def test_set_area():
c = Circle(10)
with pytest.raises(AttributeError):
c.area = 100
p1 = Person('Hans Petter Langtangen',
office_phone='67828283', email='*****@*****.**')
p2 = Person('Aslak Tveito', office_phone='67828282')
p2.add_email('*****@*****.**')
phone_book = [p1, p2] # list
for person in phone_book:
person.dump()
phone_book = {'Langtangen': p1, 'Tveito': p2} # dict is better
for person in sorted(phone_book):
phone_book[person].dump()
from classes import Circle
c = Circle(2, -1, 5)
print 'A circle with radius %g at (%g, %g) has area %g' % \
(c.R, c.x0, c.y0, c.area())
from classes import Derivative
from math import *
df = Derivative(sin)
print dir(df)
x = pi
df(x)
cos(x) # exact
def g(t):
return t**3
dg = Derivative(g)
t = 1
dg(t) # compare with 3 (exact)
office_phone='67828283',
email='*****@*****.**')
p2 = Person('Aslak Tveito', office_phone='67828282')
p2.add_email('*****@*****.**')
phone_book = [p1, p2] # list
for person in phone_book:
person.dump()
phone_book = {'Langtangen': p1, 'Tveito': p2} # dict is better
for person in sorted(phone_book):
phone_book[person].dump()
from classes import Circle
c = Circle(2, -1, 5)
print 'A circle with radius %g at (%g, %g) has area %g' % \
(c.R, c.x0, c.y0, c.area())
from classes import Derivative
from math import *
df = Derivative(sin)
print dir(df)
x = pi
df(x)
cos(x) # exact
def g(t):
return t**3
dg = Derivative(g)
from classes import Circle circle1 = Circle(1,2,3) print(circle1.perimeter()) print(circle1.area()) from classes import Tringle tringle1 = Tringle(1,2,3) print(tringle1.perimeter()) print(tringle1.area()) from classes import Square square1 = Square(1,2) print(square1.perimeter()) print(square1.area())