#!/usr/bin/env python3
import record_jar_reader as rjr
def print_planet_info(planet):
print("{name} has an orbital radius of {orbital_radius}".format(
name=planet['Planet'], orbital_radius=planet['Orbital-Radius']))
if __name__ == '__main__':
import sys
for planet in rjr.record_reader(sys.stdin):
print_planet_info(planet)
self.name = planet_dict['Planet']
self.orbital_radius = planet_dict['Orbital-Radius']
self.diameter = planet_dict['Diameter']
self.mass = planet_dict['Mass']
self.moons = planet_dict['Moons'] if 'Moons' in planet_dict else None
def __str__(self): # note 3
return "{name} has an orbital radius of {orbital_radius}".format(
name=self.name,
orbital_radius=self.orbital_radius)
if __name__ == '__main__':
import sys
planets = [ Planet(planet) for planet in rjr.record_reader(sys.stdin) ] # note 4
for planet in planets:
print(planet) # note 5
# note 1: this how we define a class in python. We won't get to too
# many details about OOP in Python in the remaining days of class, but
# hopfully you can tell from the example that it is fairly clean and
# simple (Python was designed to be an OOP language from the ground
# up)
#
# Notice that all member functions take the variable 'self' as their
# first argument. This is a reference the object itself, like the
# 'this' pointer in C++
#!/usr/bin/env python3
import record_jar_reader as rjr
def print_planet_info(planet):
print("{name} has an orbital radius of {orbital_radius}".format(
name=planet['Planet'],
orbital_radius=planet['Orbital-Radius'])
)
if __name__ == '__main__':
import sys
print("A Happy List of Planets")
for planet in rjr.record_reader(sys.stdin):
print_planet_info(planet)