Prompt: In this screenshot of the software's functionality, we can see an intuitive and powerful user interface specifically designed to handle patient data. Below are the key features highlighted: Retrieving Patient Data: Users can retrieve patient data using the search function, which is displayed on the main interface. Secondary Field Search: The software supports secondary field searches on the retrieved patient data results. Users can select specific fields and enter relevant search criteria. Display column click function: By clicking on any display column, users can carry out more refined data filtering and secondary search operations. Refined Data Filtering: Users can filter to specific field value ranges or value ranges. This provides more flexible data handling options. This screenshot shows the intuitive interface of the software when processing patient data, allowing users to easily perform secondary searches and refined data filtering.
Prompt: A screenshot of a software tool showcasing the precision of data analysis. The interface allows users to conduct secondary searches on retrieved patient data, enabling refined filtering through column interactions, 4k
Prompt: :A screenshot of a software tool showcasing the precision of data analysis. The interface allows users to conduct secondary searches on retrieved patient data, enabling refined filtering through column interactions, 4k, simplified Chinese
Prompt: A cutting-edge software interface displaying medical data exploration. The focal point is a dynamic display of patient information with interactive features, cg, high-tech, sleek, user-friendly, interactive, illuminated, transparent overlays, holographic elements.
Prompt: Generate a dashboard for Microsoft, highlighting revenue from different business segments and cloud services usage.\"
Prompt: Design a compelling user interface (UI) and user experience (UX) for a web platform. Center the design around a card housing a table. Each row of the table should convey relevant information, while an unique interactive feature, reminiscent of a piano, is integrated between the rows. This feature takes the form of a circular button, providing users with the ability to dynamically add new list entries. Upon clicking the button, it should expand to accommodate the input of new information. The design should balance aesthetics and functionality, emphasizing improved user interaction and usability. Ensure that the color palette aligns with MidJourney's brand colors, and that the UI functions seamlessly across various devices and screen sizes. Provide a brief documentation explaining the design decisions and how the piano-inspired feature enhances the user experience.
Prompt: Generate a user interface design for a portfolio website that embodies a clean and detailed aesthetic. Consider incorporating modern design elements, intuitive navigation, and visually appealing graphics to enhance the overall user experience. Provide a desktop and mobile version to ensure a seamless transition between devices. Focus on showcasing the individual's skills and achievements in a visually compelling manner while maintaining a minimalist and professional look
Prompt: In this vast realm of AI, envision every industry as a vibrant canvas, and AI tools as brushes transcending boundaries. In healthcare, they serve as precise diagnostic instruments, aiding physicians in accurate disease assessment through data analysis and image recognition.
Prompt: In this vast realm of AI, envision every industry as a vibrant canvas, and AI tools as brushes transcending boundaries. In healthcare, they serve as precise diagnostic instruments, aiding physicians in accurate disease assessment through data analysis and image recognition.
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: Data repositories, knowledge graph, semantic indexing, blue data visualization, information architecture, comprehensive datasets, deep learning analytics, cognitive computing, domain-specific insights, ontology mapping, structured knowledge, interconnected data nodes, blue-themed data mining, in-depth data curation, contextual data representation, graph-based knowledge storage, comprehensive data catalog, blue spectrum information retrieval, robust data ecosystem, knowledge enrichment.
Prompt: a minimalist user interface of a web app that allows patients to book doctors online. Splash screen. High details. Main Colors are blue, teal and dark blue.
Prompt: create a dashboard for portfolio details page with most useful kpis. In this page we will displaying the list of stocks that are added to the portfolio
Prompt: target applications such as health care, material detection, sleeping monitoring, smart home automation, smart speaker control and presence detection.
Prompt: target applications such as health care, material detection, sleeping monitoring, smart home automation, smart speaker control and presence detection.
Prompt: Image showing AI applications in medical settings, doctors working with AI systems, or visual representation of AI aiding in medical diagnostics.
Prompt: The UI design is a canvas bathed in the soft glow of innovation, where minimalist elegance meets boundless creativity. Navigating through the website is akin to strolling through a sunlit garden, each element strategically placed to evoke a sense of clarity and purpose. The whitespace is not just empty space but a breath of fresh air, allowing ideas to bloom and information to breathe.
Prompt: \"Market Overview - Create an informative visual representation of a market overview. The image should convey key data, trends, and insights about a specific market or industry. Medium: Visual market overview representation. Style: Choose a style that communicates professionalism and data-driven insights. Resolution: High-quality to ensure clarity of data. --ar 16:9 --v 5.1 --style informative --q 2 --s 750.
Prompt: Picture a fluid mosaic of interconnected pathways and bridges, representing the streamlined systems. The mechanics are symbolized by a series of interconnected, smooth-flowing channels, highlighting the seamless flow of operations. User-friendly controls are illustrated through intuitive touchpoints, emphasizing the ease of navigation. Best practices in interface design manifest as clear signposts and markers along the pathways, guiding users with simplicity. Important information is displayed prominently, akin to well-lit landmarks in the visual landscape.
Prompt: Images showing AI applications in medical settings, doctors working with AI systems, or visual representations of AI aiding in medical diagnostics.
Prompt: Imagine an image showcasing a sleek and versatile user interface design for a video game. The interface features dynamic scrolling lists, adaptable drop-down boxes, and content browsers, emphasizing a standardized and modular approach. The design avoids rigid buttons and slots with hardcoded limits, instead opting for dynamically scalable bars, symbolizing the limitless potential for adding new content to the game.
Prompt: Design a web page interface where users can seamlessly choose between two services - one tailored for professionals and the other for individuals. Create an intuitive layout with clear sections for each category. Utilize a harmonious color scheme, modern typography, and interactive elements to enhance the user experience. Ensure the design is visually appealing and user-friendly
Prompt: \"Create a visually appealing logic relationship diagram highlighting the central element's importance, with peripheral elements connected to the central one by lines, and leave some empty space in the center of each element for adding text later on.\"
Prompt: Design a webpage login interface predominantly in white, incorporating elements of artificial intelligence, with account login fields designed to reflect technological creativity
Prompt: Year:1967. Formal portrait. (hero view:1.5) High detail, Canon EOS DSLR photograph. UHD, 8K resolution, sharp focus, full color, intricately detailed and extremely close up intimate facial portrait of a stylish, age 30 lady in 1967, showcasing her long-length, generously and profusely highlighted light brunette hair. She shyly smiles down at the camera. Her very thick, richly textured hair fills the viewing screen and is delicately styled in a sleek, lofty, very highly voluminous, flared bouffant, with thick full-bodied luxuriant bangs. She wears an evening gown, and has bold, glamorous makeup. Solid, light colored background. Accurate 1967 styling.
Negative: (earrings: 1.6) outdoors, outdoor setting, loose tendrils of hair, jewelry, hair beyond camera view, cropped hair, tiara, orange colors, black and white image, nudity, NSFW,
Style: Photographic
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: The footage shows a computer screen showing an AI model at work. This model is made up of a large amount of data and algorithms, and it is constantly learning and processing information. At the top of the model, there is a text title: \"Artificial Intelligence Text Image Recognition\". Then, the screen switches to the details of the computer screen, and you can see that the AI model is recognizing an image. The image is a piece of handwritten text, which is recognized by the AI model through algorithms and data analysis and converted into computer text. At the same time, the AI model is also able to recognize other elements in the image, such as objects, faces, etc. Then, the screen switches again, this time showing a human user using a smart assistant application. The user speaks a sentence into the phone, and the AI assistant on the phone's screen converts the speech into text and displays it on the screen. At the same time, the AI assistant can also recognize the keywords and intentions in the user's voice and provide corresponding responses and suggestions. Finally, the picture presents a futuristic city, where humans and AI robots coexist in harmony. In this city, AI robots are widely used in various fields, such as transportation, medical care, education, etc. Humans and AI robots interact and cooperate in a variety of ways to create a better future together.
Prompt: Generate UI interface diagram in png format with transparent background, contents including Button,slider,dropdown,toggle,Text, and coc style
Prompt: Generate a graphic illustrating the timeline of a cybersecurity breach discovery, highlighting key dates and times, and depicting initial response actions.
Prompt: Imagine an image featuring a sleek, interconnected network of gears symbolizing streamlined systems, with each gear representing a crucial component. The mechanics are depicted as smoothly interlocking, emphasizing efficiency. The controls are portrayed as intuitive interfaces, where a user effortlessly navigates through well-designed elements. Best practices in user interface design are illustrated through clear, concise icons and labels. Important information is highlighted with vibrant indicators, ensuring visibility.
