def run_bouncing_ball():
"""Runs bouncing_ball function."""
print("Enter height(must be greater than 1.5): ")
height = float_input(minimum=1.5)
print("Enter bounce of the ball(between 0 and 1): ")
bounce = float_input(minimum=0, maximum=1)
print("Ball will be seen from the window this amount of times: {}".format(
bouncing_ball(height, bounce)))
def run_volume_of_a_cuboid():
"""Run calculation pf a volume of a cuboid."""
print("Length of a cuboid = ")
length = float_input(positive=True)
print("Width of a cuboid = ")
width = float_input(positive=True)
print("Height of a cuboid = ")
height = float_input(positive=True)
print(volume_of_a_cuboid(length, width, height))
def run_interp():
""" This function is entry point of program"""
func = str(input('Enter string or trigonometric function: '))
print('Value l')
l_a = float_input(positive=True)
print('Value u')
u_b = float_input(positive=True)
print('Value n')
n_c = integer_input()
print('Your intermediate results: {}'.format(interp(func, l_a, u_b, n_c)))
def run_circle_area():
"""Runs circle_area function"""
print('X coordinate:')
x_coordinate = float_input()
print('Y coordinate:')
y_coordinate = float_input()
print('Radius:')
radius = float_input()
point = Point(x_coordinate, y_coordinate)
circle = Circle(point, radius)
area = circle_area(circle)
print('The area of the circle is: {}'.format(area))
def run_litres():
""" run litres """
print("Enter time of the run")
time = float_input(positive=True)
print('You need {} litres of water'.format(litres(time)))
def run_solve():
"""Runs solve function"""
print("Limit")
limit = float_input()
argument = solve(limit)
print('The argument of the sequence is: {}'.format(argument))
def run_two_decimals_places():
"""Run two_decimals_places function."""
print("Number = ")
num = float_input()
print(two_decimal_places(num))
def run_miles_per_gallon_to_kilometers_per_liter():
"""Run conversion from miles per gallon into kilometers per liter."""
print("Miles per imperial gallon = ")
miles_per_g = float_input(positive=True)
print(miles_per_gallon_to_kilometers_per_liter(miles_per_g))
def run_approximation():
""" run approximation """
number = float_input(positive=True)
print(
print("approximation of {} near 0 = {}".format(number,
approximation(number))))
def run_starting_mark():
""" run starting_mark """
print("Enter athlete height between 1.22 and 2.13 meters:")
height = float_input(minimum=1.22, maximum=2.13)
print("best starting mark is {} meters from pole".format(
starting_mark(height)))