Prompt: Coding Monitor: Find out more about the coding monitor, which is a device that can help programmers code more efficiently and comfortably, by providing features such as high resolution, adjustable brightness, and ergonomic design.
Prompt: Develop a seamless and intuitive hands-free control system for smart home automation and major home appliances.
Prompt: Bezel-free, expansive display radiates seamless elegance. Curved, OLED brilliance offers immersive visuals. Dynamic islands pop with vibrant functionality. Sleek, ergonomic contours create a weightless, futuristic allure. Clean, unobstructed screen amplifies modern design, blending seamlessly for a visually striking, cutting-edge experience
Prompt: Translating from Chinese to English: \"Tablet Computer Details Page, Super Bright, Ultra Clear Full Screen, Drop-proof, Waterproof, Long Battery Life, Fast Charging, Data Security, Ultra-high Screen-to-Body Ratio
Prompt: Generate futuristic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances.
Prompt: In a tech-savvy lab, human scientists are focused on programming and debugging to create a powerful artificial intelligence. Born out of complex programming code, this AI is gradually becoming a symbol of intelligence by continuously learning and improving through the flow of data. The interface between humans and AI is simple and natural, and AI plays a huge role in helping people in their daily lives and tools in their professional fields. Looking to the future, humans and AI will live in harmony and create a better world together.
Prompt: Envision an impeccably designed control panel, featuring a series of interconnected sliders and buttons. The sleek, modern interface suggests order and efficiency. The streamlined control panel serves as a metaphor for the structured approach, while the designated buttons signify the deliberate inclusion of elements that spark unforeseen and positive developments. This image embodies the concept of embracing the unanticipated within a well-organized framework, providing a tangible representation of the balance between order and innovation.
Prompt: Spider Man Noir lineart, hallway of medieval castle, expression of despair, a luminous 15-year-old girl floats in the air, curly red hair, dressed as a medieval huntress with pants and boots, Ariel Winter, she in despair holds in hands a fainted pose thin mixed race man, green eyes, long messy brown tawny mane, with long braided beard,J-Cole, composition The Pietà by Miguel Angel, lineart style style:Line Art width:640 height:1536 aspect:9:21 seed:1435877934
Prompt: lineart, hallway of medieval castle, expression of despair, a luminous 15-year-old girl floats in the air, curly red hair, dressed as a medieval huntress with pants and boots, Ariel Winter, she in despair holds in hands a fainted pose thin mixed race man, green eyes, long messy brown tawny mane, with long braided beard,J-Cole, composition The Pietà by Miguel Angel, lineart style
Style: Line Art
Prompt: Design an AI-generated next-generation gaming accessory that enhances the overall gaming experience.
Prompt: Engineer a compelling prompt to generate a visually striking virtual classroom scene infused with sophisticated AI elements, meticulously portraying a dynamic and engaging learning environment. Articulate a nuanced depiction of a child seamlessly interacting with a virtual tutor on a tablet or computer, strategically accentuating the interactive nature of these educational sessions. Implement advanced visual elements, such as progress charts or graphs, utilizing stable diffusion image generation for real-time progress tracking, exemplifying cutting-edge innovation.Craft a narrative that goes beyond mere imagery, capturing the essence of the positive impact on students' emotions and confidence as they hold books or engage with the AI tutor. Elevate the visual storytelling with graphics that not only symbolize but effectively communicate the pinnacle of cutting-edge technology, reinforcing the core AI-driven essence of the tutoring service.Strategically integrate diverse learning activities into the visual representation, showcasing the service's adaptability to a spectrum of learning styles. As a prompt engineer, the goal is to orchestrate a prompt that not only directs the generation of images but strategically influences the narrative and visual elements to convey a comprehensive and professional representation
Prompt: Create a futuristic AI-driven dashboard for a smart home system that seamlessly integrates with Internet of Things (IoT) devices, focusing on a sleek and minimalist design with interactive data visualizations.
Prompt: driving monitoring assistant system. We are planning to make a regression model for driver drowsiness detection and there after applying brakes in the vehicle. Make a simple system of architecture for the project which will give exact flow of my project. Make simple and use English language
Prompt: E-sports style, there are large and small various shapes of the display screen splicing into the atmosphere
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. studio lighting octane rendering industrial design high detail 16K--ar3：4
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. clean background studio lighting 16K--ar3：4 octane rendering
Prompt: Physical Features: Stylish Appearance: Fashionably dressed, possibly wearing a futuristic smart outfit with integrated tech elements. Digital Glowing Glasses: Wearing a pair of digitally glowing glasses beneath the eyes, emphasizing the tech-savvy aspect related to coding. Clothing Style: Coding Elements: Incorporating clean and creatively designed coding symbols on the attire, such as binary code or code snippets. Bright Colors: Choosing vibrant and creative bright color tones to inspire interest in learning. Poses and Actions: Holding a Coding Robot: Holding a cute coding robot in hand, symbolizing a learning companion and fun. Typing on a Keyboard: Demonstrating a scene of hands-on coding, expressing the practical aspect of learning. Accessories and Props: Digital Wristband: Wearing a digital wristband, representing a learning tool in the virtual world. Coding Toolkit: Carrying a compact coding toolkit, containing various coding-related props like a mini keyboard, mouse, etc. Background and Scene: Digital Classroom: The background depicts a modern digital classroom with a view of the virtual city through the window, emphasizing futuristic learning environments. Virtual Screen: A virtual screen appears behind, displaying code and learning content, highlighting the learning theme of the IP. Emotional Expression: Focused Gaze: Expressing a focused and eager expression, revealing a strong interest in coding learning. Radiant Smile: Smiling confidently to showcase both confidence and joy, emphasizing the fun of learning coding.
Prompt: Show me a continuing education classroom with diverse students and a super cool engaged teacher. There are modern computers on every desk and the vibe is bright and inspiring.
Prompt: A smart office chair, soft materials, independent armrests, head pillow and backrest are connected with an axis, the back of the head pillow's concave arc fits the head and covers the ear, and the back of the chair has a lumbar support, the foot under the chair seat, {the foot is spread, the foot is put away}, the chair seat has three adjustment buttons
Prompt: Envision an image showcasing an innovative gaming platform characterized by a grid-based structure. This adaptable board incorporates standardized slots, allowing for the seamless integration of diverse modular components. The visual emphasizes the limitless potential for expanding the game, as each interchangeable piece represents a new and unique element. This snapshot encapsulates the essence of a dynamic gaming environment, where creativity thrives, and the standardized, modular content effortlessly accommodates an ever-growing array of additions to enhance the gaming experience.
Prompt: Diving Cat alovelycat，white body，blacklimbs ,underwater ,floating hair,realistic,painting, cartoons, sketch, tooth, open mouth
Negative: ugly,tiling, poorly drawn hands. poorly drawn feet, poorly drawn face. out of frame. extra limbs. disfieured, deformed, body out of frame
Style: Digital Art
Prompt: a vibrant and collaborative workspace featuring individuals from diverse professions such as coders, artists, marketers, and publishers, all working together around a shared table or computer screen. The atmosphere should exude creativity and cooperation, symbolizing a collective effort to bring a visionary project to life. Elements like a chalkboard with project sketches, a mood board, or a brainstorming session can be included to convey the dynamic and inclusive nature of the collaborative endeavor. The image should evoke a sense of excitement, unity, and dedication towards the common goal of achieving permanent financial freedom through the successful realization of the project. The art style of this game is characterized by a vibrant and whimsical palette, featuring a spectrum of soft, pastel hues that create a visually inviting and otherworldly atmosphere. The rendering employs a clean and simplistic approach, with a focus on smooth surfaces and geometric shapes that contribute to a minimalist aesthetic. The overall feel is playful and optimistic, enhanced by the use of rounded forms and friendly, approachable silhouettes. The color scheme transitions seamlessly between day and night, utilizing dynamic lighting to evoke a sense of wonder and discovery. The art style leans towards a digital medium, showcasing a harmonious blend of sci-fi elements and organic shapes that together create a visually captivating and immersive experience.
Negative: watermark, text, out of frame, signature, tiling, worst quality, low resolution, low quality, grainy, logo, blurred, cropped, bad anatomy, bad art, bad hands, body out of frame, clone, cross-eye, deformed, deformed iris, deformed pupils, disconnected limbs, disfigured, duplicate, duplicate body parts, extra arms, extra digit, extra fingers, extra legs, extra limbs, fewer digits, fused fingers, malformed, missing fingers, missing limbs, mutated, mutated hands and fingers, mutation, out of frame, poorly drawn face, poorly drawn feet, poorly drawn hands, ugly
Prompt: A colossal lipstick, towering like a skyscraper, lies on the bustling streets of Hong Kong, dyeing the streets in the color of the lipstick. Onlookers in Hong Kong gather, emphasizing the enormous presence of the lipstick on the streets.
Prompt: \"In a futuristic and technological setting, three portable devices are strategically placed in a highly advanced urban environment, each displaying a luminous screen with a sophisticated control interface. These devices are dedicated to the intelligent management of an innovative city first displays data and controls to regulate the climate control of a specific area, allowing precise temperature and air circulation adjustments in smart second device displays a graphical interface with feeding and nutrition systems, designed to manage automated food distribution in urban parks or vertical growing third offers controls to manage lighting, automated irrigation and other essential parameters for urban gardening and technological landscaping devices are connected by intertwining lines of light, symbolising a wireless network that allows them to communicate with each other, highlighting the interconnectedness that enables the intelligent and remote management of this technological and sustainable urban\"
Prompt: In a room at night, there is a bed and a bedside table, and there is a desk lamp on the cabinet. The uniqueness of this desk lamp is that when it is turned on in different modes, it will flash different lights, like a central control system, which will illuminate all parts of the room, such as the starry sky mode, bringing romance to the moment when the lights are turned on in a dark room. The shape of this product is simple and compact.
Prompt: Absolutely, let's explore a programming prompt that can be both challenging and rewarding. How about this: **Prompt: Building a Dynamic Task Scheduler** **Context Breakdown:** 1. **Overview:** - **Description:** Develop a dynamic task scheduler that allows users to schedule and manage tasks with varying priorities and deadlines. - **Goal:** Create an efficient and user-friendly system for task scheduling. 2. **Key Features:** - **Priority Levels:** Implement a system that supports different priority levels for tasks (e.g., high, medium, low). - **Deadlines:** Enable users to set deadlines for tasks, with appropriate notifications or alerts. - **Dynamic Scheduling:** Tasks should dynamically adjust their priority based on factors such as deadline proximity and completion status. - **User Interface:** Design a clear and intuitive user interface for adding, updating, and removing tasks. 3. **Functionality:** - **Task Addition:** Users should be able to add tasks with details such as name, description, priority, and deadline. - **Task Update and Deletion:** Provide functionality to update or delete tasks, and ensure the scheduler adjusts accordingly. - **Automated Prioritization:** Implement an algorithm that automatically adjusts task priorities based on factors like deadline proximity. 4. **Notifications:** - **Deadline Alerts:** Implement a notification system to alert users when a task's deadline is approaching. - **Status Updates:** Notify users when tasks are completed or if there are changes in priority. 5. **Scalability:** - **Performance:** Ensure the scheduler can handle a large number of tasks efficiently. - **Database Integration:** Consider integrating a database to store task information persistently. 6. **Security:** - **User Authentication:** If applicable, implement a secure user authentication system to protect user data. - **Data Encryption:** Apply encryption for sensitive information stored in the system. 7. **Documentation:** - **Code Documentation:** Provide clear and comprehensive documentation for your code. - **User Guide:** Include a user guide explaining how to use the task scheduler. 8. **Testing:** - **Unit Tests:** Develop unit tests to ensure the functionality of individual components. - **Integration Tests:** Perform tests to ensure all components work seamlessly together. 9. **Bonus Features (Optional):** - **Collaboration:** Allow multiple users to collaborate on shared tasks. - **History Tracking:** Keep a log of task history, including changes in priority and completion status. **Explanation:** This prompt encourages you to think about various aspects of software development, including user experience, functionality, scalability, security, and documentation. By breaking down the prompt into these components, you can approach the development process systematically, ensuring a well-rounded and robust task scheduler. Remember to embrace creativity and problem-solving skills while working on this project!
Prompt: Design a smart waste bin with a sleek and eco-friendly aesthetic. This intelligent waste bin should have the ability to autonomously sort and manage various types of items it receives. Imagine its form, materials, and user interface to make it both aesthetically pleasing and environmentally conscious.
Prompt: Technological Background: Utilize a backdrop featuring technology-related elements such as circuits, lines of code, or futuristic structures. Consider a backdrop with dark blue or black tones to create a striking scene. Programming Icons: Incorporate representative icons of programming languages like Python, JavaScript, HTML, and others. Creatively arrange them around the text. Stylized Code Lines: Add stylized code snippets as visual elements, elegantly highlighting them in an abstract manner to establish a more technical environment. Conceptual Images: Consider integrating conceptual imagery representing innovation, such as rotating gears, a connected brain, or elements symbolizing technological interconnectedness and evolution. Abstract Visualizations: Integrate abstract graphics like data flows, network connections, or visual representations of algorithms to complement the theme of programming and technology.
Prompt: an image that represents task automation with a touch of technology and Python. Think about visual elements that convey efficiency, ease of use, and an automated work environment. What would this image look like? Detail the elements, colors, and composition that you envision.
Prompt: Crée une composition visuelle mettant en avant un écran d'ordinateur portable avec un site web vitrine moderne et captivant. Intègre des éléments visuels représentant la polyvalence des services proposés : développement web, intégration de plugins et création de sites marchands. Utilise une palette de couleurs vibrantes et professionnelles pour capturer l'attention et l'intérêt des spectateurs sur les possibilités offertes par ces compétences en freelance WordPress
Prompt: \"Paint a vivid scene of a bustling desk immersed in the world of high-tech innovation, where a soldering iron is poised amidst scattered IC components. Capture the essence of a dynamic workspace, conveying both the busyness of the desk and the sophistication of a cutting-edge technology project.\"
Negative: video
Prompt: \"Paint a vivid scene of a bustling desk immersed in the world of high-tech innovation, where a soldering iron is poised amidst scattered IC components. Capture the essence of a dynamic workspace, conveying both the busyness of the desk and the sophistication of a cutting-edge technology project.\"
Prompt: Stylish Appearance: Fashionably dressed, possibly wearing a futuristic smart outfit with integrated tech elements. Digital Glowing Glasses: Wearing a pair of digitally glowing glasses beneath the eyes, emphasizing the tech-savvy aspect related to coding. Coding Elements: Incorporating clean and creatively designed coding symbols on the attire, such as binary code or code snippets. Bright Colors: Choosing vibrant and creative bright color tones to inspire interest in learning.Holding a Coding Teddy Bear: Holding a cute coding teddy bear in hand, symbolizing a learning companion and fun. Typing on a Keyboard: Demonstrating a scene of hands-on coding, expressing the practical aspect of learning.Digital Wristband: Wearing a digital wristband, representing a learning tool in the virtual world. Coding Toolkit: Carrying a compact coding toolkit, containing various coding-related props like a mini keyboard, mouse, etc.Digital Classroom: The background depicts a modern digital classroom with a view of the virtual city through the window, emphasizing futuristic learning environments. Virtual Screen: A virtual screen appears behind, displaying code and learning content, highlighting the learning theme of the picture
Prompt: movie poster style, professional modern product-focused commercial eye-catching highly detailed breathtaking vibrant epic gorgeous award-winning professional vibrant stunningly beautiful crisp commercial hand painted horror movie poster in the style of Egon Schiele, the title says You Died
Prompt: The screens display dense streams of data, some showing real-time car assembly status, some presenting production line efficiency charts, and others taking turns to display 3D scanning images and performance parameters of each vehicle to ensure that every part is manufactured to the highest standard.
