BIG MAPS

[DerVVulfman]

Version: 1.7

Introduction
This allows you to chain multiple maps together to make one hellacious big honkin' map!

All seamless, it creates a single map in memory based on the maps you merge together. Save, load, teleport between, so far, it all works!


Script

Big Maps

Code:

#==============================================================================
# ** BIG MAPS
#------------------------------------------------------------------------------
#    by DerVVulfman
#    version 1.7
#    06-12-2020 (mm/dd/yyyy)
#    RGSS / RPGMaker XP
#==============================================================================
#
#  This allows you to chain multiple maps together to make one hellacious big
#  honkin' map!
#
#                                == * == * ==
#
#  BRANCHES &  Standard use of both 'Conditional Branches' and 'Control
#  CONTROL     Variables' is unhampered by this system.
#  VARIABLES:  Performing both with an event to acquire event data (such as
#              map ID, position, facing direction) only functions on events
#              made within its 'individual map' A map event cannot test the
#              data of  another event  if the  target event  was made  on a
#              different map.
#              EX:  Event 1 on map 3 cannot get data from Event 4 on map 2.
#                   Event 1 on map 3 'can' get data from Event 2 on map 3.
#
#
#  TELEPORT:   Standard teleporting between normal maps remains unchanged.
#              Teleporting to a 'big map' has special attributes:
#              1) Setting coordinates to one  of the  individual maps in a
#                 'big map' permitted.  Placement is adjusted accordingly.
#              2) Using variables to teleport into a 'big map' works.  You
#                 can set  the individual map ID and x/y coordinates.   If
#                 the X/Y coodinates  are outside  of the  individual map,
#                 it may place the player into the next adjoining map.
#
#
#  SET EVENT   See Teleport.  Functionally the same for events, except the
#  LOCATION:   event cannot leave the 'big map'.  No Map ID to set/define.
#              Swapping two events limited to those defined in the indivi-
#              dual map.   Cannot swap events  defined in  different maps.
#
#
#  ANIMATIONS: Unhampered by this system.   The editor's  dropdown menu to
#              set an animation  only permites those events  in that given
#              map.   An event on one map cannot apply  an animation to an
#              event created on another.
#
#  EVENT IDs:  Under normal circumstances, you can view the ID of an event
#              in a script call like @>Script: p event_id
#              This will give you the 'new' ID of the event if it was one
#              added to the accumulated Big Map. Obviously different than
#              the original.  To acquire the original Map anedEvent_ID of
#              the event, use  "p $game_map.old_big_event(event_id)".
#              Newly added,the "$game_map.old_big_event" command will re-
#              turn the map and event ID for the event.   There is also a
#              matching command to get the new ID of an event  based upon
#              its original map and ID values, this being :new_big_event"
#              It is used like  "p $game_map.new_big_event(2,23)".
#
#
#                                == * == * ==
#
#  INCLUDED:  A warning system that tests the following:
#             1) If a map is defined in two or more 'big maps'
#             2) If a map is defined more than once in a single 'big map'
#             3) If a big map is incorrectly defined by the following
#                a) Incorrect dimensions provided
#                b) Insufficient maps to fill defined big map dimensions
#             4) If maps within a big map do not use the same tileset (*)
#
#  (*) NOTE:  All map data regarding tileset, fog, etc. are derived from the
#             first map loaded.   Ensure all maps use the same tileset data.
#
#
#------------------------------------------------------------------------------
#
#  KNOWN / TESTED WITH THE FOLLOWING:
#
#  * Auto Populate by Charlie Fleed  - Functional   Must be below Big Maps.
#  * Tileset Swap by ccoa            - Functional.  Must be above Big Maps.
#  * MGC Mode7 Edit by DerVVulfman   - Functional.  Can be above or below.   **
#    (Until the bitmap render limit is reached)
#  * Fog of War by Wachunga          - Functional.  Must be below Big Maps.  **
#  * Dynamic Maps by Near Fantastica - Failed.      A new system needed.    ***
#  * MiniMaps DVV                    - Failed.
#  * Selwyn's Passable MiniMaps      - Failed.
#  * Pass.. Minimaps by Charlie Fleed-Failed.
#  * Charlie's Passable Minimaps     - Functional. Below Big Maps w Patch
#  * Zeriab's Anti-Lag               - Functional  Must be above Big Maps
#                                                  -for up to 5000 events -
#
#                                == * == * ==
#
#   ** Special map codes defined  by these systems must be in the name of any
#      map where the player  may enter/teleport.  Save Games retain settings.
#
#  *** Dynamic Maps permits events and settings to be stored/saved before one
#      leaves the map.   On returning,  the previously saved data is restored,
#      beneficial for features such as Fog of War.
#
#
#==============================================================================



#==============================================================================
# ** BigMaps
#------------------------------------------------------------------------------
#  This module handles map configuration properties, and the map test switch.
#==============================================================================

module BigMaps
  
  # Creates the map array.  Do not remove. -----------------------------------
  Map = {} # Do not touch ----------------------------------------------------
  # --------------------------------------------------------------------------
  
  # Testing Switch
  # ==============
  # If true, runs system test prior to game execution.
  # Must be off/false for encrypted projects.
  #
    Test = true


  # Loading Buffer
  # ===============
  # This sets how many calculations/iterations are performed before
  # graphically updating the system to prevent script hanging errors.
  # Lower numbers slow down, but at a cost of security against error.
  #
    Buffer = 600000  # Tested successfully up to 700000


  # Visible Load
  # ==============
  # This is an array which lists which 'Big Maps' that display the
  # generic Loading screen that appears when entering a big map.
  #
    Load = ['f']


  # MAP LIST        Hor Ver       List of BigMaps
  # =========       === ===       ============
  #

    Map['f']  = [ [   3,  3 ]  ,   [ 2, 3, 4,
                                     5, 6, 7,
                                     8, 9, 10 ]]


#    Map['f']  = [ [   7,  7 ]  ,   [ 2, 3, 4, 5, 6, 7, 8,
#                                     9,10,11,12,13,14,15,
#                                    16,17,18,19,20,21,22,
#                                    23,24,25,26,27,28,29,
#                                    30,31,32,33,34,35,36,
#                                    37,38,39,40,41,42,43,
#                                    44,45,46,47,48,49,50] ]


#    Map['f']  = [ [ 18, 18 ]  ,
#      [   2,  3,  4,  5,  6,  7,  8,  9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19,
#         20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37,
#         38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55,
#         56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73,
#         74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91,
#         92, 93, 94, 95, 96, 97, 98, 99,100,101,102,103,104,105,106,107,108,109,
#        110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,126,127,
#        128,129,130,131,132,133,134,135,136,137,138,139,140,141,142,143,144,145,
#        146,147,148,149,150,151,152,153,154,155,156,157,158,159,160,161,162,163,
#        164,165,166,167,168,169,170,171,172,173,174,175,176,177,178,179,180,181,
#        182,183,184,185,186,187,188,189,190,191,192,193,194,195,196,197,198,199,
#        200,201,202,203,204,205,206,207,208,209,210,211,212,213,214,215,216,217,
#        218,219,220,221,222,223,224,225,226,227,228,229,230,231,232,233,234,235,
#        236,237,238,239,240,241,242,243,244,245,246,247,248,249,250,251,252,253,
#        254,255,256,257,258,259,260,261,262,263,264,265,266,267,268,269,270,271,
#        272,273,274,275,276,277,278,279,280,281,282,283,284,285,286,287,288,289,
#        290,291,292,293,294,295,296,297,298,299,300,301,302,303,304,305,306,307,
#        308,309,310,311,312,313,314,315,316,317,318,319,320,321,322,323,324,325
#        ]]


end



#==============================================================================
# ** BigMaps
#------------------------------------------------------------------------------
#  This module handles routines executed without the need of the Game_Map
#  class being loaded to test validity of Big Map data
#==============================================================================

module BigMaps
  #--------------------------------------------------------------------------
  # * Map Test
  #     map_id : Map ID
  #--------------------------------------------------------------------------
  def self.map_test(map_id)
    # Clear return flag
    returnval = nil
    # Cycle through all BigMaps defined
    BigMaps::Map.each {|mapset|
      # Set up a blank array (storage for BigMapset data)
      map_array   = []
      map_dims    = []
      map_ids     = []
      map_key     = mapset[0]
      map_array   = mapset[1]
      map_dims    = map_array[0]
      map_ids     = map_array[1]
      # Test map dimensions against list of BigMaps
      returnval   = true if (map_dims[0] * map_dims[1]) == map_ids.size
      # Exit if Dimensions not matching list of BigMaps
      return nil if returnval == false
      # Clear return flag
      returnval = nil
      counter   = 0
      # Cycle through map dimensions
      for y in 0..map_dims[1]-1
        for x in 0..map_dims[0]-1
          # Acquire the map key if the map array has the current map
          if map_id == map_ids[counter]
            returnval = map_key
            return returnval
          end
          counter += 1
        end
      end
    }
    # End Method
    return returnval
  end
  #--------------------------------------------------------------------------
  # * Warning Test
  #--------------------------------------------------------------------------
  def self.warnings
    # Cycle through project's maps for duplicates
    mappins = load_data(sprintf("Data/MapInfos.rxdata"))
    mappins.each  {|map|
      maptest = 0
      BigMaps::Map.each {|set|
      unless set[1].nil?
        unless set[1].size != 2
          # Run Through Each Increaing Times if object is equal
          times = 0
          set[1][1].each {|element| times += 1 if element == map[0].to_i}
          maptest += 1 if times > 0
          if times > 1
            print "Project map is used more than once in a single big map.\n"+
                  "Map ID: " + map[0].to_s + " / Bigmap set: " + set[0].to_s
          end
        end
      end
      }        
      if maptest > 1
        print "Project map is in more than one big map.\n"+
              "Map ID: " + map[0].to_s
      end
    }    
    # Cycle through big maps for data errors
    BigMaps::Map.each {|set|
      if set[1].nil?
        p "Invalid set data detected for set " + set[0].to_s
      else
        if set[1].size != 2
          p "Invalid set data detected for set " + set[0].to_s
        else
          if set[1][0].size != 2
            "Invalid set dimensional data for set " + set[0].to_s
          else
            mapgrid = set[1][0][0] * set[1][0][1]
            if mapgrid < 2
              p "Invalid Big Map dimensions for set " + set[0].to_s
            else
              if mapgrid != set[1][1].size
                p "maps != dimension requirements for set " + set[0].to_s
              else
                failflag = false
                for i in set[1][1]
                  flag = FileTest.file?(sprintf("Data/Map%03d.rxdata", i))
                  failflag = true if flag == false
                end
                if failflag == true
                  p "missing maps used within set " + set[0].to_s  
                else
                  mid   = set[1][1][0]
                  map   = load_data(sprintf("Data/Map%03d.rxdata", mid))
                  mapx  = map.data.xsize
                  mapy  = map.data.ysize
                  mapfail = false
                  for i in set[1][1]
                    map = load_data(sprintf("Data/Map%03d.rxdata", i))
                    mapfail = true if mapx != map.data.xsize
                    mapfail = true if mapy != map.data.ysize
                  end
                  if mapfail
                    p "map sizes differ for set " + set[0].to_s  
                  else
                    mid     = set[1][1][0]
                    map     = load_data(sprintf("Data/Map%03d.rxdata", mid))
                    ts      = map.tileset_id
                    mapfail = false
                    for i in set[1][1]
                      map = load_data(sprintf("Data/Map%03d.rxdata", i))
                      mapfail = true  if ts != map.tileset_id
                    end
                    if mapfail
                      p "Tilesets differ between maps in set "+ set[0].to_s
                    end
                  end
                end
              end
            end
          end
        end
      end
    }    
  end
end



#==============================================================================
# ** BigMaps Automated Data Test
#------------------------------------------------------------------------------
#  Run before everything else, this checks every big map configured to ensure
#  proper data entries were made.
#==============================================================================

BigMaps.warnings if BigMaps::Test



#==============================================================================
# ** RPG
#------------------------------------------------------------------------------
#  A module containing RPGXP's data structures and more.
#==============================================================================

module RPG
  #============================================================================
  # ** Event
  #----------------------------------------------------------------------------
  #  Data class for map events.
  #============================================================================

  class Event
    #------------------------------------------------------------------------
    # * Update Events
    #------------------------------------------------------------------------
    def update_events_for_bigmaps(orig_map_id, ofs_x, ofs_y, ofs_id)
      @pages.each {|page|
        update_page_events(page, orig_map_id, ofs_x, ofs_y, ofs_id)
      }
    end
    #------------------------------------------------------------------------
    # * Update Data in Event Pages
    #------------------------------------------------------------------------
    def update_page_events(page, orig_map_id, ofs_x, ofs_y, ofs_id)
      page.list.each {|cmd|
        params = cmd.parameters
        case cmd.code
        # Conditional branch:  Option 6 (Event Facing Direction)
        when 111 ; params[1] += ofs_id if params[0] == 6 && params[1] > 0
        # Control Variable:  Option 6 (Acquiring map data for Selected Event)
        when 122 ; params[4] += ofs_id if params[3] == 6 && params[4] > 0
        # Set event location
        when 202
          params[0] += ofs_id if params[0] > 0
          # swap with character
          if params[1] == 2 && params[2] > 0
            params[2] += ofs_id
          # move to position by direct designation
          elsif params[1] == 0
            params[2] += ofs_x
            params[3] += ofs_y
          end
        # When Show Animation or Move Route
        when 207, 209
          params[0] += ofs_id if params[0] > 0
        end              
      }
    end
  end
end



#==============================================================================
# ** Game_Map
#------------------------------------------------------------------------------
#  This class handles the map. It includes scrolling and passable determining
#  functions. Refer to "$game_map" for the instance of this class.
#==============================================================================

class Game_Map
  #--------------------------------------------------------------------------
  # * Public Instance Variables
  #--------------------------------------------------------------------------
  attr_accessor :oldbigmap_id             # ID of previous map if 'big map'
  attr_accessor :map_restart              # Big Map setup restart flag
  #--------------------------------------------------------------------------
  # * Alias Listings
  #--------------------------------------------------------------------------
  alias bigmaps_gm_width width
  alias bigmaps_gm_height height
  alias bigmaps_gm_setup setup
  if method_defined? :move_event
    alias zeriab_move_event move_event
  end
  #--------------------------------------------------------------------------
  # * Object Initialization
  #--------------------------------------------------------------------------
  def initialize
    @map_id         = 0
    @display_x      = 0
    @display_y      = 0
    @oldbigmap_id   = 0
    @map_restart    = false
    @bigmap_events  = {}
  end
  #--------------------------------------------------------------------------
  # * Setup
  #     map_id : map ID
  #--------------------------------------------------------------------------
  def setup(map_id)
    # Test and exit if teleporting within same big map and big map is valid
    map_key1 = BigMaps.map_test(@oldbigmap_id)
    map_key2 = BigMaps.map_test(map_id)
    return if map_key1 == map_key2 && map_key2 != nil
    # Erase revised width/height
    @new_width  = nil
    @new_height = nil
    #
    @bigmap_events  = {}
    # Test if big map
    map_key = BigMaps.map_test(map_id)
    # Set Big Map Restart flag if Big Map Tested
    @map_restart = true unless map_key.nil?
    # Perform the original call
    bigmaps_gm_setup(map_id)
    # Reset Big Map Restart flag
    @map_restart = false
    # Exit unless bigmap
    return if map_key.nil?
    # Generate big map
    bigmaps_gm_generate(map_key, map_id)
    @map.width  ||= @new_width
    @map.height ||= @new_height
    @map.width  = @new_width
    @map.height = @new_height
  end
  #--------------------------------------------------------------------------
  # * Get Width
  #--------------------------------------------------------------------------
  def width
    @new_width || bigmaps_gm_width
  end
  #--------------------------------------------------------------------------
  # * Get Height
  #--------------------------------------------------------------------------
  def height
    @new_height || bigmaps_gm_height
  end
  #--------------------------------------------------------------------------
  # * Get old map ID and event ID (returns array if valid)
  #     event_id
  #--------------------------------------------------------------------------
  def old_big_event(event_id)
    @bigmap_events.index(event_id)
  end
  #--------------------------------------------------------------------------
  # * Get the new event ID based on the original Map and event ID
  #     event_id
  #--------------------------------------------------------------------------
  def new_big_event(map_id, event_id)
    @bigmap_events[[map_id, event_id]]
  end
  #--------------------------------------------------------------------------
  # * Generate Big Map
  #     map_key : key for specified big map hash array
  #     map_id  : map ID
  #--------------------------------------------------------------------------
  def bigmaps_gm_generate(map_key, map_id)
    # Acquire big map data
    map_data        = []
    map_data        = BigMaps::Map[map_key]
    # Obtain first map from array
    bigmap          = load_data(sprintf("Data/Map%03d.rxdata", map_data[1][0]))
    # Define new 'big map' size
    map_xsize       = map_data[0][0] * bigmap.data.xsize
    map_ysize       = map_data[0][1] * bigmap.data.ysize
    # Resize the map
    @new_width  = map_xsize
    @new_height = map_ysize
    @map.data.resize(map_xsize, map_ysize, @map.data.zsize)
    # Reset values for target map loop
    counter = 0  # Counter
    ox      = 0  # Original X Offset
    oy      = 0  # Original Y Offset
    evsize  = 0  # Size/Number of events
    # Set map event data
    @events = {}
    # Cycle through Big Map data
    for y in 0..(map_data[0][1])-1
      for x in 0..(map_data[0][0])-1
        # Acquire map ID and advance counter
        mid = map_data[1][counter]
        counter += 1
        # Acquire current map to add
        bigmap = load_data(sprintf("Data/Map%03d.rxdata", mid))
        # Add/Increase Encounters from map data
        bigmaps_gm_generate_enc(bigmap.encounter_list)
        # Draw new map from map data
        bigmaps_gm_generate_tiles(bigmap.data, ox, oy)
        # Add Events from map data, increasing event size for offset
        newsize = bigmaps_gm_generate_events(bigmap.events, mid, ox, oy, evsize)
        evsize  = newsize
        # Advance offxet X
        ox += bigmap.data.xsize
      end
      # Advance offxet Y (Resetting offset X)
      oy += bigmap.data.ysize
      ox = 0
    end    
    # Cycle through all events
    for event in @events.values
      # Adaptation for Zeriab's Anti-Lag
      if Game_Event.method_defined? :check_update
        event.check_update(true)
      end
    end
  end
  #--------------------------------------------------------------------------
  # * Add Tiles into Big Map
  #     map_data : individual map tile/size data
  #     ox       : x-location drawing offset
  #     oy       : y-location drawing offset
  #--------------------------------------------------------------------------
  def bigmaps_gm_generate_tiles(map_data, ox, oy)
    hangfix = 0
    for z in [2, 1, 0]
      
      for x in 0 ... map_data.xsize
        for y in 0 ... map_data.ysize
          hangfix += 1
          if hangfix > BigMaps::Buffer
            Graphics.update
            hangfix = 0
          end
          @map.data[ox + x, oy + y, z] = map_data[x, y, z]
        end
      end
    end
  end  
  #--------------------------------------------------------------------------
  # * Add to Big Map Encounter List
  #     new_enc_list : individual map encounter list
  #--------------------------------------------------------------------------
  def bigmaps_gm_generate_enc(new_enc_list)
    @map.encounter_list.concat(new_enc_list)
  end  
  #--------------------------------------------------------------------------
  # * Generate Big Map Events
  #     events      :
  #     orig_map_id :
  #     ofs_x       :
  #     ofs_y       :
  #     ofs_evt     :
  #--------------------------------------------------------------------------
  def bigmaps_gm_generate_events(events, orig_map_id, ofs_x, ofs_y, ofs_evt)
    # Set temp map event data
    new_events = {}
    # Calculate returned event list size (return if unchanged)
    sizer = ofs_evt + events.size unless events.nil?
    return sizer if events.nil?
    # Cycle through each new event
    events.each {|id, event|
      # Set new event ID
      new_id    = id + ofs_evt
      event.id  = new_id
      # Add to list of map event returns
      @bigmap_events[[orig_map_id,id]] = new_id
      # Adjust new event coords
      event.x += ofs_x
      event.y += ofs_y
      # Update general event data
      event.update_events_for_bigmaps(orig_map_id, ofs_x, ofs_y, ofs_evt)
      # Push into temp map event array
      new_events[new_id]  = event
    }
    # Set up events in map
    bigmaps_gm_generate_events_setup(new_events)
    # End Method with new size
    return sizer
  end  
  #--------------------------------------------------------------------------
  # * Add the Map Events
  #     events : events added to map event list
  #--------------------------------------------------------------------------
  def bigmaps_gm_generate_events_setup(events)
    events.each do |i, event|
      @events[i] = Game_Event.new(@map_id, event)
      # Adaptation for Zeriab's Anti-Lag
      #if Game_Event.method_defined? :check_update
      #  @events[i].check_update
      #end
    end
  end  
  #--------------------------------------------------------------------------
  # * Called when an event has been moved with it's old x and y coordinate
  #   Used to update its position in the event_map
  #--------------------------------------------------------------------------
  if method_defined? :move_event
    def move_event(old_x, old_y, event)
      return if @map_restart == true
      zeriab_move_event(old_x, old_y, event)
    end
  end
end



#==============================================================================
# ** Game_Event
#------------------------------------------------------------------------------
#  This class deals with events. It handles functions including event page
#  switching via condition determinants, and running parallel process events.
#  It's used within the Game_Map class.
#==============================================================================

class Game_Event < Game_Character
  # Rewrite of method in Zeriab's Anti-Lag
  if Game_Event.method_defined? :check_update
    #------------------------------------------------------------------------
    # * Checks how the event should be updated.
    #------------------------------------------------------------------------
    def check_update(big_map=false)
      name = @event.name
      # Checks if the event is never to be updated. (For decoration)
      for pattern in NEVER_UPDATE_NAME_PATTERNS
        if (pattern.is_a?(String) and name.include?(pattern)) ||
        (pattern.is_a?(Regexp) and !(pattern =~ name).nil?)
          self.never_update = true
        end
      end
      # Checks if the event is to be always updated.
      for pattern in ALWAYS_UPDATE_NAME_PATTERNS
        if (pattern.is_a?(String) and name.include?(pattern)) ||
        (pattern.is_a?(Regexp) and !(pattern =~ name).nil?)
          self.always_update = true
        end
      end
      # Acquire map/event key
      map_event_key = [@map_id,@id]
      # Re-Acquire key if a big map, using big map event ID
      if big_map == true
        map_event_key = $game_map.old_big_event(@id)
      end
      # Checks for special update for the particular id (overrules the patterns)
      special_update = SPECIAL_UPDATE_IDS[map_event_key]
      unless special_update.nil?
        # Checks if it never should be updated
        if special_update.downcase == 'n'
          self.never_update = true
          self.always_update = false
        # Checks if it always should be updated
        elsif special_update.downcase == 'a'
          self.always_update = true
          self.never_update = false
        end
      end
    end    
  end
end



#==============================================================================
# ** Window_MapLoad
#------------------------------------------------------------------------------
#  This window displays amount of gold.
#==============================================================================

class Window_MapLoad < Window_Base
  #--------------------------------------------------------------------------
  # * Object Initialization
  #--------------------------------------------------------------------------
  def initialize
    super(254, 208, 132, 64)
    self.contents = Bitmap.new(width - 32, height - 32)
    refresh
  end
  #--------------------------------------------------------------------------
  # * Refresh
  #--------------------------------------------------------------------------
  def refresh
    self.contents.clear
    self.contents.font.color = normal_color
    self.contents.draw_text(0, 0, 100, 32, "LOADING", 1)
  end
end



#==============================================================================
# ** Interpreter
#------------------------------------------------------------------------------
#  This interpreter runs event commands. This class is used within the
#  Game_System class and the Game_Event class.
#==============================================================================

class Interpreter
  #--------------------------------------------------------------------------
  # * Alias Listings
  #--------------------------------------------------------------------------
  alias bigmaps_inter_command_201 command_201
  #--------------------------------------------------------------------------
  # * Transfer Player
  #--------------------------------------------------------------------------
  def command_201
    # Perform the original call with effective state
    effective = bigmaps_inter_command_201
    # Reset old map value
    $game_map.oldbigmap_id  = 0
    # Skip all this if not teleporting to a biggun
    map_key = BigMaps.map_test($game_temp.player_new_map_id)
    return effective if map_key.nil?
    # Define old map being left as 'big map' by ID
    $game_map.oldbigmap_id = $game_map.map_id
    # Reset values for target map loop
    counter   = 0  # Counter
    ox        = 0  # Original X Offset
    oy        = 0  # Original Y Offset
    map_data  = BigMaps::Map[map_key]
    # Get initial data from 1st map for individual map sizes
    bigmap    = load_data(sprintf("Data/Map%03d.rxdata", map_data[1][0]))
    # Cycle through Big Map data
    for y in 0..(map_data[0][1])-1
      for x in 0..(map_data[0][0])-1
        # Acquire map ID and advance counter
        mid = map_data[1][counter]
        counter += 1
        # If it is the target Map ID
        if mid == $game_temp.player_new_map_id
          # Redefine new coordinates
          $game_temp.player_new_x += ox
          $game_temp.player_new_y += oy
        end
        # Advance offxet X
        ox += bigmap.data.xsize
      end
      # Advance offxet Y (Resetting offset X)
      oy += bigmap.data.ysize
      ox = 0
    end    
    # Exit Method Effective
    return effective
  end
end



#==============================================================================
# ** Scene_Title
#------------------------------------------------------------------------------
#  This class performs title screen processing.
#==============================================================================

class Scene_Title
  #--------------------------------------------------------------------------
  # * Alias Listings
  #--------------------------------------------------------------------------
  alias bigmap_stitle_command_new_game command_new_game
  #--------------------------------------------------------------------------
  # * Command: New Game
  #--------------------------------------------------------------------------
  def command_new_game
    # Reset new start coordinate for big maps
    command_new_game_bigmap
    # Perform the original call
    bigmap_stitle_command_new_game
  end
  #--------------------------------------------------------------------------
  # * Adjust New Game Start for Big Map
  #--------------------------------------------------------------------------
  def command_new_game_bigmap
    # Test if big map and exit otherwise
    map_key   = BigMaps.map_test($data_system.start_map_id)
    return if map_key.nil?
    # Reset values for target map loop
    counter   = 0  # Counter
    ox        = 0  # Original X Offset
    oy        = 0  # Original Y Offset
    map_data  = BigMaps::Map[map_key]
    # Get initial data from 1st map for individual map sizes
    bigmap    = load_data(sprintf("Data/Map%03d.rxdata", map_data[1][0]))
    # Cycle through Big Map data
    for y in 0..(map_data[0][1])-1
      for x in 0..(map_data[0][0])-1
        # Acquire map ID and advance counter
        mid = map_data[1][counter]
        counter += 1
        # If it is the target Map ID
        if mid == $data_system.start_map_id
          # Redefine new coordinates
          $data_system.start_x += ox
          $data_system.start_y += oy
        end
        # Advance offxet X
        ox += bigmap.data.xsize
      end
      # Advance offxet Y (Resetting offset X)
      oy += bigmap.data.ysize
      ox = 0
    end
  end
end



#==============================================================================
# ** Scene_Map
#------------------------------------------------------------------------------
#  This class performs map screen processing.
#==============================================================================

class Scene_Map
  #--------------------------------------------------------------------------
  # * Alias Listings
  #--------------------------------------------------------------------------
  alias bigmap_smap_transfer_player transfer_player
  #--------------------------------------------------------------------------
  # * Player Place Move
  #--------------------------------------------------------------------------
  def transfer_player
    # Clear player place move call flag
    $game_temp.player_transferring = false
    # Test if big map and exit otherwise
    map_key = BigMaps.map_test($game_temp.player_new_map_id)
    # Run check if a big map for load screen option
    unless map_key.nil?    
      # Determine if it brings up the load screen
      if BigMaps::Load.include?(map_key)
        @window_mapload = Window_MapLoad.new
        for i in 0..40
          update
        end
      # Otherwise, cancel load screen option  
      else
        map_key = nil
      end
    end
    # Perform the original call
    bigmap_smap_transfer_player
    # Remove the window if present
    @window_mapload.dispose unless map_key.nil?
  end
end

Credits and Thanks
Er.. me? And my little test subject who loved it (Trade Secret).


Author's Notes
Damn, that's a big map. Did ya just make a 2000x2000 tile map????


Terms and Conditions
Free for use, even in commercial projects.

[DrHouse93]

Great work, DerVVulfman! I guess the script creates maps like in Pokemon games, where it all look like a giant big map. Awesome!
Does it work with the Lycan ABS?

[DerVVulfman]

I haven't had the opportunity to test it. I figured SOMEONE would ask Still, if it works with the map looping feature of the Mode 7 Edit I rereleased... mebby?

[DerVVulfman]

Since half a dozen people read my last post.... YEP, new news to report so this permitted by recognized double-post etiquette as allowed.

Big Maps works with the Lycan ABS!

But Big Maps does NOT work with the minimap. Heheh... pretty much understandable as most (if not all) minimaps reads the 'current' map ID and just imports 'that' data. Anything outside the range of the imported data (like where you are in the big map) is a nil spot of territory and draws an error. Well, I have thought about working on my Minimaps to see about allowing for looping maps (unique for minimaps), but now have another objective. But Minimaps is another subject.

[DrHouse93]

Awesome! All hail the great DerVVulfman! :D

[DerVVulfman]

Time for a 

BIG BUMP!

to version 1.1

I did a little more testing.  And to my surprise, my minimap system did actually work! 

However, it was an issue with the map teleport system.  It wasn't properly loading the (what I thought was) saved original map dimensions which adds to the x/y coordinates where you're being transferred. 

Well, it's fixed now and works just fine with Lycan and my Minimap.  You may encounter some weirdness if you set custom colors for terrains if you don't pay attention to where you teleport.  Remember to mind the mmap_terrains, mmap_terrains_b and other like features you can alter via map events if you teleport to them correctly (but that's another topic :P ).

I did test it on Selwyn's (or Squall's) original Passable Minimap... but it only can account for event locations. It unfortunately just reads the 1st map it enters and draws the passability there... no others.

[DerVVulfman]

This is a

BIG BUMP!

That's not really a bump

Today, I did some more work. But nothing has changed within the Big Maps script itself. Instead, this update is to reveal the first script adaptability patch.

Until now, Near Fantastica's Dynamic Maps script did not function with Big Maps. This because Near Fantastica's script read the map ID of the 'individual' map your player starts his/her game and uses it as a key when teleporting to a different map. And if you returned to a big map, you may not be using the same map ID upon return. Yeah. Sounds kinda technical, doesn't it? Needless to say, in a Big Map where you might have 9 individual maps, it may be trying to load from the wrong map ID. THAT was the problem.

Thus, the need for a new patch.

The patch takes the map_id in question, and now looks to see if it is part of a 'Big Map'. If it isn't a big map, then it's business as usual. But if it is part of a big map, then it does a bit of substitution. It will use the very first map ID in your list of Big Maps for the whole saving/loading process.

And thus, problem solved!

The patch is now in the main post of this topic, but is also visible below. Just paste it below 'Dynamic Maps' to use:

Code:

#==============================================================================
# ** BIG MAPS / Dynamic Map Patch
#------------------------------------------------------------------------------
#    by DerVVulfman
#    version 1.0
#    07-23-2017 (mm/dd/yyyy)
#    RGSS / RPGMaker XP
#==============================================================================
#
#  A simple patch  that allows the Map module  defined by Near Fantastica's
#  dynamic maps system  to recognize Big Maps.  If a Big Map is recognized,
#  the patch will use the 1st defined map in the Big Map as its data index.
#
#  Just paste this below 'Dynamic Maps' so the Map module is replaced.
#
#==============================================================================


module Map
  #--------------------------------------------------------------------------
  # * Set Map
  #     map    : map data
  #     map_id : Map ID
  #--------------------------------------------------------------------------  
  def Map.set_map(map, map_id)
    map_list  = []
    map_key   = BigMaps.map_test(map_id)
    unless map_key.nil?
      map_list  = BigMaps::Map[map_key]    
      map_id    = map_list[1][0]
    end
    @map_data[map_id] = map
  end
  #--------------------------------------------------------------------------
  # * Get Map
  #     map_id : Map ID
  #--------------------------------------------------------------------------  
  def Map.data(map_id)
    map_list  = []
    map_key   = BigMaps.map_test(map_id)
    unless map_key.nil?
      map_list  = BigMaps::Map[map_key]    
      map_id    = map_list[1][0]
    end
    return @map_data[map_id]
  end
end

[Mel]

So theoretically this script makes it possible to have a completely seemless game world.
That sounds really awesome.

I'm wondering if it will become laggy at some point when you've merged over 100 big maps together.^^

[DerVVulfman]

BIG BUMP!

to version 1.2

Grawww.... I had to perform a logical error fix.

The system is meant to allow one to make Big Maps. That is understandable. However, I want the system to allow you to be able to make MANY big maps, and not just one. This was the intent. Unfortunately, some neglect popped up and the only big map created until now was just the first one configured. If you set up maps F and G and H, only the first 'F' map would be generated and all the other maps were normal.

What do I mean? Well, assume you have the following set-up in the script:

Code:

# MAP LIST        Hor Ver       List of BigMaps
  # =========       === ===       ============
  #
    Map['f']  = [ [   3,  3 ]  ,   [ 1, 2, 3,       # Assumes first three on top
                                     4, 5, 6,       # Assumes next three in mid.
                                     7, 8, 9 ] ]    # Assuming last three below

    Map['g']  = [ [   4,  4 ]  ,   [10,11,12,13,
                                    14,15,16,17,
                                    18,19,20,21,  
                                    22,23,24,25 ] ]

    Map['c']  = [ [   2,  4 ]  ,   [26,27,28,29 ] ]

With this, only the first encountered big map, big map "f" would be generated. That was a problem only recently detected.

BUT THAT IS WHY I MADE THIS BUMP.

This issue has now been corrected, and you can make multiple big maps and not just one.

For coders (or users of my revised Charlie Fleed MiniMap), each Big Map has an identifying Key value, that being the key you use within the Map[] hash, like the 'f', 'g' and 'c' examples above.

[DerVVulfman]

BUMP!

to version 1.3

STUpiD! sTupID! stoopid!  Doh!!!

There was a tiny error in the code that handled the transfer from one map to another.  The bug didn't affect transfer to or from a Big Map, but just between regular maps!  Arrrrrgh!!!


And it was just because of a single stupid statement!!!   AAAARRRRGH!!!! 

Well, it's fixed now.  Nothing changed in the configurables.  Just the code underneath, and really just with the Interpreter class to be exact.