本文整理汇总了Python中agent.Agent.simmulate方法的典型用法代码示例。如果您正苦于以下问题：Python Agent.simmulate方法的具体用法？Python Agent.simmulate怎么用？Python Agent.simmulate使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类agent.Agent的用法示例。
在下文中一共展示了Agent.simmulate方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Python代码示例。
示例1: run
# 需要导入模块: from agent import Agent [as 别名]
# 或者: from agent.Agent import simmulate [as 别名]
#.........这里部分代码省略.........
if initial_design:
print_with_notice("Program (search initial design) finished at %s" % (detailed_datetime_to_human(datetime.datetime.now())))
else:
# load components list
hull_list = load_hull_list()
engine_list = load_engine_list()
propeller_list = load_propeller_list()
# get components
initial_hull = Hull(hull_list, initial_hull_id)
initial_engine = Engine(engine_list, initial_engine_id)
initial_propeller = Propeller(propeller_list, initial_propeller_id)
if not initial_design:
# to compare retrofitting mode #
# fix seed #
common_seed_num = 19901129
sinario_mode = DERIVE_SINARIO_MODE['binomial']
vessel_life_time_for_simulation = VESSEL_LIFE_TIME
retrofit_senario_mode = RETROFIT_SCENARIO_MODE['significant']
## no retrofit ##
if no_retrofit_ignore:
print "%30s" % ("ignoring the no retrofit simulation")
else:
np.random.seed(common_seed_num)
generate_market_scenarios(base_sinario, world_scale, flat_rate, sinario_mode, vessel_life_time_for_simulation)
each_output_path = "%s/no_retrofit" % (output_dir_path)
initializeDirHierarchy(each_output_path)
retrofit_mode = RETROFIT_MODE['none']
for weather_mode, weather_mode_val in BF_MODE.items():
output_path = "%s/%s" % (each_output_path, weather_mode)
initializeDirHierarchy(output_path)
agent = Agent(base_sinario,
world_scale,
flat_rate,
retrofit_mode,
DERIVE_SINARIO_MODE['binomial'],
weather_mode_val,
initial_hull, initial_engine, initial_propeller)
agent.operation_date_array = generate_operation_date(base_sinario.predicted_data['date'][0], str_to_date(base_sinario.predicted_data['date'][-1]))
agent.output_dir_path = each_output_path
agent.retrofit_senario_mode = retrofit_senario_mode
# simmulate with multi flag and log
agent.simmulate(None, None, None, True, True)
## whole retrofit ##
np.random.seed(common_seed_num)
generate_market_scenarios(base_sinario, world_scale, flat_rate, sinario_mode, vessel_life_time_for_simulation)
each_output_path = "%s/whole_retrofits" % (output_dir_path)
initializeDirHierarchy(each_output_path)
retrofit_mode = RETROFIT_MODE['whole']
for weather_mode, weather_mode_val in BF_MODE.items():
output_path = "%s/%s" % (each_output_path, weather_mode)
initializeDirHierarchy(output_path)
agent = Agent(base_sinario,
world_scale,
flat_rate,
retrofit_mode,
DERIVE_SINARIO_MODE['binomial'],
weather_mode_val,
initial_hull, initial_engine, initial_propeller)
agent.operation_date_array = generate_operation_date(base_sinario.predicted_data['date'][0], str_to_date(base_sinario.predicted_data['date'][-1]))
agent.output_dir_path = each_output_path
agent.retrofit_senario_mode = retrofit_senario_mode
# simmulate with multi flag and log
agent.simmulate(None, None, None, True, True)
'''
## propeller retrofit ##
if propeller_retrofit_ignore:
print "%30s" % ("ignoring the propeller retrofit simulation")
else:
np.random.seed(common_seed_num)
generate_market_scenarios(base_sinario, world_scale, flat_rate, sinario_mode, vessel_life_time_for_simulation)
each_output_path = "%s/propeller" % (output_dir_path)
initializeDirHierarchy(each_output_path)
retrofit_mode = RETROFIT_MODE['propeller']
agent = Agent(base_sinario, world_scale, flat_rate, retrofit_mode, sinario_mode, initial_hull, initial_engine, initial_propeller)
agent.operation_date_array = generate_operation_date(base_sinario.predicted_data['date'][0], str_to_date(base_sinario.predicted_data['date'][-1]))
agent.output_dir_path = each_output_path
# simmulate with multi flag and log
agent.simmulate(None, None, None, True, True)
## propeller and engine retrofit ##
if propeller_and_engine_retrofit_ignore:
print "%30s" % ("ignoring the propeller retrofit simulation")
else:
np.random.seed(common_seed_num)
generate_market_scenarios(base_sinario, world_scale, flat_rate, sinario_mode, vessel_life_time_for_simulation)
each_output_path = "%s/propeller_and_engine" % (output_dir_path)
initializeDirHierarchy(each_output_path)
retrofit_mode = RETROFIT_MODE['propeller_and_engine']
agent = Agent(base_sinario, world_scale, flat_rate, retrofit_mode, sinario_mode, initial_hull, initial_engine, initial_propeller)
agent.operation_date_array = generate_operation_date(base_sinario.predicted_data['date'][0], str_to_date(base_sinario.predicted_data['date'][-1]))
agent.output_dir_path = each_output_path
# simmulate with multi flag and log
agent.simmulate(None, None, None, True, True)
'''
print_with_notice("Program finished at %s" % (detailed_datetime_to_human(datetime.datetime.now())))
return