Python Workshop by Tom Frantz
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The document provides an overview of a Python workshop led by Thomas Frantz, covering the installation of Python, basic syntax, input and output operations, data types, control flow, loops, dictionaries, functions, and classes. It includes examples of code snippets for various concepts and concludes with a thematic note on September. Additionally, it encourages participants to share their favorite programming language.
![Lists
pizza = "Leonardo's Meat Lovers Pizza"
fave_foods = ["salmon", "prawn pasta", pizza]
prawns = fave_foods[1]](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-25-320.jpg)
![Lists
pizza = "Leonardo's Meat Lovers Pizza"
fave_foods = ["salmon", "prawn pasta", pizza]
prawns = fave_foods[1]](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-26-320.jpg)
![Lists
pizza = "Leonardo's Meat Lovers Pizza"
fave_foods = ["salmon", "prawn pasta", pizza]
prawns = fave_foods[1]](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-27-320.jpg)
![Lists
pizza = "Leonardo's Meat Lovers Pizza"
fave_foods = ["salmon", "prawn pasta", pizza]
prawns = fave_foods[1]](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-28-320.jpg)
![Loops
for item in iterator:
code
for food in ["pizza", "pasta", "garlic bread"]:
print(f"I love {food}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-30-320.jpg)
![Loops
for item in iterator:
break
for food in ["pizza", "grass", "garlic bread"]:
if food == "grass":
print(f"Yuck! I hate {food}")
break
print(f"I love {food}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-31-320.jpg)
![Dictionaries
my_name = "Tom"
me = {
"name": my_name,
"age": 21,
"siblings": 1
}
print(f"age: {me['age']}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-32-320.jpg)
![Dictionaries
my_name = "Tom"
me = {
"name": my_name,
"age": 21,
"siblings": 1
}
print(f"age: {me['age']}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-33-320.jpg)
![Dictionaries
my_name = "Tom"
me = {
"name": my_name,
"age": 21,
"siblings": 1
}
print(f"age: {me['age']}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-34-320.jpg)
![Dictionaries
my_name = "Tom"
me = {
"name": my_name,
"age": 21,
"siblings": 1
}
print(f"age: {me['age']}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-35-320.jpg)
![Dictionaries
my_name = "Tom"
me = {
"name": my_name,
"age": 21,
"siblings": 1
}
print(f"age: {me['age']}")](https://image.slidesharecdn.com/pythonworkshop-210827175349/85/Python-Workshop-by-Tom-Frantz-36-320.jpg)
Python Workshop by Tom Frantz
- 7. Input & Output name = input("What's your name? ") print("Hello" + name + "!")
- 8. Input & Output name = input("What's your name? ") print("Hello" + name + "!")
- 9. Input & Output name = input("What's your name? ") print("Hello" + name + "!")
- 10. Input & Output name = input("What's your name? ") print("Hello" + name + "!")
- 11. Variables & Data Types name = "Tom" age = 21 graduated = True has_2_sisters = False uni_courses = None
- 12. Variables & Data Types name = "Tom" age = 21 graduated = True has_2_sisters = False uni_courses = None
- 13. Variables & Data Types name = "Tom" age = 21 graduated = True has_2_sisters = False uni_courses = None
- 14. Operators & Maths 1 == 1 1 != 2 2 > 1 1 < 2 1 >= 1 1 <= 478942318946531
- 15. Operators & Maths 1 + 2 = 3 2 - 1 = 1 2 * 3 = 6 4 / 3 = 1.3333... 2 ** 3 = 8 (2^3)
- 16. Operators & Maths and (True and True) or (False or True) is (True is True) not (not False)
- 17. Control Flow if condition: code name = "Tom" if name == "Tom": print("Hello Tom!")
- 18. Control Flow if condition: code name = "Tom" if name == "Tom": print("Hello Tom!")
- 19. Control Flow if condition: code name = "Tom" if name == "Tom": print("Hello Tom!")
- 20. Control Flow if condition: code name = "Tom" if name == "Tom": print("Hello Tom!")
- 21. Control Flow if condition: code name = "Tom" if name == "Tom": print("Hello Tom!")
- 22. Indentation if condition: ....code name = "Tom" if name == "Tom": ....print("Hello Tom!")
- 23. Control Flow if condition: code elif condition: code else: code if name == "Tom": print("Hi Tom") elif name == "Mili": print("Hi Mili!!!") else: print("Hi Stranger")
- 24. Control Flow if condition: code elif condition: code else: code if name == "Tom": print("Hi Tom") elif name == "Mili": print("Hi Mili!!!") else: print("Hi Stranger")
- 25. Lists pizza = "Leonardo's Meat Lovers Pizza" fave_foods = ["salmon", "prawn pasta", pizza] prawns = fave_foods[1]
- 26. Lists pizza = "Leonardo's Meat Lovers Pizza" fave_foods = ["salmon", "prawn pasta", pizza] prawns = fave_foods[1]
- 27. Lists pizza = "Leonardo's Meat Lovers Pizza" fave_foods = ["salmon", "prawn pasta", pizza] prawns = fave_foods[1]
- 28. Lists pizza = "Leonardo's Meat Lovers Pizza" fave_foods = ["salmon", "prawn pasta", pizza] prawns = fave_foods[1]
- 29. Loops while condition: code print("This is a dream ...") while True: print("... inside a dream ...")
- 30. Loops for item in iterator: code for food in ["pizza", "pasta", "garlic bread"]: print(f"I love {food}")
- 31. Loops for item in iterator: break for food in ["pizza", "grass", "garlic bread"]: if food == "grass": print(f"Yuck! I hate {food}") break print(f"I love {food}")
- 32. Dictionaries my_name = "Tom" me = { "name": my_name, "age": 21, "siblings": 1 } print(f"age: {me['age']}")
- 33. Dictionaries my_name = "Tom" me = { "name": my_name, "age": 21, "siblings": 1 } print(f"age: {me['age']}")
- 34. Dictionaries my_name = "Tom" me = { "name": my_name, "age": 21, "siblings": 1 } print(f"age: {me['age']}")
- 35. Dictionaries my_name = "Tom" me = { "name": my_name, "age": 21, "siblings": 1 } print(f"age: {me['age']}")
- 36. Dictionaries my_name = "Tom" me = { "name": my_name, "age": 21, "siblings": 1 } print(f"age: {me['age']}")
- 43. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 44. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 45. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 46. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 47. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 48. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name
- 49. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name instance = ClassName("Hello World!") hello = instance.hello()
- 50. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name instance = ClassName("Hello World!") hello = instance.hello()
- 51. Classes class ClassName: def __init__(self, con_argument): self.var_name = con_argument def hello(self): print(self.var_name) return self.var_name instance = ClassName("Hello World!") hello = instance.hello()
- 52. September Theme Futuristic Month! Questions about the workshop?! What's your fave language?