@name holo ex2 Kart
@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)

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)
Rng = rangerOffset(E:pos(),E:pos()-vec(0,0,20))

if (Rng:hit() == 1) {
    E:applyForce(-E:vel()*E:mass()/30)
    E:applyForce(vec(0,0,-5)*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 = 100
}
else{
    Spd = 30
}
if (Rng:hit() == 1) {
    E:applyForce(E:forward()*(W-S)*E:mass()*Spd)
}
if(C>300){
    holoCreate(1)
    holoModel(1,"hq_cylinder")
    holoScale(1,vec(0.2,0.2,3.4))
    holoPos(1,E:pos())
    holoAng(1,E:angles()+ang(0,0,90))
    holoParent(1,E)

    holoCreate(2)
    holoModel(2,"hq_cylinder")
    holoScale(2,vec(0.2,0.2,2))
    holoPos(2,E:pos()+E:forward()*20)
    holoAng(2,E:right():toAngle()+ang(90,0,0))
    holoParent(2,E)

    holoCreate(3)
    holoModel(3,"hq_cylinder")
    holoScale(3,vec(0.8,0.8,0.2))
    holoPos(3,E:pos()+E:forward()*20+E:right()*13)
    holoAng(3,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
    holoParent(3,E)

    holoCreate(4)
    holoModel(4,"hq_cylinder")
    holoScale(4,vec(0.8,0.8,0.2))
    holoPos(4,E:pos()+E:forward()*20-E:right()*13)
    holoAng(4,(E:right()*2+E:forward()*(A-D)):toAngle()+ang(90,0,0))
    holoParent(4,E)

    holoCreate(5)
    holoModel(5,"hq_cylinder")
    holoScale(5,vec(0.2,0.2,2))
    holoPos(5,E:pos()-E:forward()*20)
    holoAng(5,E:right():toAngle()+ang(90,0,0))
    holoParent(5,E)

    holoCreate(6)
    holoModel(6,"hq_cylinder")
    holoScale(6,vec(0.8,0.8,0.2))
    holoPos(6,E:pos()-E:forward()*20+E:right()*13)
    holoAng(6,E:right():toAngle()+ang(90,0,0))
    holoParent(6,E)

    holoCreate(7)
    holoModel(7,"hq_cylinder")
    holoScale(7,vec(0.8,0.8,0.2))
    holoPos(7,E:pos()-E:forward()*20-E:right()*13)
    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()*15+E:up()*8)
    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()*10.5+E:up()*16)
    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()*10.5+E:up()*16)
    holoAng(10,(E:right()+(E:forward()+E:up()/1.85)*(A-D)):toAngle()+ang(90,0,0))
    holoParent(10,E)

}
else{
    holoDeleteAll()
}