def __init__(self, Crabs, TID, Type="Human.Circulatory"):
SBNode.__init__(self, Crabs, TID, Type)
self.Meta["BloodPressure"] = 0.0 #< The heart pulse rate.
self.Meta[
"BloodType"] = self.BloodTypeUnknown #< The patient's blood type.
self.Meta["HeartRate"] = 0.0 #< The heart pulse rate.
Crabs.Push(self)
def __init__(self, Crabs, TID, Type="Human.Respiratory"):
SBNode.__init__(self, Crabs, TID, Type)
# Inspiratory reserve volume is the amount of air that can be forcefully
# inspired after a normal inspiration.
self.IRV = 3.0
# Tidal volume is tThe volume of air which is circulated through inhalation
# and expiration during one normal respiration.
self.TV = 0.5
# Expiratory reserve volume is the volume of air which can be exhaled
# forcefully after a normal expiration.
self.ERV = 1.2
# Residual volume is the amount of air that remains in the lungs after
# normal expiration.
self.RV = 1.2
self.Description = "" # A Description of this human's Respiratory system.
if Sex == "M":
self.VC = 4.6 #< Vital capacity
self.IC = 3.5 #< Inspiratory capacity
self.RFC = 2.3 #< Functional residual capacity
self.TLC = 5.8 #< Total lung capacity
elif Sex == "F":
self.VC = 3.1
self.IC = 2.4
self.FRC = 1.8
self.TLC = 4.2
Crabs.Push(self)
def __init__(self, Crabs, TID, Type = "Human"):
SBNode.__init__(self, Crabs, TID, Type)
self.Metadata("Sex", "") #< The Sex of the person.
self.Metadata("Height", 0.0) #< The person's Height.
self.Metadata("Weight", 0.0) #< The person's Weight.
# The human's Circulatory system.
self.Circulatory = SBHumanCirculatory(self, )
# The human's Respiratory system.
self.Respiratory = SBHumanRespiratory(Crabs, self.Meta["Sex"])
def __init__(self, Crabs, TID, Type = "Device"): SBNode.__init__(self, Crabs, TID, Type)
def __init__(self, Type="Utility"):
SBNode.__init__(self, Type)
def __init__(self, Parent, Type="Search", TID=0):
SBNode.__init__(self, Parent, Type, TID)
TimeOfSearch = time.time()
self.Members["Created"] = TimeOfSearch
Crabs.Push(self)
def __init__(self, Crabs, TID, Type="Process"):
SBNode.__init__(self, Crabs, TID, Type)