чипы гаррис мод готовые

Чипы гаррис мод готовые

1)Для первого аддона ума не надо. Просто поставил чип и полетел (Правда крылья могут загораживать обзор)
@name krilya
@inputs
@outputs
@persist [Ch]:string [Own]:entity Si T Sin Col:vector Tra:vector
@trigger

if(first()) <
Own = owner()
Ch = «chest»
Col = vec(0,255,0)
Tra = vec(0,255,0)
#Own:setMaterial(«debug/debugdrawflat»)
function vector entity:aniPos(Att:string) <
return This:attachmentPos(Att)
>
function angle entity:aniAng(Att:string) <
return This:attachmentAng(Att)
>

for(I=1,5) <
Si = 25*sin(180*(I/5))
holoCreate(I)
holoPos(I,Own:aniPos(Ch)+vec(-20,I*7,-20+Si):rotate(Own:aniAng(Ch)))
holoScale(I,vec(0.2))
holoParentAttachment(I,Own,Ch)
holoColor(2,vec(0,0,266))
holoEntity(I):setTrails(20,0,0.5,»trails/smoke»,Col,255)
holoColor(1,vec(0,0,255))
holoAlpha(I,0)
>

for(I=6,10) <
Si = 25*sin(180*((I-5)/5))
holoCreate(I)
holoPos(I,Own:aniPos(Ch)+vec(-20,-(I-5)*7,-20+Si):rotate(Own:aniAng(Ch)))
holoScale(I,vec(0.2))
holoParentAttachment(I,Own,Ch)
holoColor(4,vec(0,0,255))
holoEntity(I):setTrails(20,0,0.5,»trails/smoke»,Tra,255)
holoAlpha(I,0)
>
>
interval(20)
T+=90
if(T>=360)
Sin = 30*sin(T)
for(I=1,5) <
Si = 25*sin(180*(I/5))
holoPos(I,Own:aniPos(Ch)+vec(-20,I*7,-20+Si+Sin):rotate(Own:aniAng(Ch)))
>

for(I=6,10) <
Si = 25*sin(180*((I-5)/5))
holoPos(I,Own:aniPos(Ch)+vec(-20,-(I-5)*7,-20+Si+Sin):rotate(Own:aniAng(Ch)))
>
Own = owner()
Sp = Own:keyJump()
W = Own:keyForward()
if(Own:keyJump()) <
Own:setVel(vec(0,0,50)+vec(10*W,0,0):rotate(Own:eyeAngles()))
>

2)Второй аддон это просто полет. Поставил, нажал на пробел так-же улетел.
@name Fly
@persist [Ch]:string [Own]:entity Si T Sin Col:vector
if(first())<
Own = owner()
Ch = «chest»
Col = vec(255,127,0)
#Own:setMaterial(«debug/debugdrawflat»)
function vector entity:aniPos(Att:string)<
return This:attachmentPos(Att)
>
function angle entity:aniAng(Att:string)<
return This:attachmentAng(Att)
>

for(I=6,10)<
Si = 25*sin(180*((I-5)/5))
holoPos(I,Own:aniPos(Ch)+vec(-20,-(I-5)*7,-20+Si+Sin):rotate(Own:aniAng(Ch)))
>
Own = owner()
Sp = Own:keyJump()
W = Own:keyForward()
if(Own:keyJump())<
Own:setVel(vec(0,0,50)+vec(10*W,0,0):rotate(Own:eyeAngles()))
>

@name Airplane
@inputs
@outputs
@persist T Propspeed Vel Timer
@trigger

E=entity():isWeldedTo()
Holoref=holoEntity(2)
if(first())
<
runOnTick(1)
Red=random(255)
Blue=random(255)
Green=random(255)
E:setMass(50)
entity():setMass(50)
E:setAlpha(255)

if(E:type()!=»prop_vehicle_prisoner_pod»)
<
print(«You must spawn the Chip on a seat»)
selfDestructAll()
>

holoCreate(1)
holoCreate(2)
holoCreate(3)
holoCreate(4)
holoCreate(5)
holoCreate(6)
holoCreate(7)
holoCreate(8)
holoCreate(9)
holoCreate(10)
holoCreate(11)
holoCreate(12)
holoCreate(13)

holoParent(1,E)
holoParent(2,E)
holoParent(3,E)
holoParent(4,E)
holoParent(5,E)
holoParent(6,E)
holoParent(7,E)
holoParent(8,E)
holoParent(9,E)
holoParent(10,E)
holoParent(11,E)
holoParent(12,E)
holoParent(13,E)

holoModel(1,»cube»)
holoModel(2,»cube»)
holoModel(3,»pyramid»)
holoModel(4,»tetra»)
holoModel(5,»cube»)
holoModel(6,»hq_cone»)
holoModel(7,»cube»)
holoModel(8,»hq_cylinder»)
holoModel(9,»hq_cylinder»)
holoModel(10,»hq_cylinder»)
holoModel(11,»hq_cylinder»)
holoModel(12,»hq_cylinder»)
holoModel(13,»hq_cylinder»)

holoPos(1,E:toWorld(vec(0,0,0)))
holoPos(2,E:toWorld(vec(0,5,0)))
holoPos(3,E:toWorld(vec(0,-80,0)))
holoPos(4,E:toWorld(vec(0,-100,18)))
holoPos(5,E:toWorld(vec(0,-100,0)))
holoPos(6,E:toWorld(vec(0,55,0)))
holoPos(7,E:toWorld(vec(0,60,0)))
holoPos(8,E:toWorld(vec(0,40,-10)))
holoPos(9,E:toWorld(vec(-10,-30,-15)))
holoPos(10,E:toWorld(vec(10,-30,-15)))
holoPos(11,E:toWorld(vec(-20,-30,-30)))
holoPos(12,E:toWorld(vec(20,-30,-30)))
holoPos(13,E:toWorld(vec(0,40,-30)))

holoAng(1,E:toWorld(ang(0,0,0)))
holoAng(2,E:toWorld(ang(0,0,0)))
holoAng(3,E:toWorld(ang(0,0,90)))
holoAng(4,E:toWorld(ang(0,180,-10)))
holoAng(5,E:toWorld(ang(0,0,0)))
holoAng(6,E:toWorld(ang(0,0,-90)))
holoAng(7,E:toWorld(ang(0,0,0)))
holoAng(8,E:toWorld(ang(0,0,0)))
holoAng(9,E:toWorld(ang(45,0,0)))
holoAng(10,E:toWorld(ang(-45,0,0)))
holoAng(11,E:toWorld(ang(90,0,0)))
holoAng(12,E:toWorld(ang(90,0,0)))
holoAng(13,E:toWorld(ang(90,0,0)))

holoScale(1,vec(17,3,0.15))
holoScale(2,vec(2,7,2))
holoScale(3,vec(2,2,8))
holoScale(4,vec(0.5,2,3))
holoScale(5,vec(5,2,0.15))
holoScale(6,vec(2,2,2))
holoScale(7,vec(0.3,0.1,3))
holoScale(8,vec(0.2,0.2,3))
holoScale(9,vec(0.2,0.2,3))
holoScale(10,vec(0.2,0.2,3))
holoScale(11,vec(1,1,0.5))
holoScale(12,vec(1,1,0.5))
holoScale(13,vec(1,1,0.5))

holoColor(1,vec(Red,Green,Blue))
holoColor(2,vec(Red,Blue,Red))
holoColor(3,vec(Red,Green,Blue))
holoColor(4,vec(Red,Green,Blue))
holoColor(5,vec(Red,Green,Blue))
holoColor(6,vec(Red,Green,Blue))
holoColor(7,vec(75,75,75))
holoColor(8,vec(75,75,75))
holoColor(9,vec(75,75,75))
holoColor(10,vec(75,75,75))
holoColor(11,vec(0,0,0))
holoColor(12,vec(0,0,0))
holoColor(13,vec(0,0,0))

holoDisableShading(4,1)
>
entity():setMass(0)
E=entity():isWeldedTo()
E:setMass(50000)
Chair=entity():isWeldedTo()
Driver=Chair:driver()
W=Driver:keyForward()
S=Driver:keyBack()
Rvel=E:angVel():roll()
Pvel=E:angVel():pitch()
Yvel=E:angVel():yaw()
Pd=E:angles():pitch()/100
R1=E:angles():roll()/100
Range=rangerOffset(100,E:pos()+vec(0,0,-8),-E:up())
Height=Range:distance()
E:applyForce(-E:vel()*E:mass())
E:applyAngForce(ang(Rvel,-Yvel,-Pvel)*E:mass())
E:applyForce(vec(0,0,1)*E:mass()*7.511255)
if(Height 50)
<
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
>
else
if(Vel>750)
<
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
>
else
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

if(changed(Active)&Active)
<
E:hintDriver(«Made by Raveo»,7)
E:hintDriver(«W:S Accelerate»,5)
E:hintDriver(«Mouse aim to steer»,5)
E:hintDriver(«Enjoy!»,5)
>

@name Sphere Protector
@persist [O E P]:entity V:array Yolo:array
interval(100)

O = owner()
E = entity()
L = players()

if(first()) <
E:setAlpha(255)
holoCreate(1, entity():pos())
holoCreate(2, entity():pos())
holoModel(1, «hq_sphere»)
holoModel(2, «hq_sphere»)
holoMaterial(1, «models/wireframe»)
holoMaterial(2, «models/shadertest/shader3»)
holoScale(1, vec(-50))
holoScale(2, vec(50))
>

holoParent(1, E)
holoPos(1, E:pos()+vec(0,0,10))
holoParent(2, E)
holoPos(2, E:pos()+vec(0,0,10))
interval(100)

A=findToArray()
findInSphere(E:pos(),300)
findByClass(«player»)
findByClass(«npc_*»)
findByClass(«physics_*»)

hint(«‘!stay’ makes the fairy stay»,45)

hint(«‘!spiral 1/0’ turns on/off the spiral movement»,45)

hint(«‘!revenge 1/0’ turns on/off revenge mode», 45)

if (Argument:length() > 0)

hint(«Following player » + Owner:name(), 5)

PropTarget = Owner:aimEntity():model():replace(«.mdl», «»):explode(«/»)

hint(«Following prop »» + PropTarget[PropTarget:count(),string] + «» owned by » + Owner:owner():name(), 5)

hint(«Following player » + Owner:name(), 5)

hint(«Sadly, radius can not be set any higher than 25.»,5)

hint(«Setting Radiusius to «+(Radius*10):toString()+», default is 10.»,5)

hint(«Showing Chat Inputs!»,5)

hint(«Hiding Chat Inputs!»,5)

hint(«Turning off Spiral»,5)

hint(«Turning on spiral»,5)

for(I=1, ColourList:count(), 2)

if (!Found & Argument == ColourList[I, string])

Fairy:setColor(vec(ColourList[I+1, vector4]), 0)

Fairy:setTrails(16, 0, 10, «trails/laser», Fairy:getColor(), ColourList[I+1, vector4]:w())

hint(«Setting Colour to » + ColourList[I, string], 45)

@name Follower
@inputs
@outputs Force:vector AngForce:angle TargetPosX TargetPosY Dir:vector Angles:angle NewAng:angle
@persist Angles:angle Pos:vector Self:entity PosZ PosX PosY Pitch Yaw Roll HoverHeight FollowDistance
@trigger

#if(first()) <
Self = entity()
HoverHeight = 60
FollowDistance = 20
Self:setMass(1000)
#>

Angles = owner():eyeAngles() + ang(vec(-5, 0, 0))

# Gyroscope
CurrentQuat = quat(Self:angles()) #or just quat(Turret)
TargetQuat = quat(Angles)
Q = TargetQuat/CurrentQuat
Torque = Self:toLocal(rotationVector(Q) + Self:pos())

TargetPosX = Point[1]
TargetPosY = Point[2]
TargetPosZ = owner():pos()[3] + HoverHeight

function checkChatCommands() <
Command = owner():lastSaid()

if(Command:left(2) == «>>») <
SubCommand = Command:explode(«>>»)[2, string]
if(SubCommand == «come») <
print(«Coming Closer»)
FollowDistance = 20
HoverHeight = 60
>
elseif(SubCommand == «go») <
print(«Going Away»)
FollowDistance = 200
HoverHeight = 200
>
>
>

Пишешь /fz ник игрока
@name freeeeeeez

@persist [O Player]:entity H:vector

@name Google Chat To Voice RU v2

@name gravity pyshka

@name iScooter_system
@inputs P:wirelink Plate:entity
@outputs EE:string TESTSPEED:vector Turn Effect RPM Gear_i GEAR_V:array Force
@persist M1 M2 SoundSpin E_holo:entity R1_pos_cc:vector R2_pos_cc:vector I Gas Ang:angle Rot1_i Rot2_i Rot_speed E:entity R1_dist R2_dist RR:array
@persist ACT
@trigger none
@model models/hunter/plates/plate05x075.mdl

interval(1)
if(first() | duped())
<
E=Plate
E=entity()
GEAR_V[1,number]=5
GEAR_V[2,number]=0
GEAR_V[3,number]=3.83
GEAR_V[4,number]=2.35
GEAR_V[5,number]=1.4
GEAR_V[6,number]=1.1
GEAR_V[7,number]=0.9
Gear_i=4
RPM=3
Col=vec(random(255),random(255),random(255))
Col=vec(0,100,255)
E:soundPlay(0,0,»vehicles/v8/v8_firstgear_rev_loop1.wav»)
E:soundPlay(0,0,»vehicles/v8/v8_throttle_off_fast_loop1.wav»)

E:setMass(1000)
E:setMaterial(«models/debug/debugwhite»)
E:setColor(vec(40,40,40))
RR=E:getConstraints()
holoCreate(0,E:pos(),vec(1.8,1.8,2.9),ang(),vec(255,255,255)*0.2,»torus»)
holoMaterial(0,»models/debug/debugwhite»)

I=12
while(I)
<
holoMaterial(I+3,»models/shiny»)
holoParent(I+3,E)
holoColor(I+3,Col)
I-=1
>
>
holoColor(8,vec(30,30,30))
holoColor(15,vec(30,30,30))
W=P:number(«W»)
S=P:number(«S»)
D=P:number(«D»)
A=P:number(«A»)
ELE=P:number(«Elevation»)
BEA=P:number(«Bearing»)

if($Gas)
<
if(Gas)
<
E:soundPlay(0,0,»vehicles/v8/v8_firstgear_rev_loop1.wav»)
>
else
<
E:soundPlay(0,0,»vehicles/v8/v8_throttle_off_fast_loop1.wav»)
>
>

if (Counter > findToArray():count())

@name Radio2
@model models/bull/various/subwoofer.mdl

@persist [O E Player]:entity Col:vector I360 T

if(first())
<
runOnTick(1000)
hint(«KACbIM Music»,5)
holoCreate(N)
holoPos(N,vec(Pos:x()+15,Pos:y(),Pos:z()+15))
holoModel(N,»hq_torus_thin»)
holoParent(N,E)
holoScale(N,vec(2.3,2.3,2.3))
holoAng(N,ang(90,0,0))
>
holoColor(N,Col)
holoEntity(N):setdLight(Col,5,500)

@name shariki nad boshkoi
@inputs
@outputs
@persist H T Y Y1 Y2
@trigger

@name Slime Minecraft
@persist Z Timer On Tick [E O]:entity

>
#Heavy cods
timer(«pos»,1000)
if(clk(«pos»))<
Timer+=0.1
Z = sinr(Timer)/5
E:setPos(E:pos()+vec(10,10,Z))
E:setAng(ang(0))
if(E:pos():distance(O:toWorld(vec(0,0,100)))>1)<
E:applyForce((O:toWorld(vec(0,0,250)))-E:pos())
>else<
E:applyForce(vec(100,100,E:mass()*100))
>
>

@name Sphere Protector V5

@persist [O E]:entity V:array I360 B As

V:pos():distance(E:pos()) 0)<
O = findClosest(entity():pos())
TT = 1
holoCreate(TT)
holoModel(TT,»cube»)
holoScale(TT,vec(-5,-5,-5))
holoColor(TT,vec(250,250,250))
holoAng(TT,ang(0,360,0))
holoPos(TT,O:pos()+vec(0,0,50))
holoParent(TT,O)
holoMaterial(TT,»matsys_regressiontest/background»)
holoEntity(TT):soundPlay(999,999,»npc/stalker/go_alert2a.wav»)
#MADE BY FAILCAKE
Mat=array()
Mat:setString(1,»matsys_regressiontest/background»)
Mat:setString(2,»perftest/gman/gman_face1″)
R=randint(1,2)
holoMaterial(1,Mat:string(R))

>else<
holoDelete(TT)
>
Timer += 100
T = Timer
## BASE ##
holoCreate(2)
holoModel(2,»icosphere3″)
holoScale(2,vec(1.3,1.5,1.5))
holoColor(2,vec(250,150,0))
holoAng(2,ang(0,0,0))
holoPos(2,EE:pos()+vec(0,0,10))
holoParent(2,EE)
holoMaterial(2,»»)

## EYE ##
holoCreate(3)
holoModel(3,»icosphere3″)
holoScale(3,vec(0.2,0.2,0.3))
holoColor(3,vec(1,1,1))
holoAng(3,ang(0,0,0))
holoPos(3,EE:pos()+vec(-7,2,13))
holoParent(3,EE)
holoMaterial(3,»»)

## EYE2 ##
holoCreate(4)
holoModel(4,»icosphere3″)
holoScale(4,vec(0.2,0.2,0.3))
holoColor(4,vec(1,1,1))
holoAng(4,ang(0,0,0))
holoPos(4,EE:pos()+vec(-7,-2,13))
holoParent(4,EE)
holoMaterial(4,»»)

## MOUTH ##
holoCreate(5)
holoModel(5,»cube»)
holoScale(5,vec(0.2,0.5,0.1))
holoColor(5,vec(250,1,1))
holoAng(5,ang(0,0,0))
holoPos(5,EE:pos()+vec(-6.5,0,7))
holoParent(5,EE)
holoMaterial(5,»»)

## Smile ##
holoCreate(6)
holoModel(6,»cube»)
holoScale(6,vec(0.1,0.3,0.1))
holoColor(6,vec(250,1,1))
holoAng(6,ang(0,0,60))
holoPos(6,EE:pos()+vec(-6.9,3,8))
holoParent(6,EE)
holoMaterial(6,»»)
#MADE BY FAILCAKE
## Smile2 ##
holoCreate(7)
holoModel(7,»cube»)
holoScale(7,vec(0.1,0.3,0.1))
holoColor(7,vec(250,1,1))
holoAng(7,ang(0,0,-60))
holoPos(7,EE:pos()+vec(-6.9,-3,8))
holoParent(7,EE)
holoMaterial(7,»»)

## Hair1 ##
holoCreate(8)
holoModel(8,»cube»)
holoScale(8,vec(0.1,0.3,0.1))
holoColor(8,vec(100,40,0))
holoAng(8,ang(0,0,60))
holoPos(8,EE:pos()+vec(0,1.5,19.8))
holoParent(8,EE)
holoMaterial(8,»»)

## Hair2 ##
holoCreate(9)
holoModel(9,»cube»)
holoScale(9,vec(0.1,0.3,0.1))
holoColor(9,vec(100,40,0))
holoAng(9,ang(0,0,-60))
holoPos(9,EE:pos()+vec(0,-1.5,19.8))
holoParent(9,EE)
holoMaterial(9,»»)

## Hair3 ##
holoCreate(10)
holoModel(10,»cube»)
holoScale(10,vec(0.1,0.3,0.1))
holoColor(10,vec(100,40,0))
holoAng(10,ang(0,-90,-60))
holoPos(10,EE:pos()+vec(-1.5,0,19.8))
holoParent(10,EE)
holoMaterial(10,»»)

## Hair4 ##
holoCreate(11)
holoModel(11,»cube»)
holoScale(11,vec(0.1,0.3,0.1))
holoColor(11,vec(100,40,0))
holoAng(11,ang(0,90,-60))
holoPos(11,EE:pos()+vec(1.5,0,19.8))
holoParent(11,EE)
holoMaterial(11,»»)

#THERE HAPPY HALLOWEEN EVERYONE =D!!
#Wiremod Community YOU GUYS ROCK. 😀

@name Tron Gir
@inputs
@outputs Gait
@persist E:entity GlowCount Load C RGait RSpeed Gait Speed Scale:vector
@trigger

Источник

Чипы гаррис мод готовые

E=entity():isWeldedTo()
Holoref=holoEntity(2)
if(first())
<
runOnTick(1)
Red=random(255)
Blue=random(255)
Green=random(255)
E:setMass(50)
entity():setMass(50)
E:setAlpha(255)

if(E:type()!=»prop_vehicle_prisoner_pod»)
<
print(«You must spawn the Chip on a seat»)
selfDestructAll()
>

holoCreate(1)
holoCreate(2)
holoCreate(3)
holoCreate(4)
holoCreate(5)
holoCreate(6)
holoCreate(7)
holoCreate(8)
holoCreate(9)
holoCreate(10)
holoCreate(11)
holoCreate(12)
holoCreate(13)

holoParent(1,E)
holoParent(2,E)
holoParent(3,E)
holoParent(4,E)
holoParent(5,E)
holoParent(6,E)
holoParent(7,E)
holoParent(8,E)
holoParent(9,E)
holoParent(10,E)
holoParent(11,E)
holoParent(12,E)
holoParent(13,E)

holoModel(1,»cube»)
holoModel(2,»cube»)
holoModel(3,»pyramid»)
holoModel(4,»tetra»)
holoModel(5,»cube»)
holoModel(6,»hq_cone»)
holoModel(7,»cube»)
holoModel(8,»hq_cylinder»)
holoModel(9,»hq_cylinder»)
holoModel(10,»hq_cylinder»)
holoModel(11,»hq_cylinder»)
holoModel(12,»hq_cylinder»)
holoModel(13,»hq_cylinder»)

holoPos(1,E:toWorld(vec(0,0,0)))
holoPos(2,E:toWorld(vec(0,5,0)))
holoPos(3,E:toWorld(vec(0,-80,0)))
holoPos(4,E:toWorld(vec(0,-100,18)))
holoPos(5,E:toWorld(vec(0,-100,0)))
holoPos(6,E:toWorld(vec(0,55,0)))
holoPos(7,E:toWorld(vec(0,60,0)))
holoPos(8,E:toWorld(vec(0,40,-10)))
holoPos(9,E:toWorld(vec(-10,-30,-15)))
holoPos(10,E:toWorld(vec(10,-30,-15)))
holoPos(11,E:toWorld(vec(-20,-30,-30)))
holoPos(12,E:toWorld(vec(20,-30,-30)))
holoPos(13,E:toWorld(vec(0,40,-30)))

holoAng(1,E:toWorld(ang(0,0,0)))
holoAng(2,E:toWorld(ang(0,0,0)))
holoAng(3,E:toWorld(ang(0,0,90)))
holoAng(4,E:toWorld(ang(0,180,-10)))
holoAng(5,E:toWorld(ang(0,0,0)))
holoAng(6,E:toWorld(ang(0,0,-90)))
holoAng(7,E:toWorld(ang(0,0,0)))
holoAng(8,E:toWorld(ang(0,0,0)))
holoAng(9,E:toWorld(ang(45,0,0)))
holoAng(10,E:toWorld(ang(-45,0,0)))
holoAng(11,E:toWorld(ang(90,0,0)))
holoAng(12,E:toWorld(ang(90,0,0)))
holoAng(13,E:toWorld(ang(90,0,0)))

holoScale(1,vec(17,3,0.15))
holoScale(2,vec(2,7,2))
holoScale(3,vec(2,2,8))
holoScale(4,vec(0.5,2,3))
holoScale(5,vec(5,2,0.15))
holoScale(6,vec(2,2,2))
holoScale(7,vec(0.3,0.1,3))
holoScale(8,vec(0.2,0.2,3))
holoScale(9,vec(0.2,0.2,3))
holoScale(10,vec(0.2,0.2,3))
holoScale(11,vec(1,1,0.5))
holoScale(12,vec(1,1,0.5))
holoScale(13,vec(1,1,0.5))

holoColor(1,vec(Red,Green,Blue))
holoColor(2,vec(Red,Blue,Red))
holoColor(3,vec(Red,Green,Blue))
holoColor(4,vec(Red,Green,Blue))
holoColor(5,vec(Red,Green,Blue))
holoColor(6,vec(Red,Green,Blue))
holoColor(7,vec(75,75,75))
holoColor(8,vec(75,75,75))
holoColor(9,vec(75,75,75))
holoColor(10,vec(75,75,75))
holoColor(11,vec(0,0,0))
holoColor(12,vec(0,0,0))
holoColor(13,vec(0,0,0))

holoDisableShading(4,1)
>
entity():setMass(0)
E=entity():isWeldedTo()
E:setMass(50000)
Chair=entity():isWeldedTo()
Driver=Chair:driver()
W=Driver:keyForward()
S=Driver:keyBack()
Rvel=E:angVel():roll()
Pvel=E:angVel():pitch()
Yvel=E:angVel():yaw()
Pd=E:angles():pitch()/100
R1=E:angles():roll()/100
Range=rangerOffset(100,E:pos()+vec(0,0,-8),-E:up())
Height=Range:distance()
E:applyForce(-E:vel()*E:mass())
E:ap

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