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Introduction

Chapter 1. Getting Started with Python

1.1 The First Example: Hello, World!

1.2 Different Ways of Using Python

End of Section

Chapter 2. Computing with Formulas

2.1 Programming Simple Mathematics

2.2 Variables and Variable Types (1)

2.2 Variables and Variable Types (2)

2.3 Formatting Text Output

2.4 Importing Modules

2.5 Pitfalls when Programming Mathematics

End of Section

Chapter 3. Loops and Lists

3.1 Loops for Automating Repetitive Tasks

3.2 Boolean Expressions

3.3 Using Lists to Store Sequences of Data

3.4 Iterating Over a List with a "for" Loop - (1)

3.4 Iterating Over a List with a "for" Loop - (2)

3.4 Iterating Over a List with a "for" Loop - (3)

3.4 Iterating Over a List with a "for" Loop - (4)

3.4 Iterating Over a List with a "for" Loop - (5)

3.5 Part 1 - Nested Lists

3.5 Part 2 - List Slicing

3.6 Tuples

End of Section

Chapter 4. Functions and Branching

4.1 Programming with Functions

4.2.1 Function Arguments - Positional vs. Keywords

4.2.2 Local Variables vs. Global Variables

4.2.3 Multiple Return Values are Ret. as a Tuple

4.2.4 Sample: Sum Computing Function

4.3.1 Default Arguments

4.3.2 Documentation for your Functions

4.4 IF-Tests for Branching the Programming Flow

4.5 Functions as Arguments to Functions

4.6 Solving Equations with Python Functions (1)

4.6 Solving Equations with Python Functions (2)

4.7 Writing Test Functions to Verify Programs (1)

4.7 Writing Test Functions to Verify Programs (2)

End of Section

Chapter 5. User Input and Error Handling

5.1 Reading User Input Data (1)

5.1 Reading User Input Data (2)

5.2 Flexible User Input (1) with eval

5.2 Flexible User Input (2) with exec

5.3 Reading Data from Files

5.4 Writing Data to Files

5.5 Handling Errors in Program (1)

5.5 Handling Errors in Program (2)

5.6 Making Modules in Python

End of Section

Arrays and Plotting

6.1 NumPy and Array Computing - (1)

6.1 NumPy and Array Computing - (2)

6.2 Plotting Curves with Matplotlib (1)

6.2 Plotting Curves with Matplotlib (2)

6.3 Plotting Discontinuous Functions

6.4 Making a Movie of a Plot - 1st Alternative

6.4 Making a Movie of a Plot - 2nd Alternative

6.4 Making a Movie of a Plot - 3rd Alternative

6.5 More Useful Array Operations

End of Section

Dictionaries and Strings

7.1 Dictionaries - Part 1: Dictionaries Basis

7.1 Dictionaries - Part 2: Similarities with Lists

7.2 Example: A Dictionary for Polynomials

7.3 Example: Reading File Data to a Dictionary

7.4 String Manipulation - Part 1

7.4 String Manipulation - Part 2

7.4 String Manipulation - Part 3

End of Section

Section 9

8.1 Basic Concepts of Classes

8.2 Protected Class Attributes

8.3 Special Methods - Part 1

8.3 Special Methods - Part 2

8.4 Example: Automatic Differentiation of Function

Parent Constructor vs. Child Constructor

8.5 Test Functions for Classes

8.6 Example: A Polynomial Class

End of Section

Section 10

9.2 Example: Classes for Numerical Differentiation

9.3 Example: Classes for Numerical Integration

9.1 Class Hierarchies and Inheritance

End of Section

Section 11

End of the Course

Book

Python Scientific Programming...

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Practicing Programming Tactics and Skills of Using Python in Scientific Calculation and Problem Solving

Level intermediate Lectures 72 Lectures Enrolled Students 0 Students Durations 22:12 hrs

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Available Seats 100 / Total Seats 100 Cart 0

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