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programming/python-notebook/learn-to-code-with-python.ipynb deleted 100644 → 0
View file @ 9b3e9287
from tutor import check
print('Hello, World!')
# This is a comment, it isn't run as code, but often they are helpful
1 + 1
8 + 6*2*3 - (15 - 13)
42 + 3.149 + -1
meal = 200.00
# as a decimal, 10% would be 0.1
tip_percent = 0.10
meal * tip_percent
meal = 200.00
# as integer, 10% would be 10
tip_percent = 10
meal * tip_percent / 100
meal = 200.00
print(meal)
meal = "Hello, World!"
print(meal)
gibberish
*adsflf_
print('Hello'
1v34
2000 / 0
print('Hello, World!)
aswer = 3 * 8
print(answer)
"Hello, World!"
your_name = "Albert O'Connor"
print("Hello, ")
print(your_name)
dir("Hello, World!")
string = "Hello, World"
string.upper()
string = "Hello, World"
string.lower()
"Hello, World".upper()
your_name = "Albert O'Connor"
string = "Hello, {0}!"
print(string.format(your_name))
print("Hello, {0}!".format("Albert O'Connor"))
"{0} likes {1}".format("Albert O'Connor", 'Python')
print("200 University Ave. Waterloo, ON")
# Edit this string
template ="{0} {1} {2} {3}"
# Leave this alone please, it will help you as you go through the exercise
check('p1', template.format("alice@domain.org", "bob@domain.org", "Alice's Subject", "This is my one line message!"))
False is False
True is True
True is False
true is False
1 > 2
"Cool".startswith("C")
"Cool".endswith("C")
"oo" in "Cool"
42 == 1 # note the double equals sign for equality
condition = 1 > 2
if condition:
print("Condition is True")
else:
print("Condition is False")
condition = True
if condition:
print("Condition is True")
else:
print("Condition is False")
print("Condition is True or False, either way this is outputted")
# Edit the values of these 3 variables
boolean_literal = False
number = 8
string_literal = "I like to count sheep before bed."
# Leave this code the same please
if number > 10 and boolean_literal and "cows" in string_literal:
print("Success!")
else:
print("Try again!")
# This just provides some hints
check("p3", (number, boolean_literal, string_literal))
# The empty list
[]
["Milk", "Eggs", "Bacon"]
[1,2,3]
[True, 0, "Awesome"]
your_name = "Albert O'Connor"
awesome_people = ["Eric Idle", your_name]
print(awesome_people)
dir([])
your_name = "Albert O'Connor"
awesome_people = ["Eric Idle", your_name]
awesome_people.append("John Cleese")
print(awesome_people)
awesome_people[0]
print("These people are awesome: {0}, {1}, {2}".format(awesome_people[0], awesome_people[1], awesome_people[2]))
your_name = "Albert O'Connor"
awesome_people = ["Eric Idle", your_name]
awesome_people.append("John Cleese")
for person in awesome_people:
print(person)
person = awesome_people[0]
print(person)
person = awesome_people[1]
print(person)
person = awesome_people[2]
print(person)
range(0,10)
for number in range(0,10):
print("{0} squared is {1}".format(number, number*number))
# Edit the contents of this list
number_list = []
# Leave this line alone please
check("p4", number_list)
{"Python": "An awesome programming language",
"Monty Python": "A british comedy troupe"}
our_dictionary = {
"Python": "An awesome programming language",
"Monty Python": "A british comedy troupe"
}
our_dictionary["Python"]
for key in our_dictionary:
print('The Key is "{0}" and the value is "{1}"'.format(key, our_dictionary[key]))
print('Hello, {name}! Your favorite color is {favorite_color}.'.format(name="Albert O'Connor",
favorite_color='green'))
info = {'name': "Albert O'Connor",
'favorite color': 'green'}
print('Hello, {name}! Your favorite color is {favorite color}.'.format(**info))
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
print('{0}'.format(data)) # This prints the dictionary as text
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
print('{0}'.format(**data)) # This produces an error, there are no indexable arguments, just keyword
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
print('{0}'.format('Eric!', **data)) # Eric is the 0th argument, all the keywords are ignored!
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
# data is passed as indexiable so there is no keyword arguments.
print('Hello, {name}! Your favorite color is {favorite_color}.'.format(data))
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
# There we go, name and favorite_color are passed as keywords.
print('Hello, {name}! Your favorite color is {favorite_color}.'.format(**data))
data = {'name': "Albert O'Connor",
'favorite_color': 'green'}
# data is passed as keyword, but doesn't have the key 'pet_name'.
print('{pet_name}'.format(**data))
# Edit with the values you want.
entry_1 = {'name': "",
'email': ""}
# Add the keys and values to this entry like above.
entry_2 = {}
print(entry_1)
print(entry_2)
entries = [entry_1,] # Edit this list to include both entries
print(entries)
# Edit this message
message = """To: {email}
Hey you,
How is the weather?
"""
print message
for entry in entries:
print(message) # Add .format with the right arguments
print("-"*40)
programming/python-notebook/matplotlib.ipynb 0 → 100644
View file @ 6b1307c5
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