from visual import *
import math as m
# import datetime as dt
import time
# -*- coding: cp1252 -*-

g= - 1.6/100
pi = m.pi
dt = 0.01
class Moon_Lander_Game(object):

    def __init__(self):
        self.size = 20.0
        self.lander = Lander(self)
        self.game_items = [self.lander ]
        self.view = Game_View(self)
        self.gedaan = False


    def play_nieuw(self):
        while not self.gedaan:
            self.lander.wordt_aangetrokken()
            self.lander.verplaats()
            self.gedaan = self.lander.is_gecrashed_of_geland()
            self.verwerk_toetsenbord_invoer()
            print "begin"
            
    def verwerk_toetsenbord_invoer(self):
        if scene.kb.keys:
            toets = scene.kb.getkey()
            if toets == "left":
                self.lander.draai_links()
            elif toets == "right":
                self.lander.draai_rechts()
            elif toets == "up":
                self.lander.geef_gas()
            else:
                print "ongebruikte toets"



class Lander(object):
    def __init__(self, game):
        self.game = game
        self.velocity= vector(0,0)
        self.acceleration= vector(0,g)
        self.hoek = pi/2.0
        self.axis = vector(1,0)
        self.state = True
        self.view = Lander_View(self)
        self.brandstof = 100
        print "1"

    def draai_links(self):
        # code
        self.hoek = self.hoek + pi/22.0
       # self.view.draai(pi/22.0)
    def draai_rechts(self):
        # code
        self.hoek = self.hoek + pi/22.0
        #self.view.draai(-pi/22.0)
    def wordt_aangetrokken(self):
        self.velocity = self.velocity + (self.acceleration*dt)
        

    def geef_gas(self, dt):
        # code
        self.velocity = self.velocity + bereken_versnelling_motor() * dt

    def bereken_versnelling_motor(self, hoek):
        if draai_links == True or draai_rechts == True:
            return vector(cos(self.hoek), sin(self.hoek))*2
        else:
            return None
                
    def verplaats(self):
        # code
        dt= 0.01
        self.view.verplaats(dt)
        
    def is_gecrashed_of_geland(self):
        return False
        self.view.update()# dt tussen haakjes weggedaan

        
class Lander_View(object):
    def __init__(self,owner):
        self.owner = owner 
        self.frame = frame ()
        curve(frame, pos=[(-11,17),(-8,17),(-8,15),(-11,15),(-11,17)], radius = 0, color= color.white)# rechthoek
        curve(frame, pos=[(-10,17),(-11,18),(-10,19),(-9,19),(-8,18),(-9,17)], radius =0, color = color.white)# bovendeel
        curve(frame, pos=[(-11,16),(-12,14),(-10,15)], radius =0, color = color.white)#linkerpoot
        curve(frame, pos=[(-8,16),(-7,14),(-9,15)], radius =0, color = color.white)#rechterpoot
        curve(frame, pos=[(-12.5,14),(-11.5,14)], radius =0, color = color.white)#linkerpoot
        curve(frame, pos=[(-7.5,14),(-6.5,14)], radius =0, color = color.white)#rechterpoot
        curve(frame, pos=[(-10,15),(-9.5,12),(-9,15)], radius=0, visible= False)# vlam
        curve(frame, pos=[(-12.5,14),(-6.5,14),(-8,19),(-11,19),(-12.5,14)], radius=0, visible= False)# kader
##        f.axis = self.axis
        #frame.pos = (10,10)
        

    def verplaats(self, dt):
        # code
        self.frame.pos = self.frame.positie + self.owner.velocity

    # def draai(self, hoek):
        
        
        
    def update (self):
        self.positie = frame.pos
        self.acceleration = self.owner.acceleration
        self.positie =self.positie + self.owner.velocity *dt
        print '2'

 
        
class Game_View(object):
    def __init__(self, owner):
        self.owner = owner
        
        self.frame = frame()
        # maanoppervlak
        curve(frame=f, pos=[(-20,-20),(-17,-17)], radius = 0, color = color.red)
        curve(frame=f, pos=[(-17,-17),(-9,-17)], radius = 0, color= color.green)
        curve(frame=f, pos=[(-9,-17),(-6,-18),(-2,-15),(2,-17)], radius = 0, color = color.red)
        curve(frame=f, pos=[(2,-17),(10,-17)], radius = 0, color = color.green)
        curve(frame=f, pos=[(10,-17),(15,-19),(18,-15),(20,-20)], radius = 0, color = color.red)
        # self.body = f

        side = owner.size
        thk = 0.1
        s2 = 2*side - thk
        s3 = 2*side + thk
        box(pos=( side, 0, 0), length=thk, height=s2, width=0, color = color.blue)
        box(pos=(-side, 0, 0), length=thk, height=s2, width=0, color = color.blue)
        box(pos=(0, -side, 0), length=s3, height=thk, width=0, color = color.blue)
        box(pos=(0, side, 0), length=s3, height=thk, width=0, color = color.blue)
        scene.background = (0,0,0) # tussen haakjes is de kleur


nieuw_spel = Moon_Lander_Game()
nieuw_spel.play_nieuw()



##    def brandstof(self, dt):
##        x= 10000
##        if s =='left' or s == 'right':
##            x= x - 100*dt
##        else:
##            x=x
##        if x <= 0:
##            if s == 'up':update
##                return None