def recount(self, RULES, colony_leader, PLAYERS):
"""
recounts colony values, should be called after any change
"""
print "$$$ colony::recount() ... colony_id = %i" % self.i_id
start_clock = time.clock()
self.i_bc = 0
if not self.exists():
self.i_population = 0
self.v_max_populations = Game_Rules.get_empty_max_populations()
return
if self.is_outpost():
self.recount_outpost()
self.v_max_populations = Game_Rules.get_empty_max_populations()
return
self.d_prod_summary = Game_Rules.compose_prod_summary(RULES, self, colony_leader, PLAYERS)
self.i_morale = self.d_prod_summary['morale_total']
self.i_food = self.d_prod_summary['food_total']
self.i_industry = self.d_prod_summary['industry_total']
self.i_pollution = self.d_prod_summary['industry_pollution']
self.i_research = self.d_prod_summary['research_total']
#self.i_bc = self.d_prod_summary['bc_total']
self.v_max_populations = Game_Rules.compose_max_populations(RULES, self, PLAYERS)
self.v_pop_grow = Game_Rules.compose_pop_growth(RULES, self, colony_leader, PLAYERS)
self.i_max_population = max(self.v_max_populations)
self.init_available_production(RULES, PLAYERS)
end_clock = time.clock()
print "$$$ colony::recount() ... clock elapsed = %f" % (end_clock-start_clock)
def update_research(self, i_player_id, i_tech_id):
print("Game_Main::update_research() ... player_id = %i, tech_id = %i" % (i_player_id, i_tech_id))
o_player = self.d_players[i_player_id]
o_player.i_research_tech_id = i_tech_id
o_player.i_research_area = self.d_rules['tech_table'][i_tech_id]['area']
o_player.i_research_cost = Game_Rules.research_costs(self.d_rules['research_areas'], o_player.i_research_area, o_player.i_research)
o_player.i_research_turns_left = Game_Rules.research_turns(o_player.i_research_cost, o_player.i_research_progress, o_player.i_research)
return True # Checked by Network_Server
def update_research(self, i_player_id, i_research_item):
print("Game::update_research() ... player_id = %i, research_item = %i" % (i_player_id, i_research_item))
o_player = self.d_players[i_player_id]
o_player.research_item = i_research_item
o_player.research_area = self.d_rules['tech_table'][i_research_item]['area']
o_player.research_cost = Game_Rules.research_costs(self.d_rules['research_areas'], o_player.i_research_area, o_player.i_research)
o_player.research_turns_left = Game_Rules.research_turns(o_player.i_research_cost, o_player.i_research_progress, o_player.i_research)
return True
def update_research(self, i_player_id, i_research_item):
print(
"Game::update_research() ... player_id = %i, research_item = %i" %
(i_player_id, i_research_item))
o_player = self.d_players[i_player_id]
o_player.research_item = i_research_item
o_player.research_area = self.d_rules['tech_table'][i_research_item][
'area']
o_player.research_cost = Game_Rules.research_costs(
self.d_rules['research_areas'], o_player.i_research_area,
o_player.i_research)
o_player.research_turns_left = Game_Rules.research_turns(
o_player.i_research_cost, o_player.i_research_progress,
o_player.i_research)
return True
def recount(self, rules, colony_leader, players):
"""
recounts colony values, should be called after any change
"""
print "$$$ colony::recount() ... colony_id = %i" % self.i_id
start_clock = time.clock()
self.i_bc = 0
if not self.exists():
self.population = 0
self.max_populations = Game_Rules.get_empty_max_populations()
return
if self.is_outpost():
self.recount_outpost()
self.max_populations = Game_Rules.get_empty_max_populations()
return
self.morale_summary = Game_Rules.compose_morale_summary(rules, self, colony_leader, players)
self.morale = Game_Rules.count_summary_result(self.morale_summary)
self.food_summary = Game_Rules.compose_food_summary(rules, self, players)
self.i_food = Game_Rules.count_summary_result(self.food_summary)
self.industry_summary = Game_Rules.compose_industry_summary(rules, self, colony_leader, players)
self.i_industry = Game_Rules.count_summary_result(self.industry_summary)
self.pollution = self.industry_summary['pollution']
self.bc_summary = Game_Rules.compose_bc_summary(rules, self, players)
self.i_bc = Game_Rules.count_summary_result(self.bc_summary)
self.research_summary = Game_Rules.compose_research_summary(rules, self, players)
self.i_research = Game_Rules.count_summary_result(self.research_summary)
self.i_max_populations = Game_Rules.compose_max_populations(self, players)
self.i_max_population = max(self.max_populations)
self.v_pop_grow = self.get_population_growth(self.max_populations, players)
self.init_available_production(rules, players)
end_clock = time.clock()
print "$$$ colony::recount() ... clock elapsed = %f" % (end_clock-start_clock)
def recount(self, rules, colony_leader, players):
"""
recounts colony values, should be called after any change
"""
print "$$$ colony::recount() ... colony_id = %i" % self.i_id
start_clock = time.clock()
self.i_bc = 0
if not self.exists():
self.population = 0
self.max_populations = Game_Rules.get_empty_max_populations()
return
if self.is_outpost():
self.recount_outpost()
self.max_populations = Game_Rules.get_empty_max_populations()
return
self.morale_summary = Game_Rules.compose_morale_summary(
rules, self, colony_leader, players)
self.morale = Game_Rules.count_summary_result(self.morale_summary)
self.food_summary = Game_Rules.compose_food_summary(
rules, self, players)
self.i_food = Game_Rules.count_summary_result(self.food_summary)
self.industry_summary = Game_Rules.compose_industry_summary(
rules, self, colony_leader, players)
self.i_industry = Game_Rules.count_summary_result(
self.industry_summary)
self.pollution = self.industry_summary['pollution']
self.bc_summary = Game_Rules.compose_bc_summary(rules, self, players)
self.i_bc = Game_Rules.count_summary_result(self.bc_summary)
self.research_summary = Game_Rules.compose_research_summary(
rules, self, players)
self.i_research = Game_Rules.count_summary_result(
self.research_summary)
self.i_max_populations = Game_Rules.compose_max_populations(
self, players)
self.i_max_population = max(self.max_populations)
self.v_pop_grow = self.get_population_growth(self.max_populations,
players)
self.init_available_production(rules, players)
end_clock = time.clock()
print "$$$ colony::recount() ... clock elapsed = %f" % (end_clock -
start_clock)
