Program Plan: Include the required import statement. Define the main class. Declare the necessary variables. Allocate memory for two circles and label. Using start initialize the required. Create border panes, text fields and HBox. Set everything into the panel. Set the circle according to the user inputs. Set the color and stroke of the circle. Add action events to the button for typing hour, minute and second. Create a scene and place the pane in the stage. Set the title. Place the scene in the stage. Display the stage. Define the main method using public static main. Initialize the call. Create a class “ClockPane” that extends Pane. Declare required parameters for the clock. Use accessors and mutators methods to get and set the visibility. Define the constructor with no parameters. Get the current time. Define the constructor with three parameters. Set the hour, minute and second. Call the function “paintClock ()”. Use accessors and mutators methods to get and set the hour, minute and seconds. Set the current hour, minute and seconds inside the function “setCurrentTime ()”. Finally call the function “paintClock ()”. Give function definition for “paintClock ()”. Initialize the clock parameters. Create a circle using “new Circle ()”. Set the color and stroke color for the circle. Create four texts to display the time on the clock using “new Text ()”. Set the length to draw second’s hand. Draw the second hand by creating a line using “new Line ()”. Set the stroke color. Set the length to draw minute’s hand. Draw the minute hand by creating a line using “new Line ()”. Set the stroke color. Set the length to draw hour’s hand. Draw the hour hand by creating a line using “new Line ()”. Set the stroke color. Now, clear the pane using “clear ()” method. Add the circle and four texts to the pane. Check if the visibility of second hand is true. Add the second’s hand to the pane. Check if the visibility of minute hand is true. Add the minute’s hand to the pane. Check if the visibility of hour hand is true. Add the hour’s hand to the pane. Give function definition for “setWidth ()” to set width. Set the width of the pane. Call the function “paintClock ()”. Give function definition for “setHeight ()” to set height. Set the height of the pane. Call the function “paintClock ()”.

Question

Want to see the full answer?

Answer 1

Question

Chapter 16, Problem 16.7PE

Program Plan Intro

Program Plan:

Include the required import statement.

Define the main class.

Declare the necessary variables.

Allocate memory for two circles and label.

Using start initialize the required.

Create border panes, text fields and HBox.

Set everything into the panel.

Set the circle according to the user inputs.

Set the color and stroke of the circle.

Add action events to the button for typing hour, minute and second.

Create a scene and place the pane in the stage.

Set the title.

Place the scene in the stage.

Display the stage.

Define the main method using public static main.

Initialize the call.

Create a class “ClockPane” that extends Pane.

Declare required parameters for the clock.

Use accessors and mutators methods to get and set the visibility.

Define the constructor with no parameters.

Get the current time.

Define the constructor with three parameters.

Set the hour, minute and second.

Call the function “paintClock ()”.

Use accessors and mutators methods to get and set the hour, minute and seconds.

Set the current hour, minute and seconds inside the function “setCurrentTime ()”.

Finally call the function “paintClock ()”.

Give function definition for “paintClock ()”.

Initialize the clock parameters.

Create a circle using “new Circle ()”.

Set the color and stroke color for the circle.

Create four texts to display the time on the clock using “new Text ()”.

Set the length to draw second’s hand.

Draw the second hand by creating a line using “new Line ()”.

Set the stroke color.

Set the length to draw minute’s hand.

Draw the minute hand by creating a line using “new Line ()”.

Set the stroke color.

Set the length to draw hour’s hand.

Draw the hour hand by creating a line using “new Line ()”.

Set the stroke color.

Now, clear the pane using “clear ()” method.

Add the circle and four texts to the pane.

Check if the visibility of second hand is true.

Add the second’s hand to the pane.

Check if the visibility of minute hand is true.

Add the minute’s hand to the pane.

Check if the visibility of hour hand is true.

Add the hour’s hand to the pane.

Give function definition for “setWidth ()” to set width.

Set the width of the pane.

Call the function “paintClock ()”.

Give function definition for “setHeight ()” to set height.

Set the height of the pane.

Call the function “paintClock ()”.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

My daughter is a Girl Scout and it is time for our cookie sales. There are 15 neighbors nearby and she plans to visit every neighbor this evening. There is a 40% likelihood that someone will be home. If someone is home, there is an 85% likelihood that person will make a purchase. If a purchase is made, the revenue generated from the sale follows the Normal distribution with mean $18 and standard deviation $5. Using @RISK, simulate our door-to-door sales using at least 1000 iterations and report the expected revenue, the maximum revenue, and the average number of purchasers. What is the probability that the revenue will be greater than $120?

Q4 For the network of Fig. 1.41: a- Determine re b- Find Aymid =VolVi =Vo/Vi c- Calculate Zi. d- Find Ay smid e-Determine fL, JLC, and fLE f-Determine the low cutoff frequency. g- Sketch the asymptotes of the Bode plot defined by the cutoff frequencies of part (e). h-Sketch the low-frequency response for the amplifier using the results of part (f). Ans: 28.48 2, -72.91, 2.455 KS2, -54.68, 103.4 Hz. 38.05 Hz. 235.79 Hz. 235.79 Hz. 14V 15.6ΚΩ 68kQ 0.47µF Vo 0.82 ΚΩ V₁ B-120 3.3kQ 0.47µF 10kQ 1.2k0 =20µF Z₁ Fig. 1.41 Circuit for

a. [10 pts] Write a Boolean equation in sum-of-products canonical form for the truth table shown below: A B C Y 0 0 0 1 0 0 1 0 0 1 0 0 0 1 1 0 1 0 0 1 1 0 1 0 1 1 1 1 0 1 1 0 a. [10 pts] Minimize the Boolean equation you obtained in (a). b. [10 pts] Implement, using Logisim, the simplified logic circuit. Include an image of the circuit in your report.