Je fait aussi des scripts,
Tu pense quoi de celui la:(Mortel pour ma part)
//
//Script Call Of Duty 4
//
if pie.Frame == 1
HidePie = False
// Accélération du Nunchuk et de la Wiimote
var.nunchukAccX = 20
var.nunchukAccY = 20
var.wiimoteAcc = 40
var.xNunchukou = 0
pie.FrameRate = 120
pie.MouseDPI = 1600
Wiimote.Leds = 0
var.IRSmooth = 2
Wiimote.Led4 = True
endif
// Calibrage Wiimote
var.accx = wiimote.RawForceX - 1
var.accy = wiimote.RawForceY - 27
var.accz = wiimote.RawForceZ + 4
// Variable Joystik du Nunchuk
var.xNunchuk = Wiimote.Nunchuk.JoyX * 100
var.yNunchuk = Wiimote.Nunchuk.JoyY * 100
if wiimote.dot1vis and wiimote.dot2vis then var.dotsvisible = True else var.dotsvisible = False
// Bouttons du jeu
mouse.LeftButton + Wiimote.Rumble = Wiimote.B // Tire et vibre
mouse.MiddleButton = Wiimote.A // Zoom
Shift = Wiimote.Nunchuk.ZButton // Courir
if doubleclicked(wiimote.Nunchuk.ZButton)
F = true // Utiliser
F = false
endif
? = Wiimote.Left // ?
N = Wiimote.Right // Vision Nocturne
? = wiimote.Up // ?
V = Wiimote.Down // Corps à corps
// Rotation Horizontale du Nunchuk
q = Wiimote.Nunchuk.Roll + var.xNunchukou < -20 // Se pencher à gauche
e = Wiimote.Nunchuk.Roll + var.xNunchukou > 30 // Se pencher à droite
debug = 'Debug: xNunchukou: ' + (Wiimote.Nunchuk.Roll + var.xNunchukou)
Four = Wiimote.Home // Grenade Flash
G = Wiimote.Minus // Grenade Frag
One = Wiimote.Plus // Changer d'armes
Tab = Wiimote.One // Objectifs
if doubleclicked(wiimote.one)
Escape = true // Echap
Escape = false
endif
c = wiimote.Nunchuk.CButton // Accoupri
if doubleclicked(wiimote.Nunchuk.CButton)
Ctrl = true // Allonger
Ctrl = false
endif
// Mouvement Nunchuk vertical
if |Wiimote.Nunchuk.RawAccY| > var.nunchukAccY
Space = true // Saut
Space = false
wait 100ms
endif
// Mouvement Nunchuk Horizontal
if |Wiimote.Nunchuk.RawAccX| > var.nunchukAccX
R = true // Recharger
R = false
wait 100ms
endif
//use items, open doors etc.,if you move wiimote near to sensorbar
if var.dotsvisible
var.IRDist_dotx = (wiimote.dot1x - wiimote.dot1y) - (wiimote.dot2x - wiimote.dot2y)
var.IRDist_doty = (wiimote.dot1x + wiimote.dot1y) - (wiimote.dot2x + wiimote.dot2y)
var.IRDistance = 7.2 inches * 1320 / hypot(|var.IRDist_dotx|, |var.IRDist_doty|) //7.2 = distance in inches between middles of two sensor bar dots
endif
// Mouvements
if |nunchuk.joyx| >= 20% or |nunchuk.joyy| >= 20% //if nunchuck is not in neutral position
if var.accZ < -20 and (not var.dotsvisible) //if wiimote faces down - strafe l/r is deactivated, look l/r is activated
Left = nunchuk.joyx <= -20%
Right = nunchuk.joyx >= 20%
else //if wiimote faces to screen - strafing l/r is activated
A = nunchuk.joyx <= -20%
D = nunchuk.joyx >= 20%
endif
W = nunchuk.joyy <= -20%
S = nunchuk.joyy >= 20%
var.resetnunchuckjoy = True
else if var.resetnunchuckjoy
A = False
D = False
W = False
S = False
Left = False
Right = False
var.resetnunchuckjoy = False
endif
//switch between sensivities
if wiimote.two
if var.IRSmooth == 1
var.IRSmooth = 2
Wiimote.Led1 = False
Wiimote.Led4 = True
else
var.IRSmooth = 1
Wiimote.Led1 = True
Wiimote.Led4 = False
endif
wait 200ms
endif
// Display Battery - Full battery: 0xC0 (192)
if doubleclicked(Wiimote.Two)
if 0.25 < wiimote.Battery / 48 <=1
Wiimote.Leds = 1
else if 1 < wiimote.Battery / 48 <=2
Wiimote.Leds = 3
else if 2 < wiimote.Battery / 48 <=3
Wiimote.Leds = 7
else if 3 < wiimote.Battery / 48 <=4
Wiimote.Leds = 15
else
Wiimote.Leds = 0
endif
wait 2s
Wiimote.Leds = 0
if var.IRSmooth == 1 then Wiimote.Led1 = True else Wiimote.Led4 = True
endif
//------------------------------------------------
------------------------------
//MOUSE EMULATION FOR IR SENSOR BAR
if var.IRSmooth == 2
//acceleration adjust
var.cpower = 0.05 //0.02 std by Dr_Zoidberg
var.ipower = 1.0 //1.2 std by Dr_Zoidberg
var.0power = 1.2 //0.1 std by Dr_Zoidberg
var.scrmlt = 22 //16 std by Dr_Zoidberg
else
//acceleration adjust
var.cpower = 0.002
var.ipower = 0.03
var.0power = 0.05
var.scrmlt = 16
endif
//speed factors
var.cfactor = 1/30 //1 std by Dr_Zoidberg
var.ifactor = 1/30 //1/16 std by Dr_Zoidberg
var.0factor = 1/30 //1/40 std by Dr_Zoidberg
var.factory = 0.00002 //1/1.1 std by Dr_Zoidberg
//direct pointing area
var.czonex = (screen.Width/1.2)/ var.scrmlt //1.5 std by Dr_Zoidberg
var.czoney = (screen.Height/1.2)/ var.scrmlt
//faster direct pointing area
var.izonex = (screen.Width/4)/ var.scrmlt //3 std by Dr_Zoidberg
var.izoney = (screen.Height/4)/ var.scrmlt
//wiimoteroll convert
if var.onedot = 0
var.cos0 = var.cos
var.sin0 = var.sin
endif
var.roll = 0 - wiimote.roll
if var.roll < 0 then var.roll = var.roll + 360
var.cos = cos(var.roll)
var.sin = -sin(var.roll)
var.0cos = var.cos - var.cos0
var.0sin = var.sin - var.sin0
var.0cos = smooth(var.0cos,2)
var.0sin = smooth(var.0sin,2)
var.cos = smooth(var.cos,25)
var.sin = smooth(var.sin,25)
var.sinpitch = sin(wiimote.Pitch)
var.sinpitch = smooth(var.sinpitch,5)
if (wiimote.dot1vis or wiimote.dot2vis) and var.wmaccZtimer == 0 and var.AccZ < var.wiimoteAcc and |var.accY| < var.wiimoteAcc then
//phantomdot creation if only one dot is visible
if (not wiimote.dot1vis) or (not wiimote.dot2vis)
if var.onedot < pie.FrameRate
var.onedot ++
endif
//compensate for pitch
var.distf =
1+((abs(var.y)^1/640-1)*((abs(var.sinpitch)^1)*(va
r.dist-1))/(1024-1))*sign(var.sinpitch)*sign(var.y
) //768 - normal screen, 640 - widescreeen
var.px = var.cos*var.dist*var.distf
var.py = var.sin*var.dist*var.distf
if wiimote.dot1vis
var.d0x = (1024/2)- wiimote.dot1x
var.d0y = (640/2) - wiimote.dot1y //768 - normal screen, 640 - widescreeen
var.dot2f = 2
var.dot1f = 1
else
var.d0x = (1024/2)- wiimote.dot2x
var.d0y = (640/2) - wiimote.dot2y //768 - normal screen, 640 - widescreeen
var.dot1f = 2
var.dot2f = 1
endif
//check which dot is which
if
sqrt(sqr(var.d0x-var.d1x)+sqr(var.d0y-var.d1y))*va
r.dot1f >
sqrt(sqr(var.d0x-var.d2x)+sqr(var.d0y-var.d2y))*va
r.dot2f then
var.d3x = var.d1x
var.d3y = var.d1y
var.0d3x = var.d01x
var.0d3y = var.d01y
var.0d0x = var.d02x
var.0d0y = var.d02y
else
var.d3x = var.d2x
var.d3y = var.d2y
var.0d3x = var.d02x
var.0d3y = var.d02y
var.0d0x = var.d01x
var.0d0y = var.d01y
endif
//var.roll = var.roll - var.dr
if
sqrt(sqr(var.d0x+var.px-var.d3x)+sqr(var.d0y+var.p
y-var.d3y)) >
sqrt(sqr(var.d0x-var.px-var.d3x)+sqr(var.d0y-var.p
y-var.d3y)) then
var.px = var.px*(-1)
var.py = var.py*(-1)
endif
if var.onedot < 3 // set to +1 0sin / 0cos smooth value
//eliminte glitches at transition form 2 to 1 ir dots visible
var.0dx = var.px - var.0d3x + var.0d0x - var.0cos*var.dist
var.0dy = var.py - var.0d3y + var.0d0y - var.0sin*var.dist
endif
var.d2x = var.d0x + var.px - var.0dx
var.d2y = var.d0y + var.py - var.0dy
var.d1x = var.d0x
var.d1y = var.d0y
else
//read IR if both dots are visible
var.onedot = 0
var.d2x = (1024/2)- wiimote.dot2x
var.d2y = (640/2) - wiimote.dot2y //768 - normal screen, 640 - widescreeen
var.d1x = (1024/2)- wiimote.dot1x
var.d1y = (640/2) - wiimote.dot1y //768 - normal screen, 640 - widescreeen
var.dist = sqrt(sqr(var.d1x-var.d2x)+sqr(var.d1y-var.d2y))
endif
var.rotc =
acos((var.d1x-var.d2x)/sqrt(sqr(var.d1x-var.d2x)+s
qr(var.d1y-var.d2y)))
if
((var.d1y-var.d2y)/sqrt(sqr(var.d1x-var.d2x)+sqr(v
ar.d1y-var.d2y))) > 0
var.rotc = 360 - var.rotc
endif
var.rots = -
asin((var.d1y-var.d2y)/sqrt(sqr(var.d1x-var.d2x)+s
qr(var.d1y-var.d2y)))
if
((var.d1x-var.d2x)/sqrt(sqr(var.d1x-var.d2x)+sqr(v
ar.d1y-var.d2y))) < 0
var.rots = 180 - var.rots
endif
if var.rots < 0
var.rots = 360 + var.rots
endif
var.rot = var.rotc/2 + var.rots/2
//rotation neutralization
if (360 - 36) > abs(var.rot - var.roll) > (36) //36 = rotation deadzone
var.rot = var.rot - 180
if var.rot < 0 then var.rot = 360 + var.rot
var.d0x = var.d1x
var.d0y = var.d1y
var.d1x = var.d2x
var.d1y = var.d2y
var.d2x = var.d0x
var.d2y = var.d0y
endif
//store last dots
if var.onedot = 0
var.d01x = var.d1x
var.d01y = var.d1y
var.d02x = var.d2x
var.d02y = var.d2y
endif
//smooth movement
var.d1x = smooth(var.d1x,2)
var.d1y = smooth(var.d1y,2)
var.d2x = smooth(var.d2x,2)
var.d2y = smooth(var.d2y,2)
//store last coordinates
var.0x = var.x
var.0y = var.y
//coordinate calculation
var.y = ((var.d1y*var.d2x)-(var.d1x*var.d2y)) / (sqrt(sqr(var.d2x-var.d1x) + sqr(var.d2y-var.d1y)))/((640))*screen.height/ var.scrmlt //768 - normal screen, 640 - widescreeen
var.x =
(sqr(var.d1x)-sqr(var.d2x)+sqr(var.d1y)-sqr(var.d2
y)) / (2*(sqrt(sqr(var.d2x-var.d1x) + sqr(var.d2y-var.d1y))))/(1024)*screen.Width/ var.scrmlt
//NAN bug workaround
if var.x = NAN
var.x = 0
var.0x = 0
endif
if var.y = NAN
var.y = 0
var.0y = 0
endif
//softsmoothdeadzone
if abs(var.x-var.0x) < 1.0 //deadzone = 1.0
var.x = var.x -
((var.x-var.0x)*(1-((abs((var.deadzone-abs(var.x-v
ar.0x))/1.0)))^0.5)) //deadzone = 1.0
var.x = smooth(var.x,4)
endif
if abs(var.y-var.0y) < 1.0 //deadzone = 1.0
var.y = var.y -
((var.y-var.0y)*(1-((abs((var.deadzone-abs(var.y-v
ar.0y))/1.0)))^0.5)) //deadzone = 1.0
var.x = smooth(var.x,4)
endif
var.x = smooth(var.x,2)
var.y = smooth(var.y,2)
if abs(var.x) > var.czonex
var.x =
var.x*abs(1+(abs(abs(var.x)-var.czonex)/abs(var.x)
)*var.cpower)*var.cfactor
endif
if abs(var.y) > var.czoney
var.y =
var.y*abs(1+(abs(abs(var.y)-var.czoney)/abs(var.y)
)*var.cpower*var.factory)*var.cfactor
endif
//fps mouse movement
if abs(var.x) > var.izonex
var.inputx = var.inputx +
var.x*abs((abs((abs(var.x)-var.izonex)^var.ipower)
/abs(abs(var.x)^var.ipower)))*var.ifactor
endif
if abs(var.y) > var.izoney
var.inputy = var.inputy +
var.y*abs((abs((abs(var.y)-var.izoney)^var.ipower)
/abs(abs(var.y)^var.ipower)))*var.ifactor
endif
var.inputx = var.inputx + var.x - var.0x
var.inputy = var.inputy + var.y - var.0y
mouse.DirectInputX = var.inputx
mouse.DirectInputY = var.inputy
var.ipolcount = 0
else
//continue mouse movement for 2 sec if no IR visible
if var.ipolcount <= 2*pie.FrameRate and var.wmaccZtimer == 0 and var.AccZ < var.wiimoteAcc and |var.accY| < var.wiimoteAcc and (var.x <> 0 or var.y <> 0) then
if abs(var.x) > var.izonex
var.InputX = var.InputX +
var.x*abs((abs((abs(var.x)-var.izonex)^var.ipower)
/abs(abs(var.x)^var.ipower)))*var.ifactor
else
var.InputX = var.InputX + var.x*abs(1+abs(var.x)*var.0power)*var.0factor
endif
if abs(var.y) > var.izoney
var.InputY = var.InputY +
var.y*abs((abs(abs(abs(var.y)-var.izoney)^var.ipow
er)/abs(abs(var.y)^var.ipower)))*var.ifactor
else
var.InputY = var.InputY +
var.y*abs(1+abs(var.y)*var.0power*var.factory)*var
.0factor
endif
mouse.directinputX = var.inputx
mouse.directinputY = var.inputy
var.ipolcount = var.ipolcount + 1
else
var.x = 0
var.y = 0
endif
endif
