IcnRocket.py

import pygame
import random
from IcnFuel import IcnFuel
from IcnBasic import IcnBasic
import HelperVec2
import SoundManager

class  IcnRocket(IcnBasic):

	#textureMe=-1,textureDiv=-1, textureBar =-1,textureIdFuelWave = -1):
	def __init__(self,pos,size,fuelPos,fuelSize, textureMe = -1, textureOil=-1):
		IcnBasic.__init__(self,pos[0],pos[1],size[0],size[1],textureMe)
		self.posInit = pos
		self.posFuel = fuelPos
		self.isFlying = False
		self.myFuel = IcnFuel(self.posFuel ,fuelSize, textureOil)

		self.soundDelay = 0
		self.soundDelayMax = .4
	def reset(self):
		self.isFlying = False
		self.pos = self.posInit
	def launch(self, v = True):
		self.isFlying = v

	def fill(self):
		pass
	def displayPercent(self, percentage):
		self.myFuel.displayPercent(percentage)
		pass
	def display(self, numerator,denominator):
		self.myFuel.display(numerator,denominator)
		pass
	def updateVibrate(s, w,h):
		s.pos = HelperVec2.add(s.posInit, HelperVec2.mult ( (w,h), ( -.5 +random.random(), -.5+ random.random())) )
		pass
	def updateVibrateSound(s,timeElapsed, ratio ):
		s.soundDelay += timeElapsed
		if(s.soundDelay > s.soundDelayMax*ratio):
			s.soundDelay=0
			SoundManager.VIBRATE_PLAY()
	def drawUpdate(s, timeElapsed):
		#s.mySurface.fill((1,1,1,1), special_flags=pygame.BLEND_ADD)
		ratio = s.myFuel.getPercentage()
		if(s.isFlying ): 
			s.pos = HelperVec2.add(s.pos, (0,-2200 *timeElapsed) )
		else : 
			s.updateVibrate(3.0*ratio,8.0*ratio)
			if(ratio >0):s.updateVibrateSound(timeElapsed,1-.3* ratio)
		#s.myFuel.pos = HelperVec2.add(s.pos, s.posFuel)
		if(s.myFuel.drawUpdate(timeElapsed)):s.myFuel.draw(s.mySurface)