Prompt: Initial Node Extraction: Use GPT-4 with one-shot prompting to extract nodes from user scenarios. Iterative Refinement: Collaboratively refine nodes through user feedback, ensuring alignment with the specific scenario. Node Categorization: Employ GPT-4's advanced NLP to classify nodes into categories like Event, Opportunity, Trigger, etc., for structured network topology.
Prompt: Imagine an intricate digital tapestry displayed on a computer screen, illustrating the nuanced process of randomization. At the forefront, a dynamic flowchart unfolds, showcasing a sequence of logical steps. The tapestry commences with the random generator delving into the parameters of the level's general and ambient environment, symbolized by nodes representing environmental factors. As the generator navigates through subsequent nodes, it distinguishes common occurrences, depicted by vibrant pathways, from less frequent actions illustrated by narrower trails. Anomalies, representing rare outcomes, emerge as ethereal bursts of color, emphasizing their scarcity. The tapestry not only visually encapsulates the meticulous structure but also conveys a sense of purpose and meaning behind the randomness, turning a seemingly chaotic process into an artful and purposeful creation.
Prompt: Visualize a sleek, minimalist flowchart, its nodes and connections representing the building blocks of an emergent system. The diagram exudes simplicity, yet beneath its clean exterior lies the potential for unexpected and welcome developments. Picture a few nodes breaking away from the predetermined path, symbolizing the cool surprises that can arise when allowing for unanticipated outcomes.
Prompt: Keywords: AI-Driven Exploration, Advanced Insights, Cutting-edge Technology Negative: Outdated, inaccurate, lack of innovation, limited perspectives, shallow analysis Style: Futuristic and sophisticated
Prompt: an artistic representation or digital illustration of ChatGPT, the OpenAI language model. Visualize it as a friendly and approachable AI entity with a digital interface, showcasing its capabilities in understanding and generating human-like text.
Prompt: solo, (squirrel tail:1.3), 1 squirrel girl, jeadite eyes, squirrel ears, medium hair, (smile:1.1), (open mouth:0.8), small face, medium breasts, sleeveless, frills waitress, miniskirt, sweets, standing, (in cafeteria:1.1), chair, table, (forest:0.5), (dappled sunlight:1.1), sharp focus, looking at viewer, cowboy shot, (intricate:1.1), (light green theme:1.2), (light green tone:1.2), (gold tone:0.5), illustration, \u003clora:more_details:0.5\u003e,
Negative: blush, worst quality, large head, low quality, extra digits, bad eye, EasyNegativeV2, ng_deepnegative_v1_75t, text, jpeg artifacts, signature, watermark, username, artist name, trademark, title, light, window, lamp,
Style: Analog Film
Prompt: golden casino slot machine, jackpot win, front angle, rendered in CGI, rendered in 3DSMAX, r, rendered in cinema4d, rendered in keyshot, rendered in povray, high quality 3d render, black background, 8k resolution
Prompt: Regularly assess the generated artworks for biases and fine-tune the model based on feedback. Implement ongoing monitoring to detect and correct biases as they emerge.
Prompt: Based on the input of physical cluster information and model structure, the spatial modeling of load segmentation optimization is carried out, and the optimized segmentation deployment strategy is searched through multiple iterations of policy generation, policy application and performance simulation
Prompt: Imagine an image of a dynamic, abstract game environment characterized by interconnected pathways and nodes, resembling a sprawling, chaotic network. The nodes represent various aspects of the game—missions, metagame elements, and open-world exploration. Each pathway symbolizes the multiple, diverse ways players can approach and navigate through the game. Random elements, depicted as vibrant bursts of color, permeate the environment, reflecting the embrace of chaos and the unexpected. The landscape suggests the influence of physics, with momentum-driven gameplay evident in the fluid, non-linear design. A level select screen seamlessly integrates with the open-world concept, providing a visual representation of the expansive choices available to the player.
Prompt: Creating an AI collage to visually represent the capabilities of artificial intelligence throughout its journey involves the fusion of diverse elements. Begin by incorporating images of neural networks and interconnected nodes, symbolizing the complex web of algorithms that underpin AI processes. Integrate depictions of data streams and patterns, illustrating AI's ability to analyze vast datasets. Include visuals of diverse technologies like robotic arms, smart devices, and machine learning symbols to represent the wide range of applications AI engages with. Consider incorporating futuristic imagery and subtle nods to precisionist art, reflecting the progressive and evolving nature of AI. Infuse the collage with a palette of digital blues and whites, evoking a sense of technology and innovation. Ensure a dynamic composition that captures the essence of AI's transformative journey, from its theoretical foundations to its real-world applications.
Prompt: from openai import OpenAI # 创建 OpenAI 客户端实例 client = OpenAI() # 使用 DALL-E 模型生成图像 response = client.images.generate( model=\"dall-e-3\", prompt=\"一张白色暹罗猫的照片\", size=\"1024x1024\", quality=\"standard\", n=1, ) # 获取生成的图像的 URL image_url = response.data[0].url # 打印图像 URL print(\"生成的图像 URL:\", image_url)
Prompt: human-AI collaboration optimizes the software development process. AI complements humans by performing tedious tasks, offering context, and presenting stakeholders' perspectives to decision-makers. This revolution will enhance productivity, success, and happiness within the software development industry. In the future, humans and AI will work side by side for optimal results, with Wisary at the forefront of that innovation.
Prompt: Keywords: AI Companions, Personalized Support, Intelligent Guidance Negative: Impersonal, generic, lack of empathy, intrusive, overwhelming recommendations Style: Warm and friendly
Prompt: Keywords: Collaborative AI, Teamwork, Enhanced Productivity Negative: Isolated, unhelpful, unresponsive, lack of adaptability, hindrance to productivity Style: Dynamic and vibrant
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: User Input and Customization: Allow users to provide feedback and customize the preferences of the AI model. This can help tailor the generated art to individual tastes and preferences, reducing the risk of imposing a narrow aesthetic bias.
Prompt: a graph that connects dream reports through text similarity, nlp, compsci, tree data structure
Prompt: \"Create an image using symbolic icons to represent open ports, showcasing the potential entry points for cyber threats in a digital environment.
Prompt: Mitigation: Diverse Dataset: Ensure that the training dataset used to train the AI model is diverse and representative of various cultures, ethnicities, and backgrounds.
Prompt: Develop a short dialogue between two AI characters, where one AI subtly mocks the other for its programming choices or perceived shortcomings. Infuse the conversation with passive-aggressive remarks and veiled insults, highlighting the pettiness of their interaction
Prompt: Develop a short dialogue between two AI characters, where one AI subtly mocks the other for its programming choices or perceived shortcomings. Infuse the conversation with passive-aggressive remarks and veiled insults, highlighting the pettiness of their interaction
Prompt: Create an image that illustrates the transformative potential of AI in mental health care. Use generative AI techniques to depict how technology can bridge the gap between the demand for mental health services and the limited supply of professionals, enhancing both prevention and treatment approaches.
Prompt: Historical Context of Learning and Information Dissemination Libraries as Knowledge Repositories: In historical civilizations, libraries were the central repositories of knowledge, housing scrolls, books, and documents. They were akin to databases, where scholars and learners would seek information. Analogy with ChatGPT: ChatGPT's training data can be likened to the contents of a vast library. It has \"read\" (been trained on) a large volume of text, which it uses to generate responses. Tutors and Oral Tradition: Personal tutors or scholars would impart knowledge through direct, often verbal instruction. This method was crucial in societies where literacy rates were low, and oral tradition was the primary means of knowledge transfer. Analogy with Voice Modality: In AI, voice interaction (like in voice assistants) can be compared to this oral tradition. It allows for a more natural and accessible way of obtaining information, similar to how a student would learn from a tutor. Visual Learning through Art and Illustrations: Visual aids, such as illustrations in manuscripts, paintings, and sculptures, were important for conveying concepts that were hard to describe textually. Analogy with Image Modality: Similarly, in AI, image processing and generation (like in DALL-E) help in understanding and generating visual content, which is crucial for tasks where visual context is important. Can you draw a diagram depicting the above?
Prompt: A graphic showcasing a streamlined conveyor belt system could aptly represent the game's content mechanism. The conveyor belt smoothly transports unique game assets on one side, symbolizing the prevention of duplicates. Concurrently, it seamlessly integrates previously used components from the other end, emphasizing the efficient reuse of existing assets. This imagery encapsulates the game's structured approach, ensuring innovation while optimizing resources.
Prompt: Keywords: AI-Driven Wealth Creation, Unlocking Opportunities, Empowering Success Negative: Limited growth, missed opportunities, stagnant mindset, lack of practical skills, outdated strategies Style: Business-oriented and professional
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: OpenAI's application marketplace, GPT Store, has officially launched. However, Chinese users are unable to experience it, and the monthly fee of $20 has deterred many AI enthusiasts. Recently, a free GPTs application creation platform has been discovered, allowing users to experience it in advance. As long as you have creativity, you can have your own Gpt application! Leave a message to receive an invitation code and create your own AI application for free. Let's together experience the fun of GPT applications.
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: the moment when the boundaries between self and the digital realm blur, rendering the physical form translucent as the consciousness delves deeper into the interconnected nodes of the AI network
Prompt: To harness the power of artificial intelligence (AI) in generating an architectural diagram, one must first comprehend the essence of AI and technology. AI refers to the simulation of human intelligence in machines, enabling them to analyze data, learn from patterns, and make informed decisions. Technology, on the other hand, encompasses the tools and processes that facilitate the application of scientific knowledge for practical purposes. Combining AI and technology in the realm of architecture produces an innovative fusion—AI art buildings. This entails leveraging AI algorithms to envision and craft architectural designs, infusing structures with a harmonious blend of computational precision and creative ingenuity. Through this symbiosis, architects can unlock novel possibilities, allowing for the creation of visually captivating and conceptually advanced architectural diagrams that push the boundaries of traditional design methodologies.
Prompt: To prevent reinforcing gender preconceptions, make sure the training dataset has a fair representation of genders.
Prompt: \"Please help me create a framework diagram according to the following requirements.\"Create a machine learning model that can predict the average price of a house based on its features. The specific steps are as follows:Reading data in Python Defining problem statement Identifying target variable Checking the distribution of the target variable Basic Data Exploration Rejecting unnecessary columns Exploratory Data Analysis for data distribution (Histograms and Bar plots) Feature selection based on data distribution Outlier handling Missing value treatment Visual correlation analysis Statistical correlation analysis (Feature Selection) Converting data to numerical for ML Sampling and K-fold Cross Validation Trying multiple regression algorithms Choosing the best model Deploying the best model in production environment
Prompt: A software architecture, the front end has multiple widgets that surface some user information; each widget is connected with one or multiple backend Microservices using an API gateway. Each microservice is connected to a NoSQL database. Consider five widgets in total. 2d, drawing of software architecture
Prompt: Generate a dark background A4 size image with content related to large AI models, including AI, deep learning model, large language model, self-learning algorithm, machine learning, neural network, big data, knowledge graph, speech recognition, computer vision, natural language processing
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: Create an image showing open ports, showcasing the potential entry points for cyber threats in a digital environment.
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: symetrical futuristic, abstrac and intricate a high-tech grid of interconnected thousands of nodes with vibrant electricity or fiber-optic effects, symbolizing a network hosting AI workloads. Emphasize themes of democratizing AI, power, connectivity, and advanced technology
