def update(self,dt):
super(Machinery, self).update(dt)
if self.active:
if not self.recently_active:
self.recently_active = True
self.refresh_image()
#self.set_active()
self.operating_time_since_last_maintenance += dt
if random.random() < (dt/util.seconds(1,'month'))*self.operating_time_since_last_maintenance/(100*self.wear*self.maintenance_interval):
self.broken = True
else:
if self.recently_active:
self.recently_active = False
#self.set_active()
self.refresh_image()
if self.broken:
if not self.maint_task or self.maint_task.name != ''.join(['Repair ',self.name]):
self.maint_task = Task(''.join(['Repair ',self.name]), owner = self, timeout=None, task_duration = util.seconds(4,'hours'), severity='MODERATE', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
self.installed.station.tasks.add_task(self.maint_task)
if self.operating_time_since_last_maintenance >= self.wear*self.maintenance_interval and ( not self.maint_task or self.maint_task.task_ended() ):
self.maint_task = Task(''.join(['Maintain ',self.name]), owner = self, timeout=None, task_duration = util.seconds(1,'hours'), severity='LOW', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
#print self.maint_task.timeout,self.maint_task.task_duration
self.installed.station.tasks.add_task(self.maint_task)
def update(self,dt):
self.player_nasa_funds += dt*self.yearly_budget/util.seconds(1,'year')
if self.time_elapsed//util.seconds(1,'year') != (dt+self.time_elapsed)//util.seconds(1,'year'):
#we're at a year boundary. Recompute budget
self.yearly_update()
self.time_elapsed += dt
if self.time_elapsed > self.last_module + util.seconds(6,'months') and not self.module_available:
self.module_available = True
if self.time_elapsed > self.last_resupply + util.seconds(3,'months') and not self.resupply_available:
self.resupply_available = True
#check vessel queue for active vessel
for v in self.vessel_queue:
if v.financing <= 0:
if v.design <= 0:
if v.construction <= 0:
if v.launch_prep <= 0:
station = self.scenario.add_station(v.station)
self.scenario.stations[v.target_id].position_at_safe_distance(v.station)
self.vessel_queue.remove(v)
if v.autodock:
miss_comp, d, d = self.scenario.stations[v.target_id].search( filtering.EquipmentFilter( target='Mission Computer', is_installed=True ) )
modDock = [m for m in v.station.modules.values() if isinstance(m,DragonCargoModule)][0]
miss_comp.generate_mission(selection='New Module', target_id = v.station.id, module_id = modDock.id)
else:
v.launch_prep -= dt
else:
v.construction -= dt
else:
v.design -= dt
else:
v.financing -= dt
def update(self,dt): #Earthside station is only a placeholder, after all
global launch_rate
launch_rate *= max(0,1 - dt/util.seconds(1,'year') )
#gov't launches keep the cost down
if random.random()/10.0 < dt/util.seconds(1,'year'):
launch_rate += 1
def next_alert_time(self, rule, name, timestamp):
""" Calculate an 'until' time and exponent based on how much past the last 'until' we are. """
if name in self.silence_cache:
last_until, exponent = self.silence_cache[name]
else:
# If this isn't cached, this is the first alert or writeback_es is down, normal realert
return timestamp + rule['realert'], 0
if not rule.get('exponential_realert'):
return timestamp + rule['realert'], 0
diff = seconds(timestamp - last_until)
# Increase exponent if we've alerted recently
if diff < seconds(rule['realert']) * 2 ** exponent:
exponent += 1
else:
# Continue decreasing exponent the longer it's been since the last alert
while diff > seconds(rule['realert']) * 2 ** exponent and exponent > 0:
diff -= seconds(rule['realert']) * 2 ** exponent
exponent -= 1
wait = datetime.timedelta(seconds=seconds(rule['realert']) * 2 ** exponent)
if wait >= rule['exponential_realert']:
return timestamp + rule['exponential_realert'], exponent - 1
return timestamp + wait, exponent
def __init__(self):
if not hasattr(self,'imgfile'): self.imgfile = "images/placeholder_machinery.tif"
super(Machinery, self).__init__()
self.idle_draw = 0.001 #kW
self.maint_timer = random.randrange(util.seconds(6,'months'), util.seconds(2,'years') )
self.maint_task = None
self.wear = 1.0
self.broken = False
def __init__(self, station = None, target_station_id=None, autodock = True):
self.financing = util.seconds(30,'seconds')
self.design = util.seconds(30,'seconds')
self.construction = 0#util.seconds(30,'minutes')
self.launch_prep = util.seconds(30,'seconds')
self.station = station
self.target_id = target_station_id
self.autodock = autodock
def update(self,secs):
asteroid_odds = self.mass / 1E26
if random.random() < (min(secs,util.seconds(1,'day'))/util.seconds(6,'months'))*(asteroid_odds**0.5):
#new 'roid
angle = math.pi/4 + random.random()*math.pi/4
if random.random() < 0.5: angle *= -1
rad = self.orbit * (0.9 + random.random()*0.2)
primloc = self.primary.location
orbit_dist = globalvars.M_TO_AU * rad
loc = [float(primloc[0] + math.cos(self.orbit_pos+angle)*orbit_dist), \
float(primloc[1] + math.sin(self.orbit_pos+angle)*orbit_dist)]
globalvars.map.event_mgr.new(loc,'asteroid')
def __init__(self,**kwargs):
self.recipe = [{'Name':'Charging', 'Inputs':{}, 'Outputs':{}, 'Duration':util.seconds(1,'day')}]
Module.__init__(self,**kwargs)
self.charge = 0
self.charge_rate = 0.0001
self.img_dict['icon']='img/icon/noun-project/brian-oppenlander-arrows.png'
self.img_dict['displaysize'] = False
def update(self,dt):
self.labor += 1.*dt/util.seconds(1,'day')
#print 'Labor',self.labor
self.map.deposit_scent('Goblin',self.pos,dt)
self.map.deposit_scent('Wealth',self.pos,max(0,self.wealth)*dt/3600.)
self.wander(dt)
self.myimage.refresh()
def __init__(self,name):
globalvars.map.register(self)
self.name = name
self.amount = 0
self.supply = 1.
self.demand = 1.
self.price = 1.
self.tc = util.seconds(0.5,'day')
def update(self, dt):
self.labor += 1. * dt / util.seconds(1, 'day')
#print 'Labor',self.labor
self.map.deposit_scent('Goblin', self.pos, dt)
self.map.deposit_scent('Wealth', self.pos,
max(0, self.wealth) * dt / 3600.)
self.wander(dt)
self.myimage.refresh()
def task_finished(self,task): #TODO add supply usage
super(Machinery, self).task_finished(task)
if not task: return
if task.name == ''.join(['Maintain ',self.name]) and task.target == self:
self.maint_task = None
self.wear += (1 - self.wear) / 2
self.maint_timer = random.randrange(int (util.seconds(1,'months') * self.wear), int( util.seconds(6,'months') * self.wear ) )
elif task.name == ''.join(['Repair ',self.name]) and task.target == self:
self.broken = False
self.wear += (1 - self.wear) / 2
def __init__(self):
if not hasattr(self,'imgfile'): self.imgfile = "images/docking_computer.tif"
super(DockingComputer, self).__init__()
self.idle_draw = 0.200 #kW
self.docking_mode = 'DOCK'
self.docking_item = None #The thing doing the docking or undocking (THEM)
self.docking_target = None #The (module,dock) where it will be docking to (US)
self.docking_path = None #The path object that will interpolate its journey
self.docking_task = None
self.docking_duration = util.seconds(2,'minutes')
self.name = "Docking console"
def __init__(self):
self.active = False
super(Machinery, self).__init__()
self.idle_draw = 0.001 #kW
#self.maint_timer = random.randrange(util.seconds(6,'months'), util.seconds(2,'years') )
self.maint_task = None
self.operating_time_since_last_maintenance = 0
self.maintenance_interval = util.seconds(7,'days')
self.wear = 1.0
self.broken = False
self.recently_active=False
self.type = 'MACHINERY'
def __init__(self):
Workshop.__init__(self)
Rack.__init__(self)
self.name = "Machine shop InnaBox"
self.local_parts = clutter.Stowage(3)
self.reaction_goal = None
self.ready_goal = False
self.processing_speed = 0.0001 #m3/s
self.min_processing_time = util.seconds(15,'minutes')
self.batch_progress = 0.0
def run(job,actor,station,duration):
#print job, actor.name, station.name, duration
if job not in joblist.keys(): return 0.0
new_dur = duration * actor.skill[job]
_eff = station.satisfy_reaction(joblist[job],new_dur)
#increase skill of actor
tc = util.seconds(1,'year')
score = -1.0 * math.log(1 - actor.skill[job]) * tc
score += duration
actor.skill[job] = 1 - math.exp(-score/tc)
return _eff
def __init__(self):
self.img=random.choice(["images/glitch-assets/element_green/element_green__x1_1_png_1354832187.png",
"images/glitch-assets/element_blue/element_blue__x1_1_png_1354832189.png",
"images/glitch-assets/element_red/element_red__x1_1_png_1354832185.png",
"images/glitch-assets/element_shiny/element_shiny__x1_1_png_1354832191.png"])
super(Experiment, self).__init__()
self.idle_draw = 0.200 #kW
self.raw_unfiltered_SCIENCE = 0.0
self.capacity_for_SCIENCE = random.random()*util.seconds(6,'months')
self.no_more_SCIENCE = False
self.name = "Experiment"
self.field = random.choice(util.universe.science.field.keys())
self.level = util.universe.science.field[self.field].level['Knowledge']
def __init__(self,**kwargs):
Module.__init__(self,**kwargs)
self.asteroid = None
self.capacity = 1E6 # a million kg should be enough for anybody
self.throughput = 25000
self.recipe = [{'Name':'Processing Asteroid', 'Inputs': {}, 'Outputs': {}, 'Duration' : util.seconds(1,'hour')}]
self.img_dict['icon']='img/icon/noun-project/rob-armes-mining-tools.png'
self.img_dict['displaysize'] = False
def new_dinner_task(self,timeout,severity):
t=Task(''.join(['Satisfy Food']), owner = self, timeout=timeout, task_duration = util.seconds(30,'minutes'), severity=severity, fetch_location_method = Searcher(ClutterFilter('Edible Food',check_storage=True),self.station).search)
return t
def __init__(self,**kwargs):
Reactor.__init__(self,**kwargs)
self.power_supplied = 2
self.recipe =[ {'Name':'Operating', 'Inputs':{'Charged Phlebotinum': 1}, 'Outputs':{'Depleted Phlebotinum':1}, 'Duration':util.seconds(1,'day')}]
def __init__(self,**kwargs):
self.name = 'Module'
self.ship = kwargs['ship']
self.ship.register(self)
self.ship.crew_use[self.id] = 0
self.room = kwargs['room'] if 'room' in kwargs else None
#super(Module, self).__init__(**kwargs)
self.size = all_modules[type(self).__name__]['Size'] if type(self).__name__ in all_modules else 1
self.power_needed = all_modules[type(self).__name__]['Power'] if type(self).__name__ in all_modules else 0
self.crew_needed = all_modules[type(self).__name__]['Crew'] if type(self).__name__ in all_modules else 0
self.crew = 0
self.crewed = False
self.active = False
self.toggled = True
self.storage = {}
if not hasattr(self, 'recipe'): self.recipe = []
self.condition = 1.0
self.maint_reqr = False
self.img_dict = {'icon':'img/icon/modules/blank.png', 'sizeloc': [0,0], 'statusloc':[0,0], 'displaysize':True, 'icon color':[0.8,0.8,0.8,1.0]}
if not hasattr(self,'idle_activity'): self.idle_activity = {'Name':'Idle', 'Inputs':{}, 'Outputs':{}, 'Duration':util.seconds(1,'hour')}
self.activity = self.idle_activity.copy()
self.status = 'Module Rebooting...'
self.color= [0.5, 0.5, 0.5, 1.0]
self.full_activity = {'Name':'Waiting for storage', 'Inputs':{}, 'Outputs':{}, 'Duration':util.seconds(1,'hour')}
self.image=None
self.module_image()
def __init__(self,**kwargs):
Reactor.__init__(self,**kwargs)
self.power_supplied = 3
self.recipe = [{'Name':'Operating', 'Inputs':{}, 'Outputs':{}, 'Duration':util.seconds(1,'day')},
{'Name':'Charging', 'Inputs':{'Depleted Phlebotinum': 1}, 'Outputs':{'Charged Phlebotinum': 1}, 'Duration':util.seconds(1,'day')}]
self.img_dict['icon']='img/icon/noun-project/ryan-lerch-three-prong-outlet.png'
def __init__(self,**kwargs):
self.idle_activity = {'Name':'Beeping Noise', 'Inputs':{}, 'Outputs':{}, 'Duration':util.seconds(1,'hour')}
Module.__init__(self,**kwargs)
self.active_sens = 100
self.passive_sens = 25
self.img_dict['icon']='img/icon/noun-project/andrejs-kirma-antenna.png'
self.img_dict['displaysize'] = False
def update(self,dt):
super(Machinery, self).update(dt)
if self.broken:
if not self.maint_task or self.maint_task.name != ''.join(['Repair ',self.name]):
self.maint_task = Task(''.join(['Repair ',self.name]), owner = self, timeout=util.seconds(1,'months'), task_duration = util.seconds(4,'hours'), severity='MODERATE', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
self.installed.station.tasks.add_task(self.maint_task)
if self.maint_timer < 0 and ( not self.maint_task or self.maint_task.task_ended() ):
self.maint_task = Task(''.join(['Maintain ',self.name]), owner = self, timeout=util.seconds(1,'months'), task_duration = util.seconds(1,'hours'), severity='LOW', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
#print self.maint_task.timeout,self.maint_task.task_duration
self.installed.station.tasks.add_task(self.maint_task)
self.maint_timer -= dt
def __init__(self,**kwargs):
Module.__init__(self,**kwargs)
'''self.recipe = [{'Name':'Smelt Metal', 'Inputs': {'Metallics':5000}, 'Outputs': {'Metals':2500,'Slag':2500}, 'Duration' : util.seconds(1,'hour')},
{'Name':'Reclaim Slag', 'Inputs': {'Slag':5000}, 'Outputs': {'Metallics':1000,'Silicates':3000,'Reactives':1000}, 'Duration' : util.seconds(1,'hour')},
{'Name':'Purify Silicon', 'Inputs': {'Silicates':5000, 'Carbon':1600, 'Oxygen':2133}, 'Outputs': {'Silicon':1866,'Reactives':1000,'Carbon Dioxide':5866}, 'Duration' : util.seconds(1,'hour')}]'''
self.recipe = [{'Name':'Smelt Duralloy', 'Inputs': {'Ore':1000,'Crystal':500}, 'Outputs': {'Duralloy':1500}, 'Duration' : util.seconds(1,'hour')}]
self.img_dict['icon']='img/icon/noun-project/icon54-factory-chimney.png'
self.img_dict['displaysize'] = False
def __init__(self,**kwargs):
Module.__init__(self,**kwargs)
self.multiplier = 1000
self.recipe = [{'Name':'Grow Crops', 'Inputs': {}, 'Outputs': {'Goods':1.*self.multiplier}, 'Duration' : util.seconds(1,'hour')}]
#{'Name':'Grow baby grow', 'Inputs': {'Organics':1.*self.multiplier,'Water':0.9*self.multiplier,'Carbon Dioxide':1.1*self.multiplier}, 'Outputs': {'Oxygen':0.8*self.multiplier, 'Biomass':1.3*self.multiplier, 'Organics':0.9*self.multiplier}, 'Duration' : util.seconds(1,'hour')}]
#{'Name':'Compost Organics', 'Inputs': {'Organics':100,'Water':10}, 'Outputs': {'Fertilizer':10,'Carbon Dioxide':10}, 'Duration' : util.seconds(1,'hour')}]
self.biomass = 0
self.capacity = 1000
self.img_dict['icon']='img/icon/noun-project/arthur-shlain-birch-leaf.png'
self.img_dict['displaysize'] = False
self.img_dict['icon color'] = [0.6,1.0,0.6,1.0]
def update(self,dt):
super(Experiment, self).update(dt)
if self.no_more_SCIENCE or self.installed is None or not self.powered: return
if not (self.task and self.task.active):
self.raw_unfiltered_SCIENCE += dt
if self.raw_unfiltered_SCIENCE >= self.capacity_for_SCIENCE:
self.no_more_SCIENCE = True
if (not self.task or not self.task.active) and random.random() < 0.00005*dt:
sev = random.random()
if sev < 0.99:
self.task = Task('Science: '+random.choice(['push buttons','twiddle knobs','record numbers','adjust display','tweak results']), owner = self, timeout=None, task_duration = util.seconds(20,'minutes'), severity='MODERATE', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
else:
self.task = Task(''.join(['Science: extinguish fire!']), owner = self, timeout=util.seconds(30,'minutes'), task_duration = util.seconds(5,'minutes'), severity='HIGH', fetch_location_method=Searcher(self,self.installed.station).search,logger=self.logger)
self.installed.station.tasks.add_task(self.task)
def update(self, secs):
timeslice = min(1.,secs/util.seconds(1, 'day'))
if self.active and self.activity['Name'] != 'Idle':
self.color = [0.3, 0.5, 1.0, 1.0]
elif self.crewed and not self.maint_reqr:
self.color = [0.4, 0.4, 0.2, 1.0]
elif self.maint_reqr:
self.color = [1.0, 0.5, 0.2, 1.0]
else:
self.color= [0.5, 0.5, 0.5, 1.0]
self.active = False
self.ship.demand(self.id,'Power',0)
if not self.toggled:
self.status = 'Mothballed'
return
#print self.crew_needed, self.ship.crew_use[self.id], self.ship.crew_available(3, 0)
if self.ship.crew_available(self.crew_needed, offset=self.ship.crew_use[self.id]):
self.ship.crew_use[self.id] = self.crew_needed
self.crewed = True
else:
self.ship.crew_use[self.id] = 0
self.crewed = False
#check repair
if self.maint_reqr:
#crew have a chance to repair
if self.crewed and random.random() < timeslice: #TODO scale with condition - crappy modules take longer to repair
self.maint_reqr = False
if self.maint_reqr:
self.status = 'Offline: Maint'
return
if not self.crewed:
self.status = 'Idling: Need Crew'
return
if self.activity['Name'] not in ['Idle','Waiting for storage'] and self.activity['Duration'] > 0:
self.active = True
self.activity['Duration'] -= secs
self.status = 'Operational'
self.ship.demand(self.id,'Power', self.power_needed)
if self.activity['Duration'] <= 0: #end job
self.finish_job()
else:
#idle
self.status = 'Idling'
self.ship.demand(self.id,'Power', 0)
self.active = False
if self.active:
#reduced crew have a chance for something to break
if random.random() < 0.03 * timeslice: #TODO scale with condition - poor modules break more often
self.maint_reqr = True
else: #pick a new activity
#check if we can power up
if random.random() > self.ship.demand(self.id, 'Power', self.power_needed):
self.status = 'Idling: Low Power'
self.activity = self.idle_activity.copy()
return
#check recipes
random.shuffle(self.recipe)
for r in self.recipe:
begin = self.check_job(r)
if begin:
self.start_job(r)
else:
self.activity = self.idle_activity.copy()
if len(self.recipe ) == 0:
self.activity = self.idle_activity.copy()
self.status = 'Ready'#self.activity['Name']
def update(self,secs):
for b in self.asteroid_belts:
if random.random() < (secs/util.seconds(6,'months')):
self.spawn_belt_roid(b)