Control the moving text Program Plan: Import the required packages. Create a class “Myclass”: Using start initialize the required. New pane gets created. New text gets created. New line gets created. Add the elements into the pane. Create a new transition. Transition action gets created with the requirements. Duration of the transition is set. Set the path for line, text. Set the path orientation. Start the animation. Action event gets defined for the mouse press and release. Create a scene based on the defined positions. Set title for the preview. Display the results based on the mouse action made. Define the main method. Initialize the call

Question

Want to see the full answer?

Answer 1

Question

Chapter 15, Problem 15.27PE

Program Plan Intro

Control the moving text

Program Plan:

Import the required packages.

Create a class “Myclass”:

Using start initialize the required.

New pane gets created.

New text gets created.

New line gets created.

Add the elements into the pane.

Create a new transition.

Transition action gets created with the requirements.

Duration of the transition is set.

Set the path for line, text.

Set the path orientation.

Start the animation.

Action event gets defined for the mouse press and release.

Create a scene based on the defined positions.

Set title for the preview.

Display the results based on the mouse action made.

Define the main method.

Initialize the call

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

4. Area of a Rectangle • Write a program that compares the area of two rectangles. You can do this several ways. one way is to add the length and width of each rectangle to get it's area and then compare the two areas together. • The program should ask for the length and width of two rectangles and then tell the user which rectangle has the greater area, or if the areas are the same. • The area of a rectangle is the rectangle's length times its width. Name the source code file yourName HW4.py. • Test and run the program. Capture the output console and save it as an image file named yourName HW4 output.jpg. • Submit the py and the image files through Canvas. Note: Sample output below: Fast l: Code-Tracing Output in comenta Vart 21 Days of the Week

Key stroke enacted moving of a ball 1. Start (a) Write a Java program that uses the Up, ↑, Down ↓, Right → (and possibly Left) arrows of the keyboard (or keypad) to move a ball. (note the Up arrow is called “Up" with ASCII code 38, Down arrow is called "Down" with ASCII code 40, Right arrow is called "Right" with ASCII code. You can also use the 4 keys, commonly used in ODS game programming. Start Pond Figure 1. Initially Pond End End Start Pond Start Figure 2. After 3 moves up using up arrow End Pond End Figure 3. 3 moves later with right arrows Figure 4. Finally one at the lower right corner. (b) Using Java class JFrame to draw a grid of 5 horizontal lines, 5 vertical lines, a blue pond in the middle occupying 5 squares with a text Pond in the middle, a ball at the lower left corner, and texts called Start and End. This is shown exactly as in Figure 1 here. Change the color of ball from green to another color.

Debugging: There are errors in the following code snippet. Locate and fix all the errors with your own comments to get full credit for the question. Assume the goal of the program is to perform a simulation to estimate the probability of rolling three of a kind in a single roll of three six-sided dice. File Edit Format Run Options Window Help # Estimate the probability of rolling three of a kind # in a singel roll of three six-sided dice. def main (): n input ("How many rolls would you like to simulate?") hits = 0 for i in range (n): if equalRolls (3): hits += 1 print ("Estimated prob = ", float (hits) /n) def equalRolls (count): first = randrange (1,7) for i in range (count) : roll if roll != first: return False return True name ------ randrange (1,7) 1 if main () Note: your output will not be exactly the same due to (pseudo)randomness Test Case1: How many rolls would you like to simulate? 100 Estimated prob = 0.01 _main____¹: Test Case2: How many rolls would you like to simulate?…