Introduction to Code2grow and Coding:
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What is Code2Grow?
Welcome to the C2G robotics program, where students will embark on an exciting journey into the world of robotics. Through this program, students will be introduced to block coding using the Code2Grow website. They will learn how to actuate the C2G microcontroller with block coding, enabling them to bring their robotic creations to life. This hands-on experience will provide a solid foundation in robotics and coding, preparing students for future technological endeavors.
In the world of programming, two primary coding methodologies often introduced to beginners are block coding and text-based coding.
Welcome to our coding website for students! Imagine programming as writing a recipe. Just like you follow steps and add ingredients to create a delicious dish, in programming, you write instructions and use different commands to create software, games, and apps. Each line of code is like an ingredient, and when combined in the correct order, they produce amazing results. Our platform will guide you through crafting these "recipes" of code, helping you bring your digital ideas to life.
Learning to code and program can be a valuable tool to add to your toolbox of knowledge. With the ever-increasing influence technology has on society it is important to try and capitalize on learning how it works and practicing its applications so that you can be prepared and play a part in the future of technology.
Just like how there are different spoken languages around the world, there are various coding languages used throughout the coding world. Different coding languages are used depending on user familiarity and what is the goal or purpose of what you are trying to create. The table below lists many common coding languages and what they are typically used for, along with some of the products or software they have been used to create.
Image | Language Name | Usage | Examples |
|---|---|---|---|
Swift | Swift is used to create iOS and macOS applications. | Apple Music (music app), LinkedIn (iOS app), Lyft (ride-sharing app). | |
Ruby | Ruby is used in Web applications, server-side scripting, and content management systems (CMS). | GitHub (code hosting platform), Airbnb (lodging platform), Shopify (e-commerce platform). | |
C# | C# is used to create Windows applications, web applications (ASP.NET), game development (Unity), and enterprise software. | Visual Studio (integrated development environment), Unity games (various video games), Stack Overflow (web app). | |
C++ | C++ is the basis for System/software development, game development, real-time simulation, and performance-critical applications. | Adobe Photoshop (image editor), Unreal Engine (game engine), Microsoft Office (productivity suite).
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Java | Java is primarily used for enterprise applications, Android mobile apps, web applications, and large systems. | Android operating system (mobile OS), Minecraft (video game), LinkedIn (web app). | |
Python | Python is used for web development, data analysis, artificial intelligence, and automation. | Instagram (web app), Google (various internal tools), Dropbox (file hosting service). | |
JavaScript | JavaScript is used for building interactive websites and web applications. | Facebook (web app), Google Maps (interactive maps), YouTube (video platform). |
Programming Languages
Both approaches have their benefits: block coding is excellent for teaching foundational concepts and promoting creativity, while text-based coding is crucial for in-depth understanding and executing complex tasks.At Code2grow.com, we integrate both block coding and text-based coding into our curriculum. While the majority of our courses utilize block coding due to its ease of teaching and accessibility for beginners, our advanced courses incorporate text-based coding. This approach allows for greater creativity and control over the specific actions of programmable objects, equipping students with the skills necessary for more complex and professional-level projects.
Text-based coding, on the other hand, involves writing out each line of code in text form, offering greater control and precision. This method is essential for more advanced projects and professional development, enabling detailed customization and problem-solving; however, syntax and the necessary format of constructing lines of code is intricate and requires few to no errors for a successful program.
Text-Based Coding
Block coding, often visual and intuitive, uses drag-and-drop blocks to create programs, making it accessible for young learners and those new to coding. It simplifies complex concepts, allowing users to focus on logical sequences without worrying about syntax errors.
Block Coding
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Software Tells Hardware What to Do: When you open a game on your computer, the software (the game) sends instructions to the hardware. For example, it tells the CPU to process the game’s code and the graphics card to display the game on your screen.
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Hardware Executes Instructions: The CPU reads and follows the instructions from the software. The RAM helps by keeping important information quickly accessible. The graphics card helps with visual parts, and the hard drive stores all the game’s data.
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Feedback Loop: When you use your keyboard or mouse, those inputs are sent to the software, which then processes them and tells the hardware what to do in response. For example, if you press a key in a game, the software tells the hardware to make something happen in the game.
How They Work Together:
So, in short, hardware is the physical parts of the computer that do the work, and software is the set of instructions that tells the hardware what to do. They work together to make sure your computer runs smoothly and can perform all the tasks you want to do.
Hardware
Examples:
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CPU (Central Processing Unit): This is like the brain of the computer. It does most of the thinking and processing.
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RAM (Random Access Memory): This is like the computer's short-term memory. It helps the computer quickly access the information it needs while it's working.
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Hard Drive/SSD: This is where the computer stores all its long-term data, like files and programs.
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Keyboard and Mouse: These are the tools you use to give instructions to the computer.
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Monitor/Screen: This shows you what the computer is doing.
Project Title
Examples:
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Operating System: This is the main software that helps you manage your computer. Examples are Windows, macOS, or Linux.
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Applications/Programs: These are the tools or games you use on your computer, like a web browser, word processor, or video game.
Please proceed to the next page to access the Code2Grow user guides, troubleshooting tips, and step-by-step walkthrough videos on utilizing various features in the coding workspace.
Hardware refers to the physical components of a computer or electronic system that perform various tasks and functions. Think of hardware as the physical objects you can touch.
Software refers to the programs and applications that run on a computer or electronic device, providing instructions and enabling the hardware to perform specific tasks and functions effectively.