3] = ["Menu004a1", "Menu004a2"] SuperSubMenu[4] = ["Menu005a1", "Menu005a2", "Menu005a3"] # Setting up other stuff to customize. Help_Pic = "HelpScreen" Quit_Pic = "MenuLogout" # Sound Settings - ["filename", volumn, pitch] # We're setting these in an arry cause there's a fast way to fill out the info # when we call it later. Open_Sound = ["interfaceopen", 80, 100] Close_Sound = ["interfaceclose", 80, 100] Move_Sound = ["interfaceopen", 50, 100] Confirm_Sound = ["Bin", 50, 100] Cancel_Sound = ["interfaceopen", 80, 100] # This is the default sound but # throwing it in for good measureend#==============================================================================# ** Window_Main_PicMenu#==============================================================================class Window_Main_PicMenu < Window_Selectable #---------------------------------------------------------------------------- # ● upgraded method: initialize #---------------------------------------------------------------------------- def initialize(pic_array) # When we create the window in the Scene_Menu we will pass the picture # arry to the window. We'll make a class variable to store the info. # NOTE: I'll talk about "super" a bit later on, but this is an example # of when when want to run some code BEFORE calling the super. We're # setting a class variable that we use to determine how the window is # created. A class variable means it can be used anywhere in the class and # it has a @ in front of it. @pictures = pic_array # setting the window to cover the screen. The 12's in the sizes are to # account for the window's standard_padding super(-12, -12, Graphics.width + 12, Graphics.height + 12) self.opacity = 0 # Made the windowskin invisible cause it's not wanted hide # Going to start the window as hidden select(0) # select the first item (arrays ALWAYS start at 0) refresh end #---------------------------------------------------------------------------- # ● upgraded method: item_max #---------------------------------------------------------------------------- # We get the class variable "@pictures" and count how many pics are stored # in it with the .size method #---------------------------------------------------------------------------- def item_max # condensed if statement: if @pictures is defined and has a value or it's # set to true, then use it's size value for the item_max, else use 0 # The expanded version of this would look like this: # if @pictures # @pictures.size # else # 0 # end @pictures ? @pictures.size : 0 end #---------------------------------------------------------------------------- # ● upgraded method: refresh #---------------------------------------------------------------------------- def refresh # when you have a def that is already defined from the class we're basing # our new class on, then you can use "super" command to tell it to do # everything that the parent class says do and do what we tell you to # as well. You can see what def refresh does in Window_Selectable to see # what all the super will do before running our code. You can run some # code and then call super as well. Order matters a great deal, sometimes # you will want to run some code before the super is called, but not this # time since the previous def refresh will clear everything in the window # so if we tell it to draw the picture before the super, then when it gets # to the super line, it will wipe everything out. super # Exit out of the def unless the @pictures variable has info in it return unless @pictures # sets the bitmap to the picture in the Graphics/Picture folder. # We're going to use the Window_Select's @index variable to go through our # picture array to get the image to show. The rest of the def is like when # we made pictures with the guild scene script. bitmap = Cache.picture(@pictures[@index]) rect = Rect.new(0, 0, bitmap.width, bitmap.height) contents.blt(0, 0, bitmap, rect) bitmap.dispose end #---------------------------------------------------------------------------- # ● upgraded method: process_cursor_move #---------------------------------------------------------------------------- # This is the normal def, but we're changing the sound played on the last # line #---------------------------------------------------------------------------- def process_cursor_move return unless cursor_movable? last_index = @index cursor_down (Input.trigger?DOWN)) if Input.repeat?DOWN) cursor_up (Input.trigger?UP)) if Input.repeat?UP) cursor_right(Input.trigger?RIGHT)) if Input.repeat?RIGHT) cursor_left (Input.trigger?LEFT)) if Input.repeat?LEFT) cursor_pagedown if !handle?pagedown) && Input.trigger?R) cursor_pageup if !handle?pageup) && Input.trigger?L) # Ok now to explain that fast way to call the info I mentioned. # When playing a sound, it requires you to give the filename, volumn and # pitch. Just like how we set it up in the customize section at the top. # So normally it'd look like this RPG::SE.new("File", 100, 100).play # Now you can't just plug the array in cause it'd look like this: # RPG::SE.new(["File", 100, 100]).play # and you'd get an error. So the * in front of info says to put each # element of the array into this field (basicaly drops the # outter [] brackets. # You could aslo define each part like: # Move_File = "File" # Move_Vol = 100 # Move_Pitch = 100 # and then you'd do this: # RPG::SE.new(ViperX::Move_File, ViperX::Move_Vol, ViperX::Move_Pitch).play # so I think they way we are really do it is the easiest to work with RPG::SE.new(*ViperX::Move_Sound).play if @index != last_index end #---------------------------------------------------------------------------- # ● upgraded method: process_ok #---------------------------------------------------------------------------- # This is the normal def, but we're changing the sound played #---------------------------------------------------------------------------- def process_ok if current_item_enabled? # This plays the sound effect on selecting a choice RPG::SE.new(*ViperX::Confirm_Sound).play Input.update deactivate call_ok_handler else Sound.play_buzzer end end #---------------------------------------------------------------------------- # ● upgraded method: process_cancel #---------------------------------------------------------------------------- # This is the normal def, but we're changing the sound played #---------------------------------------------------------------------------- def process_cancel # This plays the sound effect on canceling a choice RPG::SE.new(*ViperX::Cancel_Sound).play Input.update deactivate call_cancel_handler end #---------------------------------------------------------------------------- # ● upgraded method: update_cursor #---------------------------------------------------------------------------- # changed the def to never use the cursor image. Can look at the orginal def # to compare it to. #---------------------------------------------------------------------------- def update_cursor if @cursor_all cursor_rect.empty self.top_row = 0 elsif @index < 0 cursor_rect.empty else ensure_cursor_visible cursor_rect.empty end end #---------------------------------------------------------------------------- # ● upgraded method: cursor_down #---------------------------------------------------------------------------- def cursor_down(wrap = false) super # do already defined stuff refresh # refresh image shown because there is now a new @index end #---------------------------------------------------------------------------- # ● upgraded method: cursor_up #---------------------------------------------------------------------------- def cursor_up(wrap = false) super # do already defined stuff refresh # refresh image shown because there is now a new @index endend#==============================================================================# ** Window_Logout#------------------------------------------------------------------------------# Basing it off the Window we already made cause it already has the sounds set#==============================================================================class Window_Logout < Window_Selectable #---------------------------------------------------------------------------- # ● upgraded method: initialize #---------------------------------------------------------------------------- def initialize(x, y, w, h) @choices = ["Yes", "No"] # Our choices displayed in the window super(x, y, w, h) self.opacity = 0 # Hiding the windowskin hide # Hide the window till we're ready for it select(0) # Set where the cursor starts refresh # calling the refresh def to drawn items in the window end #---------------------------------------------------------------------------- # ● upgraded method: item_max #---------------------------------------------------------------------------- # This time we're setting the item_max to 2 (Yes and No) #---------------------------------------------------------------------------- def item_max; @choices.size; end #---------------------------------------------------------------------------- # ● upgraded method: col_max #---------------------------------------------------------------------------- # This is the columns setting. I'm taking liberties and assuming a side by # side choice displayed in your message box would look cooler. If you want it # vertical then delete this def and change the window's height setting in the # initialize def accordingly. Deleting this def would use the default setting # for columns, which is set to 1. #---------------------------------------------------------------------------- def col_max; return 2; end #---------------------------------------------------------------------------- # ● upgraded method: draw_item #---------------------------------------------------------------------------- # This is what every window uses when it shows options. It will draw it for # each item in the list. In this case.. it will do this def twice because # that's our item_max size. #---------------------------------------------------------------------------- def draw_item(index) # We have to define the rect area the text can show up. There's two choices # we have that the selection windows use: item_rect and item_rect_for_text. # We're showing text... so lets go with that one. The difference between # them is very minor, it's just the x position changes for things drawn # within the rect. item_rect uses the whole rect area while # item_rect_for_text will start showing things 4 pixels into the rect and # the width is 8 pixels smaller (4 pixels on left/right sides). This is so # that text (or whatever really) isn't drawn on the cursor's border frame. rect = item_rect_for_text(index) # Ok now to show the text. There are two options for this as well. # draw_text and draw_text_ex # draw_text gives us lots of control and settings to play with. # draw_text_ex doesn't have as many settings, but it takes special codes # like the ones you can use in the event editor when using a message box. # ex: \N[x] is the Nth actor's name in the database would be shown. # we're not doing anything fancy and I liked centered choises so.. going # with draw_text #--- # Once again, we are faced with two choices. You can fill out the draw_text # info in two different ways. # draw_text(x, y, width, height, text, alignment) # draw_text(rect, text, alignment) # So.. we have already defined a rect that has an x, y, width, and height # Most folks will use the first way because it gives more exact control # and not all windows will have rects within them. But the later suits # this instance just fine. #--- # One more note/tip: alignment can be 0, 1, or 2. This will make the text # left aligned, centered, or right aligned respectively. # We'll go with centered text. #--- # Last note, since we already defined the text we want to show in the # initialize def, we'll use that variable and the index will pick which # one is shown. "Yes" will show in the first rect, "No" in the 2nd rect. draw_text(rect, @choices[index], 1) end #---------------------------------------------------------------------------- # ● upgraded method: process_cursor_move #---------------------------------------------------------------------------- # Setting the Sound like before #---------------------------------------------------------------------------- def process_cursor_move return unless cursor_movable? last_index = @index cursor_down (Input.trigger?DOWN)) if Input.repeat?DOWN) cursor_up (Input.trigger?UP)) if Input.repeat?UP) cursor_right(Input.trigger?RIGHT)) if Input.repeat?RIGHT) cursor_left (Input.trigger?LEFT)) if Input.repeat?LEFT) cursor_pagedown if !handle?pagedown) && Input.trigger?R) cursor_pageup if !handle?pageup) && Input.trigger?L) RPG::SE.new(*ViperX::Move_Sound).play if @index != last_index end #---------------------------------------------------------------------------- # ● upgraded method: process_ok #---------------------------------------------------------------------------- # Setting the Sound like before #---------------------------------------------------------------------------- def process_ok if current_item_enabled? RPG::SE.new(*ViperX::Confirm_Sound).play Input.update deactivate call_ok_handler else Sound.play_buzzer end end #---------------------------------------------------------------------------- # ● upgraded method: process_cancel #---------------------------------------------------------------------------- # Setting the Sound like before #---------------------------------------------------------------------------- def process_cancel RPG::SE.new(*ViperX::Cancel_Sound).play Input.update deactivate call_cancel_handler endend#==============================================================================# ** Game_Interpreter#==============================================================================class Game_Interpreter #-------------------------------------------------------------------------- # * Open Menu Screen #-------------------------------------------------------------------------- def command_351 return if $game_party.in_battle SceneManager.call(Scene_Menu) Fiber.yield endend#==============================================================================# ** Scene_Map#==============================================================================class Scene_Map < Scene_Base #---------------------------------------------------------------------------- # ● overwrite method: start - changed out the open menu sound #---------------------------------------------------------------------------- def call_menu # This plays the sound effect on opening the Menu RPG::SE.new(*ViperX:pen_Sound).play SceneManager.call(Scene_Menu) Window_MenuCommand::init_command_position endend#==============================================================================# ** Scene_Menu#==============================================================================# Overwriting the default Menu so when esc is pressed it brings up your menuclass Scene_Menu < Scene_MenuBase #---------------------------------------------------------------------------- # ● overwrite method: start #---------------------------------------------------------------------------- # Since this is a custom menu and you don't need the default menu, we are # overwriting the whole scene and making it your own. All scenes need a # def start to get them going. So we are overwriting Scene_Menu's start def. # You can look in the Orginal Scene_Menu to compare the orginal to this one. #---------------------------------------------------------------------------- def start super # Turn the HUD's switch on $game_switches[PR_RRPG_HUD::Switch_Control] = true # Create the windows to handle the menu graphics create_command_window create_submenu_windows create_secondary_submenu_windows create_image create_logout_window end #---------------------------------------------------------------------------- # ● overwrite method: create_command_window #---------------------------------------------------------------------------- # Overwriting this method too, we could create a new one and call it # something new. I just went with the orginal one cause it's easier. #---------------------------------------------------------------------------- def create_command_window # Create the Main Menu window with the array of pictures to use @command_window = Window_Main_PicMenu.new(ViperX::Main_Menu_Pics) # set the window's viewport (@viewport is a class variable set in Scene_Base) @command_window.viewport = @viewport # When the action key (enter) is pressed, run the def command_submenu @command_window.set_handlerok, methodcommand_submenu)) # When esc key is pressed, exit the menu scene and return to the map # the method we called to do this is already defined in Scene_Base @command_window.set_handlercancel, methodreturn_scene)) # Show this window and make it the active window @command_window.show.activate end #---------------------------------------------------------------------------- # ○ new method: create_submenu_windows #---------------------------------------------------------------------------- def create_submenu_windows # We're creating an array of new windows the size of our Sub_Menus array # at the top of the script. For the '|i|' part, the i could be anything you # want, but i is the standard letter used (stands for iteration, since we # are iterating through the array). We'll create a new window for each # Sub_Menus entry. # So the first time the code is called, i = 0, the next time i = 1, on down # the line till it reaches the end of the array. @submenu_windows = Array.new(ViperX::Sub_Menus.size) do |i| # for each window, we pass the picture array realted to it on. 0 for the # first time, 1 for the 2nd, etc Window_Main_PicMenu.new(ViperX::Sub_Menus) end # If you remember, the window class we made for this window will hide itself # when it's started. For the @command_window, we showed it. For these windows # we still want them hidden for now. So we'll just set the viewport. #---- # Since we set the windows up in an array, we can set their viewports all # at once. The .each says for each item in @submenu_windows we're going # to do something to it. |window| is what we're calling each item that's # in the array (because it's an array of windows). But you could name # it anything you wanted.. for example |item| # so for each window in the array of windows, we set the viewport. # we can also set their handlers @submenu_windows.each do |window| window.viewport = @viewport window.set_handlerok, methodsubmenu_commands)) window.set_handlercancel, methodreturn_to_menu)) end end #---------------------------------------------------------------------------- # ○ new method: create_secondary_submenu_windows #---------------------------------------------------------------------------- def create_secondary_submenu_windows # Doing the same thing as the submenu windows but without all the comments @second_submenu_windows = Array.new(ViperX::SuperSubMenu.size) do |i| Window_Main_PicMenu.new(ViperX::SuperSubMenu) end @second_submenu_windows.each do |window| window.viewport = @viewport window.set_handlerok, methodsupersub_command)) window.set_handlercancel, methodreturn_to_submenu)) end end #---------------------------------------------------------------------------- # ○ new method: return_to_menu #---------------------------------------------------------------------------- def return_to_menu # We're going to show and activate the @command_window before hiding the # other windows @command_window.show.activate # We're going to hide all the sub menu windows (it doesn't really matter # which window one was showing). Notice the syntax difference from the def # above when we set the viewport and handler. This is a condensed syntax, # but it's doing the exact same thing. @submenu_windows.each {|window| window.hide.deactivate} end #---------------------------------------------------------------------------- # ○ new method: command_submenu #---------------------------------------------------------------------------- # we'll use this def to control the sub menu window #---------------------------------------------------------------------------- def command_submenu # Since we're now showing the submenu graphics, let's hide the main menu # window that show's the main menu graphics. @command_window.hide.deactivate # setting the index we'll use to determine which submenu window will open @index = @command_window.index # so if the @command_window was at the 0 index (first item in the list) then # the first @submenu_windows will be shown and activated @submenu_windows[@index].show.activate end #---------------------------------------------------------------------------- # ○ new method: submenu_commands #---------------------------------------------------------------------------- def submenu_commands # The following is a case statement. Think of it as a multi branch conditional # event. It checks what the @command_window's index is. When it's 0, then # do x, when it's 1, then do y, when it's 2, then do z, etc on down the line case @command_window.index when 0 # When we're on the first item in the main menu # Open the Item Scene if our submenu index is 0 SceneManager.call(Scene_Item) if @submenu_windows[@index].index == 0 # Open the Skill Scene if our submenu index is 1 SceneManager.call(Scene_Skill) if @submenu_windows[@index].index == 1 # Open the Equip Scene if our submenu index is 2 SceneManager.call(Scene_Equip) if @submenu_windows[@index].index == 2 when 1 # When we're on the 2nd item in the main menu SceneManager.call(Scene_Party) if @submenu_windows[@index].index == 0 SceneManager.call(Scene_Guilds) if @submenu_windows[@index].index == 1 SceneManager.call(Scene_Status) if @submenu_windows[@index].index == 2 when 2 # For this one, there's only one option, so we don't need to check the # submenu's index SceneManager.call(Scene_Quests) when 3 # For this option, we're going to use the secondary submenu. supersubmenu_commands when 4 # Same as 3, opening the secondary sub menu supersubmenu_commands end end #---------------------------------------------------------------------------- # ○ new method: supersubmenu_commands #---------------------------------------------------------------------------- def supersubmenu_commands # Hide active submenu so we can show the secondardy submenu. No need to # redefine the @index as it shouldn't have changed. @submenu_windows[@index].hide.deactivate @second_submenu_windows[@index].show.activate end #---------------------------------------------------------------------------- # ○ new method: supersub_command #---------------------------------------------------------------------------- def supersub_command # same as submenu_commands but without all the comments case @command_window.index when 0 # do nothing cause there's no secondary sub menu when 1 # do nothing cause there's no secondary sub menu when 2 # do nothing cause there's no secondary sub menu when 3 # Note: These will crash the game because they don't exsist yet, much # Like the Scene_Party, because there is no Scene_Party in this demo SceneManager.call(Scene_Quests) if @second_submenu_windows[@index].index == 0 SceneManager.call(Scene_Quests) if @second_submenu_windows[@index].index == 1 when 4 # This is says when the @command_window.index is 4 and if the secondary # sub menu window's index is 0, then do the following 2 lines of code. # We could have just done another case statement here and use the # @second_submenu_windows[@index].index as the item to check if @second_submenu_windows[@index].index == 0 show_image(ViperX::Help_Pic) # Show the Help_Pic Image help_image_control # Tells the game how to handle things now end # closing the if statement if @second_submenu_windows[@index].index == 1 show_image(ViperX::Quit_Pic) @logout_window.show.activate end # closing the if statement SceneManager.call(Scene_Save) if @second_submenu_windows[@index].index == 2 end # closing the case statement end #---------------------------------------------------------------------------- # ○ new method: create_image #---------------------------------------------------------------------------- def create_image # Just another way to show how to handle images. It's a lot like the bitmaps # we make in windows but they are handled a little different. When you make # a free picture outside of a window you'll need to make an object first. # Sprite is the class that handles images, so we make a new Sprite Object # and place it in our normal viewport. # The size of the image will be the size of the viewport. The viewport # we've been using (@viewport) is the size of the screen. You can change # a lot of things for this (See the Help file for more info if you'd like). #--- # Just a note, you could probably make a menu just find using this method. # You could change the bitmap when a key is pressed @image = Sprite.new(@viewport) @image.visible = false # Hide it till we're ready for it # We're going to set the image's z axis (this is where in is place in the # pile of objects drawn on the screen in a given viewport. Set it to 0 # and play test it and you'll see it drawn under the HUD. # You could also set the z axis for the image when the imaged is changed # if you want the images to have different z settings. @image.z = 200 end #---------------------------------------------------------------------------- # ○ new method: show_image #---------------------------------------------------------------------------- def show_image(filename) # Hide the other images to show the new one @second_submenu_windows[@index].hide.deactivate @image.visible = true # Show the image @image.bitmap = Cache.picture(filename) # Set the image end #---------------------------------------------------------------------------- # ○ new method: help_image_control #---------------------------------------------------------------------------- def help_image_control # Setting a loop here. It will repeat everything in the loop over and over # until something breaks the cycle. We're telling the game to run basic # stuff (like checking for key input). Keep doing this until the action or # escape keys are pressed. You can co ctrl+shift+f to search ALL the scripts # in the editor for "def update_basic" if you'd like to see what this def # does. You'll want the one that shows up for Scene_Base (not the Battle one) loop do update_basic break if Input.trigger? # Break the loop if Esc is pressed break if Input.trigger?C) # Break if action key used end # We used the loop to stop this def from continuing until the player was # done reading the help image. Now that they're done (cause they pressed # one of the keys we allowed them to use), continue with the rest of the # code. @image.visible = false # Hide this image again # Now return the control back to the secondary sub menu supersubmenu_commands end #---------------------------------------------------------------------------- # ○ new method: create_logout_window #---------------------------------------------------------------------------- def create_logout_window # We're going to set the windows size and postion here. (x, y, width, height) # Going to start with the width and height, then y position. The x position # will be determined by the windows width (going to right a formula to # center the window). You can adjust them how you like. The height at 48 is # a standard height for one line of text. Font size is 24 by default and # that standard_padding mentioned earlier adds another 24 (12 on top and 12 # on the bottom), so 48 total. # We're creating a local variable "width". Local means it only lives in this # def. As soon as this def is done, the width variable is gone forever. # You can set this width to be bigger or smaller and the windows contents # and position will adjust accordingly. width = 373 # Graphics.width is the screen's resolution size (default is 544 but some # scripts change it, so I always like to use "Graphics.width" instead of # using the default size). x = (Graphics.width - width) / 2 # Create the new window with the x we defined above, y, width we defined, and # a height of 48. @logout_window = Window_Logout.new(x, 228, width, 48) @logout_window.viewport = @viewport # setting the window's z axis to show it on top of the logout image @logout_window.z = 300 @logout_window.set_handlerok, methodconfirm_exit)) @logout_window.set_handlercancel, methodcancel_logout)) end #---------------------------------------------------------------------------- # ○ new method: return_to_submenu #---------------------------------------------------------------------------- def return_to_submenu # this def is called when we esc out of the secondary sub menu. So we hide # the secondary sub menu windows and show the relavent sub menu and # activate it. @second_submenu_windows[@index].hide.deactivate @submenu_windows[@index].show.activate end #---------------------------------------------------------------------------- # ○ new method: confirm_exit #---------------------------------------------------------------------------- def confirm_exit # Note: This is the code for when the action key is pressed on one of the # @logout_window choices. Going to do something depending on which index # was active when the key was pressed. Normally, I'd make the @logout_window # a command window, but.. We can discuss those at a later time if you have # another request that requires one. command_to_title if @logout_window.index == 0 cancel_logout if @logout_window.index == 1 end #---------------------------------------------------------------------------- # ○ new method: cancel_logout #---------------------------------------------------------------------------- def cancel_logout @logout_window.hide.deactivate # Hide and deactivate the choice window @image.visible = false # Hide the image again supersubmenu_commands # Return control to the secondary sub menus end #---------------------------------------------------------------------------- # ○ new method: command_to_title #---------------------------------------------------------------------------- # This is basically a copy of the def found in Scene_End #---------------------------------------------------------------------------- def command_to_title fadeout_all # This fades out the scene (like how a map transfer does) SceneManager.goto(Scene_Title) # Returns to the Title Menu end #---------------------------------------------------------------------------- # ● upgrade method: update #---------------------------------------------------------------------------- def update super # Update or windows inside the array of windows @submenu_windows.each {|window| window.update } @second_submenu_windows.each {|window| window.update } end #---------------------------------------------------------------------------- # ● upgrade method: terminate - upgraded from Scene_MenuBase #---------------------------------------------------------------------------- def terminate super # This plays the sound effect on closing the Menu RPG::SE.new(*ViperX::Close_Sound).play # Turn the HUD switch off $game_switches[PR_RRPG_HUD::Switch_Control] = false # We need to dispose of all the stuff we made so it's not just hanging # out in the player's computer's memory making a memory leak and chewing # up their CPU. A lot of things are disposed of by themself because of the # way Scene_Base is written, but there are exceptions. Windows by themself # are disposed of without us needing to do it. But we didn't set up all the # windows in a normal way. We made a few arrays holding the windows. And # the "trash collecter" that is built into the Scene_Base won't recognize # the windows hidden in the array. So we'll go through the arrays and # dispose of them here. Same for the free images we made (we'll manually # dispose of them too). # Dispose of the windows in the arrays @submenu_windows.each {|window| window.dispose } @second_submenu_windows.each {|window| window.dispose } # Dispose of the Sprite image stuff if @image # Dispose of the @image's bitmap if it has a bitmap @image.bitmap.dispose if @image.bitmap # Now dispose of the @image @image.dispose end endend
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