MTH4300: Programming and Computer Science II

Dual view on Mac and Windows

Windows

Introduction to Dual View for Windows

Mac

Introduction to Dual View for Mac

Dual view on Ubuntu

Ubuntu laptops

Setup and customize the Ubuntu operating system.

USB installation stick

Instructions on how to create a USB installation disk.

Re-installation of Ubuntu

Instructions on how to do clean re-install the Ubuntu operating system.

Practice problems

Lecture notes

No.Title and link
1. Introduction to C++
2. Variables, branching, and loops
3. Functions and recursions
4. Pointers
5. Linked lists
6. Stacks
7. Sequences
8. Pointers practice
9. References
10. Sorting
11. Object oriented programming
12. Trees in C++
13. Balanced trees
14. Sets and maps: simplified
15. Sets and maps: standard
16. Dynamic programming
17. Vectors
18. Representation of integers in computers
19. Floating point representation
20. Templates
21. Inheritance
22. Pointers to functions
23. Multi core programming and threads
24. Reading data from internet
25. Graphic cards and OpenCL
26. OpenCL on AWS
27. OpenCV and optical mark recognition

Youtube videos

No.Title and linkDuration
1. Raspberry Pi 4 16:49 and 18:28
2. Introduction to C++ 17:52
3. Structures, pointers, and linked lists 53:32
4. Object oriented programming 14:18, 15:05, 20:27, 17:15, and 32:15
5. Trees, sets, and maps 35:41 and 48:59
6. Multi-core programming on Raspberry Pi 30:15

MTH 4300 class summaries (Spring 2026)

DateMaterial
1. January 26, 2026 Course policies and introduction
2. January 28, 2026 Announcement about academic integrity quiz and academic integrity essay; Variables, branches and loops (Reading assignment: Chapter 2 of the lecture notes)
3. February 2, 2026 Functions and recursions (Chapter 3)
4. February 4, 2026 Functions and recursions: practice
5. February 9, 2026 Pointers
6. Problems for February 11, 2026Pointers and linked lists
7. February 18, 2026 Arrays, new and delete
8. February 23, 2026Stacks
9. February 25, 2026 Practice: pointers, arrays, stacks
10. March 2, 2026 Practice for the midterm 1
11. March 9, 2026 References; sorting
12. March 11, 2026 Merge sort
13. March 16, 2026 Object oriented programming: class, object, attribute, method, member, declaration, implementation, public, private, constructor, destructor
14. March 18, 2026 Problems and solutions involving IceCreamShop (in-person class)
15. March 23, 2026 Copy constructor, copy assignment, mutators, accessors, const (code from class on 2026/03/23)
16. March 25, 2026 Move constructor and move assignment
17. March 30, 2026 Practice: sorting, stacks, arrays, references, and pointers (code from class on 2026/03/30)
18. April 13, 2026 Practice: stacks, object oriented programming (code from class on 2026/04/15)
19. April 20, 2026Binary trees and binary search trees (code from class on 2026/04/20)
20. April 22, 2026 ssm::set (code from class on 2026/04/22)
21. April 27, 2026 AVL trees
22. April 29, 2026 Dynamic programming. (code from class on 2026/04/29)
23. May 4, 2026 Representation of integers
24. May 6, 2026 Floating point representation. (code from class on 2026/05/06)
25. May 11, 2026 Practice: ssm::set, memoization, pointers, references, arrays. Announcement: Chapters for the final: 1-19 except the chapter 15.
26. May 13, 2026 Practice: ssm::set, binary search trees, breadth-first search