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module Zale module KsiMenu Window_Skin = "" # if this is not empty, it will set the windowskin to this. line_height = 24 #24 is the default Face_WP = 2# Add additional padding here Face_HP = 2 Win_W = 96 * 3 + 24 + (Face_WP * 3) Win_H = 96 * 2 + 24 + Face_HP Pos_X = Graphics.width / 2 - (Win_W / 2) # Center it on screen Pos_Y = Graphics.height * 0.1 Face_W = 96 Face_H = 96 Arrows = false # Show arrows on the help window? (they're there because we shrunk the window # And it thinks that something is there). endendclass Window_MenuHCommand < Window_HorzCommand # We include Zale::KsiMenu in ever class because it's faster # to write out 'Variable' rather than 'Zale::KsiMenu::Variable' for everything include Zale::KsiMenu # Initialize is called whenever any object is make. It's built into ruby to do # that, so this is where you would put everything to set up what you're making. # In this case, we call this window's superclass, which we see above is # Window_HorzCommand (Horizontal command window). It needs to know where to place # the window, so we use the variables x and y, which we got when the object was # originally made. # Then we check if the Window_Skin variable is "" (empty). If it is, don't do # anything. If it is different though, use that as our window skin. Then we #use self.width = blah to change how wide the window is. We want all the windows # to be the same width, so we use the same variable (Technically, variables that # start with capital letters are constants, we're not allowed to change them, # though there is *technically* a way to). # Next we call the refresh method, and then update the cursor. # # The refresh method is not in this class, so where is it? Kind of like when we # called super in initialize, if we don't define a method in out class, and then # some other script calls this method (such as refresh), we see if the superclass # has it. If it does, we do that, if not, check its superclass. This keeps going # until we find the method or we run out of classes, in which case we'll get an # error saying we can't find this method. # These types of errors are 'undefined local variable or method `something' for # MyClass:0xItsMemoryAddress. def initialize(x, y) super(x, y) if Zale::KsiMenu::Window_Skin != "" self.windowskin = Cache.system(Window_Skin) end self.width = Win_W refresh update_cursor end # We use the add_command method, defined in Window_Command to add a command to the # window so we can select it later. We give it a symbol, the thing with the : in front # so that we can handle that specifically later. Vocab.whatever is the set of terms that # are defined in the Terms tab of the database. You can see the available terms at the # Vocab script at the top of the script editor. Check the bottom for the ones you can use # They'll look like: # def self.item; command(4); end # Items def make_command_list add_command(Vocab.item, :item) add_command(Vocab.save, :save) add_command(Vocab.shutdown, :quit) end # Here we define how many columns out window will have. By default, a Window_HorzCommand # window will have four columns, but we only want 3, item, save, and quit. So this is how # we set that up. def col_max return 3 endendclass Window_KsiStatus < Window_Selectable include Zale::KsiMenu # Same as above. # @index = -1 is used to make sure we don't have a cursor over any # of the actor's faces (even though it shouldn't be there anyway). def initialize super(Pos_X, Pos_Y, Win_W, Win_H) if Window_Skin != "" self.windowskin = Cache.system(Window_Skin) end @index = -1 draw_actors end # Here's an example of a refresh method. This will clear the contents # of a window, which is just a bitmap, a picture. It's refered to by # a method named 'contents'. So we clear it using contents.clear, and # then we use the create_contents method which will make a new bitmap # to use. This will make it whatever size we need and make sure it's # cleared. Then we redraw the actor's faces. def refresh contents.clear create_contents draw_actors end # First we setup variables for position, since we'll be changing them # based on how many faces we've already drawn. Then, for the size of # our party, we go through all the people. 'i' starts at 0 whenever you # use the 'times' method, and it increases by one each time the loop end # until it has done the number of loops. So we want to see, if i is greater # than 5(it drew 6 faces), then we just skip to the next iteration by using # 'next' This will keep happening until we run out of actors. We do this # because we won't fit them onto the screen anyway, so don't waste the time # to draw them. def draw_actors x = y = 0 $game_party.members.size.times{ |i| if i > 5 next # index starts at 0, greater than 5 won't be drawn on the screen unless you change the dimensions. end act = $game_party.members draw_face(act.face_name, act.face_index, x, y) x += Face_W + Face_WP if x >= Face_W * 3 + (Face_WP * 3) x = 0 y += Face_H + Face_HP end } endendclass Scene_Menu < Scene_MenuBase include Zale::KsiMenu def start super create_status create_command end # Create the window that we use to select our commands. This is where # we use those symbols to handle processing separately. First, though, # we make the command window with the x position, and the y position # PLUS the height of the status window, because we want the command # window to be on the bottom of the status window. # Then we use the set_handler command for window so we can tell # Ruby what to do when we select an option. We need to specify the # symbol we gave them when we added the commands, and then a method # to handle the option. the method() command is part of Ruby's kernel # which will give you a way to call a method from anyway. We can pass # the method around from class to class, and still use it. So in this # case we're putting the method 'command_item' into another class, # because that's where its held until we select the option. They're # all stored in Window_Command. It has a container (A simple Hash) # to hold them all. def create_command @cmd = Window_MenuHCommand.new(Pos_X, Pos_Y + @stat.height) @cmd.set_handleritem, methodcommand_item)) @cmd.set_handlersave, methodcommand_save)) @cmd.set_handlerquit, methodcommand_quit)) end # Create the status menu, which sets itself up automatically, we don't # need to pass any values to its initialize method for it to finish # properly. def create_status @stat = Window_KsiStatus.new end # The SceneManager is what handles all the scenes in the game. As such, # that's how we change them too. The command_whatever methods just change # the scene. def command_item SceneManager.call(Scene_Items) end def command_save SceneManager.call(Scene_Save) end def command_quit SceneManager.call(Scene_End) end # Update is called by Scene_Base every frame. In this scene, we're going # to run Scene_Base's update so that the game doesn't crash, and then we # check to see if we press the :B key, which is the escape key by default. # If we do press it, we return to the scene that was up before this. def update super if Input.trigger? SceneManager.return end end # When the scene is being closed, we need to clean up, so we dispose our # windows so that we can free up the memory they used. def terminate super @stat.dispose @cmd.dispose end endclass Window_KsiItem < Window_Selectable # This class is mostly recycled from the Window_ItemList class, as it mainly still all # applied, I just took out the category window. The attr_accessor is saying to let # a class that has a KsiItem window to change or see what we have for our @help_window # variable. We use this to give it the window under the item list in the item scene # so that it can update the description. attr_accessor :help_window include Zale::KsiMenu def initialize @items = [] super(Pos_X, Pos_Y, Win_W, Win_H) refresh select(0) activate end def make_item_list @items = $game_party.all_items @items.empty? ? @items.push(nil) : nil end def col_max return 2 end def enable?(item) $game_party.usable?(item) end def draw_item(index) item = @items[index] if item rect = item_rect(index) rect.width -= 4 draw_item_name(item, rect.x, rect.y, enable?(item), rect.width - 24) draw_item_number(rect, item) end end def draw_item_number(rect, item) # draw_text(rect, sprintf(":%2d", $game_party.item_number(item)), 2) end def item @items && index >= 0 ? @items[index] : nil end def update_help @help_window.set_item(item) end def cursor_move super update_help end def item_max return @items.size end def refresh make_item_list create_contents draw_all_items endendclass Scene_Items < Scene_ItemBase # The Item scene class. In the initialize method, we setup the help window # that displays the item's description, as well as create the item window. include Zale::KsiMenu def start super create_help_window create_item @actor_window.hide @help_window.x = Pos_X @help_window.y = Pos_Y + Win_H @help_window.height = @help_window.fitting_height(1) @help_window.width = Win_W @help_window.arrows_visible = Arrows if Window_Skin != "" @help_window.windoskin = Cache.system(Window_Skin) @item_window.windowskin = Cache.system(Window_Skin) end end # We create the item window, set its help window using the attr_accessor we made # earlier, and then update the help window so that the description is updated and # ready when the scene starts. def create_item @item_window = Window_KsiItem.new @item_window.help_window = @help_window @item_window.update_help end # Check to see if we want to leave the item scene! def update super if Input.trigger? SceneManager.return end end # Clean up our item window. The help window was made by the superclass, so we # letit take care of that. def terminate super @item_window.dispose endend