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INTERNATIONAL SCHOOL OF
MANAGEMENT AND TECHNOLOGY
FACULTYOFCOMPUTING
ASSIGNMENTCOVERSHEET
This form is to be completed by students submitting assignments of level 4 and level 5. Students are required to complete all sections and attach to your assignment. STUDENT DETAILS STUDENT NAME Niraj Yadav STUDENT ID [email protected] UNIT AND ASSIGNMENT DETAILS UNIT TITLE Unit 1: Programming UNIT NUMBER
ASSIGNMENT
TITLE
Introduction to Algorithms and Programming with and IDE ISSUE DATE
17/07/2023 DUE
DATE
ASSESSOR
NAME
Sudeep Bhandari
ESTIMATED
WORD
LENGTH
SUBMISSION
HAND IN DATE 16/09/
DECLARATIONANDACKNOWLEDGEMENT
When submitting assignments, each student must sign a declaration confirming that the work is their own. Plagiarism and Collusion Plagiarism: to use or pass off as one’s own, the writings or ideas of another without acknowledging or crediting the source from which the ideas are taken. Collusion: submitting an assignment, project or report completed by another person and passing it off as one’s. In accordance with the Academic Integrity and Plagiarism Policy:
1. I declare that: a) this assignment is entirely my own work, except where I have included fully- documented references to the work of others, b) the material contained in this assignment has not previously been submitted for any other subject at the University or any other educational institution, except as otherwise permitted, c) no part of this assignment or product has been submitted by me in another (previous or current) assessment, except where appropriately referenced, and with prior permission from the Lecturer / Tutor / Unit Coordinator for this unit. 2. I acknowledge that: a) if required to do so, I will provide an electronic copy of this assignment to the assessor; b) the assessor of this assignment may, for the purpose of assessing this assignment: I. reproduce this assignment and provide a copy to another member of academic
I appreciate the opportunity you gave us to do practical exercises because they helped us better understand theoretical ideas and hone our programming skills. Your reviews and helpful advice during development are important in helping us improve our programming methods and problem-solving strategies. Additionally, I want to thank you for your continued support and desire to go above and beyond to ensure our success. I am motivated by your enthusiasm and love of programming to develop the same passion and strive for success in this profession. Thank you once again Mr. Sudeep Bhandari for your continuous dedication to our education and sharing your wisdom. My programming experience has been greatly influenced by your contributions, and I am grateful for the opportunity to learn from you. Sincerely, Niraj Yadav
Table of Contents
Activity 1
Introduction This article details creating a simple program for Best Fitness, a neighborhood business that specializes in fitness workouts. I was tasked with developing a program to estimate monthly training costs for Best Fitness' clientele while working as a Junior Software Developer at Himalayan Digital Solutions (HDS). The program is designed to be easy to use, efficient, and able to handle errors gracefully. Program users can enter client information including name, workout plan, target weight category, target weight in kilograms (kg), sauna preference (for an additional fee), and number Hours of personalized coaching. I worked to implement program features and ensure compliance with best practices while using the development environment and code standards provided by HDS. That the program delivers accurate and comprehensive results for each athlete is one of the main goals of the program. The program provides detailed monthly cost reports for each client, calculating the cost per workout session and comparing the client's current weight to their desired weight. Thanks to the clarity and organization of these outings, Best Fitness is able to provide customers with complete payment information. Programming models and algorithms were used to develop a robust and adaptable program.
Users are guided through the import process and asked to correct any errors by adding appropriate error messages and prompts. Various debugging tools were used to test the program's behavior during development and to find and resolve any problems that arose. This careful approach allows us to deliver a program that reliably meets our customers' needs. In summary, the creation of this program for Best Fitness is an example of how the HDS development environment can be successfully applied, as well as how to adhere to code standards and use key programming development paradigms body. The program's user-friendly interface, comprehensive results, scalability, and effective error handling all play a role in determining how well Best Fitness meets general requirements.
Title :
Exploring the Three Programming
Paradigms: Event Driven, Object
Oriented, and Procedural in a Selected
Application
- For instance, the programme can activate an event handler to start the workout and start tracking the user's activities when the user clicks a "start workout" button.
Object Oriented Programming
A programming paradigm called object-oriented programming (OOP) views a system as a group of interconnected objects that work together to complete tasks. OOP defines the behavior of each object through a set of properties (data) and methods (functions).
Features and Characteristics:
- Object-oriented programming is very modular and reusable. It allows programmers to combine simple objects with well-defined interfaces to create complex systems.
- OOP promotes organization and encapsulation of code, making it ideal for large-scale software development.
- OOP supports inheritance, allowing programmers to create new objects that have the characteristics and behavior of old objects.
- Because objects use more resources than simple variables, OOP has the disadvantage of being slow and memory-intensive.
Implementation :
- OOP can be used in fitness programs to represent many parts of the application, such as exercises, diet plans, and user profiles.
- For example, the program might contain a "Workout" class that has methods such as start, pause, and stop as well as features such as exercise type, workout schedule, and intensity.
Procedural Programming
A programming paradigm known as procedural programming (PP) applies a step-by-step approach to problem solving. In PD, the program is structured around a number of functions that perform specific tasks.
Features and Characteristics:
- Procedural programming has a direct execution path so it is very efficient and fast.
- Because code is structured into reusable procedures, PP is easy to learn and maintain.
- PP enables data abstraction, allowing programmers to hide implementation details and focus on the high-level logic of the program.
- The disadvantage of PP is that it is difficult to scale because it does not provide a clear method for structuring complex systems.
Event-Driven Programming:
A programming model called "event-driven programming" uses events to initiate programs. When the user enters incorrect information, event-driven programming is used in this application to display error warnings. For example, if the user provides a value other than a numerical weight for the athlete, an event is fired to display an error message and prompt the user to re-enter the weight. Once the user has entered the necessary data, event-driven programming is also used to trigger the display of monthly workout costs and athlete weight comparison data.
Critical evaluation of all three paradigms in terms of
code structure and characteristics
Evaluation in term Code structure
Coding organization: The organization of application code can be evaluated based on its efficiency and understandability. The procedural model applied in the source code is provided in the form of clear and well-organized functions. The courses are used to implement the object-oriented paradigm and they are also well structured and easy to understand. The event model is implemented through event handlers, which are logically structured and easy to understand.
Evaluation in terms of code complexity:
Depending on how easy it is to modify or extend the code, the complexity of the program code can be evaluated. The procedural model used in the source code is provided in a clear and simple manner making it easy to modify or extend the code. A well-structured approach to using an object-oriented paradigm will simplify code modifications and extensions. Using an application-specific event-driven model can make it more difficult to modify or extend the code.
Evaluation in terms of Code readability:
Depending on the ease of reading and understanding the code, the readability of the application code can be evaluated. The procedural model is applied in a way that is easy to read and understand in the provided source code. Additionally, the object-oriented paradigm is applied in a way that is easy to read and understand. Using an application-specific event- driven model can make the code harder to read and understand.
Evaluation in terms of Code maintainability:
Depending on how easy the code is to maintain over time, the maintainability of the application code can be evaluated. The procedural model used in the source code is provided in a way that is simple to maintain. In addition, the object-oriented model is applied in an easy-to-implement manner. Using an application-specific event-driven model can make it more difficult to maintain code over time.
Conclusion:
We have shown how different programming models can change the structure and characteristics of application code, and how rigorous consideration of these factors is necessary to create high-quality software, efficient and maintainable. Developers can create and develop software that suits the needs of individual consumers and businesses by knowing and choosing the appropriate programming model. Overall, the fitness program strikes a balance between user engagement, code organization, and performance using all three programming paradigms. The program is capable of providing a high-quality user experience while maintaining code quality and efficiency by using the capabilities of each model and implementing them in appropriate settings. Introduction In recent years, as more and more people seek to improve their health and fitness, fitness programs have grown in popularity. The demand for fitness software is increasing as the number of gym memberships and personal training sessions increases. This software can help companies like Best Fitness better manage customer needs and preferences. The ability to capture and track client data is one of the key elements of a fitness training program. This can contain general information such as their name and contact details, as well as more specialized information such as their current weight, desired weight and preferred
For example, event handlers can be used in video games to respond to user actions, such as firing a weapon or moving a character, to improve the game experience. Overall, EDP is a powerful programming paradigm that offers several benefits to both users and developers. By organizing programs around events and their handlers, developers can create more modular, reusable, and responsive code. This allows you to improve performance, improve the user interface, and make your application more efficient. Features and Characteristics Event Driven Programming(EDP): The programming style known as event-driven programming (EDP) is incredibly responsive and interactive. Systems can be exposed to a variety of events and signals, and EDP is designed to manage them all while enabling real-time program response. This shows that the program can adapt to changes in the system and provide instant feedback to the user (Event- Driven Programming - Computer Science in Simple Words, 2022a). One of the key features of EDP is the fact that its code is structured around event handlers. This allows you to easily add or remove features without affecting the entire system. Each event handler is responsible for handling a specific event or signal, so developers can change the behavior of their programs by adding or removing event handlers as needed. (Event-Driven Programming - Computer Science in Simple Words, 2022a) Computing is often used in GUI applications where user interaction is the primary source of events. For example, when a user clicks a button in her GUI application, an event is triggered. The program can then respond by changing the user interface, performing calculations, or taking other actions. Debugging and maintaining EDP can be difficult, especially on large systems, and this is one of its drawbacks. Since the flow of a program is determined by events, it can be difficult to follow the program's logic and find errors and defects. Additionally, event handlers can be added or removed dynamically, which can make it difficult to predict program behavior and ensure that it behaves as planned.
Despite these difficulties, EDP remains a popular programming paradigm for programs that require a lot of responsiveness and engagement. Computing can be an effective way to develop software that is adaptable, flexible, and, when carefully designed and tested, engages users. Implementation Event-driven programming (EDP) can be used in fitness programs to manage various user inputs such as key clicks, mouse events, and touch movements. These inputs can be used to start training sessions, record user activity, and more. For example, a fitness program can start a workout session and start recording the user's activities when the user selects the Start Workout button on the program's interface. This event's handler is responsible for creating the training environment, starting the timer, and providing relevant information to the user. EDP can also be used to manage additional user input, such as selecting a training plan or changing training parameters. For example, a program can activate an event handler that loads the relevant training routine and displays it to the user when the user selects a training plan. User progress and changes in user fitness levels can be monitored and system events managed using EDP. These occurrences can be used to modify program behavior and provide customized feedback to user. EDP allows developers to provide consumers with dynamic and engaging experiences in fitness programs. Through careful design and testing, EDP helps users achieve their fitness goals by providing personalized support and feedback. ➢ Object Oriented Programming (OOP): Software development often uses a programming paradigm known as object-oriented programming (OOP). The basis of OOP is the concept of modeling a system as a group of interconnected objects that work together to accomplish a task. People, cars, and bank accounts are just a few examples of real-world entities that each item represents (Geeks for Geeks, 2022).
2023). This is important for large systems because it allows multiple developers to collaborate on the same code base. OOP enables inheritance, allowing programmers to create new objects that inherit the properties and behavior of old objects. Equivalent objects can be grouped into class hierarchies, which helps reduce code duplication and improve code organization. In addition, inheritance facilitates code reuse, as developers may create new objects by extending existing objects. One of the drawbacks of OOP is that it can be inefficient and memory-intensive, as objects consume more resources than simple variables. Additionally, inheritance can result in complex class hierarchies that are difficult to understand and manage. Last but not least, OOP's modular nature can make objects too abstract and difficult to understand. Despite these difficulties, OOP remains a popular programming paradigm for many types of programs, especially those that require complex interactions between many components. OOP helps developers create reusable, maintainable, and modular code that, if properly designed and prepared, is suitable for large-scale software development. Implementation of OOP in a fitness program: OOP can be used in fitness programs to represent many parts of the application, including: B. Exercise, Diet Programs, and User Profiles. Developers can specify properties and behavior for objects representing various components. For example, a program may include a class called "Workout." This class includes methods such as start, pause, and stop, and properties such as exercise type, training schedule, and intensity. The techniques used in activity classes also allow you to determine how many calories you burn based on the length and intensity of your activity. Your program may also include classes for additional items, such as a macronutrient breakdown class or a UserProfile class that contains information about the user's age, height, and weight. To see how many calories were consumed during a workout session, the Workout class can retrieve the user's age and weight from his UserProfile class. Using OOP in your fitness program makes it easier to develop new features and components and makes it easier to organize and manage your code. Developers can easily create new
classes that extend the Workout class and define their own properties and methods, for example, if they want to include a new form of training in their programs. It is important to remember that the implementation of his OOP into a fitness program must be properly planned to avoid overly abstract and complex structures. The focus should be on creating objects that are easy to understand, with a variety of interfaces and behaviors. Procedural programming: Software development often uses a common programming model known as procedural programming. The idea is to break down the problem into smaller, more manageable tasks and complete these tasks logically and sequentially. This method is often used to perform tasks that require a series of calculations or operations on data, as it can streamline the problem and make it easier to process. Procedural programming is used in the fitness training program described in the previous sentence to perform the calculations necessary to determine the cost of each athlete's training program. Athlete's name, training plan, current weight, desired weight class, sauna preference, and private coaching preference are just some of the inputs the program requests from the user. Based on these inputs, a series of calculations are performed, including calculating the athlete's BMI, selecting the optimal training plan based on the goals, and estimating the cost of the program depending on the selected alternative. This application uses procedural programming. This is because procedural programming has many benefits. First, you will be able to solve the question of how much a training program costs in an easy and organized way. This allows the code to flow logically from top to bottom, making it easier to read, understand, and maintain. Second, each step is performed in a predictable and predetermined manner, which helps ensure accuracy and consistency of calculations. It also helps increase efficiency and reduce errors because the program performs only the calculations necessary to calculate the final cost and does not perform unnecessary or redundant activities. As a whole, the application of procedural programming in the fitness training program shows how to use this method to directly solve actual problems directly, effectively, and efficient. This program can create accurate cost estimates for each athlete by dividing the problem into a small task and logically approaching from top to bottom. This allows companies to manage resources more appropriately and provide more specialized training experiences to customers.
