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flfelipelopes/Python Exercises_.idea_Python Exercises.iml

Created January 11, 2020 15:07
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Python Exercises_.idea_inspectionProfiles_profiles_settings.xml
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Raw
Python Exercises_.idea_misc.xml
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Raw
Python Exercises_.idea_modules.xml
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Raw
Python Exercises_.idea_Python Exercises.iml
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Raw
Python Exercises_.idea_workspace (1).xml
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Raw
Python Exercises_.idea_workspace.xml
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Python Exercises_6.1.py
def absolute_value(x, y):
if x > y:
return 1
elif x == y:
return 0
elif x < y:
return -1
absolute_value(10, 5)
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Python Exercises_6.2.py
import math
def distance(x1, y1, x2, y2):
dx = x2 - x1
dy = y2 - y1
dsquared = dx ** 2 + dy ** 2
result = math.sqrt(dsquared)
print(result)
return result
distance(1, 2, 4, 6)
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Python Exercises_6.4.py
# This program will check if an integer is the power of another.
def is_power(num1, num2):
while num1 % num2 == 0:
num1 = num1/num2
return num1 == 1
# Print of the assignment requested results
print('is_power(10, 2) returns: ', is_power(10, 2))
print('is_power(27, 3) returns: ', is_power(27, 3))
print('is_power(1, 1) returns: ', is_power(1, 1))
print('is_power(10, 1) returns', is_power(10, 1))
print('is_power(3, 3) returns', is_power(3, 3))
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Python Exercises_college_exercises.py
from __future__ import print_function, division
# here is a mostly-straightforward solution to the
# two-by-two version of the grid.
def do_twice(f):
f()
f()
def do_four(f):
do_twice(f)
do_twice(f)
def print_beam():
print('+ - - - -', end=' ')
def print_post():
print('| ', end=' ')
def print_beams():
do_twice(print_beam)
print('+')
def print_posts():
do_twice(print_post)
print('|')
def print_row():
print_beams()
do_four(print_posts)
def print_grid():
do_twice(print_row)
print_beams()
print_grid()
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Python Exercises_discussion_assignment_8.py
# Discussion Assignment 8: Catching exceptions
# Example 1: trying to open a file that does not exists:
example1 = open('flopes_assignment.py')
print(example1)
# Example 2: trying to open a file a have no permission to:
example2 = open('denied_access.txt')
print(example2)
# Example 3: trying to open a directory instead of a file:
example3 = open(r'C:\\Users\\flfel\\Documents\\Faculdade_Ciência da Computação\\CS 1101 - Programming Fundamentals\\Python Exercises')
print(example3)
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Python Exercises_draw_to_me_learning_journal_2.py
# Write your own function that illustrates a feature that you learned in this unit.
# My function will draw lines for reports and outputs
def draw_to_me():
print('<3' * 80)
draw_to_me()
print('Hello, World!')
draw_to_me()
print('This is my own function for the \033[1;35mUoPeople\033[m ', end=
'\033[1;30mCS1101 Learning Journal Assignment\033[m for \033[1;30mUnit 2\033[m')
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Python Exercises_ex01.py
# function with local variable
def loc_var(smth1, smth2):
loc = smth1 + smth2
print(loc)
smth1 = 'Felipe '
smth2 = 'Lopes'
loc_var(smth1, smth2)
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Python Exercises_ex02.py
import turtle
def square(t, lenght):
for i in range(4):
t.fd(lenght)
t.lt(90)
bob = turtle.Turtle()
square(bob, 100)
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Python Exercises_ex03.py
import turtle
def polygon(t, n, length):
angle = 360 / n
for i in range(n):
t.fd(length)
t.lt(angle)
bob = turtle.Turtle()
polygon(bob, 7, 70)
turtle.mainloop()
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Python Exercises_ex04.py
import math
from ex03 import polygon
def circle(t, r):
circumference = 2 * math.pi * r
n = 50
length = circumference / n
polygon(t, n, length)
circle()
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Python Exercises_ex05.py
# shows numbers that can multiplied by 3
number_list = [30, 17, 31, 67, 73, 85, 40, 216, 4050]
multiplied_numbers = [x for x in number_list if x % 3 == 0]
print(multiplied_numbers)
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Python Exercises_ex06.py
# nested statements
number_list = [30, 17, 31, 67, 73, 85, 40, 216, 4050]
for x in number_list:
if x % 3 == 0:
print(x)
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Python Exercises_ex07.py
# chained conditionals
x = 216
y = 4050
if x % 3 == 0 and y % 3 == 0:
print('Chained conditional')
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Python Exercises_file_objects_test.py
import os
test = open('test_file.txt', 'w')
line1 = 'The house burnt\n'
line2 = 'The firemen came\n'
test.write(line1)
test.write(line2)
test.close()
cwd = os.getcwd()
print(cwd)
def walk(dirname):
for name in os.listdir(dirname):
path = os.path.join(dirname, name)
if os.path.isfile(path):
print(path)
else:
walk(path)
def walk2(dirname):
for root, dirs, files in os.walk(dirname):
for filename in files:
print(os.path.join(root, filename))
if __name__ == '__main__':
walk('.')
walk2('.')
walk(cwd)
walk2(cwd)
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Python Exercises_fruitful_functions.py
def add(a,b):
c = a + b
print(c)
return c
a = int(input('Enter first value: '))
b = int(input('Enter second value: '))
result = add(a, b)
if result % 2 == 0:
print('this is an even number')
else:
print('this is an odd number')
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Python Exercises_hypotenuse.py
# The length of the hypotenuse of a right triangle can be found applying:
# The sum of the squares of the lengths of the other two sides.
import math
def hypotenuse(x, y):
hx = x ** 2
hy = y ** 2
hsquared = hx + hy
result = math.sqrt(hsquared)
print(result)
return result
hypotenuse(30, 16)
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Python Exercises_Journal_6.py
# Write a Python program that does the following:
# 1. Create a string that is a long series of words separated by spaces.
my_string = 'Treat the Planet with the respect you would like people to treat yourself'
print(my_string)
# 2. Turn the string into a list of words using split
my_string_list = my_string.split()
print(my_string_list)
# 3. Delete three words from the list, but delete each one using a different kind of Python operation.
del my_string_list[8]
my_string_list.pop(9)
my_string_list.remove('people')
print(my_string_list)
# 4. Sort the list
sorting = my_string_list[:]
sorting.sort()
print(sorting)
# 5. Add new words to the list (three or more) using three different kinds of Python operation.
my_string_list.append('!')
my_string_list.insert(0, 'Start to')
new_my_string_list = my_string_list[:]
new_my_string_list.append(':)')
print(my_string_list)
print(new_my_string_list)
# 6. Turn the list of words back into a single string using join.
delimiter = ' '
sentence1 = delimiter.join(my_string_list)
sentence2 = delimiter.join(new_my_string_list)
# 7. Print the string.
print(sentence1)
print(sentence2)
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Python Exercises_Journal_6_2.py
# Provide your own examples of the following using Python lists.
# 1. Nested lists
comics_characters = [['Iron Man', 'Captain', 'Black Widow'], ['Batman', 'Robin', 'Superman'], ['Marvel', 'DC']]
print(comics_characters)
# 2. The * operator
multi_op = comics_characters * 2
print(multi_op)
# 3. List slices
marvel_characteres = comics_characters[0]
marvel_female = marvel_characteres[2]
print(marvel_female)
# 4. The += operator
numbers = [5, 4, 3, 2, 1]
numbers += '54321'
print(numbers)
# 5. A list filter
numbers2 = numbers[2:3]
print(numbers2)
# 6. A list operation that is legal but does the wrong thing, not what the programmer expects
numbers3 = numbers[2:2]
print(numbers3)
# The code was expected to print [3], however the code is not correct. It should be [2:3]
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Python Exercises_learning_journal_unit3.py
# positive number counter
def countdown(n):
if n <= 0:
print('Blastoff!')
else:
print(n)
countdown(n-1)
# negative number counter
def countup(n):
if n >= -1:
print('Blastoff!')
else:
print(n)
countup(n+1)
# code to call the counter considering the user input
print('To initiate the counter please insert the number.'
'\nConsider positive or negative number.')
counter = int(input('Insert a number: '))
if counter > 0:
print(countdown(counter))
elif counter < 0:
print(countup(counter))
else:
print('Blastoff!')
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Python Exercises_learning_journal_unit_2.py
# The volume of a sphere is 4/3πr³, where π has the vale of "pi".
# Write a function called print_volume(r)
from math import pi, pow
# function to find the sphere volume
def print_volume(r):
sphere_volume = ((4 / 3) * (r ** 3) * pi) # where r is for radius
print(sphere_volume)
# in case you need to find the radius of a sphere area
area = 6
r = pow(area, (4 * pi))
# shows the outputs for the radius and the sphere volume
print('=' * 20)
print('Based on the radius provided of {:.2f}, the sphere volume is:'.format(r))
print('')
print('The volume of the sphere is: '), print_volume(r)
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Python Exercises_my_code.py
# This function will perform different operations for the given number
def multi_table(num1, num2):
addnum = num1 + num2
subnum = num1 - num2
mulnum = num1 * num2
divnum = num1 / num2
expnum = num1 ** num2
result = (addnum, subnum, mulnum, divnum, expnum)
print(result)
return result
multi_table(-20, 90)
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Python Exercises_my_dict.txt
a: Brazilian
b: Peruvian
c: Chilean
d: Mexican
e: Uruguayan
f: Caribbean
g: Pakistan
h: Indian
i: Italian
j: Russian
k: American
l: Roman
m: Britain
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Python Exercises_mypolygon.py
import turtle
# this code will draw a square on the new screen.
bob = turtle.Turtle()
for i in range(4):
bob.fd(100)
bob.lt(90)
print(bob)
turtle.mainloop()
for i in range(4):
print('Hello!')
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Python Exercises_new_inverse_dict.py
import os
def invert_dict(d):
inverse = dict()
for key in d:
val = d[key]
if val not in inverse:
inverse[val] = [key]
else:
inverse[val].append(key)
return inverse
my_dictionary = {'a': 'Brazilian',
'b': 'Peruvian',
'c': 'Chilean',
'd': 'Mexican'}
print('This is my inverted dictionary:')
print(invert_dict(my_dictionary))
print('')
print('This is my original dictionary:')
print(my_dictionary)
print('')
print('This is my new dictionary from my dict_file')
dic_file = open('my_dict.txt', 'r')
lines = dic_file.readlines()
for line in lines:
entries = line.split()
register = dict()
code = entries[0]
name = entries[-1]
register[code] = name
print(register)
dic_file.close()
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Python Exercises_new_tests.py
eng2sp = {'one': 'uno', 'two': 'dos', 'three': 'tres', 'four': 'cuatro', 'five': 'cinco', 'six': 'seis'}
print(eng2sp)
print(eng2sp['two'])
print(len(eng2sp))
print('two' in eng2sp)
print('seven' in eng2sp)
print('tres' in eng2sp)
vals = eng2sp.values()
print('tres' in vals)
print('siete' in vals)
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Python Exercises_string_slices.py
# string slices examples
sentence = 'Joker is Batman #1 rival'
print(sentence)
print('')
print('Based on this we can assume that:')
print("Batman's #1 enemy name: ", sentence[0:5])
print("Joker is Batman's enemy number: ", sentence[16:18])
print('We can also say that: ', sentence[9:15], sentence[6:8], sentence[0:5], sentence[16:])
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Python Exercises_strings.py
def any_lowercase1(s):
for c in s:
if c.islower():
return True # check every character in the string is a lowercase character and return a boolean value
else:
return False
def any_lowercase2(s):
for c in s:
if 'c'.islower(): # always return a string 'true' since 'c' is a lowercase no matter how many characters are
# in the string
return 'True'
else:
return 'False'
def any_lowercase3(s):
for c in s:
flag = c.islower() # check if the last character in the string is a lower case, return a boolean value
return flag
def any_lowercase4(s):
flag = False
for c in s:
flag = flag or c.islower() # check if the last character in the string is a lower case, return a boolean value
return flag
def any_lowercase5(s):
for c in s:
if not c.islower():
return False # check if every character in the string is a lower case, return a boolean value False if not
return True
string_test = 'Good Morning!'
print(any_lowercase1(string_test))
print(any_lowercase2(string_test))
print(any_lowercase3(string_test))
print(any_lowercase4(string_test))
print(any_lowercase5(string_test))
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Python Exercises_test.py
def calc_adiantamento(salario, dias):
salario = float(input('Insira salário: R$ '))
dias = int(input('Insira quantidade de dias trabalhados: '))
if dias < 15:
print('Funcionário não possui direito a adiantamento')
else:
base_adiantamento = float((salario / 30) * dias)
adiantamento = float(base_adiantamento * 0.40)
print('Funcionário receberá R$ {:.2f} de adiantamento salarial'.format(adiantamento))
calc_adiantamento(salario=0, dias=0)
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Python Exercises_test2.py
def retorna_personagem(personagens, indice):
personagem = personagens________.capitalize
return personagem
personagens = ['mario', 'link', 'donkey kong', 'zelda', 'pikachu']
personagem = retorna_personagem('pikachu', 4)
print(personagem)
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Python Exercises_test3 (1).py
n = int(10.)
print(isinstance(n, float), isinstance(n * 1.0, float))
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Python Exercises_test3.py
'''''def countdown(n):
while n > 0:
print(n)
n = n -1
print('Blastoff!')
countdown(10)'''''
'''''def sequence(n):
while n != 1:
print(n)
if n % 2 == 0: # even
n = n / 2
else:
n = n * 3 + 1 # odd
n = int(input('Number: '))
sequence(n)'''''
'''def countdown(n):
while n != 0:
print(n)
if n <= 0:
print('Blastoff!')
break
else:
countdown(n-1)
break
countdown(20)'''
def mysqrt(a):
epsilon = 0.00001
x = 5.00000
while True:
y = (x + a/x) / 2
if abs(y - x) < epsilon:
return y
break
x = y
import math
print(mysqrt(4))
def test_square_root():
print('a mysqrt(a) math.sqrt(a) diff')
print('- ---------- ------------ --------')
for a in range(1, 26):
print('%.1f %.5f %5f %f' % (a, mysqrt(a), math.sqrt(a), mysqrt(a) - math.sqrt(a)))
test_square_root()
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Python Exercises_test4.py
# This function details the list arguments and their indexes.
# The arguments of the list are all integers
def counter(n):
for x, y in enumerate(n): # shows the list indexes
print(f'The index {x} receives {y}') # x refers to the object
numbers = [10, 6, 8, 20, 50, 75, 81]
print(counter(numbers))
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Python Exercises_test_file.txt
The house burnt
The firemen came
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Python Exercises_tryme4.py
# the period represents the line's empty space output
def new_line():
print('.')
# a sequence of three periods must be the output of this function
def three_lines():
new_line()
new_line()
new_line()
# a sequence of nine periods must be the output of this function
def nine_lines():
three_lines()
three_lines()
three_lines()
# the clear_screen function must show a sequence of 25 dots on its output
def clear_screen():
nine_lines()
nine_lines()
three_lines()
three_lines()
new_line()
# this program must show two results: 1) a sequence of 9 dots, and 2) a sequence of 25 dots.
print('=' * 10, 'Calling nine_lines', '=' * 10)
print(nine_lines())
print('=' * 10, 'Calling clear_screen', '=' * 10)
print(clear_screen())
print('End of the program')
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Python Exercises_tuples.py
ingredients = 'flour', 'salt', 'milk', 'sugar'
order = [0, 1, 2, 3]
zip(order, ingredients)
print(zip(order, ingredients))
def recipe():
for cooking in zip(order, ingredients):
print(cooking)
recipe()
for index, element in enumerate(ingredients):
print(index, element)
cook_dict = zip(order, ingredients)
bake_dict = dict(cook_dict)
print(bake_dict)
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Python Exercises_turtle_module_test.py
import turtle
bob = turtle.Turtle()
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Python Exercises_unit5_programming_assignment.py
def mysqrt(a):
epsilon = 0.00001
x = 5.00000
while True:
y = (x + a/x) / 2
if abs(y - x) < epsilon:
return y
break
x = y
import math
print(mysqrt(4))
def test_square_root():
print('a mysqrt(a) math.sqrt(a) diff')
print('- ---------- ------------ --------')
for a in range(1, 26):
print('%.1f %.5f %5f %f' % (a, mysqrt(a), math.sqrt(a), mysqrt(a) - math.sqrt(a)))
test_square_root()
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Python Exercises_unit7.py
alphabet = "abcdefghijklmnopqrstuvwxyz"
test_dups = ["zzz", "dog", "bookkeeper", "subdermatoglyphic", "subdermatoglyphics"]
test_miss = ["zzz", "subdermatoglyphic", "the quick brown fox jumps over the lazy dog"]
# From Section 11.2 of:
# Downey, A. (2015). Think Python: How to think like a computer scientist. Needham, Massachusetts: Green Tree Press.
def histogram(s):
d = dict()
for c in s:
if c not in d:
d[c] = 1
else:
d[c] += 1
return d
def has_duplicates(s):
# Return False if each letter in s is not distinct
return len(histogram(s)) != len(s)
def missing_letters(s):
h = histogram(s)
rv = ''
# Loop over letters in alphabet, if the letter is not in the histogram then
# append to the return string.
for c in alphabet:
if c not in h:
rv = rv + c
return rv
# Loop over test strings as required.
for s in test_miss:
miss = missing_letters(s)
if miss:
print(f"{s} is missing letters {miss}.")
else:
print(f"{s} uses all the letters.")
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