Add files via upload

Adding unique numbers in list.py

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+val = []
+c = 0
+while True:
+    n = int(input('Add an integer number '))
+    if n not in val:
+        if c == 0 or n > val[-1]:
+            val.append(n)
+            c += 1
+        else:
+            p = 0
+            while p < len(val):
+                if n <= val[p]:
+                    val.insert(p, n)
+                    break
+                p += 1
+    else:
+        print('A number cannot be added twice')
+    b = input('Wanna continue? (Enter/n) ')
+    if b == 'n':
+        break
+print(f'The final list is {val}')

Alumn situation ap or rp.py

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+# Approved or Reproved
+dic = dict()
+dic['name'] = str(input('Name: '))
+dic['grade'] = float(input('Grade: '))
+if dic['grade'] >= 7:
+    dic['sit'] = 'AP'
+    for k, v in dic.items():
+        print(f'{k} = {v}')
+    print(f"Congrats, {dic['name']}!")
+else:
+    dic['sit'] = 'RP'
+    for k, v in dic.items():
+        print(f'{k} = {v}')
+    print(f"You must study more, {dic['name']}")

Counter with timer.py

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+import time
+term = int(input('Tell the first term: '))
+reason = int(input('Tell the reason: '))
+counter = 0
+while counter != 10:
+    term += reason
+    counter += 1
+    time.sleep(1)
+    print(term)
+repeater = float
+while repeater != 'n':
+    repeater = input('Wanna print more terms? ')
+    counter2 = 0
+    if repeater == 'y':
+        cont = int(input('How many do you want? '))
+        while counter2 != cont:
+            term += reason
+            counter2 += 1
+            time.sleep(1)
+            print(term)
+    else:
+        print('\n\nThe code ended')

Draw between 4 players.py

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+# Four players and a dice
+from random import randint
+from time import sleep
+from operator import itemgetter
+game = dict()
+for c in range(1, 5):
+    game[f'Player{c}'] = randint(1, 20)
+    print(f"Player {c} got {game[f'Player{c}']}")
+    sleep(1)
+rank = sorted(game.items(), key=itemgetter(1), reverse=True)
+for rn, rv in enumerate(rank):
+    print(f"{rn+1}° place: {rv[0]} --- {rv[1]}")
+    sleep(0.5)

Factorial.py

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+def factorial(num):
+    from time import sleep
+    c = 1
+    for n in range(num, 0, -1):
+        if n > 1:
+            print(n, 'x ', end='')
+            sleep(0.8)
+        else:
+            sleep(0.8)
+            print(n, '= ', end='')
+        c *= n
+    return c
+
+
+print(factorial(int(input('Integer number to do factorial: '))))

Fibonacci.py

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+from time import sleep
+num1 = int(input('Type the initial number for an Fibonacci sequence: '))
+num2 = int(input('Type the second number of this sequence: '))
+ran = int(input('How many times you want to rerun the sum? '))
+for c in range(0, ran):
+    num3 = num1 + num2
+    num1 = num2
+    num2 = num3
+    sleep(1)
+    print(num3)

First calculator.py

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+# Aritmetical operations
+n1 = int(input('Number 1:'))
+n2 = int(input('Number 2:'))
+s = n1 + n2
+sub = n1 - n2
+d = n1 / n2
+p = n1 ** n2
+m = n1 * n2
+di = n1 // n2
+redi = n1 % n2
+print('Sum:{}\nSubtraction:{}\nDivision:{:.2f}\nMultiplication:{}'.format(s, sub, d, m))
+print('Power:{}\nInteger division:{}\nRest of division:{}'.format(p, di, redi))

Football player's carreer.py

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+from time import sleep
+
+
+def line():
+    print('~' * 30)
+
+
+players = dict()
+team = list()
+matches = list()
+while True:
+    players.clear()
+    players['name'] = input("Player's name: ")
+    matchesp = int(input(f"How many matches did {players['name']} played? "))
+    for c in range(0, matchesp):
+        matches.append(int(input(f"How many goals at the match number {c+1}? ")))
+    players['goals'] = matches[:]
+    players['mplayed'] = matchesp
+    players['tgoals'] = sum(players['goals'])
+    team.append(players.copy())
+    matches.clear()
+    breaker = str(input('Any more players? [space(y)/(n)]'))
+    if breaker == 'n':
+        break
+line()
+print(f"{'Table of results':.^28}")
+line()
+print('Code', end='')
+for i in players.keys():
+    print(f'{i:<15}', end='')
+print()
+for k, v in enumerate(team):
+    print(f"\n{k:>3}", end='')
+    for i in v.values():
+        print(f"{str(i):<15}", end='')
+    print()
+while True:
+    line()
+    search = int(input("Search for a player if you want('999' to end): "))
+    if search == 999:
+        print('<End of the code>')
+        break
+    elif search > len(team):
+        print('There is no player with this number')
+    else:
+        print(f"Player n°{search}, {team[search]['name']}")
+        for k, v in enumerate(team[search]['goals']):
+            print(f'At the match {k}, made {v} goal(s)')
+            sleep(0.5)
+# Not self-made :(

Ink gallons efficiency.py

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+# Ink efficiency
+
+ww = float(input('Type the width of the object:'))
+wh = float(input('Type the height of the object:'))
+a = ww * wh
+iq1 = (a / 5)
+iq2 = (a / 10)
+iq3 = (a / 20)
+iq4 = (a / 40)
+if a < 5:
+    print('Area of the object:{:.1f}\nQuantity of gallons of 1L:{:.1f}'.format(a, iq1))
+if 10 > a >= 5:
+    print('Area of the object:{:.1f}\nQuantity of gallons of 5L:{:.1f}'.format(a, iq2))
+if 20 > a >= 10:
+    print('Area of the object:{:.1f}\nQuantity of gallons of 10L:{:.1f}'.format(a, iq3))
+if 40 > a >= 20:
+    print('Area of the object:{:.1f}\nQuantity of gallons of 20L:{:.1f}'.format(a, iq4))
+if a > 40:
+    print('Area of the object:{:.1f}\nQuantity of gallons of 20L:{:.1f}'.format(a, iq4))

Learning 'while'.py

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+gender = str
+while gender != 'm' or gender != 'f':
+    gender = str(input('Tell your gender: '))
+    if gender == 'm':
+        print('You are a man')
+        break
+    if gender == 'f':
+        print('You are a woman')
+        break
+    if gender != 'm' or 'f':
+        print('You are not a/an {}'.format(gender))
+        print('This code only accept the original genders')

Learning organization.py

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+ores = ('iron', 'bronze', 'silver', 'gold', 'diamond', 'ruby', 'emerald', 'lapis lazuli', 'aluminium',
+        'barium', 'strontium', 'magnesium', 'copper', 'opal', 'aquamarine', 'moonstone',
+        'bloodstone', 'topaz', 'garnet', 'agate', 'citrine', 'zircon', 'amethyst')
+print(f"{'|Mineral and Gems|':<25}{'Letters A':>}{'Letters E':>10}"
+      f"{'Letters I':>10}{'Letters O':>10}{'Letters U':>10}")
+for ore in range(0, len(ores)):
+    print(f'{ores[ore]:<25}', end='')
+    print(f'{ores[ore].count("a"):>5}', end='')
+    print(f'{ores[ore].count("e"):>10}', end='')
+    print(f'{ores[ore].count("i"):>10}', end='')
+    print(f'{ores[ore].count("o"):>10}', end='')
+    print(f'{ores[ore].count("u"):>10}')

Lottery numbers generator.py

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+import time
+import random
+games = []
+bets = []
+print(f"{'Lottery':~^30}")
+quant = int(input('How many games do you need? '))
+c = 0
+while c < quant:
+    n = 0
+    while n < 6:
+        num = random.randint(1, 60)
+        if n == 0 or num not in bets:
+            bets.append(num)
+            n += 1
+    games.append(bets[:])
+    print(f'Game {c+1}: {games[c]}')
+    bets.clear()
+    c += 1
+    time.sleep(1.2)
+print(f"{'Bets ready, good luck!':~^30}")

Math expression validation.py

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+exp = input('Type an mathematical expression below which use parenthesis\n ')
+exp_run = exp
+if not exp_run:
+    print('This expression is incorrect')
+else:
+    print(f'The expression {exp} is correct')

Max and min.py

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+import random
+numbers = (random.randint(0, 10), random.randint(0, 10), random.randint(0, 10),
+           random.randint(0, 10), random.randint(0, 10))
+print(f'Aleatory numbers: {numbers}')
+print(f'Highest: {max(numbers)}')
+print(f'Lowest: {min(numbers)}')

Min and max at list.py

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+numbers = []
+while True:
+    numbers.append(int(input('Type any integer number: ')))
+    stop = input('Wanna continue? ')
+    if stop == 'n':
+        break
+print(f'The minimum value is {min(numbers)} at the position {numbers.index(min(numbers))}')
+print(f'The maximum value is {max(numbers)} at the position {numbers.index(max(numbers))}')

Odd and even.py

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+values = []
+numbers = []
+b = str
+while b != 'n':
+    numbers.append(int(input('Type any number: ')))
+    values.append(numbers[:])
+    numbers.clear()
+    b = input('Wanna continue? ')
+print('The even numbers are: ')
+for even in range(len(values)):
+    if even % 2 == 0:
+        print(f'{even}')
+print('The odd numbers are: ')
+for odd in range(len(values)):
+    if odd % 2 != 0:
+        print(f'{odd}')

People class. by weight.py

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+people = []
+data = []
+heavy = light = 0
+b = str
+while b != 'n':
+    data.append(str(input('Name: ')))
+    data.append(int(input('Weight: ')))
+    if len(people) == 0:
+        heavy = light = data[1]
+    else:
+        if data[1] > heavy:
+            heavy = data[1]
+        if data[1] < light:
+            light = data[1]
+    people.append(data[:])
+    data.clear()
+    b = input('Wanna continue? ')
+print(f'The quantity of persons signed is {len(people)}')
+for p in people:
+    if p[1] == heavy:
+        print(f'Heaviest person: {p[0]}. {heavy} is its weight')
+for p in people:
+    if p[1] == light:
+        print(f'Lightest person: {p[0]}. {light} is its weight')

People classification by age.py

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+people = dict()
+persons = list()
+summ = average = 0
+while True:
+    people.clear()
+    people['name'] = str(input('Name: '))
+    while True:
+        people['gender'] = str(input('Gender(m/f): ').upper()[0])
+        if people['gender'] not in 'FfMm':
+            print('Only true genders are accepted')
+        else:
+            break
+    people['age'] = int(input('Age: '))
+    persons.append(people.copy())
+    summ += people['age']
+    breaker = input('Continue?(enter/n) ')
+    if breaker == 'n':
+        break
+average = summ / len(persons)
+for c in range(0, len(persons)):
+    print(f"{persons[c]}")
+print(f"{len(persons)} people were registered")
+print(f"The average age is {average:5.2f}")
+print('Women: ', end='')
+for p in persons:
+    if p['gender'] in 'Ff':
+        print(f"{p['name']}", end='| ')
+print()
+print(f"Persons above average age: ", end=' ')
+for p in persons:
+    if p['age'] > average:
+        print(f"{p['name']} |-", end='')
+print('\nEnd of the code')

Player and num of goals.py

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+def file(n='No player', g=0):
+    print(f'Player: {n}\nGoals:{g}')
+
+
+name = str(input('Player name: '))
+goals = input('Goals: ')
+if goals.isnumeric():
+    goals = int(goals)
+else:
+    goals = 0
+if name.strip() == '':
+    file(g=goals)
+else:
+    file(name, goals)

Positioning inside tuples 2.py

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+enh = ('Fighter', 10000, 'Wizard', 10000, 'Lucky', 10000,
+       'Healer', 10000, 'Hybrid', 10000, 'Thief', 10000,
+       'Spellbreaker', 10000)
+print(f'{"Enchancements":=^35}')
+for position in range(0, len(enh)):
+    if position % 2 == 0:
+        print(f'{enh[position]:.<25}', end='')
+    else:
+        print(f'${enh[position]:>5.2f}')
+print(f'{"Not self-made":=^35}')

Positioning inside tuples.py

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+# Colocações
+classification = ('Milwaukee Bucks', 'Boston Celtics', 'Philadelphia 76ers', 'Cleveland Cavaliers',
+                  'New York Knicks', 'Brooklyn Nets', 'Atlanta Hawks', 'Miami Heat', 'Chicago Bulls', 'Toronto Raptors')
+print(f'The teams at the podium are: {classification[0:3]}\n'
+      f'The last 4: {classification[-4:]}\n'
+      f'Sorted by name: {sorted(classification)}'
+      )
+while True:
+    search = input("Looking for an specific team? ('n' to finish)\n")
+    if search == 'n':
+        break
+    print(f'{search} is actually at the {classification.index(search)}th position')