function getEntityFromUUID(uuid: string) :: entity:
	loop all entities:
		if UUID of loop-entity is {_uuid}:
			return loop-entity
			stop loop
function getVector(e: entity) :: vector:
	set {_nbttag} to "%tag ""Motion"" of nbt of {_e}%"
	replace "[", "]" and "d" in {_nbttag} with ""
	set {_strvalues::*} to split {_nbttag} by ","
	return new vector from {_strvalues::1} parsed as number, {_strvalues::2} parsed as number, {_strvalues::3} parsed as number
every tick:
	loop {spiraltrail.radius::*}:
		getEntityFromUUID(loop-index) is not set
		delete {spiraltrail.radius::%loop-index%}
		delete {spiraltrail.degree2.%loop-index%}
		delete {spiraltrail.spiralpattern.%loop-index%}
	loop all projectiles:
		shooter of loop-entity is a player
		if loop-entity is on ground:
			delete {spiraltrail.radius::%UUID of loop-entity%}
			delete {spiraltrail.degree2.%UUID of loop-entity%}
			delete {spiraltrail.spiralpattern.%UUID of loop-entity%}
		else if loop-entity is not on ground:
			if {spiraltrail.radius::%UUID of loop-entity%} is not set:
				set {spiraltrail.radius::%UUID of loop-entity%} to 0.5
			if {spiraltrail.degree2.%UUID of loop-entity%} is not set:
				set {spiraltrail.degree2.%UUID of loop-entity%} to random integer between 0 and 360
			if {spiraltrail.spiralpattern.%UUID of loop-entity%} is not set:
				set {spiraltrail.spiralpattern.%UUID of loop-entity%} to random integer between 0 and 1
			set {_loc} to location of loop-entity
			loop ceil(sqrt(x of getVector(loop-entity)^2+y of getVector(loop-entity)^2+z of getVector(loop-entity)^2)*6) times:
				set yaw of {_loc} to vector yaw of getVector(loop-entity)
				set pitch of {_loc} to vector pitch of getVector(loop-entity)
				set {_inclination} to vector pitch of getVector(loop-entity)
				set {_degree1} to vector yaw of getVector(loop-entity)
				set {_r1} to {spiraltrail.radius::%UUID of loop-entity%}*cos(90-{_inclination}*-1)
				set {_r2} to {spiraltrail.radius::%UUID of loop-entity%}*sin(90-{_inclination}*-1)
				set {_x} to {_r1}*sin({spiraltrail.degree2.%UUID of loop-entity%})
				set {_y} to {_r2}*sin({spiraltrail.degree2.%UUID of loop-entity%})
				set {_z} to {spiraltrail.radius::%UUID of loop-entity%}*cos({spiraltrail.degree2.%UUID of loop-entity%})
				set {_vector} to new vector from {_x}, {_y}, {_z}
				rotate {_vector} around y axis by ({_degree1}-90)*-1
				set {_ploc} to location x of {_vector} meter east location y of {_vector} meter above location z of {_vector} meter south location of {_loc}
				show 1 flame particles at {_ploc} offset by 0, 0, 0 with speed 0
				if {spiraltrail.spiralpattern.%UUID of loop-entity%} is 0:
					add 15 to {spiraltrail.degree2.%UUID of loop-entity%}
				else if {spiraltrail.spiralpattern.%UUID of loop-entity%} is 1:
					remove 15 from {spiraltrail.degree2.%UUID of loop-entity%}
				set {_loc} to location 0.15 meter forwards {_loc}