def test_deck():
cards = [
Card.Card(suit, face) for face in card_faces for suit in card_suits
]
stack = cards[-28:]
stock = cards[:24]
pyramid = Pyramid.Pyramid(stack)
return State.State(stack, stock, pyramid, [])
def new_deck():
"""
Setup a new random deck
:return type: State
"""
cards = [
Card.Card(suit, face) for face in card_faces for suit in card_suits
]
shuffle(cards)
stack = cards[:28]
stock = cards[-24:]
pyramid = Pyramid.Pyramid(stack)
return State.State(stack, stock, pyramid, [])
def test_height_is_int():
assert Pyramid.check_height("f") == -1
import Pyramid, Sphere, Box
m1 = input(
"If you would like to test for a rectangular prism, enter B. If you would like to test for a rectangular pyramid, enter P. If you would like to test for an ellipsoid, enter S."
)
#m1 = upper(m1)
l = float(input("Enter the length of your object:"))
w = float(input("Enter the width of your object:"))
h = float(input("Enter the height of your object:"))
if m1 == "B":
myShape = Box.Box(l, w, h)
elif m1 == "P":
myShape = Pyramid.Pyramid(l, w, h)
elif m1 == "S":
myShape = Sphere.Sphere(l, w, h)
else:
print("Invalid mode.")
print("Volume: ", str(myShape.getVolume()))
print("Surface area: ", str(myShape.getSurfaceArea()))
import Box
import Sphere
import Pyramid
myShape = input("Select the shape to calculate: Box = b, Sphere = s, Pyramid = p - ")
if myShape = 'b':
l = int(input("Print your Length of the box -"))
w = int(input("Print your Width of the box -"))
h = int(input("Print your Height of the box - "))
b = Box.Box(l,w,h)
print(b.calcvolume())
print(b.calcsurface())
elif myShape == 's':
r = int(input("Print your Radius of sphere -"))
s = Sphere.Sphere(r)
print(s.calcvolume())
print(s.calcsurface())
elif myShape == 'p':
b = int(input("Print your Base of the pyramid -"))
h = int(input("Print your Height of the pyramid -"))
s = int(input("Print your slant of the pyramid-"))
p = Pyramid.Pyramid(b,h,s)
print(p.calcvolume())
print(p.calcsurface())
#Box
if selection == 'box':
length = int(input("What is the length of your box: "))
width = int(input("What is the width of your box: "))
height = int(input("What is the height of your box: "))
box = Box.Box(length, width, height)
box.volume()
box.surArea()
#Pyramid
elif selection == 'pyramid':
length = int(input("What is the length of your pyramid: "))
width = int(input("What is the width of your pyramid: "))
height = int(input("What is the height of your pyramid: "))
pyramid = Pyramid.Pyramid(length, width, height)
pyramid.volume()
pyramid.surArea()
#Sphere
elif selection == 'sphere':
length = int(input("What is the length of your sphere: "))
width = int(input("What is the width of your sphere: "))
height = int(input("What is the height of your sphere: "))
sphere = Sphere.Sphere(length, width, height)
sphere.volume()
sphere.surArea()
#They Goofed
else:
print("Oops something went wrong, try again")
#!/usr/bin/python3
import Box, Pyramid, Sphere
shape = input("Enter a shape (Box, Pyramid, Sphere): ")
if (shape == "Box" or shape == "B" or shape == "box" or shape == "b"):
b1 = Box.Cube()
b1.bw = int(input("Box width: "))
b1.bl = int(input("Box length: "))
b1.bh = int(input("Box height: "))
b1.volume()
b1.surfaceArea()
elif (shape == "Pyramid" or shape == "P" or shape == "pyramid"
or shape == "p"):
p1 = Pyramid.Cypher()
p1.pw = int(input("Pyramid width: "))
p1.pl = int(input("Pyramid length: "))
p1.ph = int(input("Pyramid height: "))
p1.volume()
p1.surfaceArea()
elif (shape == "Sphere" or shape == "S" or shape == "sphere" or shape == "s"):
s1 = Sphere.Orb()
s1.r = int(input("Radius: "))
s1.volume()
s1.surfaceArea()
def test_height_equal_to_zero():
assert Pyramid.check_height("0") == -1
def test_pyramid_line_1_height_5():
assert Pyramid.build_line(1, 5) == " ##"
def test_pyramid_line_1_height_5(): assert Pyramid.build_line(1, 5) == " ##"
def test_height_is_valid():
assert Pyramid.check_height("5") == 5
def test_height_is_greater_than_23():
assert Pyramid.check_height("24") == -1
import Box
import Pyramid
import Sphere
shape = input(
"What kind of shape do you want? Answer B for box, S for sphere, P for pyramid: "
)
if (shape == "B"):
box1 = Box.Cube()
box1.w = int(input("Box width: "))
box1.l = int(input("Box length: "))
box1.h = int(input("Box height: "))
box1.volume()
box1.SA()
elif (shape == "S"):
sphere1 = Sphere.Pokeball()
sphere1.r = int(input("Sphere radius: "))
sphere1.volume()
sphere1.SA()
elif (shape == "P"):
pyramid1 = Pyramid.FidgetSpinner()
pyramid1.pW = int(input("Pyramid width: "))
pyramid1.pL = int(input("Pyramid length: "))
pyramid1.pH = int(input("Pyramid height: "))
pyramid1.volume()
pyramid1.SA()
background = pygame.Surface((800,600))
points=0
timeleft=60
maxcoins=5
ctime=0
defeat=False
victory=False
grass = Ground()
grass.draw(background)
money=Coins()
changedrecs = []
guy = Person(50,50)
guy.cinterval=5000
guy.cs=0
guy.maxcs=5
pyramid=Pyramid(650,30)
pbase=Base(650,88)
#oldman= OldMan(random.randint(0,783),random.randint(0,577))
oldman = OldMan(100,200)
clerk = Clerk(200,100)
collector= Collector(200,200)
runner= Runner(400,400)
font = pygame.font.Font(None, 36)
text = font.render("Money: "+str(guy.cs), 1, (10, 10, 10))
peoplelist=[oldman,clerk,collector,runner]
blist=[pbase]
while True:
grass.draw(background)
screen.blit(background,(0,0))
guy.draw(screen)
runner.move()
def test_height_is_greater_than_23():
assert Pyramid.check_height("24") == -1
def test_height_equal_to_zero():
assert Pyramid.check_height("0") == -1
def test_height_is_valid():
assert Pyramid.check_height("5") == 5
def test_pyramid_line_7_height_7(): assert Pyramid.build_line(7, 7) == "########"
def test_pyramid_line_7_height_7():
assert Pyramid.build_line(7, 7) == "########"
def test_height_less_than_zero():
assert Pyramid.check_height("-5") == -1
def test_height_less_than_zero():
assert Pyramid.check_height("-5") == -1
def test_height_is_int():
assert Pyramid.check_height("f") == -1
import Box
import Pyramid
import Sphere
shape = input(
"Choose which shape you want to calculate: Box, Sphere, or Pyramid ")
if shape == 'Box':
l = int(input("Type the Length of your Box "))
w = int(input("Type the Width of your Box "))
h = int(input("Type the Height of your Box "))
b = Box.Box(l, w, h)
print('This is the Surface Area of your Box | ', b.getSurfaceArea())
print('This is the Volume of your Box | ', b.getVolume())
elif shape == 'Pyramid':
l = int(input("Type the Length of your Pyramid "))
w = int(input("Type the Width of your Pyramid "))
h = int(input("Type the Height of your Pyramid "))
p = Pyramid.Pyramid(l, w, h)
print('This is the Surface Area of your Pyramid | ', p.getSurfaceArea())
print('This is the Volume of your Pyramid | ', p.getVolume())
elif shape == 'Sphere':
r = int(input("Type the Radius of your Sphere "))
s = Sphere.Sphere(r)
print('This is the Surface Area of your Sphere | ', s.getSurfaceArea())
print('This is the Volume of your Sphere | ', s.getVolume())
import Box
import Pyramid
import Sphere
shape = input("Enter which shape you would like to calculate (b = box, s = sphere, or p = pyramid) : ")
if shape == "b":
b1 = Box.Box()
b1.length = int(input("Enter box length: "))
b1.width = int(input("Enter box width: "))
b1.length = int(input("Enter box length: "))
b1.volume()
b1.surfArea()
elif shape == "p":
p1 = Pyramid.Pyramid()
p1.length = int(input("Enter pyramid length: "))
p1.width = int(input("Enter pyramid width: "))
p1.height = int(input("Enter pyramid height: "))
p1.volume()
elif shape == "s":
s1 = Sphere.Sphere()
s1.radius = int(input("Enter sphere radius: "))
s1.volume()