# Author : John Kenneth Seva Lesaba
# Course and Year : BS Computer Science - 2nd year
# Filename : lesaba_e4.py
# Description : driver file for Graded Exercise #4
# Honor Code : I have not given nor received any unathorized help in
# completing this exercise. I am also well aware of the
# policies stipulated in the AdNU student handbook.
import geometry as g
(a, b, c) = input("Enter the side lengths of a triangle: ").split(sep=",")
if (g.check_lenghts(float(a), float(b), float(c))):
print("Perimeter: {:.2f}".format(g.perimeter(float(a), float(b),
float(c))))
print("Area: {:.2f}".format(
g.triangle_heronsarea(float(a), float(b), float(c))))
else:
print("Error: Invalid input")
import geometry
line = input("Enter")
(a,b,c)= (float(x) for x in line.split(","))
P = geometry.triangle_perimeter(a,b,c)
A = geometry.triangle_heronsarea(a,b,c)
print ("Perimeter")
# in the `geometry` module and display these results. Otherwise,
# your program must issue an error.
# Honor Code : I have not given nor received any unathorized help in
# completing this exercise. I am also well aware of the
# policies stipulated in the AdNU student handbook.
import geometry
import math
print("Enter the side lengths of a triangle: ",
end=" ") #Prompt the user to enter the side lengths of a triangle
a, b, c = map(
float,
input().split(",")
) #declare the varibles as float and read it and separate it by a comma using the funtion split()
side_lengths = a, b, c #assigned the values to a temporary variable side_lengths
if geometry.check_If_Valid(
a, b, c
): #returns the perimeter and area of a triangle if the side lengths is valid
print(
"Perimeter: ", round(geometry.perimeter(*side_lengths), 2)
) #display the perimeter by calling the function created in the module and round it off to two decimals
print(
"Area: ", round(geometry.triangle_heronsarea(a, b, c), 2)
) #display the area of triangle by calling the function created in the module and round it off to two decimals
else:
print(
"Invalid input"
) # if the sum of the two side is less than the other sides it display "Invalid input"
# completing this exercise. I am also well aware of the
# policies stipulated in the AdNU student handbook.
from geometry import perimeter, triangle_heronsarea
def CheckingSides(a, b, c):
if ((a + b) <= c) or ((b + c) <= a) or ((a + c) <= b):
return False # function that returns True if the sides are valid, otherwise False
else:
return True
a, b, c = input("Enter the sides of the triangle: "
) # user inputs the values of the side of the triangles
a = float(a)
b = float(b) # a, b, and c are of type float
c = float(c)
if CheckingSides(a, b, c):
P = perimeter(
a, b, c) # the perimeter and area are stored in the variables P and A
A = triangle_heronsarea(a, b, c) # for the function
print("Perimeter: " +
format(P, '.2f')) # prints the perimeter in 2 decimal places
print("Area: " + format(A, '.2f')) # prints the area in 2 decimal places
else:
print(
"Error: Invalid input"
) # if the lengths are invalid, program prints "Error: Invalid input"
import geometry
data = input("Enter the side lengths of a triangle: ")
splitted_data = data.split(",")
perimeter = geometry.triangle_perimeter(float(splitted_data[0]),
float(splitted_data[1]),
float(splitted_data[2]))
area = geometry.triangle_heronsarea(float(splitted_data[0]),
float(splitted_data[1]),
float(splitted_data[2]))
print("Perimeter: %.2f" % perimeter)
print("Area: %.2f" % area)