def main(): sh = Shape() print sh t = Triangle(5, 10) print t.area() print "%s Static Method" % t.static_area(10, 20) s = Square(20) print s.area() print s.perimeter()
def main():
Lines=1
Lines_valid=0
total_perimeter=0
total_area=0
largest_perimeter=0
largest_perimeters_area=0
largest_area=0
largest_areas_perimeter=0
triangle_perimeter=''
triangle_area=''
for line in fo:
line = "".join(c for c in line if c not in ('(',')',' '))
linelist=line.strip().replace(' ', '').split(',')
print("Line ",Lines,": ",line)
sideA=linelist[0]
sideB=linelist[1]
sideC=linelist[2]
triangle=Triangle(sideA,sideB,sideC)
if triangle.is_valid()==True:
Lines_valid+=1
total_perimeter+=triangle.perimeter()
total_area+=triangle.area()
if triangle.perimeter()>largest_perimeter:
largest_perimeter=triangle.perimeter()
largest_perimeters_area=triangle.area()
triangle_perimeter=line
if triangle.area()>largest_area:
largest_area=triangle.area()
largest_areas_perimeter=triangle.perimeter()
triangle_area=line
print("This Triangle's perimeter= {}, and area= {}".format(triangle.perimeter(),triangle.area()))
else:
print("Triangle is not valid")
Lines+=1
print("")
print("Total lines processed: ",Lines)
print("Total valid triangles processed: ",Lines_valid)
avg_perimeter=total_perimeter/Lines_valid
avg_area=total_area/Lines_valid
print("Average perimeter: ",avg_perimeter)
print("Average area: ",avg_area)
print("The Triangle with the largest perimeter= ",largest_perimeter," had a area= ",largest_perimeters_area," with sides: ",triangle_perimeter)
print("The Triangle with the largest area= ",largest_area," had a perimeter= ",largest_areas_perimeter," with sides: ",triangle_area)
class TestTriangle(unittest.TestCase):
def setUp(self):
self.triangle = Triangle(100, 30)
# Return dimension
def test_area(self):
self.assertEqual(1500, self.triangle.area())
def main(args):
side1 = int(args[1])
side2 = int(args[2])
side3 = int(args[3])
height = int(args[4])
print("the three sides and height of triangle area %d %d %d and %d" %
(side1, side2, side3, height))
t1 = Triangle(side1, side2, side3, height)
print("Perimeter: ", t1.perimeter())
print("Area: ", t1.area())
from rectangle import Rectangle
from triangle import Triangle
rect = Rectangle()
tri = Triangle()
rect.set_values(50, 40)
tri.set_values(50, 40)
rect.set_color('red')
tri.set_color('blue')
print(rect.area())
print(tri.area())
print(rect.get_color())
print(tri.get_color())
def test_area(self):
self.assertEqual(Triangle.area(triangle), 2.0)
def test_area(self):
p1 = Point(0, 0)
p2 = Point(3, 4)
p3 = Point(3, 0)
t = Triangle(p1, p2, p3)
self.assertEqual(t.area(), 6)
def main():
""" analogous to other programming languages
in Python has no special role
"""
# =============================================================================
# example 1
# =============================================================================
# # #named object created without parameters
# # _p_1 = Point()
# # #call object services
# # _len_1 = _p_1.length()
# # print("Point 1 distance from origo ", _len_1)
# # #named object created with parameters
# # _p_2 = Point(3, 4)
# # #call object services
# # _len_2 = _p_2.length()
# # print("Point 2 distance forr origo ", _len_2)
# # #nameless object created without parameters
# # #call object services
# # _len_3 = Point().length()
# # print("Nameless point created without parameters distance from origo ", _len_3)
# # #nameless object created with parameters
# # #call object services
# # _len_4 = Point(7, 1).length()
# # print("Nameless point created with parameters (7,1) distance from origo ", _len_4)
# =============================================================================
# =============================================================================
# exercize2
# create point objects and calculate the distances
# =============================================================================
_p_1 = Point()
_p_1.xy(1, 2)
_p_2 = Point(4, 3)
_p_3 = Point(6, -2)
print(
f"Point 1:({_p_1.x}, {_p_1.y}) length (length from origo) is {_p_1.length():.2f}"
)
print(
f"Point 2:({_p_2.x}, {_p_2.y}) length (length from origo) is {_p_2.length():.2f}"
)
print(
f"Point 3:({_p_3.x}, {_p_3.y}) length (length from origo) is {_p_3.length():.2f}"
)
print(
f"Point 1:({_p_1.x}, {_p_1.y}) length from Point 3 is {_p_1.length(_p_3):.2f}"
)
print(
f"Point 2:({_p_2.x}, {_p_2.y}) length from Point 1 is {_p_2.length(_p_1):.2f}"
)
print(
f"Point 3:({_p_3.x}, {_p_3.y}) length from Point 2 is {_p_3.length(_p_2):.2f}"
)
_p_4 = Point(4, 5)
print(
f"Point 1:({_p_1.x}, {_p_1.y}) length from Point is ({_p_4.x},{_p_4.y})",
f" is {length(_p_1, _p_4):.2f}")
print(
f"Point 2:({_p_2.x}, {_p_2.y}) length from Point is ({_p_4.x},{_p_4.y})",
f" is {length(_p_2, _p_4):.2f}")
print(
f"Point 3:({_p_3.x}, {_p_3.y}) length from Point is ({_p_4.x},{_p_4.y})",
f" is {length(_p_3, _p_4):.2f}")
_abc = Triangle()
print(_abc.perimeter(_p_1, _p_2, _p_3))
print(_abc.area(_p_1, _p_2, _p_3))
def triangle(base=0, height=0):
tri = Triangle(base, height)
return "Area of triangle is {}".format(tri.area())
from triangle import Triangle
from rectangle import Rectangle
from Shape import Shape
rect = Rectangle()
tri = Triangle()
rect.set_values(70, 40)
tri.set_values(50, 40)
rect.set_color('Red')
tri.set_color('blue')
print(rect.area(), " Area of Rectangle")
print(tri.area(), " Area of Triangle")
print(rect.get_color())
print(tri.get_color())
from square import Square
from triangle import Triangle
s1 = Square()
s1.set_value(8, 15)
s1.set_color("Blue")
print(s1.area(), s1.get_color())
t1 = Triangle()
t1.set_value(5, 10)
t1.set_color("Green")
print(t1.area(), t1.get_color())
#!/bin/env python3 from point import Point from triangle import Triangle import doctest triangle = Triangle(Point(1, 1), Point(3, 1), Point(2, 3)) print(repr(triangle.is_triangle())) print(repr(triangle.perimeter())) print(repr(triangle.area())) triangle = Triangle(Point(1, 1), Point(1, 1), Point(2, 2)) print(repr(triangle.perimeter())) print(repr(triangle.area()))
from triangle import Triangle
from square import Square
s1 = Square()
s1.set_value(2, 3)
s1.set_color("Green")
print(s1.area(), s1.get_color())
s2 = Triangle()
s2.set_value(5, 6)
s2.set_color("Blue")
print(s2.area(), s2.get_color())
from triangle import Triangle
from point import Point
if __name__ == '__main__':
triangle = Triangle(Point(1, 1), Point(3, 1), Point(2, 3))
print(triangle.perimeter())
assert isinstance(triangle, Triangle)
print("Methods: ", dir(triangle))
print("Attributes: ", triangle.__dict__)
assert triangle.area() == 2.0
print("There are no errors. Thank You!")
def test_area(self):
tria = Triangle(3, 4, 30)
self.assertEqual(3, tria.area())
from rectangle import Rectangle
from triangle import Triangle
import fun
rectangle = Rectangle()
rectangle.set_value(3, 4)
rectangle.set_color('blue')
print(rectangle.area())
print(rectangle.get_color())
triangle = Triangle()
triangle.set_value(3, 4)
triangle.set_color("yellow")
print(triangle.area())
print(triangle.get_color())
print(fun.add(4, 7))
print(scalene_triangle.is_equilateral())
print('Is the Triangle isosceles?')
print(scalene_triangle.is_isosceles())
print('Is the Triangle scalene?')
print(scalene_triangle.is_scalene())
print('')
print('What are the lengths of this Triangle again..?')
print(scalene_triangle.sides())
print('What are the interior angles of this triangle?')
print(scalene_triangle.angles())
print('What is the perimeter of this triangle?')
print(scalene_triangle.perimeter())
print('What is the area of this triangle?')
print(scalene_triangle.area())
print('What is the scale of this triangle with a factor of 1 then 2 then 5 and then 3/4')
scalene_triangle.scale(1.0)
print(scalene_triangle)
scalene_triangle.scale(2.0)
print(scalene_triangle)
scalene_triangle.scale(5.0)
print(scalene_triangle)
scalene_triangle.scale(0.75)
print(scalene_triangle)