Hi all! There are some interesting E2 chips here for you. Some of them may interest you. There are no cheating E2 chips here, only masterpieces.

Before testing E2 chips, make sure you downloaded Expression 2 itself and E2Power.
Here is link:
Expression 2(Wiremod): https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=160250458
E2Power - https://github.com/HyvelEurope/E2Power (You need to put E2Power in gmod folder "addons")
And don't forget download resources for the good visualization chips:
Sprops: https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=173482196

Every E2 chip requires entity chair from category "vehicles"

WASD - movement
Space - to fly
F - to land
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name Apache helicopter
@inputs
@outputs Speed
@persist [E,User]:entity W A S D F Shift Space M1 M2 Speed EArr:array C P
@trigger

if(first()){
Color = vec(50,125,9)
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}
runOnTick(1)

E = entity():isWeldedTo()
E:setMass(500000)
User = E:driver()
Earr = array(E,User,entity())
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
F = User:keyPressed("F")
Shift = User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()
E:applyForce(-E:vel()*E:mass()/2)
C += 5
rangerFilter(E)
rangerHitWater(1)
RanC = rangerOffset(0,E:pos()+E:boxCenter(),vec(0,0,0))
E:applyForce(vec(0,0,0)*E:mass())

E:applyForce((W-S)*E:forward()*350*E:mass())
E:applyForce((Space-F)*E:up()*200*E:mass())
E:applyForce((A-D)*Shift*-E:right()*450*E:mass())

E:applyTorque((vec((S-W)*10-E:angles():roll(),(D-A)*10-E:angles():pitch(),(A-D)*!Shift*5)*10-E:angVelVector())*E:mass())

if(C>0){
cHolo(1,"hq_rcube_thick",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,0)),vec(3,8,3)) #corpus
cHolo(2,"hq_rcube_thick",E:toWorld(vec(0,-70,5)),E:toWorld(ang(0,0,0)),vec(2,14,2)) #corpus
cHolo(3,"hq_rcube_thick",E:toWorld(vec(0,-60,20)),E:toWorld(ang(0,0,20)),vec(2,5,2)) #corpus
cHolo(4,"hq_rcube_thick",E:toWorld(vec(0,40,5)),E:toWorld(ang(0,0,0)),vec(1,8,2)) #corpus
cHolo(5,"hq_rcube_thick",E:toWorld(vec(10,40,5)),E:toWorld(ang(0,10,0)),vec(1,8,2)) #corpus
cHolo(6,"hq_rcube_thick",E:toWorld(vec(-10,40,5)),E:toWorld(ang(0,-10,0)),vec(1,8,2)) #corpus
cHolo(7,"hq_rcube_thick",E:toWorld(vec(0,0,20)),E:toWorld(ang(0,0,0)),vec(2,8,3)) #window
cHolo(8,"hq_rcube_thick",E:toWorld(vec(0,20,20)),E:toWorld(ang(0,0,0)),vec(1,8,1)) #window
cHolo(9,"hq_rcube_thick",E:toWorld(vec(0,50,25)),E:toWorld(ang(0,0,-20)),vec(0.75,3,1)) #window
cHolo(10,"hq_rcube_thick",E:toWorld(vec(0,-15,25)),E:toWorld(ang(0,0,0)),vec(3,6,3)) #corpus
cHolo(11,"hq_rcube_thick",E:toWorld(vec(0,-160,20)),E:toWorld(ang(0,0,20)),vec(0.5,1.5,3)) #corpus
cHolo(12,"hq_stube_thick",E:toWorld(vec(23,-15,35)),E:toWorld(ang(0,0,90)),vec(1,1,3)) #engine
cHolo(13,"hq_stube_thick",E:toWorld(vec(-23,-15,35)),E:toWorld(ang(0,0,90)),vec(1,1,3)) #engine

cHolo(14,"hq_rcube_thick",E:toWorld(vec(35,-10,10)),E:toWorld(ang(0,0,0)),vec(4,3,0.5)) #wing
cHolo(15,"hq_tube_thick",E:toWorld(vec(30,-10,2)),E:toWorld(ang(0,0,90)),vec(1,1,3)) #missle
cHolo(16,"hq_tube_thick",E:toWorld(vec(45,-10,4)),E:toWorld(ang(0,0,90)),vec(0.75,0.75,3)) #missle

cHolo(17,"hq_rcube_thick",E:toWorld(vec(-35,-10,10)),E:toWorld(ang(0,0,0)),vec(4,3,0.5)) #wing
cHolo(18,"hq_tube_thick",E:toWorld(vec(-30,-10,2)),E:toWorld(ang(0,0,90)),vec(1,1,3)) #missle
cHolo(19,"hq_tube_thick",E:toWorld(vec(-45,-10,4)),E:toWorld(ang(0,0,90)),vec(0.75,0.75,3)) #missle
cHolo(20,"hq_rcube_thick",E:toWorld(vec(0,-70,0)),E:toWorld(ang(0,0,-5)),vec(2,15,2)) #corpus
cHolo(21,"hq_rcube_thick",E:toWorld(vec(0,50,-5)),E:toWorld(ang(0,0,5)),vec(1,6,2)) #corpus

cHolo(22,"hq_cylinder",E:toWorld(vec(0,0,40)),E:toWorld(ang(0,0,0)),vec(0.5,0.5,3)) #corpus of fan
cHolo(23,"hq_rcube_thick",E:toWorld(vec(0,0,55)),E:toWorld(ang(0,0,0)),vec(1,1,0.5)) #corpus of fan

cHolo(24,"hq_cylinder",E:toWorld(vec(-7,20,-15)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,1.5)) #corpus of wheel
cHolo(25,"hq_cylinder",E:toWorld(vec(-7,20,-25)),E:toWorld(ang(90,0,0)),vec(0.75,0.75,0.35)) #wheel

cHolo(26,"hq_cylinder",E:toWorld(vec(7,20,-15)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,1.5)) #corpus of wheel
cHolo(27,"hq_cylinder",E:toWorld(vec(7,20,-25)),E:toWorld(ang(90,0,0)),vec(0.75,0.75,0.35)) #wheel

cHolo(28,"hq_cylinder",E:toWorld(vec(0,-70,-10)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,1.5)) #corpus of wheel
cHolo(29,"hq_cylinder",E:toWorld(vec(0,-70,-20)),E:toWorld(ang(90,0,0)),vec(0.75,0.75,0.35)) #wheel

if(C > 16){C = 0}

for(I=1,6)
{
holoColor(I, vec(100,125,0))
}

for(I=10,11)
{
holoColor(I, vec(100,125,0))
}

holoColor(14, vec(100,125,0))
holoColor(17, vec(100,125,0))

holoColor(20, vec(100,125,0))
holoColor(21, vec(100,125,0))

holoColor(12,vec(50,50,50))
holoColor(13,vec(50,50,50))

holoColor(18,vec(50,50,50))
holoColor(19,vec(50,50,50))

holoColor(15,vec(50,50,50))
holoColor(16,vec(50,50,50))

holoColor(24,vec(50,50,50))
holoColor(26,vec(50,50,50))
holoColor(28,vec(50,50,50))

holoColor(25,vec(10,10,10))
holoColor(27,vec(10,10,10))
holoColor(29,vec(10,10,10))

holoColor(22,vec(50,50,50))
holoColor(23,vec(30,30,30))

holoColor(7,vec(20,20,20))
holoColor(8,vec(20,20,20))
holoColor(9,vec(20,20,20))

holoAlpha(7, 400)
holoAlpha(8, 400)
holoAlpha(9, 400)

holoCreate(43)
holoPos(43,E:toWorld(vec(0,0,45)))
holoModel(43,"cube")
holoScale(43,vec(0.2,17,1))
holoAng(43,E:up():toAngle()+ang(0,0,C*10))
holoParent(43,E)
holoShadow(43,1)

holoCreate(44)
holoPos(44,E:toWorld(vec(0,0,45)))
holoModel(44,"cube")
holoScale(44,vec(0.2,1,17))
holoAng(44,E:up():toAngle()+ang(0,0,C*10))
holoParent(44,E)
holoShadow(44,1)

holoCreate(45)
holoPos(45,E:toWorld(vec(-5,-160,30)))
holoModel(45,"cube")
holoScale(45,vec(0.25,0.5,4))
holoAng(45,E:angles()+ang(0,0,C*10))
holoParent(45,E)
holoShadow(45,1)

holoCreate(46)
holoPos(46,E:toWorld(vec(-5,-160,30)))
holoModel(46,"cube")
holoScale(46,vec(0.25,4,0.5))
holoAng(46,E:angles()+ang(0,0,C*10))
holoParent(46,E)
holoShadow(46,1)

holoColor(43,vec(10,10,10))
holoColor(44,vec(10,10,10))
holoColor(45,vec(10,10,10))
holoColor(46,vec(10,10,10))

}
else{
holoDeleteAll()
}

E:soundPlay(1,200,"npc/combine_gunship/dropship_engine_near_loop1.wav")
soundVolume(1,100)
soundPitch(1,50+P)
P = (W+S+Space-F+A+D)*15

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("Space to fly",7)
E:hintDriver("f to land",7)
}

WASD - movement
Space - jump

There wasn't enough space for code. Here is the code itself as a link:
https://pastebin.com/46UEkuRH

W & S - force
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name Slave 1
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=175
G=200
B=150
Colour=vec(R,G,B)
ColourR=vec(12,12,25)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
cHolo(1,"hq_cylinder",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,0)),vec(7,8,8)) #Cabine
cHolo(2,"hq_sphere",E:toWorld(vec(0,0,50)),E:toWorld(ang(0,0,0)),vec(7,8,8)) #Cabine

cHolo(3,"hq_cylinder",E:toWorld(vec(0,12,-50)),E:toWorld(ang(0,0,0)),vec(6,6,8)) #Cabine

cHolo(4,"hq_cylinder",E:toWorld(vec(0,24,-100)),E:toWorld(ang(0,0,0)),vec(5,4,8)) #Cabine

cHolo(5,"hq_sphere",E:toWorld(vec(0,8,50)),E:toWorld(ang(0,0,0)),vec(5,8,6)) #window

cHolo(6,"hq_cylinder",E:toWorld(vec(0,8,28)),E:toWorld(ang(0,0,0)),vec(5,8,4)) #window

cHolo(7,"hq_sphere",E:toWorld(vec(0,8,5)),E:toWorld(ang(0,0,0)),vec(5,8,6)) #window

cHolo(8,"hq_cylinder",E:toWorld(vec(0,-20,0)),E:toWorld(ang(0,0,90)),vec(9,16.5,1)) #behind corpus

cHolo(9,"hq_cone",E:toWorld(vec(0,-8,0)),E:toWorld(ang(0,0,-90)),vec(12,22,8)) #behind corpus

cHolo(10,"hq_sphere",E:toWorld(vec(40,8,50)),E:toWorld(ang(0,0,0)),vec(3,3,4)) #right shoulder

cHolo(11,"hq_cylinder",E:toWorld(vec(70,8,50)),E:toWorld(ang(90,0,0)),vec(1,1,8)) #right arm

cHolo(12,"cube",E:toWorld(vec(88,8,27)),E:toWorld(ang(90,0,0)),vec(3,0.5,5)) #right wing

cHolo(13,"cube",E:toWorld(vec(82,8,16)),E:toWorld(ang(90,0,0)),vec(3,0.5,4)) #right wing

cHolo(14,"hq_cylinder",E:toWorld(vec(106,8,10)),E:toWorld(ang(0,0,90)),vec(2,2,0.5)) #right wing


cHolo(15,"hq_sphere",E:toWorld(vec(-40,8,50)),E:toWorld(ang(0,0,0)),vec(3,3,4)) #left shoulder

cHolo(16,"hq_cylinder",E:toWorld(vec(-70,8,50)),E:toWorld(ang(90,0,0)),vec(1,1,8)) #left arm

cHolo(17,"cube",E:toWorld(vec(-88,8,27)),E:toWorld(ang(90,0,0)),vec(3,0.5,5)) #left wing

cHolo(18,"cube",E:toWorld(vec(-82,8,16)),E:toWorld(ang(90,0,0)),vec(3,0.5,4)) #left wing

cHolo(15,"hq_cylinder",E:toWorld(vec(-106,8,10)),E:toWorld(ang(0,0,90)),vec(2,2,0.5)) #left wing
cHolo(19,"hq_sphere",E:toWorld(vec(-40,8,50)),E:toWorld(ang(0,0,0)),vec(3,3,4)) #left shoulder

cHolo(20,"hq_cylinder",E:toWorld(vec(0,25,-70)),E:toWorld(ang(0,0,0)),vec(4,4,8)) #grey misc

cHolo(21,"hq_cylinder",E:toWorld(vec(0,22,-130)),E:toWorld(ang(90,0,0)),vec(0.5,0.5,6)) #corpus of weapons

cHolo(22,"hq_rcylinder",E:toWorld(vec(-38,24,-130)),E:toWorld(ang(0,0,90)),vec(0.75,0.75,1)) #left missle gun

cHolo(23,"hq_rcylinder",E:toWorld(vec(-38,34,-132)),E:toWorld(ang(0,0,90)),vec(0.25,0.25,3)) #left missle gun

cHolo(24,"hq_rcylinder",E:toWorld(vec(-38,34,-128)),E:toWorld(ang(0,0,90)),vec(0.25,0.25,3)) #left missle gun


cHolo(25,"hq_rcylinder",E:toWorld(vec(38,24,-130)),E:toWorld(ang(0,0,90)),vec(0.75,0.75,1)) #right missle gun

cHolo(26,"hq_rcylinder",E:toWorld(vec(38,34,-132)),E:toWorld(ang(0,0,90)),vec(0.25,0.25,3)) #right missle gun

cHolo(27,"hq_rcylinder",E:toWorld(vec(38,34,-128)),E:toWorld(ang(0,0,90)),vec(0.25,0.25,3)) #right missle gun

cHolo(28,"hq_cylinder",E:toWorld(vec(0,-55,0)),E:toWorld(ang(0,0,-90)),vec(10,20,0.25)) #behind corpus

cHolo(29,"hq_cylinder",E:toWorld(vec(-25,-56,0)),E:toWorld(ang(0,0,-90)),vec(2,2,0.5)) #thruster

cHolo(30,"hq_cylinder",E:toWorld(vec(25,-56,0)),E:toWorld(ang(0,0,-90)),vec(2,2,0.5)) #thruster

cHolo(31,"cube",E:toWorld(vec(0,-56,45)),E:toWorld(ang(0,0,-90)),vec(4,1.75,0.5)) #thruster

cHolo(32,"hq_cylinder",E:toWorld(vec(25,-56,45)),E:toWorld(ang(0,0,-90)),vec(1.75,1.75,0.5)) #thruster

cHolo(33,"hq_cylinder",E:toWorld(vec(-25,-56,45)),E:toWorld(ang(0,0,-90)),vec(1.75,1.75,0.5)) #thruster

for(I=1,4)
{
holoColor(I,Colour)
}

for(I=21,27)
{
holoColor(I,vec(50,50,50))
}

for(I=29,33)
{
holoColor(I,vec(255,175,0))
}

for(I=5,7)
{
holoColor(I,ColourR)
holoMaterial(I, "phoenix_storms/OfficeWindow_1-1")
}

for(I=11,18)
{
holoMaterial(I, "phoenix_storms/metalbox")
}

holoColor(20,vec(100,100,100))

holoColor(10,vec(220,220,220))
holoMaterial(10, "phoenix_storms/concrete0")

holoColor(19,vec(220,220,220))
holoMaterial(19, "phoenix_storms/concrete0")

holoColor(8,vec(125,150,100))

holoColor(9,vec(100,50,50))

holoColor(28,vec(75,75,75))

holoEntity(29):setTrails(70,40,0.25,"trails/laser",vec(255,175,0), 255)
holoEntity(30):setTrails(70,40,0.25,"trails/laser",vec(255,175,0), 255)
holoEntity(31):setTrails(70,40,0.25,"trails/laser",vec(255,175,0), 255)
holoEntity(32):setTrails(70,40,0.25,"trails/laser",vec(255,175,0), 255)
holoEntity(33):setTrails(70,40,0.25,"trails/laser",vec(255,175,0), 255)
}
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()/195
R1=E:angles():roll()/195
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*285)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*175)



SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"k_lab.teleport_active")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 150)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*750)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

W & S - movement
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name TIE fighter
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=100
G=100
B=100
Colour=vec(R,G,B)
ColourR=vec(12,12,25)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
cHolo(1,"hq_sphere",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,0)),vec(9,9,9)) #Cabine
cHolo(2,"cube",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,0)),vec(20,2,2))#Corpus

cHolo(3,"cube",E:toWorld(vec(50,0,5)),E:toWorld(ang(10,0,0)),vec(5,1.5,2))#peice of corpus 1
cHolo(4,"cube",E:toWorld(vec(50,0,-5)),E:toWorld(ang(-10,0,0)),vec(5,1.5,2))#peice of corpus 2

cHolo(5,"cube",E:toWorld(vec(-50,0,5)),E:toWorld(ang(-10,0,0)),vec(5,1.5,2))#peice of corpus 3
cHolo(6,"cube",E:toWorld(vec(-50,0,-5)),E:toWorld(ang(10,0,0)),vec(5,1.5,2))#peice of corpus 4


cHolo(7,"cube",E:toWorld(vec(117,0,0)),E:toWorld(ang(0,90,0)),vec(10,0.5,22))#Right wing
cHolo(8,"cube",E:toWorld(vec(117,37,42)),E:toWorld(ang(-25,90,0)),vec(10,0.5,12.25))#Right piece of wing
cHolo(9,"cube",E:toWorld(vec(117,37,-42)),E:toWorld(ang(25,90,0)),vec(10,0.5,12.25))#Right piece of wing

cHolo(10,"cube",E:toWorld(vec(117,-37,-42)),E:toWorld(ang(-25,90,0)),vec(10,0.5,12.25))#Right piece of wing
cHolo(11,"cube",E:toWorld(vec(117,-37,42)),E:toWorld(ang(25,90,0)),vec(10,0.5,12.25))#Right piece of wing


cHolo(12,"cube",E:toWorld(vec(-117,0,0)),E:toWorld(ang(0,90,0)),vec(10,0.5,22))#Leftwing
cHolo(13,"cube",E:toWorld(vec(-117,37,42)),E:toWorld(ang(-25,90,0)),vec(10,0.5,12.25))#Left piece of wing
cHolo(14,"cube",E:toWorld(vec(-117,37,-42)),E:toWorld(ang(25,90,0)),vec(10,0.5,12.25))#Left piece of wing

cHolo(15,"cube",E:toWorld(vec(-117,-37,-42)),E:toWorld(ang(-25,90,0)),vec(10,0.5,12.25))#Left piece of wing
cHolo(16,"cube",E:toWorld(vec(-117,-37,42)),E:toWorld(ang(25,90,0)),vec(10,0.5,12.25))#Left piece of wing

cHolo(17,"hq_sphere",E:toWorld(vec(0,18,0)),E:toWorld(ang(0,0,0)),vec(7,7,7)) #Window

cHolo(18,"cube",E:toWorld(vec(-117,0,129.5)),E:toWorld(ang(0,0,0)),vec(1.5,10.6,1))#left misc
cHolo(19,"cube",E:toWorld(vec(-117,0,-129.5)),E:toWorld(ang(0,0,0)),vec(1.5,10.6,1))#left misc

cHolo(20,"cube",E:toWorld(vec(-117,90,-65)),E:toWorld(ang(25,90,0)),vec(1,1.5,12.5))#left misc
cHolo(21,"cube",E:toWorld(vec(-117,90,65)),E:toWorld(ang(-25,90,0)),vec(1,1.5,12.5))#left misc

cHolo(22,"cube",E:toWorld(vec(-117,-90,-65)),E:toWorld(ang(-25,90,0)),vec(1,1.5,12.5))#left misc
cHolo(23,"cube",E:toWorld(vec(-117,-90,65)),E:toWorld(ang(25,90,0)),vec(1,1.5,12.5))#left misc

cHolo(24,"hq_cylinder",E:toWorld(vec(-117,0,0)),E:toWorld(ang(0,90,90)),vec(5,5,1.5))#left misc

cHolo(25,"cube",E:toWorld(vec(-117,0,0)),E:toWorld(ang(25,90,0)),vec(1,1.5,23))#left misc
cHolo(26,"cube",E:toWorld(vec(-117,0,0)),E:toWorld(ang(-25,90,0)),vec(1,1.5,23))#left misc
cHolo(27,"cube",E:toWorld(vec(-117,0,0)),E:toWorld(ang(-90,90,0)),vec(1,1.5,19))#left misc


cHolo(28,"cube",E:toWorld(vec(117,0,129.5)),E:toWorld(ang(0,0,0)),vec(1.5,10.6,1))#right misc
cHolo(29,"cube",E:toWorld(vec(117,0,-129.5)),E:toWorld(ang(0,0,0)),vec(1.5,10.6,1))#right misc

cHolo(30,"cube",E:toWorld(vec(117,90,-65)),E:toWorld(ang(25,90,0)),vec(1,1.5,12.5))#right misc
cHolo(31,"cube",E:toWorld(vec(117,90,65)),E:toWorld(ang(-25,90,0)),vec(1,1.5,12.5))#right misc

cHolo(32,"cube",E:toWorld(vec(117,-90,-65)),E:toWorld(ang(-25,90,0)),vec(1,1.5,12.5))#right misc
cHolo(33,"cube",E:toWorld(vec(117,-90,65)),E:toWorld(ang(25,90,0)),vec(1,1.5,12.5))#right misc

cHolo(34,"hq_cylinder",E:toWorld(vec(117,0,0)),E:toWorld(ang(0,90,90)),vec(5,5,1.5))#right misc

cHolo(35,"cube",E:toWorld(vec(117,0,0)),E:toWorld(ang(25,90,0)),vec(1,1.5,23))#right misc
cHolo(36,"cube",E:toWorld(vec(117,0,0)),E:toWorld(ang(-25,90,0)),vec(1,1.5,23))#right misc
cHolo(37,"cube",E:toWorld(vec(117,0,0)),E:toWorld(ang(-90,90,0)),vec(1,1.5,19))#right misc

cHolo(38,"cube",E:toWorld(vec(117,-64,128)),E:toWorld(ang(-90,90,0)),vec(0.25,0.25,0.25))#right up trailpoint
cHolo(39,"cube",E:toWorld(vec(117,-64,-128)),E:toWorld(ang(-90,90,0)),vec(0.25,0.25,0.25))#right down trailpoint

cHolo(40,"cube",E:toWorld(vec(-117,-64,128)),E:toWorld(ang(-90,90,0)),vec(0.25,0.25,0.25))#left up trailpoint
cHolo(41,"cube",E:toWorld(vec(-117,-64,-128)),E:toWorld(ang(-90,90,0)),vec(0.25,0.25,0.25))#left down trailpoint

for(I=1,6)
{
holoColor(I,Colour)
}

for(I=18,37)
{
holoColor(I,Colour)
}

for(I=7,16)
{
holoColor(I,ColourR)
}

holoMaterial(17, "phoenix_storms/metalfloor_2-3")
holoColor(17, vec(75,75,75))

holoEntity(38):setTrails(50,40,0.25,"trails/smoke",vec(100,0,0), 255)
holoEntity(39):setTrails(50,40,0.25,"trails/smoke",vec(100,0,0), 255)
holoEntity(40):setTrails(50,40,0.25,"trails/smoke",vec(100,0,0), 255)
holoEntity(41):setTrails(50,40,0.25,"trails/smoke",vec(100,0,0), 255)
}
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()/195
R1=E:angles():roll()/195
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*285)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*175)
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"k_lab.teleport_active")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 150)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*750)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

W & S - force
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name airship
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=50
G=50
B=100
Colour=vec(R,G,B)
ColourR=vec(12,12,25)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
cHolo(1,"cube",E:toWorld(vec(0,0,20)),E:toWorld(ang(0,0,0)),vec(5,15,5)) #Cabine

cHolo(2,"hq_sphere",E:toWorld(vec(0,0,190)),E:toWorld(ang(0,0,0)),vec(25,70,25)) #balloon

cHolo(3,"cube",E:toWorld(vec(0,45,20)),E:toWorld(ang(0,0,0)),vec(4,8,4)) #window

cHolo(4,"cube",E:toWorld(vec(0,35,27)),E:toWorld(ang(0,0,0)),vec(5.5,8,2)) #window

cHolo(5,"hq_rcube_thick",E:toWorld(vec(40,-280,190)),E:toWorld(ang(0,0,0)),vec(5.5,8,0.5)) #wing

cHolo(6,"hq_rcube_thick",E:toWorld(vec(-40,-280,190)),E:toWorld(ang(0,0,0)),vec(5.5,8,0.5)) #wing

cHolo(7,"hq_rcube_thick",E:toWorld(vec(0,-280,230)),E:toWorld(ang(90,0,0)),vec(5.5,8,0.5)) #wing

cHolo(8,"hq_rcube_thick",E:toWorld(vec(0,-280,150)),E:toWorld(ang(90,0,0)),vec(5.5,8,0.5)) #wing

cHolo(9,"hq_rcube_thick",E:toWorld(vec(0,-280,190)),E:toWorld(ang(0,0,0)),vec(0.75,8,0.75)) #thruster

for(I=5,8)
{
holoColor(I,Colour)
}

holoColor(2,vec(100,100,150))

holoColor(1,vec(100,100,125))

holoMaterial(3,"models/XQM/boxfull_diffuse")
holoMaterial(4,"models/XQM/boxfull_diffuse")

holoColor(9,vec(50,50,50))

for(I=5,9)
{
holoEntity(I):setTrails(50,5,1,"trails/smoke",vec(200,200,200), 255)
}
}
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()/195
R1=E:angles():roll()/195
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*285)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*175)
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"ambient/outdoors_well.wav")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 150)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*750)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

WASD - movement
Shift - speed boost
H - honk
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name F1
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C SoundFixTimer Timer T
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
}

Color = vec(0,225,255)
Back = vec(55,55,55)
C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(500000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/40)
E:applyForce(vec(0,0,12)*E:mass())


rangerFilter(EArr)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(45-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(50,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(50,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(50,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(50,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}

if(Honk){
entity():soundPlay(2,0,"Streetwar.d3_C17_13_beep")
soundPitch(2,43)
soundVolume(2,150)
}else{soundStop(2)}

if(Shift){
Spd = 70
}
else{
Spd = 45
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_rcylinder_thick", E:toWorld(vec(0,0,14)), E:toWorld(ang(0,0,90)), vec(2,2.15,14))
cHolo(2, "hq_rcube_thick", E:toWorld(vec(0,-40,14)), E:toWorld(ang(0,0,0)), vec(7,9,0.75))
cHolo(11, "hq_rcube_thick", E:toWorld(vec(0,-80,14)), E:toWorld(ang(0,0,0)), vec(4,8,0.75))
cHolo(12, "hq_rcube_thick", E:toWorld(vec(0,65,14)), E:toWorld(ang(0,0,0)), vec(8,2,0.5))
cHolo(14, "cube", E:toWorld(vec(15,-120,28)), E:toWorld(ang(15,0,8)), vec(0.25,0.25,2))
cHolo(15, "cube", E:toWorld(vec(-15,-120,28)), E:toWorld(ang(-15,0,8)), vec(0.25,0.25,2))
cHolo(16, "hq_rcube_thick", E:toWorld(vec(0,-120,38)), E:toWorld(ang(0,0,8)), vec(6,3,0.55))

cHolo(17, "hq_cylinder", E:toWorld(vec(0,35,10)), E:toWorld(ang(90,0,0)), vec(0.35,0.35,7))
cHolo(18, "hq_cylinder", E:toWorld(vec(0,-115,10)), E:toWorld(ang(90,0,0)), vec(0.35,0.35,7))

cHolo(19, "hq_tube", E:toWorld(vec(0,0,23)), E:toWorld(ang(0,0,0)), vec(2,6,1))
cHolo(20, "hq_cylinder", E:toWorld(vec(0,0,23)), E:toWorld(ang(0,0,0)), vec(1.95,5.95,0.69))


holoCreate(3)
holoModel(3,"hq_rcylinder")
holoScale(3,vec(3,3,2))
holoPos(3,E:toWorld(vec(-40,35,9)))
holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(3,E)

holoCreate(4)
holoModel(4,"hq_rcylinder")
holoScale(4,vec(3,3,2))
holoPos(4,E:toWorld(vec(40,35,9)))
holoAng(4,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(4,E)



holoCreate(6)
holoModel(6,"hq_rcylinder")
holoScale(6,vec(3,3,2))
holoPos(6,E:toWorld(vec(40,-115,9)))
holoAng(6,E:right():toAngle()+ang(90,0,0))
holoParent(6,E)

holoCreate(7)
holoModel(7,"hq_rcylinder")
holoScale(7,vec(3,3,2))
holoPos(7,E:toWorld(vec(-40,-115,9)))
holoAng(7,E:right():toAngle()+ang(90,0,0))
holoParent(7,E)

holoColor(1,Color)
holoColor(2,Color)


holoColor(11,Color)
holoColor(12,Color)

holoColor(14,Back)
holoColor(15,Back)

holoColor(16,Color)

holoColor(17,Back)
holoColor(18,Back)

holoColor(19,Color)
holoColor(20,vec(50,50,50))

for(I=3,7){
holoMaterial(I, "phoenix_storms/car_tire")
}

for(I=8,10){
holoMaterial(I, "phoenix_storms/dome")
}

}
else{
holoDeleteAll()
}
P = 0
if(W){
P=20
}
if(S){
P=-20
}
if(Shift){
P=70
}
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"Airboat_engine_idle")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 0.5)

soundPitch(1,100+P)

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("H - honk",7)
E:hintDriver("Shift - speed boost",7)
}

WASD - movement
Space - jump
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name geometry cube UFO
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C SoundFixTimer Timer T
@trigger

function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
Color = vec(0,225,255)
Back = vec(55,55,55)
C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(9999)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/60)
E:applyForce(vec(0,0,7)*E:mass())

rangerFilter(EArr)
RanC = rangerOffset(60,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(50-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(60,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(60,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(60,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(60,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(bAnd(1-RanC:distance(),bAnd(Space,$Space))){
E:applyForce(vec(0,0,1)*500*E:mass())
}
else{
}

if(Shift){
Spd = 20
}
else{
Spd = 10
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

runOnTick(1)

if(C>10){
cHolo(1, "cube", E:toWorld(vec(0,0,10)), E:toWorld(ang(0,0,90)), vec(7,7,7))
cHolo(2, "hq_stube", E:toWorld(vec(0,38.75,10)), E:toWorld(ang(0,0,90)), vec(7.25,7.25,0.6))
cHolo(3, "hq_stube", E:toWorld(vec(0,-38.75,10)), E:toWorld(ang(0,0,90)), vec(7.25,7.25,0.6))
cHolo(5, "hq_stube", E:toWorld(vec(0,0,48.75)), E:toWorld(ang(0,0,0)), vec(7.25,7.25,0.6))

cHolo(6, "hq_stube", E:toWorld(vec(0,41,5)), E:toWorld(ang(0,0,90)), vec(4,1,0.6))
cHolo(7, "cube", E:toWorld(vec(0,41,5)), E:toWorld(ang(0,0,90)), vec(3.9,0.9,0.5))

cHolo(8, "hq_stube", E:toWorld(vec(12,41,24)), E:toWorld(ang(0,0,90)), vec(1,1,0.6))
cHolo(9, "cube", E:toWorld(vec(12,41,24)), E:toWorld(ang(0,0,90)), vec(0.9,0.9,0.5))

cHolo(10, "hq_stube", E:toWorld(vec(-12,41,24)), E:toWorld(ang(0,0,90)), vec(1,1,0.6))
cHolo(11, "cube", E:toWorld(vec(-12,41,24)), E:toWorld(ang(0,0,90)), vec(0.9,0.9,0.5))

cHolo(12, "hq_cylinder", E:toWorld(vec(0,0,-30)), E:toWorld(ang(0,0,0)), vec(18,18,3))
cHolo(13, "hq_tube_thin", E:toWorld(vec(0,0,-13)), E:toWorld(ang(0,0,0)), vec(18.2,18.2,0.5))
cHolo(14, "hq_tube_thin", E:toWorld(vec(0,0,-46)), E:toWorld(ang(0,0,0)), vec(18.2,18.2,0.5))

cHolo(15, "hq_cylinder", E:toWorld(vec(0,0,-60)), E:toWorld(ang(0,0,0)), vec(11,11,2))
cHolo(16, "hq_tube_thin", E:toWorld(vec(0,0,-70)), E:toWorld(ang(0,0,0)), vec(11.2,11.2,0.5))

cHolo(17, "hq_cylinder", E:toWorld(vec(0,0,-75)), E:toWorld(ang(0,0,0)), vec(2,2,2))

cHolo(18, "hq_sphere", E:toWorld(vec(0,110,-28)), E:toWorld(ang(0,0,0)), vec(2,2,2))

cHolo(19, "hq_hdome_thin", E:toWorld(vec(0,0,-10)), E:toWorld(ang(0,0,0)), vec(13,13,17))

for(I=2,6){
holoColor(I,vec(0,0,0))
}
holoColor(6,vec(0,0,0))
holoColor(8,vec(0,0,0))
holoColor(10,vec(0,0,0))
holoColor(13,vec(0,0,0))
holoColor(14,vec(0,0,0))
holoColor(16,vec(0,0,0))

holoColor(1,vec(225,175,0))
holoColor(7,vec(0,255,200))
holoColor(12,vec(0,255,200))
holoColor(9,vec(0,255,200))
holoColor(11,vec(0,255,200))
holoColor(15,vec(225,175,0))
holoColor(17,vec(0,255,200))
holoColor(18,vec(225,175,0))

holoAlpha(19,100)
}
else{
holoDeleteAll()
}

if(first()){
E:setTrails(50,20,10,"trails/physbeam",vec(255,255,255),200)
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("Space to jump",7)
E:hintDriver("Shift - speed boost",7)
}

W & S - force
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name X-type fighter
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=225
G=225
B=225
Colour=vec(R,G,B)
ColourR=vec(150,0,0)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
cHolo(1,"hq_sphere",E:toWorld(vec(0,20,0)),E:toWorld(ang(0,0,-90)),vec(4.5,3,27)) #Nose Cone
cHolo(2,"hq_tube_thin",E:toWorld(vec(0,25,10)),E:toWorld(ang(0,0,0)),vec(3,10,2))#Cockpit
cHolo(3,"hqsphere",E:toWorld(vec(0,25,18)),E:toWorld(ang(0,0,0)),vec(3,10,4))#WindSheild
cHolo(4,"hq_cubinder",E:toWorld(vec(0,18,0)),E:toWorld(ang(0,0,-90)),vec(3,3,15))#BodyCylinder
cHolo(5,"hq_stube",E:toWorld(vec(30,-60,-15)),E:toWorld(ang(110,0,-90)),vec(3,2,15))#AirIntakeRight
cHolo(6,"hq_stube",E:toWorld(vec(-30,-60,-15)),E:toWorld(ang(-110,0,-90)),vec(3,2,15))#AirIntakeLeft
cHolo(7,"hq_rcube",E:toWorld(vec(0,-110,-10)),E:toWorld(ang(0,0,0)),vec(9,15,3.5))#Big Body Thingy
cHolo(8,"hq_stube",E:toWorld(vec(25,-205,-10)),E:toWorld(ang(0,0,90)),vec(3,2,2))#Right Thruster
cHolo(9,"hq_stube",E:toWorld(vec(-25,-205,-10)),E:toWorld(ang(0,0,90)),vec(3,2,2))#Left Thruster
cHolo(10,"hq_cylinder",E:toWorld(vec(25,-120,6)),E:toWorld(ang(0,0,90)),vec(2.2,2,5))#Right Thruster Cover
cHolo(11,"hq_cylinder",E:toWorld(vec(-25,-120,6)),E:toWorld(ang(0,0,90)),vec(2.2,2,5))#Left Thruster Cover

cHolo(22,"cube",E:toWorld(vec(80,-120,-30)),E:toWorld(ang(15,5,0)),vec(22,5,0.2))#Right Wing Body 2
cHolo(23,"cube",E:toWorld(vec(-80,-120,-30)),E:toWorld(ang(-15,-5,0)),vec(22,5,0.2))#Left Wing Body 2

cHolo(26,"cube",E:toWorld(vec(60,-195,-10)),E:toWorld(ang(0,-50,0)),vec(9,4,0.2))#Right Tail Wing Body 1
cHolo(27,"cube",E:toWorld(vec(-60,-195,-10)),E:toWorld(ang(0,50,0)),vec(9,4,0.2))#Left Tail Wing Body 1
cHolo(28,"hq_sphere",E:toWorld(vec(50,-210,-10)),E:toWorld(ang(0,0,0)),vec(1.5,7,2))#Right Tail Connector
cHolo(29,"hq_sphere",E:toWorld(vec(-50,-210,-10)),E:toWorld(ang(0,0,0)),vec(1.5,7,2))#Left Tail Connector
cHolo(30,"cube",E:toWorld(vec(98,-234,-10)),E:toWorld(ang(0,0,0)),vec(2.5,2.2,0.2))#Right Tail Wing Body 2
cHolo(31,"cube",E:toWorld(vec(-98,-234,-10)),E:toWorld(ang(0,0,0)),vec(2.5,2.2,0.2))#Left Tail Wing Body 2
cHolo(32,"cube",E:toWorld(vec(94,-244,-10)),E:toWorld(ang(0,9,0)),vec(3,1,0.2))#Right Tail Wing Body 3
cHolo(33,"cube",E:toWorld(vec(-94,-244,-10)),E:toWorld(ang(0,-9,0)),vec(3,1,0.2))#Left Tail Wing Body 3

cHolo(102,"cube",E:toWorld(vec(80,-120,20)),E:toWorld(ang(-15,5,0)),vec(22,5,0.2))#Right Wing Body 2
cHolo(103,"cube",E:toWorld(vec(-80,-120,20)),E:toWorld(ang(15,-5,0)),vec(22,5,0.2))#Left Wing Body 2
cHolo(104,"cube",E:toWorld(vec(205,-10,50)),E:toWorld(ang(0,90,0)),vec(30,1,1))#Right Missile Connector
cHolo(105,"cube",E:toWorld(vec(-205,-10,50)),E:toWorld(ang(0,90,0)),vec(30,1,1))#Left Missile Connector

cHolo(34,"cube",E:toWorld(vec(70,-150,15)),E:toWorld(ang(35,0,20)),vec(0.2,2,7))#Right Tail Rudder Body 1
cHolo(35,"cube",E:toWorld(vec(-70,-150,15)),E:toWorld(ang(-35,0,20)),vec(0.2,2,7))#Left Tail Rudder Body 1
cHolo(36,"cube",E:toWorld(vec(70,-190,15)),E:toWorld(ang(35,0,-20)),vec(0.2,2,7))#Right Tail Rudder Body 2
cHolo(37,"cube",E:toWorld(vec(-70,-190,15)),E:toWorld(ang(-35,0,-20)),vec(0.2,2,7))#Left Tail Rudder Body 2
cHolo(38,"cube",E:toWorld(vec(70,-170,16)),E:toWorld(ang(35,0,0)),vec(0.2,3,7))#Right Tail Rudder Body 3
cHolo(39,"cube",E:toWorld(vec(-70,-170,16)),E:toWorld(ang(-35,0,0)),vec(0.2,3,7))#Left Tail Rudder Body 3

cHolo(55,"cube",E:toWorld(vec(200,-10,-70)),E:toWorld(ang(0,90,45)),vec(30,1,1))#Right Missile Connector
cHolo(56,"cube",E:toWorld(vec(-200,-10,-70)),E:toWorld(ang(0,90,45)),vec(30,1,1))#Left Missile Connector
cHolo(57,"cube",E:toWorld(vec(25,-210,-10)),E:toWorld(ang(0,90,0)),vec(1,1,1))#Right Thruster Partical Effects
cHolo(58,"cube",E:toWorld(vec(-25,-210,-10)),E:toWorld(ang(0,90,0)),vec(1,1,1))#Right Thruster Partical Effects
cHolo(59,"hq_sphere",E:toWorld(vec(25,-110,6)),E:toWorld(ang(0,0,90)),vec(2.2,2,15))#Right Thruster Cover 2
cHolo(60,"hq_sphere",E:toWorld(vec(-25,-110,6)),E:toWorld(ang(0,0,90)),vec(2.2,2,15))#Left Thruster Cover 2
holoAlpha(57,1)
holoAlpha(58,1)
for(I=4,6)
{
holoColor(I,ColourR)
}

for(I=8,11)
{
holoColor(I,ColourR)
}

for(I=26,33)
{
holoColor(I,ColourR)
}

for(I=34,39)
{
holoColor(I,ColourR)
}

for(I=55,60)
{
holoColor(I,ColourR)
}

for(I=104,105)
{
holoColor(I,ColourR)
}


holoColor(4,Colour)
holoColor(1,Colour)
holoColor(5,vec(50,50,50))
holoColor(6,vec(50,50,50))
holoColor(8,vec(50,50,50))
holoColor(9,vec(50,50,50))

holoEntity(58):setTrails(50,40,0.25,"trails/physbeam",vec(0,255,255), 255)
holoEntity(57):setTrails(50,40,0.25,"trails/physbeam",vec(0,255,255), 255)
holoEntity(55):setTrails(75,40,0.25,"trails/physbeam",vec(0,255,255), 255)
holoEntity(56):setTrails(75,40,0.25,"trails/physbeam",vec(0,255,255), 255)

holoEntity(104):setTrails(75,40,0.25,"trails/physbeam",vec(0,255,255), 255)
holoEntity(105):setTrails(75,40,0.25,"trails/physbeam",vec(0,255,255), 255)
holoMaterial(3,"models/props_combine/portalball001_sheet")
}
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()/210
R1=E:angles():roll()/210
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*285)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*175)
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"k_lab.teleport_active")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 150)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*750)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

WASD - movement
H - honk
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name little car
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}

C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(500000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/35)
E:applyForce(vec(0,0,10)*E:mass())

rangerFilter(EArr)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(42-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(30,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(30,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(30,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(30,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}

if(Honk){
entity():soundPlay(1,0,"Streetwar.d3_C17_13_beep")
soundPitch(1,43)
soundVolume(1,150)
}else{soundStop(1)}

if(Shift){
Spd = 50
}
else{
Spd = 30
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_rcube_thick", E:toWorld(vec(0,0,18)), E:toWorld(ang(0,0,0)), vec(5,7,2))
cHolo(2, "hq_tube", E:toWorld(vec(0,0,30)), E:toWorld(ang(0,0,0)), vec(4,4.5,0.5))
cHolo(11, "hq_dome", E:toWorld(vec(0,0,30)), E:toWorld(ang(0,0,0)), vec(3.75,4,5))
cHolo(12, "hq_tube", E:toWorld(vec(15,38,20)), E:toWorld(ang(0,0,90)), vec(1,1,1))
cHolo(13, "hq_cylinder", E:toWorld(vec(15,38,20)), E:toWorld(ang(0,0,90)), vec(0.75,0.75,0.85))

cHolo(14, "hq_tube", E:toWorld(vec(-15,38,20)), E:toWorld(ang(0,0,90)), vec(1,1,1))
cHolo(15, "hq_cylinder", E:toWorld(vec(-15,38,20)), E:toWorld(ang(0,0,90)), vec(0.75,0.75,0.85))

holoCreate(3)
holoModel(3,"hq_rcylinder")
holoScale(3,vec(1.5,1.5,0.5))
holoPos(3,E:toWorld(vec(-30,25,9)))
holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(3,E)

holoCreate(4)
holoModel(4,"hq_rcylinder")
holoScale(4,vec(1.5,1.5,0.5))
holoPos(4,E:toWorld(vec(30,25,9)))
holoAng(4,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(4,E)

holoCreate(6)
holoModel(6,"hq_rcylinder")
holoScale(6,vec(1.5,1.5,0.5))
holoPos(6,E:toWorld(vec(30,-25,9)))
holoAng(6,E:right():toAngle()+ang(90,0,0))
holoParent(6,E)

holoCreate(7)
holoModel(7,"hq_rcylinder")
holoScale(7,vec(1.5,1.5,0.5))
holoPos(7,E:toWorld(vec(-30,-25,9)))
holoAng(7,E:right():toAngle()+ang(90,0,0))
holoParent(7,E)

holoCreate(8)
holoModel(8,"hq_cylinder")
holoScale(8,vec(0.2,0.2,1.5))
holoPos(8,E:pos()+E:forward()*20+E:up()*26)
holoAng(8,E:angles()+ang(0,0,30))
holoParent(8,E)

holoCreate(9)
holoModel(9,"hq_torus")
holoScale(9,vec(1,1,1))
holoPos(9,E:pos()+E:forward()*15+E:up()*34)
holoAng(9,E:angles()+ang(0,0,30))
holoParent(9,E)

holoCreate(10)
holoModel(10,"hq_cylinder")
holoScale(10,vec(0.1,0.1,0.9))
holoPos(10,E:pos()+E:forward()*15+E:up()*34)
holoAng(10,(E:right()+(E:forward()+E:up()/1.85)*(A-D)):toAngle()+ang(90,0,0))
holoParent(10,E)

holoColor(1,vec(255,50,50))
holoMaterial(2,"phoenix_storms/dome")
holoColor(11,vec(100,200,255))
holoAlpha(11,100)

holoColor(3,vec(10,10,10))
holoColor(4,vec(10,10,10))
holoColor(6,vec(10,10,10))
holoColor(7,vec(10,10,10))

holoColor(15,vec(255,200,0))
holoColor(13,vec(255,200,0))

holoMaterial(12,"phoenix_storms/dome")
holoMaterial(14,"phoenix_storms/dome")

for(I=8,10)
{
holoMaterial(I,"phoenix_storms/dome")
holoColor(I,vec(150,150,150))
}
}
else{
holoDeleteAll()
}

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("H - honk",7)
E:hintDriver("Shift - speed boost",7)
}

WASD - movement
H - honk
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name NOD attack bike
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C SoundFixTimer Timer T
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}

Color = vec(0,225,255)
Back = vec(55,55,55)
C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(500000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/50)
E:applyForce(vec(0,0,12)*E:mass())


rangerFilter(EArr)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(40-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(50,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(50,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(50,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(50,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}

if(Honk){
entity():soundPlay(2,0,"Streetwar.d3_C17_13_beep")
soundPitch(2,43)
soundVolume(2,150)
#coast.siren_citizen
#Streetwar.d3_C17_13_beep
}else{soundStop(2)}

if(Shift){
Spd = 45
}
else{
Spd = 25
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_rcube", E:toWorld(vec(0,0,1)), E:toWorld(ang(0,0,0)), vec(2,12,2))
cHolo(2, "hq_sphere", E:toWorld(vec(0,0,10)), E:toWorld(ang(0,0,0)), vec(2,12,2))

cHolo(5, "hq_dome", E:toWorld(vec(0,50,11)), E:toWorld(ang(0,0,0)), vec(3,9,2.5))
cHolo(6, "hq_dome", E:toWorld(vec(0,55,16)), E:toWorld(ang(0,0,0)), vec(2.5,7,2))

cHolo(7, "hq_cylinder", E:toWorld(vec(0,-50,13)), E:toWorld(ang(0,0,90)), vec(1,1,4))

cHolo(8, "hq_cylinder", E:toWorld(vec(0,30,11)), E:toWorld(ang(0,90,90)), vec(0.5,0.5,4))
cHolo(9, "hq_cylinder", E:toWorld(vec(0,80,-5)), E:toWorld(ang(0,90,90)), vec(0.5,0.5,4))

cHolo(10, "hq_rcube", E:toWorld(vec(25,55,2)), E:toWorld(ang(0,0,-20)), vec(1,5,1))
cHolo(11, "hq_rcube", E:toWorld(vec(-25,55,2)), E:toWorld(ang(0,0,-20)), vec(1,5,1))

cHolo(12, "hq_cylinder", E:toWorld(vec(0,-20,-5)), E:toWorld(ang(0,90,90)), vec(0.5,0.5,4))
cHolo(13, "hq_cylinder", E:toWorld(vec(0,-80,-5)), E:toWorld(ang(0,90,90)), vec(0.5,0.5,4))

cHolo(14, "hq_rcube", E:toWorld(vec(25,-50,-5)), E:toWorld(ang(0,0,0)), vec(1,7,1))
cHolo(15, "hq_rcube", E:toWorld(vec(-25,-50,-5)), E:toWorld(ang(0,0,0)), vec(1,7,1))

cHolo(16, "hq_hdome_thin", E:toWorld(vec(0,20,20)), E:toWorld(ang(0,0,-90)), vec(1.5,2,8))

cHolo(17, "hq_cylinder", E:toWorld(vec(0,30,18)), E:toWorld(ang(0,90,90)), vec(0.25,0.25,4))

cHolo(18, "hq_rcylinder", E:toWorld(vec(40,-50,-5)), E:toWorld(ang(0,0,90)), vec(1.5,1.5,3))
cHolo(19, "hq_rcylinder", E:toWorld(vec(40,-90,-5)), E:toWorld(ang(0,0,90)), vec(1.5,1.5,3))
cHolo(20, "hq_rcylinder", E:toWorld(vec(40,-70,-5)), E:toWorld(ang(0,0,90)), vec(2,2,5))

cHolo(21, "hq_rcylinder", E:toWorld(vec(-40,-50,-5)), E:toWorld(ang(0,0,90)), vec(1.5,1.5,3))
cHolo(22, "hq_rcylinder", E:toWorld(vec(-40,-90,-5)), E:toWorld(ang(0,0,90)), vec(1.5,1.5,3))
cHolo(23, "hq_rcylinder", E:toWorld(vec(-40,-70,-5)), E:toWorld(ang(0,0,90)), vec(2,2,5))

holoCreate(3)
holoModel(3,"hq_rcylinder")
holoScale(3,vec(4,4,3))
holoPos(3,E:toWorld(vec(0,80,-5)))
holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(3,E)

holoCreate(24)
holoModel(24,"hq_tube")
holoScale(24,vec(3.25,3.25,3.25))
holoPos(24,E:toWorld(vec(0,80,-5)))
holoAng(24,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(24,E)

holoCreate(4)
holoModel(4,"hq_rcylinder")
holoScale(4,vec(4,4,3))
holoPos(4,E:toWorld(vec(0,-80,-5)))
holoAng(4,E:right():toAngle()+ang(90,0,0))
holoParent(4,E)

holoCreate(25)
holoModel(25,"hq_tube")
holoScale(25,vec(3.25,3.25,3.25))
holoPos(25,E:toWorld(vec(0,-80,-5)))
holoAng(25,E:right():toAngle()+ang(90,0,0))
holoParent(25,E)

holoMaterial(1,"sprops/textures/sprops_metal1")
holoMaterial(2,"sprops/textures/sprops_metal1")

holoMaterial(3,"phoenix_storms/car_tire")
holoMaterial(4,"phoenix_storms/car_tire")

holoMaterial(5,"sprops/textures/sprops_metal1")
holoMaterial(7,"sprops/textures/sprops_metal1")
holoMaterial(8,"sprops/textures/sprops_metal1")
holoMaterial(9,"sprops/textures/sprops_metal1")

holoMaterial(10,"sprops/textures/sprops_metal1")
holoMaterial(11,"sprops/textures/sprops_metal1")
holoMaterial(12,"sprops/textures/sprops_metal1")
holoMaterial(13,"sprops/textures/sprops_metal1")

holoMaterial(14,"sprops/textures/sprops_metal1")
holoMaterial(15,"sprops/textures/sprops_metal1")
holoMaterial(18,"sprops/textures/sprops_metal1")
holoMaterial(17,"sprops/textures/sprops_metal1")

holoMaterial(20,"sprops/textures/sprops_metal1")
holoMaterial(21,"sprops/textures/sprops_metal1")
holoMaterial(23,"sprops/textures/sprops_metal1")

holoColor(6,vec(255,0,0))
holoColor(16,vec(255,0,0))
holoColor(19,vec(255,0,0))
holoColor(22,vec(255,0,0))
holoColor(25,vec(255,0,0))
holoColor(24,vec(255,0,0))


holoColor(1,vec(125,125,125))
holoColor(2,vec(125,125,125))
holoColor(5,vec(125,125,125))
holoColor(7,vec(125,125,125))

holoColor(8,vec(85,85,85))
holoColor(9,vec(85,85,85))
holoColor(10,vec(125,125,125))
holoColor(11,vec(125,125,125))

holoColor(12,vec(85,85,85))
holoColor(13,vec(85,85,85))
holoColor(14,vec(125,125,125))
holoColor(15,vec(125,125,125))

holoColor(17,vec(95,95,95))
holoColor(18,vec(125,125,125))
holoColor(20,vec(155,155,155))
holoColor(21,vec(125,125,125))
holoColor(23,vec(155,155,155))

if(first()){
holoEntity(19):setTrails(50,1,1,"trails/smoke",vec(200,0,0),255)
holoEntity(22):setTrails(50,1,1,"trails/smoke",vec(200,0,0),255)
}
}
else{
holoDeleteAll()
}
P = 0
if(W){
P=20
}
if(S){
P=-20
}
if(Shift){
P=70
}
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"npc/combine_gunship/dropship_engine_near_loop1.wav")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 0.25)

soundPitch(1,100+P)


if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("H - honk",7)
E:hintDriver("Shift - speed boost",7)
}

WASD - movement
Space - jump
By R.A.D.I.O.A.C.T.I.V.E
Code again is too big for steam. Here is code:
https://pastebin.com/idvVpnnm

WASD - movement
Space - to fly
F - to land
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
The code is big. Copy it from here:
https://pastebin.com/QwiZAGkF

WASD - movement
H - honk
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name NOD raider buggy
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C SoundFixTimer Timer T
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
}

Color = vec(0,225,255)
Back = vec(55,55,55)
C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(500000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/50)
E:applyForce(vec(0,0,12)*E:mass())


rangerFilter(EArr)
RanC = rangerOffset(55,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(45-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(70,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(70,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(70,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(70,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}

if(Honk){
entity():soundPlay(2,0,"Streetwar.d3_C17_13_beep")
soundPitch(2,43)
soundVolume(2,150)
#coast.siren_citizen
#Streetwar.d3_C17_13_beep
}else{soundStop(2)}

if(Shift){
Spd = 45
}
else{
Spd = 20
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_cylinder", E:toWorld(vec(0,0,0)), E:toWorld(ang(0,0,0)), vec(7,7,1))
cHolo(2, "hq_hdome_thin", E:toWorld(vec(0,0,30)), E:toWorld(ang(0,0,90)), vec(5,5,7))

cHolo(7, "right_prism", E:toWorld(vec(0,-43,20)), E:toWorld(ang(0,-90,0)), vec(6,7,3))
cHolo(8, "right_prism", E:toWorld(vec(-40,50,10)), E:toWorld(ang(10,80,-140)), vec(11,0.5,5))
cHolo(9, "right_prism", E:toWorld(vec(40,50,10)), E:toWorld(ang(10,100,140)), vec(11,0.5,5))

cHolo(10, "right_prism", E:toWorld(vec(42,10,19)), E:toWorld(ang(0,10,0)), vec(2,3,3))
cHolo(11, "right_prism", E:toWorld(vec(-42,10,19)), E:toWorld(ang(0,170,0)), vec(2,3,3))

cHolo(12, "right_prism", E:toWorld(vec(0,42,10)), E:toWorld(ang(0,90,180)), vec(3,5,3))

cHolo(13, "hq_rcylinder", E:toWorld(vec(0,-20,40)), E:toWorld(ang(0,90,90)), vec(2,2,7))
cHolo(14, "hq_rcube", E:toWorld(vec(0,-40,30)), E:toWorld(ang(0,0,0)), vec(4,3,4))

cHolo(15, "hq_rcube", E:toWorld(vec(45,-55,0)), E:toWorld(ang(0,0,10)), vec(1,10,1))
cHolo(16, "hq_rcube", E:toWorld(vec(45,55,0)), E:toWorld(ang(0,0,-10)), vec(1,10,1))

cHolo(17, "hq_rcube", E:toWorld(vec(-45,-55,0)), E:toWorld(ang(0,0,10)), vec(1,10,1))
cHolo(18, "hq_rcube", E:toWorld(vec(-45,55,0)), E:toWorld(ang(0,0,-10)), vec(1,10,1))

cHolo(19, "hq_stube", E:toWorld(vec(0,-60,35)), E:toWorld(ang(0,0,-20)), vec(3,5,0.5))

cHolo(20, "hq_rcylinder", E:toWorld(vec(20,-40,30)), E:toWorld(ang(0,0,0)), vec(2,2,5))
cHolo(21, "hq_cylinder", E:toWorld(vec(30,-40,60)), E:toWorld(ang(30,0,0)), vec(0.45,0.45,3))
cHolo(22, "hq_rcylinder", E:toWorld(vec(40,-40,80)), E:toWorld(ang(0,0,90)), vec(1,1,2))
cHolo(23, "hq_rcylinder", E:toWorld(vec(40,-30,80)), E:toWorld(ang(0,0,90)), vec(0.45,0.45,4))


##RED PARTS##

cHolo(24, "hq_cylinder", E:toWorld(vec(0,-20,40)), E:toWorld(ang(0,90,90)), vec(1,1,7.25))

cHolo(25, "right_prism", E:toWorld(vec(-38,20,25)), E:toWorld(ang(10,80,-140)), vec(4,0.5,2))
cHolo(26, "right_prism", E:toWorld(vec(38,20,25)), E:toWorld(ang(10,100,140)), vec(4,0.5,2))

cHolo(27, "cube", E:toWorld(vec(-10,-40,49)), E:toWorld(ang(0,0,0)), vec(1,1,1))

holoCreate(3)
holoModel(3,"hq_rcylinder")
holoScale(3,vec(4,4,2))
holoPos(3,E:toWorld(vec(-58,110,-8)))
holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(3,E)

holoCreate(4)
holoModel(4,"hq_rcylinder")
holoScale(4,vec(4,4,2))
holoPos(4,E:toWorld(vec(58,110,-8)))
holoAng(4,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(4,E)



holoCreate(5)
holoModel(5,"hq_rcylinder")
holoScale(5,vec(4,4,2))
holoPos(5,E:toWorld(vec(58,-110,-8)))
holoAng(5,E:right():toAngle()+ang(90,0,0))
holoParent(5,E)

holoCreate(6)
holoModel(6,"hq_rcylinder")
holoScale(6,vec(4,4,2))
holoPos(6,E:toWorld(vec(-58,-110,-8)))
holoAng(6,E:right():toAngle()+ang(90,0,0))
holoParent(6,E)

holoMaterial(3, "phoenix_storms/car_tire")
holoMaterial(4, "phoenix_storms/car_tire")
holoMaterial(5, "phoenix_storms/car_tire")
holoMaterial(6, "phoenix_storms/car_tire")

holoMaterial(1,"sprops/textures/sprops_metal1")
holoMaterial(2,"sprops/textures/sprops_metal1")
holoMaterial(7,"sprops/textures/sprops_metal1")
holoMaterial(8,"sprops/textures/sprops_metal1")
holoMaterial(9,"sprops/textures/sprops_metal1")
holoMaterial(10,"sprops/textures/sprops_metal1")
holoMaterial(11,"sprops/textures/sprops_metal1")
holoMaterial(12,"sprops/textures/sprops_metal1")
holoMaterial(13,"sprops/textures/sprops_metal1")
holoMaterial(14,"sprops/textures/sprops_metal1")
holoMaterial(15,"sprops/textures/sprops_metal1")
holoMaterial(16,"sprops/textures/sprops_metal1")
holoMaterial(17,"sprops/textures/sprops_metal1")
holoMaterial(18,"sprops/textures/sprops_metal1")
holoMaterial(19,"sprops/textures/sprops_metal1")
holoMaterial(20,"sprops/textures/sprops_metal1")
holoMaterial(21,"sprops/textures/sprops_metal1")
holoMaterial(22,"sprops/textures/sprops_metal1")


holoColor(1,vec(75,75,75))
holoColor(2,vec(175,175,175))
holoColor(7,vec(150,150,150))
holoColor(8,vec(175,175,175))

holoColor(9,vec(175,175,175))
holoColor(10,vec(175,175,175))
holoColor(11,vec(175,175,175))

holoColor(12,vec(150,150,150))
holoColor(13,vec(155,155,155))
holoColor(14,vec(175,175,175))

holoColor(15,vec(95,95,95))
holoColor(16,vec(95,95,95))
holoColor(17,vec(95,95,95))
holoColor(18,vec(95,95,95))

holoColor(19,vec(125,125,125))
holoColor(20,vec(175,175,175))
holoColor(21,vec(125,125,125))

holoColor(22,vec(175,175,175))


holoColor(23,vec(250,0,0))
holoColor(24,vec(250,0,0))
holoColor(25,vec(250,0,0))
holoColor(26,vec(250,0,0))
holoColor(27,vec(250,0,0))

}
else{
holoDeleteAll()
}
P = 0
if(W){
P=20
}
if(S){
P=-20
}
if(Shift){
P=40
}
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"npc/combine_gunship/dropship_engine_near_loop1.wav")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 0.25)

soundPitch(1,100+P)

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("H - honk",7)
E:hintDriver("Shift - speed boost",7)
}

WASD - movement
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Here is E2 chip:
https://pastebin.com/02jbBa41

WASD - movement
Space - to fly
F - to land
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name NOD venom
@inputs
@outputs Speed
@persist T Speedy SoundFixTimer Timer [E,User]:entity W A S D F Shift Space M1 M2 Speed EArr:array C P
@trigger

if(first()){
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}
runOnTick(1)

E = entity():isWeldedTo()
E:setMass(500000)
User = E:driver()
Earr = array(E,User,entity())
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
F = User:keyPressed("F")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Ctrl = User:keyDuck()
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()
E:applyForce(-E:vel()*E:mass()/2)
C += 5
rangerFilter(E)
rangerHitWater(1)
RanC = rangerOffset(0,E:pos()+E:boxCenter(),vec(0,0,0))
E:applyForce(vec(0,0,0)*E:mass())

E:applyForce((W-S)*E:forward()*Speedy*E:mass())
E:applyForce((Space-F)*E:up()*200*E:mass())
E:applyForce((A-D)*Ctrl*-E:right()*350*E:mass())

E:applyTorque((vec((S-W)*10-E:angles():roll(),(D-A)*10-E:angles():pitch(),(A-D)*!Ctrl*10)*10-E:angVelVector())*E:mass())

if(Shift){
Speedy = 850
}
else{
Speedy = 450
}

if(C>0){
cHolo(1,"hq_dome",E:toWorld(vec(0,-10,20)),E:toWorld(ang(0,0,-20)),vec(5,10,6)) #corpus
cHolo(2,"hq_dome",E:toWorld(vec(0,-10,20)),E:toWorld(ang(0,0,-200)),vec(4,9,5)) #corpus
cHolo(3,"hq_dome",E:toWorld(vec(0,13,16)),E:toWorld(ang(0,0,-20)),vec(3.25,6,5)) #RED_PART

cHolo(4,"hq_rcylinder",E:toWorld(vec(0,-59,30)),E:toWorld(ang(90,0,0)),vec(6,6,5)) #corpus
cHolo(5,"hq_tube_thin",E:toWorld(vec(0,-59,30)),E:toWorld(ang(90,0,0)),vec(4,4,5.25)) #RED_PART

cHolo(6,"hq_cone",E:toWorld(vec(70,-59,42)),E:toWorld(ang(75,0,0)),vec(3,3,7.25)) #corpus

cHolo(7,"hq_rcylinder",E:toWorld(vec(75,-59,38)),E:toWorld(ang(0,0,-10)),vec(3,3,4)) #corpus
cHolo(8,"hq_cylinder",E:toWorld(vec(75,-59,38)),E:toWorld(ang(0,0,-10)),vec(2,2,4.25)) #RED_PART

cHolo(9,"hq_cylinder",E:toWorld(vec(75,-59,38)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART
cHolo(10,"hq_cylinder",E:toWorld(vec(75,-57,48)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART
cHolo(11,"hq_cylinder",E:toWorld(vec(75,-61,28)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART

cHolo(12,"hq_cone",E:toWorld(vec(-70,-59,42)),E:toWorld(ang(-75,0,0)),vec(3,3,7.25)) #corpus

cHolo(13,"hq_rcylinder",E:toWorld(vec(-75,-59,38)),E:toWorld(ang(0,0,-10)),vec(3,3,4)) #corpus
cHolo(14,"hq_cylinder",E:toWorld(vec(-75,-59,38)),E:toWorld(ang(0,0,-10)),vec(2,2,4.25)) #RED_PART

cHolo(15,"hq_cylinder",E:toWorld(vec(-75,-59,38)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART
cHolo(16,"hq_cylinder",E:toWorld(vec(-75,-57,48)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART
cHolo(17,"hq_cylinder",E:toWorld(vec(-75,-61,28)),E:toWorld(ang(0,0,-10)),vec(3.25,3.25,0.25)) #RED_PART

cHolo(18,"hq_rcube",E:toWorld(vec(0,-59,55)),E:toWorld(ang(0,0,-30)),vec(0.5,4,3)) #corpus

cHolo(19,"hq_rcube",E:toWorld(vec(0,-110,45)),E:toWorld(ang(0,0,-5)),vec(2,8,2)) #corpus
cHolo(20,"hq_rcube",E:toWorld(vec(0,-110,30)),E:toWorld(ang(0,0,-25)),vec(2,8,2)) #corpus

cHolo(21,"right_prism",E:toWorld(vec(30,-140,75)),E:toWorld(ang(0,90,50)),vec(2.5,0.5,5)) #corpus
cHolo(22,"right_prism",E:toWorld(vec(-30,-140,75)),E:toWorld(ang(0,90,-50)),vec(2.5,0.5,5)) #corpus

cHolo(23,"cube",E:toWorld(vec(0,-110,45)),E:toWorld(ang(0,0,-5)),vec(1.25,8.25,1.25)) #RED_PART

cHolo(24,"hq_rcylinder",E:toWorld(vec(5,40,-12)),E:toWorld(ang(0,0,-100)),vec(0.5,0.5,4)) #corpus
cHolo(25,"hq_rcylinder",E:toWorld(vec(-5,35,-12)),E:toWorld(ang(0,0,-100)),vec(0.5,0.5,2)) #corpus

holoColor(3,vec(250,0,0))
holoColor(5,vec(250,0,0))
holoColor(8,vec(250,0,0))
holoColor(9,vec(250,0,0))
holoColor(10,vec(250,0,0))
holoColor(11,vec(250,0,0))
holoColor(14,vec(250,0,0))
holoColor(15,vec(250,0,0))
holoColor(16,vec(250,0,0))
holoColor(17,vec(250,0,0))
holoColor(23,vec(250,0,0))

holoMaterial(1,"sprops/textures/sprops_metal1")
holoMaterial(2,"sprops/textures/sprops_metal1")
holoMaterial(4,"sprops/textures/sprops_metal1")
holoMaterial(6,"sprops/textures/sprops_metal1")
holoMaterial(7,"sprops/textures/sprops_metal1")
holoMaterial(12,"sprops/textures/sprops_metal1")
holoMaterial(13,"sprops/textures/sprops_metal1")
holoMaterial(18,"sprops/textures/sprops_metal1")
holoMaterial(19,"sprops/textures/sprops_metal1")
holoMaterial(20,"sprops/textures/sprops_metal1")
holoMaterial(21,"sprops/textures/sprops_metal1")
holoMaterial(22,"sprops/textures/sprops_metal1")

holoMaterial(24,"sprops/textures/sprops_metal1")
holoMaterial(25,"sprops/textures/sprops_metal1")

holoColor(1,vec(155,155,155))
holoColor(2,vec(125,125,125))

holoColor(4,vec(125,125,125))
holoColor(6,vec(155,155,155))
holoColor(7,vec(125,125,125))
holoColor(12,vec(155,155,155))
holoColor(13,vec(125,125,125))

holoColor(18,vec(155,155,155))
holoColor(19,vec(155,155,155))
holoColor(20,vec(155,155,155))
holoColor(21,vec(125,125,125))
holoColor(22,vec(125,125,125))

holoColor(24,vec(100,100,100))
holoColor(25,vec(100,100,100))

if(first()){
holoEntity(8):setTrails(50,1,1,"trails/smoke",vec(200,0,0),255)
holoEntity(14):setTrails(50,1,1,"trails/smoke",vec(200,0,0),255)
holoEntity(23):setTrails(50,1,1,"trails/smoke",vec(200,0,0),255)
}
}
else{
holoDeleteAll()
}
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"npc/combine_gunship/dropship_engine_near_loop1.wav")}
soundPitch(1, 100+P)
soundVolume(1, 0.5)

P = (W+S+Space-F+A+D)*15

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("Space to fly",7)
E:hintDriver("f to land",7)
E:hintDriver("Shift - speed boost",7)
}

W & S - force
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name millennium falcon
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=175
G=175
B=175
Colour=vec(R,G,B)
ColourR=vec(75,75,75)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)

}
cHolo(1,"hq_cylinder",E:toWorld(vec(0,0,-20)),E:toWorld(ang(0,0,0)),vec(40,40,2.5)) #Corpus

cHolo(2,"hq_rcylinder_thick",E:toWorld(vec(0,0,-6)),E:toWorld(ang(90,0,0)),vec(5,5,35)) #peice of corpus

cHolo(3,"hq_cylinder",E:toWorld(vec(0,0,5)),E:toWorld(ang(0,0,0)),vec(10,10,3.5)) #peice of corpus

cHolo(4,"hq_cone",E:toWorld(vec(0,0,4)),E:toWorld(ang(0,0,0)),vec(41,41,1.5)) #peice of corpus

cHolo(5,"right_prism",E:toWorld(vec(0,160,3)),E:toWorld(ang(0,90,0)),vec(25,10,1.5)) #peice of corpus

cHolo(6,"right_prism",E:toWorld(vec(0,160,-45)),E:toWorld(ang(0,90,180)),vec(25,10,3)) #peice of corpus

cHolo(7,"hq_cylinder",E:toWorld(vec(0,0,-33)),E:toWorld(ang(0,0,0)),vec(35,35,1.5)) #peice of corpus

cHolo(8,"hq_cylinder",E:toWorld(vec(0,0,-45)),E:toWorld(ang(0,0,0)),vec(25,25,1.5)) #peice of corpus

cHolo(9,"hq_cylinder",E:toWorld(vec(0,0,-47.5)),E:toWorld(ang(0,0,0)),vec(25,25,3)) #peice of corpus

cHolo(10,"hq_cone",E:toWorld(vec(0,0,-44)),E:toWorld(ang(0,0,180)),vec(41,41,1.5)) #piece of corpus

cHolo(11,"right_prism",E:toWorld(vec(150,260,-20)),E:toWorld(ang(0,90,90)),vec(25,2.5,9)) #right wing

cHolo(12,"cube",E:toWorld(vec(80,260,-20)),E:toWorld(ang(0,0,0)),vec(3,25,2.5)) #right hand

cHolo(13,"right_prism",E:toWorld(vec(-150,260,-20)),E:toWorld(ang(0,90,-90)),vec(25,2.5,9)) #right wing

cHolo(14,"cube",E:toWorld(vec(-80,260,-20)),E:toWorld(ang(0,0,0)),vec(3,25,2.5)) #right hand

cHolo(15,"hq_cylinder",E:toWorld(vec(0,-100,0)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(16,"hq_cylinder",E:toWorld(vec(0,-175,-5)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(17,"hq_cylinder",E:toWorld(vec(75,-80,0)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(18,"hq_cylinder",E:toWorld(vec(-75,-80,0)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(19,"hq_cylinder",E:toWorld(vec(110,-140,-5)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(20,"hq_cylinder",E:toWorld(vec(-110,-140,-5)),E:toWorld(ang(0,0,4)),vec(4,4,2)) #vent of corpus

cHolo(21,"hq_cylinder",E:toWorld(vec(0,0,-20)),E:toWorld(ang(90,0,0)),vec(2.5,2.5,41)) #peice of corpus

cHolo(22,"hq_rcylinder_thick",E:toWorld(vec(100,100,-6)),E:toWorld(ang(90,45,0)),vec(5,5,20)) #peice of cabine

cHolo(23,"hq_rcylinder_thick",E:toWorld(vec(195,210,-6)),E:toWorld(ang(90,90,0)),vec(5,5,5)) #peice of cabine

cHolo(24,"hq_cone",E:toWorld(vec(195,260,-6)),E:toWorld(ang(90,90,0)),vec(5,5,5)) #peice of cabine

cHolo(25,"rcylinder",E:toWorld(vec(195,259,-6)),E:toWorld(ang(90,90,0)),vec(2,2,5)) #peice of cabine

cHolo(26,"hq_cone",E:toWorld(vec(195,265,-5)),E:toWorld(ang(110,90,0)),vec(3,3,4.5)) #window

cHolo(27,"hq_cylinder",E:toWorld(vec(195,259.75,-6)),E:toWorld(ang(90,90,0)),vec(1.4,1.4,5)) #window

cHolo(28,"hq_cylinder",E:toWorld(vec(-120,100,0)),E:toWorld(ang(0,0,0)),vec(5,5,2)) #peice of corpus

cHolo(29,"hq_cylinder",E:toWorld(vec(-120,100,25)),E:toWorld(ang(0,0,0)),vec(0.5,0.5,9)) #peice of corpus

cHolo(30,"hq_hdome_thin",E:toWorld(vec(-120,115,65)),E:toWorld(ang(0,0,90)),vec(7,7,2)) #peice of corpus

cHolo(31,"hq_cylinder",E:toWorld(vec(0,-62,-20)),E:toWorld(ang(0,0,0)),vec(35,30,1.5)) #thruster

cHolo(32,"hq_tube",E:toWorld(vec(0,0,26)),E:toWorld(ang(0,0,0)),vec(8,8,0.25)) #red misc

cHolo(33,"cube",E:toWorld(vec(0,-240,-20)),E:toWorld(ang(0,0,0)),vec(1,1,1)) #trail point

cHolo(34,"cube",E:toWorld(vec(80,-230,-20)),E:toWorld(ang(0,0,0)),vec(1,1,1)) #trail point

cHolo(35,"cube",E:toWorld(vec(-80,-230,-20)),E:toWorld(ang(0,0,0)),vec(1,1,1)) #trail point

cHolo(36,"cube",E:toWorld(vec(-140,-200,-20)),E:toWorld(ang(0,0,0)),vec(1,1,1)) #trail point

cHolo(37,"cube",E:toWorld(vec(140,-200,-20)),E:toWorld(ang(0,0,0)),vec(1,1,1)) #trail point



holoColor(1,ColourR)

for(I=2,30)
{
holoColor(I,Colour)
}

for(I=15,20)
{
holoColor(I,vec(175,175,175))
holoMaterial(I, "phoenix_storms/trains/track_plate")

}


for(I=26,27)
{
holoColor(I,vec(150,150,255))
holoMaterial(I, "models/props_combine/combine_interface_disp")

}
holoColor(32,vec(125,75,75))
holoColor(31,vec(0,255,255))

holoMaterial(31, "models/props_combine/combine_interface_disp")

holoAlpha(33,0)
holoAlpha(34,0)
holoAlpha(35,0)
holoAlpha(36,0)
holoAlpha(37,0)

holoEntity(33):setTrails(150,40,0.25,"trails/physbeam",vec(0,200,255), 255)
holoEntity(34):setTrails(150,40,0.25,"trails/physbeam",vec(0,200,255), 255)
holoEntity(35):setTrails(150,40,0.25,"trails/physbeam",vec(0,200,255), 255)
holoEntity(36):setTrails(150,40,0.25,"trails/physbeam",vec(0,200,255), 255)
holoEntity(37):setTrails(150,40,0.25,"trails/physbeam",vec(0,200,255), 255)
}
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()/195
R1=E:angles():roll()/195
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*285)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*175)



SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"k_lab.teleport_active")}
soundPitch(1,Speed*T*6+SoundFix)
soundVolume(1, 150)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*750)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

W & S - force
Mouse aim to steer
By R.A.D.I.O.A.C.T.I.V.E
Code is very big, like star destroyer itself. Here is code:
https://pastebin.com/9y3EK4Xr

WASD - movement
H - honk
Shift - speed boost
By R.A.D.I.O.A.C.T.I.V.E
Code:
@name Fast Abrams
@inputs
@outputs Eang:angle Speed Spd AD
@persist Active EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C
@trigger

runOnTick(1)

if(first())
{

function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}

C++
Timer = 0
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
Honk = User:keyPressed("H")
F = User:keyPressed("F")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(500000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/35)
E:applyForce(vec(0,0,10)*E:mass())

rangerFilter(EArr)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(40-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(60,E:pos()+E:boxCenter()+E:forward()*70,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(60,E:pos()+E:boxCenter()-E:forward()*70,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(60,E:pos()+E:boxCenter()-E:right()*70,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(60,E:pos()+E:boxCenter()+E:right()*70,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}

if(Honk){
entity():soundPlay(1,0,"train_crossing_bell")
soundPitch(1,45)
soundVolume(1,150)
#coast.siren_citizen
#Streetwar.d3_C17_13_beep
}else{soundStop(1)}

if(Shift){
Spd = 80
}
else{
Spd = 40
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_rcube", E:toWorld(vec(0,0,18)), E:toWorld(ang(0,0,0)), vec(8,14,2))
cHolo(2, "hq_rcube", E:toWorld(vec(40,0,18)), E:toWorld(ang(0,0,0)), vec(2,14,2.75))

cHolo(3, "hq_rcube", E:toWorld(vec(-40,0,18)), E:toWorld(ang(0,0,0)), vec(2,14,2.75))

cHolo(4, "hq_rcube", E:toWorld(vec(0,70,18)), E:toWorld(ang(0,0,0)), vec(8,5,1.25))

cHolo(5, "hq_rcube", E:toWorld(vec(0,95,18)), E:toWorld(ang(0,0,0)), vec(8,3,1))

cHolo(6, "hq_rcube", E:toWorld(vec(40,89,17.5)), E:toWorld(ang(0,0,-10)), vec(1.90,3.75,2.25))
cHolo(8, "hq_rcube", E:toWorld(vec(-40,89,17.5)), E:toWorld(ang(0,0,-10)), vec(1.90,3.75,2.25))

cHolo(9, "hq_rcube", E:toWorld(vec(0,-80,18.75)), E:toWorld(ang(0,0,0)), vec(10,2,2.75))

cHolo(10, "hq_rcylinder_thick", E:toWorld(vec(0,-100,36)), E:toWorld(ang(90,0,0)), vec(1.75,1.75,5))

cHolo(11, "hq_rcube", E:toWorld(vec(0,0,45)), E:toWorld(ang(0,0,0)), vec(7,6.5,2.5))

cHolo(12, "hq_rcube", E:toWorld(vec(-25,48,45)), E:toWorld(ang(0,20,30)), vec(4,0.5,2.5))
cHolo(13, "hq_rcube", E:toWorld(vec(25,48,45)), E:toWorld(ang(0,-20,30)), vec(4,0.5,2.5))

cHolo(14, "hq_rcube", E:toWorld(vec(0,-25,43)), E:toWorld(ang(0,0,0)), vec(7,4,2))

cHolo(15, "hq_rcylinder_thick", E:toWorld(vec(0,-50,48)), E:toWorld(ang(90,0,0)), vec(0.75,0.75,5))

cHolo(16, "hq_cylinder", E:toWorld(vec(0,90,48)), E:toWorld(ang(0,0,90)), vec(0.65,0.65,9))

cHolo(17, "hq_rcube", E:toWorld(vec(45,-2.5,45)), E:toWorld(ang(0,-90,20)), vec(6,0.5,2.5))
cHolo(18, "hq_rcube", E:toWorld(vec(-45,-2.5,45)), E:toWorld(ang(0,-90,-20)), vec(6,0.5,2.5))

cHolo(19, "hq_tube", E:toWorld(vec(10,0,57)), E:toWorld(ang(0,0,0)), vec(2.5,2.5,1))

cHolo(20, "hq_rcube", E:toWorld(vec(50,10,8)), E:toWorld(ang(90,0,0)), vec(2,15,3))
cHolo(21, "hq_rcube", E:toWorld(vec(-50,10,8)), E:toWorld(ang(90,0,0)), vec(2,15,3))

cHolo(22, "hq_tube_thick", E:toWorld(vec(0,140,48)), E:toWorld(ang(0,0,90)), vec(1,1,2))
cHolo(23, "hq_cylinder", E:toWorld(vec(0,140,48)), E:toWorld(ang(0,0,90)), vec(0.8,0.8,1.75))

cHolo(24, "hq_cylinder", E:toWorld(vec(0,-95,64)), E:toWorld(ang(0,0,20)), vec(0.25,0.25,6))
cHolo(25, "cube", E:toWorld(vec(0,-125,75)), E:toWorld(ang(0,0,110)), vec(0.1,2.5,4))

cHolo(26, "cube", E:toWorld(vec(0,-121,63)), E:toWorld(ang(0,0,20)), vec(0.2,4,0.5))
cHolo(27, "cube", E:toWorld(vec(0,-121,63)), E:toWorld(ang(0,0,20)), vec(0.3,4,0.25))

cHolo(26, "cube", E:toWorld(vec(-0.5,-115,87)), E:toWorld(ang(0,0,20)), vec(0.1,1.95,1.25))
cHolo(27, "cube", E:toWorld(vec(0.5,-138.85,77.75)), E:toWorld(ang(0,0,20)), vec(0.1,1.95,1.25))


for(I=1,19){
holoMaterial(I, "WTP/camoflage_3")
holoColor(I, vec(255,235,200))
}

for(I=20,21){
holoMaterial(I,"phoenix_storms/car_tire")
holoShadow(I,1)
}

for(I=1,23){
holoShadow(I,1)
}
holoMaterial(22, "WTP/camoflage_3")
holoColor(22, vec(255,225,200))
holoColor(23, vec(0,0,0))


holoMaterial(26, "models/props_lab/warp_sheet")
holoMaterial(27, "models/props_lab/warp_sheet")

holoColor(25, vec(200,50,50))
holoMaterial(25, "phoenix_storms/middle")
holoColor(24, vec(10,10,10))
}
else{
holoDeleteAll()
}
if(first()){
holoEntity(20):setTrails(50,50,10,"trails/smoke", vec(150,150,150), 255)
holoEntity(21):setTrails(50,50,10,"trails/smoke", vec(150,150,150), 255)
}

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("H - honk",7)
E:hintDriver("Shift - speed boost",7)
}

WASD - movement
Space - to fly
F - to land
By R.A.D.I.O.A.C.T.I.V.E
Map on screenshot: gm_vyten
Code:
@name Unidentified Flying Object
@inputs
@outputs Speed
@persist Jumpspeed Speedy SoundFixTimer Timer [E,User]:entity W A S D F Shift Space M1 M2 Speed EArr:array C P
@trigger

if(first()){
Color = vec(50,125,9)
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}
runOnTick(1)

E = entity():isWeldedTo()
E:setMass(500000)
User = E:driver()
Earr = array(E,User,entity())
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
F = User:keyPressed("F")
Ctrl = User:keyDuck()
Shift - User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()
E:applyForce(-E:vel()*E:mass()/2)
C += 0.25
rangerFilter(E)
rangerHitWater(1)
RanC = rangerOffset(0,E:pos()+E:boxCenter(),vec(0,0,0))
E:applyForce(vec(0,0,0)*E:mass())

E:applyForce((W-S)*E:forward()*Speedy*E:mass())
E:applyForce((Space-F)*E:up()*Jumpspeed*E:mass())

if(Shift){
Speedy = 3000
Jumpspeed = 3000
}
else{
Speedy = 500
Jumpspeed = 300
}

E:applyTorque((vec((S-W)*0.1-E:angles():roll(),(D-A)*0.1-E:angles():pitch(),(A-D)*!Ctrl*5)*10-E:angVelVector())*E:mass())

if(C>0){
cHolo(1,"hq_cone",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,0)),vec(24,24,2)) #corpus
cHolo(2,"hq_cone",E:toWorld(vec(0,0,-30)),E:toWorld(ang(0,0,180)),vec(24,24,1)) #corpus
cHolo(3,"hq_cylinder",E:toWorld(vec(0,0,-18)),E:toWorld(ang(0,0,180)),vec(22,22,1)) #corpus

cHolo(4,"hq_tube",E:toWorld(vec(0,0,-32)),E:toWorld(ang(0,0,180)),vec(15,15,1)) #corpus
cHolo(5,"hq_cylinder",E:toWorld(vec(0,0,-32)),E:toWorld(ang(0,0,180)),vec(14,14,0.75)) #corpus
cHolo(6,"hq_tube",E:toWorld(vec(0,0,5)),E:toWorld(ang(0,0,180)),vec(10,10,0.5)) #corpus
cHolo(7,"hq_hdome_thin",E:toWorld(vec(0,0,8)),E:toWorld(ang(0,0,0)),vec(9.5,9.5,9)) #corpus

if(C > 300){C = 0}

holoColor(1, vec(125,125,125))
holoColor(2, vec(125,125,125))
holoColor(3, vec(75,75,75))
holoColor(4, vec(100,100,100))
holoColor(5,vec(0,250,0))
holoColor(6, vec(100,100,100))
holoColor(7,vec(0,250,0))
holoAlpha(7,250)
holoAlpha(43,250)
holoAlpha(44,250)
holoAlpha(45,250)
holoAlpha(46,250)
holoAlpha(47,250)
holoAlpha(48,250)
holoAlpha(49,250)
holoAlpha(50,250)

holoMaterial(1, "sprops/textures/sprops_metal1")
holoMaterial(2, "sprops/textures/sprops_metal1")
holoMaterial(3, "sprops/textures/sprops_metal1")
holoMaterial(4, "sprops/textures/sprops_metal1")
holoMaterial(6, "sprops/textures/sprops_metal1")

holoCreate(43)
holoPos(43,E:toWorld(vec(0,0,-18)))
holoModel(43,"hq_rcube_thick")
holoScale(43,vec(1,24,1))
holoAng(43,E:up():toAngle()+ang(0,0,C*10))
holoParent(43,E)
holoShadow(43,1)

holoCreate(44)
holoPos(44,E:toWorld(vec(0,0,-18)))
holoModel(44,"hq_rcube_thick")
holoScale(44,vec(1,1,24))
holoAng(44,E:up():toAngle()+ang(0,0,C*10))
holoParent(44,E)
holoShadow(44,1)

holoCreate(45)
holoPos(45,E:toWorld(vec(0,0,-18)))
holoModel(45,"hq_rcube_thick")
holoScale(45,vec(1,1,24))
holoAng(45,E:up():toAngle()+ang(0,45,C*10))
holoParent(45,E)
holoShadow(45,1)

holoCreate(46)
holoPos(46,E:toWorld(vec(0,0,-18)))
holoModel(46,"hq_rcube_thick")
holoScale(46,vec(1,1,24))
holoAng(46,E:up():toAngle()+ang(0,-45,C*10))
holoParent(46,E)
holoShadow(46,1)


holoCreate(47)
holoPos(47,E:toWorld(vec(0,0,-18)))
holoModel(47,"hq_rcube_thick")
holoScale(47,vec(1,1,24))
holoAng(47,E:up():toAngle()+ang(0,23,C*10))
holoParent(47,E)
holoShadow(47,1)

holoCreate(48)
holoPos(48,E:toWorld(vec(0,0,-18)))
holoModel(48,"hq_rcube_thick")
holoScale(48,vec(1,1,24))
holoAng(48,E:up():toAngle()+ang(0,-23,C*10))
holoParent(48,E)
holoShadow(48,1)

holoCreate(49)
holoPos(49,E:toWorld(vec(0,0,-18)))
holoModel(49,"hq_rcube_thick")
holoScale(49,vec(1,1,24))
holoAng(49,E:up():toAngle()+ang(0,68,C*10))
holoParent(49,E)
holoShadow(49,1)

holoCreate(50)
holoPos(50,E:toWorld(vec(0,0,-18)))
holoModel(50,"hq_rcube_thick")
holoScale(50,vec(1,1,24))
holoAng(50,E:up():toAngle()+ang(0,-68,C*10))
holoParent(50,E)
holoShadow(50,1)

holoColor(43,vec(0,250,0))
holoColor(44,vec(0,250,0))
holoColor(45,vec(0,250,0))
holoColor(46,vec(0,250,0))
holoColor(47,vec(0,250,0))
holoColor(48,vec(0,250,0))
holoColor(49,vec(0,250,0))
holoColor(50,vec(0,250,0))

if(first()){
holoEntity(5):setTrails(50,1,3,"trails/smoke",vec(0,250,0),255)
}

}
else{
holoDeleteAll()
}
SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"npc/combine_gunship/dropship_engine_near_loop1.wav")}
soundPitch(1, 100+P)
soundVolume(1, 0.5)
P = (W+S+Space-F+A+D)*15

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by R.A.D.I.O.A.C.T.I.V.E",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("Space to fly",7)
E:hintDriver("f to land",7)
}

Next E2 chips are not mine. They were created by my friends.
Friends: Spaml1 and Lobotomy

American Vietnam war helicopter
WASD - movement
Space - to fly
F - to land
by lobotomy
Code:
@name cobra
@inputs
@outputs Speed
@persist [E,User]:entity W A S D F Shift Space M1 M2 Speed EArr:array C P
@trigger

runOnTick(1)

function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}

E = entity():isWeldedTo()
E:setMass(50000)
User = E:driver()
Earr = array(E,User,entity())
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
F = User:keyPressed("F")
Shift = User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()
E:applyForce(-E:vel()*E:mass()/2)
C += 2

rangerFilter(E)
rangerHitWater(1)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),vec(0,0,-1))
E:applyForce(vec(0,0,1)*E:mass()*(50-RanC:distance()))

E:applyForce((W-S)*E:forward()*200*E:mass())
E:applyForce((Space-F)*E:up()*200*E:mass())
E:applyForce((A-D)*Shift*-E:right()*200*E:mass())

E:applyTorque((vec((S-W)*15-E:angles():roll(),(D-A)*15-E:angles():pitch(),(A-D)*!Shift*20)*5-E:angVelVector())*E:mass())

if(C>0){
if(C > 28){C = 0}
cHolo(1,"hq_sphere",E:toWorld(vec(0,0,9)),E:toWorld(ang(0,0,-90)),vec(3.8,3.71,22)) #Nose Cone
cHolo(2,"hq_tube_thin",E:toWorld(vec(0,25,18)),E:toWorld(ang(0,0,0)),vec(3,9,2))#Cockpit
cHolo(3,"hqsphere",E:toWorld(vec(0,25,26)),E:toWorld(ang(0,0,0)),vec(3,9,4))#WindSheild
cHolo(4,"hq_sphere",E:toWorld(vec(0,-110,-2)),E:toWorld(ang(0,0,-90)),vec(4,3,33)) #Nose Cone
cHolo(5,"cube",E:toWorld(vec(0,-87,26)),E:toWorld(ang(0,0,-25)),vec(2.5,2,4)) #Nose Cone
cHolo(6,"cube",E:toWorld(vec(0,-65,41)),E:toWorld(ang(0,0,-90)),vec(2.5,2,4)) #Nose Cone
cHolo(8,"cube",E:toWorld(vec(0,-43,32)),E:toWorld(ang(0,0,25)),vec(2.5,2,3)) #Nose Cone
cHolo(9,"cube",E:toWorld(vec(0,-65,18)),E:toWorld(ang(0,0,-90)),vec(2.5,3,4)) #Nose Cone
cHolo(10,"hq_cylinder",E:toWorld(vec(0,-65,53)),E:toWorld(ang(0,0,0)),vec(0.5,0.5,2)) #Nose Cone
cHolo(12,"cube",E:toWorld(vec(0,-305,19)),E:toWorld(ang(0,0,25)),vec(0.5,2,4)) #Nose Cone
cHolo(13,"hq_cylinder",E:toWorld(vec(2,-310,33)),E:toWorld(ang(90,0,0)),vec(0.25,0.25,0.8)) #Nose Cone
cHolo(14,"rcube",E:toWorld(vec(0,-220,-2)),E:toWorld(ang(0,0,90)),vec(10,0.25,3)) #Nose Cone
cHolo(15,"hq_sphere",E:toWorld(vec(0,-80,32)),E:toWorld(ang(0,0,0)),vec(5,6,3)) #Nose Cone
cHolo(16,"cube",E:toWorld(vec(-20,10,-12)),E:toWorld(ang(0,-90,-45)),vec(0.25,0.25,0.8)) #Nose Cone
cHolo(17,"cube",E:toWorld(vec(-20,-65,-12)),E:toWorld(ang(0,-90,-45)),vec(0.25,0.25,0.8))#Cockpit
cHolo(18,"cube",E:toWorld(vec(-23,10,-17)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,0.5))#WindSheild
cHolo(19,"cube",E:toWorld(vec(-23,-65,-17)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,0.5)) #Nose Cone
cHolo(20,"cube",E:toWorld(vec(-23,-28,-20)),E:toWorld(ang(0,0,-90)),vec(0.25,0.25,9)) #Nose Cone
cHolo(21,"cube",E:toWorld(vec(20,10,-12)),E:toWorld(ang(0,-90,45)),vec(0.25,0.25,0.8)) #Nose Cone
cHolo(22,"cube",E:toWorld(vec(20,-65,-12)),E:toWorld(ang(0,-90,45)),vec(0.25,0.25,0.8)) #Nose Cone
cHolo(23,"cube",E:toWorld(vec(23,10,-17)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,0.5)) #Nose Cone
cHolo(24,"cube",E:toWorld(vec(23,-65,-17)),E:toWorld(ang(0,0,0)),vec(0.25,0.25,0.5)) #Nose Cone
cHolo(25,"cube",E:toWorld(vec(23,-28,-20)),E:toWorld(ang(0,0,90)),vec(0.25,0.25,9)) #Nose Cone
cHolo(26,"rcube",E:toWorld(vec(0,-20,3)),E:toWorld(ang(0,0,90)),vec(17,0.25,3)) #Nose Cone
cHolo(27,"cube",E:toWorld(vec(103,-20,5)),E:toWorld(ang(0,0,90)),vec(0.25,1,3)) #Nose Cone
cHolo(28,"cube",E:toWorld(vec(-103,-20,5)),E:toWorld(ang(0,0,90)),vec(0.25,1,3)) #Nose Cone





holoMaterial(3,"phoenix_storms/glass")
holoCreate(11)
holoPos(11,E:toWorld(vec(0,-65,63)))
holoModel(11,"cube")
holoScale(11,vec(0.2,2,30))
holoAng(11,E:up():toAngle()+ang(0,0,C*10))
holoParent(11,E)

holoCreate(7)
holoPos(7,E:toWorld(vec(5,-310,33)))
holoModel(7,"cube")
holoScale(7,vec(0.25,0.5,4))
holoAng(7,E:angles()+ang(0,0,C*10))
holoParent(7,E)

holoColor(1,vec(50))
holoColor(2,vec(50))
holoColor(4,vec(10))
holoColor(5,vec(50))
holoColor(6,vec(50))
holoColor(8,vec(50))
holoColor(9,vec(50))
holoColor(10,vec(50))
holoColor(12,vec(10))
holoColor(13,vec(10))
holoColor(14,vec(10))
holoColor(15,vec(50))
holoColor(16,vec(10))
holoColor(17,vec(10))
holoColor(18,vec(10))
holoColor(19,vec(10))
holoColor(20,vec(10))
holoColor(21,vec(10))
holoColor(22,vec(10))
holoColor(23,vec(10))
holoColor(24,vec(10))
holoColor(25,vec(10))
holoColor(26,vec(50))
holoColor(27,vec(50))
holoColor(28,vec(50))
holoColor(7,vec(10))
holoColor(11,vec(50))

}
else{
holoDeleteAll()
}

E:soundPlay(1,200,"npc/combine_gunship/engine_rotor_loop1.wav")
soundVolume(1,100)
soundPitch(1,50+P)
P = (W+S+Space-F+A+D)*15


if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by lobotomy",7)
E:hintDriver("WASD - Movement",5)
E:hintDriver("Space - Fly",5)
E:hintDriver("F - Go lower)",5)
E:hintDriver("Have fun!",5)
}

Russian combat training helicopter
W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name YAK-130
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
E:setMass(50000)
Colour=vec(R,G,B)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"hq_sphere",E:toWorld(vec(0,-20,-4)),E:toWorld(ang(0,0,-90)),vec(3,4,27)) #Nose Cone
cHolo(2,"hq_tube_thin",E:toWorld(vec(0,25,3)),E:toWorld(ang(0,0,-5)),vec(2.5,10,2))#Cockpit
cHolo(3,"hqsphere",E:toWorld(vec(0,25,13)),E:toWorld(ang(0,0,-5)),vec(2.5,10,4))#WindSheild
cHolo(4,"hq_sphere",E:toWorld(vec(0,-55,12)),E:toWorld(ang(0,0,-80)),vec(2,3,7)) #Nose Cone
cHolo(5,"cube",E:toWorld(vec(-50,-40,4)),E:toWorld(ang(0,30,90)),vec(11,0.25,4.8)) #Nose Cone
cHolo(6,"cube",E:toWorld(vec(50,-40,4)),E:toWorld(ang(0,-30,90)),vec(11,0.25,4.8)) #Nose Cone
cHolo(7,"rcube",E:toWorld(vec(0,-167,-2)),E:toWorld(ang(0,0,90)),vec(10,0.25,2.5)) #Nose Cone
cHolo(8,"cube",E:toWorld(vec(20,-150,-2)),E:toWorld(ang(0,-30,90)),vec(5,0.25,2.5)) #Nose Cone
cHolo(9,"cube",E:toWorld(vec(-20,-150,-2)),E:toWorld(ang(0,30,90)),vec(5,0.25,2.5)) #Nose Cone
cHolo(10,"rcube",E:toWorld(vec(0,-74,4)),E:toWorld(ang(0,0,90)),vec(20.5,0.24,5)) #Nose Cone
cHolo(11,"rcube",E:toWorld(vec(0,-130,19)),E:toWorld(ang(85,90,0)),vec(6,0.24,2)) #Nose Cone
cHolo(12,"cube",E:toWorld(vec(0,-112,19.2)),E:toWorld(ang(50,90,0)),vec(5,0.24,2)) #Nose Cone
cHolo(13,"hq_rcylinder",E:toWorld(vec(17,0,-9)),E:toWorld(ang(0,0,90)),vec(2,2.2,3)) #Nose Cone
cHolo(14,"hq_rcylinder",E:toWorld(vec(-17,0,-9)),E:toWorld(ang(0,0,90)),vec(2,2.2,3)) #Nose Cone
cHolo(15,"cube",E:toWorld(vec(-25,5,4)),E:toWorld(ang(0,55,90)),vec(6,0.24,2)) #Nose Cone
cHolo(16,"cube",E:toWorld(vec(25,5,4)),E:toWorld(ang(0,-55,90)),vec(6,0.24,2)) #Nose Cone
cHolo(17,"cylinder",E:toWorld(vec(0,80,-25)),E:toWorld(ang(0,0,20)),vec(0.5,0.5,6)) #Nose Cone
cHolo(18,"cylinder",E:toWorld(vec(-22,-50,-31)),E:toWorld(ang(30,30,0)),vec(0.5,0.5,6)) #Nose Cone
cHolo(19,"cylinder",E:toWorld(vec(22,-50,-31)),E:toWorld(ang(-30,-30,0)),vec(0.5,0.5,6)) #Nose Cone
cHolo(20,"hq_rcylinder",E:toWorld(vec(0,90,-55)),E:toWorld(ang(0,90,90)),vec(1.5)) #Nose Cone
cHolo(21,"hq_rcylinder",E:toWorld(vec(-35,-57,-55)),E:toWorld(ang(0,90,90)),vec(1.5)) #Nose Cone
cHolo(22,"hq_rcylinder",E:toWorld(vec(35,-57,-55)),E:toWorld(ang(0,90,90)),vec(1.5)) #Nose Cone
cHolo(23,"hq_rcylinder",E:toWorld(vec(17,0,-9)),E:toWorld(ang(0,0,90)),vec(1.9,1.9,3.1)) #Nose Cone
cHolo(24,"hq_rcylinder",E:toWorld(vec(-17,0,-9)),E:toWorld(ang(0,0,90)),vec(1.9,1.9,3.1)) #Nose Cone
cHolo(25,"hq_tube_thin",E:toWorld(vec(0,20,20)),E:toWorld(ang(0,0,90)),vec(2.5,3,0.5)) #Nose Cone
cHolo(26,"hq_tube_thin",E:toWorld(vec(0,55,13)),E:toWorld(ang(0,0,75)),vec(2.5,3,0.5)) #Nose Cone
cHolo(27,"cube",E:toWorld(vec(0,-55,4.000001)),E:toWorld(ang(0,0,90)),vec(20,0.26,1)) #Nose Cone
cHolo(28,"cube",E:toWorld(vec(0,-67,4.000001)),E:toWorld(ang(0,0,90)),vec(20,0.26,1)) #Nose Cone
cHolo(29,"cube",E:toWorld(vec(0,-79,4.000001)),E:toWorld(ang(0,0,90)),vec(20,0.26,1)) #Nose Cone

holoColor(1,vec(100))
holoColor(2,vec(100))
holoColor(4,vec(100))
holoColor(5,vec(100))
holoColor(6,vec(100))
holoColor(7,vec(100))
holoColor(8,vec(100))
holoColor(9,vec(100))
holoColor(10,vec(100))
holoColor(11,vec(100))
holoColor(12,vec(100))
holoColor(13,vec(100))
holoColor(14,vec(100))
holoColor(15,vec(100))
holoColor(16,vec(100))
holoColor(17,vec(100))
holoColor(18,vec(100))
holoColor(19,vec(100))
holoColor(20,vec(20))
holoColor(21,vec(20))
holoColor(22,vec(20))
holoColor(23,vec(10))
holoColor(24,vec(10))
holoMaterial(3,"phoenix_storms/glass")
holoColor(25,vec(100))
holoColor(26,vec(100))
holoColor(27,vec(190))
holoColor(28,vec(0,0,190))
holoColor(29,vec(190,0,0))


}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*350)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"ambient/outdoors_well.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*150
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by lobotomy",7)
E:hintDriver("W:S Force",5)
E:hintDriver("Mouse to steer",5)
E:hintDriver("Have fun! >:)",5)
}

W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name A-10
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(100)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"hq_sphere",E:toWorld(vec(0,-70,0)),E:toWorld(ang(0,0,-90)),vec(4.5,4,35)) #Nose Cone
cHolo(2,"hq_cylinder",E:toWorld(vec(0,40,-30)),E:toWorld(ang(0,0,20)),vec(0.5,0.5,2))#Front Landing Gear
cHolo(3,"hq_cylinder",E:toWorld(vec(5,45,-40)),E:toWorld(ang(90,0,0)),vec(0.5,0.5,1))#Right Front Landing Gear Connector 1
cHolo(4,"hq_cylinder",E:toWorld(vec(-5,45,-40)),E:toWorld(ang(90,0,0)),vec(0.5,0.5,1))#Left Front Landing Gear Connector 1
cHolo(5,"hq_cylinder",E:toWorld(vec(10,45,-46)),E:toWorld(ang(0,0,0)),vec(0.2,0.2,1.5))#Right Front Landing Gear Connector 2
cHolo(6,"hq_cylinder",E:toWorld(vec(-10,45,-46)),E:toWorld(ang(0,0,0)),vec(0.2,0.2,1.5))#Left Front Landing Gear Connector 2
cHolo(7,"hq_cylinder",E:toWorld(vec(0,45,-55)),E:toWorld(ang(90,0,0)),vec(0.2,0.2,1.9))#Front Landing Gear Connector 3
cHolo(8,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(0,45,-55)),E:toWorld(ang(0,0,0)),vec(1,1,1))#Front Landing Wheel
cHolo(9,"hq_cylinder",E:toWorld(vec(70,-85,-30)),E:toWorld(ang(-30,0,0)),vec(0.5,0.5,3))#Rear Right Landing Gear 1
cHolo(10,"hq_cylinder",E:toWorld(vec(-70,-85,-30)),E:toWorld(ang(30,0,0)),vec(0.5,0.5,3))#Rear Left Landing Gear 1
cHolo(11,"hq_cylinder",E:toWorld(vec(82,-85,-48)),E:toWorld(ang(-40,0,0)),vec(0.3,0.3,1.2))#Rear Right Landing Gear 2
cHolo(12,"hq_cylinder",E:toWorld(vec(-82,-85,-48)),E:toWorld(ang(40,0,0)),vec(0.3,0.3,1.2))#Rear Left Landing Gear 2
cHolo(13,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(90,-85,-55)),E:toWorld(ang(0,0,0)),vec(1,1,1))#Right Rear Landing Gear Wheel
cHolo(14,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(-90,-85,-55)),E:toWorld(ang(0,0,0)),vec(1,1,1))#Left Reare Landing Gear WHeel
cHolo(15,"hqsphere",E:toWorld(vec(0,25,18)),E:toWorld(ang(0,0,0)),vec(3,10,4))#WindSheild
cHolo(16,"hq_tube_thin",E:toWorld(vec(0,25,10)),E:toWorld(ang(0,0,0)),vec(3,10,2))#Cockpit
cHolo(17,"cube",E:toWorld(vec(0,-265,0)),E:toWorld(ang(0,0,-90)),vec(10,0.25,3)) #Nose Cone
cHolo(18,"rcube",E:toWorld(vec(-59,-265,25)),E:toWorld(ang(90,90,0)),vec(8,0.25,3.5)) #Nose Cone
cHolo(19,"rcube",E:toWorld(vec(59,-265,25)),E:toWorld(ang(90,90,0)),vec(8,0.25,3.5)) #Nose Cone
cHolo(20,"hq_tube",E:toWorld(vec(40,-170,20)),E:toWorld(ang(0,0,-90)),vec(4))#Cockpit
cHolo(21,"hq_tube",E:toWorld(vec(-40,-170,20)),E:toWorld(ang(0,0,-90)),vec(4)) #Nose Cone
cHolo(22,"hq_sphere",E:toWorld(vec(-40,-190,20)),E:toWorld(ang(90,90,0)),vec(4)) #Nose Cone
cHolo(23,"hq_sphere",E:toWorld(vec(40,-190,20)),E:toWorld(ang(90,90,0)),vec(4)) #Nose Cone
cHolo(24,"rcube",E:toWorld(vec(-110,-85,5)),E:toWorld(ang(5,0,90)),vec(20,0.25,6)) #Nose Cone
cHolo(25,"rcube",E:toWorld(vec(110,-85,5)),E:toWorld(ang(-5,0,90)),vec(20,0.25,6)) #Nose Cone
cHolo(26,"hq_sphere",E:toWorld(vec(-65,-85,-9)),E:toWorld(ang(5,0,90)),vec(3,2,5)) #Nose Cone
cHolo(27,"hq_sphere",E:toWorld(vec(65,-85,-9)),E:toWorld(ang(-5,0,90)),vec(3,2,5)) #Nose Cone
cHolo(28,"hq_rcylinder_thin",E:toWorld(vec(-40,-175,20)),E:toWorld(ang(5,0,90)),vec(3.9,3.9,3)) #Nose Cone
cHolo(29,"hq_rcylinder_thin",E:toWorld(vec(40,-175,20)),E:toWorld(ang(-5,0,90)),vec(3.9,3.9,3)) #Nose Cone

holoMaterial(15,"phoenix_storms/glass")
holoColor(1,vec(155))
holoColor(2,vec(220))
holoColor(3,vec(220))
holoColor(4,vec(220))
holoColor(5,vec(220))
holoColor(6,vec(220))
holoColor(7,vec(220))
holoColor(8,vec(50))
holoColor(9,vec(220))
holoColor(10,vec(220))
holoColor(11,vec(220))
holoColor(12,vec(220))
holoColor(13,vec(50))
holoColor(14,vec(50))
holoColor(15,vec(155))
holoColor(16,vec(155))
holoColor(17,vec(155))
holoColor(18,vec(155))
holoColor(19,vec(155))
holoColor(20,vec(155))
holoColor(21,vec(155))
holoColor(22,vec(155))
holoColor(23,vec(155))
holoColor(24,vec(155))
holoColor(25,vec(155))
holoColor(26,vec(155))
holoColor(27,vec(155))
holoColor(28,vec(10))
holoColor(29,vec(10))

holoEntity(28):setTrails(70,1,0.05,"trails/smoke",vec(255), 255)
holoEntity(29):setTrails(70,1,0.05,"trails/smoke",vec(255), 255)
}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*100)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"ambient/outdoors_well.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name bf.109
@inputs
@outputs
@persist T Vel Propspeed Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(100)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"hq_sphere",E:toWorld(vec(0,20,0)),E:toWorld(ang(0,0,-90)),vec(4.5,4,27)) #Nose Cone
cHolo(2,"hq_cylinder",E:toWorld(vec(0,-103,-25)),E:toWorld(ang(0,0,-20)),vec(0.5,0.5,2.5))#Front Landing Gear
cHolo(3,"hq_cylinder",E:toWorld(vec(5,-108,-40)),E:toWorld(ang(90,0,0)),vec(0.5,0.5,1))#Right Front Landing Gear Connector 1
cHolo(4,"hq_cylinder",E:toWorld(vec(-5,-108,-40)),E:toWorld(ang(90,0,0)),vec(0.5,0.5,1))#Left Front Landing Gear Connector 1
cHolo(5,"hq_cylinder",E:toWorld(vec(10,-108,-46)),E:toWorld(ang(0,0,0)),vec(0.2,0.2,1.5))#Right Front Landing Gear Connector 2
cHolo(6,"hq_cylinder",E:toWorld(vec(-10,-108,-46)),E:toWorld(ang(0,0,0)),vec(0.2,0.2,1.5))#Left Front Landing Gear Connector 2
cHolo(7,"hq_cylinder",E:toWorld(vec(0,-108,-55)),E:toWorld(ang(90,0,0)),vec(0.2,0.2,1.9))#Front Landing Gear Connector 3
cHolo(8,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(0,-108,-55)),E:toWorld(ang(0)),vec(1,1,1))#Front Landing Wheel
cHolo(9,"hq_cylinder",E:toWorld(vec(30,100,-25)),E:toWorld(ang(-30,0,0)),vec(0.5,0.5,3))#Rear Right Landing Gear 1
cHolo(10,"hq_cylinder",E:toWorld(vec(-30,100,-25)),E:toWorld(ang(30,0,0)),vec(0.5,0.5,3))#Rear Left Landing Gear 1
cHolo(11,"hq_cylinder",E:toWorld(vec(42,100,-43)),E:toWorld(ang(-40,0,0)),vec(0.3,0.3,1.2))#Rear Right Landing Gear 2
cHolo(12,"hq_cylinder",E:toWorld(vec(-42,100,-43)),E:toWorld(ang(40,0,0)),vec(0.3,0.3,1.2))#Rear Left Landing Gear 2
cHolo(13,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(50,100,-50)),E:toWorld(ang(0,0,0)),vec(1,2,2))#Right Rear Landing Gear Wheel
cHolo(14,"models/XQM/airplanewheel1.mdl",E:toWorld(vec(-50,100,-50)),E:toWorld(ang(0,0,0)),vec(1,2,2))#Left Reare Landing Gear WHeel
cHolo(15,"cube",E:toWorld(vec(0,190,-1.5)),E:toWorld(ang(90,90,0)),vec(7,0.25,0.25))#Left Reare Landing Gear WHeel
cHolo(16,"hq_tube_thin",E:toWorld(vec(0,25,10)),E:toWorld(ang(0,0,0)),vec(3,10,2))#Cockpit
cHolo(17,"hqsphere",E:toWorld(vec(0,25,18)),E:toWorld(ang(0,0,0)),vec(3,10,4))#WindSheild
cHolo(18,"hqsphere",E:toWorld(vec(0,-100,18)),E:toWorld(ang(0,0,0)),vec(3.5,10,7))#WindSheild
cHolo(18,"hqsphere",E:toWorld(vec(0,140,-10)),E:toWorld(ang(0,0,10)),vec(4,5,1))#WindSheild
cHolo(19,"rcube",E:toWorld(vec(-105,100,-2)),E:toWorld(ang(0,90,-85)),vec(4,0.25,20))#Left Reare Landing Gear WHeel
cHolo(20,"rcube",E:toWorld(vec(105,100,-2)),E:toWorld(ang(0,90,85)),vec(4,0.25,20))#Left Reare Landing Gear WHeel
cHolo(21,"hqsphere",E:toWorld(vec(0,-100,5)),E:toWorld(ang(0,0,-85)),vec(3,4,14))#Left Reare Landing Gear WHeel
cHolo(22,"hqsphere",E:toWorld(vec(0,-160,25)),E:toWorld(ang(0,0,-85)),vec(0.25,6,5))#Left Reare Landing Gear WHeel
cHolo(23,"hqsphere",E:toWorld(vec(-10,-160,35)),E:toWorld(ang(90,90,0)),vec(0.25,6,5))#Left Reare Landing Gear WHeel
cHolo(24,"hqsphere",E:toWorld(vec(10,-160,35)),E:toWorld(ang(90,90,0)),vec(0.25,6,5))#Left Reare Landing Gear WHeel
cHolo(25,"cone",E:toWorld(vec(0,180,-1.5)),E:toWorld(ang(0,0,-90)),vec(3,2,8))#Left Reare Landing Gear WHeel

holoMaterial(17,"phoenix_storms/glass")
holoColor(1,vec(220))
holoColor(2,vec(100))
holoColor(3,vec(100))
holoColor(4,vec(100))
holoColor(5,vec(100))
holoColor(6,vec(100))
holoColor(7,vec(100))
holoColor(8,vec(20))
holoColor(9,vec(100))
holoColor(10,vec(100))
holoColor(11,vec(100))
holoColor(12,vec(20))
holoColor(13,vec(20))
holoColor(14,vec(20))
holoColor(15,vec(10))
holoColor(16,vec(220))
holoColor(17,vec(220))
holoColor(18,vec(150,150,0))
holoColor(19,vec(220))
holoColor(20,vec(220))
holoColor(21,vec(220))
holoColor(22,vec(220))
holoColor(23,vec(220))
holoColor(24,vec(220))
holoColor(25,vec(10))
holoMaterial(1,"WTP/camoflage_2")
holoMaterial(8,"WTP/camoflage_2")
holoMaterial(13,"WTP/camoflage_2")
holoMaterial(14,"WTP/camoflage_2")
holoMaterial(15,"WTP/camoflage_2")
holoMaterial(16,"WTP/camoflage_2")
holoMaterial(19,"WTP/camoflage_2")
holoMaterial(20,"WTP/camoflage_2")
holoMaterial(21,"WTP/camoflage_2")
holoMaterial(22,"WTP/camoflage_2")
holoMaterial(23,"WTP/camoflage_2")
holoMaterial(24,"WTP/camoflage_2")
holoMaterial(25,"WTP/camoflage_2")
}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*100)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"/vehicles/airboat/fan_blade_idle_loop1.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*150
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
Propspeed+=clamp(T*10,0,500)
holoAng(15,E:toWorld(ang(Propspeed,0,0)))
if(Driver&T<2&Height>40)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

WASD - movement
Space - to fly
F - to land
By Lobotomy
Code:
@name ka 52
@inputs
@outputs Speed
@persist [E,User]:entity W A S D F Shift Space M1 M2 Speed EArr:array C P
@trigger
runOnTick(1)
E = entity():isWeldedTo()
E:setMass(50000)
User = E:driver()
Earr = array(E,User,entity())
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
F = User:keyPressed("F")
Shift = User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()
E:applyForce(-E:vel()*E:mass()/2)
C += 2
rangerFilter(E)
rangerHitWater(1)
RanC = rangerOffset(50,E:pos()+E:boxCenter(),vec(0,0,-1))
E:applyForce(vec(0,0,1)*E:mass()*(50-RanC:distance()))
E:applyForce((W-S)*E:forward()*200*E:mass())
E:applyForce((Space-F)*E:up()*200*E:mass())
E:applyForce((A-D)*Shift*-E:right()*200*E:mass())
E:applyTorque((vec((S-W)*15-E:angles():roll(),(D-A)*15-E:angles():pitch(),(A-D)*!Shift*20)*5-E:angVelVector())*E:mass())
if(C>0){
if(C > 28){C = 0}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"hq_sphere",E:toWorld(vec(0,-20,0)),E:toWorld(ang(0,0,-90)),vec(5,4,20)) #Nose Cone
cHolo(2,"hqsphere",E:toWorld(vec(0,0,18)),E:toWorld(ang(0,0,0)),vec(4,7,4))#WindSheild
cHolo(3,"hq_tube_thin",E:toWorld(vec(0,0,10)),E:toWorld(ang(0,0,0)),vec(4,7,2))#Cokpit
cHolo(4,"hq_sphere",E:toWorld(vec(0,-140,20)),E:toWorld(ang(0,0,-90)),vec(5,4,20)) #Nose Cone
cHolo(5,"hq_sphere",E:toWorld(vec(0,-250,35)),E:toWorld(ang(0,0,55)),vec(2,3,6)) #Nose Cone
cHolo(6,"rcube",E:toWorld(vec(0,-270,70)),E:toWorld(ang(0,0,0)),vec(0.25,3,6)) #Nose Cone
cHolo(7,"hq_sphere",E:toWorld(vec(0,-100,0)),E:toWorld(ang(0,0,-90)),vec(6,4,15)) #Nose Cone
cHolo(10,"hq_cylinder",E:toWorld(vec(0,-50,60)),E:toWorld(ang(0,0,0)),vec(1.5,1.5,4.6)) #Nose Cone
cHolo(11,"rcube",E:toWorld(vec(0,-60,10)),E:toWorld(ang(0,0,-90)),vec(15,0.5,3)) #Nose Cone
cHolo(16,"cube",E:toWorld(vec(-90,-60,10)),E:toWorld(ang(0,0,-90)),vec(1,1,3)) #Nose Cone
cHolo(17,"cube",E:toWorld(vec(90,-60,10)),E:toWorld(ang(0,0,-90)),vec(1,1,3)) #Nose Cone

holoCreate(14)
holoPos(14,E:toWorld(vec(0,-50,50)))
holoModel(14,"cube")
holoScale(14,vec(0.2,1,30))
holoAng(14,E:up():toAngle()+ang(0,0,C*10))
holoParent(14,E)
holoCreate(15)
holoPos(15,E:toWorld(vec(0,-50,80)))
holoModel(15,"cube")
holoScale(15,vec(0.2,1,30))
holoAng(15,E:up():toAngle()+ang(0,0,C*15))
holoParent(15,E)
holoMaterial(1,"WTP/camoflage_3")
holoMaterial(3,"WTP/camoflage_3")
holoMaterial(4,"WTP/camoflage_3")
holoMaterial(5,"WTP/camoflage_3")
holoMaterial(6,"WTP/camoflage_3")
holoMaterial(7,"WTP/camoflage_3")
holoMaterial(8,"WTP/camoflage_3")
holoMaterial(9,"WTP/camoflage_3")
holoMaterial(11,"WTP/camoflage_3")
holoMaterial(12,"WTP/camoflage_3")
holoMaterial(13,"WTP/camoflage_3")
holoMaterial(16,"WTP/camoflage_3")
holoMaterial(17,"WTP/camoflage_3")
holoMaterial(2,"phoenix_storms/glass")
holoColor(14,vec(10))
holoColor(15,vec(10))
holoColor(16,vec(200))
holoColor(17,vec(200))
holoColor(1,vec(200))
holoColor(2,vec(200))
holoColor(3,vec(200))
holoColor(4,vec(200))
holoColor(5,vec(200))
holoColor(6,vec(200))
holoColor(7,vec(200))
holoColor(8,vec(200))
holoColor(9,vec(200))
holoColor(10,vec(100))
holoColor(11,vec(200))
holoColor(12,vec(200))
holoColor(13,vec(200))
}
else{
holoDeleteAll()
}

E:soundPlay(1,200,"npc/combine_gunship/engine_rotor_loop1.wav")
soundVolume(1,100)
soundPitch(1,50+P)
P = (W+S+Space-F+A+D)*15

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",3)
E:hintDriver("W and S - force",3)
E:hintDriver("Mouse aim to steer",3)
}

What it can be that strange flying thing? Anyways control keys:
W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name pencil
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
E:setMass(50000)
Colour=vec(R,G,B)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"models/holograms/octagon.mdl",E:toWorld(vec(0,295,-35)),E:toWorld(ang(0,0,-90)),vec(10,10,55)) #Nose Cone
cHolo(2,"models/holograms/hq_hdome_thick.mdl",E:toWorld(vec(0,560,-34)),E:toWorld(ang(0,0,-90)),vec(10,10,35)) #Nose Cone
cHolo(3,"models/holograms/hq_icosphere.mdl",E:toWorld(vec(-40,20,-107)),E:toWorld(ang(0,100,-90)),vec(15)) #Nose Cone
cHolo(4,"models/holograms/hq_icosphere.mdl",E:toWorld(vec(40,20,-107)),E:toWorld(ang(0,100,-90)),vec(15)) #Nose Cone


holoColor(1,vec(255,200,168))
holoColor(2,vec(255,20,147))
holoColor(3,vec(255,200,168))
holoColor(4,vec(255,200,168))
holoEntity(1):setTrails(70,20,0.5,"trails/smoke",vec(255), 255)
holoEntity(3):setTrails(70,20,0.5,"trails/smoke",vec(255), 255)
holoEntity(4):setTrails(70,20,0.5,"trails/smoke",vec(255), 255)



}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*100)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"k_lab.al_comeon")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*150
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",7)
E:hintDriver("W and S - force",7)
E:hintDriver("Mouse aim to steer",7)
}

Yeah, it's flying
W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name wheelchair
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(100)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"cube",E:toWorld(vec(8,12,-7)),E:toWorld(ang(80,90,0)),vec(1.6,0.25,0.2)) #Nose Cone
cHolo(2,"cube",E:toWorld(vec(-8,12,-7)),E:toWorld(ang(80,90,0)),vec(1.6,0.25,0.2)) #Nose Cone
cHolo(3,"cube",E:toWorld(vec(0,12,-7)),E:toWorld(ang(0,0,90)),vec(1.6,0.25,0.2)) #Nose Cone
cHolo(4,"cube",E:toWorld(vec(0,25,-15)),E:toWorld(ang(0,0,90)),vec(1.6,0.25,2)) #Nose Cone
cHolo(5,"hq_torus",E:toWorld(vec(13,0,-1)),E:toWorld(ang(90,0,0)),vec(2.5)) #Nose Cone
cHolo(6,"hq_torus",E:toWorld(vec(-13,0,-1)),E:toWorld(ang(90,0,0)),vec(2.5)) #Nose Cone
cHolo(7,"cube",E:toWorld(vec(8.9,0,8)),E:toWorld(ang(90,90,0)),vec(1.5,0.25,2)) #Nose Cone
cHolo(8,"cube",E:toWorld(vec(-8.9,0,8)),E:toWorld(ang(90,90,0)),vec(1.5,0.25,2)) #Nose Cone
cHolo(9,"hq_rcylinder_thin",E:toWorld(vec(13,0,0)),E:toWorld(ang(0,90,90)),vec(2,2,0.25)) #Nose Cone
cHolo(10,"hq_rcylinder_thin",E:toWorld(vec(-13,0,0)),E:toWorld(ang(0,90,90)),vec(2,2,0.25)) #Nose Cone

holoColor(1,vec(100))
holoColor(2,vec(100))
holoColor(3,vec(100))
holoColor(4,vec(100))
holoColor(5,vec(25))
holoColor(6,vec(25))
holoColor(7,vec(100))
holoColor(8,vec(100))
holoMaterial(9,"phoenix_storms/metalfence004a")
holoMaterial(10,"phoenix_storms/metalfence004a")
holoEntity(5):setTrails(25,1,0.05,"trails/smoke",vec(220), 255)
holoEntity(6):setTrails(25,1,0.05,"trails/smoke",vec(220), 255)
}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*100)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"/vehicles/airboat/fan_blade_idle_loop1.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",7)
E:hintDriver("W and S - force",7)
E:hintDriver("Mouse aim to steer",7)
}

Another fun E2 chip and yes it flies
W & S - force
Mouse aim to steer
By Lobotomy
Code:
@name Secret German Boomerang
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(100)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"cube",E:toWorld(vec(0,0,0)),E:toWorld(ang(0,0,-90)),vec(1,1,25)) #Nose Cone
cHolo(2,"cube",E:toWorld(vec(0,0,0)),E:toWorld(ang(90,0,0)),vec(1,1,25)) #Nose Cone
cHolo(3,"cube",E:toWorld(vec(75,144,0)),E:toWorld(ang(90,0,0)),vec(1,1,12.5)) #Nose Cone
cHolo(4,"cube",E:toWorld(vec(-75,-144,0)),E:toWorld(ang(90,0,0)),vec(1,1,12.5)) #Nose Cone
cHolo(5,"cube",E:toWorld(vec(144,-75,0)),E:toWorld(ang(0,0,-90)),vec(1,1,12.5)) #Nose Cone
cHolo(6,"cube",E:toWorld(vec(-144,75,0)),E:toWorld(ang(0,0,-90)),vec(1,1,12.5)) #Nose Cone
holoColor(1,vec(36))
holoColor(2,vec(36))
holoColor(3,vec(36))
holoColor(4,vec(36))
holoColor(5,vec(36))
holoColor(6,vec(36))
}
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<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*100)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"npc_alyx.hurt04")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*250
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*100)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",7)
E:hintDriver("W and S - force",7)
E:hintDriver("Mouse aim to steer",7)
}

WASD - movement
Shift - speed boost
By Lobotomy
Code:
@name F-1
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}

C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(5000000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/50)
E:applyForce(vec(0,0,15)*E:mass())

rangerFilter(EArr)
RanC = rangerOffset(30,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(20-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(30,E:pos()+E:boxCenter()+E:forward()*20,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(30,E:pos()+E:boxCenter()-E:forward()*20,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(30,E:pos()+E:boxCenter()-E:right()*20,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(30,E:pos()+E:boxCenter()+E:right()*20,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}
elseif(Shift){
Spd = 90
}
else{
Spd = 50
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1,"cube",E:toWorld(vec(0,-5,5)),E:toWorld(ang(0,0,-90)),vec(2,2,18)) #Nose Cone
cHolo(2,"cube",E:toWorld(vec(0,80,0)),E:toWorld(ang(0,90,-90)),vec(1,1,5)) #Nose Cone
cHolo(5,"cube",E:toWorld(vec(0,110,2.5)),E:toWorld(ang(0,0,75)),vec(2,2,2)) #Nose Cone
cHolo(11,"cube",E:toWorld(vec(0,117,-14)),E:toWorld(ang(0,0,0)),vec(6,2,0.25)) #Nose Cone
cHolo(12,"cube",E:toWorld(vec(0,117,-2)),E:toWorld(ang(0,0,0)),vec(2,2,2)) #Nose Cone
cHolo(13,"cube",E:toWorld(vec(-8.5,30,-1)),E:toWorld(ang(0,60,0)),vec(4,2,1)) #Nose Cone
cHolo(14,"cube",E:toWorld(vec(8.5,30,-1)),E:toWorld(ang(0,-60,0)),vec(4,2,1)) #Nose Cone
cHolo(15,"cube",E:toWorld(vec(0,3.7,5)),E:toWorld(ang(0,0,0)),vec(5.15,2,2)) #Nose Cone
cHolo(16,"hq_sphere",E:toWorld(vec(0,-30,1)),E:toWorld(ang(0,0,0)),vec(5.15,10,2)) #Nose Cone
cHolo(17,"hq_tube_thin",E:toWorld(vec(0,5,10)),E:toWorld(ang(0,0,0)),vec(2,5,2))#Cockpit
cHolo(18,"cube",E:toWorld(vec(0,-101,16.5)),E:toWorld(ang(0,0,0)),vec(4,2,0.10)) #Nose Cone
cHolo(19,"cube",E:toWorld(vec(23.5,-101,28.5)),E:toWorld(ang(0,90,90)),vec(2,2,0.10)) #Nose Cone
cHolo(20,"cube",E:toWorld(vec(-23.5,-101,28.5)),E:toWorld(ang(0,90,90)),vec(2,2,0.10)) #Nose Cone
cHolo(21,"cube",E:toWorld(vec(0,-101,24.5)),E:toWorld(ang(0,0,0)),vec(4,2,0.10)) #Nose Cone
cHolo(22,"cube",E:toWorld(vec(0,-101,40.5)),E:toWorld(ang(0,0,0)),vec(4,2,0.10)) #Nose Cone
cHolo(23,"hq_sphere",E:toWorld(vec(0,-45,15)),E:toWorld(ang(0,0,0)),vec(2,6,2)) #Nose Cone
cHolo(24,"cube",E:toWorld(vec(0,-100,0)),E:toWorld(ang(0,90,-90)),vec(1,1,5)) #Nose Cone
cHolo(25,"cube",E:toWorld(vec(36,117,-9)),E:toWorld(ang(0,90,90)),vec(2,1,0.10)) #Nose Cone
cHolo(26,"cube",E:toWorld(vec(-36,117,-9)),E:toWorld(ang(0,90,90)),vec(2,1,0.10)) #Nose Cone
cHolo(29,"hq_torus_thin",E:toWorld(vec(-30,-100,0)),E:toWorld(ang(0,90,90)),vec(2.1,2.1,17))
cHolo(30,"hq_torus_thin",E:toWorld(vec(30,-100,0)),E:toWorld(ang(0,90,90)),vec(2.1,2.1,17))

holoCreate(3)
holoModel(3,"hq_rcylinder")
holoScale(3,vec(2.5,2.5,0.8))
holoPos(3,E:toWorld(vec(-30,80,0)))
holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(3,E)

holoCreate(4)
holoModel(4,"hq_rcylinder")
holoScale(4,vec(2.5,2.5,0.8))
holoPos(4,E:toWorld(vec(30,80,0)))
holoAng(4,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(4,E)

holoCreate(27)
holoModel(27,"hq_torus_thin")
holoScale(27,vec(2.1,2.1,17))
holoPos(27,E:toWorld(vec(-30,80,0)))
holoAng(27,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(27,E)

holoCreate(28)
holoModel(28,"hq_torus_thin")
holoScale(28,vec(2.1,2.1,17))
holoPos(28,E:toWorld(vec(30,80,0)))
holoAng(28,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
holoParent(28,E)

holoCreate(6)
holoModel(6,"hq_rcylinder")
holoScale(6,vec(2.5,2.5,0.8))
holoPos(6,E:toWorld(vec(30,-100,0)))
holoAng(6,E:right():toAngle()+ang(90,0,0))
holoParent(6,E)

holoCreate(7)
holoModel(7,"hq_rcylinder")
holoScale(7,vec(2.5,2.5,0.8))
holoPos(7,E:toWorld(vec(-30,-100,0)))
holoAng(7,E:right():toAngle()+ang(90,0,0))
holoParent(7,E)

holoCreate(8)
holoModel(8,"hq_cylinder")
holoScale(8,vec(0.2,0.2,1.5))
holoPos(8,E:toWorld(vec(0,19.5,12)))
holoAng(8,E:angles()+ang(0,0,30))
holoParent(8,E)

holoCreate(9)
holoModel(9,"hq_torus")
holoScale(9,vec(1,1,1))
holoPos(9,E:toWorld(vec(0,15,20)))
holoAng(9,E:angles()+ang(0,0,30))
holoParent(9,E)

holoCreate(10)
holoModel(10,"hq_cylinder")
holoScale(10,vec(0.1,0.1,0.9))
holoPos(10,E:toWorld(vec(0,15,20)))
holoAng(10,(E:right()+(E:forward()+E:up()/1.85)*(A-D)):toAngle()+ang(90,0,0))
holoParent(10,E)

holoColor(27,vec(200,200,0))
holoColor(28,vec(200,200,0))
holoColor(29,vec(200,200,0))
holoColor(30,vec(200,200,0))
holoColor(1,vec(200,0,0))
holoColor(2,vec(85))
holoColor(5,vec(200))
holoColor(19,vec(35))
holoColor(20,vec(35))
holoColor(18,vec(35))
holoColor(3,vec(25))
holoColor(4,vec(25))
holoColor(6,vec(25))
holoColor(7,vec(25))
holoColor(16,vec(200,0,0))
holoColor(17,vec(200,0,0))
holoColor(25,vec(200,0,0))
holoColor(26,vec(200,0,0))
holoColor(23,vec(200,0,0))
holoColor(13,vec(200,0,0))
holoColor(14,vec(200,0,0))
holoColor(12,vec(200,0,0))
holoColor(21,vec(200,0,0))
holoColor(22,vec(35))
holoColor(27,vec(200,200,0))
holoColor(24,vec(80))
holoColor(11,vec(200,0,0))
holoColor(15,vec(200,0,0))
for(I=8,10)
{
holoMaterial(I,"phoenix_storms/dome")
holoColor(I,vec(150,150,150))
}
}
else{
holoDeleteAll()
}

if(E:driver())
{
Active=1
}
else{Active=0}

if(changed(Active)&Active)
{
E:hintDriver("Made by Lobotomy",7)
E:hintDriver("WASD - movement",7)
E:hintDriver("Shift - speed boost",7)
}

W & S - force
Mouse aim to steer
By Spaml1
Code is big. Here is link of E2 chip:
https://pastebin.com/Xz9WJHV3

W & S - force
Mouse aim to steer
By Spaml1
Code:
@name BPLA
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(R,G,B)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
cHolo(1,"hq_dome",E:toWorld(vec(0,-5,12)),E:toWorld(ang(0,0,-90)),vec(3,3,6)) #Nose Cone
cHolo(2,"hq_dome",E:toWorld(vec(0,-5,12)),E:toWorld(ang(0,0,-90)),vec(3,3,6))#Cockpit
cHolo(3,"hq_dome",E:toWorld(vec(0,-5,12)),E:toWorld(ang(0,0,90)),vec(3,3,6))#WindSheild
cHolo(4,"hq_cylinder",E:toWorld(vec(0,-100,10)),E:toWorld(ang(0,0,-90)),vec(1.5,1.5,18))#BodyCylinder
cHolo(5,"hq_rcube_thick",E:toWorld(vec(0,-80,10)),E:toWorld(ang(0,0,0)),vec(15,1.5,0.5))#AirIntakeRight
cHolo(6,"hq_dome",E:toWorld(vec(0,-200,10)),E:toWorld(ang(0,0,90)),vec(1.5,1.5,8))#AirIntakeLeft
cHolo(7,"hq_rcube_thick",E:toWorld(vec(-20,-230,25)),E:toWorld(ang(-50,0,0)),vec(0.3,1,4))#Big Body Thingy
cHolo(8,"hq_rcube_thick",E:toWorld(vec(20,-230,25)),E:toWorld(ang(50,0,0)),vec(0.3,1,4))#Right Thruster
cHolo(9,"hq_rcube_thick",E:toWorld(vec(0,-230,-2)),E:toWorld(ang(0,0,0)),vec(0.3,1,2.5))#Left Thruster
cHolo(10,"hq_rcube_thick",E:toWorld(vec(-100,-80,11)),E:toWorld(ang(5,0,0)),vec(3,1,0.5))#Right Thruster Cover
cHolo(11,"hq_rcube_thick",E:toWorld(vec(100,-80,11)),E:toWorld(ang(-5,0,0)),vec(3,1,0.5))#Left Thruster Cover
cHolo(12,"hq_cylinder",E:toWorld(vec(10,-120,-10)),E:toWorld(ang(-45,0,0)),vec(0.3,0.3,5))#Right Wing Leading Edge
cHolo(13,"hq_cylinder",E:toWorld(vec(-10,-120,-10)),E:toWorld(ang(45,0,0)),vec(0.3,0.3,5))#Left Wing Leading Edge
cHolo(14,"hq_cylinder",E:toWorld(vec(0,-10,0)),E:toWorld(ang(0,0,5)),vec(0.3,0.3,5))#Right Wing Leading Edge Side
cHolo(15,"hq_rcylinder_thick",E:toWorld(vec(30,-120,-30)),E:toWorld(ang(0,90,90)),vec(1,1,1))#Left Wing Leading Edge Side
cHolo(16,"hq_rcylinder_thick",E:toWorld(vec(-30,-120,-30)),E:toWorld(ang(0,90,90)),vec(1,1,1))#Right Wing Trailing Edge Side
cHolo(17,"hq_rcylinder_thick",E:toWorld(vec(0,-7,-30)),E:toWorld(ang(0,90,90)),vec(1,1,1))#Left Wing Trailing Edge Side
cHolo(25,"hq_rcylinder_thin",E:toWorld(vec(0,10,30)),E:toWorld(ang(0,0,0)),vec(0.1,0.1,0.5))
cHolo(26,"hq_rcylinder_thin",E:toWorld(vec(0,10,32.5)),E:toWorld(ang(0,0,0)),vec(0.1,0.1,0.1))

holoColor(1,vec(0,0,0))
holoColor(2,vec(100,100,100))
holoColor(3,vec(100,100,100))
holoColor(4,vec(100,100,100))
holoColor(5,vec(100,100,100))
holoColor(6,vec(100,100,100))
holoColor(7,vec(100,100,100))
holoColor(8,vec(100,100,100))
holoColor(9,vec(100,100,100))
holoColor(10,vec(100,100,100))
holoColor(11,vec(100,100,100))
holoColor(12,vec(80,80,80))
holoColor(13,vec(80,80,80))
holoColor(14,vec(80,80,80))
holoColor(15,vec(10,10,10))
holoColor(16,vec(10,10,10))
holoColor(17,vec(10,10,10))

holoMaterial(25,"phoenix_storms/glass")
holoMaterial(26,"models/props_combine/tprings_globe")

holoClipEnabled(1,1,1)
holoClip(1,1, vec(0,0,45),vec(0,-1,0),0)
holoClipEnabled(2,1,1)
holoClip(2,1, vec(0,0,45),vec(0,1,0),0)

#holoAng(18,E:toWorld(ang(Propspeed,0,0)))

#Vel=E:vel():length()
#Propspeed+=clamp(T*10,0,500)
}
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|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*200)
if(Driver)
{
if(Height>50)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"ambient/outdoors_well.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*500
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*350)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=1000}

if(changed(Active)&Active)
{
E:hintDriver("Made by Spaml1",7)
E:hintDriver("W and S - force",5)
E:hintDriver("Mouse aim to steer",5)
}

WASD - movement
Shift - speed boost
By Spaml1
Code:
@name Tornado S
@inputs
@outputs Eang:angle Speed Spd AD
@persist EArr:array [User,E]:entity W A S D Shift Space M1 M2 Speed [RanC,RanF,RanB,RanL,RanR]:ranger WS AD C
@trigger

runOnTick(1)

if(first())
{
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}
}

C++
User = E:driver()
W = User:keyPressed("w")
A = User:keyPressed("A")
S = User:keyPressed("S")
D = User:keyPressed("D")
Shift = User:keySprint()
Space = User:keyPressed("Space")
M1 = User:keyAttack1()
M2 = User:keyAttack2()
Speed = E:vel():length()

E = entity():isWeldedTo()
E:setMass(50000)
EArr = array(E,entity(),User)
E:applyForce(-E:vel()*E:mass()/100)
E:applyForce(vec(0,0,4)*E:mass())

rangerFilter(EArr)
RanC = rangerOffset(30,E:pos()+E:boxCenter(),-E:up())
E:applyForce(E:up()*(30-RanC:distance())*E:mass())

rangerFilter(EArr)
RanF = rangerOffset(30,E:pos()+E:boxCenter()+E:forward()*20,-E:up())

rangerFilter(EArr)

rangerFilter(EArr)
RanB = rangerOffset(30,E:pos()+E:boxCenter()-E:forward()*20,-E:up())

rangerFilter(EArr)
RanL = rangerOffset(30,E:pos()+E:boxCenter()-E:right()*20,-E:up())

rangerFilter(EArr)
RanR = rangerOffset(30,E:pos()+E:boxCenter()+E:right()*20,-E:up())

E:applyTorque(vec(RanB:distance()-RanF:distance(),RanR:distance()-RanL:distance(),(A-D)*15)*E:mass()*10-E:angVelVector()*E:mass())

if(Space){
Spd = 0
E:applyForce(-(E:vel():setZ(0))*E:mass()/30)
}
elseif(Shift){
Spd = 30
}
else{
Spd = 10
}
E:applyForce(E:forward()*(W-S)*E:mass()*Spd)

if(C>10){
cHolo(1, "hq_stube", E:toWorld(vec(-10,29.8,65)), E:toWorld(ang(0,0,-90)), vec(4,5,7))
cHolo(2, "rcube_thin", E:toWorld(vec(30,-190,35)), E:toWorld(ang(0,0,0)), vec(12,40,0.5))
cHolo(3, "rcube_thin", E:toWorld(vec(30,30,31)), E:toWorld(ang(0,0,0)), vec(12,7,4))
cHolo(4, "right_prism", E:toWorld(vec(30,30,0)), E:toWorld(ang(0,90,180)), vec(7,6,2))
cHolo(37, "right_prism", E:toWorld(vec(-10,76.8,75.8)), E:toWorld(ang(90,180,90)), vec(3.2,4,0.8))
cHolo(6, "rcube_thin", E:toWorld(vec(30,-200,13)), E:toWorld(ang(0,0,0)), vec(6,35,4))
cHolo(7, "right_prism", E:toWorld(vec(-10,70.5,97.8)), E:toWorld(ang(-90,-180,90)), vec(0.5,4,2))
cHolo(8, "cube", E:toWorld(vec(-10,24,97.8)), E:toWorld(ang(0,0,0)), vec(4,6,0.5))
cHolo(10, "rcube_thin", E:toWorld(vec(30,0,61)), E:toWorld(ang(0,0,0)), vec(12,2,5))
cHolo(11, "rcube_thin", E:toWorld(vec(30,-30,63)), E:toWorld(ang(0,0,0)), vec(8.5,6,7.2))
cHolo(12, "rcube_thin", E:toWorld(vec(30,-30,63)), E:toWorld(ang(0,0,0)), vec(5,2,4))
cHolo(13, "rcube_thin", E:toWorld(vec(30,-200,14)), E:toWorld(ang(0,0,0)), vec(12,5,4))
cHolo(14, "hq_rcube", E:toWorld(vec(30,-350,55)), E:toWorld(ang(0,0,0)), vec(3,4.5,7))
cHolo(15, "hq_cylinder", E:toWorld(vec(30,-330,55)), E:toWorld(ang(0,0,0)), vec(3,3,7))
cHolo(16, "rcube_thin", E:toWorld(vec(30,-30,63)), E:toWorld(ang(0,0,0)), vec(8.5,6,7.2))

cHolo(17, "hq_cylinder", E:toWorld(vec(85,-270,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(18, "hq_cylinder", E:toWorld(vec(85,-340,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(19, "hq_cylinder", E:toWorld(vec(85,-130,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(20, "hq_cylinder", E:toWorld(vec(85,-60,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))

cHolo(21, "hq_cylinder", E:toWorld(vec(-25,-270,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(22, "hq_cylinder", E:toWorld(vec(-25,-340,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(23, "hq_cylinder", E:toWorld(vec(-25,-130,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))
cHolo(24, "hq_cylinder", E:toWorld(vec(-25,-60,0)), E:toWorld(ang(90,0,0)), vec(5,5,2.5))

cHolo(25, "hq_cylinder", E:toWorld(vec(-8,-280,152)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(26, "hq_cylinder", E:toWorld(vec(43,-280,152)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(27, "hq_cylinder", E:toWorld(vec(18,-280,152)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(28, "hq_cylinder", E:toWorld(vec(68,-280,152)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(29, "hq_cylinder", E:toWorld(vec(-25,-270,130)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(30, "hq_cylinder", E:toWorld(vec(-25,-260,105)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(31, "hq_cylinder", E:toWorld(vec(0,-270,130)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
#cHolo(32, "hq_cylinder", E:toWorld(vec(0,-260,105)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(33, "hq_cylinder", E:toWorld(vec(85,-270,130)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(34, "hq_cylinder", E:toWorld(vec(85,-260,105)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
cHolo(35, "hq_cylinder", E:toWorld(vec(60,-270,130)), E:toWorld(ang(0,0,-70)), vec(2,2,25))
#cHolo(36, "hq_cylinder", E:toWorld(vec(60,-260,105)), E:toWorld(ang(0,0,-70)), vec(2,2,25))

for(I=1,16)
{
holoMaterial(I,"phoenix_storms/dome")
holoColor(I,vec(180,180,180))
}
holoMaterial(37,"phoenix_storms/glass")

holoColor(25,vec(90,90,90))
holoColor(26,vec(90,90,90))
holoColor(27,vec(90,90,90))
holoColor(28,vec(90,90,90))
holoColor(29,vec(90,90,90))
holoColor(30,vec(90,90,90))
holoColor(31,vec(90,90,90))
holoColor(32,vec(90,90,90))
holoColor(33,vec(90,90,90))
holoColor(34,vec(90,90,90))
holoColor(35,vec(90,90,90))
holoColor(36,vec(90,90,90))

holoColor(17,vec(20,20,20))
holoColor(18,vec(20,20,20))
holoColor(19,vec(20,20,20))
holoColor(20,vec(20,20,20))
holoColor(21,vec(20,20,20))
holoColor(22,vec(20,20,20))
holoColor(23,vec(20,20,20))
holoColor(24,vec(20,20,20))

for(I=8,10)
{
holoMaterial(I,"phoenix_storms/dome")
holoColor(I,vec(150,150,150))
}
}
else{
holoDeleteAll()
}
if(E:driver())
{
Active=1
}
else{Active=1000}

if(changed(Active)&Active)
{
E:hintDriver("Made by Spaml1",7)
E:hintDriver("WASD - movement",5)
E:hintDriver("Shift - speed boost",5)
}

W & S - force
Mouse aim to steer
By Spaml1
Code:
@name Mig 15
@inputs
@outputs
@persist T Vel Timer SoundFixTimer SoundFix
@trigger

E=entity():isWeldedTo()
if(first())
{
runOnTick(1)
R=random(0,255)
G=random(0,255)
B=random(0,255)
Colour=vec(R,G,B)
E:setMass(50000)
entity():setMass(0)
E:setAlpha(255)

if(E:type()!="prop_vehicle_prisoner_pod")
{
print("You must spawn the Chip on a seat")
selfDestructAll()
}
function cHolo(Index, Model:string, Position:vector, Angle:angle, Scale:vector)
{
holoCreate(Index)
holoModel(Index,Model)
holoPos(Index,Position)
holoAng(Index,Angle)
holoScale(Index,Scale)
holoShadow(Index,1)
holoParent(Index,E)
}

cHolo(1,"hq_rcube_thick",E:toWorld(vec(50,-10,0)),E:toWorld(ang(2,-30,0)),vec(15,3.5,0.5))
cHolo(2,"hq_rcube_thick",E:toWorld(vec(-50,-10,0)),E:toWorld(ang(-2,30,0)),vec(15,3.5,0.5))
cHolo(3,"hq_cylinder",E:toWorld(vec(0,-30,0)),E:toWorld(ang(90,-90,0)),vec(3.5,3.5,16))
cHolo(4,"hq_dome",E:toWorld(vec(0,-126,0)),E:toWorld(ang(90,-90,0)),vec(3.5,3.5,8))
cHolo(5,"hq_rcube_thick",E:toWorld(vec(0,-180,45)),E:toWorld(ang(10,-90,0)),vec(2.5,0.5,4.5))
cHolo(6,"hq_rcube_thick",E:toWorld(vec(0,-160,35)),E:toWorld(ang(40,-90,0)),vec(2.5,0.5,7))
cHolo(7,"hq_rcube_thick",E:toWorld(vec(0,-168,15)),E:toWorld(ang(40,-90,0)),vec(2.5,0.5,4))
cHolo(8,"hq_rcube_thick",E:toWorld(vec(25,-180,25)),E:toWorld(ang(0,-105,90)),vec(2.5,0.5,5))
cHolo(9,"hq_rcube_thick",E:toWorld(vec(22,-167,25)),E:toWorld(ang(0,50,90)),vec(2,0.5,5))
cHolo(10,"hq_rcube_thick",E:toWorld(vec(-22,-167,25)),E:toWorld(ang(0,-50,-90)),vec(2,0.5,5))
cHolo(11,"hq_rcube_thick",E:toWorld(vec(-25,-180,25)),E:toWorld(ang(0,105,90)),vec(2.5,0.5,5))
cHolo(12,"hq_dome",E:toWorld(vec(0,10,23)),E:toWorld(ang(0,180,0)),vec(3,10,3))
cHolo(13,"hq_tube_thin",E:toWorld(vec(0,80,0)),E:toWorld(ang(0,180,90)),vec(2.5,2.5,4.5))
cHolo(14,"hq_dome",E:toWorld(vec(0,90,0)),E:toWorld(ang(0,180,90)),vec(2.5,2.5,2.5))
cHolo(15,"hq_dome",E:toWorld(vec(0,66.1,0)),E:toWorld(ang(0,180,90)),vec(3.5,3.5,10))
cHolo(16,"hq_tube_thin",E:toWorld(vec(0,10,11)),E:toWorld(ang(0,180,0)),vec(3,10,2))
cHolo(17,"hq_cylinder",E:toWorld(vec(-70,-30,-22.5)),E:toWorld(ang(0,180,15)),vec(0.8,0.8,4))
cHolo(18,"hq_cylinder",E:toWorld(vec(70,-30,-22.5)),E:toWorld(ang(0,180,15)),vec(0.8,0.8,4))
cHolo(19,"hq_cylinder",E:toWorld(vec(0,70,-27.5)),E:toWorld(ang(0,180,-15)),vec(0.8,0.8,2.8))
cHolo(20,"hq_rcylinder_thick",E:toWorld(vec(-70,-35,-37.5)),E:toWorld(ang(90,180,0)),vec(1.8,1.8,1.8))
cHolo(21,"hq_rcylinder_thick",E:toWorld(vec(70,-35,-37.5)),E:toWorld(ang(90,180,0)),vec(1.8,1.8,1.8))
cHolo(22,"hq_rcylinder_thick",E:toWorld(vec(0,70,-37.5)),E:toWorld(ang(90,180,0)),vec(1.8,1.8,1.8))
cHolo(23,"hq_dome",E:toWorld(vec(0,10,21)),E:toWorld(ang(-180,0,0)),vec(3,10,3))
cHolo(24,"hq_torus",E:toWorld(vec(0,107.5,0)),E:toWorld(ang(0,180,90)),vec(2.5,2.5,2.5))
cHolo(25,"hq_rcylinder_thin",E:toWorld(vec(0,10,30)),E:toWorld(ang(0,0,0)),vec(0.1,0.1,0.5))
cHolo(26,"hq_rcylinder_thin",E:toWorld(vec(0,10,32.5)),E:toWorld(ang(0,0,0)),vec(0.1,0.1,0.1))

holoColor(20,vec(0,0,0))
holoColor(21,vec(0,0,0))
holoColor(22,vec(0,0,0))

holoColor(1,vec(100,100,100))
holoColor(2,vec(100,100,100))
holoColor(3,vec(100,100,100))
holoColor(4,vec(100,100,100))
holoColor(5,vec(100,100,100))
holoColor(6,vec(100,100,100))
holoColor(7,vec(100,100,100))
holoColor(8,vec(100,100,100))
holoColor(9,vec(100,100,100))
holoColor(10,vec(100,100,100))
holoColor(11,vec(100,100,100))
holoColor(12,vec(100,100,100))
holoColor(13,vec(100,100,100))
holoColor(14,vec(100,100,100))
holoColor(15,vec(100,100,100))
holoColor(16,vec(100,100,100))
holoColor(17,vec(100,100,100))
holoColor(18,vec(100,100,100))
holoColor(19,vec(100,100,100))

holoColor(23,vec(80,80,80))

holoColor(15,vec(100,0,0))
holoColor(24,vec(100,0,0))

holoMaterial(12,"phoenix_storms/glass")
holoMaterial(25,"phoenix_storms/glass")
holoMaterial(26,"models/props_combine/tprings_globe")

holoClipEnabled(15,1,1)
holoClip(15,1,vec(0,0,43),vec(0,0,-1),0)
}
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(0,0,0.5)*E:mass()*7.511255)
if(Height<57.5|!Driver)
{
E:applyForce(vec(0,0,1)*E:mass()*(57.5-Height))
E:applyForce(-vec(0,0,1)*E:mass()*5*(Height-57.5))
}
E:applyAngForce(ang(R1,0,-Pd)*E:mass()*200)
if(Driver)
{
if(Height>57.5)
{
Y=vec(Driver:eye():dot(Chair:right()),Driver:eye():dot(Chair:right()),0):y()
}
else{Y=0}
if(Vel>750)
{
P=vec(0,Driver:eye():dot(Chair:up()),Driver:eye():dot(Chair:up())):z()
}
else{P=0}
E:applyAngForce(ang(-P,-Y,Y)*E:mass()*100)

SoundFixTimer++
SoundFix=sin(SoundFixTimer)*2+2
Speed=E:vel():length()
Timer+=1
if(Timer>500)
{Timer=0}
if(Timer==5){entity():soundPlay(1,0,"ambient/outdoors_well.wav")}
soundPitch(1,Speed*T*6+SoundFix)
}
else{soundStop(1)}
Forward=E:forward()*E:mass()*500
E:applyForce((Forward+$Forward)*T)
if(W){T+=0.01}
if(S|!Driver){T-=0.01}
elseif(S&Height<40){T-=0.005}
if(T<0){T=0}
if(T>5){T=5}
Vel=E:vel():length()
if(Driver&T<2&Height>60)
{
E:applyForce(-vec(0,0,1)*E:mass()*350)
T=2
}
if(E:driver())
{
Active=1
}
else{Active=1000}

if(changed(Active)&Active)
{
E:hintDriver("Made by Spaml1",7)
E:hintDriver("W and S - force",5)
E:hintDriver("Mouse aim to steer",5)
}

W & S - force
Mouse aim to steer
By Spaml1
Code is big. Copy it from here:
https://pastebin.com/bbyyv18S

Here was all of our E2 projects. Thanks for looking E2 chips.

Screenshots, some of E2 chips, management - R.A.D.I.O.A.C.T.I.V.E
Some E2 chips, support - Spaml1 and Lobotomy


Tags: Expression 2, Wiremod, E2, Wire, Technics, Vehicles, Star Wars, WW2, Command and conquer, Tiberium wars, Brotherhood of NOD, Geometry Dash, E2 chips, chips, military, fun, archive