This PDF Python for Everybody by Dr. Charles R. Severance covers the
following topics related to Python : Why should you learn to write programs?,
Variables, expressions, and statements, Conditional execution, Functions,
Iteration, Strings, Files, Lists, Dictionaries, Tuples, Regular expressions,
Networked programs, Using Web Services, Object-oriented programming, Using
Databases and SQL, Visualizing data.
This book explains the following topics:
Introduction and Review, variables, Expressions, Operators, For Loops, Range For
Loops, Python Functions : Karel functions, function Analogy, Function as python
Objects and Variable Scope.
The contents include : Foreword, Setting Up a Python
Programming Environment, An Introduction to Machine Learning, How To Build a
Machine Learning Classifier in Python with Scikit-learn, How To Build a Neural
Network to Recognize Handwritten Digits with TensorFlow, Bias-Variance for Deep
Reinforcement Learning: How To Build a Bot for Atari with OpenAI Gym.
Author(s): Lisa Tagliaferri, Michelle Morales, Ellie
Birbeck, and Alvin Wan
This note
explains the following topics: Variables, expressions and statements, Functions,
conditionals and recursion, Fruitful functions and iteration, Strings and lists,
Tuples and dictionaries, Files and exceptions, Classes and objects, Class
methods and composition, Inheritance.
Goal of this note is to teach
the following topics: Python integers, non-decimal integers, Python floats,
precision of floats, Boolean algebra, complex numbers, convert numbers into
different basic data types.
This note explains the following topics:
Essentials of a Python program, Variables and scope, Selection control
statement, Collections, Errors and exceptions, Functions, Classes,
Object-oriented programming, Packaging and testing, Useful modules in the
Standard Library, GUI programming with tkinter, Sorting, searching and algorithm
analysis.
This note covers the
following topics: Basic Principles of Python, String Data, String Operations,
Numeric Data, Types of Numeric Data, Conversion of Scalar Types, Lists, Tuples
and Dictionaries, Input and Output, Programming, Functions, Using Modules,
Writing Modules and Exceptions.
This note
assumes that you know no Python whatsoever. This note covers Python 2.2 to 2.6, which
are the most common versions currently in use– it does NOT cover the recently released Python 3.0 (or 3.1) since those
versions of Python are so new.
This note covers the following topics: Native Datatypes, Comprehensions,
Strings, Regular Expressions, Installing Python, Closures and Generators,
Classes and Iterators, Advanced Iterators, Unit Testing, Refactoring, Files,
XML, Serializing Python Objects, HTTP Web Services, Case Study: Porting chardet
to Python 3, Packaging Python Libraries, Porting Code to Python 3 with 2to3 and
Special Method Names.
This library reference manual documents
Python's standard library, as well as many optional library modules . It also
documents the standard types of the language and its built-in functions and
exceptions, many of which are not or incompletely documented in the Reference
Manual.
Author(s): Guido
van Rossum, Python Software Foundation