GlovePIE:FlightPIE
From WiiLi
/**********************************************************
* FlightPIE *
* ----------- *
* Created by Mitchell McKain *
* <Hawk.McKain@gmail.com> *
* Last Modified Sept. 20th, 2008 *
**********************************************************
* Released under GNU License v3 *
**********************************************************
* * About *
* *********************
* A Space/Flight Sim Script.
* Verified to work in Descent II and Freespace but should
* work in any other game that uses a joystick.
* (Works smoothly in Battlezone with minor key assignment
* modifications.)
*
* Features on-the-fly calibration so you don't need to
* hold the Wiimote at an unnatural angle.
*
* To calibrate the Wiimote simply hold 1 + 2 until it
* rumbles and then press A + B to calibrate the Wiimote
* and C + Z to calibrate the Nunchuk.
*
* Credit to Vattu for the variable analog idea.
*/
debug = "Hawk's Flight Simulator Script"
if not var.Calibrate
PPJoy1.Analog0 = var.roll
PPJoy1.Analog1 = var.pitch
PPJoy1.Analog2 = var.throttle
PPJoy1.Analog2 = var.analog3
PPJoy1.Analog4 = Wiimote1.Nunchuk.JoyX
// Joystick Buttons
ppjoy1.Digital9 = wiimote1.up
ppjoy1.Digital10 = wiimote1.down
ppjoy1.Digital11 = wiimote1.left
ppjoy1.Digital12 = wiimote1.Right
ppjoy1.digital0 = wiimote1.A
ppjoy1.digital1 = wiimote1.B
ppjoy1.digital2 = wiimote1.minus
ppjoy1.digital3 = wiimote1.home
ppjoy1.digital4 = wiimote1.plus
ppjoy1.digital5 = wiimote1.one
ppjoy1.digital6 = wiimote1.two
ppjoy1.digital7 = wiimote1.Nunchuk.ZButton
// Menu Control Toggle
if Wiimote1.Nunchuk.CButton
key.up = Wiimote1.up
key.down = Wiimote1.down
key.left = Wiimote1.left
key.right = Wiimote1.Right
key.enter = Wiimote1.A
key.escape = Wiimote1.B
endif
endif
if not var.init
// Set True to control ship orientation with the Nunchuk
// (Default: False)
var.useNunchuk = False
// Set True to map the Nunchuk's Analog stick to WASD
// (Default: False)
var.mapNunchukToKeys = False
// Allows you to swap between Nunchuk and Wiimote orientation
// whenever you calibrate one or the other.
// (Default: False)
var.hotSwap = False
// These offsets are the boundries used in the range calculation from -1 to 1
// Laymans Terms: The larger the number the less sensative it will be.
var.yOffset = 35 degrees // (Default: 35 degrees)
var.xOffset = 60 degrees // (Default: 60 degrees)
// Turns the throttle into an offset instead of an absolute
// For future support of more Space sims. (Default: False)
var.ConstThrottle = False
// Multiplys Nunchuk.JoyY by the number to adjust the throttle.
// Laymans Terms: Bigger the number the faster your throttle goes up.
// (Default: 0.02)
var.ThrottleSpeed = 0.02
// Data Storage variable, no user useage.
var.ThrottleOffset = 0
// Enable to display the battery life on the LEDs
// (Default: True)
var.BatteryLife = True
// Blink rate for battery check.
// (Default: 500 ms)
var.Blink = 500 ms
// How long you have to hold a button to activate it's held function.
// (Default: 400 ms)
var.HeldTime = 400 ms
var.init = True
endif
// Press C + 1 + 2 to activate Calibration mode
// Rumbles on activation.
if HeldDown(Wiimote1.One, var.HeldTime) and HeldDown(Wiimote1.Two, var.HeldTime)
if not var.Calibrate
wiimote.Rumble = 1
wait 50 ms
wiimote.Rumble = 0
var.Calibrate = True
endif
endif
// Calibration - All variables default to 0
// To calibrate the control sit a natrual position and tap
// the following combos.
// Wiimote : A + B
// Nunchuk : C + Z
if var.Calibrate
// Cancel Calibration
if Pressed(Wiimote1.One) and Pressed(Wiimote1.Two)
wiimote.Rumble = 1
wait 50 ms
wiimote.Rumble = 0
var.Calibrate = False
endif
// Calibrate the Wiimote
if Wiimote.A and Wiimote.B
wiimote.Rumble = 1
wait 50 ms
wiimote.Rumble = 0
var.w.x.offset = round(Wiimote1.SmoothRoll)
var.w.x.r1 = var.w.x.offset - var.xOffset
var.w.x.r2 = var.w.x.offset + var.xOffset
var.w.y.offset = round(Wiimote1.SmoothPitch)
var.w.y.r1 = var.w.y.offset - var.yOffset
var.w.y.r2 = var.w.y.offset + var.yOffset
if var.hotSwap
var.useNunchuk = False
endif
var.Calibrate = False
endif
// Calibrate the Nunchuk
if Wiimote.Nunchuk.ZButton and Wiimote.Nunchuk.CButton
wiimote.Rumble = 1
wait 50 ms
wiimote.Rumble = 0
var.n.x.offset = round(Wiimote1.Nunchuk.SmoothRoll)
var.n.x.r1 = var.n.x.offset - var.xOffset
var.n.x.r2 = var.n.x.offset + var.xOffset
var.n.y.offset = round(Wiimote1.Nunchuk.SmoothPitch)
var.n.y.r1 = var.n.y.offset - var.yOffset
var.n.y.r2 = var.n.y.offset + var.yOffset
if var.hotSwap
var.useNunchuk = True
endif
var.Calibrate = False
endif
else
// Orientation
if not var.useNunchuk
var.roll = EnsureMapRange(Wiimote1.SmoothRoll, var.w.x.r1, var.w.x.r2, -1,1)
var.pitch = EnsureMapRange(Wiimote1.SmoothPitch, var.w.y.r1, var.w.y.r2, -1,1)
else
var.roll = EnsureMapRange(Wiimote1.Nunchuk.SmoothRoll, var.n.x.r1, var.n.x.r2, -1,1)
var.pitch = EnsureMapRange(Wiimote1.Nunchuk.SmoothPitch, var.n.y.r1, var.n.y.r2, -1,1)
endif
if wiimote.A
debug = var.w.y.offset +" "+ var.w.x.offset +" || "+ var.roll +" "+ var.pitch
elseif wiimote.nunchuk.CButton
debug = var.n.y.offset +" "+ var.n.x.offset +" || "+ var.roll +" "+ var.pitch
endif
// Throttle
if var.mapNunchukToKeys
key.s = Wiimote.Nunchuk.JoyY > 0.2
key.w = Wiimote.Nunchuk.JoyY < -0.2
key.d = Wiimote.Nunchuk.JoyX > 0.2
key.a = Wiimote.Nunchuk.JoyX < -0.2
else
if not Wiimote.Nunchuk.CButton
if var.ConstThrottle
var.throttle = var.ThrottleOffset
else
var.throttle = 0
endif
var.analog3 = Wiimote1.Nunchuk.JoyY
else
if var.ConstThrottle
var.ThrottleOffset -= RoundTo(var.ThrottleSpeed * Wiimote.Nunchuk.JoyY, -2)
var.ThrottleOffset = EnsureRange(var.ThrottleOffset, -1, 1)
var.throttle = var.ThrottleOffset
else
var.throttle = Wiimote1.Nunchuk.JoyY
endif
var.analog3 = 0
endif
endif
endif
// -------------------------------------------------------------------------- \\
if var.BatteryLife
// Coded by Unknown
var.Batt = wiimote.Battery / 48
if true then
wait 5 seconds
//it sends an instruction that tells the Wiimote to actually
//send the report.
Wiimote.Report15 = 0x80 | Int(wiimote.Rumble)
end if
// Display the battery level of your wiimote using the four LEDs on the bottom.
// Battery level is displayed in four levels increasing to the right, like a cell
// phone battery gauge. As the battery gets close to the next level down, the LED
// for the current level will blink
if 0<=var.Batt<=0.25 then
Wiimote.Leds = 1
wait var.Blink
Wiimote.Leds = 0
wait var.Blink
elseif 0.25 < var.Batt<=1 then
Wiimote.Leds = 1
elseif 1 < var.Batt<=1.25 then
Wiimote.Leds = 3
wait var.Blink
Wiimote.Leds = 1
wait var.Blink
elseif 1.25 < var.Batt<=2 then
Wiimote.Leds = 3
elseif 2 < var.Batt<=2.25 then
Wiimote.Leds = 7
wait var.Blink
Wiimote.Leds = 3
wait var.Blink
elseif 2.25 < var.Batt<=3 then
Wiimote.Leds = 7
elseif 3 < var.Batt<=3.25 then
Wiimote.Leds = 15
wait var.Blink
Wiimote.Leds = 7
wait var.Blink
elseif 3.25 < var.Batt<=4 then
Wiimote.Leds = 15
else
Wiimote.Leds = 0
endif
endif
