function Create(self)
  self.ShootTimer = Timer()
  self.SharpRange = self.SharpLength
  self.Clicked = false
  self.Recoil = 0
  self.AfterRecoil = 0
  self.RecoilShake = 0

  --You may change following variables to your likings
  self.ParticleMass = 1 --Mass of the projectile fired
  self.ParticleVel = 90 --speed of the projectile fired
  self.RecoilMulti = 1 --if for some reason you need to change the recoil without changing mass or velocity use this
  self.Grip = 1 --This is how fast you regain control
  self.MaxTurn = 2
  self.MovementPunisherment = 1
  self.Durability = 5

  self.Shot = false
  self.Damage = math.random(0,self.Durability)
end

function Update(self)
  local negatore = 1
	if self.HFlipped then
		negatore = -1;
	end
	self.RecoilShake = self.RecoilShake * 0.9
	local RecoilReduction = 0.1
	local user = nil
	for parent in MovableMan.Actors do
		if parent.ID == self.RootID then
			user = ToAHuman(parent)
			break
		end
	end
	if user ~= nil then
    local aim = ToAHuman(user):GetAimAngle(false)
    ToAHuman(user):SetAimAngle(aim + self.Recoil*0.000035 + self.RecoilShake*0.025)
    --Taking the user into account
    local ArmLength = 0
    if self:IsOneHanded() then
      if user.FGArm ~= nil then
        RecoilReduction = RecoilReduction + user.FGArm.Mass*1.25
        ArmLength = user.FGArm.Diameter
      end
      if user.BGArm ~= nil then
        RecoilReduction = RecoilReduction + user.BGArm.Mass*0.5
        ArmLength = math.max(user.BGArm.Diameter , ArmLength)
      end
    else
      if user.FGArm ~= nil then
        RecoilReduction = RecoilReduction + user.FGArm.Mass
        ArmLength = user.FGArm.Diameter
      end
      if user.BGArm ~= nil then
        RecoilReduction = RecoilReduction + user.BGArm.Mass
        ArmLength = math.max(user.BGArm.Diameter , ArmLength)
      end
    end
    ArmLength = ArmLength + user.Diameter
    
    --Regaining control
    self.Recoil = self.Recoil * 0.96
    local MovementMulti = ((ArmLength/self.MovementPunisherment - math.min(user.Vel.Magnitude , ArmLength/self.MovementPunisherment))/ArmLength*self.MovementPunisherment)
    if self.Recoil > 0.00018*self.Grip * MovementMulti^2*(25+user.Health)/200 * user.Mass then
      self.Recoil = self.Recoil - 0.00018*self.Grip * MovementMulti^2*(25+user.Health)/200 * user.Mass
    else
      self.Recoil =  0
    end
    RecoilReduction = (RecoilReduction * user.Mass)^0.5
    if self.Recoil > 18 then
      user:GetController():SetState(Controller.BODY_CROUCH,true)
    end
    if self.Recoil > 20 then
      user:GetController():SetState(Controller.WEAPON_DROP,true)
    end
  else
    self.Recoil = 0
  end
  local shot = false
  if self.Magazine ~= nil then
    if self:IsActivated() then
      if self.Magazine.RoundCount > 0 and self.ShootTimer:IsPastSimMS(60000/self.RateOfFire) and self.Clicked == false then
        self.ShootTimer:Reset()
        if user ~= nil then
          self.AfterRecoil = self.AfterRecoil + self.ParticleMass*self.ParticleVel^2*self.RecoilMulti/100
          self.RecoilShake = self.RecoilShake + (math.random()-0.5) / RecoilReduction*6
        end
        self.Damage = self.Damage + 1
        if self.Damage > self.Durability then
          local damagePar = CreateMOPixel("Laser Damage");
          damagePar.Pos = self.MuzzlePos + self:RotateOffset(Vector(-math.random(0,self.Diameter/2),0))
          damagePar.Vel = self.Vel + self:RotateOffset(Vector(80,0))
          damagePar.Sharpness = 2000
          MovableMan:AddParticle(damagePar);
          self.Damage = 0
        end
        self.Clicked = true
      end
    else
      self.Clicked = false
    end
  else
    self.ShootTimer:Reset()
  end
  self.AfterRecoil = math.max(self.AfterRecoil - 8, 0)
	if user ~= nil then
    self.Recoil = self.Recoil + (self.AfterRecoil / RecoilReduction)^2
    self.Recoil = math.max(self.Recoil, 0)
    self.SharpLength = math.max(0 , self.SharpRange - (self.Recoil*self.SharpRange) * 0.05 + (math.random(-self.Recoil*(100 - user.Health)^4, self.Recoil*(100 - user.Health)^4)*0.0000000025)^2*self.SharpRange)^2/self.SharpRange
    self.RotAngle = self.RotAngle + self.Recoil * negatore * 0.015*self.MaxTurn + (math.random(-self.Recoil*(100 - user.Health)^5, self.Recoil*(100 - user.Health)^5)*0.000000000025)^2 + self.RecoilShake * negatore
  end
end