Tag: Programming

Attached you will find the files provided for part one and part two. Part one of the lab is due on April 29th, and the second part is due on May 6th. Please let me know if you need any further expaination. I have already submitted an incomplete part 1 and I will attach it in the part 1 file.

Task #3 Puzzle – Class NxNYourInitials and a ClientNxNYourInitials

Instance Variables:

• n
• array
  • 1 dim array (students who last name A-G)
  • 2 dim array (students who last name H-R)
  • an arrayList (students who last name S-Z)

Constructor: NxNYourInitials( int n ) creates an array with n2$n^2$ elements AND filled with 1, 2, 3, . . . , n2$n^2$. For example NxNYourInitials( 5 ) instantiate n = 5 and the arrays with 1, 2, 3, . . . 25.

Methods (recommended order): toString( ), printMe( ), addRow( int rr ), shake( ), addCol( int cc ), addDiag1(( ), addDiag2( ).You can use printMe( ) to check the other methods.

Client will instantiate an NxN puzzle and then solve it. Have a method to solve a 3×3 and another method to solve a 4×4. I will run them when grading your work.

Terminal example for a 3×3:

 2  9  4 
 7  5  3 
 6  1  8 
YOUR NAME GOT IT: 31230 tries, sum=15

Terminal example for a 4×4 (this run may take minutes to run):

 9  7 12  6 
16  2 13  3 
 5 11  8 10 
 4 14  1 15 
YOUR NAME GOT IT: 1127660899 tries, sum=34

Task #2 Arrays of Objects Section 3.8 Shape Classes discuss a step by step process for drawing a car. You will line draw the first 3 letters of your (first or last) name using an array to hold the x,y coordinates needed to draw the letters. The drawing should be similar to this:

The horizonal and vertical lines are 10 pixels wide. For diagonal lines you will have to estimate a width to make it consistent with the other widths, e.g. in my “K” I had to estimate the start/end points for the two diagonal lines. For letters with “curves” like B, C, D, J, G, O, etc. you will have to draw the curves with several straight line segments. For example an “O” should use enough diagonal lines to look good. Because the lines have a width you will have many (x,y) coordinates to keep track of. It’s highly recommended you “hand-draw” your letters on graph paper or you will lose track of your position.

LIke the Car class, write a separate class for each of the 3 letters. The constructor should take a starting (x,y) position to place your letter. For example my calls to the 3 constructors are:

CharI ii = new CharI(50,50); //draw it at position x=50, y=50
ii.draw(g2);

CharJ jj = new CharJ(130,50); //draw it at position x=130, y=50
jj.draw(g2);

CharK kk = new CharK(200,50); //draw it at position x=200, y=50
kk.draw(g2);

The separate class for each letter makes it easy to “move” your letters around and avoid having to “hand” edit (x,y) coordinates if you are a “little off”. I’m not requiring it but it would be impressive if your constructor included a scaling factor to enlarge or shrink the letter, for example CharS ss = new CharS(50. 100, 2.5) which tells a “S” constructor to draw the letter S at x=50, y=200 with 2.5 magnification.

In ASP.NET Core MVC, you have to name a controller in certain ways and then when you name the corresponding view, you have to name it accordingly and save the view file in a certain location. In your opinion, what are some advantages and disadvantages of such convention? What is your level of programming skill? Do you think the advantages and disadvantages change if your programming skill level is different? Why or why not?

I’m working on a lisp question and need an explanation and answer to help me learn.

Consider the following Lisp function which applies a function f between every two adjacent
elements of a list x, treating v as the final value

Project Description

As we have already observed that numerical methods allow you to solve problems that cannot be solved exactly and those that take a long time to do even if the exact solution is available. To solve such engineering problems, we write computer programs to make the solutions to be found efficiently. This project is assigned to you for the following learning objectives:

• Identify the correct procedure to solve a given problem.
• Implement a programming procedure for a given problem.
• Improve existing programming skills of debugging, documentation, loops, and conditional statements.
• Write your own numerical methods programs.
• Reinforce prerequisite knowledge of programming and college mathematics.
• Solve real-world problems.

So basically I need o do a project that is a script from scratch. Y came out with this idea.

The script will run every saturday:

-In this script you will create a menu based on two recipes (lunch and dinner).

-You will read the recipes on the web and prepare two randomized menus for each day.

-Finally this menu will be created in an excel file so that the person has daily access to the menu.

This is my first class of python so It should not have advanced code. You can change the website to get the recipies if there is an easy one. And is it possible to change th idea a little bit. These are the description:

This is a completely EMPTY project. Because there is NO starter code. You are to write the code from scratch. Feel free to write it here OR to write it in VS Code and upload or copy/paste it here.

IF your project requires separate data files (XLSX, Word, CSV, JSON, Shelve, etc.) for input, please make sure they are here.

ALSO please include instructions for running the project if needed. You can EITHER edit README.md to add instructions there OR add it to the top of your main Python script as a multi-line comment.

Go To Question

I am working on strings. I already got the data which you need to import and see the chart in excel file, so you juts need to import this data and extract the following requirements.

Applying all the code on your selected dataset, complete all codes from Chapter 9 Other Graphs.

Make sure you submit to this link two things

1. Your report file showing screenshots of all commands from Rstudio GUI

Make sure you show all Rstudio GUIs

2. Submit your R script code

Selected dataset: https://www.kaggle.com/rishidamarla/global-adheren…