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Hello!
I found a script which allows to use the gamepad but by trying him(it) on my project
I have the impression that the code doesn't works certainly because the system of Blizz ABS
takes the priority but I shall like that the player can have the possibility of playing either on the keyboard or on the gamepad:)
Link code :: http://www.hbgames.org/forums/viewtopic.php?t=73959
Thanks
I found a script which allows to use the gamepad but by trying him(it) on my project
I have the impression that the code doesn't works certainly because the system of Blizz ABS
takes the priority but I shall like that the player can have the possibility of playing either on the keyboard or on the gamepad:)
#≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡
# ** Glitchfinder's Gamepad Input Module [RPG Maker XP] [RPG Maker VX]
# Version 1.00
#------------------------------------------------------------------------------
# This script helps scripters to use an XInput-compatible gamepad with their
# games.
#==============================================================================
# * Version History
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# Version 1.00 ------------------------------------------------- (2010-08-20)
# - Initial version
# - Author: Glitchfinder
#==============================================================================
# * Instructions
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# Place this script above Main, and below the default scripts. (I realize this
# is obvious to most, but some people don't get it.)
#
# You must also place Input.dll into the game's main project folder, since
# this script needs it to access the XInput functions it uses.
#
# This module is automatically updated by the default Input module, which
# means that the only time you need to call the update method is in a scene
# that does not update the default Input module.
#
# This module does not break the functionality of the default Input module.
#
# To use this module to check a gamepad button, simply use one of the four
# methods (press?(button[, index]), trigger?(button[, index]),
# repeat?(button[, index]), or release?(button[, index])), where button is the
# constant of the button you want to check. Button may also be used as
# Gamepad::BUTTONNAME. For a list of acceptable button names, look below the
# header, in the section that declares button constants. The methods use index
# to determine which gamepad to check. If no index is given, they will check
# gamepad 0. Index is a value from 0 to 3.
#
# To use this module to check a gamepad trigger or joystick, simply use one of
# the four methods (axis_press?(axis[, index]), axis_trigger?(axis[, index]),
# axis_repeat?(axis[, index]), or axis_release?(axis[, index])), where axis is
# the constant of the axis you want to check. Axis may also be used as
# Gamepad::AXISNAME. For a list of acceptable axis names, look below the
# header, in the section that declares axis constants. The methods use index
# to determine which gamepad to check. If no index is given, they will check
# gamepad 0. Index is a value from 0 to 3.
#
# To use this module to check the value on a gamepad triger or joystick axis,
# use one of the two methods (axis_value(axis[, index]),
# real_axis_value(axis[, index])), where axis is the constant of the axis you
# want to check. Axis may also be used as Gamepad::AXISNAME. For a list of
# acceptable axis names, look below the header, in the section that declares
# axis constants. The methods use index to determine which gamepad to check.
# If no index is given, they will check gamepad 0. Index is a value from 0 to
# 3. The difference between these two methods is that real_axis_value() will
# always return the current value, while axis_value will return 0 if the
# axis falls within its dead zone.
#
# To use this module to cause a gamepad to "rumble", or vibrate, use the
# vibrate() method. Details for that are below, in the method list.
#==============================================================================
# * Method List
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# Gamepad.update
# Updates gamepad input. Calls to this method are not necessary unless the
# default Input module is not being updated.
#
# Gamepad.press?(button[, index])
# Determines whether the gamepad button determined by button is currently
# being pressed. If the button is being pressed, returns true. If not,
# returns false. Uses index to determine the gamepad to check, from 0 to 3.
# The index defaults to 0.
#
# Gamepad.trigger?(button[, index])
# Determines whether the gamepad button determined by button is being
# pressed again. "Pressed again" is seen as time having passed between the
# button being not pressed and being pressed. If the button is being
# pressed, returns true. If not, returns false. Uses index to determine the
# gamepad to check, from 0 to 3. The index defaults to 0.
#
# Gamepad.repeat?(button[, index])
# Determines whether the gamepad button determined by button is being
# pressed again. Unlike trigger?(), this takes into account the repeat input
# of a button being held down continuously. If the button is being pressed,
# returns true. If not, returns false. Uses index to determine the gamepad
# to check, from 0 to 3. The index defaults to 0.
#
# Gamepad.release?(button[, index])
# Determines whether the gamepad button determined by button has just been
# released. If the button has been released, returns true. If not, returns
# false. Uses index to determine the gamepad to check, from 0 to 3. The
# index defaults to 0.
#
# Gamepad.axis_press?(axis[, index])
# Determines whether the gamepad axis determined by axis is currently being
# pressed. If the button is being pressed, returns true. If not, returns
# false. Uses index to determine the gamepad to check, from 0 to 3. The
# index defaults to 0.
#
# Gamepad.axis_trigger?(axis[, index])
# Determines whether the gamepad axis determined by axis is being pressed
# again. "Pressed again" is seen as time having passed between the button
# being not pressed and being pressed. If the button is being pressed,
# returns true. If not, returns false. Uses index to determine the gamepad
# to check, from 0 to 3. The index defaults to 0.
#
# Gamepad.axis_repeat?(axis[, index])
# Determines whether the gamepad axis determined by axis is being pressed
# again. Unlike trigger?(), this takes into account the repeat input of a
# button being held down continuously. If the button is being pressed,
# returns true. If not, returns false. Uses index to determine the gamepad
# to check, from 0 to 3. The index defaults to 0.
#
# Gamepad.axis_release?(axis[, index])
# Determines whether the gamepad axis determined by axis has just been
# released. If the button has been released, returns true. If not, returns
# false. Uses index to determine the gamepad to check, from 0 to 3. The
# index defaults to 0.
#
# Gamepad.axis_value(axis[, index])
# Returns the current value of the gamepad axis determined by axis. The
# gamepad checked is determined by index, from 0 to 3. The value for index
# is 0 if none is provided. If the value for the axis falls within the dead
# zone specified for that axis, then axis_value() will return 0.
#
# Gamepad.real_axis_value(axis[, index])
# Returns the current value of the gamepad axis determined by axis. The
# gamepad checked is determined by index, from 0 to 3. The value for index
# is 0 if none is provided. This method ignores the dead zone for the axis,
# and will always return the current value.
#
# Gamepad.vibrate(left_motor, right_motor, frames[, index])
# Causes the motors to vibrate for the number of frames specified. The
# values for left_motor and right_motor range from 0 to 65535, though the
# motors themselves may differ in function, as they do in an Xbox 360
# controller, resulting in a different "feel" depending on the motor you
# select. Uses index to determine the gamepad to check, from 0 to 3. The
# index defaults to 0.
#==============================================================================
# * Known Issues
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# This script currently has trouble with the vibrate method, which does not
# allow you to set one motor independently of the other. This part of a
# planned update sometime in the future.
#==============================================================================
# * Glitchfinder's Advice
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# This script is meant for people with a medium or advanced level of scripting
# knowledge and ability, or for those using scripts that require this module.
#==============================================================================
# * Contact
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# Glitchfinder, the author of this script, may be contacted through his
# website, found at http://www.glitchkey.com
#
# You may also find Glitchfinder at http://www.hbgames.org
#==============================================================================
# * Usage
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
# This script may be used with the following terms and conditions:
#
# 1. This script is free to use in any noncommercial project. If you wish to
# use this script in a commercial (paid) project, please contact
# Glitchfinder at his website.
# 2. This script may only be hosted at the following domains:
# http://www.glitchkey.com
# http://www.hbgames.org
# 3. If you wish to host this script elsewhere, please contact Glitchfinder.
# 4. If you wish to translate this script, please contact Glitchfinder. He
# will need the web address that you plan to host the script at, as well
# as the language this script is being translated to.
# 5. This header must remain intact at all times.
# 6. Glitchfinder remains the sole owner of this code. He may modify or
# revoke this license at any time, for any reason.
# 7. Any code derived from code within this script is owned by Glitchfinder,
# and you must have his permission to publish, host, or distribute his
# code.
# 8. This license applies to all code derived from the code within this
# script.
# 9. If you use this script within your project, you must include visible
# credit to Glitchfinder, within reason.
#≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡≡
#==============================================================================
# ** Gamepad
#------------------------------------------------------------------------------
# This module performs gamepad input processing
#==============================================================================
module Gamepad
#--------------------------------------------------------------------------
# * Declare Button Constants
#--------------------------------------------------------------------------
DPAD_UP = 0 # Directional pad up button
DPAD_DOWN = 1 # Directional pad down button
DPAD_LEFT = 2 # Directional pad left button
DPAD_RIGHT = 3 # Directional pad right button
START = 4 # Start button
BACK = 5 # Back button
LEFT_THUMB = 6 # Left thumb button
RIGHT_THUMB = 7 # Right thumb button
LEFT_SHOULDER = 8 # Left shoulder button
RIGHT_SHOULDER = 9 # Right shoulder button
A = 10 # A button
B = 11 # B button
X = 12 # X Button
Y = 13 # Y Button
#--------------------------------------------------------------------------
# * Declare Axis Constants
#--------------------------------------------------------------------------
LEFT_TRIGGER = 0 # Left trigger axis (0 to 255)
RIGHT_TRIGGER = 1 # Right trigger axis (0 to 255)
LX = 2 # Left thumbstick x axis (-32768 to 32767)
LY = 3 # Left thumbstick y axis (-32768 to 32767)
RX = 4 # Right thumbstick x axis (-32768 to 32767)
RY = 5 # Right thumbstick y axis (-32768 to 32767)
#--------------------------------------------------------------------------
# * Declare Module Variables
#--------------------------------------------------------------------------
begin
# Declare API calls
@gamepadGetCapabilities = Win32API.new('Input.dll',
'GamepadGetCapabilities', 'IIP', 'I')
@gamepadGetDSoundAudioDeviceGuids = Win32API.new('Input.dll',
'GamepadGetDSoundAudioDeviceGuids', 'IPP', 'I')
@gamepadGetState = Win32API.new('Input.dll', 'GamepadGetState', 'IP', 'I')
@gamepadSetState = Win32API.new('Input.dll', 'GamepadSetState', 'IP', 'I')
# Declare blank structures
@capabilities = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0].pack('c2S2c2s4S2')
@gamepad = [0, 0, 0, 0, 0, 0, 0].pack('Sc2s4')
@state = [0, 0, 0, 0, 0, 0, 0, 0].pack('ISc2s4')
@vibrate = [0, 0].pack('n2')
@gamepadGetCapabilities.call(0, 0, @capabilities)
@capabilities.unpack('C2S2C2n6')
# Create blank button array
@buttons = Array.new(14, false)
# Create a blank axis array
@axis = Array.new(6, false)
values = Array.new(6, 0)
zones = [30, 30, 7849, 7849, 8689, 8689]
# Declare controller information storage
@controllers = {}
# Declare default controller information
@controllers.default = {
'Active' => false, # Controller active flag
'Change ID' => 0, # Current state change ID
'Press' => @buttons.clone, # Flags for button press state
'Trigger' => @buttons.clone, # Flags for button trigger state
'Repeat' => @buttons.clone, # Flags for button repeat state
'Release' => @buttons.clone, # Flags for button release state
'Repeat Timer' => Array.new(14, 0), # Timer for button repeat state
'Base Repeat' => 15, # Base time for repeat flag (frames)
'Axes' => Array.new(6, 0), # Axis values
'Axis Dead Zones' => zones.clone, # Dead zone for the axes
'Axis Press' => @axis.clone, # Flags for axis press state
'Axis Trigger' => @axis.clone, # Flags for axis trigger state
'Axis Repeat' => @axis.clone, # Flags for axis repeat state
'Axis Release' => @axis.clone, # Flags for axis release state
'Axis Repeat Timer' => values.clone, # Timer for axis repeat state
'Vibrate State' => [0, 0], # Current vibrate state
'Vibrate Timer' => 0, # Current vibrate timer
'Vibrate Repeat Timer' => 0, # Current rumbe repeat timer
'Vibrate Minimum Timer' => 0 # Min. time before changing vibrate
}
# Iterate through the total number of controllers allowed
for i in 0..3
# Add a new controller to the controller array
@controllers[i] = @controllers.default.clone
end
end
#--------------------------------------------------------------------------
# * Frame Update
#--------------------------------------------------------------------------
def self.update
# Iterate through all controllers
for i in 0..3
# Set up a blank state structure
state = @state
# Detect the controller state
success = @gamepadGetState.call(i, state)
# If the state was successfully obtained
if success == 1
# Set the controller to active
@controllers[i]['Active'] = true
# Backup the previous button states
controller = @controllers[i].clone
# Reset the controller button states
@controllers[i]['Press'] = @buttons.clone
@controllers[i]['Trigger'] = @buttons.clone
@controllers[i]['Repeat'] = @buttons.clone
@controllers[i]['Release'] = @buttons.clone
@controllers[i]['Axis Press'] = @axis.clone
@controllers[i]['Axis Trigger'] = @axis.clone
@controllers[i]['Axis Repeat'] = @axis.clone
@controllers[i]['Axis Release'] = @axis.clone
# Unpack the controller state
state = state.unpack('ISC2s4')
# If the controller state has changed
if state[0] != @controllers[i]['Change ID']
# Add the controller button states to the controller state
@controllers[i]['Press'][0] = (state[1] & 0x00000001 == 0x00000001)
@controllers[i]['Press'][1] = (state[1] & 0x00000002 == 0x00000002)
@controllers[i]['Press'][2] = (state[1] & 0x00000004 == 0x00000004)
@controllers[i]['Press'][3] = (state[1] & 0x00000008 == 0x00000008)
@controllers[i]['Press'][4] = (state[1] & 0x00000010 == 0x00000010)
@controllers[i]['Press'][5] = (state[1] & 0x00000020 == 0x00000020)
@controllers[i]['Press'][6] = (state[1] & 0x00000040 == 0x00000040)
@controllers[i]['Press'][7] = (state[1] & 0x00000080 == 0x00000080)
@controllers[i]['Press'][8] = (state[1] & 0x0100 == 0x0100)
@controllers[i]['Press'][9] = (state[1] & 0x0200 == 0x0200)
@controllers[i]['Press'][10] = (state[1] & 0x1000 == 0x1000)
@controllers[i]['Press'][11] = (state[1] & 0x2000 == 0x2000)
@controllers[i]['Press'][12] = (state[1] & 0x4000 == 0x4000)
@controllers[i]['Press'][13] = (state[1] & 0x8000 == 0x8000)
# Add the controller trigger states to the current controller state
@controllers[i]['Axes'][0] = state[2]
@controllers[i]['Axes'][1] = state[3]
# Add the controller thumb coords to the current controller state
@controllers[i]['Axes'][2] = state[4]
@controllers[i]['Axes'][3] = state[5]
@controllers[i]['Axes'][4] = state[6]
@controllers[i]['Axes'][5] = state[7]
end
# Iterate through the buttons
for button in 0...@controllers[i]['Press'].size
# If the button is pressed, and the repeat count is at 0
if ((@controllers[i]['Press'][button] == true) &&
(@controllers[i]['Repeat Timer'][button] <= 0))
# Set the button to repeat
@controllers[i]['Repeat'][button] = true
# Get the base repeat time
repeat_timer = @controllers[i]['Base Repeat']
# Reset the repeat timer
@controllers[i]['Repeat Timer'][button] = repeat_timer
# If the repeat timer is above 0
elsif @controllers[i]['Repeat Timer'][button] > 0
# Cycle down the repeat timer
@controllers[i]['Repeat Timer'][button] -= 1
end
# If the button is pressed, and it wasn't pressed previously
if ((@controllers[i]['Press'][button] == true) &&
(controller['Press'][button] == false))
# Set the button to trigger
@controllers[i]['Trigger'][button] = true
# If the button is not pressed, and it was previously
elsif ((@controllers[i]['Press'][button] == false) &&
(controller['Press'][button] == true))
# Set the button to release
@controllers[i]['Release'][button] = true
end
end
# Iterate through the buttons
for axis in 0...@controllers[i]['Axes'].size
# If the trigger is greater than the dead zone, set it to pressed
if (@controllers[i]['Axes'][axis].abs >
@controllers[i]['Axis Dead Zones'][axis])
# Set the axis to pressed
@controllers[i]['Axis Press'][axis] = true
end
# If the axis is pressed, and the repeat count is at 0
if ((@controllers[i]['Axis Press'][axis] == true) &&
(@controllers[i]['Axis Repeat Timer'][axis] <= 0))
# Set the axis to repeat
@controllers[i]['Axis Repeat'][axis] = true
# Get the base repeat time
repeat_timer = @controllers[i]['Base Repeat']
# Reset the repeat timer
@controllers[i]['Axis Repeat Timer'][axis] = repeat_timer
# If the repeat timer is above 0
elsif @controllers[i]['Axis Repeat Timer'][axis] > 0
# Cycle down the repeat timer
@controllers[i]['Axis Repeat Timer'][axis] -= 1
end
# If the axis is pressed, and it wasn't pressed previously
if ((@controllers[i]['Axis Press'][axis] == true) &&
(controller['Axis Press'][axis] == false))
# Set the axis to trigger
@controllers[i]['Axis Trigger'][axis] = true
# If the axis is not pressed, and it was previously
elsif ((@controllers[i]['Press'][axis] == false) &&
(controller['Axis Press'][axis] == true))
# Set the axis to release
@controllers[i]['Axis Release'][axis] = true
end
end
# If the controller is set to vibrate
if @controllers[i]['Vibrate Timer'] > 0
# If the vibrate repeat timer has reached 0
if @controllers[i]['Vibrate Repeat Timer'] <= 0
# Get the current vibration values
left_motor = @controllers[i]['Vibrate State'][0] - 1
right_motor = @controllers[i]['Vibrate State'][1] - 1
# Correct the motor values
left_motor = 0 if left_motor < 0
right_motor = 0 if right_motor < 0
# Create the vibration state structure
vibrate = [left_motor, right_motor].pack('n2')
# Reset the controller vibrate state
@gamepadSetState.call(i, vibrate)
# Pack the current vibrate state
vibrate_state = @controllers[i]['Vibrate State'].pack('n2')
# Set the vibrate state to the current controller vibrate state
@gamepadSetState.call(i, vibrate_state)
# Reset the vibrate repeat timer
@controllers[i]['Vibrate Repeat Timer'] = Graphics.frame_rate
# If the vibrate repeat timer is greater than 0
else
# Decrement the vibrate repeat timer
@controllers[i]['Vibrate Repeat Timer'] -= 1
end
# Decrement the vibrate timer
@controllers[i]['Vibrate Timer'] -= 1
# If the vibrate timer is 0, and the vibrate state is still set
elsif ((@controllers[i]['Vibrate Timer'] <= 0) &&
(@controllers[i]['Vibrate State'] != [0, 0]))
# Reset the vibrate state
@controllers[i]['Vibrate State'] = [0, 0]
# Set the vibrate repeat timer to 1/3 of a second
@controllers[i]['Vibrate Repeat Timer'] = Graphics.frame_rate / 3
# If the vibrate timer is 0 and the vibrate state is cleared
elsif ((@controllers[i]['Vibrate Timer'] <= 0) &&
(@controllers[i]['Vibrate State'] == [0, 0]))
# If the vibrate repeat timer is running
if @controllers[i]['Vibrate Repeat Timer'] >= 0
# Decrement the vibrate repeat timer
@controllers[i]['Vibrate Repeat Timer'] -= 1
# If the timer has run out
else
# Reset the vibrate repeat timer
@controllers[i]['Vibrate Repeat Timer'] = 0
# Reset the controller vibrate state
@gamepadSetState.call(i, @vibrate)
end
end
# If the controller's minimum vibrate update timer is running
if @controllers[i]['Vibrate Minimum Timer'] > 0
# Decrement the timer
@controllers[i]['Vibrate Minimum Timer'] -= 1
end
# If the controller is not connected, or the state could not be read
elsif success == 2 || success == -1
# Set the controller to inactive
@controllers[i]['Active'] = false
end
end
end
#--------------------------------------------------------------------------
# * Get Button Pressed State
# button : button number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.press?(button, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return button pressed state
return @controllers[index]['Press'][button]
end
#--------------------------------------------------------------------------
# * Get Button Triggered State
# button : button number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.trigger?(button, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return button triggered state
return @controllers[index]['Trigger'][button]
end
#--------------------------------------------------------------------------
# * Get Button Repeated State
# button : button number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.repeat?(button, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return button repeated state
return @controllers[index]['Repeat'][button]
end
#--------------------------------------------------------------------------
# * Get Button Released State
# button : button number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.release?(button, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return button released state
return @controllers[index]['Release'][button]
end
#--------------------------------------------------------------------------
# * Get Axis Pressed State
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.axis_press?(axis, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return axis pressed state
return @controllers[index]['Axis Press'][axis]
end
#--------------------------------------------------------------------------
# * Get Axis Triggered State
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.axis_trigger?(axis, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return axis triggered state
return @controllers[index]['Axis Trigger'][axis]
end
#--------------------------------------------------------------------------
# * Get Axis Repeated State
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.axis_repeat?(axis, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return axis repeated state
return @controllers[index]['Axis Repeat'][axis]
end
#--------------------------------------------------------------------------
# * Get Axis Released State
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.axis_release?(axis, index = 0)
# Return false if the controller is inactive
return false if @controllers[index]['Active'] == false
# Return axis released state
return @controllers[index]['Axis Release'][axis]
end
#--------------------------------------------------------------------------
# * Get Axis Value
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.axis_value(axis, index = 0)
# Set a temporary variable to the axis value
value = self.real_axis_value(axis, index)
# Return axis value
return value unless value.abs < @controllers[index]['Axis Dead Zones'][axis]
# Return 0 if the axis is within the dead zone
return 0
end
#--------------------------------------------------------------------------
# * Get Real Axis Value
# axis : axis number
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.real_axis_value(axis, index = 0)
# Return the axis value
return @controllers[index]['Axes'][axis]
end
#--------------------------------------------------------------------------
# * Set Controller to Vibrate
# left_motor : left motor value (0 to 65535)
# right_motor : right motor value (0 to 65535)
# frames : number of frames to vibrate
# index : controller number (0 to 3)
#--------------------------------------------------------------------------
def self.vibrate(left_motor, right_motor, frames, index = 0)
# Return false if the vibrate has updated too recently
return false if @controllers[index]['Vibrate Minimum Timer'] > 0
# Set the controller vibrate timer to the number of frames
@controllers[index]['Vibrate Timer'] = frames
# Correct the motor values if out of range
left_motor = 0 if left_motor < 0
left_motor = 65535 if left_motor > 65535
right_motor = 0 if right_motor < 0
right_motor = 65535 if right_motor > 65535
# Set the controller motor values
@controllers[index]['Vibrate State'] = [left_motor.to_i, right_motor.to_i]
# Set the minimum update timer
@controllers[index]['Vibrate Minimum Timer'] = Graphics.frame_rate / 4
# Return true if the vibrate was successfully set
return true
end
#--------------------------------------------------------------------------
# * Initialize Module
#--------------------------------------------------------------------------
begin
# Force an initial update of the gamepad
self.update
end
end
#==============================================================================
# ** Input
#------------------------------------------------------------------------------
# This module performs input processing
#==============================================================================
module Input
# Add class data
class << self
#------------------------------------------------------------------------
# * Alias Methods
#------------------------------------------------------------------------
# If the update method has not been aliased
unless method_defined?(:glitch_gamepad_input_update)
# Alias the update method
alias glitch_gamepad_input_update update
end
#------------------------------------------------------------------------
# * Frame Update
#------------------------------------------------------------------------
def update
# Call original method
glitch_gamepad_input_update
# Update Gamepad module
Gamepad.update
end
end
end
Link code :: http://www.hbgames.org/forums/viewtopic.php?t=73959
Thanks
