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Funkin/source/funkin/input/Controls.hx

1506 lines
44 KiB
Haxe

package funkin.input;
import flixel.input.gamepad.FlxGamepad;
import flixel.util.FlxDirectionFlags;
import flixel.FlxObject;
import flixel.input.FlxInput;
import flixel.input.actions.FlxAction;
import flixel.input.actions.FlxActionInput;
import flixel.input.actions.FlxActionInputAnalog.FlxActionInputAnalogClickAndDragMouseMotion;
import flixel.input.actions.FlxActionInputDigital;
import flixel.input.actions.FlxActionManager;
import flixel.input.actions.FlxActionSet;
import flixel.input.android.FlxAndroidKey;
import flixel.input.gamepad.FlxGamepadButton;
import flixel.input.gamepad.FlxGamepadInputID;
import flixel.input.keyboard.FlxKey;
import flixel.input.mouse.FlxMouseButton.FlxMouseButtonID;
import flixel.math.FlxAngle;
import flixel.math.FlxPoint;
import flixel.util.FlxColor;
import flixel.util.FlxTimer;
import lime.ui.Haptic;
/**
* A core class which handles receiving player input and interpreting it into game actions.
*/
class Controls extends FlxActionSet
{
/**
* A list of actions that a player would invoke via some input device.
* Uses FlxActions to funnel various inputs to a single action.
*/
var _ui_up = new FunkinAction(Action.UI_UP);
var _ui_left = new FunkinAction(Action.UI_LEFT);
var _ui_right = new FunkinAction(Action.UI_RIGHT);
var _ui_down = new FunkinAction(Action.UI_DOWN);
var _ui_upP = new FunkinAction(Action.UI_UP_P);
var _ui_leftP = new FunkinAction(Action.UI_LEFT_P);
var _ui_rightP = new FunkinAction(Action.UI_RIGHT_P);
var _ui_downP = new FunkinAction(Action.UI_DOWN_P);
var _ui_upR = new FunkinAction(Action.UI_UP_R);
var _ui_leftR = new FunkinAction(Action.UI_LEFT_R);
var _ui_rightR = new FunkinAction(Action.UI_RIGHT_R);
var _ui_downR = new FunkinAction(Action.UI_DOWN_R);
var _note_up = new FunkinAction(Action.NOTE_UP);
var _note_left = new FunkinAction(Action.NOTE_LEFT);
var _note_right = new FunkinAction(Action.NOTE_RIGHT);
var _note_down = new FunkinAction(Action.NOTE_DOWN);
var _note_upP = new FunkinAction(Action.NOTE_UP_P);
var _note_leftP = new FunkinAction(Action.NOTE_LEFT_P);
var _note_rightP = new FunkinAction(Action.NOTE_RIGHT_P);
var _note_downP = new FunkinAction(Action.NOTE_DOWN_P);
var _note_upR = new FunkinAction(Action.NOTE_UP_R);
var _note_leftR = new FunkinAction(Action.NOTE_LEFT_R);
var _note_rightR = new FunkinAction(Action.NOTE_RIGHT_R);
var _note_downR = new FunkinAction(Action.NOTE_DOWN_R);
var _accept = new FunkinAction(Action.ACCEPT);
var _back = new FunkinAction(Action.BACK);
var _pause = new FunkinAction(Action.PAUSE);
var _reset = new FunkinAction(Action.RESET);
var _screenshot = new FunkinAction(Action.SCREENSHOT);
var _cutscene_advance = new FunkinAction(Action.CUTSCENE_ADVANCE);
var _debug_menu = new FunkinAction(Action.DEBUG_MENU);
var _debug_chart = new FunkinAction(Action.DEBUG_CHART);
var _debug_stage = new FunkinAction(Action.DEBUG_STAGE);
var _volume_up = new FunkinAction(Action.VOLUME_UP);
var _volume_down = new FunkinAction(Action.VOLUME_DOWN);
var _volume_mute = new FunkinAction(Action.VOLUME_MUTE);
var _fullscreen = new FunkinAction(Action.FULLSCREEN);
var byName:Map<String, FunkinAction> = new Map<String, FunkinAction>();
public var gamepadsAdded:Array<Int> = [];
public var keyboardScheme = KeyboardScheme.None;
public var UI_UP(get, never):Bool;
inline function get_UI_UP()
return _ui_up.checkPressed();
public var UI_LEFT(get, never):Bool;
inline function get_UI_LEFT()
return _ui_left.checkPressed();
public var UI_RIGHT(get, never):Bool;
inline function get_UI_RIGHT()
return _ui_right.checkPressed();
public var UI_DOWN(get, never):Bool;
inline function get_UI_DOWN()
return _ui_down.checkPressed();
public var UI_UP_P(get, never):Bool;
inline function get_UI_UP_P()
return _ui_up.checkJustPressed();
public var UI_LEFT_P(get, never):Bool;
inline function get_UI_LEFT_P()
return _ui_left.checkJustPressed();
public var UI_RIGHT_P(get, never):Bool;
inline function get_UI_RIGHT_P()
return _ui_right.checkJustPressed();
public var UI_DOWN_P(get, never):Bool;
inline function get_UI_DOWN_P()
return _ui_down.checkJustPressed();
public var UI_UP_R(get, never):Bool;
inline function get_UI_UP_R()
return _ui_up.checkJustReleased();
public var UI_LEFT_R(get, never):Bool;
inline function get_UI_LEFT_R()
return _ui_left.checkJustReleased();
public var UI_RIGHT_R(get, never):Bool;
inline function get_UI_RIGHT_R()
return _ui_right.checkJustReleased();
public var UI_DOWN_R(get, never):Bool;
inline function get_UI_DOWN_R()
return _ui_down.checkJustReleased();
public var UI_UP_GAMEPAD(get, never):Bool;
inline function get_UI_UP_GAMEPAD()
return _ui_up.checkPressedGamepad();
public var UI_LEFT_GAMEPAD(get, never):Bool;
inline function get_UI_LEFT_GAMEPAD()
return _ui_left.checkPressedGamepad();
public var UI_RIGHT_GAMEPAD(get, never):Bool;
inline function get_UI_RIGHT_GAMEPAD()
return _ui_right.checkPressedGamepad();
public var UI_DOWN_GAMEPAD(get, never):Bool;
inline function get_UI_DOWN_GAMEPAD()
return _ui_down.checkPressedGamepad();
public var NOTE_UP(get, never):Bool;
inline function get_NOTE_UP()
return _note_up.checkPressed();
public var NOTE_LEFT(get, never):Bool;
inline function get_NOTE_LEFT()
return _note_left.checkPressed();
public var NOTE_RIGHT(get, never):Bool;
inline function get_NOTE_RIGHT()
return _note_right.checkPressed();
public var NOTE_DOWN(get, never):Bool;
inline function get_NOTE_DOWN()
return _note_down.checkPressed();
public var NOTE_UP_P(get, never):Bool;
inline function get_NOTE_UP_P()
return _note_up.checkJustPressed();
public var NOTE_LEFT_P(get, never):Bool;
inline function get_NOTE_LEFT_P()
return _note_left.checkJustPressed();
public var NOTE_RIGHT_P(get, never):Bool;
inline function get_NOTE_RIGHT_P()
return _note_right.checkJustPressed();
public var NOTE_DOWN_P(get, never):Bool;
inline function get_NOTE_DOWN_P()
return _note_down.checkJustPressed();
public var NOTE_UP_R(get, never):Bool;
inline function get_NOTE_UP_R()
return _note_up.checkJustReleased();
public var NOTE_LEFT_R(get, never):Bool;
inline function get_NOTE_LEFT_R()
return _note_left.checkJustReleased();
public var NOTE_RIGHT_R(get, never):Bool;
inline function get_NOTE_RIGHT_R()
return _note_right.checkJustReleased();
public var NOTE_DOWN_R(get, never):Bool;
inline function get_NOTE_DOWN_R()
return _note_down.checkJustReleased();
public var ACCEPT(get, never):Bool;
inline function get_ACCEPT()
return _accept.check();
public var BACK(get, never):Bool;
inline function get_BACK()
return _back.check();
public var PAUSE(get, never):Bool;
inline function get_PAUSE()
return _pause.check();
public var RESET(get, never):Bool;
inline function get_RESET()
return _reset.check();
public var SCREENSHOT(get, never):Bool;
inline function get_SCREENSHOT()
return _screenshot.check();
public var CUTSCENE_ADVANCE(get, never):Bool;
inline function get_CUTSCENE_ADVANCE()
return _cutscene_advance.check();
public var DEBUG_MENU(get, never):Bool;
inline function get_DEBUG_MENU()
return _debug_menu.check();
public var DEBUG_CHART(get, never):Bool;
inline function get_DEBUG_CHART()
return _debug_chart.check();
public var DEBUG_STAGE(get, never):Bool;
inline function get_DEBUG_STAGE()
return _debug_stage.check();
public var VOLUME_UP(get, never):Bool;
inline function get_VOLUME_UP()
return _volume_up.check();
public var VOLUME_DOWN(get, never):Bool;
inline function get_VOLUME_DOWN()
return _volume_down.check();
public var VOLUME_MUTE(get, never):Bool;
inline function get_VOLUME_MUTE()
return _volume_mute.check();
public var FULLSCREEN(get, never):Bool;
inline function get_FULLSCREEN()
return _fullscreen.check();
public function new(name, scheme:KeyboardScheme = null)
{
super(name);
add(_ui_up);
add(_ui_left);
add(_ui_right);
add(_ui_down);
add(_note_up);
add(_note_left);
add(_note_right);
add(_note_down);
add(_accept);
add(_back);
add(_pause);
add(_reset);
add(_screenshot);
add(_cutscene_advance);
add(_debug_menu);
add(_debug_chart);
add(_debug_stage);
add(_volume_up);
add(_volume_down);
add(_volume_mute);
add(_fullscreen);
for (action in digitalActions) {
if (Std.isOfType(action, FunkinAction)) {
var funkinAction:FunkinAction = cast action;
byName[funkinAction.name] = funkinAction;
if (funkinAction.namePressed != null)
byName[funkinAction.namePressed] = funkinAction;
if (funkinAction.nameReleased != null)
byName[funkinAction.nameReleased] = funkinAction;
}
}
if (scheme == null)
scheme = None;
setKeyboardScheme(scheme, false);
}
override function update()
{
super.update();
}
public function check(name:Action, trigger:FlxInputState = JUST_PRESSED, gamepadOnly:Bool = false):Bool
{
#if debug
if (!byName.exists(name))
throw 'Invalid name: $name';
#end
var action = byName[name];
if (gamepadOnly)
return action.checkFiltered(trigger, GAMEPAD);
else
return action.checkFiltered(trigger);
}
public function getKeysForAction(name:Action):Array<FlxKey> {
#if debug
if (!byName.exists(name))
throw 'Invalid name: $name';
#end
// TODO: Revert to `.map().filter()` once HashLink doesn't complain anymore.
var result:Array<FlxKey> = [];
for (input in byName[name].inputs) {
if (input.device == KEYBOARD) result.push(input.inputID);
}
return result;
}
public function getButtonsForAction(name:Action):Array<FlxGamepadInputID> {
#if debug
if (!byName.exists(name))
throw 'Invalid name: $name';
#end
var result:Array<FlxGamepadInputID> = [];
for (input in byName[name].inputs) {
if (input.device == GAMEPAD) result.push(input.inputID);
}
return result;
}
public function getDialogueName(action:FlxActionDigital):String
{
var input = action.inputs[0];
return switch (input.device)
{
case KEYBOARD: return '[${(input.inputID : FlxKey)}]';
case GAMEPAD: return '(${(input.inputID : FlxGamepadInputID)})';
case device: throw 'unhandled device: $device';
}
}
public function getDialogueNameFromToken(token:String):String
{
return getDialogueName(getActionFromControl(Control.createByName(token.toUpperCase())));
}
function getActionFromControl(control:Control):FlxActionDigital
{
return switch(control)
{
case UI_UP: _ui_up;
case UI_DOWN: _ui_down;
case UI_LEFT: _ui_left;
case UI_RIGHT: _ui_right;
case NOTE_UP: _note_up;
case NOTE_DOWN: _note_down;
case NOTE_LEFT: _note_left;
case NOTE_RIGHT: _note_right;
case ACCEPT: _accept;
case BACK: _back;
case PAUSE: _pause;
case RESET: _reset;
case SCREENSHOT: _screenshot;
case CUTSCENE_ADVANCE: _cutscene_advance;
case DEBUG_MENU: _debug_menu;
case DEBUG_CHART: _debug_chart;
case DEBUG_STAGE: _debug_stage;
case VOLUME_UP: _volume_up;
case VOLUME_DOWN: _volume_down;
case VOLUME_MUTE: _volume_mute;
case FULLSCREEN: _fullscreen;
}
}
static function init():Void
{
var actions = new FlxActionManager();
FlxG.inputs.add(actions);
}
/**
* Calls a function passing each action bound by the specified control
* @param control
* @param func
* @return ->Void)
*/
function forEachBound(control:Control, func:FlxActionDigital->FlxInputState->Void)
{
switch(control)
{
case UI_UP:
func(_ui_up, PRESSED);
func(_ui_up, JUST_PRESSED);
func(_ui_up, JUST_RELEASED);
case UI_LEFT:
func(_ui_left, PRESSED);
func(_ui_left, JUST_PRESSED);
func(_ui_left, JUST_RELEASED);
case UI_RIGHT:
func(_ui_right, PRESSED);
func(_ui_right, JUST_PRESSED);
func(_ui_right, JUST_RELEASED);
case UI_DOWN:
func(_ui_down, PRESSED);
func(_ui_down, JUST_PRESSED);
func(_ui_down, JUST_RELEASED);
case NOTE_UP:
func(_note_up, PRESSED);
func(_note_up, JUST_PRESSED);
func(_note_up, JUST_RELEASED);
case NOTE_LEFT:
func(_note_left, PRESSED);
func(_note_left, JUST_PRESSED);
func(_note_left, JUST_RELEASED);
case NOTE_RIGHT:
func(_note_right, PRESSED);
func(_note_right, JUST_PRESSED);
func(_note_right, JUST_RELEASED);
case NOTE_DOWN:
func(_note_down, PRESSED);
func(_note_down, JUST_PRESSED);
func(_note_down, JUST_RELEASED);
case ACCEPT:
func(_accept, JUST_PRESSED);
case BACK:
func(_back, JUST_PRESSED);
case PAUSE:
func(_pause, JUST_PRESSED);
case RESET:
func(_reset, JUST_PRESSED);
case SCREENSHOT:
func(_screenshot, JUST_PRESSED);
case CUTSCENE_ADVANCE:
func(_cutscene_advance, JUST_PRESSED);
case DEBUG_MENU:
func(_debug_menu, JUST_PRESSED);
case DEBUG_CHART:
func(_debug_chart, JUST_PRESSED);
case DEBUG_STAGE:
func(_debug_stage, JUST_PRESSED);
case VOLUME_UP:
func(_volume_up, JUST_PRESSED);
case VOLUME_DOWN:
func(_volume_down, JUST_PRESSED);
case VOLUME_MUTE:
func(_volume_mute, JUST_PRESSED);
case FULLSCREEN:
func(_fullscreen, JUST_PRESSED);
}
}
public function replaceBinding(control:Control, device:Device, toAdd:Int, toRemove:Int)
{
if (toAdd == toRemove)
return;
switch(device)
{
case Keys:
forEachBound(control, function(action, state) replaceKey(action, toAdd, toRemove, state));
case Gamepad(id):
forEachBound(control, function(action, state) replaceButton(action, id, toAdd, toRemove, state));
}
}
function replaceKey(action:FlxActionDigital, toAdd:FlxKey, toRemove:FlxKey, state:FlxInputState)
{
if (action.inputs.length == 0) {
// Add the keybind, don't replace.
addKeys(action, [toAdd], state);
return;
}
var hasReplaced:Bool = false;
for (i in 0...action.inputs.length)
{
var input = action.inputs[i];
if (input == null) continue;
if (input.device == KEYBOARD && input.inputID == toRemove)
{
if (toAdd == FlxKey.NONE) {
// Remove the keybind, don't replace.
action.inputs.remove(input);
} else {
// Replace the keybind.
@:privateAccess
action.inputs[i].inputID = toAdd;
}
hasReplaced = true;
} else if (input.device == KEYBOARD && input.inputID == toAdd) {
// This key is already bound!
if (hasReplaced) {
// Remove the duplicate keybind, don't replace.
action.inputs.remove(input);
} else {
hasReplaced = true;
}
}
}
if (!hasReplaced) {
addKeys(action, [toAdd], state);
}
}
function replaceButton(action:FlxActionDigital, deviceID:Int, toAdd:FlxGamepadInputID, toRemove:FlxGamepadInputID, state:FlxInputState)
{
if (action.inputs.length == 0) {
addButtons(action, [toAdd], state, deviceID);
return;
}
var hasReplaced:Bool = false;
for (i in 0...action.inputs.length)
{
var input = action.inputs[i];
if (input == null) continue;
if (isGamepad(input, deviceID) && input.inputID == toRemove)
{
@:privateAccess
action.inputs[i].inputID = toAdd;
hasReplaced = true;
}
}
if (!hasReplaced) {
addButtons(action, [toAdd], state, deviceID);
}
}
public function copyFrom(controls:Controls, ?device:Device)
{
for (name in controls.byName.keys())
{
var action = controls.byName[name];
for (input in action.inputs)
{
if (device == null || isDevice(input, device))
byName[name].add(cast input);
}
}
switch(device)
{
case null:
// add all
for (gamepad in controls.gamepadsAdded)
if (gamepadsAdded.indexOf(gamepad) == -1)
gamepadsAdded.push(gamepad);
mergeKeyboardScheme(controls.keyboardScheme);
case Gamepad(id):
gamepadsAdded.push(id);
case Keys:
mergeKeyboardScheme(controls.keyboardScheme);
}
}
inline public function copyTo(controls:Controls, ?device:Device)
{
controls.copyFrom(this, device);
}
function mergeKeyboardScheme(scheme:KeyboardScheme):Void
{
if (scheme != None)
{
switch(keyboardScheme)
{
case None:
keyboardScheme = scheme;
default:
keyboardScheme = Custom;
}
}
}
/**
* Sets all actions that pertain to the binder to trigger when the supplied keys are used.
* If binder is a literal you can inline this
*/
public function bindKeys(control:Control, keys:Array<FlxKey>)
{
forEachBound(control, function(action, state) addKeys(action, keys, state));
}
public function bindSwipe(control:Control, swipeDir:Int = FlxDirectionFlags.UP, ?swpLength:Float = 90)
{
forEachBound(control, function(action, press) action.add(new FlxActionInputDigitalMobileSwipeGameplay(swipeDir, press, swpLength)));
}
/**
* Sets all actions that pertain to the binder to trigger when the supplied keys are used.
* If binder is a literal you can inline this
*/
public function unbindKeys(control:Control, keys:Array<FlxKey>)
{
forEachBound(control, function(action, _) removeKeys(action, keys));
}
static function addKeys(action:FlxActionDigital, keys:Array<FlxKey>, state:FlxInputState)
{
for (key in keys) {
if (key == FlxKey.NONE) continue; // Ignore unbound keys.
action.addKey(key, state);
}
}
static function removeKeys(action:FlxActionDigital, keys:Array<FlxKey>)
{
var i = action.inputs.length;
while (i-- > 0)
{
var input = action.inputs[i];
if (input.device == KEYBOARD && keys.indexOf(cast input.inputID) != -1)
action.remove(input);
}
}
public function setKeyboardScheme(scheme:KeyboardScheme, reset = true)
{
if (reset)
removeKeyboard();
keyboardScheme = scheme;
bindKeys(Control.UI_UP, getDefaultKeybinds(scheme, Control.UI_UP));
bindKeys(Control.UI_DOWN, getDefaultKeybinds(scheme, Control.UI_DOWN));
bindKeys(Control.UI_LEFT, getDefaultKeybinds(scheme, Control.UI_LEFT));
bindKeys(Control.UI_RIGHT, getDefaultKeybinds(scheme, Control.UI_RIGHT));
bindKeys(Control.NOTE_UP, getDefaultKeybinds(scheme, Control.NOTE_UP));
bindKeys(Control.NOTE_DOWN, getDefaultKeybinds(scheme, Control.NOTE_DOWN));
bindKeys(Control.NOTE_LEFT, getDefaultKeybinds(scheme, Control.NOTE_LEFT));
bindKeys(Control.NOTE_RIGHT, getDefaultKeybinds(scheme, Control.NOTE_RIGHT));
bindKeys(Control.ACCEPT, getDefaultKeybinds(scheme, Control.ACCEPT));
bindKeys(Control.BACK, getDefaultKeybinds(scheme, Control.BACK));
bindKeys(Control.PAUSE, getDefaultKeybinds(scheme, Control.PAUSE));
bindKeys(Control.RESET, getDefaultKeybinds(scheme, Control.RESET));
bindKeys(Control.SCREENSHOT, getDefaultKeybinds(scheme, Control.SCREENSHOT));
bindKeys(Control.CUTSCENE_ADVANCE, getDefaultKeybinds(scheme, Control.CUTSCENE_ADVANCE));
bindKeys(Control.DEBUG_MENU, getDefaultKeybinds(scheme, Control.DEBUG_MENU));
bindKeys(Control.DEBUG_CHART, getDefaultKeybinds(scheme, Control.DEBUG_CHART));
bindKeys(Control.DEBUG_STAGE, getDefaultKeybinds(scheme, Control.DEBUG_STAGE));
bindKeys(Control.VOLUME_UP, getDefaultKeybinds(scheme, Control.VOLUME_UP));
bindKeys(Control.VOLUME_DOWN, getDefaultKeybinds(scheme, Control.VOLUME_DOWN));
bindKeys(Control.VOLUME_MUTE, getDefaultKeybinds(scheme, Control.VOLUME_MUTE));
bindKeys(Control.FULLSCREEN, getDefaultKeybinds(scheme, Control.FULLSCREEN));
bindMobileLol();
}
function getDefaultKeybinds(scheme:KeyboardScheme, control:Control):Array<FlxKey> {
switch (scheme) {
case Solo:
switch (control) {
case Control.UI_UP: return [W, FlxKey.UP];
case Control.UI_DOWN: return [S, FlxKey.DOWN];
case Control.UI_LEFT: return [A, FlxKey.LEFT];
case Control.UI_RIGHT: return [D, FlxKey.RIGHT];
case Control.NOTE_UP: return [W, FlxKey.UP];
case Control.NOTE_DOWN: return [S, FlxKey.DOWN];
case Control.NOTE_LEFT: return [A, FlxKey.LEFT];
case Control.NOTE_RIGHT: return [D, FlxKey.RIGHT];
case Control.ACCEPT: return [Z, SPACE, ENTER];
case Control.BACK: return [X, BACKSPACE, ESCAPE];
case Control.PAUSE: return [P, ENTER, ESCAPE];
case Control.RESET: return [R];
case Control.SCREENSHOT: return [F3]; // TODO: Change this back to PrintScreen
case Control.CUTSCENE_ADVANCE: return [Z, ENTER];
case Control.DEBUG_MENU: return [GRAVEACCENT];
case Control.DEBUG_CHART: return [];
case Control.DEBUG_STAGE: return [];
case Control.VOLUME_UP: return [PLUS, NUMPADPLUS];
case Control.VOLUME_DOWN: return [MINUS, NUMPADMINUS];
case Control.VOLUME_MUTE: return [ZERO, NUMPADZERO];
case Control.FULLSCREEN: return [FlxKey.F];
}
case Duo(true):
switch (control) {
case Control.UI_UP: return [W];
case Control.UI_DOWN: return [S];
case Control.UI_LEFT: return [A];
case Control.UI_RIGHT: return [D];
case Control.NOTE_UP: return [W];
case Control.NOTE_DOWN: return [S];
case Control.NOTE_LEFT: return [A];
case Control.NOTE_RIGHT: return [D];
case Control.ACCEPT: return [G, Z];
case Control.BACK: return [H, X];
case Control.PAUSE: return [ONE];
case Control.RESET: return [R];
case Control.SCREENSHOT: return [PRINTSCREEN];
case Control.CUTSCENE_ADVANCE: return [G, Z];
case Control.DEBUG_MENU: return [GRAVEACCENT];
case Control.DEBUG_CHART: return [];
case Control.DEBUG_STAGE: return [];
case Control.VOLUME_UP: return [PLUS];
case Control.VOLUME_DOWN: return [MINUS];
case Control.VOLUME_MUTE: return [ZERO];
case Control.FULLSCREEN: return [FlxKey.F];
}
case Duo(false):
switch (control) {
case Control.UI_UP: return [FlxKey.UP];
case Control.UI_DOWN: return [FlxKey.DOWN];
case Control.UI_LEFT: return [FlxKey.LEFT];
case Control.UI_RIGHT: return [FlxKey.RIGHT];
case Control.NOTE_UP: return [FlxKey.UP];
case Control.NOTE_DOWN: return [FlxKey.DOWN];
case Control.NOTE_LEFT: return [FlxKey.LEFT];
case Control.NOTE_RIGHT: return [FlxKey.RIGHT];
case Control.ACCEPT: return [ENTER];
case Control.BACK: return [ESCAPE];
case Control.PAUSE: return [ONE];
case Control.RESET: return [R];
case Control.SCREENSHOT: return [PRINTSCREEN];
case Control.CUTSCENE_ADVANCE: return [ENTER];
case Control.DEBUG_MENU: return [GRAVEACCENT];
case Control.DEBUG_CHART: return [];
case Control.DEBUG_STAGE: return [];
case Control.VOLUME_UP: return [NUMPADPLUS];
case Control.VOLUME_DOWN: return [NUMPADMINUS];
case Control.VOLUME_MUTE: return [NUMPADZERO];
case Control.FULLSCREEN: return [];
}
default:
// Fallthrough.
}
return [];
}
function bindMobileLol()
{
#if FLX_TOUCH
// MAKE BETTER TOUCH BIND CODE
bindSwipe(Control.NOTE_UP, FlxDirectionFlags.UP, 40);
bindSwipe(Control.NOTE_DOWN, FlxDirectionFlags.DOWN, 40);
bindSwipe(Control.NOTE_LEFT, FlxDirectionFlags.LEFT, 40);
bindSwipe(Control.NOTE_RIGHT, FlxDirectionFlags.RIGHT, 40);
// feels more like drag when up/down are inversed
bindSwipe(Control.UI_UP, FlxDirectionFlags.DOWN);
bindSwipe(Control.UI_DOWN, FlxDirectionFlags.UP);
bindSwipe(Control.UI_LEFT, FlxDirectionFlags.LEFT);
bindSwipe(Control.UI_RIGHT, FlxDirectionFlags.RIGHT);
#end
#if android
forEachBound(Control.BACK, function(action, pres)
{
action.add(new FlxActionInputDigitalAndroid(FlxAndroidKey.BACK, JUST_PRESSED));
});
#end
}
function removeKeyboard()
{
for (action in this.digitalActions)
{
var i = action.inputs.length;
while (i-- > 0)
{
var input = action.inputs[i];
if (input.device == KEYBOARD)
action.remove(input);
}
}
}
public function addGamepadWithSaveData(id:Int, ?padData:Dynamic):Void
{
gamepadsAdded.push(id);
fromSaveData(padData, Gamepad(id));
}
public function getGamepadIds():Array<Int> {
return gamepadsAdded;
}
public function getGamepads():Array<FlxGamepad> {
return [for (id in gamepadsAdded) FlxG.gamepads.getByID(id)];
}
inline function addGamepadLiteral(id:Int, ?buttonMap:Map<Control, Array<FlxGamepadInputID>>):Void
{
gamepadsAdded.push(id);
for (control in buttonMap.keys())
bindButtons(control, id, buttonMap[control]);
}
public function removeGamepad(deviceID:Int = FlxInputDeviceID.ALL):Void
{
for (action in this.digitalActions)
{
var i = action.inputs.length;
while (i-- > 0)
{
var input = action.inputs[i];
if (isGamepad(input, deviceID))
action.remove(input);
}
}
gamepadsAdded.remove(deviceID);
}
public function addDefaultGamepad(id):Void
{
addGamepadLiteral(id, [
Control.ACCEPT => getDefaultGamepadBinds(Control.ACCEPT),
Control.BACK => getDefaultGamepadBinds(Control.BACK),
Control.UI_UP => getDefaultGamepadBinds(Control.UI_UP),
Control.UI_DOWN => getDefaultGamepadBinds(Control.UI_DOWN),
Control.UI_LEFT => getDefaultGamepadBinds(Control.UI_LEFT),
Control.UI_RIGHT => getDefaultGamepadBinds(Control.UI_RIGHT),
// don't swap A/B or X/Y for switch on these. A is always the bottom face button
Control.NOTE_UP => getDefaultGamepadBinds(Control.NOTE_UP),
Control.NOTE_DOWN => getDefaultGamepadBinds(Control.NOTE_DOWN),
Control.NOTE_LEFT => getDefaultGamepadBinds(Control.NOTE_LEFT),
Control.NOTE_RIGHT => getDefaultGamepadBinds(Control.NOTE_RIGHT),
Control.PAUSE => getDefaultGamepadBinds(Control.PAUSE),
Control.RESET => getDefaultGamepadBinds(Control.RESET),
// Control.SCREENSHOT => [],
// Control.VOLUME_UP => [RIGHT_SHOULDER],
// Control.VOLUME_DOWN => [LEFT_SHOULDER],
// Control.VOLUME_MUTE => [RIGHT_TRIGGER],
Control.CUTSCENE_ADVANCE => getDefaultGamepadBinds(Control.CUTSCENE_ADVANCE),
// Control.DEBUG_MENU
// Control.DEBUG_CHART
]);
}
function getDefaultGamepadBinds(control:Control):Array<FlxGamepadInputID> {
switch(control) {
case Control.ACCEPT: return [#if switch B #else A #end];
case Control.BACK: return [#if switch A #else B #end, FlxGamepadInputID.BACK];
case Control.UI_UP: return [DPAD_UP, LEFT_STICK_DIGITAL_UP];
case Control.UI_DOWN: return [DPAD_DOWN, LEFT_STICK_DIGITAL_DOWN];
case Control.UI_LEFT: return [DPAD_LEFT, LEFT_STICK_DIGITAL_LEFT];
case Control.UI_RIGHT: return [DPAD_RIGHT, LEFT_STICK_DIGITAL_RIGHT];
case Control.NOTE_UP: return [DPAD_UP, Y, LEFT_STICK_DIGITAL_UP, RIGHT_STICK_DIGITAL_UP];
case Control.NOTE_DOWN: return [DPAD_DOWN, A, LEFT_STICK_DIGITAL_DOWN, RIGHT_STICK_DIGITAL_DOWN];
case Control.NOTE_LEFT: return [DPAD_LEFT, X, LEFT_STICK_DIGITAL_LEFT, RIGHT_STICK_DIGITAL_LEFT];
case Control.NOTE_RIGHT: return [DPAD_RIGHT, B, LEFT_STICK_DIGITAL_RIGHT, RIGHT_STICK_DIGITAL_RIGHT];
case Control.PAUSE: return [START];
case Control.RESET: return [RIGHT_SHOULDER];
case Control.SCREENSHOT: return [];
case Control.VOLUME_UP: return [];
case Control.VOLUME_DOWN: return [];
case Control.VOLUME_MUTE: return [];
case Control.CUTSCENE_ADVANCE: return [A];
case Control.DEBUG_MENU: return [];
case Control.DEBUG_CHART: return [];
case Control.FULLSCREEN: return [];
default:
// Fallthrough.
}
return [];
}
/**
* Sets all actions that pertain to the binder to trigger when the supplied keys are used.
* If binder is a literal you can inline this
*/
public function bindButtons(control:Control, id, buttons)
{
forEachBound(control, function(action, state) addButtons(action, buttons, state, id));
}
public function touchShit(control:Control, id)
{
forEachBound(control, function(action, state)
{
// action
});
}
/**
* Sets all actions that pertain to the binder to trigger when the supplied keys are used.
* If binder is a literal you can inline this
*/
public function unbindButtons(control:Control, gamepadID:Int, buttons)
{
forEachBound(control, function(action, _) removeButtons(action, gamepadID, buttons));
}
inline static function addButtons(action:FlxActionDigital, buttons:Array<FlxGamepadInputID>, state, id)
{
for (button in buttons) {
if (button == FlxGamepadInputID.NONE) continue; // Ignore unbound keys.
action.addGamepad(button, state, id);
}
}
static function removeButtons(action:FlxActionDigital, gamepadID:Int, buttons:Array<FlxGamepadInputID>)
{
var i = action.inputs.length;
while (i-- > 0)
{
var input = action.inputs[i];
if (isGamepad(input, gamepadID) && buttons.indexOf(cast input.inputID) != -1)
action.remove(input);
}
}
public function getInputsFor(control:Control, device:Device, ?list:Array<Int>):Array<Int>
{
if (list == null)
list = [];
switch(device)
{
case Keys:
for (input in getActionFromControl(control).inputs)
{
if (input.device == KEYBOARD)
list.push(input.inputID);
}
case Gamepad(id):
for (input in getActionFromControl(control).inputs)
{
if (isGamepad(input, id))
list.push(input.inputID);
}
}
return list;
}
public function removeDevice(device:Device)
{
switch(device)
{
case Keys:
setKeyboardScheme(None);
case Gamepad(id):
removeGamepad(id);
}
}
/**
* NOTE: When loading controls:
* An EMPTY array means the control is uninitialized and needs to be reset to default.
* An array with a single FlxKey.NONE means the control was intentionally unbound by the user.
*/
public function fromSaveData(data:Dynamic, device:Device)
{
for (control in Control.createAll())
{
var inputs:Array<Int> = Reflect.field(data, control.getName());
inputs = inputs.unique();
if (inputs != null)
{
if (inputs.length == 0) {
trace('Control ${control} is missing bindings, resetting to default.');
switch(device)
{
case Keys:
bindKeys(control, getDefaultKeybinds(Solo, control));
case Gamepad(id):
bindButtons(control, id, getDefaultGamepadBinds(control));
}
} else if (inputs == [FlxKey.NONE]) {
trace('Control ${control} is unbound, leaving it be.');
} else {
switch(device)
{
case Keys:
bindKeys(control, inputs.copy());
case Gamepad(id):
bindButtons(control, id, inputs.copy());
}
}
} else {
trace('Control ${control} is missing bindings, resetting to default.');
switch(device)
{
case Keys:
bindKeys(control, getDefaultKeybinds(Solo, control));
case Gamepad(id):
bindButtons(control, id, getDefaultGamepadBinds(control));
}
}
}
}
/**
* NOTE: When saving controls:
* An EMPTY array means the control is uninitialized and needs to be reset to default.
* An array with a single FlxKey.NONE means the control was intentionally unbound by the user.
*/
public function createSaveData(device:Device):Dynamic
{
var isEmpty = true;
var data = {};
for (control in Control.createAll())
{
var inputs = getInputsFor(control, device);
isEmpty = isEmpty && inputs.length == 0;
if (inputs.length == 0) {
inputs = [FlxKey.NONE];
} else {
inputs = inputs.unique();
}
Reflect.setField(data, control.getName(), inputs);
}
return isEmpty ? null : data;
}
static function isDevice(input:FlxActionInput, device:Device)
{
return switch(device)
{
case Keys: input.device == KEYBOARD;
case Gamepad(id): isGamepad(input, id);
}
}
inline static function isGamepad(input:FlxActionInput, deviceID:Int)
{
return input.device == GAMEPAD && (deviceID == FlxInputDeviceID.ALL || input.deviceID == deviceID);
}
}
typedef SaveInputLists =
{
?keys:Array<Int>,
?pad:Array<Int>
};
typedef Swipes =
{
?initTouchPos:FlxPoint,
?touchAngle:Float,
?touchLength:Float,
?curTouchPos:FlxPoint
};
/**
* An FlxActionDigital with additional functionality, including:
* - Combining `pressed` and `released` inputs into one action.
* - Filtering by input method (`KEYBOARD`, `MOUSE`, `GAMEPAD`, etc).
*/
class FunkinAction extends FlxActionDigital {
public var namePressed(default, null):Null<String>;
public var nameReleased(default, null):Null<String>;
var cache:Map<String, {timestamp:Int, value:Bool}> = [];
public function new(?name:String = "", ?namePressed:String, ?nameReleased:String)
{
super(name);
this.namePressed = namePressed;
this.nameReleased = nameReleased;
}
/**
* Input checks default to whether the input was just pressed, on any input device.
*/
public override function check():Bool {
return checkFiltered(JUST_PRESSED);
}
/**
* Check whether the input is currently being held.
*/
public function checkPressed():Bool {
return checkFiltered(PRESSED);
}
/**
* Check whether the input is currently being held, and was not held last frame.
*/
public function checkJustPressed():Bool {
return checkFiltered(JUST_PRESSED);
}
/**
* Check whether the input is not currently being held.
*/
public function checkReleased():Bool {
return checkFiltered(RELEASED);
}
/**
* Check whether the input is not currently being held, and was held last frame.
*/
public function checkJustReleased():Bool {
return checkFiltered(JUST_RELEASED);
}
/**
* Check whether the input is currently being held by a gamepad device.
*/
public function checkPressedGamepad():Bool {
return checkFiltered(PRESSED, GAMEPAD);
}
/**
* Check whether the input is currently being held by a gamepad device, and was not held last frame.
*/
public function checkJustPressedGamepad():Bool {
return checkFiltered(JUST_PRESSED, GAMEPAD);
}
/**
* Check whether the input is not currently being held by a gamepad device.
*/
public function checkReleasedGamepad():Bool {
return checkFiltered(RELEASED, GAMEPAD);
}
/**
* Check whether the input is not currently being held by a gamepad device, and was held last frame.
*/
public function checkJustReleasedGamepad():Bool {
return checkFiltered(JUST_RELEASED, GAMEPAD);
}
public function checkMultiFiltered(?filterTriggers:Array<FlxInputState>, ?filterDevices:Array<FlxInputDevice>):Bool {
if (filterTriggers == null) {
filterTriggers = [PRESSED, JUST_PRESSED];
}
if (filterDevices == null) {
filterDevices = [];
}
// Perform checkFiltered for each combination.
for (i in filterTriggers) {
if (filterDevices.length == 0) {
if (checkFiltered(i)) {
return true;
}
} else {
for (j in filterDevices) {
if (checkFiltered(i, j)) {
return true;
}
}
}
}
return false;
}
/**
* Performs the functionality of `FlxActionDigital.check()`, but with optional filters.
* @param action The action to check for.
* @param filterTrigger Optionally filter by trigger condition (`JUST_PRESSED`, `PRESSED`, `JUST_RELEASED`, `RELEASED`).
* @param filterDevice Optionally filter by device (`KEYBOARD`, `MOUSE`, `GAMEPAD`, `OTHER`).
*/
public function checkFiltered(?filterTrigger:FlxInputState, ?filterDevice:FlxInputDevice):Bool {
// The normal
// Make sure we only update the inputs once per frame.
var key = '${filterTrigger}:${filterDevice}';
var cacheEntry = cache.get(key);
if (cacheEntry != null && cacheEntry.timestamp == FlxG.game.ticks) {
return cacheEntry.value;
}
// Use a for loop instead so we can remove inputs while iterating.
// We don't return early because we need to call check() on ALL inputs.
var result = false;
var len = inputs != null ? inputs.length : 0;
for (i in 0...len)
{
var j = len - i - 1;
var input = inputs[j];
// Filter out dead inputs.
if (input.destroyed)
{
inputs.splice(j, 1);
continue;
}
// Update the input.
input.update();
// Check whether the input is the right trigger.
if (filterTrigger != null && input.trigger != filterTrigger) {
continue;
}
// Check whether the input is the right device.
if (filterDevice != null && input.device != filterDevice) {
continue;
}
// Check whether the input has triggered.
if (input.check(this))
{
result = true;
}
}
// We need to cache this result.
cache.set(key, {timestamp: FlxG.game.ticks, value: result});
return result;
}
}
class FlxActionInputDigitalMobileSwipeGameplay extends FlxActionInputDigital
{
var touchMap:Map<Int, Swipes> = new Map();
var vibrationSteps:Int = 5;
var curStep:Int = 5;
var activateLength:Float = 90;
var hapticPressure:Int = 100;
public function new(swipeDir:Int = FlxDirectionFlags.ANY, Trigger:FlxInputState, ?swipeLength:Float = 90)
{
super(OTHER, swipeDir, Trigger);
activateLength = swipeLength;
}
// fix right swipe
// make so cant double swipe during gameplay
// hold notes?
override function update():Void
{
super.update();
#if FLX_TOUCH
for (touch in FlxG.touches.list)
{
if (touch.justPressed)
{
var pos:FlxPoint = new FlxPoint(touch.screenX, touch.screenY);
var pos2:FlxPoint = new FlxPoint(touch.screenX, touch.screenY);
var swp:Swipes =
{
initTouchPos: pos,
curTouchPos: pos2,
touchAngle: 0,
touchLength: 0
};
touchMap[touch.touchPointID] = swp;
curStep = 1;
Haptic.vibrate(40, 70);
}
if (touch.pressed)
{
var daSwipe = touchMap[touch.touchPointID];
daSwipe.curTouchPos.set(touch.screenX, touch.screenY);
var dx = daSwipe.initTouchPos.x - touch.screenX;
var dy = daSwipe.initTouchPos.y - touch.screenY;
daSwipe.touchAngle = Math.atan2(dy, dx);
daSwipe.touchLength = Math.sqrt(dx * dx + dy * dy);
FlxG.watch.addQuick("LENGTH", daSwipe.touchLength);
FlxG.watch.addQuick("ANGLE", FlxAngle.asDegrees(daSwipe.touchAngle));
if (daSwipe.touchLength >= (activateLength / vibrationSteps) * curStep)
{
curStep += 1;
// Haptic.vibrate(Std.int(hapticPressure / (curStep * 1.5)), 50);
}
}
if (touch.justReleased)
{
touchMap.remove(touch.touchPointID);
}
/* switch (inputID)
{
case FlxDirectionFlags.UP:
return
case FlxDirectionFlags.DOWN:
}
*/
}
#end
}
override public function check(Action:FlxAction):Bool
{
for (swp in touchMap)
{
var degAngle = FlxAngle.asDegrees(swp.touchAngle);
switch(trigger)
{
case JUST_PRESSED:
if (swp.touchLength >= activateLength)
{
switch(inputID)
{
case FlxDirectionFlags.UP:
if (degAngle >= 45 && degAngle <= 90 + 45) return properTouch(swp);
case FlxDirectionFlags.DOWN:
if (-degAngle >= 45 && -degAngle <= 90 + 45) return properTouch(swp);
case FlxDirectionFlags.LEFT:
if (degAngle <= 45 && -degAngle <= 45) return properTouch(swp);
case FlxDirectionFlags.RIGHT:
if (degAngle >= 90 + 45 && degAngle <= -90 + -45) return properTouch(swp);
}
}
default:
}
}
return false;
}
function properTouch(swipe:Swipes):Bool
{
curStep = 1;
Haptic.vibrate(100, 30);
swipe.initTouchPos.set(swipe.curTouchPos.x, swipe.curTouchPos.y);
return true;
}
}
// Maybe this can be committed to main HaxeFlixel repo?
#if android
class FlxActionInputDigitalAndroid extends FlxActionInputDigital
{
/**
* Android buttons action input
* @param androidKeyID Key identifier (FlxAndroidKey.BACK, FlxAndroidKey.MENU... those are the only 2 android specific ones)
* @param Trigger What state triggers this action (PRESSED, JUST_PRESSED, RELEASED, JUST_RELEASED)
*/
public function new(androidKeyID:FlxAndroidKey, Trigger:FlxInputState)
{
super(FlxInputDevice.OTHER, androidKeyID, Trigger);
}
override public function check(Action:FlxAction):Bool
{
returnswitch(trigger)
{
#if android
case PRESSED: FlxG.android.checkStatus(inputID, PRESSED) || FlxG.android.checkStatus(inputID, PRESSED);
case RELEASED: FlxG.android.checkStatus(inputID, RELEASED) || FlxG.android.checkStatus(inputID, JUST_RELEASED);
case JUST_PRESSED: FlxG.android.checkStatus(inputID, JUST_PRESSED);
case JUST_RELEASED: FlxG.android.checkStatus(inputID, JUST_RELEASED);
#end
default: false;
}
}
}
#end
/**
* Since, in many cases multiple actions should use similar keys, we don't want the
* rebinding UI to list every action. ActionBinders are what the user percieves as
* an input so, for instance, they can't set jump-press and jump-release to different keys.
*/
enum Control
{
// NOTE
NOTE_LEFT;
NOTE_DOWN;
NOTE_UP;
NOTE_RIGHT;
// UI
UI_UP;
UI_LEFT;
UI_RIGHT;
UI_DOWN;
RESET;
SCREENSHOT;
ACCEPT;
BACK;
PAUSE;
FULLSCREEN;
// CUTSCENE
CUTSCENE_ADVANCE;
// SCREENSHOT
// VOLUME
VOLUME_UP;
VOLUME_DOWN;
VOLUME_MUTE;
// DEBUG
DEBUG_MENU;
DEBUG_CHART;
DEBUG_STAGE;
}
enum abstract Action(String) to String from String
{
// NOTE
var NOTE_UP = "note_up";
var NOTE_LEFT = "note_left";
var NOTE_RIGHT = "note_right";
var NOTE_DOWN = "note_down";
var NOTE_UP_P = "note_up-press";
var NOTE_LEFT_P = "note_left-press";
var NOTE_RIGHT_P = "note_right-press";
var NOTE_DOWN_P = "note_down-press";
var NOTE_UP_R = "note_up-release";
var NOTE_LEFT_R = "note_left-release";
var NOTE_RIGHT_R = "note_right-release";
var NOTE_DOWN_R = "note_down-release";
// UI
var UI_UP = "ui_up";
var UI_LEFT = "ui_left";
var UI_RIGHT = "ui_right";
var UI_DOWN = "ui_down";
var UI_UP_P = "ui_up-press";
var UI_LEFT_P = "ui_left-press";
var UI_RIGHT_P = "ui_right-press";
var UI_DOWN_P = "ui_down-press";
var UI_UP_R = "ui_up-release";
var UI_LEFT_R = "ui_left-release";
var UI_RIGHT_R = "ui_right-release";
var UI_DOWN_R = "ui_down-release";
var ACCEPT = "accept";
var BACK = "back";
var PAUSE = "pause";
var RESET = "reset";
var FULLSCREEN = "fullscreen";
// SCREENSHOT
var SCREENSHOT = "screenshot";
// CUTSCENE
var CUTSCENE_ADVANCE = "cutscene_advance";
// VOLUME
var VOLUME_UP = "volume_up";
var VOLUME_DOWN = "volume_down";
var VOLUME_MUTE = "volume_mute";
// DEBUG
var DEBUG_MENU = "debug_menu";
var DEBUG_CHART = "debug_chart";
var DEBUG_STAGE = "debug_stage";
}
enum Device
{
Keys;
Gamepad(id:Int);
}
enum KeyboardScheme
{
Solo;
Duo(first:Bool);
None;
Custom;
}