def Autogen(self):
self.OrbitDistance = utils.truncSignificatif(
rd.uniform(0, self.MaxRange), 2) # Distance de l'orbite
self.Zone = DetermineZone(
self.Parent,
self.OrbitDistance) # Determine la zone où se situe l'orbite
if self.Zone == "Inner": self.Contain = choice(InnerZone)
elif self.Zone == "Habitable": self.Contain = choice(HabitableZone)
elif self.Zone == "Outer": self.Contain = choice(OuterZone)
else: self.Contain = None
self.rollSatellites()
def MoonAsPlanet(MoonType, Zone):
Type = str()
if MoonType in ["HugeMoon"]:
# Liste des type de planete que peut devenir la lune
AvailableList = [
"Terrestrial", "Geoactive", "Ultra Hostile", "Desert", "Oceanic",
"Glaciated", "Exotic", "Protoplanet", "Ice World"
]
# Choix prédéfinie
if Zone in ["Inner"]:
Type = choice(utils.getFromDict(InnerZone, AvailableList))
if Zone in ["Habitable"]:
Type = choice(utils.getFromDict(HabitableZone, AvailableList))
if Zone in ["Outer"]:
Type = choice(utils.getFromDict(OuterZone, AvailableList))
if MoonType in ["LargeMoon"]:
AvailableList = [
"Small Terrestrial", "Geoactive", "Ultra Hostile",
"Dirty SnowBall", "Ice World", "Exotic", "Protoplanet"
]
if Zone in ["Inner"]:
Type = choice(utils.getFromDict(InnerZone, AvailableList))
if Zone in ["Habitable"]:
Type = choice(utils.getFromDict(HabitableZone, AvailableList))
if Zone in ["Outer"]:
Type = choice(utils.getFromDict(OuterZone, AvailableList))
if MoonType in ["MediumMoon"]:
AvailableList = ["Mesoplanet", "Protoplanet"]
if Zone in ["Inner"]:
Type = choice(utils.getFromDict(InnerZone, AvailableList))
if Zone in ["Habitable"]:
Type = choice(utils.getFromDict(HabitableZone, AvailableList))
if Zone in ["Outer"]:
Type = choice(utils.getFromDict(OuterZone, AvailableList))
return Type
def Show(self):
if not self.haveOrbit: Parent = "n Unknow"
else: Parent = " " + str(self.Parent)
txt = """+++ NO NAMED +++: {} planet around a{} star
Segmentum: +++ NO ENTRY +++
Sector: +++ NO ENTRY +++
Sub-Sector: +++ NO ENTRY +++
Global Survey: in {} zone ({} orbit-distance)
Diameter: {} km ({} Terra radium)
Surface: {} km²
Gravity on surface: {}g
Satellites: {}
Imperial classification: {}world
Approximate Population: +++ NO ENTRY +++
Atmosphere: {} atmosphere
Main Composition: {}
Hydrosphere: {} %
Cryosphere: {} %
Land cover: {} %
Mean Temperature: {}°C
Global Climate: {}
Day Duration: {} H
Moons: {} Moons
""".format(self.Type, Parent, self.Zone, self.Distance, self.Size,
utils.truncSignificatif(self.SizeInEarthRadius, 3),
utils.truncSignificatif(np.pi * self.Size**2 / 4, 5),
utils.truncSignificatif(self.Gravity, 3), self.nbSatellites,
self.ImperialClassification, self.AtmDensity,
self.AtmosphereComposition,
utils.truncSignificatif(self.Hydroshpere, 2),
utils.truncSignificatif(self.Cryosphere, 2),
utils.truncSignificatif(self.Land, 2), round(self.MeanTemp),
self.Climate, int(self.Day), self.nbSatellites)
txtSat = ""
for thisSat in self.Satellites:
currentLine = str(thisSat)
txtSat += " +-- {} \n".format(currentLine)
print(txt)
print(txtSat)
def __repr__(self):
txt = "(size: {} earth radius)".format(
utils.truncSignificatif(self.SizeInEarthRadius, 3))
if self.IsHabitable: txt = "{} world ".format(self.Type) + txt
else: txt = "{} planet ".format(self.Type) + txt
return txt