Gamepad Extender (v1.1, 2/20/2015)

[Lone Wolf]

Gamepad Extender
version 1.1
by Lone Wolf

Introduction:
By default, RGSS3 uses DirectInput to make only 8 buttons available to scripters. This script provides an alternate, XInput-based gamepad interface, giving scripters access to all 16 buttons on a modern gamepad, as well as dual-analog sticks, analog triggers, and force-feedback controls. Also enables multiplayer for up to four players with compatible gamepads.

Features:

• Doubles the number of available buttons.
  
• Easy access to analog sticks and triggers.
  
• Basic force-feedback control.
• Support for up to four controllers simultaneously.
• NEW: analog stick directions can now be treated like individual buttons
  

Video:

Spoiler

FAQ:
Q: What controllers will work?
A: Any PC-specific USB controller made in the last five years should work without issue. Older controllers, console controller adapters, etc. will need XInput drivers or an XInput emulator. Google is your friend.

Q: No Guide button?
A: No Guide button. It uses a separate interface from XInput and is generally reserved by the system.

Q: Can you make this work in...?
A: This is the VX Ace version. An outdated VX port can be found here. I am not planning any further ports at this time.

Q: I installed this script, so why doesn't my gamepad work?
A: This script adds a new module to handle input from modern gamepads, but doesn't change any of the script core's default button calls. To actually use any of the new possible mappings (or the additional PadConfig module's bindings), you need to manually edit the input related functions in the default scripts (Game_Player and Window_Selectable are good places to start). Comments for specific functions are included in the main script body.

Credit and Tanks:
-Lone Wolf
-An old forum post on Win32API I clearly should have bookmarked.

Script:

Spoiler

#==============================================================================
# Gamepad Extender v1.1 (2/20/15)
# by Lone Wolf
#------------------------------------------------------------------------------
# This allows scripters to utilize the extra buttons on modern
# XInput-compatible gamepads.　It requires DirectX 9.0 or later and
# an XInput compatible gamepad. Incompatible pads will default to
# using the standard Input module functionality.
#
# This is not a plug-and-play script.
# Some knowledge of RGSS is required for proper use.
#
# Instructions:
#     1) Paste in the Materials section
#  2) Replace button calls in (other) scripts to use gamepad buttons as needed
#        (see Command Reference below)
# Optional:
#     2) Use the PadConfig section to specify button differences between
#          Gamepad and Keyboard (for players without gamepads)
#     3) Replace direct button calls in your scripts (and the defaults) with
#          PadConfig calls or these will do nothing
#        (see Command Reference below)
#------------------------------------------------------------------------------
# Command Reference:
#------------------------------------------------------------------------------
# All calls to extended buttons on Pad 1 can be made through the Input module.
# When using multiple pads, send calls to WolfPad with pad number (0...3)
#    as the final parameter. (i.e.  WolfPad.press?(:A, 3)  )
#
# The current list of mappable buttons is as follows:
#
#     :A, :B, :X, :Y     - XBOX 360 standard face buttons.
#     :L1, :L2, :R1, :R2 - Four triggers (LB, LT, RB, RT)
#     :SELECT, :START    - Back and Start buttons
#     :L3, :R3                    - Clickable Analog buttons
#
#     :UP, :DOWN,
#     :LEFT, :RIGHT        - D-Pad buttons
#
#  :L_UP, :L_DOWN
#  :L_LEFT, :L_RIGHT  - Left stick directions
#
#  :R_UP, :R_DOWN
#  :R_LEFT, :R_RIGHT  - Right stick directions
#
# NON-STANDARD MAPPINGS WILL DO NOTHING without a compatible gamepad.
# To that end, use calls to PadConfig to remap non-standard keys into
# the standard domain where possible.
#
#         for example:    Input.trigger?(PadConfig.page_down)
#         will return :R1 if a gamepad is plugged in, but :R otherwise
#
# Analog values can be referenced with the following commands:
#     left_stick
#     right_stick
#     left_trigger
#     right_trigger
#
# Directional values of analog sticks can be referenced with these:
#     lstick4
#     lstick8
#     rstick4
#     rstick8
#
# Controller vibration can be accessed with these:
#     vibrate(left_motor, right_motor, frame_duration)
#     set_motors(left_motor, right_motor)
#
# All functions take an optional gamepad id (0-3) as their final parameter.
#
#------------------------------------------------------------------------------
# Terms of Use:
#------------------------------------------------------------------------------
#     If you use it, give credit. With a few caveats:
#
#     Can't call it alpha nay more, but I consider this script in-development.
#     I make no guarantees of compatibility with other scripts.
#
#  Contact me via PM is you plan on using this in a commercial game.
#  I probably won't charge anything, but I will want to know it's out there.
#
#     This script was posted at the official RPG Maker forums.
#     Do modify or redistribute this script by itself, though you may
#     include a configured version with your own script demos provided
#     you inclide this header in its entirety.
#------------------------------------------------------------------------------
# Contact Info:
#------------------------------------------------------------------------------
# I can be reached via PM only at the RPG Maker Web forums.
#                                                                                     (http://forums.rpgmakerweb.com)
#
# PM'ing the user Lone Wolf at other RPG Maker sites may have...
# unpredicatable results. I made someone really happy the day I registered...
#------------------------------------------------------------------------------
# Credits:
# Lone Wolf (99% of the code)
# raulf17 (directional movement bug fix; now obsolete)
#------------------------------------------------------------------------------
# 翻訳したいんですか？いいんだが、まだ未完成です。
#==============================================================================
module PadConfig
  # Basic configuration settings:
  # static:
  CONTROLLERS = 1 # can be any number from 1-4, higher values may cause errors
 
  # can be redefined by other scripts and changed in-game:
  def self.deadzone # Deadzone for axis input (%), may require adjusting
    0.1
  end
  def self.move_with_stick  # Use left-analog stick with dir4 and dir8
    true
  end
  def self.enable_vibration # Enable force-feedback
    true
  end
 
  # Use this section to write flexible button-mappings for your scripts.
  # Add additional methods as needed.
  # Format:   
  #      WolfPad.plugged_in? ? (gamepad binding) : (fallback binding)
  def self.confirm
    WolfPad.plugged_in? ? :A : :C
  end
  def self.cancel
    WolfPad.plugged_in? ? :B : :B
  end
  def self.dash
    WolfPad.plugged_in? ? :X : :A
  end
  def self.menu
    WolfPad.plugged_in? ? :Y : :B
  end
  def self.page_up
    WolfPad.plugged_in? ? :L1 : :L
  end
  def self.page_down
    WolfPad.plugged_in? ? :R1 : :R
  end
  def self.debug
    WolfPad.plugged_in? ? :L2 : :CTRL
  end
  def self.debug2
    WolfPad.plugged_in? ? :R3 : :F9
  end
end
# Main module:
module WolfPad
  def self.update
    for pad_index in 0...PadConfig::CONTROLLERS
      input = get_state(pad_index)
      if @packet[pad_index] == input[0]
      set_holds(pad_index)
      next
      end
      @packet[pad_index] = input[0]
      @buttons[pad_index] = (input[1] | 0x10000).to_s(2)
      @triggers[pad_index] = [input[2], input[3]]
      @lstick[pad_index] = [constrain_axis(input[4]), -constrain_axis(input[5])]
      @rstick[pad_index] = [constrain_axis(input[6]), -constrain_axis(input[7])]
      set_holds(pad_index)
    end
    update_vibration
    # Extra readout functions go here.
    #dircheck
  end
  def self.test # Prints no. of detected controllers (debugging use only)
    detected = 0
    for i in 0...PadConfig::CONTROLLERS
      self.update
      detected += plugged_in?(i) ? 1 : 0
    end
    puts sprintf("%d XInput controller(s) in use.", detected)
  end
  def self.readout # prints a range from the holds table (debugging use only)
    for i in 00...16
      print sprintf(" %d", @holds[0, i])
      print sprintf(" %d", @holds[1, i])
    end
    puts ";"
  end
  def self.dircheck
    for i in 0...PadConfig::CONTROLLERS
      print sprintf(" %d", key_holds(:UP, i))
      print sprintf(" %d", key_holds(:LEFT, i))
      print sprintf(" %d", key_holds(:DOWN, i))
      print sprintf(" %d", key_holds(:RIGHT, i))
      print " : "
    end
    puts ";"
  end
  # Basic vibration call.
  # For simplicity, motor values should be floats from 0.0 to 1.0
  def self.vibrate(left, right, duration, pad_index = 0)
    return unless PadConfig.enable_vibration
    set_motors(left, right, pad_index)
    @vibrations[pad_index] = duration
  end
  # Counts down vibration event timers
  def self.update_vibration
    for pad in 0...PadConfig::CONTROLLERS
       next if @vibrations[pad] == -1
       @vibrations[pad] -= 1
       if @vibrations[pad] == 0
          @vibrations[pad] = -1
          set_motors(0, 0, pad)
       end
    end
  end
  # Set left and right motor speeds. Vibration continues until stopped.
  # Repeated calls with different values can create vibration effects.
  # For simplicity, input values should be floats from 0.0 to 1.0
  def self.set_motors(left, right, pad_index = 0)
    return unless (PadConfig.enable_vibration) || (left == 0 && right == 0)
    left_v = [left * 65535, 65535].min
    right_v = [right * 65535, 65535].min
    vibration = [left_v, right_v].pack("SS")
    @set_state.call(pad_index, vibration)
  end
  def self.press?(button, pad_index = 0)
    key_holds(button, pad_index) > 0
  end
  def self.trigger?(button, pad_index = 0)
    key_holds(button, pad_index) == 1
  end
  def self.repeat?(button, p_i = 0)
    return true if key_holds(button, p_i) == 1
    return true if key_holds(button, p_i) > 30 && key_holds(button, p_i) % 5 == 0
  end
  # Returns left stick as a pair of floats [x, y] between -1.0 and 1.0
  def self.left_stick(pad_index = 0)
    @lstick[pad_index]
  end
  # Returns right stick as a pair of floats [x, y] between -1.0 and 1.0
  def self.right_stick(pad_index = 0)
    @rstick[pad_index]
  end
  # Returns left trigger as float between 0.0 to 1.0
  def self.left_trigger(pad_index = 0)
    @triggers[pad_index][0] / 255.0
  end
  # Returns right trigger as float between 0.0 to 1.0
  def self.right_trigger(pad_index = 0)
    @triggers[pad_index][1] / 255.0
  end
  def self.dir4(p_i = 0)
    return lstick4(p_i) if PadConfig.move_with_stick
    if press?(:UP, p_i)
     8
    elsif press?(:RIGHT, p_i)
     6
    elsif press?(:LEFT, p_i)
     4
    elsif press?(:DOWN, p_i)
     2
    else
     0
    end
  end
  def self.dir8(p_i = 0)
    return lstick8(p_i) if PadConfig.move_with_stick
    if press?(:UP, p_i) and press?(:LEFT, p_i)
     7
    elsif press?(:UP, p_i) and press?(:RIGHT, p_i)
     9
    elsif press?(:DOWN, p_i) and press?(:LEFT, p_i)
     1
    elsif press?(:DOWN, p_i) and press?(:RIGHT, p_i)
     3
    else
     dir4(p_i)
    end
  end
  # Left-stick direction
  def self.lstick8(p_i = 0)
      flags_to_dir8(key_holds(:L_RIGHT, p_i),key_holds(:L_LEFT, p_i),
                    key_holds(:L_DOWN, p_i),key_holds(:L_UP, p_i))
  end
  def self.lstick4(p_i = 0)
      flags_to_dir4(key_holds(:L_RIGHT, p_i),key_holds(:L_LEFT, p_i),
                    key_holds(:L_DOWN, p_i),key_holds(:L_UP, p_i))
  end
  # Right-stick direction
  def self.rstick8(p_i = 0)
      flags_to_dir8(key_holds(:R_RIGHT, p_i),key_holds(:R_LEFT, p_i),
                    key_holds(:R_DOWN, p_i),key_holds(:R_UP, p_i))
  end
  def self.rstick4(p_i = 0)
      flags_to_dir4(key_holds(:R_RIGHT, p_i),key_holds(:R_LEFT, p_i),
                    key_holds(:R_DOWN, p_i),key_holds(:R_UP, p_i))
  end
  def self.plugged_in?(pad_index = 0)
    @packet[pad_index] && @packet[pad_index] > 0
  end
  def self.keyboard_key?(button)
    !@keys.has_key?(button)
  end

  #Helper functions:
  # convert signed half-word axis state to float
  def self.constrain_axis(axis)
    val = axis.to_f / 2**15
    val.abs > PadConfig.deadzone ? val : 0
  end
 
  # derives a dir8 value from directional hold values
  def self.flags_to_dir8(right, left, down, up)
    x = right == left ? 0 : (right > left ? 1 : 2)
    y = down == up ? 0 : (down > up ? 1 : 2)
    table = [[0, 2, 8],
            [ 6, 3, 9],
            [ 4, 1, 7]]
    return table[x][y]
  end
  # derives a dir4 value from directional hold values
  def self.flags_to_dir4(right, left, down, up)
    selection = [right, left, down, up].max
    table = [0,0,down,0,left,0,right,0,up]
    return table.index(selection)
  end
 
  # calculates the precise geometric angle from stick axis values [x,y]
  def self.axis_to_angle(axis)
    cy = -axis[1]
    cx = -axis[0]
    return -1 if cy == 0 && cx == 0
    angle = Math.atan2(cx, cy) * 180 / Math::PI
    angle = angle < 0 ? angle + 360 : angle
    return angle
  end
 
  # Original angle-conversion handlers for analog sticks
  # OBSOLETE: preserved for reference only
  def self.axis_to_dir8(axis)
    angle_to_dir8(axis_to_angle(axis))
  end
  def self.axis_to_dir4(axis)
    angle_to_dir4(axis_to_angle(axis))
  end

  def self.angle_to_dir8(angle)
    return 0 if angle == -1
    d = 0
    if angle < 22.5 || angle >= 337.5
     d = 8
    elsif angle < 67.5
     d = 7
    elsif angle < 112.5
     d = 4
    elsif angle < 157.5
     d = 1
    elsif angle < 202.5
     d = 2
    elsif angle < 247.5
     d = 3
    elsif angle < 292.5
     d = 6
    elsif angle < 337.5
     d = 9
    end
    return d
  end
  def self.angle_to_dir4(angle)
    return 0 if angle == -1
    d = 0
    if angle < 45 || angle >= 315
     d = 8
    elsif angle < 135
     d = 4
    elsif angle < 225
     d = 2
    elsif angle < 315
     d = 6
    end
    return d
  end
 
  private # methods past here can't be called from outside
  # This hash correlates RM's Input to XInput keys. Experienced Users only!
  # The Input module will handle any keys not listed here (i.e. :CTRL) itself.
  # Integers refer to specific gamepad button IDs.
  @keys = {
    :UP    => 15, #d-pad up
    :DOWN => 14, #d-pad left
    :LEFT => 13, #d-pad down
    :RIGHT => 12, #d-pad right
    :A     => 3, #lower face button
    :B     => 2, #right face button
    :X     => 1, #left face button
    :Y     => 0, #upper face button
    :L1    => 7, #upper left trigger
    :R1    => 6, #upper right trigger
    :START => 11,
    :SELECT => 10,
    :L3    => 9, #left thubstick button
    :R3    => 8, #right thubstick button
    :L2    => 16, #lower left trigger (press only)
    :R2    => 17, #lower right trigger (press only)
    :L_UP    => 21,
    :L_DOWN    => 20,
    :L_LEFT    => 19,
    :L_RIGHT    =>18,
    :R_UP    => 25,
    :R_DOWN    => 24,
    :R_LEFT    => 23,
    :R_RIGHT    => 22
    }
  #Win32API calls. Leave these alone.
  # Calls to XInput9_1_0.dll now only occur if DirectX is missing
  @set_state = Win32API.new("XINPUT1_3", "XInputSetState", "IP", "V") rescue
                Win32API.new("XINPUT9_1_0", "XInputSetState", "IP", "V")
  @get_state = Win32API.new("XINPUT1_3", "XInputGetState", "IP", "L") rescue
                Win32API.new("XINPUT9_1_0", "XInputGetState", "IP", "L")
  #Initializers
  # Will store data for number of gamepads in use.
  @packet = Array.new(PadConfig::CONTROLLERS)
  @buttons = Array.new(PadConfig::CONTROLLERS)
  @triggers = Array.new(PadConfig::CONTROLLERS)
  @lstick = Array.new(PadConfig::CONTROLLERS)
  @rstick = Array.new(PadConfig::CONTROLLERS)
  # tracks how long buttons have been pressed
  @holds = Table.new(PadConfig::CONTROLLERS, 26)
  # stores vibration event timers
  @vibrations = Array.new(PadConfig::CONTROLLERS, -1)
  def self.key_holds(symbol, pad_index)
    return 0 if keyboard_key?(symbol)
    @holds[pad_index, @keys[symbol]]
  end
  def self.get_state(pad_index)
    state = "\0" * 16
    @get_state.call(pad_index, state)
    return state.unpack("LSCCssss")
  end
  def self.set_holds(p_i)
    for i in 1...17
     @holds[p_i, i-1] = @buttons[p_i][i].to_i > 0 ? @holds[p_i, i-1] + 1 : 0
    end
    @holds[p_i, 16] = left_trigger(p_i) >= 0.5 ? @holds[p_i, 16]+1 : 0
    @holds[p_i, 17] = right_trigger(p_i) >= 0.5 ? @holds[p_i, 17]+1 : 0
    @holds[p_i, 18] = left_stick(p_i)[0] >= 0.5 ? @holds[p_i, 18]+1 : 0
    @holds[p_i, 19] = left_stick(p_i)[0] <= -0.5 ? @holds[p_i, 19]+1 : 0
    @holds[p_i, 20] = left_stick(p_i)[1] >= 0.5 ? @holds[p_i, 20]+1 : 0
    @holds[p_i, 21] = left_stick(p_i)[1] <= -0.5 ? @holds[p_i, 21]+1 : 0
    @holds[p_i, 22] = right_stick(p_i)[0] >= 0.5 ? @holds[p_i, 22]+1 : 0
    @holds[p_i, 23] = right_stick(p_i)[0] <= -0.5 ? @holds[p_i, 23]+1 : 0
    @holds[p_i, 24] = right_stick(p_i)[1] >= 0.5 ? @holds[p_i, 24]+1 : 0
    @holds[p_i, 25] = right_stick(p_i)[1] <= -0.5 ? @holds[p_i, 25]+1 : 0
  end
end
# Aliases to tie the above into VXAce's Input module
module Input
  class <<self
    alias :vxa_update :update
    alias :vxa_press? :press?
    alias :vxa_trigger? :trigger?
    alias :vxa_repeat? :repeat?
    alias :vxa_dir4 :dir4
    alias :vxa_dir8 :dir8
  end
  def self.update
    WolfPad.update
    vxa_update
  end
  def self.press?(button)
    return vxa_press?(button) if WolfPad.keyboard_key?(button)
    return WolfPad.press?(button) if WolfPad.plugged_in?
    return vxa_press?(button)
  end
  def self.trigger?(button)
    return vxa_trigger?(button) if WolfPad.keyboard_key?(button)
    return WolfPad.trigger?(button) if WolfPad.plugged_in?
    return vxa_trigger?(button)
  end
  def self.repeat?(button)
    return vxa_repeat?(button) if WolfPad.keyboard_key?(button)
    return WolfPad.repeat?(button) if WolfPad.plugged_in?
    return vxa_repeat?(button)
  end
  def self.dir4
    WolfPad.plugged_in? ? WolfPad.dir4 : vxa_dir4
  end
  def self.dir8
    WolfPad.plugged_in? ? WolfPad.dir8 : vxa_dir8
  end
end

Author's Notes:
This script is forever a work-in-progress. Feel free to suggest features and fixes.

Updates:
(4/12/17) - Corrected top page for the new layout.
(2/20/15) - First update in two years! Optimized analog stick directional handling.
(3/8/13) - Script update. Fixed a bug, updated documentation, cleaned a few typos, and laid groundwork for writing add-ons.
(1/9/13) - Updated main post. No changes to script.
(7/25/12) - Fixed input refresh bug on controllers handling update packets correctly. This one's my bad.
(6/13/12) - Updated main post. No changes to script.
(4/10/12) - Fixed a bug with multiple controllers where update_vibration would be skipped if gamepad detection failed.

 

[jesse120]

Can you convert this to RPG Maker VX (Rgss2)?

 

[♥SOURCE♥]

Can you convert this to RPG Maker VX (Rgss2)?

Have you tested it? It should work with VX RGSS2 as well.

 

[jesse120]

I tried it a little but I could not get it to work. Might be my falt might be the script I couldnt tell. Also how do you call each input?

 

[jesse120]

OK I did some more testing and none of the input works. Will it matter If I am using a USB PS2 controller?

 

[Lone Wolf]

Woah, someone responded to my script post!

OK I did some more testing and none of the input works. Will it matter If I am using a USB PS2 controller?

This is a wrapper for XInput-compatible gamepads only. Which generally means XBox 360 controllers, but any PC USB controller from the last 5 years or so should work as well. I happen to be using a Dualshock 3 with special drivers. Dualshock 2 controllers, however, won't work without specific drivers or a controller emulator (like this one). You can blame Microsoft for tweaking the standard.

That aside, this script is written to emulate and extend VX Ace's Input module, which uses different method parameters, and as such will not work in VX without significant alteration. More importantly, it's written using Ruby 1.9 syntax, so probably won't work at all with earlier versions of RGSS. I didn't originally back-port it because there are other XInput wrappers for earlier RGSS versions. That said, mine is a million times smaller and faster, and wouldn't be terribly hard to tweak, so if you or anyone else are still interested I can throw one together in an afternoon.

 

[jesse120]

Sorry for the late response I have been away. Yes I would like it if you would convert the script to RGSS2

p.s. I have also acquired a USB Xbox controller and got it working on the computer.

 

[Lone Wolf]

I've posted the VX version in the RGSS2 section. It's not as awesome, but that's not my fault, really. RGSS2 just isn't as nice to work with.

 

[Lone Wolf]

Main script updated. The new version fixes a bug with input refresh timing that only rears it's ugly head on controllers that fully meet the XInput specification. So I really dropped the ball on this one.

 

[MooshraKun]

So does this script double the buttons of the system and gives them access to game pad controls or does the extra buttons only work with a game pad.

 

[Tsukihime]

Also enables multiplayer for up to four players with compatible gamepads.

I tried to write a script that allows for two players, but I didn't have any nice ways to control them so I had to assign different sets of keyboard keys.

I'm assuming with your gamepad script all you have to know is which gamepad you're using (and the keys will all be the same by default), which makes it a whole lot simpler, but what did you use to test 4-player simultaneously?

 

[Lone Wolf]

So does this script double the buttons of the system and gives them access to game pad controls or does the extra buttons only work with a game pad.

It's a separate Input module specifically for XInput gamepads. It separates game controller handling from the normal RGSS Input module, which only lets you use 6 buttons at a time and can't detect more than 10 buttons on a game pad. It doesn't make any extra keyboard buttons available.

I'm assuming with your gamepad script all you have to know is which gamepad you're using (and the keys will all be the same by default), which makes it a whole lot simpler, but what did you use to test 4-player simultaneously?

I was only personally able to test input from two controllers, but since the third and fourth are just extra iterations of the same loop, I highly doubt there will be any problems. If you're only wondering because you want to make a 4-player game and test all 4 players at once... This should get you at least part of the way.

 

[Mudgrunt]

How do you make a two player game?

 

[Lone Wolf]

How do you make a two player game?

Very carefully, and with a lot of extra work on your end. The header documentation already includes what you'll need to get started using multiple pads, and you can skim through the method calls themselves to see how the extra parameters work.

 

[Mudgrunt]

...im sorry...But...I am very new....Can you make a tutorial of some sort? Or even better...Can you make a demo? PLEASE!!!

 

[Tsukihime]

Very carefully, and with a lot of extra work on your end. The header documentation already includes what you'll need to get started using multiple pads, and you can skim through the method calls themselves to see how the extra parameters work.

Couldn't we use the project you used to test the script with to build a 2 player game? lol I would imagine you had two actors running around the screen on each controller or something.

 

[Lone Wolf]

I would imagine you had two actors running around the screen on each controller or something.

Nope. I had just the debug window open and replaced rgss_main with a print statement loop that printed raw results from the DLL call and the return values from the main Ruby calls. That's just how I roll.

The point of this script was to extend the default Input module to allow mildly experienced (level 6 or 7, out of 99) scripters to write console-style control schemes without having to deal directly with all the byte-packing nonsense that comes with using Win32API. While I do have a game with co-op in the works, I really never intended on releasing any sort of public multiplayer framework when I wrote this. I know most scripters don't deliberately include a barrier to entry, but the barrier of entry in this case is basic knowledge of how to use the RGSS Input module, so I really don't think I'm being that unreasonable. I'm sorry if that's not a satisfactory answer for people who want multiplayer nao, but I can guarantee that after you've taken the time to read through some of the default script package (only basic English reading ability required; Ruby code teaches itself), mutiplayer won't seem like that much of a challenge.

 

[Mudgrunt]

Ok, Thank you! I will skim through those calls in a little, but....Can you still make a demo? Please! :lol:

 

[Lone Wolf]

I'll consider it, but don't expect anything anytime soon.

 

[aioshi]

Hello,

I was wondering if you could help me with your program. I've gotten the script to work with this Logitech usb controller I just picked up, however, I'm having trouble changing the buttons to perform specific commands. For instance, I cannot change the X (left) button to A. The dash and cancel/menu buttons I can move around, but I keep playing with the numbers to no avail. This controller layout is identical to a 360 controller. I would like to have A to confirm, B to cancel, Y to menu, select to ESC, start to Debug(F9). I've looked at what seems like two sections of modifiable code but cannot get these to work. Any help would be appreciated, thank you.