Appendix A List of Sage notes
There are many great Sage references. But for the convenience of users of this text, we collect all the many Sage notes from the text here in one place.
Sage note 1.5.1 About Sage notes
Sage note 1.5.2 Using commands in Sage cells
Sage note 2.1.2 Counting begins at zero
Sage note 2.1.3 Repeating commands for different input
Sage note 2.4.5 Remind how to get list elements
Sage note 4.2.1 Timing your work
Sage note 4.2.2 Numbers too big for a computer
Sage note 4.2.4 Give things names
Sage note 4.2.5 Making tuples
Sage note 4.2.6 Types matter
Sage note 4.5.2 Checking equality
Sage note 4.6.2 List comprehensions
Sage note 5.3.8 Getting interactive Sage help
Sage note 5.4.3 Printing it out
Sage note 6.1.3 Making comments
Sage note 8.2.2 Colorful options
Sage note 9.1.6 Reminder to try things out
Sage note 9.3.2 Euler phi in Sage
Sage note 9.3.3 More complex list comprehension
Sage note 10.0.2 Reminder for colormaps
Sage note 10.1.3 Filtering list comprehensions
Sage note 10.2.2 How Sage does primitive roots
Sage note 10.5.5 Reminder on equality
Sage note 11.1.1 Definitions
Sage note 11.1.2 Always evaluate your definitions
Sage note 11.2.1 Reminder to evaluate definitions
Sage note 11.3.1 Another reminder to evaluate definitions
Sage note 11.3.4 Compute what you need
Sage note 11.3.6 Change values right in the code
Sage note 11.5.1 We keep reminding you
Sage note 11.6.1 A final reminder to evaluate definitions
Sage note 12.4.8 Reminder about timing
Sage note 12.5.2 Trying your primes yourself
Sage note 12.5.5 Code for trial division
Sage note 12.6.8 Building interacts
Sage note 13.1.3 Handling errors
Sage note 13.4.15 Examining code is good for you
Sage note 16.2.2 Commands of more sophistication
Sage note 16.3.3 Quadratic residues
Sage note 17.1.6 Check your work
Sage note 17.4.11 Names of functions may vary
Sage note 18.2.4 Review quiz
Sage note 18.2.6 Explore here
Sage note 19.2.2 Syntax for sigma
Sage note 20.2.2 Try to be efficient
Sage note 21.1.2 Syntax for counting primes
Sage note 21.1.3 Cython
Sage note 21.1.4 Not all algorithms are equal
Sage note 21.4.4 Python can do math too
Sage note 22.3.11 Sage can change
Sage note 23.1.6 Check your work again
Sage note 25.8.2 Into the future
