Use Bootstrap classes to make a circular image with a border around the image only.

With the new one-parameter constructor that takes the size of the turtle, we can modify the instantiation of the turtles. In the Gui class in the edu.westga.cs1301.project1.view package. Do the following: In the Gui constructor, for the instantiation of the first turtle replace the call to the DoodleTurtle default constructor with a call to the one-parameter constructor and pass in a size of 30. Do the same for the second turtle but give it a size of 15.public class Gui extends GraphicsProgram { public static final int APPLICATION_WIDTH = 900; public static final int APPLICATION_HEIGHT = 900; private static final long serialVersionUID = 1L; private DoodleController sketchPad; private StatisticsController statsController; private DoodleTurtle turtle1; private DoodleTurtle turtle2; /** * Constructs and initializes the GUI. * * @precondition none * @postcondition none */ public Gui() { this.turtle1 = new DoodleTurtle();...

In this exercise, you are going to build on your Circleclass from the previous exercise. You are going to add 2 method, areaDifference and perimeterDifference. Both methods take a doubleradius of a second circle and return the difference from the current circle. For example, if you create a Circle object with a radius of 4 and call areaDifference(3), you will return the diffence between the area of a circle with radius 4 and the area of a circle with a radius of 3. perimeterDifferencewould be the same. Make sure you create at least one Circle and test and print the results of your methods. in java

Make the changes we have described to the Room and Game classes.

Update it to create a class Student that includes four properties: an id (type Integer), a name (type String), a Major (type String) and a Grade (type Double). Use class Student to create objects (using buttonAdd) that will be read from the TextFields then save it into an ArrayList. Perform the following queries on the ArrayList of Student objects and show the results on the listViewStudents (Hint: add buttons as needed): d) Use lambdas and streams to calculate the total average of all Students grades, then show the result. 1. Ch3HW; import javafx.application.Application; import javafx.fxml.FXMLLoader; import javafx.scene.Parent; import javafx.scene.Scene; import javafx.stage.Stage; public class MainApp extends Application{ @Override publicvoidstart(StageprimaryStage) throwsException { FXMLLoader loader =newFXMLLoader(getClass().getResource("StudentScreen.fxml")); Parent parent = loader.load(); Scene scene =newScene(parent);...

PLEASE ENSURE TO USE THE FRAMEWORK PROVIDED IN THE IMAGES, AND THAT IT WORKS WITH THE TESTER CLASS. PLEASE EDIT BOTH THE TEST CLASS, DO NOT EDIT THE MAIN METHOD. Write a BankAccountTester class whose main method constructs a bank account, deposits 1,000,ドル withdraws 500,ドル withdraws another 400,ドル and then prints the remaining balance. Also print the expected result.

Develop the code that would be used in the main() function to test the class Cube. Create an object of Cube type using the constructor with argument, with the name of "Box", side length of 5, and color "Brown". Print out the information for the Cube. Change the name to BigBox, and increase the volume by 60%. Print the information for your Cube object one more time to verify the changes. Edit View Insert Format Tools 12pt ✓ Paragraph v Table BIU ✓ T2 ✓

Write the code for the timeTick method in ClockDisplay that displays hours, minutes, and seconds, or even implement the whole class if you wish.

we are going to create a new subclass of the SimpleGeometricObject class, namedTriangle. Copy the source code of the SimpleGeometricObject class from the following link: https://liveexample.pearsoncmg.com/html/SimpleGeometricObject.html TASK 1: Create a Triangle class that extends the SimpleGeometricObject class in Eclipse, followingthe below UML diagram. Use the following formula to calculate the area of a triangle: A = 1/2 ×ばつ base ×ばつ height TASK 2: Create a TestTriangle class in an individual .java file. In the main method,(1) Create a Triangle object with default base and height values.(2) Create a Triangle object with specified base = 3 and height =4. TASK 3: Add a toString() method to the Triangle class. In this toString() method,(1) Print the base, height, and area of a Triangle object.(2) Call the toString() method of the superclass using the super key word.Then, in the main method of the TestTriangle class, make the two Triangle objects that youcreated in Task 2...

Implement the following by extending the Cubes project. For all shapes, there should be no colocated vertices. For the meshes, you may use arbitrary indexed convex-polygon faces that G3D will automatically tessellate into triangles on load. This project's report requires you to plan your approach before you begin writing code, so read the whole document before beginning implementation. Create data-files/model/cube.off, an axis-aligned cube with unit edge lengths, centered at the origin. You may make this file in a text editor directly, or write a procedure to generate it. Create a procedure (function or method) named makeCylinderthat generates a file data-files/model/cylinder.off given a radius and height. This file should be an indexed convex-polygon mesh for a cylinder about the yy-axis that is centered at the origin. Create a user interface for invoking makeCylinder. Use number boxes for the parameters and a button labelled "Generate" to actually launch the execution. Display a...

Write a modified Button class that creates circular buttons. Call your class CButton and implement the exact same methods that are in the existing Button class. Your constructor should take the center of the button and its radius as normal parameters. Place your class in a module called cbutton . py. Test your class by modifying roller . py to use your buttons.

It's easy to get mixed up between latitude and longitude! Happily, at least sometimes, this is an easy fix to correct. Complete a method named fixLocation. fixLocation takes a Location object as its only parameter. Some of those location objects have their latitude and longitude swapped. If that's the case, correct them! Otherwise, leave them unaltered. You may be wondering: how will I know which locations are incorrect? The hint is that these are all locations from around the University of Illinois. That should help you determine when the latitude and longitude have been swapped. The Location object has Double latitude and longitude properties that you can access and modify in the usual way in Kotlin.

Please help. How do I create the pack man game below