def __init__(self):
super().__init__();
self._type_name = Assemblage.TYPE_NAME;
self.resource_list = Resource_Node();
self.process_list = Key_List();
self.reset();
class Assemblage(object):
TYPE_NAME = "Assemblage Archetype"
TABLE_NAME = "assemblage_archetype_list"
# names for auto-loaded variables
#NAME_X =
#NAME_X =
# archetype variables
def __init__(self):
super().__init__();
self._type_name = Assemblage.TYPE_NAME;
self.resource_list = Resource_Node();
self.process_list = Key_List();
self.reset();
def __str__(self):
return self.resource_list.get_contents_string();
def add_process( self, _process):
if _process in self.process_list:
self.process_list[ _process] = self.process_list[ _process]+ 1.0;
else:
self.process_list[ _process] = 1.0;
return self;
def set_process( self, _process, _quantity):
self.process_list[ _process] = _quantity;
return self;
def reset( self):
# repair condition:
# hit points
self.max_structure_points=100;
self.cur_structure_points=self.max_structure_points;
# contains all components
self.resource_list.clear();
self.process_list.clear();
return;
def update( self):
return self.update_time();
def update_time( self, time_interval = 1.0):
dt_s = time_interval; # units == seconds
for proc, throttle in self.process_list.items():
for reskey, resqty in proc.cost_list.items():
self.resource_list.update( reskey, resqty*throttle*time_interval);
return;
# ====== ====== static class Methods # ====== ======
@staticmethod
def run_debug():
a = Assemblage();
fac = Entry_Factory.get_factory();
print("Testing Assemblage Node");
print( str(a));
water_res = fac.get_entry_by_key("res", "water");
melt_proc = fac.get_proc("smelt_iron");
#melt_proc = fac.get_proc_by_key("melt_water_ice");
print(" proc: \n"+str(melt_proc));
if melt_proc == None:
return None;
a.add_process( melt_proc);
a.add_process( melt_proc);
#a.set_process( melt_proc, 0.4 );
print( str(a));
a.update_time();
print( str(a));
return;
