def __init__(
self, name, texture, space, smulti, mother, mass, diameter, density, gravity, day, orbital_radius, year, temp
):
Orb.__init__(
self, name, texture, space, smulti, mass, diameter, density, gravity, day, orbital_radius, year, temp
)
self.mother = mother
def build_solor_system(center_mass, num_bodies_arr):
solor_system = []
center_mass = Orb(0, 0, center_mass, arcade.color.YELLOW)
solor_system.append([center_mass])
for i in range(1, len(num_bodies_arr)):
orbital_level = []
for j in range(num_bodies_arr[i]):
color = (random.randint(0, 255), random.randint(0, 255),
random.randint(0, 255))
orbiting = solor_system[i - 1][random.randint(
0,
len(solor_system[i - 1]) - 1)]
position = get_orbital_pos(orbiting, orbital_level)
size = random.randint(int(orbiting.size / 20),
int(orbiting.size / 5))
orbital_level.append(
Orb(position.x, position.y, size, color, [orbiting, G]))
# print(orbital_level)
solor_system.append(orbital_level)
return_system = []
for system in solor_system:
return_system += system
return return_system
def render(self, size_cap=0, dist_cap=0):
# Set caps for the satellites
self.size_cap = self.mother.mod_size() / 3
self.dist_cap = self.mother.mod_size() * 1.2 + self.mod_size()
Orb.render(self, size_cap, dist_cap)
