#robocod

[swaggerblonde]

Swagger Blonde Quick Plays James Pond 2 Codename RoboCod Sega Master System

[1uppod]

When it comes crashing down and it hurts inside… why not sit back and enjoy another episode of 1UP Pod’s GamesMaster Revisited. This week’s episode takes a look at GamesMaster S1E7, where Andy & Chip let their inner wrestling nerd out.

The episode begins with a discussion about Dominik Diamond’s faith and how it relates to him making lots of cock jokes in a church, they veer off into a discussion about crucifixions and hot ribena, including Andy’s memories of a horrible school trip in the Lake District. This episode goes all over the map, honestly.

The first challenge is James Pond II: RoboCod, which Chip barely believes is a real thing. The guys discuss the punishing difficulty of the challenge and McVitie’s biscuits.

The reviews focus on adventure games with reviews of The Immortal (NES), Monkey Island 2: LeChuck’s Revenge (Home Computer), and Advanced Dungeons & Dragons: Heroes of the Lance (Master System).

The preview section focuses on Alien 3 on the Mega Drive, something Andy is sick of talking about after covering the game in not one, not two, but three lists for the website. And we get what may be the first-ever video list for video games as Dominik counts down the five best video game soundtracks.

The celebrity challenge is one Andy & Chip have been anticipating for weeks now – WWF WrestleMania Challenge on the NES, featuring Kendo Nagasaki. The lads talk about a not-so-proud/pretty racist wrestling tradition, their thoughts on the British wrestling scene of the ’80s and ’90s, Hulk Hogan, and Chip’s terrible time at Butlins. The challenge itself is a mess, but the discussion is fun. Andy busts out some GamesMaster knowledge and shares Dominik Diamond’s personal love of this segment with some info gleaned from the Oral History he got last Christmas.

The Consoletation Room features The Legend of Zelda, Stryder, and Mega Man – and the final challenge is a ruthless one.

Please do drop us a like, share, subscribe, and drop us a review/rating:

Amazon | Apple Podcasts | Spotify | Google | Stitcher

And always remember to get a life and play video games.

[robocodergame]

Robocoder EarlyAccess game comes out in less than 2 weeks.

We are super excited. We got it to run perfectly on SteamDeck.

[alternativeeducation-10]

Here are seven ways to make programming more engaging for beginners.

Introduction

For newcomers, programming might be frightening. For many, the new material's syntax, logic, and sheer amount might be depressing. Nonetheless, programming doesn't have to be very difficult or tiresome. Programming can be made more engaging and fulfilling by incorporating innovative, enjoyable, and useful methods. This article will examine seven methods for improving novice programmers' engagement, which will make learning programming easier and more pleasurable.

1. Start With Visual Programming Tools

Start with visual programming tools like Scratch, Blockly, or Tynker before writing complex code. Using these platforms, novices can drag and drop code blocks to construct simple programs, games, and animations. Visual tools make learning more interactive and enjoyable by breaking down complicated programming concepts and provide instantaneous visual feedback.

Benefits:

Improves understanding of programming fundamentals.

Allows newcomers to see the effects of their efforts immediately.

Encourages creativity through cartoons and games.

2. Focus On Interactive Learning Platforms

Students can write code directly in their browsers and see the results in real time with interactive classes offered by platforms like Codecademy, Khan Academy, and freeCodeCamp. These platforms often provide assistance or instant feedback and break down programming into manageable tasks. Interactive learning helps users solve difficulties and keeps the learning process moving forward while lowering irritation.

Benefits:

Immediate feedback allows for easy error correction.

Lessons are organised into convenient parts.

Gamified learning systems can help to sustain engagement.

3. Work On Real-Life Projects Early

Learning programming through real-world applications increases its relevance and fun factor. Novices can concentrate on projects that pique their interest, such creating a simple app, automating a tedious task, or creating a personal website. Students get a feeling of purpose from real-world projects, which piques their interest in coding and makes them more enthusiastic about it.

Benefits:

Improves understanding of theoretical concepts.

Increases confidence as students create actual things.

Offers a clear purpose and a sense of accomplishment.

4. Learn Through Games

Learning programming can be facilitated by creating or playing games. Some examples of platforms and games designed specifically for teaching programming are CodeCombat, Robocode, and CheckiO. Through the resolution of code puzzles, students advance in these games that transform coding assignments into adventures.

Benefits:

Creates a fun and competitive learning atmosphere.

Encourages critical thinking and problem-solving skills.

Engages students who may find standard lessons unappealing.

5. Incorporate Pair Programming

When two programmers work together on a single task, it's called pair programming. Real-time code reviews are performed by one person after it has been written. Through discussion and shared knowledge, this collaborative learning approach helps students acquire problem-solving methods while also making programming more socially engaging.

Benefits:

Promotes teamwork and communication skills.

Provides fast feedback and reduces errors.

Helps to overcome learning plateaus through shared expertise.

6. Celebrate Small Wins

Programming can occasionally seem like a laborious process with little payoff, especially when faced with challenging problems. It's crucial to acknowledge small accomplishments in order to stay motivated. Acknowledging successes, no matter how small, can give much-needed morale support.

Benefits:

Encourages an optimistic approach to learning.

Recognising progress helps to boost confidence.

Reinforces a growth mentality, increasing learners’ resilience.

7. Join Coding Communities

Learning to program could be more enjoyable if you're a part of a helpful group. Newcomers can participate in local coding meetings and online forums like Stack Overflow and GitHub. These websites offer opportunities for collaboration, mentoring, and inspiration from people who share similar interests.

Benefits:

Access to a plethora of common knowledge.

Promotes collaboration on open-source initiatives.

Creates a network of mentors and peers to share experiences and insights.

Conclusion

By using these suggestions, learning to program doesn't have to be a daunting task; instead, it can be interesting and fun. In order to keep beginners interested in programming and inspired, we at the School of Coding & AI employ a variety of strategies, including interactive tools, real-world projects, and community involvement.

[archoneddzs15]

Sega Mega Drive - James Pond 2 Codename Robocod

Title: James Pond 2 Codename Robocod / ジェームスポンドII コードネーム・ロボコッド

Developer: Millennium Interactive / Vectordean

Publisher: Electronic Arts Victor

Release date: 9 June 1993

Catalogue No.: EM20015

Genre: Platform Action

The Mega Drive was home to various Amiga ports, and James Pond 2 is no exception. A sequel to James Pond Underwater Agent; and it is a prequel to James Pond 3 Operation STARFI5H. Looks superb, sounds great, and plays like a platform gamer's dream. Add the fact that the gameplay constantly throws out new challenges and surprises for the player to cope with and you have one of many definitive Mega Drive platformers. The Japanese Mega Drive version has a different title screen borrowed from the Super Famicom version (the western title screen is a bit basic by comparison), and this is one of few examples where a Mega Drive game came with a spine card.

[link-of-asgard]

I have James Pond 2: Robocod on PS1, PS2, DS, and Switch.

I do not regret this.

Include ports for different OS/consoles, anniversary editions or similar if it's still essentially the same game, etc.

–

We ask your questions so you don’t have to! Submit your questions to have them posted anonymously as polls.

[maximuswolf]

I own 4 copies of Robocod. On 4 different systems. I do not regret this.

I own 4 copies of Robocod. On 4 different systems. I do not regret this. https://ift.tt/KLvNWs0 Submitted August 30, 2024 at 06:00PM by CilanEAmber https://ift.tt/5XKUyQz via /r/gaming

[dmdorematrix]

Explore the Best Dev Games for Learning Programming

In the realm of programming education, dev games offer an engaging and interactive way for aspiring developers to learn and practice coding skills. These games combine the challenge of problem-solving with the fun of gameplay, making them an effective tool for both beginners and experienced programmers looking to sharpen their coding abilities. This article explores some of the best dev games available today that can aid in learning programming languages and concepts.

1. CodeCombat

CodeCombat is a popular dev game that gamifies learning programming languages such as Python, JavaScript, and more. Players embark on adventures, solving coding challenges to progress through the game. The interactive environment and real-time feedback make it suitable for beginners and advanced learners alike.

2. Codingame

Codingame offers a platform where programmers can solve coding puzzles using various programming languages. The challenges range from simple to complex, allowing developers to improve their coding skills while competing with others in global coding contests. It supports languages like Python, C++, Java, and many more.

3. Human Resource Machine

Human Resource Machine is a puzzle game that teaches programming concepts through visual programming. Players control office workers to complete tasks by programming them with simple commands. It's ideal for understanding algorithms, loops, and conditional logic in a playful setting.

4. Robocode

Robocode is a programming game where players create their own battle robots using Java or .NET. These robots then compete against each other in a virtual arena. It's a hands-on way to learn about object-oriented programming, AI, and strategic thinking while having fun with robot battles.

5. Screeps

Screeps is a unique MMO strategy game where players control units and structures using JavaScript code. It challenges players to manage resources, build structures, and program units to interact with other players in real-time. It's a deep dive into JavaScript programming and AI development.

6. Swift Playgrounds

Swift Playgrounds is an app designed by Apple to teach coding using Swift, their programming language. It offers interactive puzzles and challenges that guide learners through the basics of Swift syntax and concepts. It's perfect for those interested in iOS app development.

7. LightBot

LightBot is a programming puzzle game where players guide a robot through various puzzles using programming logic. It introduces concepts like loops, procedures, and conditionals in a visually appealing manner, suitable for beginners and younger learners.

8. Untrusted

Untrusted is a puzzle game where players must hack their way through a series of challenges using JavaScript. It teaches programming principles such as functions, variables, and control flow while navigating through a narrative-driven game environment.

9. Blockly Games

Blockly Games offers a collection of educational games that teach programming through a visual block-based interface. Games like Maze, Turtle, and Blockly provide a hands-on approach to learning coding basics, making it accessible for beginners of all ages.

10. Elevator Saga

Elevator Saga is a JavaScript coding game where players program elevators to efficiently transport passengers to their destinations. It challenges players to optimize elevator behavior using JavaScript coding skills, offering practical insights into algorithmic efficiency.

[itshouseofwarpeddesire]

#jamespond #robocod

[yuzu-adagio]

the weirdest "Yuzu saw it on stream and wants to do it too" to date: James Pond 2: Codename RoboCod, for the Amiga

[fortunerobotics]

Exploring AI Coding Courses for Kids: A Guide to Nurturing Young Tech Enthusiasts

Introduction:

In today's rapidly evolving technological landscape, introducing children to the world of artificial intelligence (AI) and coding has become increasingly crucial. AI coding courses for kids offer a unique opportunity to foster their creativity, critical thinking, and problem-solving skills from an early age. This guide delves into the significance of AI education for youngsters and presents an overview of some compelling AI coding courses tailored for kids.

Why AI Education Matters for Kids:

Future-Proofing: As AI continues to shape various industries, understanding its fundamentals equips children for the careers of the future.

Critical Thinking: AI courses encourage kids to analyze problems, break them down, and develop innovative solutions.

Creativity: Learning to code AI systems sparks imagination, enabling kids to develop applications that address real-world challenges.

Ethical Considerations: Early exposure to AI ethics fosters responsible and conscious AI development.

Top AI Coding Courses for Kids:

"AI Adventures" by CodeKids Academy:

This interactive course uses gamification to teach AI concepts like machine learning and neural networks.

Kids build AI-powered projects like image recognition games and virtual assistants.

"RoboCoder" by TechGenius Institute:

Geared towards younger learners, this course combines robotics and coding to teach AI principles.

Children program and control robots, fostering hands-on AI understanding.

"AI Explorers Club" by KidTech Academy:

With a focus on practical application, this course guides kids through creating AI-driven animations and chatbots.

Ethical AI usage and data privacy lessons are integrated into the curriculum.

"Junior Data Scientist" by FutureCoders:

Designed for slightly older kids, this course introduces data science and AI concepts.

Children learn to analyze data, make predictions, and create simple AI models.

Benefits of these Courses:

Engaging Learning: Interactive activities and projects keep kids motivated and excited about AI.

Real-World Applications: Courses teach skills applicable to real-life scenarios, boosting kids' confidence.

Collaboration: Group projects and online communities foster teamwork and peer learning.

Customized Learning: Courses cater to various age groups and skill levels, ensuring an optimal learning experience.

Conclusion:

As AI becomes an integral part of our lives, introducing children to its wonders through tailored coding courses is a forward-thinking investment. These courses empower kids to harness the potential of AI while cultivating essential skills that will serve them well in the digital age. Whether they aspire to become AI engineers, scientists, or simply want to explore the world of technology, AI coding courses for kids offer a remarkable journey of discovery and growth.

[japanesemetal]

[robocodergame]

Take the role of Niko as he programs Mar10 to explore the Mysteries of Dwarf Mountain.

https://store.steampowered.com/app/2212850/Robocoder__Dwarf_Mountain/

[alternativeeducation-10]

7 Ways To Make Programming More Interesting For Beginners

Introduction Programming can be intimidating for beginners. The unfamiliar syntax, logical thinking, and the vast amount of new material can be overwhelming. However, coding doesn't have to be difficult or dull. By introducing creative, fun, and practical methods, learning programming can become both engaging and rewarding. In this post, we’ll explore seven strategies to make coding more enjoyable for beginners, leading to a smoother and more fulfilling learning experience.

1. Start with Visual Programming Tools Before diving into traditional coding, it's helpful to begin with visual programming tools like Scratch, Blockly, or Tynker. These platforms enable beginners to create animations, games, and simple programs by dragging and dropping code blocks. Visual tools break down complex programming concepts while offering immediate feedback, making the learning process more interactive and enjoyable.

Benefits:

Simplifies core programming concepts.

Provides instant feedback and visual results.

Fosters creativity through interactive projects like games and animations.

2. Focus on Interactive Learning Platforms Platforms like Codecademy, Khan Academy, and freeCodeCamp offer interactive coding lessons where students can write code directly in their browsers and receive real-time feedback. These platforms structure programming lessons into manageable sections and provide guidance, keeping learners motivated and reducing frustration.

Benefits:

Instant feedback for quick error correction.

Lessons are broken into easy-to-follow parts.

Gamified features can boost engagement and enjoyment.

3. Work on Real-Life Projects Early Working on real-world projects brings relevance and excitement to learning programming. Beginners can start with projects that interest them, like building a personal website, developing a simple app, or automating repetitive tasks. Real-life projects give learners a sense of purpose and accomplishment, making coding more enjoyable.

Benefits:

Deepens understanding of theoretical concepts.

Builds confidence through creating tangible projects.

Provides a clear sense of achievement and progress.

4. Learn Through Games Games can make learning programming much more engaging. Platforms like CodeCombat, Robocode, and CheckiO turn coding challenges into fun adventures, where students solve puzzles and complete tasks using programming logic.

Benefits:

Creates a fun, competitive learning environment.

Develops critical thinking and problem-solving skills.

Appeals to learners who may find traditional lessons less engaging.

5. Incorporate Pair Programming Pair programming is a collaborative approach where two people work together on a coding task. One person writes the code, while the other reviews it in real-time. This method makes programming a social activity and allows learners to exchange ideas and solve problems together.

Benefits:

Fosters teamwork and communication skills.

Offers immediate feedback and reduces coding errors.

Helps overcome challenges through shared expertise.

6. Celebrate Small Wins Learning programming can feel like a long journey with few immediate rewards, especially when facing difficult challenges. Celebrating small victories—like completing a project or solving a tricky bug—helps keep motivation high. Acknowledging progress, no matter how small, is crucial for maintaining morale.

Benefits:

Promotes a positive attitude toward learning.

Boosts confidence by recognizing achievements.

Reinforces a growth mindset, helping learners build resilience.

7. Join Coding Communities Being part of a supportive community can make learning to code more fun and less isolating. Beginners can join online communities like Stack Overflow, GitHub, or attend local coding meetups. These platforms offer mentorship, collaboration opportunities, and motivation from peers who share similar interests.

Benefits:

Provides access to a wealth of shared knowledge.

Encourages collaboration on open-source projects.

Builds a network of mentors and peers to share insights and experiences.

Conclusion By applying these strategies, learning programming becomes less intimidating and more enjoyable. At the School of Coding & AI, we implement these approaches to make coding engaging for beginners. Through interactive tools, real-world projects, and community support, we aim to inspire curiosity and sustain motivation in our learners.

[indieretronews]

[lasagnafaced]

Hey gang! It's me, James Pond. I've recently converted to Islam, and as such, I will be spending most of my time on exploring my spirituality. I will not be appearing in any more games, because I do not want to do violence. Have a nice week!