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Code Issues Releases Wiki Activity

add controls settings menu

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This commit is contained in:
Sallai József 2022-07-30 23:20:53 +03:00
parent 03e9c9db0c
commit ffaf12cca8
7 changed files with 1054 additions and 1 deletions
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34
src/builtin/locale/en.json
View file

@ -114,6 +114,8 @@
"soundtrack": "Soundtrack: {soundtrack}"
},
"controls": "Controls...",
"language": "Language...",
"behavior": "Behavior...",
@ -125,6 +127,38 @@
},
"pause_on_focus_loss": "Pause on focus loss:"
}
},
"controls_menu": {
"select_player": {
"entry": "Select player:",
"player_1": "Player 1",
"player_2": "Player 2"
},
"controller": {
"entry": "Controller:",
"keyboard": "Keyboard"
},
"rebind": "Rebind...",
"rebind_menu": {
"up": "Up",
"down": "Down",
"left": "Left",
"right": "Right",
"jump": "Jump",
"shoot": "Shoot",
"prev_weapon": "Previous weapon",
"next_weapon": "Next weapon",
"inventory": "Inventory",
"map": "Map system",
"skip": "Skip",
"strafe": "Strafe"
},
"rebind_confirm_menu": {
"title": "Press button for \"{control}\"",
"cancel": "(Esc to cancel)"
}
}
},

35
src/builtin/locale/jp.json
View file

@ -106,6 +106,8 @@
"soundtrack": "サウンドトラック： {soundtrack}"
},
"controls": "ボタン変更",
"language": "言語",
"behavior": "動作",
@ -117,8 +119,41 @@
},
"pause_on_focus_loss": "フォーカスが外れた時のポーズ："
}
},
"controls_menu": {
"select_player": {
"entry": "プレイヤーを選択：",
"player_1": "プレーヤー 1",
"player_2": "プレーヤー 2"
},
"controller": {
"entry": "コントローラ：",
"keyboard": "キーボード"
},
"rebind": "再バインド",
"rebind_menu": {
"up": "うえ",
"down": "した",
"left": "ひだり",
"right": "みぎ",
"jump": "ジャンプ",
"shoot": "ショット",
"prev_weapon": "前の武器",
"next_weapon": "次の武器",
"inventory": "在庫",
"map": "マップシステム",
"skip": "スキップ",
"strafe": "ストレイフ"
},
"rebind_confirm_menu": {
"title": "新しい「ジャンプ」ボタンを押す",
"cancel": "(Escキーを押してキャンセル)"
}
}
},
"soundtrack": {
"organya": "オルガーニャ",
"remastered": "リマスター",

74
src/framework/gamepad.rs
View file

@ -33,6 +33,26 @@ pub enum AxisDirection {
}
impl AxisDirection {
pub fn from_axis_data(axis: Axis, value: f64) -> Self {
match axis {
Axis::LeftX | Axis::RightX => {
if value < 0.0 {
AxisDirection::Left
} else {
AxisDirection::Right
}
}
Axis::LeftY | Axis::RightY => {
if value < 0.0 {
AxisDirection::Up
} else {
AxisDirection::Down
}
}
Axis::TriggerLeft | Axis::TriggerRight => AxisDirection::Either,
}
}
pub fn compare(&self, value: f64, axis_sensitivity: f64) -> bool {
match self {
AxisDirection::None => false,
@ -143,6 +163,26 @@ impl GamepadData {
1
}
pub fn get_gamepad_name(&self) -> String {
let name = if let Some(controller_type) = self.controller_type {
match controller_type {
sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_PS3
| sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_PS4
| sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_PS5 => "PlayStation Controller".to_string(),
sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_XBOX360
| sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_XBOXONE => "Xbox Controller".to_string(),
sdl2_sys::SDL_GameControllerType::SDL_CONTROLLER_TYPE_NINTENDO_SWITCH_PRO => {
"Nintendo Switch Controller".to_string()
}
_ => "Unknown Controller".to_string(),
}
} else {
"Unknown controller".to_string()
};
name
}
}
pub struct GamepadContext {
@ -258,6 +298,28 @@ impl GamepadContext {
}
}
}
pub(crate) fn get_gamepads(&self) -> &Vec<GamepadData> {
&self.gamepads
}
pub(crate) fn pressed_buttons(&self, gamepad_index: u32) -> HashSet<Button> {
if let Some(gamepad) = self.get_gamepad_by_index(gamepad_index as usize) {
return gamepad.pressed_buttons_set.clone();
}
HashSet::new()
}
pub(crate) fn active_axes(&self, gamepad_index: u32) -> HashMap<Axis, f64> {
if let Some(gamepad) = self.get_gamepad_by_index(gamepad_index as usize) {
let mut active_axes = gamepad.axis_values.clone();
active_axes.retain(|_, v| v.abs() > gamepad.axis_sensitivity);
return active_axes;
}
HashMap::new()
}
}
impl Default for GamepadContext {
@ -293,3 +355,15 @@ pub fn is_button_active(ctx: &Context, gamepad_index: u32, button: Button) -> bo
pub fn is_axis_active(ctx: &Context, gamepad_index: u32, axis: Axis, direction: AxisDirection) -> bool {
ctx.gamepad_context.is_axis_active(gamepad_index, axis, direction)
}
pub fn get_gamepads(ctx: &Context) -> &Vec<GamepadData> {
ctx.gamepad_context.get_gamepads()
}
pub fn pressed_buttons(ctx: &Context, gamepad_index: u32) -> HashSet<Button> {
ctx.gamepad_context.pressed_buttons(gamepad_index)
}
pub fn active_axes(ctx: &Context, gamepad_index: u32) -> HashMap<Axis, f64> {
ctx.gamepad_context.active_axes(gamepad_index)
}

823
src/menu/controls_menu.rs Normal file
View file

@ -0,0 +1,823 @@
use std::collections::HashMap;
use crate::framework::context::Context;
use crate::framework::error::GameResult;
use crate::framework::gamepad::{self, Axis, AxisDirection, Button, PlayerControllerInputType};
use crate::framework::keyboard::ScanCode;
use crate::input::combined_menu_controller::CombinedMenuController;
use crate::settings::{ControllerType, PlayerControllerButtonMap, PlayerKeyMap};
use crate::shared_game_state::SharedGameState;
use super::{ControlMenuData, Menu, MenuEntry, MenuSelectionResult};
const FORBIDDEN_SCANCODES: [ScanCode; 12] = [
ScanCode::F1,
ScanCode::F2,
ScanCode::F3,
ScanCode::F4,
ScanCode::F5,
ScanCode::F6,
ScanCode::F7,
ScanCode::F8,
ScanCode::F9,
ScanCode::F10,
ScanCode::F11,
ScanCode::F12,
];
#[derive(PartialEq, Eq, Clone, Debug)]
#[repr(u8)]
enum CurrentMenu {
ControllerMenu,
RebindMenu,
ConfirmRebindMenu,
}
#[derive(Debug, Clone, Copy, Eq, PartialEq)]
enum ControllerMenuEntry {
SelectedPlayer,
Controller,
Rebind,
Back,
}
impl Default for ControllerMenuEntry {
fn default() -> Self {
ControllerMenuEntry::SelectedPlayer
}
}
#[derive(Debug, Clone, Copy, Eq, PartialEq)]
enum RebindMenuEntry {
Control(ControlEntry),
Back,
}
impl Default for RebindMenuEntry {
fn default() -> Self {
RebindMenuEntry::Control(ControlEntry::Up)
}
}
#[derive(Debug, Clone, Copy, Eq, PartialEq)]
enum Player {
Player1,
Player2,
}
impl Player {
fn controller_type(self, state: &SharedGameState) -> ControllerType {
match self {
Player::Player1 => state.settings.player1_controller_type,
Player::Player2 => state.settings.player2_controller_type,
}
}
}
#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)]
enum ControlEntry {
Left,
Up,
Right,
Down,
PrevWeapon,
NextWeapon,
Jump,
Shoot,
Skip,
Inventory,
Map,
Strafe,
}
impl ControlEntry {
fn to_string(&self, state: &SharedGameState) -> String {
match self {
ControlEntry::Left => state.t("menus.controls_menu.rebind_menu.left"),
ControlEntry::Up => state.t("menus.controls_menu.rebind_menu.up"),
ControlEntry::Right => state.t("menus.controls_menu.rebind_menu.right"),
ControlEntry::Down => state.t("menus.controls_menu.rebind_menu.down"),
ControlEntry::PrevWeapon => state.t("menus.controls_menu.rebind_menu.prev_weapon"),
ControlEntry::NextWeapon => state.t("menus.controls_menu.rebind_menu.next_weapon"),
ControlEntry::Jump => state.t("menus.controls_menu.rebind_menu.jump"),
ControlEntry::Shoot => state.t("menus.controls_menu.rebind_menu.shoot"),
ControlEntry::Skip => state.t("menus.controls_menu.rebind_menu.skip"),
ControlEntry::Inventory => state.t("menus.controls_menu.rebind_menu.inventory"),
ControlEntry::Map => state.t("menus.controls_menu.rebind_menu.map"),
ControlEntry::Strafe => state.t("menus.controls_menu.rebind_menu.strafe"),
}
}
}
pub struct ControlsMenu {
current: CurrentMenu,
controller: Menu<ControllerMenuEntry>,
rebind: Menu<RebindMenuEntry>,
confirm_rebind: Menu<usize>,
selected_player: Player,
selected_controller: ControllerType,
selected_control: Option<ControlEntry>,
player1_key_map: Vec<(ControlEntry, ScanCode)>,
player2_key_map: Vec<(ControlEntry, ScanCode)>,
player1_controller_button_map: Vec<(ControlEntry, PlayerControllerInputType)>,
player2_controller_button_map: Vec<(ControlEntry, PlayerControllerInputType)>,
input_busy: bool,
}
impl ControlsMenu {
pub fn new() -> ControlsMenu {
let controller = Menu::new(0, 0, 220, 0);
let rebind = Menu::new(0, 0, 220, 0);
let confirm_rebind = Menu::new(0, 0, 220, 0);
ControlsMenu {
current: CurrentMenu::ControllerMenu,
controller,
rebind,
confirm_rebind,
selected_player: Player::Player1,
selected_controller: ControllerType::Keyboard,
selected_control: None,
player1_key_map: Vec::new(),
player2_key_map: Vec::new(),
player1_controller_button_map: Vec::new(),
player2_controller_button_map: Vec::new(),
input_busy: false,
}
}
pub fn init(&mut self, state: &mut SharedGameState, ctx: &mut Context) -> GameResult {
self.controller.push_entry(
ControllerMenuEntry::SelectedPlayer,
MenuEntry::Options(
state.t("menus.controls_menu.select_player.entry"),
self.selected_player as usize,
vec![
state.t("menus.controls_menu.select_player.player_1"),
state.t("menus.controls_menu.select_player.player_2"),
],
),
);
self.controller.push_entry(ControllerMenuEntry::Controller, MenuEntry::Hidden);
self.controller
.push_entry(ControllerMenuEntry::Rebind, MenuEntry::Active(state.t("menus.controls_menu.rebind")));
self.controller.push_entry(ControllerMenuEntry::Back, MenuEntry::Active(state.t("common.back")));
self.player1_key_map = self.init_key_map(&state.settings.player1_key_map);
self.player2_key_map = self.init_key_map(&state.settings.player2_key_map);
self.player1_controller_button_map =
self.init_controller_button_map(&state.settings.player1_controller_button_map);
self.player2_controller_button_map =
self.init_controller_button_map(&state.settings.player2_controller_button_map);
self.confirm_rebind.draw_cursor = false;
self.confirm_rebind.non_interactive = true;
self.update_controller_options(state, ctx);
self.update_rebind_menu(state, ctx);
self.update_sizes(state);
Ok(())
}
fn update_sizes(&mut self, state: &SharedGameState) {
self.controller.update_width(state);
self.controller.update_height();
self.controller.x = ((state.canvas_size.0 - self.controller.width as f32) / 2.0).floor() as isize;
self.controller.y = ((state.canvas_size.1 - self.controller.height as f32) / 2.0).floor() as isize;
self.rebind.update_width(state);
self.rebind.update_height();
self.rebind.x = ((state.canvas_size.0 - self.rebind.width as f32) / 2.0).floor() as isize;
self.rebind.y = ((state.canvas_size.1 - self.rebind.height as f32) / 2.0).floor() as isize;
self.confirm_rebind.update_width(state);
self.confirm_rebind.update_height();
self.confirm_rebind.x = ((state.canvas_size.0 - self.confirm_rebind.width as f32) / 2.0).floor() as isize;
self.confirm_rebind.y = ((state.canvas_size.1 - self.confirm_rebind.height as f32) / 2.0).floor() as isize;
}
fn init_key_map(&self, settings_key_map: &PlayerKeyMap) -> Vec<(ControlEntry, ScanCode)> {
let mut map = Vec::new();
map.push((ControlEntry::Up, settings_key_map.up));
map.push((ControlEntry::Down, settings_key_map.down));
map.push((ControlEntry::Left, settings_key_map.left));
map.push((ControlEntry::Right, settings_key_map.right));
map.push((ControlEntry::Jump, settings_key_map.jump));
map.push((ControlEntry::Shoot, settings_key_map.shoot));
map.push((ControlEntry::PrevWeapon, settings_key_map.prev_weapon));
map.push((ControlEntry::NextWeapon, settings_key_map.next_weapon));
map.push((ControlEntry::Inventory, settings_key_map.inventory));
map.push((ControlEntry::Map, settings_key_map.map));
map.push((ControlEntry::Skip, settings_key_map.skip));
map.push((ControlEntry::Strafe, settings_key_map.strafe));
map
}
fn init_controller_button_map(
&self,
settings_controller_button_map: &PlayerControllerButtonMap,
) -> Vec<(ControlEntry, PlayerControllerInputType)> {
let mut map = Vec::new();
map.push((ControlEntry::Up, settings_controller_button_map.up));
map.push((ControlEntry::Down, settings_controller_button_map.down));
map.push((ControlEntry::Left, settings_controller_button_map.left));
map.push((ControlEntry::Right, settings_controller_button_map.right));
map.push((ControlEntry::Jump, settings_controller_button_map.jump));
map.push((ControlEntry::Shoot, settings_controller_button_map.shoot));
map.push((ControlEntry::PrevWeapon, settings_controller_button_map.prev_weapon));
map.push((ControlEntry::NextWeapon, settings_controller_button_map.next_weapon));
map.push((ControlEntry::Inventory, settings_controller_button_map.inventory));
map.push((ControlEntry::Map, settings_controller_button_map.map));
map.push((ControlEntry::Skip, settings_controller_button_map.skip));
map.push((ControlEntry::Strafe, settings_controller_button_map.strafe));
map
}
fn update_rebind_menu(&mut self, state: &SharedGameState, ctx: &Context) {
self.rebind.entries.clear();
match self.selected_player {
Player::Player1 => {
if self.selected_controller == ControllerType::Keyboard {
for (k, v) in self.player1_key_map.iter() {
self.rebind.push_entry(
RebindMenuEntry::Control(*k),
MenuEntry::Control(
k.to_string(state).to_owned(),
ControlMenuData::String(format!("{:?}", v)),
),
);
}
} else {
for (k, v) in self.player1_controller_button_map.iter() {
let gamepad_sprite_offset = match state.settings.player1_controller_type {
ControllerType::Keyboard => 1,
ControllerType::Gamepad(index) => {
ctx.gamepad_context.get_gamepad_sprite_offset(index as usize)
}
};
self.rebind.push_entry(
RebindMenuEntry::Control(*k),
MenuEntry::Control(
k.to_string(state).to_owned(),
ControlMenuData::Rect(v.get_rect(gamepad_sprite_offset, &state.constants)),
),
);
}
}
}
Player::Player2 => {
if self.selected_controller == ControllerType::Keyboard {
for (k, v) in self.player2_key_map.iter() {
self.rebind.push_entry(
RebindMenuEntry::Control(*k),
MenuEntry::Control(
k.to_string(state).to_owned(),
ControlMenuData::String(format!("{:?}", v)),
),
);
}
} else {
for (k, v) in self.player2_controller_button_map.iter() {
let gamepad_sprite_offset = match state.settings.player2_controller_type {
ControllerType::Keyboard => 1,
ControllerType::Gamepad(index) => {
ctx.gamepad_context.get_gamepad_sprite_offset(index as usize)
}
};
self.rebind.push_entry(
RebindMenuEntry::Control(*k),
MenuEntry::Control(
k.to_string(state).to_owned(),
ControlMenuData::Rect(v.get_rect(gamepad_sprite_offset, &state.constants)),
),
);
}
}
}
}
self.rebind.push_entry(RebindMenuEntry::Back, MenuEntry::Active(state.t("common.back")));
}
fn update_controller_options(&mut self, state: &SharedGameState, ctx: &Context) {
let mut controllers = Vec::new();
controllers.push(state.t("menus.controls_menu.controller.keyboard"));
let gamepads = gamepad::get_gamepads(ctx);
for i in 0..gamepads.len() {
controllers.push(format!("{} {}", gamepads[i].get_gamepad_name(), i + 1));
}
let controller_type = match self.selected_player {
Player::Player1 => state.settings.player1_controller_type,
Player::Player2 => state.settings.player2_controller_type,
};
if let ControllerType::Gamepad(index) = controller_type {
if index as usize >= gamepads.len() {
self.selected_controller = ControllerType::Keyboard;
} else {
self.selected_controller = controller_type;
}
} else {
self.selected_controller = controller_type;
}
let controller_idx = match self.selected_controller {
ControllerType::Keyboard => 0,
ControllerType::Gamepad(idx) => idx as usize + 1,
};
self.controller.set_entry(
ControllerMenuEntry::Controller,
MenuEntry::Options(
state.t("menus.controls_menu.controller.entry"),
controller_idx as usize,
controllers.clone(),
),
);
}
fn update_confirm_controls_menu(&mut self, state: &SharedGameState) {
match self.selected_control {
Some(control) => {
self.confirm_rebind.entries.clear();
self.confirm_rebind.push_entry(
0,
MenuEntry::DisabledWhite(state.tt(
"menus.controls_menu.rebind_confirm_menu.title",
HashMap::from([("control".to_string(), control.to_string(state))]),
)),
);
self.confirm_rebind
.push_entry(1, MenuEntry::Disabled(state.t("menus.controls_menu.rebind_confirm_menu.cancel")));
}
None => {}
}
}
fn is_key_occupied(&self, scan_code: ScanCode) -> bool {
let keymap = match self.selected_player {
Player::Player1 => &self.player2_key_map,
Player::Player2 => &self.player1_key_map,
};
for (_, v) in keymap.iter() {
if *v == scan_code {
return true;
}
}
false
}
fn set_key(&mut self, state: &mut SharedGameState, scan_code: ScanCode, ctx: &Context) -> GameResult {
if self.selected_control.is_none() {
return Ok(());
}
match self.selected_control.unwrap() {
ControlEntry::Left => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.left = scan_code,
Player::Player2 => state.settings.player2_key_map.left = scan_code,
},
ControlEntry::Up => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.up = scan_code,
Player::Player2 => state.settings.player2_key_map.up = scan_code,
},
ControlEntry::Right => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.right = scan_code,
Player::Player2 => state.settings.player2_key_map.right = scan_code,
},
ControlEntry::Down => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.down = scan_code,
Player::Player2 => state.settings.player2_key_map.down = scan_code,
},
ControlEntry::PrevWeapon => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.prev_weapon = scan_code,
Player::Player2 => state.settings.player2_key_map.prev_weapon = scan_code,
},
ControlEntry::NextWeapon => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.next_weapon = scan_code,
Player::Player2 => state.settings.player2_key_map.next_weapon = scan_code,
},
ControlEntry::Jump => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.jump = scan_code,
Player::Player2 => state.settings.player2_key_map.jump = scan_code,
},
ControlEntry::Shoot => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.shoot = scan_code,
Player::Player2 => state.settings.player2_key_map.shoot = scan_code,
},
ControlEntry::Skip => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.skip = scan_code,
Player::Player2 => state.settings.player2_key_map.skip = scan_code,
},
ControlEntry::Inventory => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.inventory = scan_code,
Player::Player2 => state.settings.player2_key_map.inventory = scan_code,
},
ControlEntry::Map => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.map = scan_code,
Player::Player2 => state.settings.player2_key_map.map = scan_code,
},
ControlEntry::Strafe => match self.selected_player {
Player::Player1 => state.settings.player1_key_map.strafe = scan_code,
Player::Player2 => state.settings.player2_key_map.strafe = scan_code,
},
}
state.settings.save(ctx)?;
let keymap = match self.selected_player {
Player::Player1 => &mut self.player1_key_map,
Player::Player2 => &mut self.player2_key_map,
};
for (entry, value) in keymap.iter_mut() {
if *entry == self.selected_control.unwrap() {
*value = scan_code;
}
}
Ok(())
}
fn set_controller_input(
&mut self,
state: &mut SharedGameState,
input_type: PlayerControllerInputType,
ctx: &Context,
) -> GameResult {
if self.selected_control.is_none() {
return Ok(());
}
match self.selected_control.unwrap() {
ControlEntry::Left => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.left = input_type,
Player::Player2 => state.settings.player2_controller_button_map.left = input_type,
},
ControlEntry::Up => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.up = input_type,
Player::Player2 => state.settings.player2_controller_button_map.up = input_type,
},
ControlEntry::Right => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.right = input_type,
Player::Player2 => state.settings.player2_controller_button_map.right = input_type,
},
ControlEntry::Down => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.down = input_type,
Player::Player2 => state.settings.player2_controller_button_map.down = input_type,
},
ControlEntry::PrevWeapon => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.prev_weapon = input_type,
Player::Player2 => state.settings.player2_controller_button_map.prev_weapon = input_type,
},
ControlEntry::NextWeapon => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.next_weapon = input_type,
Player::Player2 => state.settings.player2_controller_button_map.next_weapon = input_type,
},
ControlEntry::Jump => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.jump = input_type,
Player::Player2 => state.settings.player2_controller_button_map.jump = input_type,
},
ControlEntry::Shoot => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.shoot = input_type,
Player::Player2 => state.settings.player2_controller_button_map.shoot = input_type,
},
ControlEntry::Skip => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.skip = input_type,
Player::Player2 => state.settings.player2_controller_button_map.skip = input_type,
},
ControlEntry::Inventory => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.inventory = input_type,
Player::Player2 => state.settings.player2_controller_button_map.inventory = input_type,
},
ControlEntry::Map => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.map = input_type,
Player::Player2 => state.settings.player2_controller_button_map.map = input_type,
},
ControlEntry::Strafe => match self.selected_player {
Player::Player1 => state.settings.player1_controller_button_map.strafe = input_type,
Player::Player2 => state.settings.player2_controller_button_map.strafe = input_type,
},
}
state.settings.save(ctx)?;
let button_map = match self.selected_player {
Player::Player1 => &mut self.player1_controller_button_map,
Player::Player2 => &mut self.player2_controller_button_map,
};
for (entry, value) in button_map.iter_mut() {
if *entry == self.selected_control.unwrap() {
*value = input_type;
}
}
Ok(())
}
fn normalize_gamepad_input(&self, input: PlayerControllerInputType) -> PlayerControllerInputType {
match input {
PlayerControllerInputType::ButtonInput(Button::DPadUp) => {
PlayerControllerInputType::Either(Button::DPadUp, Axis::LeftY, AxisDirection::Up)
}
PlayerControllerInputType::ButtonInput(Button::DPadDown) => {
PlayerControllerInputType::Either(Button::DPadDown, Axis::LeftY, AxisDirection::Down)
}
PlayerControllerInputType::ButtonInput(Button::DPadLeft) => {
PlayerControllerInputType::Either(Button::DPadLeft, Axis::LeftX, AxisDirection::Left)
}
PlayerControllerInputType::ButtonInput(Button::DPadRight) => {
PlayerControllerInputType::Either(Button::DPadRight, Axis::LeftX, AxisDirection::Right)
}
PlayerControllerInputType::AxisInput(Axis::LeftY, AxisDirection::Up) => {
PlayerControllerInputType::Either(Button::DPadUp, Axis::LeftY, AxisDirection::Up)
}
PlayerControllerInputType::AxisInput(Axis::LeftY, AxisDirection::Down) => {
PlayerControllerInputType::Either(Button::DPadDown, Axis::LeftY, AxisDirection::Down)
}
PlayerControllerInputType::AxisInput(Axis::LeftX, AxisDirection::Left) => {
PlayerControllerInputType::Either(Button::DPadLeft, Axis::LeftX, AxisDirection::Left)
}
PlayerControllerInputType::AxisInput(Axis::LeftX, AxisDirection::Right) => {
PlayerControllerInputType::Either(Button::DPadRight, Axis::LeftX, AxisDirection::Right)
}
PlayerControllerInputType::AxisInput(Axis::RightY, AxisDirection::Up) => {
PlayerControllerInputType::Either(Button::DPadUp, Axis::RightY, AxisDirection::Up)
}
PlayerControllerInputType::AxisInput(Axis::RightY, AxisDirection::Down) => {
PlayerControllerInputType::Either(Button::DPadDown, Axis::RightY, AxisDirection::Down)
}
PlayerControllerInputType::AxisInput(Axis::RightX, AxisDirection::Left) => {
PlayerControllerInputType::Either(Button::DPadLeft, Axis::RightX, AxisDirection::Left)
}
PlayerControllerInputType::AxisInput(Axis::RightX, AxisDirection::Right) => {
PlayerControllerInputType::Either(Button::DPadRight, Axis::RightX, AxisDirection::Right)
}
_ => input,
}
}
pub fn tick(
&mut self,
exit_action: &mut dyn FnMut(),
controller: &mut CombinedMenuController,
state: &mut SharedGameState,
ctx: &mut Context,
) -> GameResult {
self.update_sizes(state);
match self.current {
CurrentMenu::ControllerMenu => match self.controller.tick(controller, state) {
MenuSelectionResult::Selected(ControllerMenuEntry::SelectedPlayer, toggle)
| MenuSelectionResult::Left(ControllerMenuEntry::SelectedPlayer, toggle, _)
| MenuSelectionResult::Right(ControllerMenuEntry::SelectedPlayer, toggle, _) => {
if let MenuEntry::Options(_, value, _) = toggle {
let (new_player, new_value) = match *value {
0 => (Player::Player2, 1),
1 => (Player::Player1, 0),
_ => unreachable!(),
};
*value = new_value;
self.selected_player = new_player;
self.selected_controller = new_player.controller_type(state);
self.update_controller_options(state, ctx);
self.update_rebind_menu(state, ctx);
}
}
MenuSelectionResult::Selected(ControllerMenuEntry::Controller, toggle)
| MenuSelectionResult::Right(ControllerMenuEntry::Controller, toggle, _) => {
if self.input_busy {
return Ok(());
}
if let MenuEntry::Options(_, value, entries) = toggle {
if *value == entries.len() - 1 {
self.selected_controller = ControllerType::Keyboard;
*value = 0;
} else {
self.selected_controller = ControllerType::Gamepad(*value as u32);
*value = *value + 1;
}
}
if self.selected_player == Player::Player1 {
state.settings.player1_controller_type = self.selected_controller;
} else {
state.settings.player2_controller_type = self.selected_controller;
}
let _ = state.settings.save(ctx);
let mut new_menu_controller = CombinedMenuController::new();
new_menu_controller.add(state.settings.create_player1_controller());
new_menu_controller.add(state.settings.create_player2_controller());
self.input_busy = true;
*controller = new_menu_controller;
self.update_rebind_menu(state, ctx);
}
MenuSelectionResult::Left(ControllerMenuEntry::Controller, toggle, _) => {
if self.input_busy {
return Ok(());
}
if let MenuEntry::Options(_, value, entries) = toggle {
if *value == 1 {
self.selected_controller = ControllerType::Keyboard;
*value = 0;
} else {
self.selected_controller = ControllerType::Gamepad(*value as u32);
if *value == 0 {
*value = entries.len() - 1;
} else {
*value = *value - 1;
}
}
}
if self.selected_player == Player::Player1 {
state.settings.player1_controller_type = self.selected_controller;
} else {
state.settings.player2_controller_type = self.selected_controller;
}
let _ = state.settings.save(ctx);
let mut new_menu_controller = CombinedMenuController::new();
new_menu_controller.add(state.settings.create_player1_controller());
new_menu_controller.add(state.settings.create_player2_controller());
self.input_busy = true;
*controller = new_menu_controller;
self.update_rebind_menu(state, ctx);
}
MenuSelectionResult::Selected(ControllerMenuEntry::Rebind, _) => {
self.current = CurrentMenu::RebindMenu;
}
MenuSelectionResult::Selected(ControllerMenuEntry::Back, _) | MenuSelectionResult::Canceled => {
exit_action()
}
_ => {}
},
CurrentMenu::RebindMenu => match self.rebind.tick(controller, state) {
MenuSelectionResult::Selected(RebindMenuEntry::Back, _) | MenuSelectionResult::Canceled => {
self.current = CurrentMenu::ControllerMenu;
}
MenuSelectionResult::Selected(RebindMenuEntry::Control(control), _) => {
if !self.input_busy {
self.selected_control = Some(control);
self.update_confirm_controls_menu(state);
self.input_busy = true;
self.current = CurrentMenu::ConfirmRebindMenu;
}
}
_ => {}
},
CurrentMenu::ConfirmRebindMenu => match self.confirm_rebind.tick(controller, state) {
_ => {
let pressed_keys: Vec<_> = ctx.keyboard_context.pressed_keys().into_iter().collect();
for key in pressed_keys.clone() {
if *key == ScanCode::Escape {
state.sound_manager.play_sfx(5);
self.current = CurrentMenu::RebindMenu;
return Ok(());
}
}
match self.selected_controller {
ControllerType::Keyboard => {
if pressed_keys.len() == 1 {
if !self.input_busy {
self.input_busy = true;
let key = **pressed_keys.first().unwrap();
if self.is_key_occupied(key)
|| FORBIDDEN_SCANCODES.contains(&key)
|| self.selected_controller != ControllerType::Keyboard
{
state.sound_manager.play_sfx(12);
} else {
self.set_key(state, key, ctx)?;
self.update_rebind_menu(state, ctx);
self.selected_control = None;
state.sound_manager.play_sfx(18);
self.current = CurrentMenu::RebindMenu;
}
}
}
}
ControllerType::Gamepad(idx) => {
let pressed_gamepad_buttons: Vec<_> =
ctx.gamepad_context.pressed_buttons(idx).into_iter().collect();
if pressed_gamepad_buttons.len() == 1 {
if !self.input_busy {
self.input_busy = true;
if self.selected_player.controller_type(state) != self.selected_controller {
state.sound_manager.play_sfx(12);
} else {
let button = *pressed_gamepad_buttons.first().unwrap();
let normalized_input = self
.normalize_gamepad_input(PlayerControllerInputType::ButtonInput(button));
self.set_controller_input(state, normalized_input, ctx)?;
self.update_rebind_menu(state, ctx);
self.selected_control = None;
state.sound_manager.play_sfx(18);
self.current = CurrentMenu::RebindMenu;
}
}
}
let active_axes: Vec<_> = ctx.gamepad_context.active_axes(idx).into_iter().collect();
if active_axes.len() == 1 {
if !self.input_busy {
self.input_busy = true;
if self.selected_player.controller_type(state) != self.selected_controller {
state.sound_manager.play_sfx(12);
} else {
let (axis, value) = *active_axes.first().unwrap();
let direction = AxisDirection::from_axis_data(axis, value);
let normalized_input = self.normalize_gamepad_input(
PlayerControllerInputType::AxisInput(axis, direction),
);
self.set_controller_input(state, normalized_input, ctx)?;
self.update_rebind_menu(state, ctx);
self.selected_control = None;
state.sound_manager.play_sfx(18);
self.current = CurrentMenu::RebindMenu;
}
}
}
if pressed_keys.is_empty() && pressed_gamepad_buttons.is_empty() && active_axes.is_empty() {
self.input_busy = false;
}
}
}
}
},
}
if self.input_busy {
let pressed_keys = ctx.keyboard_context.pressed_keys();
if let ControllerType::Gamepad(idx) = self.selected_controller {
let pressed_buttons = ctx.gamepad_context.pressed_buttons(idx);
let active_axes = ctx.gamepad_context.active_axes(idx);
if pressed_keys.is_empty() && pressed_buttons.is_empty() && active_axes.is_empty() {
self.input_busy = false;
}
} else {
if pressed_keys.is_empty() {
self.input_busy = false;
}
}
}
Ok(())
}
pub fn draw(&self, state: &mut SharedGameState, ctx: &mut Context) -> GameResult {
match self.current {
CurrentMenu::ControllerMenu => self.controller.draw(state, ctx)?,
CurrentMenu::RebindMenu => self.rebind.draw(state, ctx)?,
CurrentMenu::ConfirmRebindMenu => self.confirm_rebind.draw(state, ctx)?,
}
Ok(())
}
}

59
src/menu/mod.rs
View file

@ -9,6 +9,7 @@ use crate::input::combined_menu_controller::CombinedMenuController;
use crate::menu::save_select_menu::MenuSaveInfo;
use crate::shared_game_state::{GameDifficulty, MenuCharacter, SharedGameState};
pub mod controls_menu;
pub mod coop_menu;
pub mod pause_menu;
pub mod save_select_menu;
@ -16,6 +17,12 @@ pub mod settings_menu;
const MENU_MIN_PADDING: f32 = 30.0;
#[derive(Clone, Debug)]
pub enum ControlMenuData {
String(String),
Rect(Rect<u16>),
}
#[allow(dead_code)]
#[derive(Clone)]
pub enum MenuEntry {
@ -31,6 +38,7 @@ pub enum MenuEntry {
SaveDataSingle(MenuSaveInfo),
NewSave,
PlayerSkin,
Control(String, ControlMenuData),
}
impl MenuEntry {
@ -48,6 +56,7 @@ impl MenuEntry {
MenuEntry::SaveDataSingle(_) => 32.0,
MenuEntry::NewSave => 32.0,
MenuEntry::PlayerSkin => 24.0,
MenuEntry::Control(_, _) => 16.0,
}
}
@ -65,6 +74,7 @@ impl MenuEntry {
MenuEntry::SaveDataSingle(_) => true,
MenuEntry::NewSave => true,
MenuEntry::PlayerSkin => true,
MenuEntry::Control(_, _) => true,
}
}
}
@ -88,6 +98,7 @@ pub struct Menu<T: std::cmp::PartialEq> {
anim_wait: u16,
custom_cursor: Cell<bool>,
pub draw_cursor: bool,
pub non_interactive: bool,
}
impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
@ -103,6 +114,7 @@ impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
entries: Vec::new(),
custom_cursor: Cell::new(true),
draw_cursor: true,
non_interactive: false,
}
}
@ -177,6 +189,7 @@ impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
MenuEntry::SaveDataSingle(_) => {}
MenuEntry::NewSave => {}
MenuEntry::PlayerSkin => {}
MenuEntry::Control(_, _) => {}
}
}
@ -594,6 +607,39 @@ impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
draw_number(right_edge - 36.0, y, save.life as usize, Alignment::Right, state, ctx)?;
}
MenuEntry::Control(name, data) => {
state.font.draw_text(
name.chars(),
self.x as f32 + 20.0,
y,
&state.constants,
&mut state.texture_set,
ctx,
)?;
match data {
ControlMenuData::String(value) => {
let text_width = state.font.text_width(value.chars(), &state.constants);
state.font.draw_text(
value.chars(),
self.x as f32 + self.width as f32 - 5.0 - text_width,
y,
&state.constants,
&mut state.texture_set,
ctx,
)?;
}
ControlMenuData::Rect(value) => {
let rect_width = value.width() as f32;
let y = y + rect.height() as f32 / 2.0 - state.font.line_height(&state.constants) + 4.0;
let batch = state.texture_set.get_or_load_batch(ctx, &state.constants, "buttons")?;
batch.add_rect(self.x as f32 + self.width as f32 - 5.0 - rect_width, y, &value);
batch.draw(ctx)?;
}
}
}
_ => {}
}
@ -622,6 +668,10 @@ impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
controller: &mut CombinedMenuController,
state: &mut SharedGameState,
) -> MenuSelectionResult<T> {
if self.non_interactive {
return MenuSelectionResult::None;
}
if controller.trigger_back() {
state.sound_manager.play_sfx(5);
return MenuSelectionResult::Canceled;
@ -709,6 +759,15 @@ impl<T: std::cmp::PartialEq + std::default::Default + Copy> Menu<T> {
state.sound_manager.play_sfx(1);
return MenuSelectionResult::Right(self.selected, entry, 1);
}
MenuEntry::Control(_, _) => {
if self.selected == idx && controller.trigger_ok()
|| state.touch_controls.consume_click_in(entry_bounds)
{
state.sound_manager.play_sfx(18);
self.selected = idx;
return MenuSelectionResult::Selected(idx, entry);
}
}
_ => {}
}
}

28
src/menu/settings_menu.rs
View file

@ -13,6 +13,8 @@ use crate::shared_game_state::{Language, ScreenShakeIntensity, SharedGameState,
use crate::sound::InterpolationMode;
use crate::{graphics, VSyncMode};
use super::controls_menu::ControlsMenu;
#[derive(PartialEq, Eq, Copy, Clone)]
#[repr(u8)]
#[allow(unused)]
@ -20,6 +22,7 @@ enum CurrentMenu {
MainMenu,
GraphicsMenu,
SoundMenu,
ControlsMenu,
SoundtrackMenu,
LanguageMenu,
BehaviorMenu,
@ -29,6 +32,7 @@ enum CurrentMenu {
enum MainMenuEntry {
Graphics,
Sound,
Controls,
Language,
Behavior,
DiscordLink,
@ -123,6 +127,7 @@ pub struct SettingsMenu {
soundtrack: Menu<SoundtrackMenuEntry>,
language: Menu<LanguageMenuEntry>,
behavior: Menu<BehaviorMenuEntry>,
controls_menu: ControlsMenu,
pub on_title: bool,
}
@ -137,6 +142,8 @@ impl SettingsMenu {
let language = Menu::new(0, 0, 120, 0);
let behavior = Menu::new(0, 0, 220, 0);
let controls_menu = ControlsMenu::new();
SettingsMenu {
current: CurrentMenu::MainMenu,
main,
@ -145,6 +152,7 @@ impl SettingsMenu {
soundtrack,
language,
behavior,
controls_menu,
on_title: false,
}
}
@ -264,6 +272,9 @@ impl SettingsMenu {
self.main.push_entry(MainMenuEntry::Graphics, MenuEntry::Active(state.t("menus.options_menu.graphics")));
self.main.push_entry(MainMenuEntry::Sound, MenuEntry::Active(state.t("menus.options_menu.sound")));
#[cfg(not(target_os = "android"))]
self.main.push_entry(MainMenuEntry::Controls, MenuEntry::Active(state.t("menus.options_menu.controls")));
self.language.push_entry(LanguageMenuEntry::Title, MenuEntry::Disabled(state.t("menus.options_menu.language")));
for language in Language::values() {
@ -374,6 +385,8 @@ impl SettingsMenu {
self.behavior.push_entry(BehaviorMenuEntry::Back, MenuEntry::Active(state.t("common.back")));
self.controls_menu.init(state, ctx)?;
self.update_sizes(state);
Ok(())
@ -428,6 +441,9 @@ impl SettingsMenu {
MenuSelectionResult::Selected(MainMenuEntry::Sound, _) => {
self.current = CurrentMenu::SoundMenu;
}
MenuSelectionResult::Selected(MainMenuEntry::Controls, _) => {
self.current = CurrentMenu::ControlsMenu;
}
MenuSelectionResult::Selected(MainMenuEntry::Language, _) => {
self.language.selected = LanguageMenuEntry::Language(state.settings.locale);
self.current = CurrentMenu::LanguageMenu;
@ -643,6 +659,17 @@ impl SettingsMenu {
}
_ => (),
},
CurrentMenu::ControlsMenu => {
let cm = &mut self.current;
self.controls_menu.tick(
&mut || {
*cm = CurrentMenu::MainMenu;
},
controller,
state,
ctx,
)?;
}
CurrentMenu::LanguageMenu => match self.language.tick(controller, state) {
MenuSelectionResult::Selected(LanguageMenuEntry::Language(new_locale), entry) => {
if let MenuEntry::Active(_) = entry {
@ -727,6 +754,7 @@ impl SettingsMenu {
CurrentMenu::GraphicsMenu => self.graphics.draw(state, ctx)?,
CurrentMenu::SoundMenu => self.sound.draw(state, ctx)?,
CurrentMenu::SoundtrackMenu => self.soundtrack.draw(state, ctx)?,
CurrentMenu::ControlsMenu => self.controls_menu.draw(state, ctx)?,
CurrentMenu::LanguageMenu => self.language.draw(state, ctx)?,
CurrentMenu::BehaviorMenu => self.behavior.draw(state, ctx)?,
}

2
src/settings.rs
View file

@ -389,7 +389,7 @@ fn p2_default_keymap() -> PlayerKeyMap {
}
}
#[derive(serde::Serialize, serde::Deserialize, Eq, PartialEq)]
#[derive(serde::Serialize, serde::Deserialize, Eq, PartialEq, Copy, Clone)]
pub enum ControllerType {
Keyboard,
Gamepad(u32),