--[[
 *
 *  Singe 3
 *  Copyright (C) 2006-2026 Scott Duensing <scott@kangaroopunch.com>
 *
 * This program is free software; you can redistribute it and/or
 * modify it under the terms of the GNU General Public License
 * as published by the Free Software Foundation; either version 3
 * of the License, or (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
 * 02110-1301, USA.
 *
 *
--]]


-- Default Mappings

-- How far an axis must move before it counts as pressed, in raw axis units:  SDL reports 32767 at
-- full deflection, so 15000 is a little under half way.  It covers every axis of every gamepad,
-- the two analogue triggers included.
DEAD_ZONE = 15000

-- One axis at a time, for a stiff stick or a worn trigger, in the same raw units.  Each entry is
-- { axis, dead zone }, where the axis is any GAMEPAD_N axis entry -- the axis itself or either of
-- its two directions, which all name the same axis.  Anything not listed keeps DEAD_ZONE.
DEAD_ZONES = {
--	{ GAMEPAD_0.AXIS_LEFT_X, 8000 },
--	{ GAMEPAD_0.AXIS_LEFT_Y, 8000 },
}

-- How far an analogue trigger must travel before it counts as a button, as a per cent of full
-- travel:  Hypseus's unit, where its own default is 99.5.  Zero leaves the triggers on DEAD_ZONE,
-- which is what Singe has always given them, and --trigger_threshold on the command line wins over
-- whatever is set here.  15000 raw units is 45.8 per cent, for comparison.
TRIGGER_THRESHOLD = 0

-- One table per switch, in the order the engine numbers them (SWITCH_UP = 0 ...).
-- Each entry is a { name, value } pair from the SCANCODE, GAMEPAD_N, or MOUSE_N tables.
INPUT_UP           = { SCANCODE.UP,    SCANCODE.KP_8, GAMEPAD_0.AXIS_LEFT_Y_U, GAMEPAD_0.AXIS_RIGHT_Y_U, GAMEPAD_0.DPAD_UP    }
INPUT_LEFT         = { SCANCODE.LEFT,  SCANCODE.KP_4, GAMEPAD_0.AXIS_LEFT_X_L, GAMEPAD_0.AXIS_RIGHT_X_L, GAMEPAD_0.DPAD_LEFT  }
INPUT_DOWN         = { SCANCODE.DOWN,  SCANCODE.KP_2, GAMEPAD_0.AXIS_LEFT_Y_D, GAMEPAD_0.AXIS_RIGHT_Y_D, GAMEPAD_0.DPAD_DOWN  }
INPUT_RIGHT        = { SCANCODE.RIGHT, SCANCODE.KP_6, GAMEPAD_0.AXIS_LEFT_X_R, GAMEPAD_0.AXIS_RIGHT_X_R, GAMEPAD_0.DPAD_RIGHT }
INPUT_1P_START     = { SCANCODE.MAIN_1, GAMEPAD_0.BUTTON_RIGHT_BUMPER }
INPUT_2P_START     = { SCANCODE.MAIN_2 }
INPUT_ACTION_1     = { SCANCODE.SPACE, SCANCODE.LCTRL, GAMEPAD_0.BUTTON_A, MOUSE_0.BUTTON_RIGHT }
INPUT_ACTION_2     = { SCANCODE.LALT,   GAMEPAD_0.BUTTON_B, MOUSE_0.BUTTON_MIDDLE }
INPUT_ACTION_3     = { SCANCODE.LSHIFT, GAMEPAD_0.BUTTON_X, MOUSE_0.BUTTON_LEFT }
INPUT_1P_COIN      = { SCANCODE.MAIN_5, SCANCODE.C, GAMEPAD_0.BUTTON_LEFT_BUMPER }
INPUT_2P_COIN      = { SCANCODE.MAIN_6 }
INPUT_SKILL_EASY   = { SCANCODE.KP_DIVIDE }
INPUT_SKILL_MEDIUM = { SCANCODE.KP_MULTIPLY }
INPUT_SKILL_HARD   = { SCANCODE.KP_MINUS }
INPUT_SERVICE      = { SCANCODE.MAIN_9 }
INPUT_TEST_MODE    = { SCANCODE.F2 }
INPUT_RESET_CPU    = { SCANCODE.F3 }
INPUT_SCREENSHOT   = { SCANCODE.F12, SCANCODE.F11, GAMEPAD_0.BUTTON_BACK }  -- F12 is taken by some desktops and debuggers, so F11 works too.
INPUT_QUIT         = { SCANCODE.ESCAPE, SCANCODE.Q }
INPUT_PAUSE        = { SCANCODE.P, GAMEPAD_0.BUTTON_START }
INPUT_CONSOLE      = { SCANCODE.GRAVE }
INPUT_ACTION_4     = { SCANCODE.RSHIFT, GAMEPAD_0.BUTTON_Y, MOUSE_0.BUTTON_X1 }
INPUT_TILT         = { SCANCODE.T }
INPUT_GRAB         = { SCANCODE.G }
-- Not a control:  the engine raises this one itself when a mouse or a light gun is unplugged, so a
-- gun game can say so on screen.  Bind a key to it as well if you want to test what the game does.
INPUT_MOUSE_DISCONNECT = { }