1. Using Visual Logic, create the logic for a Magic 8 Ball g…

1. Using Visual Logic, create the logic for a Magic 8 Ball game in which the user enters a question such as “What does my future hold?” The computer randomly selects one of eight possible vague answers, such as “It remains to be seen.”

Answer

The Magic 8 Ball game is a classic toy that provides vague answers to questions posed by the user. In this assignment, we will be using Visual Logic to create the logic for a Magic 8 Ball game, where the user enters a question and the computer randomly selects one of eight possible vague answers.

To start building the logic for our Magic 8 Ball game, we first need to consider the user input. The user will be prompted to enter a question, such as “What does my future hold?” This input will serve as the basis for the computer’s response.

Next, we need to incorporate the random selection of one of eight possible answers that the Magic 8 Ball can provide. To achieve this, we can make use of the random number generator feature available in Visual Logic. By generating a random number between 1 and 8, we can map each number to a specific answer.

Here is an outline of the logic flow for our Magic 8 Ball game in Visual Logic:

1. Prompt the user to enter a question.
2. Retrieve the user’s question as input.
3. Generate a random number between 1 and 8.
4. Use a conditional structure to map the random number to a specific answer.
– If the random number is 1, display “It remains to be seen.”
– If the random number is 2, display “Outlook uncertain.”
– If the random number is 3, display “Signs point to yes.”
– If the random number is 4, display “Better not tell you now.”
– If the random number is 5, display “Cannot predict now.”
– If the random number is 6, display “Concentrate and ask again.”
– If the random number is 7, display “Reply hazy, try again.”
– If the random number is 8, display “Don’t count on it.”
5. Output the selected answer to the user.

Visual Logic provides a range of features and functions that can be utilized to implement this logic flow. We can use input and output boxes to prompt the user and display the answer, and we can incorporate conditional structures to map the random number to the appropriate answer.

In conclusion, the logic for a Magic 8 Ball game involves prompting the user to enter a question, generating a random number to select an answer, and mapping the random number to one of eight possible answers. By using the features and functions available in Visual Logic, we can implement this logic flow and create an interactive Magic 8 Ball game.