#Coding Games in MATLAB

[elgringo300]

turns out drawing a thing is completely different from telling that thing to move

[ohcitron]

ranking kaguya sama characters by their coding abilities/familiarity:

ishigami: he probably knows basic html from being super online all his life. has general education coding knowledge but probably understands it at a deeper level due to past experience. has the knowledge and expertise the average extremely online boy on a stem track. and he definitely has a bunch of failed attempts at making a game in rpgmaker or unity.

miko: knows a bit from general education and possibly an elective, but doesn't know much past writing simple if statements and for loops. just barely has enough knowledge to know what an object is. considers it a useful skill to some extent but doesn't really know enough that it'd be useful in any sense.

chika: you'd expect her to know little to none but i feel like maybe she has some strange esoteric knowledge from some linguistics/cog sci perspective. like one very specific spike of knowledge of one very specific use case. she's chika

kaguya: about the same as miko. i dont think she'd go out of her way to learn the skill but would be plenty good at it due to the way her mind works, just does not prioritize it.

shirogane: i know his ass has used matlab. theres definitely coding for astrophysics and im sure he's done some self study in that regard. i cant remember clearly but he's probably studying business in college rather than astrophysics but i can dream. maybe he's fintech related coding now or something. sigh. well my point is i think he definitely has background knowledge in mathematical modeling.

hayasaka: i think she definitely has more expertise on the hardware side of things. in general she definitely and like canonically has a ton of knowledge of networking and sniffing and things like that. extremely practical/useful skills. i think if you showed her a C function pointer though she might start running away

disclaimer: i am kind of ass at coding. take this with a grain of salt.

[ameliagomez08]

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What is the Difference Between Coding, Programming, and Hacking?

Coding Kya Hai?

Coding computer ko instructions dene ka tareeka hai. Jab hum code likhte hain, to hum computer ko batate hain ki kya karna hai. Coding ka matlab hai kuch simple commands likhna jo computer follow karta hai.

For example, agar hum computer se “Hello” likhwate hain, to yeh coding ke through possible hota hai.

Programming Kya Hai?

Programming coding se thoda zyada advanced hai. Programming mein hum sirf code nahi likhte, balki pura plan banate hain ki ek problem ka solution kaise milega. Ismein hum logic aur tarike lagate hain jisse computer zyada smart kaam kar sake.

Programming mein projects banaye jaate hain jaise games, websites, aur apps.

Hacking Kya Hai?

Hacking ka matlab hai kisi system ya computer mein bina permission ke ghusna ya uske secrets jaan’na. Hacking sahi ya galat dono tareeke se ho sakti hai. Jo achhe hackers hote hain unhe ethical hackers kehte hain, jo companies ko secure rakhne mein madad karte hain.

Dusri taraf, jo bina permission ke kisi ka data churate hain, wo galat hackers hote hain.

Coding aur Programming mein Kya Farak Hai?

Coding basic instructions hota hai jo computer ko diya jaata hai.

Programming mein planning aur logic hoti hai jo coding se advanced hai.

Coding beginners ke liye easy hota hai aur programming mein zyada deep knowledge chahiye hoti hai.

Programming aur Hacking mein Kya Farak Hai?

Programming mein hum naye apps aur websites banate hain.

Hacking mein kisi system ko secure ya break karne ka kaam hota hai.

Programming safe aur legal hai, jabki hacking galat bhi ho sakta hai jab bina permission ke kiya jaye.

[govindhtech]

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[trendingreportz]

Sweden Software Development Market - Forecast(2024 - 2030)

Sweden Software Development Market Overview

The Sweden Software Development market size is analyzed to be $7,720.7 million in 2021 and is projected to reach $10,856.3 million in 2027, growing at a CAGR of 5.9% during the forecast period 2022-2027. The global Sweden Software Development Market size is estimated to surpass $3.7 billion by 2027, growing at an estimated CAGR of more than 5.8% during the forecast period 2022 - 2027. Software development is the process of creating, designing and deploying software, which is independent of computer hardware and makes the computer programmable using various programming languages. Software development is primarily conducted by computer programmers, software engineers and software developers. Programmers and coders write source codes to program computers for specific tasks like merging databases, processing online orders, routing communications, source code generation, conducting searches or displaying text and graphics among others. According to a report by OECD, Sweden has one of the most digitally savvy populations in Europe; when it comes to familiarity with the internet and the adoption of this medium in their daily lives. The recent shift towards digitization, coupled with the growing trend towards Industry 4.0 and the Internet of Things, are some of the major factors that are driving the growth of the Sweden Software Development market. Software development in Sweden has gained a lot of traction in recent years. The markets have witnessed an increasing number of investments and acquisitions, particularly towards Computer-aided software engineering, which is projected to propel the growth of the Sweden software development market. For instance, in May 2021, the Swedish Foundation for Strategic Research (SSF), an independent public research funding organization, announced an investment of $19.7 million in software development in SSF Future Software Systems.

Report Coverage

The report: “Sweden Software Development Industry Outlook – Forecast (2022-2027)” by IndustryARC covers an in-depth analysis of the following segments in the Sweden Software Development Industry.

By Language: Java, Javascript, Python, C#, C++, C, Php, Golang, Typescript, Matlab and Others.

By Market Demand: In-House on Payroll, Hired from Secondment Providers, Hired Freelancers, Fully Outsourced.

By Deployment Type: On-Premise, Cloud.

By Business Size: Small and Medium Business, Enterprises, Government.

By End-Use Industry: Banking And Financial Institutions, Insurance Firms, Media and Entertainment, Government, Defense, Telecommunications, Automotive, Consumer Goods and Retail, Healthcare, Manufacturing, Gaming, Others.

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Key Takeaways

With the growth of software development, artificial intelligence and data sharing, the need for proper guidelines and policies relating to cyber security has become more crucial than ever. In order to combat the cyber security challenge, the Government of Sweden introduced the NIS directive in 2018, which introduced the requirements on information security and incident reporting for providers of infrastructure that are critical to the Swedish society.

As of now, most of the threat surveillance work has been handled by the financial institutions themselves and had no centralized mechanism for the purpose. Due to the growing need for a regulatory framework, in April 2019, the government of Sweden updated its Swedish Protective Security Act, which is set to tighten requirements for the security of IT systems at critical infrastructure providers under the supervision of Finansinspektionen, including the banks and market infrastructure firms. Developments like these are proving the market with new growth opportunities and is analyzed to boost the demand for the software development market in Sweden.

Although Sweden established a national strategy for cyber and information security in 2016, yet this strategy does not provide any specific guidance on how to prevent, handle or mitigate cyber-attacks in the financial sector. According to the Combatting the Cyber Threat in Sweden 2020 report by Oliver Wyman, the publishing of a sector-specific strategy for cyber security to direct the work in the Swedish financial, is set to provide the regional market with high growth opportunities in the near future. Factors like these are creating high growth opportunities for the Sweden Software Development Industry.

Sweden Software Development Market Segment Analysis - by Industry Vertical

In terms of End-use industry, the government segment also accounted for some market share in 2021 in the Sweden Software Development industry. The segment generated a revenue of $1,011.3 million in 2021 and is analyzed grow at a high CAGR of 5.87% during the forecast period to reach $1,424.3m in 2027. This is mainly due to the growing government efforts to coordinate and support digitalization within public administration and establish a framework for digital security in financial institutions in recent years. Additionally, according to the Digital Public Administration Factsheet Sweden 2021 report, the government formally launched the open data portal, dataportal.se which is aimed to provide way access to data resources from both private and public sector organizations. Furthermore, In December 2020, the Swedish government signed the Berlin Declaration on Digital Society and Value-Based Digital Government, which is aimed to foster digital transformation and Internet of Things adoption in order to allow citizens and businesses to harness the benefits and opportunities offered by modern digital technologies.

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Sweden Software Development Market Segment Analysis - by Language

By Language, Java segment accounted for the dominant market share in 2021. The segment generated a revenue of $1,554.1m in 2021 and is analyzed to grow at a CAGR of 5.8% during the forecast period to reach $2,172.3m in 2027. This is mainly owing to the high penetration of java programming language across enterprises and the availability of resources across the region. Additionally, the high rate of digitally skilled personnel in Sweden has propelled the demand for the programing language in the region. Sweden has one of the highest proportions of digitally skilled users in the world. According to the EU Education and Training Monitor 2020, 71% of the 16–19-year-old population have above basic digital and computer programming skills which is higher than the EU average. Furthermore, the growing demand for personalized software products in the region has resulted in an increase in demand for Java programming language. For instance, according to the Open Trade Gate Sweden Report by the National Board of Trade, almost 49% of the large companies, regardless of industry, develop their own software products.

Sweden Software Development Market Drivers

Increasing adoption and promotion of AI by the Government of Sweden

Artificial Intelligence is playing a vital role in the digital transformation, as it enables human capabilities including understanding, reasoning, planning and more, to be undertaken by software. This significantly increases efficiency and helps in the reduction of costs. As a result, to tap into this opportunity, in 2020, the Ministry of Enterprise and Innovation issued a report on the National Approach to Artificial Intelligence, which acknowledged the transformative nature of AI across the Internet of Things and computer programming sectors, while also emphasizing the need to create a framework that allows for the safe, secure and favorable climate for digitization and harnessing the opportunities of AI. Additionally, According to a report by Indiai.gov, for the years 2018 and 2019, the Swedish government allocated a sum of SEK 40 Million to increase focus on further education within Artificial Intelligence. Furthermore, according to a report by Indiaai.gov, the Swedish Government research and innovation agency Vinnova, invested around SEK 3Bn each year in fostering innovation across technology, transportation, communication and labor. Developments like these are promoting and boosting the adoption of Artificial Intelligence in Sweden, which is, in turn, driving the growth of the underlying software development market in Sweden.

Growing adoption of digitization in Public Administration

Sweden has one of the highest rates of internet users in the world. According to World Bank Data, in 2020, 94.5% of the Sweden population used the internet. Additionally, according to Eurostat data, 91% of the percent of the population used to the internet to interact with public authorities. Due to this high internet usage in the region, the government of Sweden is increasingly focusing on digitizing the public administration process, which is propelling the demand for the underlying software development market in the region. In January 2019 the Government established the Ministry of Infrastructure which was responsible for digitalization and facilitating seamless coordination within the Ministry with support from the unit of Digital Government. Additionally, according to the Digital Public Administration Factsheet Sweden 2020, the Government launched the Oppndata.se portal, which is set to publish open data and boost data-driven innovation in this field. According to the Digital Public Administration Factsheet Sweden 2020, at the end of 2019, the government launched two new projects which were aimed to establish a national basic data framework for basic data in public administration. Furthermore, In November 2020, changes to the justice legislation were passed through the act(2020:918) amending the Swedish Code of Judicial Procedure which is aimed to further enable and facilitate digital communication in court proceedings. Again, in March 2021, the government of Sweden started the development of Ombud, which is a Swedish national infrastructure for secure and digital management of powers of attorney and is currently under development by the Swedish Companies Registration Office, in close cooperation with the Swedish Tax Agency and the DIGG. Developments like these are some of the main factors that are driving the growth of the Sweden Software Development Market.

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Sweden Software Development Market Challenges

The increasing cost of Logging and high tax brackets are restricting the growth

Since the beginning, software engineers and developers use Logs for troubleshooting issues. As a result, maintenance and storage of the logs have become quite expensive. For instance, according to a report by Forbes, logs are becoming extremely noisy and expensive to store, especially in the Martech industry, where there is a lot of quick transactions. This significantly reduces the profit margin of enterprises, thereby hampering the growth of the underlying market. Although enterprises like Logz.io are trying to address the issue, it is still prevalent as one of the major challenges that are restricting the growth of the Software development market in Sweden. Additionally, Sweden has one of the most expensive labor rates in the Europe region along with the highest tax brackets, which significantly reduces the profit margin. According to a 2021 report by the International Trade Administration (ITA), a VAT rate of 25% generally applies to the import or sale of most products in Sweden, which represents about 18% of Sweden’s GDP, is higher than the EU average of 13%. As a result, various enterprises are outsourcing their work to a different regions where a skilled workforce is available at a cheaper rate along with lower tax brackets. Factors like these are some of the major challenges that are restricting the growth of the Software development market in Sweden.

Sweden Software Development Industry Outlook

Product launches, acquisitions and R&D activities are key strategies adopted by players in the Software Development Market. The top 10 Sweden Software Development companies include:

Exoft

Seeba

Ecommatrix

Innovise Group

Rite NRG

Codeblue

Source A Network AB

LoopLabz

SolveIT

Beetroot AB

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Recent Developments

In March 2022, Talenom announced the acquisition of three accounting firms in Sweden named Lindgren & Lindgren Ekonomi AB, Confido AB and Redovisningsbyrån Öckerö AB. This acquisition is set to combine Talenom’s software development with expertise in the accounting industry in a unique way and strengthen its position across Sweden.

In March 2022, Swedish startup 'My Telescope' secured $3 million for its market intelligence software.

In November 2021, Swedish telecommunications giant Ericsson snapped up US cloud-service provider Vonage in a multibillion-dollar deal which is its biggest acquisition in recent years.

For more Information and Communications Technology related reports, please click here

[amitsaini012]

Top 15 Weird Programming Languages In Use in 2024

Programming languages have come a long way since the early days of computer science. While mainstream languages like C, Java, and Python continue to dominate software development, there are plenty of more obscure and unconventional options out there. These "weird" languages often prioritize things like ease of use, minimalism, or just plain fun over practical application. Some are little more than hobbyist projects, while others have managed to carve out a niche despite their oddities. In 2024, programmers will have more choice than ever when it comes to selecting a language for their next project. Whether they're looking to experiment with something new or just have a laugh, these 15 weird programming languages demonstrate the creative fringe of modern computer programming. Though not suited for large-scale software engineering, they highlight the endless possibilities in language design.

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1. Brainfuck 

One of the esoteric programming languages, Brainfuck consists of only 8 single-character commands. Programs look like long sequences of +++++++--<>, which is where the name comes from. It's challenging to write anything useful given the extreme minimalism.

2. Velato 

This language uses MIDI files as source code. Programs are literally music that gets compiled into executables. Debugging means listening to your code and fixing sour notes.

3. Chef 

Programs in Chef look like cooking recipes. Variables are ingredients, mixing them together follows the syntax, and executing the program requires "baking" the final recipe. A taste of computing for Food Network fans.

4. LOLCODE 

Inspired by the LOLcat meme, LOLCODE has verbose keywords like VISIBLE, GIMMEH, and OMGWTF. Semicolons are replaced by the phrase "NOW GTFO". Strange as it is, LOLCODE can actually be used to build applications.

5. Malbolge 

Malbolge was named after the eighth circle of hell in Dante's Inferno, and it was made to be very hard to program in. Its language is based on encryption, which is hard to understand, and each command can only access a small group of registers and memory places. It is more of a virtual torture device than a language.

6. Shakespeare 

This esoteric language aims to make programs appear like Shakespearean plays. Variables are cast as characters, IF statements become soliloquies, and functions act out scenes. The results are halfway between software and literature.

7. Emojicode 

Feeling expressive? Emojicode lets you construct variables, functions, loops, and other programming fundamentals out of emoji symbols. You'll be coding smiles, winks, and kisses in no time.

8. Piet 

Named after abstract artist Piet Mondrian, this color-based language has programs that look like abstract paintings. Different colors represent coding elements like variables or loops. Placement on the canvas determines logic flow.

9. Perl 

One of the old standbys of scripting languages, Perl has fallen out of fashion due to its dense syntax and orthogonality. Reading Perl code feels a bit like decoding an ancient hieroglyphic text these days.

10. INTERCAL 

Developed in the 1970s as a parody of other languages' cryptic syntax, INTERCAL is deliberately full of obtuse and nonsensical keywords that make writing sensible programs a fool's errand. More an academic curiosity than usable language now.

11. Befunge 

The source code for Befunge programs looks like a ASCII game map. Instructions execute left to right, top to bottom or can jump to new points on the map. Strange by nature and design, it's tough to wrap your head around Befunge.

12. MATLAB 

While not that exotic, MATLAB draws criticism for using 1-based indexing instead of the 0-based indexes common to C and other languages. This disconnect from programming norms qualifies MATLAB for weird language status.

13. IDL 

Like MATLAB, IDL feels out of place because variables have to be explicitly declared before use. Due to this lack of dynamism and other limitations, IDL is often described as archaic by modern programmers.

14. COBOL 

Few languages seem as foreign to modern coders as COBOL, which powers critical legacy systems. Its wordy syntax and niche application domain make COBOL programming an oddity.

15. HQ9+ 

This minimalist joke language has only 4 instructions - H prints "Hello", Q prints its own source code, 9 prints the lyrics to 99 Bottles of Beer, and + increments the accumulator. Vast programs are possible with those building blocks!

Conclusion 

While unusual languages like those discussed above probably won't be powering the next great startup or operating system, they demonstrate that programming can encompass more than practical software engineering. Some weird languages like Velato turn code into music. Others like Chef and LOLCODE find the aesthetics in programming. And languages like Brainfuck and INTERCAL push minimalism and obfuscation to their limits. Most importantly, these esoteric languages show that even in computing, creativity comes in surprising packages. Weird languages keep pushing the boundaries and possibilities of programming itself. Even though few of us will write production software in Shakespeare or Emojicode, these novel languages represent the vanguard of creative expression through code. Their very existence highlights that computing is as much about human expression as logical rigor. So while businesses will stick to Python and Java for now, these weird languages continue to flex the diversity and range of programming possibilities.

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[priyaohia]

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[nehaprem]

"Your Coding Journey Starts Here: Discover What Java Programming Can Do"

            Java programming, a dynamic and influential language, has the potential to transform your career in the world of technology. With its versatility and widespread adoption, Java offers an array of opportunities for professionals looking to enhance their skills and advance their careers. At ACTE Technologies, we recognize the immense potential of Java, and through our comprehensive courses, we aim to equip you with the knowledge and expertise needed to excel in this dynamic field. Let's explore the vast horizons that Java programming can open for you and how ACTE Technologies can be your gateway to success.

Here is the list of things what does Java do:

Mobile App Development:

            Java serves as the primary language for creating Android mobile applications. It is extensively utilized in the development of a wide range of Android apps. Android Studio stands out as the most popular Integrated Development Environment (IDE) for building Android applications. Some well-known mobile apps developed using Java include Netflix, Google Earth, Twitter, and Uber.

Game Development:

            Java is a versatile language capable of game development. It supports powerful 3D engines, making it possible to create beloved games like Saints Row 2, Spiral Knights, Minecraft, Asphalt 6, and RuneScape. Additionally, Java accommodates jMonkeyEngine and the Dalvik Virtual Machine for crafting both 2D and 3D Android games.

Cloud Applications:

            Java is well-suited for developing cloud applications, which provide on-demand access to computing resources like servers, storage, databases, and networking. Developers leverage Java to create services like Logging as a Service (LaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). These cloud applications facilitate remote development and data sharing for companies.

Web Applications:

            Java is a popular choice for crafting high-quality web-based applications. It offers a secure and straightforward coding environment that appeals to web developers. Java supports technologies such as JavaServer Pages (JSP), Struts, and Servlets, enabling the development of a wide variety of web applications. Prominent web-based applications like Spotify, Netflix, LinkedIn, Amazon, and Uber are built using Java.

Scientific Applications:

            Java is an excellent choice for developing scientific applications due to its speed, portability, and security features. Notably, MATLAB utilizes Java in both its back-end and front-end to fulfill the requirements of scientific applications.

Java Distributed Applications:

            Java plays a pivotal role in building distributed applications, which run on multiple computers within the same network. Popular Java APIs like CORBA (Common Object Request Broker Architecture) and RMI (Remote Procedure Invocation) are used to create distributed applications. Jini, or Java Intelligent Networking Infrastructure, is employed to provide, discover, and register distributed services. JavaSpaces, an integral part of Jini, supports object persistence, distribution, and migration in distributed environments.

Desktop Applications:

            Java provides an extensive set of libraries and tools for developing desktop applications that run on personal computers or laptops. Key advantages of Java desktop applications include platform independence, a rich user interface, and enhanced security.

Enterprise Applications:

            Enterprise applications are designed to support the operations of large organizations such as corporations, governments, and non-profits. Java is widely adopted for developing enterprise applications due to its robustness, scalability, and platform independence. Key benefits of using Java for enterprise applications include scalability, reliability, and seamless integration.

Trading Applications:

            Java is a preferred choice for building trading applications, with Murex being a notable example. Many financial institutions rely on Murex for their trading operations.

            In summary, Java's versatility and robustness make it suitable for a wide range of application domains, from mobile apps and games to cloud-based solutions, web applications, scientific software, distributed systems, desktop applications, enterprise software, and trading platforms.

            Java programming is a gateway to a world of possibilities, and ACTE Technologies is your trusted partner in navigating this exciting journey. With our industry-focused training, experienced instructors, and hands-on learning experiences, you can harness the full potential of Java and position yourself for success in today's competitive tech landscape. Whether you aspire to become a mobile app developer, a game designer, or an enterprise software architect, mastering Java Course at ACTE Technologies will empower you to realize your career goals and make a significant impact in the world of technology. Embrace the power of Java, and let ACTE Technologies be your guide toward a brighter, more rewarding future.

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How to Find Professional Help with Your MATLAB Homework?

Are you struggling with your MATLAB homework and in need of expert assistance? We will guide you through the process of finding professional help with your MATLAB assignments. Whether you're facing challenges with coding, analyzing data, or understanding complex concepts, seeking assistance from experienced MATLAB experts can be a game-changer. So, let's explore some effective ways to find reliable MATLAB homework help.

Online Tutoring Platforms: Online tutoring platforms provide a convenient and efficient way to connect with MATLAB experts. These platforms typically offer a wide range of subject-specific tutors, including MATLAB specialists. Look for reputable platforms that have verified tutors with strong credentials. You can browse through tutor profiles, read reviews, and choose the one that suits your requirements. Many platforms offer interactive sessions, allowing you to have one-on-one discussions and receive personalized assistance.

Academic Support Centers: If you're a student, your university or college may have an academic support center that provides assistance with various subjects, including MATLAB. These centers often have qualified tutors who can help you with your homework, clarify concepts, and guide you through challenging problems. Check your institution's website or reach out to your professors or academic advisors to find out if such a resource is available.

Online Forums and Communities: Joining online forums and communities dedicated to MATLAB can be a valuable resource for finding help. These platforms are frequented by MATLAB enthusiasts, professionals, and students who are willing to share their knowledge and assist others. You can post your specific questions or problems and receive guidance from experienced users. Be sure to provide clear and concise information about your assignment to receive accurate and helpful responses.

Freelance Platforms: Freelance platforms like Upwork, Freelancer, and Fiverr can be another option to find MATLAB experts who offer homework help services. These platforms allow you to post your project requirements and receive bids from freelancers specializing in MATLAB. You can review their profiles, portfolios, and client feedback to make an informed decision. Keep in mind that while freelancers may offer lower rates, it's essential to verify their expertise and reliability before hiring them.

MATLAB Online Communities: MATLAB has an active and supportive online community where users can ask questions, share code snippets, and seek help with their assignments. The MathWorks MATLAB Answers forum is a popular platform where MATLAB experts and enthusiasts gather to solve problems together. By posting your questions there, you'll likely receive helpful responses from knowledgeable individuals.

Conclusion: When facing difficulties with your MATLAB homework, finding professional help is the key to overcoming challenges and achieving better results. Consider the options mentioned above, such as online tutoring platforms, academic support centers, online forums and communities, freelance platforms, and MATLAB online communities. Remember to clearly communicate your requirements and provide the necessary details to ensure accurate and effective assistance. With expert guidance, you'll be able to understand MATLAB concepts better, complete your assignments with confidence, and improve your overall performance.

[elgringo300]

ok first cat socks are awesome

second

I'm building a game engine in Matlab because. My class advisor suggested a way to do it and I think I can. It will be a 2d RPG builder, kind of thing. You can explore different areas I just call Rooms.

The way it will work is there is a big table with one row for each room, which contains all the information in the game. Tonight I got the Render function to mostly work, so I can draw any number of circles or squares, and I can change their size, their color, and location, on the screen.

There's several empty spaces where more information will go later, like characters, items, and exits to other rooms.

{0,0,0, {1,2,3} on the first line - that means, in order, square, at (0,0), with color 1, width 2, height 3. I might need to change the way color works tho, because right now, I just have a function that says "Color 1 is red, color 2 is blue" which means that the user can't input their own RGB color codes yet.

the whole game will operate on this game loop function:

The next step, I think, is to start on GetCommand: - it needs to take user input in the form of words on the command line, and decode those into defined functions. So if you write "Take Sword" the game will see Take and run the function Take(object) and have object = "sword".

I'm having a really good time, although I promised my professor I'd have this done by the end of the summer and now I don't see any way of that happening. I'll keep working on it as long as I have my university's student license for Matlab. After that I guess I'll either blow half my paycheck on this think or I'll have to learn an actual coding language. (I know a little bit of C but learning more is hard)

cool dice

I have cat socks that are really hideous but I love them 😀

[ameliagomez08]

Matrices and Algorithms: A Deep Dive into MATLAB Mastery!

Embarking on the academic journey often feels like navigating a complex obstacle course, and for many students, Matlab assignments stand out as formidable hurdles. As a student who has traversed these challenges, I stumbled upon a game-changing solution – a remarkable website that emerged as my ultimate obstacle solver. In this review, I aim to shed light on the invaluable assistance provided by this platform, emphasizing how it became the compass that guided me through the maze of Matlab assignments. The first encounter with MATLAB left me feeling overwhelmed and ill-equipped to tackle the complexities embedded in the assignments. However, my academic trajectory took a positive turn when I stumbled upon a website that promised to be the beacon of light amidst the coding chaos. The obstacle solver in question specializes in Matlab assignment help, positioning itself as the go-to resource for students grappling with the intricacies of this programming language. What sets this platform apart is its holistic approach to addressing the multifaceted challenges associated with MATLAB assignments. From basic coding exercises to advanced algorithmic implementations, the website boasts a comprehensive array of services that cater to students at various proficiency levels. 

Navigating through the website, I was immediately struck by the user-friendly interface that facilitated seamless exploration of its features. The obstacle solver, as I fondly began to refer to it, offered a structured layout, ensuring that even those unfamiliar with the complexities of MATLAB could easily find the assistance they needed. The website is a testament to the creators' understanding of the obstacles students face, and their commitment to dismantling these barriers through accessible and user-centric design. 

One of the standout features that transformed this website into my preferred obstacle solver was the pool of experienced and knowledgeable experts it housed. The platform prides itself on a team of MATLAB aficionados who not only possess a deep understanding of the language but also have a knack for simplifying complex concepts. This expertise was evident in the quality of solutions provided, as each assignment was approached with a level of precision and clarity that surpassed my expectations. 

The obstacle solver's commitment to academic integrity was another feather in its cap. Plagiarism-free solutions were delivered promptly, addressing not only the immediate hurdles of assignment completion but also instilling confidence in the academic integrity of the work submitted. This emphasis on originality resonated with my commitment to producing authentic and well-researched assignments. 

As a student, one of the recurring obstacles is the looming deadline. MATLAB assignments, with their intricate nature, often require time and dedication that can be challenging to squeeze into a tight schedule. Here, the obstacle solver emerged as a time-management ally, providing prompt and efficient solutions without compromising on quality. The website's commitment to meeting deadlines ensured that my academic journey remained on track, even in the face of stringent submission timelines. 

The real-time communication channels offered by the website further contributed to its status as my trusted obstacle solver. The platform facilitated direct interaction with the assigned experts, fostering a collaborative learning environment. This not only ensured that the final solution aligned with my understanding of the assignment but also allowed for valuable insights into MATLAB's intricacies. The obstacle solver thus transformed from a mere service provider to a learning companion, demystifying the challenges posed by MATLAB assignments. 

In conclusion, the website emerged as my beacon of hope in the academic wilderness, a reliable obstacle solver that dismantled the complexities of coding and programming. From its user-friendly interface to the expertise of its dedicated team, every facet of the platform was designed to address the unique challenges students face when dealing with MATLAB assignments. As I reflect on my academic journey, it's clear that this website wasn't just a service provider; it was the unwavering support that transformed obstacles into opportunities for growth and learning. 

[matlabhelperblog]

Webinar | ​​Code and Play Games with MATLAB | MATLAB Helper ®

Learn coding games like Sudoku, Rock Paper Scissor, Mario, and TicTacToe using MATLAB with our Webinar on Code and Play Games with MATLAB. Create your own game and enjoy your gaming experience with programming.

[trash-iest]

People: I wish my crush would notice me :(

Me: Dude my crush doesn’t even exist

[happybirthday-unusannus]

I am playing a fun game of “I have not touched matlab in over three years” as well as “I have not coded something in over a year” and I have graphs I need to make for my classes