Difference between revisions of "Computer Science"
From WLCS
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** How to lose: Describe the specific ways to lose the game. You must describe the steps that your program will take to check when/if you lose | ** How to lose: Describe the specific ways to lose the game. You must describe the steps that your program will take to check when/if you lose | ||
*** e.g. Check if the Player ever collides with an explosive mine object | *** e.g. Check if the Player ever collides with an explosive mine object | ||
| + | * Print out your proposal and turn in it. | ||
* Begin working on your 4th Quarter Project | * Begin working on your 4th Quarter Project | ||
Revision as of 08:26, 18 May 2011
Contents
- 1 Wednesday (5/18/11)
- 2 Friday - Tuesday (5/13/11 - 5/17/11)
- 3 Wednesday - Thursday (5/11/11 - 5/12/11)
- 4 Monday - Tuesday (5/9/11 - 5/10/11)
- 5 Wednesday - Friday (5/4/11 - 5/6/11)
- 6 Monday - Tuesday (5/2/11 - 5/3/11)
- 7 Friday (4/29/11)
- 8 Wednesday - Thursday (4/27/11 - 4/28/11)
- 9 Monday - Tuesday (4/25/11 - 4/26/11)
- 10 Wednesday - Friday (4/13/11 - 4/15/11)
- 11 Monday - Tuesday (4/11/11 - 4/12/11)
- 12 Friday (4/8/11)
- 13 Wednesday - Thursday (4/7/11 - 4/8/11)
- 14 Monday - Tuesday (4/4/11 - 4/5/11)
- 15 Archives
Wednesday (5/18/11)
Warmup:
- Complete CodingBat: Warmup-1:makes10
Agenda:
- 4th Quarter Project Proposal
- Length: 3/4 of a page
- Name, Date, Period
- Objective: Brief description (2-3 sentences) describing what your game will be like
- Requirements & Features: ~10 specific detailed requirements that your game will have
- e.g. Player sprite that moves up, down, left, right using the arrow
- How to win: Describe the specific objective to win the game. You must describe the steps that your program will take to check when/if you win
- e.g. Use a variable to keep count of how many coins you pick up. Check if all the coins have been collected on the screen.
- How to lose: Describe the specific ways to lose the game. You must describe the steps that your program will take to check when/if you lose
- e.g. Check if the Player ever collides with an explosive mine object
- Print out your proposal and turn in it.
- Begin working on your 4th Quarter Project
Friday - Tuesday (5/13/11 - 5/17/11)
Warmup 1:
- Complete CodingBat: Warmup-1:parrot_trouble
Warmup 2:
- If you are a senior, please fill out the following:
Agenda:
- Demo to Mr. Bui your Robot game that uses lists
- You should also demo at least two advanced features (e.g. teleport, warps, difficulty levels)
- Begin designing your 4th quarter project
- Dodge game
- Target game
- Flying game
- Racing game
- etc.
Wednesday - Thursday (5/11/11 - 5/12/11)
Warmup:
- Complete CodingBat: Warmup-1:sum_double
Agenda:
- Complete CodingBat: Warmup-1:makes10
- Demo to Mr. Bui your Robot game that uses lists
- You should also demo at least two advanced features (e.g. teleport, warps, difficulty levels)
Monday - Tuesday (5/9/11 - 5/10/11)
Warmup:
- Go to the CodingBat - Python webpage
- Sign up for an account using your e-mail address
- Go to prefs -> Teacher Share and use my e-mail address:
- Also make sure you have put in your Last name, First name
- Complete Warmup-1:sleep_in
Agenda:
- Introduction to CodingBat
- Future warmups, assignments, and possible exam questions
- Extra credit opportunity?
- Complete Warmup-1:monkey_trouble
- Item collection w/ list walk-through
- Convert your Robot game to use lists
- Once completed, you should add at least two advanced features (e.g. teleport, warps, difficulty levels)
Wednesday - Friday (5/4/11 - 5/6/11)
Agenda:
- Item collection game w/ Lists walk-through
- Convert your Robot game to use lists
- If you do not have a working copy of Robot game, then Mr. Bui will give you one
Monday - Tuesday (5/2/11 - 5/3/11)
Agenda:
- Demo the first 4 exercises of Advanced Python List Exercises
- List Review Exercises
- List quiz today
- Introduction to Graphics w/ Lists
- Item collection game w/ Lists walk-through
- Convert your Robot game to use lists
- If you do not have a working copy of Robot game, then Mr. Bui will give you one
Friday (4/29/11)
Agenda:
- Demo the first 4 exercises of Advanced Python List Exercises
- List Review Exercises
- List quiz today
Wednesday - Thursday (4/27/11 - 4/28/11)
Agenda:
- Demo the first 4 exercises of Advanced Python List Exercises
- List Review Exercises
- List quiz on Friday (4/29/11) or Monday (5/2/11)
Monday - Tuesday (4/25/11 - 4/26/11)
Warmup:
- Using a loop, print out the following sequence of numbers:
- 1, 4, 9, 16, 25, 36, 49, 64, 81, 100
Agenda:
- Spring Break Debrief
- Advanced Python List Exercises
Wednesday - Friday (4/13/11 - 4/15/11)
Agenda:
- Advanced Python List Exercises Review!
Monday - Tuesday (4/11/11 - 4/12/11)
Warmup:
- Assume you have the following numbers: 25, 34, 15, 75, 45, 26, 81, 70
- What is the minimum?
- What is the maximum?
- Write the detailed step-by-step process your brain took to find either one
Agenda:
- Min/Max search algorithm
- Art Institute Presentation
- Work on the Advanced Python List Exercises
Friday (4/8/11)
Warmup:
- Assume you have the following numbers: 5, 3, 7, 2, 1, 8
- Open notepad and write down the steps that your brain takes in finding the 2
Agenda:
- Linear search algorithm
- Work on the Advanced Python List Exercises
Wednesday - Thursday (4/7/11 - 4/8/11)
Warmup:
- Assume you have the list nums = [2, 4, 6, 8, 10]
- Print out the first element
- Print out the last element
- Print out the middle element
Warmup 2:
- Create an empty list named nums2
- Append the following numbers to nums: 8, 6, 7, 5, 3, 0, 9
Agenda:
- List Review
- Introduction to advanced list algorithms
- Work on the Advanced Python List Exercises
Monday - Tuesday (4/4/11 - 4/5/11)
Agenda:
- Watch Rise of the Video Game: Part 1
- Watch Rise of the Video Game: Part 2
