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| − | == Tuesday - Thursday (6/5/18 - 6/7/18) ==
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| − | '''Agenda:'''
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| − | * Demo any missing assignments (e.g. Brick class, Brick collision, etc.)
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| − | * [[IBCS2 Summer Assignment]]
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| − |
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| − | == Friday (6/1/18) ==
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| − | '''Agenda:'''
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| − | * TURN IN FINAL EXAM EXEMPTION SLIPS!
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| − | * Demo Brick assignment (row of flashing bricks using the test main code below)
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| − | * Brick collision assignment
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| − | *# Now that you have Bricks that can display, implement the following methods in the Brick class:
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| − | *#* boolean hitTop(Ball b) - returns true if the Ball b's bottom edge hits the top side of a '''visible''' Brick (i.e. check for visibility too); return false otherwise (HINT: You basically have this method already done...)
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| − | *#* boolean hitBottom(Ball b) - returns true if the Ball b's '''top''' edge hits the '''bottom''' side of a '''visible''' Brick (i.e. check for visibility too)
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| − | *#* boolean hitLeft(Ball b) - returns true if the Ball b's '''right''' edge his the '''left''' side of a '''visible''' Brick (i.e. check for visibility too)
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| − | *#* boolean hitRight(Ball b) - returns true if the Ball b's '''left''' edge his the '''right''' side of a '''visible''' Brick (i.e. check for visibility too)
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| − | *# To demonstrate this assignment, modify the Brick test code that was given to you, so that the row of Bricks no longer blink. Instead, add if-statements to check if the ball hits the top OR bottom of a '''visible''' Brick, then turn the Brick invisible and reverse the ball's dy. If the ball hits the left or right of a '''visible''' Brick, then turn the Brick invisible and reverse the ball's dx.
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| − |
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| − | == Wednesday (5/30/18) ==
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| − | '''Agenda:'''
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| − | * Brick assignment
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| − | ** Design and implement a Brick class
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| − | ** Instance variables:
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| − | *** int x
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| − | *** int y
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| − | *** int w
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| − | *** int h
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| − | *** color c //we will go over this in class
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| − | *** boolean visible
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| − | ** Methods:
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| − | *** Brick() //constructor - sets all the instance variables to appropriate values
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| − | *** Brick(int x, int y, int w, int h, color c) //specific constructor - we will learn about this
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| − | *** display() //displays the brick if it is visible (true)
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| − | *** setVisible(boolean v) //set the visible instance variable to v
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| − | * Demo your Brick in a new sketch using the main code below:
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| − |
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| − | <syntaxhighlight lang="java">
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| − | Brick b0;
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| − | Brick b1;
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| − | Brick b2;
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| − | Brick b3;
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| − | Brick b4;
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| − | int time = millis();
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| − |
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| − | void setup()
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| − | {
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| − | size(600, 600);
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| − | b0 = new Brick(50, height/2, 100, 25, color(255, 0, 0));
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| − | b1 = new Brick(150, height/2, 100, 25, color(128, 128, 0));
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| − | b2 = new Brick(250, height/2, 100, 25, color(128, 128, 128));
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| − | b3 = new Brick(350, height/2, 100, 25, color(0, 255, 0));
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| − | b4 = new Brick(450, height/2, 100, 25, color(0, 255, 255));
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| − | time = millis();
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| − | }
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| − |
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| − | void draw()
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| − | {
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| − | background(0);
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| − | b0.display();
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| − | b1.display();
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| − | b2.display();
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| − | b3.display();
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| − | b4.display();
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| − | if (millis() - time > 500)
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| − | {
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| − | b0.setVisible(false);
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| − | b1.setVisible(false);
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| − | b2.setVisible(false);
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| − | b3.setVisible(false);
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| − | b4.setVisible(false);
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| − | }
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| − | if(millis() - time > 1000)
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| − | {
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| − | time = millis();
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| − | b0.setVisible(true);
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| − | b1.setVisible(true);
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| − | b2.setVisible(true);
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| − | b3.setVisible(true);
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| − | b4.setVisible(true);
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| − | }
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| − | }
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| − | </syntaxhighlight>
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| − |
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| − | == Wednesday - Friday (5/23/18 - 5/24/18) ==
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| − | '''Agenda:'''
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| − | * Please complete [https://goo.gl/forms/h8F8tZOqxwxG4Wxj2 Mr. Bui's End of Course Survey]
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| − | * Surprise!
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| − | ** Extra credit if...
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| − | * Finish Paddle hitTop() walk through
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| − | * Demonstrate and missing assignments
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| − | * Design and implement a Brick class
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| − | ** What attributes would a Brick have?
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| − | ** What methods would a Brick have?
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| − |
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| − | == Thursday (5/17/18) ==
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| − | '''Warmup:'''
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| − | * Implement the following methods in the Paddle class:
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| − | ** void moveLeft() - adjust the Paddle's x variable appropriately using dx
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| − | ** void moveRight() - adjust the Paddle's x variable appropriately using dx
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| − | ** void moveUp() - adjust the Paddle's y variable appropriately using dy
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| − | ** void moveDown() - adjust the Paddle's y variable appropriately using dy
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| − | * Test out your methods by calling them using the keyboard in the main tab
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| − | '''Agenda:'''
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| − | * Classes and objects review
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| − | * Paddle hitTop() walk through
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| − |
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| − | == Tuesday (5/15/18) ==
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| − | '''Agenda:'''
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| − | * If you were not here last class, please watch the linked video about Xerox PARC at home
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| − | ** [https://www.youtube.com/watch?v=ZFUsYXZSMqs Xerox PARC, Apple, & Microsoft history]
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| − | * Introduction Object-Oriented Programming
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| − | ** Ball class review
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| − | ** Complete and integrate the Paddle class. Demo this for credit
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| − | ** Create a new method in the Paddle class:
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| − | *** boolean hitTop(Ball b) - returns true if b collides with the top edge of the Paddle (we will discuss this more, but you can try to do it yourself). Return false otherwise
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| − | == Wednesday - Friday (5/9/18 - 5/11/18) ==
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| − | '''Agenda:'''
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| − | * Demo converted List Exercises
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| − | * [https://www.youtube.com/watch?v=ZFUsYXZSMqs Xerox PARC, Apple, & Microsoft history]
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| − | * Processing Java arrays and bouncing ball
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| − | * Introduction to Java classes and objects
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| − | ** [https://processing.org/tutorials/objects/ Processing - Objects Tutorial]
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| − | ** Define a Paddle class with the following instance variables and methods:
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| − | *** Instance variables (attributes):
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| − | **** int x
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| − | **** int y
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| − | **** int w
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| − | **** int h
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| − | *** Methods
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| − | **** Paddle() //constructor
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| − | **** display() //draws a rectangle using the Paddle's instance variables
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| − | **** moveMouse() //sets the x and y instance variables using the mouseX and mouseY variables
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| − | ** Add a Paddle to your program
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| − | == Monday (5/7/18) ==
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| − | '''Agenda:'''
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| − | * No Internet
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| − | * Convert your [[Advanced Python List Exercises]] to use Java arrays
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| − | ** We will walked through the first two examples last class
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| − | ** Convert and be prepared to demo List Min/Max and Reverse
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| − |
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| − | == Tuesday - Thursday (5/1/18 - 5/3/18) ==
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| − | '''Agenda:'''
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| − | * [https://survey.k12insight.com/r/CvhCPg CTE Program Completer Survey]
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| − | * Convert any looped program to use a for loop (Prime, Monte Carlo, Taylor Series, etc.)
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| − | ** Demo your program
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| − | * Java arrays [lists]
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| − | ** [[Media:JavaArrays Basic.ppt]]
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| − | ** Convert your [[Advanced Python List Exercises]] to use Java arrays
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| − | ** We will walk through the first two examples
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| − |
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| − | == Friday (4/27/18) ==
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| − | '''Agenda:'''
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| − | * Demo any missing assignments:
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| − | ** Prime numbers assignment
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| − | ** Monte Carlo Pi assignment
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| − | ** Taylor Series Pi and e assignment
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| − | ** Functions/Methods Practice assignment
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| − | * Java for loop
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| − | ** [https://docs.oracle.com/javase/tutorial/java/nutsandbolts/for.html Oracle Documentation - The for Statement]
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| − | ** Practice for loops
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| − | == Monday - Wednesday (4/23/18 - 4/25/18) ==
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| − | '''Agenda:'''
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| − | * Demo the following converted programs:
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| − | ** Prime numbers assignment
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| − | ** Monte Carlo Pi assignment
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| − | ** Taylor Series Pi and e assignment
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| − | * Java functions / methods
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| − | * Convert the [[Python Functions Assignment]] to Java methods
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| − | ** Class walk-through first couple functions/methods
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| − |
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| − | == Tuesday - Thursday (4/17/18 - 4/19/18) ==
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| − | '''Agenda:'''
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| − | * Nested-if statements review
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| − | * Java while loops
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| − | * Java random numbers
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| − | * Convert Guessing Game assignment from Python -> Java
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| − | ** Class walk-through
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| − | * Integer division and casting
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| − | * Convert Prime numbers assignment from Python -> Java
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| − | * Convert Monte Carlo Pi assignment from Python -> Java
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| − | * Convert Taylor Series Pi and e assignment from Python -> Java
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| − | == Friday (4/13/18) ==
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| − | '''Agenda:'''
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| − | * Demo converted [[Tech Support Flow Chart Assignment]] from Python -> Java
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| − | * If you have not completed the Java assignments, then they are homework for the weekend
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| − |
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| − | == Wednesday (4/11/18) ==
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| − | '''Agenda:'''
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| − | * Review Java Strings
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| − | ** [[Media:JavaStrings_Basic.pptx]]
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| − |
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| − | == Friday (4/6/18) ==
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| − | '''Agenda:'''
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| − | * Demo any Java assignments
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| − | * End of 3rd Quarter
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| − | * Review Java Strings
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| − | == Wednesday (4/4/18) ==
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| − | '''Agenda:'''
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| − | * Mr. Bui is still out because his son has the flu
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| − | * Read through [[Media:JavaStrings_Basic.pptx]]
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| − | ** Be sure to test some of the Java code out
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| − | * Convert your [[Tech Support Flow Chart Assignment]] from Python -> Java
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| − | ** You will need to use the Scanner's nextLine() method to take input as a String
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| − | ** You will need to use the String's equals() method to compare if two Strings match
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| − |
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| − | <syntaxhighlight lang="Java">
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| − | String str1 = "hello";
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| − | String str2 = "goodbye";
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| − |
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| − | if(str1.equals("hello"))
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| − | {
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| − | System.out.println("This will print because the condition is true");
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| − | }
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| − |
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| − | if(str2.equals("hello"))
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| − | {
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| − | System.out.println("This does not print because the condition is false");
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| − | }
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| − | </syntaxhighlight>
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| − | == Monday (4/2/18) ==
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| − | '''Agenda:'''
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| − | * Mr. Bui is out today because his son is sick.
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| − | * Take a few minutes and review your Python->Java notes
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| − | * Go back and convert the following from Python -> Java (if you do not have the Python code, then simply get a copy from somebody else in the class)
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| − | ** Quadratic Formula
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| − | ** Letter Grade Calculator
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| − | * Demonstrating the Java versions of Quadratic Formula and the Letter Grade Calculator will be counted in the 3rd quarter.
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| | == Archives == | | == Archives == |
| | + | * [[IBCS1 - 1718 - June]] |
| | + | * [[IBCS1 - 1718 - May]] |
| | + | * [[IBCS1 - 1718 - April]] |
| | * [[IBCS1 - 1718 - March]] | | * [[IBCS1 - 1718 - March]] |
| | * [[IBCS1 - 1718 - February]] | | * [[IBCS1 - 1718 - February]] |
