Part 1. Create a Parent Class Create a complete Java class Computer that can be used to create the object as described below: A Computer has-a: Model Brand Name - Manufacturing Date Number of cores a) Add all instance variables (data encapsulation is expected) b) The class must have getters and setters for all instance variables c) The class must have a no-arg and another constructor that receives input parameters for each instance variable. d) Implement toString() method for this class to print the contents of the data fields. Part 2. Test a Parent Class Write a Java program TestComputer, which creates three Computer objects with the information below: a) Model Number: Inspiron 1545 Brand Name: DELL b) - - - - - Manufacturing Date: April 1, 2020 Number of cores: 2 Model Number: A2338 Brand Name: Macbook Manufacturing Date: March 31, 2020 Number of cores: 4

IMPORTANT: The directions include sample code from the dragon-themed game. Be sure to modify any sample code so that it fits the theme of your game. First, create a new file in the PyCharm integrated development environment (IDE), title it “TextBasedGame.py,” and include a comment at the top with your full name. As you develop your code, remember that you must use industry standard best practices including in-line comments and appropriate naming conventions to enhance the readability and maintainability of the code. In order for a player to navigate your game, you will need to develop a function or functions using Python script. Your function or functions should do the following: Show the player the different commands they can enter (such as “go North”, “go West”, and “get [item Name]”). Show the player’s status by identifying the room they are currently in, showing a list of their inventory of items, and displaying the item in their current room. You could make these separate…

Draw black vertical lines with the first line at the very right of the canvas. Thesubsequent lines are drawn from right to left on the canvas to the mouseposition. All lines should be 5 pixels apart. using openprocessing and p5 javascript language

Create empty images for Ix, Iy, Ixx, Iyy, and Ixy (all the same dimensions as your original image) Loop through pixels of image and fill in values for Ix, Iy, Ixx, Iyy, and Ixy (ignore the edges when you set up the range of your loops) Create empty image to hold "cornerness" values Loop through pixels of image Access the a neighborhood surrounding each pixel (start with a 3x3, you can expand it later if you'd like) Sum up all the Ixx, Iyy, and Ixy values in this neighborhood Compute the determinant of the M matrix Compute the trace of the M matrix Compute the "cornerness" value for the center pixel - store in the "cornerness" image find max cornerness value in imageset threshold = 0.01(max C value) loop through pixels. if(C at pixel) > threshold: cv2.circle(image(X,Y),size(b,g,r) - 1) Do may not make use of any existing functions/code that extract features. Use opencv and python. Also don't use sobel.