UNIT 8. The Calculus Project |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
---|---|---|---|---|---|
76 May 28 |
|||||
75 May 24 |
Calculus Project:
Function.differentiate |
||||
74 May 22 |
Calculus Project:
Function.parse |
||||
73 May 17 |
|||||
72 May 15 |
Calculus Project: ENode Hierarchy |
||||
71 May 11 |
Calculus Project: ENode Hierarchy |
||||
70 May 9 |
Calculus Project: Function.preProcess |
||||
Tuesday May 8: AP Exam (AM) |
|||||
69 May 7 |
Review Sample Exam A-2, Review Scoring Guidelines |
||||
68 May 3 |
Review Sample Exam A-1 PreProcess Work Period |
||||
67 May 1 |
The Calculus Project: Function.preProcess() |
||||
66 Apr 27 |
|||||
65 Apr 25 |
The Calculus Project: Syntax Diagrams for Expression Grammar (Sample) |
||||
UNIT 7. AP Exam Preparation 2: Gridworld 2-4 and Practice Questions |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
64 Apr 23 |
Review Weekend GridWorld Questions |
||||
63 Apr 19 |
Part 4. Interacting Objects |
||||
62 Apr 17 |
|||||
61 Apr 13 |
|||||
Apr 11 |
Missed Class: Euclid Math Contest |
||||
60 Apr 5 |
|||||
UNIT 6. Fractal Algorithms III: Iterated Function Systems and The Collage Theorem |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
59 Apr 3 |
|||||
58 Mar 30 |
Download: IFS Freestyle Tools |
||||
57 Mar 28 |
|||||
MARCH BREAK | |||||
56 Mar 9 |
IFS Assignment: Work Period |
||||
55 Mar 7 |
|||||
54 Mar 5 |
RSGC: (Deterministic) Iterated Function Systems Workshop |
||||
53 Mar 1 |
In Class Assignment: Social Network |
||||
52 Feb 28 |
|||||
51 Feb 24 |
Bracketed L-Systems Work Period |
||||
50 Feb 22 |
Bracketed L-Systems Work Period |
||||
UNIT 5. AP Exam Preparation 1: Gridworld |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
49 Feb 16 |
|||||
48 Feb 14 |
|||||
UNIT 4. Fractal Algorithms II: Lindenmayer Systems |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
47 Feb 10 |
L-Systems Work Period |
||||
46 Feb 8 |
Bracketed L-Systems |
||||
45 Feb 6 |
|||||
UNIT 3. Fractal Algorithms I: Gaskets, Cantor Sets,
Fractal Dimension, and Koch Constructions |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
44 Feb 2 |
Work Period: Koch Tilings and Tesselations |
||||
43 Jan 31 |
|||||
42 Jan 27 |
Quadratic Koch Work Period |
||||
41 Jan 25 |
Triadic & Quadratic Koch Work Period |
||||
40 Jan 23 |
Traidic Koch Work Period |
||||
39 Jan 19 |
Mathematical Analysis of the Koch Snowflake Finite Area vs Infinite Perimeter |
||||
38 Jan 17 |
Dimension: Euclidean (Formula) vs Fractal (Hausdorff) List of Fractals by Dimension KOCH CONSTRUCTIONS: Triadic and Quadratic Snowflakes |
||||
37 Jan 13 |
THE CANTOR SET: Triadic and Quadric | ||||
36 Jan 11 |
THE CANTOR SET: Triadic and Quadric | ||||
35 Dec 21 |
CHRISTMAS
← (Binary Search) TREE |
Review of Framework saveImage() Technique Heap Example, Fractal Framework Cantor Ternary Set: Implementation |
|||
34 Dec 19 |
← S. Knowles' 3D Sierpinski Gasket |
Fractal Framework |
|||
33 Dec 15 |
Fractal Framework |
||||
32 Dec 13 |
Interval Notation: Open: (a,b), Closed: [a,b] Asymmetric: (a,b] or [a,b) Base 3 (Ternary) Decimal ⇔ Ternary Conversion Limit: Is .999... = 1? Fractions in HTML: 1/3 |
Fractal Framework |
|||
31 Dec 9 |
Fractal Framework:
Gaskets |
||||
30 Dec 7 |
Fractal Framework:
Gaskets |
||||
29 Dec 5 |
For later in the course: Da Vinci Code for Trees |
Fractal Framework:
Gaskets |
|||
UNIT 2. The Java Collection Framework |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
28 Dec 1 |
482-491 |
Map Classes: TreeMap<K,V>, HashMap<K,V> |
|||
27 Nov 29 |
482-491 |
Set Classes: TreeSet<E>, HashSet<E> |
|||
26 Nov 23 |
482-491 |
PriorityQueue<E> Class (based on a min Heap) |
|||
25 Nov 21 |
IMAGE-A&G: 3D Example Matrix2D Enhanced 3: The Inverse of a Matrix |
||||
24 Nov 17 |
Matrix2D Enhanced 2: Cramer's Rule | ||||
23 Nov 15 |
Matrix2D Enhanced 1: Determinants | ||||
22 Nov 9 |
Animation2D Work Period | ||||
21 Nov 7 |
Review of Transform2DTest: enum, switch, Point2D {x,y,1}, matrix mul, etc. Modeling in R2: Part 3. Animation2D, Overview of Code |
||||
20 Nov 3 |
Modeling
in R2: Part 2. Transform2D Our Transform2D.Type, Tutorial on Enum |
||||
19 Nov 1 |
Modeling in R2: Part 1. Matrix2D | ||||
18 Oct 28 |
480-482 |
In-Class Assignment: Big Box Simulation 1 | |||
17 Oct 26 |
480-482 |
Recursive Bracket Matching, |
|||
16 Oct 24 |
478-480 |
The Stack<E> Class In-Class Assignment: Recursive Bracket Matching |
|||
15 Oct 20 |
472-478 |
JCF: Interfaces |
Lists and ListIterator<E> (continued) Doubly-linked List: LinkedList<E> Big-O Comparison: ArrayList<E> vs LinkedList<E> |
||
14 Oct 18 |
466-472 |
JCF: Collections |
|||
UNIT 1. Introduction to Recursive Algorithms and Big-O Analysis |
|||||
CLASS | REFERENCE | RELATED | INVESTIGATIONS | PROJECTS | |
13 Oct 14 |
Missed Class: Ontario Universities' Fair Sudoku Work Period |
||||
12 Oct 12 |
|||||
11 Oct 7 |
Maze Day 3: Traversal
|
||||
10 Oct 5 |
The Processing Javadoc |
Maze Day 2: Generation |
|||
9 Oct 3 |
The Processing Language |
Depth-First Searching Algorithm 2: |
|||
8 Sep 29 |
PermutationGenerator.java (Executable Jar) Depth-First Searching Algorithm 1: Flood Fill Executable jar, BufferedImage: getRGB(x,y,Color) and setRGB(x,y,Color) methods |
||||
7 Sep 27 |
|||||
6 Sep 22 |
|||||
5 Sep 20 |
Review of Palindrome Project Permutations and Combinations Pascal's Triangle, Base Conversion |
||||
4 Sep 16 |
Factorials (n!): Iterative, Recursive |
||||
3 Sep 14 |
|||||
2 Sep 12 |
|||||
1 Sep 8 |
Order of Complexity: Big-O Repetition: Iteration or Recursion? |
||||
0 Sep 7 |
Orientation |
ACES Hall of Fame, Course Overview, Install Eclipse |