TOMORROW TECHNOLOGY

https://amzn.to/4dkNzIX https://a.co/d/5zgg2Qc> !Crown Wars: The Black Prince In the tumultuous realm of Crown Wars: The Black Prince, knights clash, brigands roam, and an enigmatic evil force threatens to engulf the land. As a lord rising from the ashes, you must lead the charge against this malevolence in a turn-based tactics and strategy game. Let's delve into the heart of battle and uncover what awaits: https://amzn.to/4dkNzIX 1. The War of Crowns - The conflict rages on, tearing through the once-peaceful kingdom. - From your castle stronghold, you'll marshal your forces, forge alliances, and confront the darkness that looms. 2. Gameplay Overview - Objectives: Your mission is clear—defend your realm, secure resources, and outmaneuver your foes. - Building Upgrades: Strengthen your castle, recruit soldiers, and unlock powerful enhancements. - Effective Squad: Assemble a diverse team of warriors, each with unique abilities and roles. https://amzn.to/4dkNzIX https://amzn.to

  Whether you're a programmer, a student, or just curious about the inner workings of code, understanding code listings is essential. Here's what you need to know: What Are Code Listings? Code listings refer to printed or displayed representations of source code. They can take various forms, including: 1. Printed Code: Physical printouts of code, often used for documentation or academic purposes. 2. Online Listings: Displayed code snippets on websites, blogs, or tutorials. 3. LaTeX Listings: In LaTeX documents, code listings are used to present code with syntax highlighting and line numbers. How Code Listings Work 1. Syntax Highlighting: Code listings use color-coding to distinguish different elements (keywords, comments, variables) within the code. This makes it easier to read and understand. 2. Formatting: Listings follow specific formatting rules:    - Font: Typically, monospaced fonts like Courier New are used for consistency.    - Line Numbers: Listings often inclu

  Game design is an intricate art that combines creativity, psychology, and technical expertise. Whether you're a novice or a seasoned game designer, there's always room to improve your skills and learn from industry experts. In this article, we'll explore valuable tips and tricks to help you master the art of game design. 1. Define a Clear Vision Before diving into the details, start by defining a clear vision for your game. Consider the following aspects: - Core Concept: What is the central idea behind your game? - Gameplay Mechanics: How will players interact with your game? - Art Style: What visual style best suits your game? - Target Audience: Who are you designing for? Having a clear vision will guide your design decisions throughout development and ensure a cohesive and engaging experience for players. 2. Play and Analyze Games Immerse yourself in the world of games. Play a wide variety of games across different genres and platforms. Pay attention to: - Game Mechanic

   with motor control and movement feedback. This blog will guide you through the essential components, concepts, and steps to build a robust drive system that integrates seamlessly with the Robot Operating System (ROS). Understanding ROS Drivers Before we dive into the specifics, let's clarify what ROS drivers are and how they fit into the ecosystem: 1. What Is a ROS Wrapper?    - A ROS wrapper is a bridge that connects external hardware or software components to the ROS framework.    - It allows you to interface with sensors, actuators, and other devices within the ROS environment.    - Writing a ROS wrapper ensures that your hardware or software can be seamlessly integrated into ROS-based robotic systems. 2. Writing a ROS Wrapper (Python and C++)    - You can create ROS wrappers in both Python and C++.    - Python wrappers are convenient for rapid prototyping, while C++ wrappers offer better performance.    - These wrappers encapsulate the communication between your hardware or

  personal things. What works for one person may not work for another. So why should we all use almost identical off-the-shelf controllers? In this blog, we'll explore how to use the Raspberry Pi Pico to create a custom game controller that's just right for you. Whether you're into retro gaming or want a unique input device, let's dive in! Using Raspberry Pi Pico as a HID (Human Interface Device) The Raspberry Pi Pico is a super flexible board! We'll leverage its capabilities to create a USB gamepad, keyboard, mouse, and more. We'll focus on the Keyboard type, which works well with the sorts of games I like to play. However, you can adapt the same technique to simulate a mouse or a gamepad. Hardware Setup: Arcade Box and NES Controller 1. Arcade Box Setup Our first setup aims to recreate the control setup of an arcade machine. We'll use it to play games on a laptop rather than a full-sized cabinet. Here's what you'll need: 1. Arcade Controls: You can

   Whether you're an urban gardener, a sustainability enthusiast, or simply curious about innovative solutions, 3D printing offers exciting possibilities. Here are some ideas to get you started:  1. Living Soil Structures with 3D Printing Researchers at the University of Virginia (UVA) have developed a groundbreaking method of 3D printing living soils that could transform the construction industry. By layer-by-layer extrusion of a novel seed-impregnated soil "ink," they create self-supporting structures that facilitate plant growth. Here's how it works: - Material: The soil-ink mixture contains seeds and soil particles. - Process: The printer deposits layers of this mixture, allowing plants to take root. -  - Benefits:     - Carbon Capture: These structures could replace traditional construction materials and create wildlife-infused architecture that absorbs CO2 via photosynthesis.     -      - Sustainability: The method requires minimal electricity and allows materia

   creating a straightforward and efficient solution for printing text, images, barcodes, and QR codes. These compact printers are commonly used in point-of-sale systems, ticket counters, and more. Here's a step-by-step guide to get you started: What Is a Thermal Printer? A thermal printer uses a heating head to produce images on thermal paper. Its advantages include ease of installation, minimal external components, low power consumption, and noise-free operation. Plus, it's eco-friendly since it doesn't require ink cartridges or ribbons.  Components Needed Before we begin, gather the following components: - Raspberry Pi: Any model will work, but the Pi Zero or Pi 3/4 are popular choices. - Mini Thermal Receipt Printer: Connects via serial GPIO output. - Barcode Reader: Optional but useful for scanning products. -  - Cash Drawer: Opens using a pulse through GPIO (requires a relay). - Touchscreen Display: For an intuitive interface. - USB Storage: For automatic SQL backups.

  In this tutorial, we'll explore how to create your own Point of Sale (POS) system using a Raspberry Pi. Whether you're running a small business, organizing events, or just want to learn about POS systems, this project is both educational and practical. Why Build Your Own Cash Register? 1. Cost-Effective: Proprietary POS systems can be expensive. By building your own, you save money and gain flexibility. 2. Open Source: Our solution is fully open source, allowing you to customize and adapt it to your needs. 3. Energy-Efficient: The Raspberry Pi's low energy consumption makes it an ideal choice for a cash register. Components Needed - Raspberry Pi: Any model will work, but the Pi Zero or Pi 3/4 are popular choices. - Mini Thermal Receipt Printer: Connects via serial GPIO output. - Barcode Reader: Optional but useful for scanning products. - Cash Drawer: Opens using a pulse through GPIO (requires a relay). - Touchscreen Display: For an intuitive interface. - USB Storage: For

  you have an older TV that lacks all the bells and whistles? Fear not! With a Raspberry Pi, you can transform your "dumb" TV into a smart one without breaking the bank. In this guide, we'll explore how to create your very own Raspberry Pi media player. What Should Your DIY Smart TV Offer? Before we dive into the "how," let's consider the "what." Your Raspberry Pi can replace the functionality of a smart TV, giving you access to various features: 1. Media Playback: You should be able to play media from a USB storage device or an external hard drive. Luckily, the Raspberry Pi has USB ports for this purpose. 2. Video Streaming: Want to binge-watch your favorite shows on Netflix or YouTube? The Chromium browser on the Raspberry Pi can handle Netflix, or you can install a Kodi add-on for Netflix streaming. 3. Remote Control: Control your media player remotely! Set up a Kodi client app on your smartphone or use an infrared, Bluetooth, or wireless remote

  The Raspberry Pi Pico, powered by the RP2040 microcontroller, is a versatile and affordable development board. One of its hidden gems is the on-board temperature sensor, which allows you to measure the chip's temperature itself. In this blog, we'll explore how to utilize this sensor and create a simple temperature monitoring project.  Introduction to the Temperature Sensor The RP2040's temperature sensor works by measuring the voltage across an internal diode within the chip. Keep in mind that this diode voltage doesn't directly represent the ambient room temperature; instead, it reflects the chip's temperature. To convert this voltage to temperature, we'll use the following equation: Temperature (°C)= 27 -( Voltage - 0.706 )/0.001721 Setting Up the Project Prerequisites Before we dive into the code, make sure you have the following: - A Raspberry Pi Pico - A USB cable for programming - A development environment (such as Thonny or Visual Studio Code) Writing t

  These projects showcase the versatility and creativity of Raspberry Pi enthusiasts. Whether you're a beginner or an experienced maker, there's something here to inspire you. 1. Raspberry Pi 5 Cat TV    - Maker: Becky Stern    - Description:  Unwinding in front of the TV is a universal pleasure, even for our feline friends. Becky Stern took this concept to heart and created a Raspberry Pi cat TV. Using the latest Raspberry Pi model, the Raspberry Pi 5, Becky's TV automatically loads up cat videos from YouTube. These videos feature footage of birds, squirrels, and other critters, providing entertainment for her beloved cats. It's a simple yet delightful project that makes for some seriously spoiled kitties! 🐱    - Why We Love It:  The use case is what shines here. Plus, who wouldn't want to pamper their cats with a custom TV experience? Read more about the Raspberry Pi 5 Cat TV   2. Raspberry Pi Hat Camera    - Maker: Jacob David C Cunningham    -     - Description

  Let's explore how 3D printing can revolutionize the creation of programmable robots, making them more accessible and affordable. Whether you're an enthusiast, educator, or hobbyist, these innovative approaches can inspire your next project. 1. 3D Printed Robotic Arms Robotic arms are an excellent starting point for 3D printing enthusiasts. They offer simplicity, programmability, and fewer moving parts. Here are some noteworthy projects: 1. LittleArm: As the name suggests, LittleArm is small, simple, and easy to print. With only three degrees of freedom, it's ideal for beginners. You can construct this rugged and flexible arm using just a 2C motor and PLA filament. LittleArm is a great entry-level project to get you hooked on 3D printed robotics. 2. EEZYbotARM MK3: Developed by Carlo Franciscone, the EEZYbotARM MK3 offers four directions of freedom. It features a rotating base, a two-finger gripper, and a pivot in the arm for bending. While it may not handle significant pa

  Overview The Adafruit Proto Doubler PiCowBell is a versatile and OSHWA-certified accessory designed to streamline programming and sensor connectivity for your Raspberry Pi Pico board. Whether you're a hobbyist, educator, or professional, this mini solder-less proto plate offers essential features that enhance your Pico experience. Key Features 1. Dual Socket Headers  The Proto Doubler PiCowBell features two 2x20 slim socket headers. Simply plug in your Raspberry Pi Pico and desired accessories (or "Bells"), and gain an extra row of sockets for each pin. No soldering required! 2. Battery Support The onboard JST PH connector allows you to use Li-Ion/LiPoly or Alkaline/NiMH batteries. Cut the "disable charge" jumper to switch between battery types. 3. LiPoly/LiIon Charging Circuitry Charge your 3.7V/4.2V nominal 1-cell battery while the Pico is plugged into USB. The switch seamlessly transitions from USB power to battery when unplugged. 4. Alkaline/NiMH Battery P

  Whether you're a hobbyist, engineer, or designer, having the right software can significantly impact your 3D printing experience. I'll introduce some of the best CAD tools, both free and professional, that cater to various needs and budgets. 1. Blender - Price: Free, open-source -  - Supported 3D Printing File Formats: STL, OBJ -  - Operating System Support: Windows, macOS, Linux Blender  is an open-source CAD program with a strong artistic focus. While it's not inherently geared towards 3D printing, recent additions like the 3D Print Toolbox and Mesh Analysis features make it more 3D printing-friendly. These features simplify complex polygonal models, ensuring better results on 3D printers. Blender also offers export options for popular formats like STL. Its versatile modeling and sculpting toolbox allows you to create high-quality 3D models, although the learning curve can be steep for beginners. 2. FreeCAD - Price: Free, open-source - Supported File Formats: STL, OBJ -

  3D printing has come a long way, but what if we could break free from the constraints of traditional dual extrusion printers? Enter Jön Schoné's TIME—a groundbreaking 3D printer design that combines the best of independent dual extrusion (IDEX) with true freedom. Let's explore this innovative concept! Table of Contents 1. The Limitations of IDEX 2. TIME: True Independent Multiple Extrusion 3. How TIME Works 4. Versatility Unleashed 5. Parallel Printing and Material Mixing 6. Construction Process and Unique Features 7. Cooking Griddles and Beyond 8. Conclusion  1. The Limitations of IDEX IDEX 3D printers already offer advantages over single-extruder setups. But here's the catch: in a typical IDEX design, both extruders slide along the same X-axis rail. They're constrained to the same position in the Y and Z axes. What if we could break free from these limitations? 2. TIME: True Independent Multiple Extrusion Jön Schoné's TIME 3D printer design has no such constrain

   Introduction The HighPi Pro case from the HiPi.io team is a game-changer for Raspberry Pi enthusiasts. Whether you're a seasoned maker or just dipping your toes into the Pi pool, this case offers unparalleled ease of use, versatility, and sleek design. Let's dive into the details of this must-have enclosure! Table of Contents 1. The HighPi Pro Difference 2. Features That Matter 3. Assembly Made Effortless 4. Customizable Lid Options 5. Advanced Cooling for Power Users 6. VESA Mounting and Branding 7. Dimensions and Compatibility 8. Conclusion 1. The HighPi Pro Difference What sets the HighPi Pro apart? It's all about simplicity and functionality. Here's why: - Tool-Free Assembly  Installing or removing your Raspberry Pi board is a breeze—no tools required! - Secure Locking Mechanism  One snap action locks the Pi board into place, while the second secures the lid—rattle-free and foolproof. - One-Finger Pi Removal Need to access your Pi? No problem! Release the board w

   Introduction The HighPi Pro case from the HiPi.io team is a game-changer for Raspberry Pi enthusiasts. Whether you're a seasoned maker or just dipping your toes into the Pi pool, this case offers unparalleled ease of use, versatility, and sleek design. Let's dive into the details of this must-have enclosure! Table of Contents 1. The HighPi Pro Difference 2. Features That Matter 3. Assembly Made Effortless 4. Customizable Lid Options 5. Advanced Cooling for Power Users 6. VESA Mounting and Branding 7. Dimensions and Compatibility 8. Conclusion 1. The HighPi Pro Difference What sets the HighPi Pro apart? It's all about simplicity and functionality. Here's why: - Tool-Free Assembly  Installing or removing your Raspberry Pi board is a breeze—no tools required! - Secure Locking Mechanism  One snap action locks the Pi board into place, while the second secures the lid—rattle-free and foolproof. - One-Finger Pi Removal Need to access your Pi? No problem! Release the board w

  In the blink of an eye, computers and artificial intelligence (AI) have transformed our world. Let's retrace their brief history and explore what lies ahead. The Evolution of Computers Computers have come a long way in just eight decades. From punch cards to pocket-sized smartphones, the pace of change is staggering. But what about AI? How has it evolved? Early AI Endeavors In 1950, Claude Shannon built Theseus, a remote-controlled mouse that could navigate a labyrinth and remember its course. It was a humble beginning, but it set the stage for what was to come.  The Last Two Decades Fast-forward to the last two decades. AI systems have made remarkable progress. Take a look at the chart below: AI Development - The y-axis represents AI performance relative to humans. - The zero line indicates parity with human performance. - AI systems now outperform humans in handwriting recognition, language understanding, and image recognition. Real-World Impact Beyond standardized tests, AI

   Introduction Have you ever wished for a single remote control that could rule them all? Well, grab your Arduino Pro Micro and let's create a DIY universal remote that can command any device with an infrared (IR) sensor. Whether it's your TV, stereo, or even the mysterious gadget in the back of your closet, this project will give you the power to control it all!  Table of Contents 1. Why Make a Universal Remote? 2. How Does the Universal Remote Work? 3. Materials Needed 4. Building the Circuit 5. Programming the Arduino 6. Testing and Customization 7. Safety Precautions 8. Conclusion  1. Why Make a Universal Remote? Picture this: you're comfortably nestled on your couch, binge-watching your favorite show, and suddenly realize you left the lights on. Instead of getting up, wouldn't it be amazing if you could turn off the lights, adjust the thermostat, or even summon your robot vacuum—all from the same remote? Well, that's the magic of a universal remote!  2. How Do

  Introduction Remember the rugged "Stomper" toys from the late '80s? Those little electric cars with all-wheel drive and a 2-speed gearbox? Well, meet StoRPer, an open-source robot platform inspired by those iconic toys. StoRPer aims to be an affordable way to dive into robotics, and it's built around the Raspberry Pi Pico. Let's explore this modular marvel!  Table of Contents 1. The Stomper Influence 2. Materials and Components 3. Building the Chassis 4. Motor Options 5. Custom Motor Mounts 6. Expansion Possibilities 7. Power Options 8. Conclusion  1. The Stomper Influence StoRPer draws inspiration from the ruggedness and versatility of the Stomper toys. But instead of just forwards and backwards, StoRPer offers more options. It's essentially a printed circuit board (PCB) that serves as the chassis for your robot. Here's what makes it exciting: - Four Motor Drivers The PCB features four motor driver circuits based on the L9110S drive IC. Why four? Becaus

  Introduction Welcome to the world of Adafruit ESP32-S2 Reverse TFT Feather, where we flip the script and put the display on the back-side! This development board combines the power of the ESP32-S2 WiFi module with a vibrant 240x135 color TFT display. Whether you're into CircuitPython or Arduino, this feather has you covered. Let's dive into the details and create something magical. Table of Contents 1. The Reverse TFT Aesthetic 2. Materials and Features 3. Printing the Board 4. Wiring and Setup 5. Displaying Data 6. Buttons and Interaction 7. Safety and Power Management 8. Conclusion 1. The Reverse TFT Aesthetic Imagine a cyberpunk-inspired display that defies convention. The Adafruit ESP32-S2 Reverse TFT Feather boasts: - Angular Design  Sharp edges and geometric shapes for that retro-futuristic vibe. - 240x135 Color TFT IPS display with bright colors from any angle. - Three User Buttons: Perfect for interactive projects.  2. Materials and Features Let's gather our sup

  Introduction In the realm of 3D printing, where imagination knows no bounds, we delve into the fascinating world of clocks. Buckle up, fellow time travelers, as we embark on a journey to create the Sakati 1984 3D Printed Clock – a fusion of vintage aesthetics and cutting-edge technology. Inspired by the neon-soaked cyberpunk era, this clock promises to be a conversation starter on any desk or shelf. Table of Contents 1. The Sakati 1984 Aesthetic 2. Materials and Tools 3. Printing the Components 4. Assembling the Clock 5. Electronics and Wiring 6. Setting the Time 7. Safety Considerations 8. Conclusion  1. The Sakati 1984 Aesthetic Picture this: a dystopian cityscape, neon-lit streets, and a clock that seems to have emerged from a retrofuturistic film. The Sakati 1984 captures the essence of an alternate timeline where analog meets digital. Its design features: - Angular Geometry  Sharp edges and geometric shapes reminiscent of 1980s cyberpunk art. - LED Matrix Display  A grid

   Introduction Welcome to the FlameMaster 3000, your one-stop solution for turning your mundane desktop setup into a fiery spectacle! In this blog post, we'll explore how to create a desktop flamethrower that not only counts your YouTube subscribers but also shoots flames with every milestone. Buckle up, because things are about to get 🔥lit🔥! Table of Contents 1. Why a Desktop Flamethrower? 2. Materials Needed 3. Building the FlameMaster 3000 4. Integrating YouTube Subscriber Count 5. Flame Activation Mechanism 6. Safety Precautions 7. Conclusion  1. Why a Desktop Flamethrower? Let's face it: regular desktop setups are boring. Why settle for a plain monitor and keyboard when you can have a flamethrower that doubles as a subscriber counter? Imagine the envy of your coworkers during Zoom meetings as flames dance in the background while your subscriber count climbs!  2. Materials Needed Before we dive into the technical details, gather the following materials: - Miniatu

  Air quality matters, whether you're at home, in the office, or on the go. Portable air purifiers offer a convenient solution to combat airbo Battery 🔋 door bell rne pollutants, allergens, and odors. Let's explore some of the most effective portable air purifiers that can help you breathe cleaner air wherever you are. 1. Levoit Air Purifier for Home - Best Overall  The Levoit Air Purifier combines sleek design with powerful performance. Its three-stage filtration system captures particles as small as 0.3 microns, including dust, pollen, and pet dander. Plus, it operates quietly, making it ideal for bedrooms and living spaces. https://amzn.to/44pB5fe https://amzn.to/44pB5fe 2. Pro Breeze Mini Air Purifier - Best Bang for the Buck Don't let its compact size fool you—the Pro Breeze Mini packs a punch. It's perfect for small rooms, offices, or even your car. With a HEPA filter and an activated carbon filter, it effectively removes allergens and odors.https://amzn.

  When it comes to laundry appliances, dryers play a crucial role in our daily lives. But the choice between electric and gas dryers isn't just about convenience—it can impact your energy bills, installation costs, and overall satisfaction. Let's dive into the battle of electric dryers vs. gas dryers and explore why electric models are often the bigger sellers. Electric Dryers: The Powerhouses 1. Wide Availability Electric dryers dominate the market due to their widespread availability. Most households already have electrical outlets, making installation hassle-free. No need for gas lines or special hookups—just plug and play. 2. Cost-Effective Upfront Electric dryers are generally more affordable upfront. They don't require a gas hookup, which simplifies installation and reduces initial costs. 3. Simplicity and Maintenance Electric dryers are easier to install and maintain. No need to worry about gas leaks or venting to the outside. Plus, DIY enthusia

   These essential accessories allow you to install your CB antenna without compromising your vehicle's integrity. Whether you're an off-road enthusiast or simply want to stay connected during your adventures, a reliable CB aerial mount is crucial. 1. Rear Antenna CB Mount for Discovery 3 and 4 - Price: €24.00 (Ex. VAT) - Description: The rear CB antenna mount by LRP is crafted from durable stainless steel. It can be seamlessly installed on the rear pillar of your Land Rover Discovery 3 or 4 without drilling. Say goodbye to complicated installations and hello to reliable communication.     - Compatibility         - Land Rover Discovery 3/LR3         - Land Rover Discovery 4/LR4     - Specs         - Material: Stainless Steel A2         - Thickness: 2mm         - Antenna hole diameter: 12.5 mm (0.5 inch)     - Where to find it: [Land Rover Passion Rear Antenna CB Mount](https://www.landroverpassion.com/en/product/rear-antenna-cb-mount-for-discovery-3-and-4/) 2. Range Rover