In this project, you will be writing a program that receives a string of characters via the UART, checks if this string is a palindrome, and then uses a print function to print either “Yes” or “No”. A palindrome sequence of characters (typically a word or phrase) that is the same both forwards and backwards. For this project, strings will be terminated using a period (‘.’). You may assume that a string will contain at least one character in addition to a period. You will not need to handle empty strings or strings with only a period. Your program should be able to handle multiple strings sent one after another or concatenated together. For example, the string: “abba. data.” should print “Yes” followed by “No” on the next line. Spaces should be ignored when checking for a palindrome and the palindrome should not be case sensitive. For example, “A nut for a jar of Tuna.” would be considered a palindrome. Your program does not need to handle strings with characters other that spaces, periods, and letters. Individual, period-terminated strings will not be longer than 100 characters, however during the course of testing more than 100 characters may be sent to your program.

Print Function A skeleton PLP project file is available to download on Canvas. The PLP project includes a second ASM file titled, project3_print.asm. This ASM file contains the print function used in this project. PLPTool concatenates all ASM files within a PLP project into a single location in memory (unless additional .org statements have been added to specify different location for code). No changes to project3_print.asm should be made. When called, depending on the value in register $a0, the following string will be displayed on the simulated UART device’s output. If $a0 contains a zero then “No” will be displayed and if $a0 contains a non-zero value (e.g. one) then “Yes” will be displayed. The print function is called using the following instruction: call project3_print

To use the print function, your PLP program needs to initialize the stack pointer ($sp) before performing the function call (or any other operations involving the stack pointer). For this reason, the skeleton project file includes an initialization that sets the stack pointer to 0x10fffffc (the last address of RAM).

thats the project3_print.asm.

li $a0, control_message_p3

jal libplp_uart_write_string_p3

nop

control_flow_trap_p3:

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need a unique 3D animated scene composed of Three.js graphic components. The scene should include animation, lighting and multiple objects.

Requirements:

1. Using Three.js I need a unique 3D animated scene. The scene has the following specifications: a. Size: minimum of 640×480
2. b. Includes at least 6 different shapes
3. c. Uses multiple lighting effects
4. d. Includes radio buttons, slider bars or other widgets to turn on or off certain components
5. of the animation.
6. Use Three.js

In this project you will create a unique 3D animated scene composed of Three.js graphic components.The scene should include animation, lighting and multiple objects.Requirements:1. Using Three.js create a unique 3D animated scene. The scene has the following specifications:a. Size: minimum of 640x480b. Includes at least 6 different shapesc. Uses multiple lighting effectsd. Includes radio buttons, slider bars or other widgets to turn on or off certain componentsof the animation.2. Use Three.js3. All JavaScript source code should be written using Google JavaScript style guide.(http://google.github.io/styleguide/jsguide.html)4.Prepare, conduct and document a test plan verifying your application is working as expected.This plan should include a test matrix listing each method you tested, how you tested it, and theresults of testingDeliverables:1. All JavaScript source code used for this project. Code should adhere to the Google Javascriptstyle guide.2. Word or PDF file demonstrating with clearly labeled screen captures and associated well-writtendescriptions, the successful execution of your 3D Three. js animated scene. The document shouldbe well-written, well-organized, includes the test plan, include page numbers, captions for allscreen captures, and a title page including your name, class, section number and date.Refuld be included for allAPA stv

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In this project, you will demonstrate your mastery of the following competency:

• Write programs by applying concepts and principles of object-oriented programming

Scenario

You work for Global Rain, a software engineering company that specializes in custom software design and development. As a junior software developer, you are part of a software development team that collaborates to create solutions for entrepreneurs, businesses, and government agencies around the world.

As part of a development team at Global Rain, you will be designing and developing custom software for a local pet boarding and grooming business, Pet Boarding and Grooming (Pet BAG). Pet BAG is seeking a way to modernize its operations by introducing custom software that will help replace inefficient paper-based processes. Your Global Rain team will collaborate to develop an app that will have the following initial functional areas: Check-in pets, Check-out pets, Pet management, and Reports.

As part of this team, you have been tasked with completing some preliminary work that consists of writing a Java class, writing pseudocode, and creating a flowchart. You will provide these deliverables to your supervisor.

Directions

Pet BAG has provided you with a specification document detailing its software needs and design documentation from your supervisor to complete your tasks.

1. Before you begin, it is important to analyze your client’s software requirements and the design documentation from the Supporting Materials section. Specifically, review the Pet BAG specification document and the UML Class diagram, paying close attention to the class hierarchy, attributes, and behaviors.
2. To begin, open the Virtual Lab by clicking on the link in the Virtual Lab Access module. Then open your integrated development environment (IDE) and create the Pet class based on the UML Class diagram. The Pet class must meet all the specifications from the class diagram including the following: 
   • All attributes with appropriate data structures
   • At least one constructor method
   • Accessors and mutators for all attributes
3. When you are done implementing the Pet class, refer back to the Pet BAG specification document and select either the pet check-in or check-out method. These methods are detailed in the Functionality section of the specification document. You will develop pseudocode and a flowchart for the method you select.
4. Based on the method you chose, write pseudocode that lays out a plan for the method, ensuring that you organize each step in a logical manner. Remember, you will not be creating the actual code for the method, and you do not have to write pseudocode for both methods.
5. Based on the pseudocode you wrote, use the tool of your choice to create a flowchart for the method you selected. Your flowchart will help your team communicate how you are planning to develop the software for your client. In your flowchart, be sure to do the following: 
   • Include start and end points.
   • Include appropriate decision branching.
   • Align the flowchart to the check-in/check-out process.
6. Based on your software design and development experience, your supervisor has asked you to articulate your programming approach. This will help ensure clarity, consistency, and efficiency among all developers working on this app. Specifically, you have been asked to briefly explain how you applied object-oriented programming principles and concepts (conditional statements, inheritance, and so on) in the your software development work thus far.

What to Submit

To complete this project, you must submit the following:

Pet.java Class FileAs part of your tasks for the software development team, create the Pet class in your integrated development environment (IDE). To submit this deliverable, save the Pet class file as Pet.java.

Global Rain Summary ReportAs a junior software developer, you will use the Global Rain Summary Report Template to complete the report. Your report must contain your pseudocode, flowchart, and explanation of the object-oriented programming principles you applied.

Supporting Materials

Use the following resources to support your work on this project:

Pet BAG Specification DocumentReview this specification document provided by Pet BAG to understand your client’s software requirements. You will use these requirements to create your flowchart and write your pseudocode.

UML Class Diagram Use this UML class diagram, prepared by the senior developer leading your team, to implement the Pet class. This class diagram demonstrates the Pet class, Dog class, and Cat class and illustrates inheritance. A text version of this image is also available: UML Class Diagram Text Version.

Downloading Files From Eclipse TutorialYou will write, test, and run your Pet class file using an integrated development environment (IDE). Review this tutorial to learn how to save and export files from your IDE. Important: Do not change the names of any class files.

The following rubric will be used to assess Project One. Familiarize yourself with this document as you work on the project, and return to this rubric before you submit Project One to make sure you’ve included everything you need to be successful. 

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In this question we will consider solutions to differential equations where y is a function of x. Throughout, a will always denote a constant.

(a) What is the general solution to the equation y’= a?

(b) If y satisfies y’ = 3 and y(2) = 5 what is y?

(c) What is the general solution to the equation y” = a?

(d) If y satisfies y” = 4, y'(1) = 5, and y(1) = 4, what is y?

(e) What is the general solution to the equation y”’ = a?

(f) If y satisfies y”’= 6, y(0) = 0, y(1) = 1, and y(2) = 6 what is y?

Thanks a lot!

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In this question, you will apply the Gram-Schmidt process.

The subspace V has a basis of three vectors u1=⎛⎝⎜⎜(1,3,0,0)⎞⎠⎟⎟, u2=⎛⎝⎜⎜(4,2,10,0)⎞⎠⎟⎟ and u3=(⎛⎝⎜⎜5,35,-9,1)

⎞⎠⎟⎟a) Normalize vector u1 to give the vector v1. b) Find the component of u2 orthogonal to v1.Enter the answer exactly. This will become the vector v′2.

c) Normalize v′2,to give the vector v2.Enter the answer exactly.

d) Find the component of u3orthogonal to both v1and v2.Enter the answer exactly. This will become the vector v′3.

e) Normalize v′3,to give the vector v3.Enter the answer exactly, possibly with a square-root. For example, the square root of 5 is entered as sqrt(5)

f) Project the vector (⎛⎝⎜⎜-5,15,-41,11)⎞⎠⎟⎟ onto the subspace spanned by {v1,v2,v3}

g) Project the vector ⎛⎝⎜⎜(-8,6,-8,2)⎞⎠⎟⎟ onto the same subspace.

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