import GameLogic
# needs to: recieve variable saying which ship is loaded for example 'red'
# then loads dictionary 'red' as 'ship'

# get the controller
controller = GameLogic.getCurrentController()
# get a list of sensors connected to the python controller
senList = controller.sensors
# get a list of actuators connected to the python controller
actList = controller.actuators
# get the motion actuator named Move
move = actList["Move"]

shipobject = controller.owner

red = { "accelForward" : 1500,
        "forwardRoll" : 200,
        "accelBackward" : 200,
        "backwardRoll" : 600,
        "accelBoost" : 1000,
        "boostRoll" : 400,
        "turnRotate" : 500,
        "turnRoll" : 200,
        "turnSlide" : 600,
        "shipWeight" : 800,
        "boostDrain" : 1,
        "regenSpeed" : .5,
        "shieldStrength" : 30,
        "hoverHeight" : 5 }
shipdata = red

def hover ():
    #constrain ship to certain height above property:ground
    shipobject.applyForce([0 , 0 , -shipdata["shipWeight"]] , False)
    hoverdetect = senList["hover"]
    if hoverdetect.hitObject:
        hoverdistance = shipobject.getVectTo(hoverdetect.hitObject)
#        print((abs(hoverdistance[0])+abs(hoverdistance[1])+abs(hoverdistance[2])))
    if hoverdetect.range < shipdata["hoverHeight"]:hoverdetect.range = hoverdetect.range + 0.1
#    print(hoverdetect.rayDirection)
#    print(hoverdetect.range)
    if hoverdetect.triggered: shipobject.applyForce([0 , 0 , 1000],True)

def accelerate ():
    #add to speed and nose down
    shipobject.applyForce([0 , -(shipdata["accelForward"]) , 0] , True)
    shipobject.applyTorque([(shipdata["forwardRoll"]), 0 , 0] , True)

def decelerate ():
    #subtract from speed and nose up
    shipobject.applyForce([0 , (shipdata["accelBackward"]) , 0] , True)
    shipobject.applyTorque([-(shipdata["backwardRoll"]), 0 , 0] , True)

def boost ():
    #add to speed, nose up and drain energy
    shipobject.applyForce([0 , -(shipdata["accelBoost"]) , 0] , True)
    shipobject.applyTorque([(shipdata["boostRoll"]), 0 , 0] , True)
    shipobject["health"] = shipobject["health"]-shipdata["boostDrain"]
    if shipobject["health"] < 0: shipobject["health"] = 0

def turnLeft ():
    #rotate left, roll left, and slide left
    shipobject.applyForce([(shipdata["turnSlide"]) , 0 , 0] , True)
    shipobject.applyTorque([0 , (shipdata["turnRoll"]), (shipdata["turnRotate"])] , True)

def turnRight ():
    #rotate right, roll right, and slide right
    shipobject.applyForce([-(shipdata["turnSlide"]) , 0 , 0] , True)
    shipobject.applyTorque([0 , -(shipdata["turnRoll"]), -(shipdata["turnRotate"])] , True)

def hitWall ():
    #activate sheild, subtract damage amount from health
    print(hitwall)

def regen ():
    #regenerates health
    shipobject["health"] = shipobject["health"] + shipdata["regenSpeed"]
    if shipobject["health"] > 100: shipobject["health"] = 100

def shipdie ():
    print("you have died")

def sendvariables ():
    GameLogic.speed = shipobject["speed"]
    GameLogic.health = shipobject["health"]
    GameLogic.checkpointnumber = shipobject["checkpointnumber"]
    GameLogic.lapnumber = shipobject["lapnumber"]

#main section - recieves keys, updates health/speed counter, hovers ship

moveforward = senList["forward"]
movebackward = senList["down"]
moveleft = senList["left"]
moveright = senList["right"]
moveboost = senList["boost"]

shipobject["speed"] = ((abs(shipobject.getLinearVelocity(1)[1]) + abs(shipobject.getLinearVelocity(1)[0]) + abs(shipobject.getLinearVelocity(1)[2])) * 3 * 60 * 60)/5280
hover()
regen()

if moveforward.positive == True: accelerate()
if movebackward.positive == True: decelerate()
if moveleft.positive == True: turnLeft()
if moveright.positive == True: turnRight()
if moveboost.positive == True: boost()

sendvariables()

if shipobject["health"] < 0: shipdie()