In our earliest labs, we asked you to print a diamond pattern to the screen using predefined print statements. Now that we know how to use loops, we can make more dynamic and customizable patterns. For this assignment, we will prompt the user to enter a maximum width for the diamond. If they enter a number less than 3, we'll prompt them to choose a correct width. If they enter an even number (greater than 3), we will add 1 to it and let the user know the final diamond size. Then we will generate and print out the diamond using ** and '´ symbols. Hints: Each line of the "diamond" is made up of two parts – the asterisks in the center and the spaces to the left of it. The amount of "left space" decreases as we go towards the middle diamond, then increases afterwards as we go towards the bottom. Could we use multiple loops (or even nested loops) to model this behavior? Also, note that the number of asterisks increases (and later decreases) by two on each line.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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**Sample Output #3:**

- **Prompt:** Enter the diamond’s width: **-2**
- **System Response:** Please enter a width of at least 3.
  
- **Prompt:** Enter the diamond’s width: **3**

- **Output:**

  ```
      *
    ***
      *
  ```

**Description:**

This output illustrates a simple program that prompts the user to enter the width of a diamond. The program requires that the input be at least 3 for the diamond shape to form correctly.

Initially, when the user enters a width of `-2`, the program alerts the user with a message, "Please enter a width of at least 3." Then, upon entering a valid width of `3`, the program prints a simple diamond shape using asterisks:

- The first row has a single asterisk centered.
- The second row displays three asterisks consecutively.
- The last row mirrors the first, with a single centered asterisk.
Transcribed Image Text:**Sample Output #3:** - **Prompt:** Enter the diamond’s width: **-2** - **System Response:** Please enter a width of at least 3. - **Prompt:** Enter the diamond’s width: **3** - **Output:** ``` * *** * ``` **Description:** This output illustrates a simple program that prompts the user to enter the width of a diamond. The program requires that the input be at least 3 for the diamond shape to form correctly. Initially, when the user enters a width of `-2`, the program alerts the user with a message, "Please enter a width of at least 3." Then, upon entering a valid width of `3`, the program prints a simple diamond shape using asterisks: - The first row has a single asterisk centered. - The second row displays three asterisks consecutively. - The last row mirrors the first, with a single centered asterisk.
**Assignment4B: Diamonds in the sky.**

In our earliest labs, we asked you to print a diamond pattern to the screen using predefined print statements. Now that we know how to use loops, we can make more dynamic and customizable patterns.

For this assignment, we will prompt the user to enter a maximum width for the diamond. If they enter a number less than 3, we’ll prompt them to choose a correct width. If they enter an even number (greater than 3), we will add 1 to it and let the user know the final diamond size. Then we will generate and print out the diamond using ‘*’ and ‘ ‘ symbols.

**Hints:** Each line of the “diamond” is made up of two parts – the asterisks in the center and the spaces to the left of it. The amount of “left space” decreases as we go towards the middle diamond, then increases afterwards as we go towards the bottom. Could we use multiple loops (or even nested loops) to model this behavior? Also, note that the number of asterisks increases (and later decreases) by two on each line.

Call the file name Assignment4B(.java, .cs, .cpp) and the class name Assignment4B.
User input is indicated in **bold**.

**Sample Output #1:**

Enter the diamond’s width: **5**
```
    *
   ***
  *****
   ***
    *
```

**Sample Output #2:**

Enter the diamond’s width: **8**

To make a diamond, we’ll use 9 as the width instead.
```
        *
       ***
      *****
     *******
    *********
   *******
  *****
 ***
 *
```
Transcribed Image Text:**Assignment4B: Diamonds in the sky.** In our earliest labs, we asked you to print a diamond pattern to the screen using predefined print statements. Now that we know how to use loops, we can make more dynamic and customizable patterns. For this assignment, we will prompt the user to enter a maximum width for the diamond. If they enter a number less than 3, we’ll prompt them to choose a correct width. If they enter an even number (greater than 3), we will add 1 to it and let the user know the final diamond size. Then we will generate and print out the diamond using ‘*’ and ‘ ‘ symbols. **Hints:** Each line of the “diamond” is made up of two parts – the asterisks in the center and the spaces to the left of it. The amount of “left space” decreases as we go towards the middle diamond, then increases afterwards as we go towards the bottom. Could we use multiple loops (or even nested loops) to model this behavior? Also, note that the number of asterisks increases (and later decreases) by two on each line. Call the file name Assignment4B(.java, .cs, .cpp) and the class name Assignment4B. User input is indicated in **bold**. **Sample Output #1:** Enter the diamond’s width: **5** ``` * *** ***** *** * ``` **Sample Output #2:** Enter the diamond’s width: **8** To make a diamond, we’ll use 9 as the width instead. ``` * *** ***** ******* ********* ******* ***** *** * ```
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