From 7b6f307561067611985ddf207999b80df58a7b8b Mon Sep 17 00:00:00 2001
From: Hinsbart <liu.gam3@gmail.com>
Date: Wed, 27 Apr 2016 18:12:02 +0200
Subject: [PATCH] Replace SUTjoystick with built-in gamepad support.
Fixes #74
Mappings:
Move - DPAD or Left Stick
Bomb - A
Restart - Select
Next level - X
Menu - Start
Without SUTjoysticks "emulate_mouse" feature, the menus become unnavigatable
with a gamepad (except for the restart/next lvl one, which has bindings).
That's work for the future.
---
engine.cfg | 19 +-
main/gui.gd | 11 +-
shared/SUTjoystick.gd | 759 --------------------------------------------------
3 files changed, 12 insertions(+), 777 deletions(-)
delete mode 100644 shared/SUTjoystick.gd
diff --git a/engine.cfg b/engine.cfg
index 94fc4a3..ff67194 100644
--- a/engine.cfg
+++ b/engine.cfg
@@ -24,7 +24,6 @@ ScreenManager="res://shared/screen_manager.gd"
ScenesManager="*res://shared/scenes_manager.gd"
SettingsManager="*res://shared/settings_manager.gd"
FileManager="*res://shared/file_manager.gd"
-SUTjoystick="res://shared/SUTjoystick.gd"
[display]
@@ -40,16 +39,16 @@ gen_mipmaps=true
[input]
+btn_right=[key(Right), key(D), jbutton(0, 15), jaxis(0, 1)]
+btn_left=[key(Left), key(A), jbutton(0, 14), jaxis(0, 0)]
+btn_down=[key(Down), key(S), jbutton(0, 13), jaxis(0, 3)]
+btn_up=[key(Up), key(W), jbutton(0, 12), jaxis(0, 2)]
+retry=[key(R), jbutton(0, 10)]
+to_menu=[key(M), jbutton(0, 11)]
+next_level=[key(N), jbutton(0, 2)]
+btn_space=[key(Space), jbutton(0, 0)]
+place_bomb=[key(Space), jbutton(0, 0)]
step=[key(Period)]
-btn_right=[key(Right), key(D)]
-btn_left=[key(Left), key(A)]
-btn_down=[key(Down), key(S)]
-btn_up=[key(Up), key(W)]
-btn_space=[key(Space)]
-retry=[key(R)]
-place_bomb=[key(Space)]
-next_level=[key(N)]
-to_menu=[key(M)]
[render]
diff --git a/main/gui.gd b/main/gui.gd
index 5176bed..e060af9 100644
--- a/main/gui.gd
+++ b/main/gui.gd
@@ -10,7 +10,6 @@ onready var timer = get_node("timer")
onready var popup = get_node("popup")
onready var level_holder = get_node("../level_holder")
onready var player = get_node("../player_holder/player")
-onready var JS = get_node("/root/SUTjoystick")
func _ready():
var nodes_left = get_node("popup/popup_node/body/container").get_children()
@@ -41,19 +40,17 @@ func _ready():
get_node("touch_controls/buttons").set_hidden(input_mode != SettingsManager.INPUT_BUTTONS)
get_node("touch_controls/buttons").set_ignore_mouse(input_mode != SettingsManager.INPUT_BUTTONS)
- # Turn off mouse emulation in-game
- JS.emulate_mouse(false)
# Subscribe to various notifications
level_holder.connect("counters_changed", self, "update_counters")
set_process_input(true)
func _input(event):
- if JS.get_digital("back") || (event.is_action("retry") && event.is_pressed() && !event.is_echo()):
+ if event.is_action("retry") && event.is_pressed() && !event.is_echo():
popup_button_pressed("retry")
- if JS.get_digital("action_3") || (event.is_action("next_level") && event.is_pressed() && !event.is_echo()):
+ if event.is_action("next_level") && event.is_pressed() && !event.is_echo():
popup_button_pressed("next")
- if JS.get_digital("start") || (event.is_action("to_menu") && event.is_pressed() && !event.is_echo()):
+ if event.is_action("to_menu") && event.is_pressed() && !event.is_echo():
popup_button_pressed("menu")
func update_counters():
@@ -101,7 +98,6 @@ func show_popup(title, text, wait): # Show a popup with title and text, after so
_show_popup(title, text)
func _show_popup(title, text): # Show a popup with title and text
- JS.emulate_mouse(true)
get_tree().set_pause(true)
popup.get_node("popup_node/header/title").set_text(title)
@@ -122,7 +118,6 @@ func popup_button_pressed(name): # Actions for different popup buttons
elif name == "menu":
ScenesManager.load_scene("res://menu/menu.tscn")
- JS.emulate_mouse(false)
hide_popup()
func hide_popup(): # Hide the popup
diff --git a/shared/SUTjoystick.gd b/shared/SUTjoystick.gd
deleted file mode 100644
index bb8c12a..0000000
--- a/shared/SUTjoystick.gd
+++ /dev/null
@@ -1,759 +0,0 @@
-#==============================================================================#
-# Shine Upon Thee Joysticks Module
-#------------------------------------------------------------------------------#
-# Written by Dana Olson <dana@shineuponthee.com>
-#
-# License: MIT (same as Godot Engine)
-#
-# Target Version: Godot Engine master branch
-#
-# Handles remapping gamepads automatically based on the device name reported
-# by Godot. Also converts analog-digital and digital-analog so all pads support
-# both (digital-analog conversions are limited to all-or-nothing values).
-# Also supports automatic device registration and deregistration for up to 4 players.
-# Also supports automatic device switching, eg: for single-player games.
-#
-# TO USE: add SUTjoystick.gd and the js_maps/ directory to your project.
-# Add SUTjoystick.gd as an autoload.
-#
-# The functions you will be interested in are:
-# get_digital(name, player) - pass the digital state name you wish to poll and player number (optional). Returns 1/True or 0/False.
-# get_analog(name, player) - pass the analog state name you wish to poll and player number (optional). Returns float between 0 and 1.
-# get_angle(name, player) - pass the input name (leftstick, rightstick, or dpad) you wish to poll and player number (optional). Returns angle in radians, or null if no angle.
-# And to a lesser extent:
-# set_deadzone(value, player) - pass the value (or null to disabe custom deadzones) and player number (optional) to set custom deadzones.
-# get_device_name(player) - pass the player number (optional). Returns the name of the device assigned to the player.
-# get_device_number(player) - pass the player number (optional). Returns the system device number assigned to the player.
-# get_device_player(device) - pass the system device number. Returns the player number using the device.
-# deregister_player(player) - pass the player number (optional). Clears the assigned device(s) from the player or all players.
-# emulate_mouse(enabled, player) - pass a boolean and player number (optional). Allows controlling the mouse with the controller.
-#
-# Fully-detailed documentation is available in the README; also online here:
-# https://gitlab.com/shine-upon-thee/joystick
-#
-# TODO:
-# Show common_name when a profile is loaded, rather than raw name
-# Indicate in jstest GUI when a mapping exists and has been loaded
-# Enable the diagram on the mapper tool after editing a mapping, for testing purposes prior to submission
-# Submit directly inside app, since Windows has problems passing long URL strings (low priority)
-# Android / Ouya support (need Godot to provide device name first)
-# OSX support (need Godot to have joystick support first)
-# Detailed states and signals for digital inputs?
-# Pick up profiles in SUTjoystick GUI appdata dir? (could be problematic if users have old configs, but they could just regenerate them... would give the benefit of a global file for all games using this module)
-# Auto-detect max deadzone during junk collection? limit it to 50% or something, as that's pretty high
-# Add more axis and buttons to Raw tab
-# Somehow add a button to allow opening the map file directly in a text editor?
-# Allow tweaking a mapping somehow, before submitting
-# If no mapping is supported and fallback is disabled, passthru the raw values? May or may not be useful.
-# Maybe just allow access to raw values via raw_*, where analog gets axes and digital gets buttons
-# Remove null key/value pairs from dictionaries before converting to json?
-# Profile versioning, to ignore out-of-date files? (should be unnecessary, as I think we're stable now)
-# Digital tooltips on diagram (tooltips not possible on sprites, apparently - this is more trouble than it's worth)
-#==============================================================================#
-extends Node
-
-const supported_os = [
- "x11",
- "windows"
-]
-
-# set this flag to false to suppress debugging text output
-var verbose = true
-# this variable is used to disable falling back to the default mapping for unrecognized devices
-var disable_fallback_map = false
-# this variable will reassign a device to the first empty player slot in the event that an earlier player slot opens up (device is disconnected)
-var reassign_active_devices = true
-
-# virtual mouse cursor variables
-var virtual_mouse_enabled = false
-var virtual_mouse_speed = 500 # pixels per second
-var virtual_mouse_pos = Vector2()
-var disable_mouse_warp = false # disable mouse pointer warping when enabling/disabling mouse emulation
-
-# this variable will hold the device id of whichever joystick is sending input
-var player_device = [-1, -1, -1, -1] # 4-player support max (could be extended if need be)
-# this variable holds the currently-active joystick mappings for each player
-var active_map = [null,null,null,null]
-# this is set at every input, allows to get input for any player
-var active_player = 1 # from 1 to 4
-# custom deadzone overrides
-var custom_deadzone = [-1, -1, -1, -1]
-# scale analog input values so they range from 0-1 instead of the actual value of the stick, which will register 0 up until the deadzone
-var scale_analog_values = true
-
-# these hold the axis and button states in analog and digital formats
-var analog_state = [
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,leftstick_hor=0,leftstick_ver=0,rightstick_hor=0,rightstick_ver=0,dpad_hor=0,dpad_ver=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,leftstick_hor=0,leftstick_ver=0,rightstick_hor=0,rightstick_ver=0,dpad_hor=0,dpad_ver=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,leftstick_hor=0,leftstick_ver=0,rightstick_hor=0,rightstick_ver=0,dpad_hor=0,dpad_ver=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,leftstick_hor=0,leftstick_ver=0,rightstick_hor=0,rightstick_ver=0,dpad_hor=0,dpad_ver=0}
-]
-var digital_state = [
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,action_1=0,action_3=0,action_4=0,action_2=0,back=0,start=0,home=0,click_right=0,click_left=0,bump_left=0,bump_right=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,action_1=0,action_3=0,action_4=0,action_2=0,back=0,start=0,home=0,click_right=0,click_left=0,bump_left=0,bump_right=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,action_1=0,action_3=0,action_4=0,action_2=0,back=0,start=0,home=0,click_right=0,click_left=0,bump_left=0,bump_right=0},
- {leftstick_up=0,leftstick_down=0,leftstick_left=0,leftstick_right=0,rightstick_up=0,rightstick_down=0,rightstick_left=0,rightstick_right=0,dpad_up=0,dpad_down=0,dpad_left=0,dpad_right=0,trig_left=0,trig_right=0,action_1=0,action_3=0,action_4=0,action_2=0,back=0,start=0,home=0,click_right=0,click_left=0,bump_left=0,bump_right=0}
-]
-
-# mappings will be loaded first from user://, then from res://js_maps/, then from this array.
-# mappings are OS-specific, so they're loaded by the load_js_maps function.
-var js_maps = []
-
-const js_map_template = {
- common_name = "", # product name as sold in stores
- name = "", # name reported by driver to Godot
- md5 = "", # md5 of name reported by Godot
- os = null, # operating system profile applies to
- special = false,
- flight_stick = false,
- guitar = false,
- deadzone = 0.1,
- axis = {
- leftstick_up = null,
- leftstick_down = null,
- leftstick_left = null,
- leftstick_right = null,
- rightstick_up = null,
- rightstick_down = null,
- rightstick_left = null,
- rightstick_right = null,
- dpad_up = null,
- dpad_down = null,
- dpad_left = null,
- dpad_right = null,
- trig_left = null,
- trig_right = null
- },
- button = {
- dpad_up = null,
- dpad_down = null,
- dpad_left = null,
- dpad_right = null,
- trig_left = null,
- trig_right = null,
- action_1 = null, # A / green / cross / 6 o'clock
- action_2 = null, # B / red / circle / 3 o'clock
- action_3 = null, # X / blue / square / 9 o'clock
- action_4 = null, # Y / yellow / triangle / 12 o'clock
- back = null, # back / select
- start = null, # start
- home = null, # labeled analog
- bump_left = null,
- bump_right = null,
- click_left = null,
- click_right = null
- }
-}
-
-# for mouse emulation, possibly other uses later
-var semaphore = {}
-
-
-################################################################################
-# START OF PUBLIC FUNCTIONS
-
-func get_digital(name, player=0):
-# pass the button name and optional player number and get back true or false if it's pressed or not
-# player will be 1-4, 0 will be any player
- # aliases for face buttons
- if name.match('action_*'):
- name = name.replace("_a","_1")
- name = name.replace("_south","_1")
- name = name.replace("_s","_1")
- name = name.replace("_down","_1")
- name = name.replace("_green","_1")
- name = name.replace("_cross","_1")
- name = name.replace("_b","_2")
- name = name.replace("_east","_2")
- name = name.replace("_e","_2")
- name = name.replace("_right","_2")
- name = name.replace("_red","_2")
- name = name.replace("_circle","_2")
- name = name.replace("_x","_3")
- name = name.replace("_west","_3")
- name = name.replace("_w","_3")
- name = name.replace("_left","_3")
- name = name.replace("_blue","_3")
- name = name.replace("_square","_3")
- name = name.replace("_y","_4")
- name = name.replace("_north","_4")
- name = name.replace("_n","_4")
- name = name.replace("_up","_4")
- name = name.replace("_yellow","_4")
- name = name.replace("_triangle","_4")
- else:
- # other aliases
- name = name.replace("guide","home")
- name = name.replace("ps","home")
- name = name.replace("playstation","home")
- name = name.replace("system","start")
- name = name.replace("run","start")
- name = name.replace("select","back")
- name = name.replace("option","back")
- name = name.replace("bumper_","bump_")
- name = name.replace("shoulder_","bump_")
- name = name.replace("trigger_","trig_")
- name = name.replace("d-pad_","dpad_")
- name = name.replace("d_pad_","dpad_")
- name = name.replace("direction_","dpad_")
- name = name.replace("directionpad_","dpad_")
- name = name.replace("ls_","leftstick_")
- name = name.replace("left_","leftstick_")
- name = name.replace("lstick_","leftstick_")
- name = name.replace("rs_","rightstick_")
- name = name.replace("right_","rightstick_")
- name = name.replace("rstick_","rightstick_")
- if player == 0:
- player = active_player
- return digital_state[player-1][name]
-
-func get_angle(name, player=0):
-# return the angle of the given input (leftstick, rightstick, dpad) in degrees, or null if no angle
- var x = get_analog(name+"_hor", player)
- var y = get_analog(name+"_ver", player)
- if x == 0 and y == 0:
- return
- var angle = atan2(-x, -y)
- return angle
-
-func get_analog(name, player=0):
-# pass an axis name and optional player number and get back the value
-# player will be 1-4, 0 will be any player
- # a few aliases
- name = name.replace("_vert","_ver")
- name = name.replace("_vertical","_ver")
- name = name.replace("_horiz","_hor")
- name = name.replace("_horizontal","_hor")
- name = name.replace("trigger_","trig_")
- name = name.replace("d-pad_","dpad_")
- name = name.replace("d_pad_","dpad_")
- name = name.replace("direction_","dpad_")
- name = name.replace("directionpad_","dpad_")
- name = name.replace("ls_","leftstick_")
- name = name.replace("left_","leftstick_")
- name = name.replace("lstick_","leftstick_")
- name = name.replace("rs_","rightstick_")
- name = name.replace("right_","rightstick_")
- name = name.replace("rstick_","rightstick_")
- if not player:
- player = active_player
- return analog_state[player-1][name]
-
-
-func get_device_number(player=0):
-# returns the current device number for the given player
-# player will be 1-4
- if player == 0:
- player = active_player
- return player_device[player-1]
-
-
-func get_device_player(device):
-# returns the player number for the given system device number
-# player will be 1-4
- for player in range(player_device.size()):
- if player_device[player] == device:
- return player+1
- return 0
-
-
-func get_device_name(player=0):
-# returns the device name for the given player
-# returns empty string if no device connected
-# player will be 1-4
- if player == 0:
- player = active_player
- if active_map[player-1] != null:
- if active_map[player-1].has("common_name"):
- return active_map[player-1]["common_name"]
- elif active_map[player-1].has("name"):
- return active_map[player-1]["name"]
- else:
- return ""
- else:
- return "No mapping found"
-
-
-func deregister_player(player=0):
- if player > 0:
- debug_print("device " + str(player_device[player-1]) + " disconnected from player #" + str(player))
- player_device[player-1] = -1
- active_map[player-1] = null
- else:
- player_device= [-1,-1,-1,-1]
- active_map = [null,null,null,null]
- debug_print("deregistering all devices.")
-
-
-func emulate_mouse(enable, player=0):
-# toggle mouse emulation, with an optional player number
- if enable:
- virtual_mouse_enabled = true
- set_process(true)
- if !disable_mouse_warp:
- virtual_mouse_pos = OS.get_window_size() / 2 # warp to middle of window
- debug_print("mouse emulation enabled")
- else:
- virtual_mouse_enabled = false
- set_process(false)
- if !disable_mouse_warp:
- Input.warp_mouse_pos(OS.get_window_size()) # warp cursor to bottom corner, out of view
- debug_print("mouse emulation disabled")
-
-
-func set_deadzone(value=-1, player=0):
-# pass a value and player number to set a custom deadzone that will override what is configured in the mapping
-# it goes by player number, rather than device, and can be changed at any point
-# if a player number is not passed, it will apply to all players
-# if value is >= 1, it will be interpreted as a percentage
-# calling without a value (or a negative value) will remove the custom deadzone
- var msg = "set to " + str(value)
- if value == null or value < 0:
- value = -1
- msg = "cleared"
- elif value >= 1:
- value *= .01
- msg = "set to " + str(value)
- if player:
- debug_print("custom deadzone " + msg + " for player " + str(player))
- custom_deadzone[player-1] = value
- else:
- debug_print("custom deadzone " + msg + " globally")
- for player in range(0,4):
- custom_deadzone[player] = value
-
-
-# END OF PUBLIC FUNCTIONS
-################################################################################
-
-
-func _init():
- if not OS.get_name().to_lower() in supported_os:
- print("[SUTjoystick]: operating system not currently supported")
- return
- load_js_maps()
- Input.connect("joy_connection_changed",self,"_device_connection")
- set_process_input(true)
- print("[SUTjoystick]: module loaded")
- return
-
-
-func load_js_maps():
-# this function loads platform-specific maps and fallbacks into the js_maps array
-# it runs once, at init time
-# if the fallback hasn't been disabled, the first entry in the array will be used.
-# if you don't want the js_maps directory in your project, you can add more json mappings to this array.
- if OS.get_name().to_lower() == 'x11':
- js_maps = [
- {"axis":{"dpad_down":8,"dpad_left":-7,"dpad_right":7,"dpad_up":-8,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":5,"rightstick_left":-4,"rightstick_right":4,"rightstick_up":-5,"trig_left":3,"trig_right":6},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":9,"click_right":10,"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"home":8,"start":7,"trig_left":null,"trig_right":null},"common_name":"Fallback","deadzone":0.2,"flight_stick":false,"guitar":false,"md5":"882277bdf25efaeb8295e842ebcb3d11","name":"Fallback","os":"x11","special":false},
- # add new Linux mappings here
- {"axis":{"dpad_down":7,"dpad_left":-6,"dpad_right":6,"dpad_up":-7,"leftstick_down":3,"leftstick_left":-4,"leftstick_right":4,"leftstick_up":-3,"rightstick_down":2,"rightstick_left":-1,"rightstick_right":1,"rightstick_up":-2,"trig_left":null,"trig_right":null},"button":{"action_1":5,"action_2":6,"action_3":4,"action_4":7,"back":10,"bump_left":1,"bump_right":0,"click_left":3,"click_right":2,"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"home":null,"start":11,"trig_left":9,"trig_right":8},"common_name":"Thrustmaster T-Flight Hotas X Flight Stick","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"028eb3d1145466520cda0304dd6850d5","name":"Thrustmaster T.Flight Hotas X","os":"x11","special":false},
- {"axis":{"dpad_down":6,"dpad_left":-5,"dpad_right":5,"dpad_up":-6,"leftstick_down":null,"leftstick_left":null,"leftstick_right":null,"leftstick_up":null,"rightstick_down":null,"rightstick_left":null,"rightstick_right":null,"rightstick_up":null,"trig_left":null,"trig_right":null},"button":{"action_1":1,"action_2":2,"action_3":3,"action_4":0,"back":8,"blue":3,"bump_left":null,"bump_right":null,"click_left":null,"click_right":null,"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"green":1,"home":12,"orange":4,"red":2,"start":9,"trig_left":null,"trig_right":null,"yellow":0},"common_name":"Guitar Hero 3 PS3 Guitar","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"12d6d31f37826c613975b1a13500c4a1","name":"Licensed by Sony Computer Entertainment Guitar Hero3 for PlayStation (R) 3","os":"x11","special":true},
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- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-3,"rightstick_right":3,"rightstick_up":-4,"trig_left":null,"trig_right":null},"button":{"action_1":1,"action_2":2,"action_3":0,"action_4":3,"back":8,"bump_left":4,"bump_right":5,"click_left":10,"click_right":11,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":9,"trig_left":6,"trig_right":7},"common_name":"Logitech Dual Action Gamepad","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"1cf550ea7d99812211fa396b7a6cd14d","name":"Logitech Dual Action USB","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":5,"rightstick_left":-6,"rightstick_right":6,"rightstick_up":-5,"trig_left":3,"trig_right":4},"button":{"action_1":0,"action_2":3,"action_3":1,"action_4":2,"back":16,"bump_left":4,"bump_right":5,"click_left":6,"click_right":7,"dpad_down":9,"dpad_left":10,"dpad_right":11,"dpad_up":8,"home":15,"start":14,"trig_left":12,"trig_right":13},"common_name":"OUYA Wireless Controller","deadzone":0.15,"flight_stick":false,"guitar":false,"md5":"2282b5deb46ec99a8012a79483878334","name":"OUYA Game Controller","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":3,"rightstick_left":-4,"rightstick_right":4,"rightstick_up":-3,"trig_left":null,"trig_right":null},"button":{"action_1":2,"action_2":3,"action_3":0,"action_4":1,"back":8,"bump_left":4,"bump_right":5,"click_left":10,"click_right":11,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":9,"trig_left":6,"trig_right":7},"common_name":"ASUS XitePad","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"490432ba3130ba6c84ce48c93b41cae8","name":"PC TWIN SHOCK","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-5,"rightstick_right":5,"rightstick_up":-4,"trig_left":3,"trig_right":-3},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":8,"click_right":9,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":7,"trig_left":null,"trig_right":null},"common_name":"Controller #XBOX 360 For Windows#","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"4ca24f9ab550e3bfd1cc810bd5407389","name":"Controller #XBOX 360 For Windows#","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-5,"rightstick_right":5,"rightstick_up":-4,"trig_left":3,"trig_right":-3},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":8,"click_right":9,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":7,"trig_left":null,"trig_right":null},"common_name":"Logitech Gamepad F510","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"5a56109c103985cd58cb632aba7ab21a","name":"Controller (Gamepad F510)","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-5,"rightstick_right":5,"rightstick_up":-4,"trig_left":3,"trig_right":-3},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":8,"click_right":9,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":7,"trig_left":null,"trig_right":null},"common_name":"Generic Gamepad","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"6600671ba26e978aae43536af123b683","name":"Microsoft PC-joystick driver","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-3,"rightstick_right":3,"rightstick_up":-4,"trig_left":null,"trig_right":null},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":8,"bump_left":4,"bump_right":5,"click_left":10,"click_right":11,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":9,"trig_left":6,"trig_right":7},"common_name":"SPEEDLINK XEOX Pro Analog Gamepad","deadzone":0.05,"flight_stick":false,"guitar":false,"md5":"6cff56117caa8635e7b902e8b9834b52","name":"XEOX Gamepad SL-6556-BK","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-5,"rightstick_right":5,"rightstick_up":-4,"trig_left":3,"trig_right":-3},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":8,"click_right":9,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":7,"trig_left":null,"trig_right":null},"common_name":"Logitech Wireless Gamepad F710","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"ad7479fc125ad9464261f219b46ce088","name":"Controller (Gamepad F710)","os":"windows","special":false},
- {"axis":{"dpad_down":2,"dpad_left":null,"dpad_right":null,"dpad_up":-2,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-3,"rightstick_right":3,"rightstick_up":-4,"trig_left":null,"trig_right":null},"button":{"action_1":1,"action_2":2,"action_3":0,"action_4":3,"back":8,"bump_left":4,"bump_right":5,"click_left":10,"click_right":11,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":9,"trig_left":6,"trig_right":7},"common_name":"Logitech Dual Action Gamepad","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"dc88655de00fe05f13e734ed885fa0f0","name":"Logitech Dual Action","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":4,"rightstick_left":-5,"rightstick_right":5,"rightstick_up":-4,"trig_left":3,"trig_right":-3},"button":{"action_1":0,"action_2":1,"action_3":2,"action_4":3,"back":6,"bump_left":4,"bump_right":5,"click_left":8,"click_right":9,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":null,"start":7,"trig_left":null,"trig_right":null},"common_name":"Logitech Gamepad F310","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"dd91fa3cdc97ee58bfe45f2f417a444f","name":"Controller (Gamepad F310)","os":"windows","special":false},
- {"axis":{"dpad_down":null,"dpad_left":null,"dpad_right":null,"dpad_up":null,"leftstick_down":2,"leftstick_left":-1,"leftstick_right":1,"leftstick_up":-2,"rightstick_down":5,"rightstick_left":-4,"rightstick_right":4,"rightstick_up":-3,"trig_left":null,"trig_right":null},"button":{"action_1":0,"action_2":1,"action_3":3,"action_4":4,"back":2,"bump_left":6,"bump_right":7,"click_left":null,"click_right":null,"dpad_down":13,"dpad_left":14,"dpad_right":15,"dpad_up":12,"home":5,"start":8,"trig_left":9,"trig_right":10},"common_name":"WingMan Cordless Gamepad","deadzone":0.1,"flight_stick":false,"guitar":false,"md5":"f916ad081ca6e2ae04a4aca3e571f8cb","name":"WingMan Cordless Gamepad","os":"windows","special":false},
- ]
- return
-
-
-func get_assign_player_device(evdev):
-# pass the event device and a boolean if we should be assigning unclaimed devices to open player slots
-# returns the player number (0-3) for the given event device id.
- # loop through the 4 player devices and determine which this event is for
- var slot = -1 # this will be the player number the current device is assigned to, or -1
- for player in range(player_device.size()):
- var playerdev = player_device[player]
- # is evdev already in use by another player?
- var previous_player = get_device_player(evdev)
- if playerdev == evdev:
- # device was already assigned to a player, set slot to player number
- slot = player
- break
- elif (playerdev == -1) and not previous_player:
- # device hasn't been assigned yet, assign it to next player
- player_device[player] = evdev
- debug_print("assigned device #" + str(evdev) + " to player #" + str(player+1))
- slot = player
- update_js_map(slot)
- break
- elif (playerdev == -1) and reassign_active_devices:
- # player slot empty, reassign whatever device this is
- active_map[player] = active_map[previous_player-1]
- player_device[previous_player-1] = -1
- active_map[previous_player-1] = null
- # now reassign the device to the empty player slot
- player_device[player] = evdev
- debug_print("reassigned device #" + str(evdev) + " from player #" + str(previous_player) + " to player #" + str(player+1))
- slot = player
- break
- elif player == player_device.size() - 1:
- # if we have looped through all four slots in the player_device array
- debug_print("four devices assigned, ignoring device " + str(evdev))
- return slot
-
-
-func _input(ev):
- var player = -1 # which assigned device are we using?
- # buttons
- if ev.type == InputEvent.JOYSTICK_BUTTON:
- player = get_assign_player_device(ev.device)
- if player == -1:
- return
- if active_map[player] == null:
- return
- for btn in active_map[player]["button"]:
- if active_map[player]["button"][btn] == ev.button_index:
- digital_state[player][btn] = ev.pressed
- # handle mapping certain buttons to axes
- if btn == "dpad_up" and active_map[player]["axis"]["dpad_up"] == null:
- analog_state[player]["dpad_up"] = ev.pressed
- analog_state[player]["dpad_ver"] = -ev.pressed
- elif btn == "dpad_down" and active_map[player]["axis"]["dpad_down"] == null:
- analog_state[player]["dpad_down"] = ev.pressed
- analog_state[player]["dpad_ver"] = ev.pressed
- elif btn == "dpad_left" and active_map[player]["axis"]["dpad_left"] == null:
- analog_state[player]["dpad_left"] = ev.pressed
- analog_state[player]["dpad_hor"] = -ev.pressed
- elif btn == "dpad_right" and active_map[player]["axis"]["dpad_right"] == null:
- analog_state[player]["dpad_right"] = ev.pressed
- analog_state[player]["dpad_hor"] = ev.pressed
- elif btn == "trig_left" and active_map[player]["axis"]["trig_left"] == null:
- analog_state[player]["trig_left"] = ev.pressed
- elif btn == "trig_right" and active_map[player]["axis"]["trig_right"] == null:
- analog_state[player]["trig_right"] = ev.pressed
- # update the active player number
- active_player = player + 1
- # axes
- elif ev.type == InputEvent.JOYSTICK_MOTION:
- if ev.axis > 13: # should be a safe number... ignore all events from DualShock 3 motion-sensing
- return
- # if an axis moves greater than 75%, we can assume it's a valid input and do the assign
- if abs(ev.value) > 0.75:
- player = get_assign_player_device(ev.device)
- else:
- player = get_device_player(ev.device) - 1
- if player == -1:
- return
- if active_map[player] == null:
- return
- # variable which will prevent updating the active player variable when a noisy device is sending values under the deadzone
- var skip_active_player_update = false
- # loop through all axis names from the map until we match the one the event is for
- for axis_name in active_map[player]["axis"]:
- # axes start at 1 in the maps due to signage: -0 clashes with +0
- # add 1 to event axis so it matches
- var evaxis = ev.axis + 1
- # if the event value is less than 0, check to match up negative axis in the maps
- if ev.value < 0:
- evaxis = -evaxis
- #NOTE triggers are super finnicky and handled differently by driver/device/platform
- # if I had my choice, the entire world would use a single gamepad, or at least a standard
- # but sadly, this won't happen. so, I have to make a sacrifice. gamepads that use a full
- # axis for each trigger will only register once they pass 0. they lose sensitivity, but this
- # is simply the easiest way to get around a stupid problem.
- # FIXME: what about triggers that share an axis? what happens if you pull both at the
- # same time? ...ARRRRRRGHHHHHHHHH
- # workaround for if left and right triggers do not share an axis
- if active_map[player]["axis"]["trig_left"] and active_map[player]["axis"]["trig_right"]:
- if abs(active_map[player]["axis"]["trig_left"]) != abs(active_map[player]["axis"]["trig_right"]):
- # if absolute event axis matches absolute trigger axis, force the polarity match
- if abs(evaxis) == abs(active_map[player]["axis"]["trig_left"]):
- evaxis = active_map[player]["axis"]["trig_left"]
- elif abs(evaxis) == abs(active_map[player]["axis"]["trig_right"]):
- evaxis = active_map[player]["axis"]["trig_right"]
-
- # if we get a match from the map
- if active_map[player]["axis"][axis_name] == evaxis:
- # get the absolute event value
- var val = abs(ev.value)
- var mirror_axis = null # axis to zero, if any
- var composite_axis = null # ver/hor/bal axis to simulate
- var composite_val = 0
- # set the deadzone to use, either custom by the app, or what is in the profile
- var deadzone = active_map[player]["deadzone"]
- if custom_deadzone[player] >= 0:
- deadzone = custom_deadzone[player]
- # massage the raw value into what we want (deadzone, scaling, etc)
- if val < deadzone:
- val = 0
- # some devices never register a full 1 value, and it bothers me :P
- elif val > 0.99:
- val = 1
- # allow scaling analog values to use the full 0-1 range, even if there is a deadzone
- elif scale_analog_values and deadzone > 0:
- val = ((val - deadzone) / (1 - deadzone))
- # if it's a trigger, reverse the range to 0-1
- if axis_name == 'trig_left':
- # hacky workaround for stupid triggers...
- # if mapped axis polarity doesn't match event value, it was forced
- if active_map[player]["axis"][axis_name] > 0 and ev.value < 0:
- val = 0
- elif active_map[player]["axis"][axis_name] < 0 and ev.value > 0:
- val = 0
- elif axis_name == 'trig_right':
- # hacky workaround for stupid triggers...
- # if mapped axis polarity doesn't match event value, it was forced
- if active_map[player]["axis"][axis_name] > 0 and ev.value < 0:
- val = 0
- elif active_map[player]["axis"][axis_name] < 0 and ev.value > 0:
- val = 0
- # zero the opposite axis, except for triggers
- elif axis_name.match('*_up'):
- # if up is pressed, down must not be. zero it out.
- mirror_axis = axis_name.replace("_up","_down")
- # handle the vertical composite axis
- composite_axis = axis_name.replace("_up","_ver")
- composite_val = -val
- elif axis_name.match('*_down'):
- # if down is pressed, up must not be. zero it out.
- mirror_axis = axis_name.replace("_down","_up")
- # handle the vertical composite axis
- composite_axis = axis_name.replace("_down","_ver")
- composite_val = val
- elif axis_name.match('*_left'):
- # if left is pressed, right must not be. zero it out.
- mirror_axis = axis_name.replace("_left","_right")
- # handle the horizontal composite axis
- composite_axis = axis_name.replace("_left","_hor")
- composite_val = -val
- elif axis_name.match('*_right'):
- # if right is pressed, left must not be. zero it out.
- mirror_axis = axis_name.replace("_right","_left")
- # handle the horizontal composite axis
- composite_axis = axis_name.replace("_right","_hor")
- composite_val = val
- # set the composite axis state/value
- if composite_axis != null:
- analog_state[player][composite_axis] = composite_val
- # if the axis was already zero, let's not change the active player for noisy devices later on
- if analog_state[player][axis_name] == 0:
- skip_active_player_update = true
- # set the analog state/value
- analog_state[player][axis_name] = val
-
- # convert analog values to digital states
- # mappings include a possible digital state for this axis
- if active_map[player]["button"].has(axis_name):
- # only set the digital state if this particular mapping doesn't have the button
- if active_map[player]["button"][axis_name] == null:
- digital_state[player][axis_name] = val > 0
- # mappings don't include a possible digital state for this axis
- else:
- digital_state[player][axis_name] = val > 0
- # now let's zero the flipped axis if need be
- if mirror_axis != null:
- analog_state[player][mirror_axis] = 0
- if active_map[player]["button"].has(axis_name):
- if active_map[player]["button"][axis_name] == null:
- digital_state[player][mirror_axis] = 0
- else:
- digital_state[player][mirror_axis] = 0
- # now update the active player number
- if not skip_active_player_update:
- active_player = player + 1
- return
-
-
-func _process(delta):
- # handle mouse movement emulation, when enabled
- # we need to maintain an internal position, because warp_mouse_pos doesn't update the real cursor position
- if virtual_mouse_enabled:
- # cursor position
- var virtual_mouse_movement = Vector2()
- virtual_mouse_movement.x = virtual_mouse_speed * delta * get_analog("leftstick_hor")
- virtual_mouse_movement.y = virtual_mouse_speed * delta * get_analog("leftstick_ver")
- if virtual_mouse_movement != Vector2(0,0):
- virtual_mouse_pos += virtual_mouse_movement
- var screen_size = OS.get_window_size() # leave this here, in case window size changes
- virtual_mouse_pos.x = min(max(virtual_mouse_pos.x,0), screen_size.x)
- virtual_mouse_pos.y = min(max(virtual_mouse_pos.y,0), screen_size.y)
- Input.warp_mouse_pos(virtual_mouse_pos)
- # left-click
- if !semaphore.has("mouse1") and get_digital("action_1"):
- semaphore["mouse1"] = true
- var mouse_click = InputEvent()
- mouse_click.type = InputEvent.MOUSE_BUTTON
- mouse_click.pressed = true
- mouse_click.pos = virtual_mouse_pos
- mouse_click.button_index = 1
- get_tree().input_event(mouse_click)
- mouse_click.pressed = false
- get_tree().input_event(mouse_click)
- elif semaphore.has("mouse1") and !get_digital("action_1"):
- semaphore.erase("mouse1")
- # right-click
- if !semaphore.has("mouse2") and get_digital("action_2"):
- semaphore["mouse2"] = true
- var mouse_click = InputEvent()
- mouse_click.type = InputEvent.MOUSE_BUTTON
- mouse_click.pressed = true
- mouse_click.pos = virtual_mouse_pos
- mouse_click.button_index = 2
- get_tree().input_event(mouse_click)
- mouse_click.pressed = false
- get_tree().input_event(mouse_click)
- elif semaphore.has("mouse2") and !get_digital("action_2"):
- semaphore.erase("mouse2")
- # middle-click
- if !semaphore.has("mouse3") and get_digital("action_4"):
- semaphore["mouse3"] = true
- var mouse_click = InputEvent()
- mouse_click.type = InputEvent.MOUSE_BUTTON
- mouse_click.pressed = true
- mouse_click.pos = virtual_mouse_pos
- mouse_click.button_index = 3
- get_tree().input_event(mouse_click)
- mouse_click.pressed = false
- get_tree().input_event(mouse_click)
- elif semaphore.has("mouse3") and !get_digital("action_4"):
- semaphore.erase("mouse3")
- # scroll wheel
- if !semaphore.has("mousewheel") and (get_digital("dpad_up") or get_digital("rightstick_up")):
- semaphore["mousewheel"] = true
- var mouse_click = InputEvent()
- mouse_click.type = InputEvent.MOUSE_BUTTON
- mouse_click.pressed = true
- mouse_click.pos = virtual_mouse_pos
- mouse_click.button_index = 4
- get_tree().input_event(mouse_click)
- mouse_click.pressed = false
- get_tree().input_event(mouse_click)
- elif !semaphore.has("mousewheel") and (get_digital("dpad_down") or get_digital("rightstick_down")):
- semaphore["mousewheel"] = true
- var mouse_click = InputEvent()
- mouse_click.type = InputEvent.MOUSE_BUTTON
- mouse_click.pressed = true
- mouse_click.pos = virtual_mouse_pos
- mouse_click.button_index = 5
- get_tree().input_event(mouse_click)
- mouse_click.pressed = false
- get_tree().input_event(mouse_click)
- elif semaphore.has("mousewheel") and !get_digital("dpad_up") and !get_digital("rightstick_up"):
- semaphore.erase("mousewheel")
-
-
-func update_js_map(player):
- if player < 0:
- return
- var name = Input.get_joy_name(player_device[player])
- # remove this check later on, after fixing the bug mentioned in _device_connection()
- #if name == "":
- # return
- var joy_md5 = name.md5_text()
- if active_map[player] != null and active_map[player]["md5"] == joy_md5:
- # no mapping change needed
- return
- # read from file first
- active_map[player] = load_mapping_file(joy_md5)
- if typeof(active_map[player]) == TYPE_DICTIONARY:
- if active_map[player].has("md5"):
- if active_map[player].md5 == joy_md5:
- debug_print("player " + str(player+1) + " is using " + active_map[player]["common_name"])
- return
- # read hard-coded mappings
- for map in js_maps:
- if map["md5"] == joy_md5:
- debug_print("using hard-coded mapping.")
- active_map[player] = map
- debug_print("player " + str(player+1) + " is using " + active_map[player]["common_name"])
- return
- # couldn't find a map, handle fallback behavior
- if disable_fallback_map:
- debug_print("no mapping found, fallback disabled. " + joy_md5)
- else:
- debug_print("no mapping found, using fallback. " + joy_md5)
- var map = js_maps[0]
- map.md5 = joy_md5
- active_map[player] = map
- return
-
-
-func _device_connection(devnum, connected):
- if connected:
- debug_print("device " + str(devnum) + " connected")
- get_assign_player_device(devnum)
- else:
- # only disconnect if the device is assigned to a slot
- var player = get_device_player(devnum)
- if player:
- deregister_player(player)
- return
-
-
-func debug_print(message):
- if verbose:
- print("[SUTjoystick]: " + message)
- return
-
-
-# this function will load a json file into a mapping dictionary
-# returns null if no file found
-func load_mapping_file(joy_md5):
- var os = OS.get_name().to_lower()
- var f = File.new()
- var mapfile = "user://joystick-" + joy_md5 + "-" + os + ".json"
- if f.file_exists(mapfile):
- debug_print("using mapping from user file.")
- else:
- mapfile = "res://js_maps/joystick-" + joy_md5 + "-" + os + ".json"
- if f.file_exists(mapfile):
- debug_print("using mapping from bundled file.")
- if f.file_exists(mapfile):
- var err = f.open(mapfile,File.READ) #TODO: handle error
- var jsonmap = f.get_as_text()
- f.close()
- if jsonmap == "":
- return
- var map = js_map_template # not sure this does anything at all
- map.parse_json(jsonmap)
- return map
- return
-
-
-# this function will write a mapping dictionary out to a json file
-func save_mapping_file(map):
- debug_print("saving mapping to file...")
- if map["os"] == null:
- map["os"] = OS.get_name().to_lower()
- var mapfile = "user://joystick-" + map["md5"] + "-" + map["os"].to_lower() + ".json"
- var f = File.new()
- var err = f.open(mapfile,File.WRITE) #TODO: handle error
- f.store_string(map.to_json())
- f.close()
- return
--
2.8.2
