Assignment – Create a design document for a restaurant website

For this Assignment, you will create a design document for a restaurant website.

Outcomes addressed in this activity:

Unit Outcomes:

• Identify elements of Web pages.
• Explain the website design process.
• Construct a planning document for the design of the final project.

Course Outcome:

IT117-1: Complete a detailed plan for a website project in a formal design document.

Purpose

Throughout this class, you will create web pages that will result in a Final Project website. Your goal is to create a website for an imaginary restaurant. You will be learning about HTML, CSS, and forms. You will use these concepts to build the web pages for the restaurant website. The Assignment for each week will build pages and elements to form a Final Project website.

Assignment Instructions

For Unit 1, use the Website Planning Worksheet located here to complete the Design Document for your final project website.

Assignment Requirements

The Assignment involves planning for your Final Project Website for a fictitious restaurant. Your final website will be seven pages as specified below. This Assignment is the first step in creating a website.

While you will not be creating any actual Web pages this week, you will be compiling the information needed to get started and efficiently work on your pages throughout the course.

Your Final Project Website will include the following:

• You will create a complete website for a local restaurant
• Your website must include the following pages:
  • index.html (home page)
  • aboutus.html
  • menu.html
  • contactus.html
  • chef.html
  • history.html
  • additional page (topic of your choice)

Files must be named as specified. Arrows should connect pages in the site map to show linkage (connection) between pages as shown in sample sitemap diagram.

1. Download the Website Planning Worksheet and complete all sections. You will use this document to answer important questions about your Final Project Website.
2. Using examples from the unit reading assignment, research from the Web and the sample_sitemap.pdf document, create a site map for your Final Project Website. Be sure to include all required pages in your site map. Create the site map in MS Word or PowerPoint.

#include <stdio.h>#define N 10int search(int a[], int n, int value) {    int i;    for (i = 0 ;i < n ; i++ ) {        if (a[i] == value)            return i;    }    return -1;}int main() {    int i;    int length, element, value, array[N];    printf("Enter the length of the array: n");    scanf("%d", &length);    printf("Enter the elements of the array: n");    for (i = 0; i < length; i++) {    scanf("%d", &array[i]);    }    printf("Enter the value for searching: n");    scanf("%d", &element);    value = search(array, length, element);    if (value == -1)        printf("%d", -1);    else        printf("%d", value);    return 0;}

Modify the program so that it deletes all instances of the value from the array. As part of the solution, write and call the function delete() with the following prototype. n is the size of the array. The function returns the new size of the array after deletion (The array after deletion will be the same size as before but the actual elements are the elements from index 0 to new_size-1). In writing function delete(), you may include calls to function search(). The main function takes input, calls the delete() function, and displays the output.

int delete(int a[], int n, int value);

Example input/output #1:

Enter the length of the array: 6

Enter the elements of the array: 4 3 1 0 3 9

Enter the value for deleting: 3

Output array: 4 1 0 9

Develop a C# console application that computes the hypotenuse of a right triangle. The computation of the hypotenuse of a right triangle is based on the Pythagorean Theorem: c² = a² + b² and the hypotenuse, c (“long side”) of the triangle can be computed with the formula the hypotenuse is equal to the square root of the side a squared plus side b squared.

The application should take as many side pairs inputs as the user desires and calculate each until the user enters a zero for both side one and side two (sentinel loop). You should use at least two (2) Math class methods.

The output should look something like this:

enter length of first side: 3
enter length of second side: 4
The hypotenuse is 5
enter length of first side: 3.44
enter length of second side: 4.88
The hypotenuse is 5.97059461025449
enter length of first side: 10.55
enter length of second side: 33.0
The hypotenuse is 34.6453820876607
enter length of first side: 0
enter length of second side: 0
Press any key to continue . . .

Note in the first example with the entries of 3 and 4 that the hypotenuse is computed as 5. If you are not getting that answer (The hypotenuse is 5) with entries of 3 and 4 respectively, then you are not taking the inputs and converting them correctly. Remember that a ReadLine brings in characters but there are differences in how the conversion methods for character and string values work. There is another way to convert a string number input to a numeric value type. You may have to do some research to come up with the right conversion method. Also note that type double values are used.

Please keep it as simple as possible.

This is activity is to be solved on your own or with your pair programming partner. If you work with a partner, only in person upload the program indicating the names of the team members in the “Comment” box in the submission.

This activity is graded 0 (not submitted)/100(submitted). Evidence of substantial work is required to earn credit.

Create a python script (program) based on the narrative below.

Name your file A011_Last name. For instance, my file would be named A011_Huerta

Points will be deducted if you submit a file with an incorrect file name.

Upload your python file.

Narrative

The program calculates the annual depreciation of a fixed asset using straight-line or sum-of-years’ digit. The user inputs the original cost, salvage value, the years of useful life, and the depreciation method to use through the keyboard. When the user indicates that the depreciation method is sum-of-years’ digit, the user also inputs the depreciation year. The program calculates the annual depreciation and reports the result on the screen.

For instance, when the user inputs an original cost of 5,000, a salvage value of 200, a useful life of 4, and straight-line as the depreciation method, the execution of the program should be similar to the image below.

For instance, when the user inputs an original cost of 5,000, a salvage value of 200, a useful life of 4, sum-of-years’ digit as the depreciation method, and a depreciation year of 3, the execution of the program should be similar to the image below.

please look at the attached picture to see how output should look.

In this assignment you will create a web page about your favorite TV show of all-time and link it to an external style sheet to apply a few CSS rules to it. Follow the steps below to complete the assignment.

• Create an external style sheet using a text editor of your choosing. In the CSS file add the following style rules:
  • Entire document should have a black background color
  • All text color on the page should be white
  • All heading elements should have a background color of red
  • All paragraph elements should have a font size of 16px
  • Create a class to make only <li> elements that are descendants of a <ul> element appear bold
• Save this style sheet as styles.css
• Create a web page about your favorite TV show using the HTML 5 template as a starting point. The web page should be linked to the styles.css style sheet. The web page needs to have the following content:
  • The show name in a <h1> tag
  • The number of seasons the show ran, or has currently completed in a <h3> tag
  • A description of the show in a paragraph
  • A div with the class you created above that contains an unordered list of the show’s lead actors
  • A hyperlink to a site about the show
  • At the bottom of the page include an email hyperlink to your email address
  • Somewhere in your code place an HTML comment with your name, assignment name, and date
• Save this web page as tvshow.html