Universal Wiimote - Great for FPS games!

Akar

wonder6oy Joined: 12 Jun 2008 Posts: 20 Digg It

Posted: Wed Jul 02, 2008 2:10 pm    Post subject: Universal Wiimote - Great for FPS games! -UPDATED!!- v 1.4 = MAJOR RESOLUTION COMPATIBILITY FIXES!! This is my attempt at something that kind of "does it all", with particular attention being paid to making something really work in the FPS genre referencing Metroid Prime 3 and Medal Of Honor: Heroes 2 for the Wii (the only two that have gotten the controls "right" so far - IMHO). Mode 2 is a close approximation of that approach, minus the moving reticule, plus a few extra features to make up for that. Though not quite as accurate as a mouse, it is MUCH more accurate than a gamepad, great for single player games on an HDTV, and quite a lot of fun to play! NOTE: A working "sensor bar" is required for this script! It will not be functional without it. Also, the use of the PPJoy driver is optional but not required on Modes 1 - 3. Only Mode 4 requires it. I've tested this script on two machines so far. Games tested and working include: - Call Of Duty 4 (Mode 2) - Bioshock (Mode 2/3) (kind of sluggish response, though) - Half Life 2 (Mode 2) - Portal (Mode 2) - Psychonauts (Mode 2, PrPoint off) - Painkiller (Mode 2) - Crysis (Mode 2) - Splinter Cell: Chaos Theory (Mode 2, PPJoy on) - Unreal Tournament 3 (Mode 2) - Unreal Tournament (original) (Mode 2) - World Of Warcraft (Mode 3) - Track Mania Nations Forever (Mode 4) The only games I've not seen it work well on so far is Quakewars and Bioshock, and I believe that's due to some kind of CPU task priority level. I hope you enjoy!... (edit: Tweaking and adding features - check vers#) download here: http://www.mediafire.com/?01b2ctvxjbj Or copy the script from below... ---------------------------------------------- /* "Universal Wiimote" - by wonder6oy v1.4 PLEASE READ BEFORE USING!!! This script features 4 modes of operation. If the current mode isn't working for you, PRESS AND HOLD THE "Home" BUTTON UNTIL YOU HEAR THE AUDIBLE BEEP to switch between the two most commonly used modes (2 and 3). FEATURES: ---------------- - There are 4 modes of operation: 1. ABSOLUTE POINTER (Home+B): Where you point at the screen is where the mouse cursor goes. Good for navigating Windows or starting up a game. Incompatible with many games, unfortunately. This is the default startup mode. 2. RELATIVE ANALOG (Home): A complex but intuitive blend of analog and pointer control featuring a transparent "clutch and braking" system to transition between precision pointing and analog motion. Excellent for FPS games. For platform style games, precision pointing mechanism can be disabled (Home+A) for analog style control only. Compatible with most games that support mouse input. 3. RELATIVE POINTER (Home): Similar to Absolute Pointer, but based on IR movement rather than screen position. Frequent realignment may be necessary. Good for menu navigation in games that don't support Absolute Pointer mode. Compatible with most games that support mouse input. 4. DRIVING MODE (Home+Up): Same as Relative Pointer mode but with tilt control movement sent to the PPJoy driver using 2 axis (required for this mode) for steering controls. Nunchuk and function button features are disabled. Compatible with most games that support both joystick and mouse input. - Switching modes is confirmed with an audible beep and flashing LED (1-4) from the Wiimote. - Button "Home" (when pressed and released quickly) is mapped to the Esc key. Button B and button A are mapped to mouse left-click and mouse right-click respectively. There is a slight pause when pressing button B (mouse left-click) in modes 1, 3, and 4 to aid in pointer accuracy. D-pad up and down are mapped to mouse scroll up and down. - Nunchuk controller fully supported. Analog stick mapped to WASD keys respectively (unless using PPJoy mode - see below). - Buttons 1 and 2 on the Wiimote serve as "function" buttons. While pressing and holding either button before pressing buttons C, Z, D-pad, B, or flick motions on the Nunchuk, an alternate key will be triggered. Buttons 1 and 2 may also be used as normal buttons for toggle type actions (flashlight, toggle prone, map, etc.). Not suitable for actions requiring press-and-hold usage (walk, run, prone(no toggle)) except when using Mode 4 (Driving Mode) where the function feature is disabled. - Flick actions Up, Down, Left, and Right on both the Wiimote and Nunchuk have also been mapped to keys. Function buttons 1 and 2 provide additional key commands to flicks on the Nunchuk only. Great for weapon reloading, melee attacks, grenade toss, etc. - Short rumble burst when pressing the B button. - PPJoy Enable (Home+Nunchuk Analog Up) replaces the WASD keystrokes sent from the analog stick with actual analog data sent to the PPJoy driver (2 axis) for true analog control. Excellent for games that support speed of movement via joystick input (i.e. Splinter Cell, Tomb Raider, etc.) - Battery indicator on Wiimote - Through the use of function buttons, all letters on the keyboard as well as numbers 0-9 have been mapped to the Wiimote/Nunchuk combo. Default assignments are a good starting point for most FPS games. Key assignments are as follows: Wiimote.Home (press and hold) = Toggle Mode 2 / Mode 3 Wiimote.Home + Wiimote.B = Mode 1 Wiimote.Home + Wiimote.Up = Mode 4 Wiimote.Home + Wiimote.A = Toggle Mode 2 Precision Pointer Off/On Wiimote.Home + Nunchuk.Analog Up = Toggle PPJoy Mode On/Off Wiimote.Home (quick press and release) = key.Escape Wiimote.A = Mouse.RightClick Wiimote.B = Mouse.Leftclick Wiimote.Plus = Key.Shift Wiimote.Minus = Key.E Wiimote.Up = Mouse.WheelUp Wiimote.Left = Key.Q Wiimote.Down = Mouse.WheelDown Wiimote.Right = Key.G Wiimote.One (press and release) = Key.F Wiimote Two (press and release) = Key.C Wiimote.Flick Up = Key.Y Wiimote.Flick Left = Key.T Wiimote.Flick Down = Key.H Wiimote.Flick Right = Key.R Nunchuk.Z = Key.Space Nunchuk.C = Key.Ctrl Nunchuk.Analog Up = Key.W Nunchuk.Analog Left = Key.A Nunchuk.Analog Down = Key.S Nunchuk.Analog Right = Key.D Nunchuk.Flick Up = Key.U Nunchuk.Flick Left = Key.O Nunchuk.Flick Down = Key.I Nunchuk.Flick Right = Key.P Additional Function Buttons: WIIMOTE.ONE (press and hold) + ... Wiimote.A = Key.5 Wiimote.B = Key.X Wiimote.Up = Key.1 Wiimote.Left = Key.2 Wiimote.Down = Key.3 Wiimote.Right = Key.4 Nunchuk.Z = Key.Z Nunchuk.C = Key.Alt Nunchuk.Flick Up = Key.K Nunchuk.Flick Left = Key.J Nunchuk.Flick Down = Key.M Nunchuk.Flick Right = Key.L WIIMOTE.TWO (press and hold) + ... Wiimote.A = Key.0 Wiimote.B = Key.V Wiimote.Up = Key.6 Wiimote.Left = Key.7 Wiimote.Down = Key.8 Wiimote.Right = Key.9 Nunchuk.Z = Key.N Nunchuk.C = Key.B Nunchuk.Flick Up = Key.M Nunchuk.Flick Left = Key.L Nunchuk.Flick Down = Key.K Nunchuk.Flick Right = Key.J */ //This script written with a screen resolution = 1280/720 pie.framerate = 120 if var.mode = 0 then var.mode = 1 var.precision = 1 endif //Wiimote IR input - based off of a script by jeromote var.x = (smooth(Wiimote1.pointerX - 1/2)*2.9) *((Screen.Width*(1280 pixels/Screen.Width))*1/2) var.y = (smooth(Wiimote1.pointerY - 1/2)*2.9) *((Screen.Height*(720 pixels/Screen.Height))*1/2)+80 //Mode 1 if var.mode = 1 and var.hold = 0 then mouse.CursorPosX = smooth((Screen.Width*1/2) + var.x,3) mouse.CursorPosY = smooth((Screen.Height*1/2)+ var.y,3) endif //Mode 3 if var.mode >= 3 and var.hold = 0 then if smooth(Wiimote1.pointerX,5) > .1 and smooth(Wiimote1.pointerX,5) < .9 then var.monex = (var.x-var.trx)/(3/(RemoveUnits(Screen.Width)/1280)) endif if smooth(Wiimote1.pointerY,5) > .1 and smooth(Wiimote1.pointerY,5) < .9 then var.money = (var.y-var.try)/(3/(RemoveUnits(Screen.Height)/720)) endif var.fmpx = var.fmpx + var.monex var.fmpy = var.fmpy + var.money var.trx = var.x var.try = var.y FakeMouse.DirectInputX = smooth(var.fmpx,0) FakeMouse.DirectInputY = smooth(var.fmpy,0) endif //Analog Movement with "deadzone" var.boxsize = 20 //"deadzone" (default 20) var.xsens = 1 // analog x-axis sensitivity (default 1) var.ysens = 1 // analog y-axis sensitivity (default 1) (same as x = 1.75) var.fsens = 12 //precision pointer sensitivity-lower is faster(default 12) if var.x < 0 then var.px = -1 var.vx = var.x*-1 else var.px = 1 var.vx = var.x endif if var.y < 0 then var.py = -1 var.vy = var.y*-1 else var.py = 1 var.vy = var.y endif if var.vx > (var.boxsize) then var.sx = ((var.vx-var.boxsize)^2+(var.vx/2))/500*var.px else var.sx = 0 endif if var.vy > (var.boxsize) then var.sy = ((var.vy-var.boxsize)^2+(var.vy/2))/500*var.py else var.sy = 0 endif if var.sx >700 then var.sx = 700 elseif var.sx <-700 then var.sx = -700 endif if var.sy >400 then var.sy = 400 elseif var.sy <-400 then var.sy = -400 endif var.analogx = var.analogx + ((var.sx/140)*(var.xsens*(RemoveUnits(Screen.Width)/1280)))// 140 = old var.asens var.analogy = var.analogy + ((var.sy/140)*(var.ysens*(RemoveUnits(Screen.Height)/720))) var.stepx = ((var.x+5000)-var.stepxb)/(var.fsens/(RemoveUnits(Screen.Width)/1280)) var.stepxb = var.x+5000 var.stepy = ((var.y+5000)-var.stepyb)/(var.fsens/(RemoveUnits(Screen.Height)/720)) var.stepyb = var.y+5000 var.range = 600 // (default 600) var.fborder = 400 // (default 400) var.brakepoint = 200 // (default 200) var.brakespeed = .064 // (default .064) var.react = 5 // (default 5) var.fmx = (var.vx - var.range)*-1 if var.fmx < 0 then var.fmx = 0 elseif var.fmx > var.fborder then var.fmx = var.fborder endif var.fmx = var.fmx/var.fborder var.fmy = (var.vy - var.range)*-1 if var.fmy < 0 then var.fmy = 0 elseif var.fmy > var.fborder then var.fmy = var.fborder endif var.fmy = var.fmy/var.fborder //Braking Mechanism if var.vx > var.brakepoint and (var.x*var.stepx) < 0 then var.brake = 0 var.reactb = 0 elseif var.vy > var.brakepoint and (var.y*var.stepy) < 0 then var.brake = 0 var.reactb = 0 endif if var.vx < var.brakepoint and var.brake < 1 then wait 10ms var.brake = var.brake + var.brakespeed var.reactb = var.reactb + 1 elseif var.vy < var.brakepoint and var.brake < 1 then wait 10ms var.brake = var.brake + var.brakespeed var.reactb = var.reactb + 1 endif if var.react > var.reactb then var.brake = 0 endif var.freelookx = var.freelookx + (var.stepx*(var.fmx)*var.brake)*(var.precision) var.freelooky = var.freelooky + (var.stepy*(var.fmy)*var.brake)*(var.precision) //Mode 2 if var.mode = 2 then FakeMouse.DirectInputX = var.freelookx + var.analogx FakeMouse.DirectInputY = var.freelooky + var.analogy endif //Key assignments if var.ppjenable = 0 then key.w = Wiimote.Nunchuk.JoyY < -30% key.s = Wiimote.Nunchuk.JoyY > 30% key.a = Wiimote.Nunchuk.JoyX < -30% key.d = Wiimote.Nunchuk.JoyX > 30% else key.w = false key.s = false key.a = false key.d = false endif key.e = Wiimote.Minus key.shift = Wiimote.Plus //extra function button assignments if wiimote.one = true and var.mode <>4 then var.wone = 1 endif if wiimote.two = true and var.mode <>4 then var.wtwo = 1 endif if (wiimote.one and Wiimote.Nunchuk.ZButton) or (wiimote.one and wiimote.nunchuk.cbutton) or (wiimote.one and wiimote.b) or (wiimote.one and wiimote.a) or (wiimote.one and wiimote.up) or (wiimote.one and wiimote.down) or (wiimote.one and wiimote.left) or (wiimote.one and wiimote.right) then var.wbm = 1 endif if (wiimote.two and Wiimote.Nunchuk.ZButton) or (wiimote.two and wiimote.nunchuk.cbutton) or (wiimote.two and wiimote.b) or (wiimote.two and wiimote.a) or (wiimote.two and wiimote.up) or (wiimote.two and wiimote.down) or (wiimote.two and wiimote.left) or (wiimote.two and wiimote.right) then var.wbm = 1 endif if var.wbm = 0 and wiimote.one = false and var.wone = 1 and var.mode <>4 then key.f = true wait 10ms key.f = false var.wone = 0 endif if var.wbm = 0 and wiimote.two = false and var.wtwo = 1 and var.mode <>4 then key.c = true wait 10ms key.c = false var.wtwo = 0 endif if wiimote.one=false and wiimote.two=false and wiimote.a=false and wiimote.b=false and wiimote.up=false and wiimote.left=false and wiimote.down=false and wiimote.right=false and wiimote.nunchuk.zbutton=false and wiimote.nunchuk.cbutton=false then var.wbm = 0 var.wone = 0 var.wtwo = 0 key.z = false key.alt = false key.x = false key.n = false key.b = false key.v = false key.1 = false key.2 = false key.3 = false key.4 = false key.5 = false key.6 = false key.7 = false key.8 = false key.9 = false key.0 = false endif if var.wone = 1 then key.z = wiimote.nunchuk.zbutton key.alt = wiimote.nunchuk.cbutton key.x = wiimote.b key.1 = Wiimote.Up key.2 = Wiimote.Left key.3 = Wiimote.Down key.4 = Wiimote.Right key.5 = Wiimote.A endif if var.wtwo = 1 then key.n = wiimote.nunchuk.zbutton key.b = wiimote.nunchuk.cbutton key.v = wiimote.b key.6 = Wiimote.Up key.7 = Wiimote.Left key.8 = Wiimote.Down key.9 = Wiimote.Right key.0 = Wiimote.A endif if var.wone = 0 and var.wtwo = 0 and var.mode <>4 and wiimote.home <> true then key.space = wiimote.nunchuk.zbutton key.ctrl = wiimote.nunchuk.cbutton mouse.LeftButton = wiimote.B key.q = Wiimote.Left key.g = Wiimote.Right Mouse.RightButton = Wiimote.A if Wiimote.Up = true then mouse.wheelup = true mouse.wheelup = false wait 150ms endif if Wiimote.Down = true then mouse.wheeldown = true mouse.wheeldown = false wait 150ms endif endif if var.mode = 4 and wiimote.home <> true then mouse.LeftButton = wiimote.B mouse.RightButton = Wiimote.A key.f = wiimote.One key.c = wiimote.Two key.w = wiimote.Up key.s = wiimote.Down key.a = wiimote.Left key.d = wiimote.Right endif //Button B Pause if var.mode <> 2 and Wiimote.B = true and var.hold = 0 and var.holdt = 0 then var.hold = 1 var.holdt = 1 wait 300ms var.hold = 0 endif if Wiimote.B = false then var.holdt = 0 endif //Button B Rumble if Wiimote.B = true and var.rt = 0 then var.rt=1 Wiimote.rumble = 1 wait 50ms Wiimote.rumble = 0 endif if Wiimote.B = false and var.rt = 1 then var.rt = 0 endif //Mode selector with audio notification wiimote.volume = .2 if !var.init var.HeldTime = 400ms var.init = true endif if Released(Wiimote.Home) then if !var.Held then Press(key.esc) wait 25ms Release(key.esc) else var.Held = false endif else if Pressed(HeldDown(Wiimote.Home, var.HeldTime)) then wiimote.frequency = 900 wait 200ms wiimote.frequency= 0 var.Held = true var.switch = 0 if wiimote.B = true then var.mode = 1 var.switch = 1 endif if wiimote.up = true then var.mode = 4 var.switch = 1 endif if Wiimote.A = true then if var.precision = 1 then var.precision = 0 var.switch = 1 else var.precision = 1 var.switch = 1 endif if wiimote.Nunchuk.JoyY < -.5 then if var.ppjenable = 1 then var.ppjenable = 0 var.switch = 1 else var.ppjenable = 1 var.switch = 1 endif //inside if var.mode <> 3 and var.switch <> 1 then var.mode = 3 var.switch = 1 else if var.mode = 3 and var.switch <> 1 then var.mode = 2 var.switch = 1 endif endif endif endif //Flashing LED Mode Indicator if var.ledmode <> var.mode then var.ledmodei = 1 if var.mode = 1 then var.led = 1 endif if var.mode = 2 then var.led = 2 endif if var.mode = 3 then var.led = 4 endif if var.mode = 4 then var.led = 8 endif Wiimote.leds = var.led wait 250ms Wiimote.leds = 0 wait 250ms Wiimote.leds = var.led wait 250ms Wiimote.leds = 0 wait 250ms Wiimote.leds = var.led wait 250ms Wiimote.leds = 0 wait 250ms var.ledmodei = 0 endif var.ledmode = var.mode //LED Battery Indicator if var.ledmodei <> 1 then if wiimote1.Battery <= 54 then Wiimote.leds = 1 endif if wiimote1.Battery <= 69 and >=55 then Wiimote.leds = 3 endif if wiimote1.Battery <=89 and >=70 then Wiimote.leds = 7 endif if wiimote1.Battery >=90 then Wiimote.leds = 15 endif endif /* Ultimate Flick Script Tidbit v1.1 (slightly modded by wonder6oy) *********************************************************** * Created by Rhys Legault * * rhyslegault@hotmail.com * * Last Modified: June 5th, 2007 * *********************************************************** * Feel free to use, modify and redistribute this script * *********************************************************** * * About: * This script detects directional flicks of the Wiimote and Nunchuk. * Example functionality translates flick actions to similar directional * key presses(up, down, left, right) & speaks the action out loud. * * Just copy and paste required script section(s) into your script and * add your own custom functionality. */ //Amount of time allowed between sequence actions PIE.SeqReadGap = 50ms //Amount of accelation required for action to occur var.AccelerationThreshold = 1.4 //Amount of time between a flick action var.ActionGap = 150ms //Amount of time to hold key press //Used in example functionality (Delete if unused in custom functionality) var.HoldKey = 50ms if var.WiimoteFlick = false //Flick Wiimote up if (Wiimote.gy > var.AccelerationThreshold, Wiimote.gy < -var.AccelerationThreshold) var.WiimoteFlick = true //Custom script functionality starts here //say "Wiimote up" Press key.y wait var.HoldKey Release key.y //Custom script functionality ends here wait var.ActionGap var.WiimoteFlick = false //Flick Wiimote down elseif (Wiimote.gy < -var.AccelerationThreshold, Wiimote.gy > var.AccelerationThreshold) var.WiimoteFlick = true //Custom script functionality starts here //say "Wiimote down" Press key.h wait var.HoldKey Release key.h //Custom script functionality ends here wait var.ActionGap var.WiimoteFlick = false //Flick Wiimote left elseif (Wiimote.gx < -var.AccelerationThreshold, Wiimote.gx > var.AccelerationThreshold) var.WiimoteFlick = true //Custom script functionality starts here //say "Wiimote Left" Press key.t wait var.HoldKey Release key.t //Custom script functionality ends here wait var.ActionGap var.WiimoteFlick = false //Flick Wiimote right elseif (Wiimote.gx > var.AccelerationThreshold, Wiimote.gx < -var.AccelerationThreshold) var.WiimoteFlick = true //Custom script functionality starts here //say "Wiimote Right" Press key.r wait var.HoldKey Release key.r //Custom script functionality ends here wait var.ActionGap var.WiimoteFlick = false endif endif if var.NunchukFlick = false //Flick Nunchuk up if (Wiimote.Nunchuk.gy > var.AccelerationThreshold, Wiimote.Nunchuk.gy < -var.AccelerationThreshold) var.NunchukFlick = true //Custom script functionality starts here //say "Nun chuk up" if var.wone = 1 then var.wbm = 1 Press key.k wait var.HoldKey Release key.k endif if var.wtwo = 1 then var.wbm = 1 Press key.m wait var.HoldKey Release key.m endif if var.wone = 0 and var.wtwo = 0 then Press key.u wait var.HoldKey Release key.u endif //Custom script functionality ends here wait var.ActionGap var.NunchukFlick = false //Flick Nunchuk down elseif (Wiimote.Nunchuk.gy < -var.AccelerationThreshold, Wiimote.Nunchuk.gy > var.AccelerationThreshold) var.NunchukFlick = true //Custom script functionality starts here //say "Nun chuk down" if var.wone = 1 then var.wbm = 1 Press key.m wait var.HoldKey Release key.m endif if var.wtwo = 1 then var.wbm = 1 Press key.k wait var.HoldKey Release key.k endif if var.wone = 0 and var.wtwo = 0 then Press key.i wait var.HoldKey Release key.i endif //Custom script functionality ends here wait var.ActionGap var.NunchukFlick = false //Flick Nunchuk left elseif (Wiimote.Nunchuk.gx < -var.AccelerationThreshold, Wiimote.Nunchuk.gx > var.AccelerationThreshold) var.NunchukFlick = true //Custom script functionality starts here //say "Nun chuk Left" if var.wone = 1 then var.wbm = 1 Press key.j wait var.HoldKey Release key.j endif if var.wtwo = 1 then var.wbm = 1 Press key.l wait var.HoldKey Release key.l endif if var.wone = 0 and var.wtwo = 0 then Press key.o wait var.HoldKey Release key.o endif //Custom script functionality ends here wait var.ActionGap var.NunchukFlick = false //Flick Nunchuk right elseif (Wiimote.Nunchuk.gx > var.AccelerationThreshold, Wiimote.Nunchuk.gx < -var.AccelerationThreshold) var.NunchukFlick = true //Custom script functionality starts here //say "Nun chuk Right" if var.wone = 1 then var.wbm = 1 Press key.l wait var.HoldKey Release key.l endif if var.wtwo = 1 then var.wbm = 1 Press key.j wait var.HoldKey Release key.j endif if var.wone = 0 and var.wtwo = 0 then Press key.p wait var.HoldKey Release key.p endif //Custom script functionality ends here wait var.ActionGap var.NunchukFlick = false endif endif //********************************************************* //PPJoy Enable if var.ppjenable = 1 then PPJoy1.Analog0 = MapRange(Wiimote.Nunchuk.JoyX, -1,1, -1,1) PPJoy1.Analog1 = MapRange(Wiimote.Nunchuk.JoyY, -1,1, -1,1) else PPJoy1.Analog0 = 0 PPJoy1.Analog1 = 0 endif //Driving Mode if var.mode = 4 then PPJoy1.Analog0 = (smooth((MapRange(Wiimote.gz, -1,1, -1,1)),10)+.25)*2 PPJoy1.Analog1 = (smooth((MapRange(Wiimote.gx, -1,1, -1,1)),10)+.25)*2 endif