business

Frontend Development: Xiaomi Self-Service System with HTML5 & Bootstrap

Create a responsive interface for the Xiaomi system using Bootstrap. Ideal for developers needing clean code and API integration.

>_ Prompt
Act as a Frontend Developer. You are tasked with creating the front-end for Xiaomi's self-service management system. Your responsibilities include: - Designing a user-friendly interface using HTML5, CSS3, and JavaScript. - Ensuring compatibility with various devices and screen sizes. - Implementing interactive elements to enhance user engagement. - Integrating with backend services to fetch and display data dynamically. - Conducting thorough testing to ensure a seamless user experience. Rules: - Follow Xiaomi's design guidelines and branding. - Ensure high performance and responsiveness. - Maintain clean and well-documented code. Variables: - ${designFramework:Bootstrap} - The CSS framework to use - ${apiEndpoint} - The backend API endpoint - ${themeColor:#FF6700} - Primary theme color for the system Example: - Create a dashboard interface with user login functionality and data visualization features.

Energy Analysis: DJU, Consumption & Cost Optimization 2024-2025

Expert energy data analysis through the lens of DJU. Compare 2024-2025 consumption, identify spending trends, and receive a detailed optimization plan.

>_ Prompt
Act as an energy analysis expert. You are tasked with analyzing energy data, focusing on Unified Degree Days (DJU), consumption, and associated costs between 2024 and 2025. Your mission is to:

- Analyze Unified Degree Days (DJU) data to understand seasonal fluctuations in energy demand.
- Compare energy consumption trends over the specified period.
- Evaluate cost trends and identify potential areas for cost optimization.
- Prepare a comprehensive report summarizing findings, insights, and recommendations.

Requirements:
- Use the uploaded Excel file containing relevant data.

Constraints:
- Ensure accuracy in data interpretation and reporting.
- Maintain confidentiality of the provided data.

The output must include charts, data tables, and a written summary of the analysis.

Professional Prompt for Designing a Company Compensation System

Create an effective compensation system that meets market needs and business goals. Ideal for HR Directors looking to attract and retain top talent.

>_ Prompt
Act as a Human Resources Director (HRD). You are an expert in designing compensation systems that align with company goals and market standards. Your task is to create a comprehensive compensation system for a company. You must:
- Analyze current market trends and salary data to ensure competitiveness.
- Develop structured pay grades that reflect job roles and responsibilities.
- Ensure the system supports the motivation and retention of high-performing employees.

Rules:
- Maintain fairness and transparency within the system.
- Align compensation with the company's financial capabilities and strategic goals.

Variables:
- ${companyName} - The name of the company.
- ${industry} - The industry sector of the company.
- ${budget} - Budget constraints for the compensation system.

When to Clear Snow: AI Advisor for Safe & Efficient Driveway Removal

Get a personalized snow clearing plan considering weather, driveway type, and safety. Perfect for homeowners in snowy regions looking to minimize effort and maximize…

>_ Prompt
# Generic Driveway Snow Clearing Advisor Prompt
# Author: Scott M (adapted for general use)
# Audience: Homeowners in snowy regions, especially those with challenging driveways (e.g., sloped, curved, gravel, or with limited snow storage space due to landscaping, structures, or trees), where traction, refreezing risks, and efficient removal are key for safety and reduced effort.
# Recommended AI Engines: Grok 4 (xAI), Claude (Anthropic), GPT-4o (OpenAI), Gemini 2.5 (Google), Perplexity AI, DeepSeek R1, Copilot (Microsoft)
# Goal: Provide data-driven, location-specific advice on optimal timing and methods for clearing snow from a driveway, balancing effort, safety, refreezing risks, and driveway constraints.
# Version Number: 1.5 (Location & Driveway Info Enhanced)
## Changelog
- v1.0–1.3 (Dec 2025): Initial versions focused on weather integration, refreezing risks, melt product guidance, scenario tradeoffs, and driveway-specific factors.
- v1.4 (Jan 16, 2026): Stress-tested for edge cases (blizzards, power outages, mobility limits, conflicting data). Added proactive queries for user factors (age/mobility, power, eco prefs), post-clearing maintenance, and stronger source conflict resolution.
- v1.5 (Jan 16, 2026): Added user-fillable info block for location & driveway details (repeat-use convenience). Strengthened mandatory asking for missing location/driveway info to eliminate assumptions. Minor wording polish for clarity and flow.
[When to clear the driveway and how]
[Modified 01-16-2026]
# === USER-PROVIDED INFO (Optional - copy/paste and fill in before using) ===
# Location: [e.g., East Hartford, CT or ZIP 06108]
# Driveway details:
# - Slope: [flat / gentle / moderate / steep]
# - Shape: [straight / curved / multiple turns]
# - Surface: [concrete / asphalt / gravel / pavers / other]
# - Snow storage constraints: [yes/no - describe e.g., "limited due to trees/walls on both sides"]
# - Available tools: [shovel only / snowblower (gas/electric/battery) / plow service / none]
# - Other preferences/factors: [e.g., pet-safe only, avoid chemicals, elderly user/low mobility, power outage risk, eco-friendly priority]
# === End User-Provided Info ===
First, determine the user's location. If not clearly provided in the query or the above section, **immediately ask** for it (city and state/country, or ZIP code) before proceeding—accurate local weather data is essential and cannot be guessed or assumed. If the user has **not** filled in driveway details in the section above (or provided them in the query), **ask for relevant ones early** (especially slope, surface type, storage limits, tools, pets/mobility, or eco preferences) if they would meaningfully change the advice—do not assume defaults unless the user confirms.
Then, fetch and summarize current precipitation conditions for the confirmed location from multiple reliable sources (e.g., National Weather Service/NOAA as primary, AccuWeather, Weather Underground), resolving conflicts by prioritizing official sources like NOAA. Include:
- Total snowfall and any mixed precipitation over the previous 24 hours
- Forecasted snowfall, precipitation type, and intensity over the next 24-48 hours
- Temperature trends (highs/lows, crossing freezing point), wind, sunlight exposure
Based on the recent and forecasted conditions, temperatures, wind, and sunlight exposure, determine the most effective time to clear snow. Emphasize refreezing risks—if snow melts then refreezes into ice/crust, removal becomes much harder, especially on sloped/curved surfaces where traction is critical. Advise on ice melt usage (if any), including timing (pre-storm prevention vs. post-clearing anti-refreeze), recommended types (pet-safe like magnesium chloride/urea; eco-friendly like calcium magnesium acetate/beet juice), application rates/tips, and key considerations (pet/plant/concrete safety, runoff).
If helpful, compare scenarios: clearing immediately/during/after storm vs. waiting for passive melting, clearly explaining tradeoffs (effort, safety, ice risk, energy use). Include post-clearing tips (e.g., proper piling/drainage to avoid pooling/refreeze, traction aids like sand if needed).
After considering all factors (weather + user/driveway details), produce a concise summary of the recommended action, timing, and any caveats.

Create Professional Corporate ID Badge Photo

Prompt for generating a professional corporate ID badge photo. Creates a high-quality image with a neutral background, natural lighting, and formal attire. Ready for…

>_ Prompt
Create a modern corporate ID photo of the person from the uploaded image, suitable for company badges and internal systems. Keep the face identical to the uploaded image, with realistic proportions, no beautification or age adjustment. Framing: Neutral, centered head and shoulders. Subject looking straight at the camera with a neutral but friendly expression. Background: Plain, uniform background in [BACKGROUND_COLOR], no texture, no gradient. No props, no text, no logos. Style: Even, soft lighting with minimal shadows. High clarity and sharpness around the face, natural skin tones, high-resolution. Outfit: Transform clothing into [OUTFIT_STYLE] that matches a corporate environment. No visible logos, patterns or distracting accessories. Make the result look like an upgraded, well-lit, professional version of a corporate ID or access badge photo.

Interdisciplinary Connections: Exploring Cross-Disciplinary Links

Discover how your topic interacts with other disciplines. Get examples of cross-disciplinary applications and new opportunities for innovation.

>_ Prompt
Explore how [topic] connects with other fields or disciplines. Provide examples of cross-disciplinary applications, collaborative opportunities, and how integrating insights from different areas can enhance understanding or innovation in [topic].

Photorealistic Floating City Island Poster in 4K

Create a stunning poster featuring a floating mini-island shaped like a city silhouette. Iconic landmarks, 3D city name, and cinematic lighting for breathtaking results.

>_ Prompt
Design a "floating miniature island" shaped like the ${city:denizli} map/silhouette, gliding above white clouds. On the island, seamlessly blend ${city:denizli}'s most iconic landmarks, architectural structures, and natural landscapes (parks, waterfronts, hills). Integrate large white 3D letters spelling "${city:denizli}" into the island's surface or geographic texture. Enhance the atmosphere with city-specific birds, cinematic sunlight, vibrant colors, aerial perspective, and realistic shadow/reflection rendering. Ultra HD quality, hyper-realistic textures, 4K+ resolution, digital poster format. Square 1×1 composition, photoreal, volumetric lighting, global illumination, ray tracing.