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1 # -*- coding: utf-8 -*-
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2 # vim:fileencoding=utf-8 ai ts=4 sts=4 et sw=4
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3
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4 """The actual game state object"""
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5
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6 from gamelib import missions, lab, products
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7
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8
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9 class Game(object):
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10
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11 def __init__(self):
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12 self.lab = lab.Lab()
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13 # FIXME: Generate the initial tech set
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14 self.money = 1000
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15 # Will be updated on the next turn
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16 self.points = 0
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17 self.reputation = 0
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18 # instantiate the available missions
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19 self.missions = [cls() for cls in missions.Mission.__subclasses__()]
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20 # Missions being attempted
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21 self.cur_missions = []
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22 # Science allocation for the current turn
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23 self.cur_allocation = []
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24
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25 def start_turn(self):
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26 # Make more flexible?
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27 self.points += 3
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28 self.cur_missions = []
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29 self.cur_allocation = []
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30
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31 def get_available_equipment(self):
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32 """Return a list of equipment we can produce and afford"""
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33 available = [x for x in lab.science
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34 if isinstance(x, products.Product) and x.COST <= self.money]
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35 return available
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36
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37 def end_turn(self):
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38 # Attempt the missions
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39 mission_results = []
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40 for mission, equipment in self.cur_missions:
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41 mission_results.appned(mission.attempt(equipment, self))
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42 # Do the science
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43 self.points -= len(self.cur_allocation)
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44 if self.points < 0:
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45 raise RuntimeError('Spent too many points')
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46 new_stuff = self.lab.spend_points(self.cur_allocation, self.points)
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47 # Process mission results
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48 for result in mission_results:
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49 result.apply(self)
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50 # Update the science state with result of spend_points
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51 for science in new_stuff:
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52 self.lab.science.append(science)
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53 # FIXME: Update UI
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