pilot_angle = 35
pilot_range = 350
pressed = 0 
state = {}
speed = {}
max_speed = {}
accleration = {}
max_reversing_speed = {}
brake_power = {}
reverse_accleration = {}
seat_posx = {}
seat_posy = {}
seat_modi = {}
drift_slow = {}
turn_speed = {}
max_turnspeed = {}
max_height_gain = {}
last_weapon = 0
local new_y = 0
local seatx = 0
local seatz = 0
local turning = 0
local turningx = 0
local gain_height = 0
function spaceship_init(e)
	state[e] = "landed"
	speed[e] = 0
	max_speed[e] = 1000 --maximum speed (forwards)
	accleration[e] = 0.5 --how quickly you reach max speed (forwards)
	brake_power[e] = 2 --how quickly you stop
	max_reversing_speed[e] = 600 --maximum speed (backwards)
	reverse_accleration[e] = 0.25 --how quickly you reach max reverse speed  
	max_height_gain[e] = 50 --how quickly you gain/lose height while aiming the nose (more tilt = more impact)
	turn_speed[e] = 0.3 --how quickly the ship starts to turn
	max_turnspeed[e] = 50 --maximum turning speed the ship can reach (low value = wide turns)
	seat_posx[e] = 260 --how far forward the seat is on the model
	seat_posy[e] = 80 --how high up the seat is on the model 
	seat_modi[e] = 0.14 --adjusts how much the seat is moved while tilting (not 100% working)
	drift_slow[e] = 0.25 --allows for ship to slow down if not controlled
end 

function spaceship_main(e)

	if state[e] == "landed" then 
	
		if PlayerLooking(e,pilot_range,pilot_angle) == 1 then 
			PromptLocal(e,"Pilot the ship? (e)")
			if g_KeyPressE == 1 and pressed == 0 then 
				pressed = 1 
				last_weapon = g_PlayerGunID
				SetPlayerWeapons(0)
				turning = 0
				new_seatpos = seat_posy[e]
				new_seatdist = seat_posx[e]
				state[e] = "flying"
			end 
		end 
	
	elseif state[e] == "flying" then 
		Panel(0,0,50,12)
		TextCenterOnX(25,5,3,speed[e].." MPH")
		TextCenterOnX(25,10,3,g_Entity[e]['y'].."m above ground")
		if g_KeyPressW == 1 then 
			if speed[e] < max_speed[e] then 
				speed[e] = speed[e] + accleration[e]
			else 
				speed[e] = max_speed[e]
			end
		elseif g_KeyPressS == 1 then 
			if speed[e] > 0 then 
				speed[e] = speed[e] - brake_power[e]
			elseif speed[e] > -max_reversing_speed[e] then 
				speed[e] = speed[e] - reverse_accleration[e]
			elseif speed[e] < 0 then 
				speed[e] = -max_reversing_speed[e]
			end 
		elseif g_KeyPressC == 1 and speed[e] < max_speed[e]*0.1 and speed[e] > -max_reversing_speed[e]*0.1 then 
			speed[e] = 0
		else 
			if speed[e] > 0 then 
				speed[e] = speed[e] - drift_slow[e]
			elseif speed[e] < 0 then 
				speed[e] = speed[e] + drift_slow[e]
			else 
				speed[e] = 0 
			end 
		end 
		if speed[e] > 0 then 
			if g_KeyPressA == 1 then 
				turning = turning - (turn_speed[e]*(speed[e]/max_speed[e]))
			elseif g_KeyPressD == 1 then 
				turning = turning + (turn_speed[e]*(speed[e]/max_speed[e]))
			else
				if turning > (turn_speed[e]/2) then 
					turning = turning - (turn_speed[e]/2)
				elseif turning < (turn_speed[e]/2) then 
					turning = turning + (turn_speed[e]/2)
				else 
					turning = 0
				end 
			end 
		elseif speed[e] < 0 then 
			if g_KeyPressA == 1 then 
				turning = turning - (turn_speed[e]*(speed[e]/max_reversing_speed[e]))
			elseif g_KeyPressD == 1 then 
				turning = turning + (turn_speed[e]*(speed[e]/max_reversing_speed[e]))
			else
				if turning > (turn_speed[e]/2) then 
					turning = turning - (turn_speed[e]/2)
				elseif turning < (turn_speed[e]/2) then 
					turning = turning + (turn_speed[e]/2)
				else 
					turning = 0
				end 
			end 
		end 
		if turning < -max_turnspeed[e] then 
			turning = -max_turnspeed[e] 
		elseif turning > max_turnspeed[e] then 
			turning = max_turnspeed[e]
		end 
		if speed[e] == 0 then 
			turning = 0 
		end 

		-- -40 = up
		-- +40 = down 
		if g_KeyPressR == 1 then
			if g_Entity[e]['anglex'] > -40 then		
				turningx = turningx-0.1 
				new_seatpos = new_seatpos+seat_modi[e]
				new_seatdist = new_seatdist-seat_modi[e]
			else 
				turningx = 0
			end 
			--seat_posy[e] = seat_posy[e]+10 
		elseif GetScancode() == 16 then  
			if g_Entity[e]['anglex'] < 40 then
				turningx = turningx+0.1
				new_seatpos = new_seatpos-seat_modi[e]
				new_seatdist = new_seatdist+seat_modi[e]
			else 
				turningx = 0
			end
			--seat_posy[e] = seat_posy[e]-10
		else 
			if turningx > 1 then 
				turningx = turningx-0.1 
				new_seatpos = new_seatpos+seat_modi[e]
				new_seatdist = new_seatdist+seat_modi[e]
			elseif turningx < -1 then 
				turningx = turningx+0.1 
				new_seatpos = new_seatpos-seat_modi[e]
				new_seatdist = new_seatdist-seat_modi[e]
			else 
				turningx = 0
			end 
		end 
		
		if turningx > 10 then 
			turningx = 10 
		elseif turningx < -10 then 
			turningx = -10
		end 
		if g_Entity[e]['anglex'] < 0 then 
			gain_height = 1
		elseif g_Entity[e]['anglex'] > 0 then 
			gain_height = -1 
		else 
			gain_height = 0 
		end 
		CollisionOff(e) 
		RotateX(e,turningx)
		MoveForward(e,speed[e])
		MoveUp(e,gain_height*(max_height_gain[e]*(math.abs(g_Entity[e]['anglex'])/31)))
		RotateY(e,turning)
		CollisionOn(e)		
		new_y = math.rad(g_Entity[e]['angley'])
		seatx = g_Entity[e]['x'] + (math.sin(new_y) * new_seatdist)
		seatz = g_Entity[e]['z'] + (math.cos(new_y) * new_seatdist)
		SetFreezeAngle(g_Entity[e]['anglex'],g_Entity[e]['angley'],g_Entity[e]['anglez'])
		SetFreezePosition(seatx,g_Entity[e]['y']+new_seatpos,seatz)
		TransportToFreezePosition()
	
		if speed[e] == 0 and g_Entity[e]['y'] < GetTerrainHeight(g_Entity[e]['x'],g_Entity[e]['z'])+10 then 
			TextCenterOnX(50,85,3,"Press E to get out")
			if g_KeyPressE == 1 and pressed == 0 then 
				pressed = 1 
				SetPlayerWeapons(1)
				ChangePlayerWeaponID(last_weapon)
				CollisionOn(e)
				state[e] = "landed"
			end 
		end 
	end 
	
	if g_KeyPressE == 0 then 
		pressed = 0 
	end 		
			
end 

function PlayerLooking(e,dis,v)
if g_Entity[e] ~= nil then
if dis == nil then
dis = 3000
end
if v == nil then
v = 0.5
end
if GetPlayerDistance(e) <= dis then
local destx = g_Entity[e]['x'] - g_PlayerPosX
local destz = g_Entity[e]['z'] - g_PlayerPosZ
local angle = math.atan2(destx,destz)
angle = angle * (180.0 / math.pi)

if angle <= 0 then
angle = 360 + angle
elseif angle > 360 then
angle = angle - 360
end
while g_PlayerAngY < 0 or g_PlayerAngY > 360 do
if g_PlayerAngY <= 0 then
g_PlayerAngY = 360 + g_PlayerAngY
elseif g_PlayerAngY > 360 then
g_PlayerAngY = g_PlayerAngY - 360
end
end
local L = angle - v
local R = angle + v
if L <= 0 then
L = 360 + L 
elseif L > 360 then
L = L - 360
end
if R <= 0 then
R = 360 + R
elseif R > 360 then
R = R - 360
end

if (L < R and math.abs(g_PlayerAngY) > L and math.abs(g_PlayerAngY) < R) then
return 1
elseif (L > R and (math.abs(g_PlayerAngY) > L or math.abs(g_PlayerAngY) < R)) then
return 1
else
return 0
end
else
return 0
end
end
end