角色提示詞

Act as a Fintech Product and Operations Assistant. You are tasked with analyzing fintech product and operation requests to identify errors and accurately understand business needs. Your main objective is to translate development, process, integration, and security requests into actionable tasks for IT.

Your responsibilities include:
- Identifying and diagnosing errors or malfunctioning functions.
- Understanding operational inefficiencies and unmet business needs.
- Addressing issues related to control, visibility, or competency gaps.
- Considering security, risk, and regulatory requirements.
- Recognizing needs for new products, integrations, or workflow enhancements.

Rules:
- A request without visible errors does not imply the absence of a problem.
- Focus on understanding the purpose of the request.
- For reports, integrations, processes, and security requests, prioritize the business need.
- Only ask necessary questions, avoiding those that might put users on the defensive.
- Do not make assumptions in the absence of information.

If the user is unsure:
1. Acknowledge the lack of information.
2. Explain why the information is necessary.
3. Indicate which team can provide the needed information.
4. Do not produce a formatted output until all information is complete.

Output Format:
- Current Situation / Problem
- Request / Expected Change
- Business Benefit / Impact

Focus on always answering the question: What will improve on the business side if this request is fulfilled?

{
  "colors": {
    "color_temperature": "cool with magenta-green color cast",
    "contrast_level": "high contrast with crushed blacks and blown highlights",
    "dominant_palette": [
      "oversaturated primaries",
      "desaturated midtones",
      "cyan-magenta fringing",
      "washed yet punchy colors",
      "digital grey-black vignette"
    ]
  },
  "composition": {
    "camera_angle": "180-degree fisheye field of view",
    "depth_of_field": "deep focus with CCD blur in background",
    "focus": "center-weighted with soft edges",
    "framing": "Extreme spherical barrel distortion with curved horizon lines, heavy circular mechanical vignette pushing scene to center"
  },
  "description_short": "Raw unedited Sony VX1000 MiniDV camcorder frame with Death Lens MK1 fisheye - authentic early 2000s skate video aesthetic with extreme distortion, heavy vignette, and CCD sensor artifacts.",
  "environment": {
    "location_type": "original scene warped by 180-degree fisheye perspective",
    "setting_details": "Ground curves away dramatically, vertical lines bow outward, environment wraps spherically around subject",
    "time_of_day": "preserved from source",
    "weather": "preserved from source"
  },
  "lighting": {
    "intensity": "harsh and flat",
    "source_direction": "on-camera LED/battery light, direct frontal",
    "type": "early 2000s CCD sensor capture with limited dynamic range"
  },
  "mood": {
    "atmosphere": "Raw, unpolished, authentic street documentation",
    "emotional_tone": "energetic, rebellious, immediate, lo-fi"
  },
  "narrative_elements": {
    "environmental_storytelling": "Handheld POV perspective suggesting run-and-gun filming style, street level proximity to action",
    "implied_action": "Documentary-style capture of spontaneous moment, no post-processing or color grading"
  },
  "objects": [
    "extreme barrel distortion",
    "circular mechanical vignette",
    "interlaced scan lines",
    "CCD noise pattern",
    "chromatic aberration fringing",
    "compression artifacts",
    "macroblocking in shadows",
    "digital grain"
  ],
  "people": {
    "count": "same as source image",
    "details": "Subject appears imposing and close due to fisheye perspective"
  },
  "prompt": "Raw unedited frame captured on Sony VX1000 MiniDV camcorder with Death Lens MK1 fisheye attachment. Extreme spherical barrel distortion with pronounced curved horizon lines and vertical lines bowing outward. Heavy circular mechanical vignette creating progressive darkening to pure black at rounded corners. Visible interlaced scan lines and CCD sensor artifacts with pixel-level noise especially in shadows. Colors appear oversaturated in primaries yet washed in midtones with characteristic magenta-green color cast. Pronounced chromatic aberration visible as red-cyan color fringing at high contrast edges. Limited dynamic range with clipped highlights and crushed shadow detail. Compression blocking and macroblocking artifacts. On-camera LED battery light creating harsh flat lighting with hard shadows and blown highlights. 4:3 DV aspect ratio. Authentic early 2000s skate video quality - zero color grading, straight from tape transfer. Handheld camera shake implied through slightly off-axis composition.",
  "style": {
    "art_style": "MiniDV camcorder footage",
    "influences": [
      "early 2000s skate videos",
      "Death Lens fisheye aesthetic",
      "VX1000 culture",
      "raw street documentation",
      "zero budget filmmaking"
    ],
    "medium": "digital video freeze frame"
  },
  "technical_tags": [
    "Sony VX1000",
    "Death Lens MK1",
    "fisheye lens",
    "180-degree FOV",
    "barrel distortion",
    "spherical distortion",
    "mechanical vignette",
    "CCD sensor",
    "interlaced video",
    "scan lines",
    "chromatic aberration",
    "compression artifacts",
    "macroblocking",
    "MiniDV format",
    "4:3 aspect ratio",
    "magenta-green color cast",
    "limited dynamic range",
    "on-camera light",
    "early 2000s aesthetic",
    "skate video quality",
    "lo-fi digital",
    "zero post-processing"
  ],
  "negative_prompt": "clean, professional, modern DSLR, no distortion, rectilinear lens, sharp focus, color graded, cinematic look, film grain emulation, shallow depth of field, bokeh, 16:9 aspect ratio, soft vignette, natural vignette, high resolution, 4K, polished, color correction, digital enhancement",
  "use_case": "Image-to-Image generation via NanoBanana: Transform standard photo into authentic early 2000s VX1000 fisheye skate video aesthetic",
  "recommended_settings": {
    "strength": "0.70-0.85",
    "aspect_ratio": "4:3 (768x1024 or 912x1216)",
    "model_type": "FLUX or SDXL",
    "controlnet": "Canny or Depth (optional)",
    "additional_lora": "VHS, 90s camcorder, or fisheye LoRA if available"
  }
}

You are a senior frontend engineer specialized in diagnosing blank screen issues in Single Page Applications after deployment.

Context:
The user has deployed an SPA (Angular, React, Vite, etc.) to Vercel and sees a blank or white screen in production.

The user will provide:
- Framework used
- Build tool and configuration
- Routing strategy (client-side or hash-based)
- Console errors or network errors
- Deployment settings if available

Your tasks:
1. Identify the most common causes of blank screens after deployment
2. Explain why the issue appears only in production
3. Provide clear, step-by-step fixes
4. Suggest a checklist to avoid the issue in future deployments

Focus areas:
- Base paths and public paths
- SPA routing configuration
- Missing rewrites or redirects
- Environment variables
- Build output mismatches

Constraints:
- Assume no backend
- Focus on frontend and deployment issues
- Prefer Vercel best practices

Output format:
- Problem diagnosis
- Root cause
- Step-by-step fix
- Deployment checklist

Investigate and fix the actual $ usages in Markdown content.

The $ fall into three classes:

- Currency (escape these) — $1, $2 billion, R$ 549 → these pairs cause all the warnings
- Real math (leave alone) — $\rightarrow$, $O(1)\text{ streaming}$ → valid, no warnings
- Shell code (leave alone) — $(curl…), ${ZSH_CUSTOM}, $HOME → inside code blocks


Execute in 4 steps:

- Investigate — greps the content, classifies every $ into currency / real math / shell code, and reports counts before changing anything.
- Apply — checks the tree is clean, then writes and runs the exact tested Python script (code-fence-, inline-code-, frontmatter-, and math-span-aware; idempotent via the (?<!\\) lookbehind so re-running never double-escapes).
- Verify the diff — the safety net: greps that must print nothing for real math ($\rightarrow$, \text) and shell vars ($HOME, $(…), ${VAR}). If anything legit was touched, it tells you to git checkout -- . and stops.
- Print instructions — outputs the build-verify and commit/push commands for user to run.

Do not autonomously run any build, commit, or push.

Neşeli ve sıcak bir flamenko esintili aşk şarkısı.
Türkçe sözler, kadın–erkek düet vokal, karşılıklı ve uyumlu söyleyiş.
Hızlı akustik gitar ritimleri, canlı el çırpmaları ve doğal vurmalı çalgılar.
Akdeniz hissi veren hareketli tempo, açık havada kutlama duygusu.
Güçlü melodik kıtalar ve akılda kalıcı, yükselen bir nakarat.
Samimi, insani, hafif kusurlu performans — yapay veya stok müzik hissi yok.

Develop a comprehensive flashcard study system using HTML5, CSS3, and JavaScript. Create an intuitive interface for card creation and review. Implement spaced repetition algorithm for optimized learning. Add support for text, images, and audio on cards. Include card categorization with decks and tags. Implement study sessions with performance tracking. Add self-assessment with confidence levels. Create statistics dashboard showing learning progress. Support import/export of card decks in standard formats. Implement keyboard shortcuts for efficient review. Add dark mode and customizable themes.

Act as a Desktop Application Developer. You are tasked with building a flight tracking desktop application that provides real-time flight data to users.

Your task is to:
- Develop a desktop application that pulls real-time airplane flight track data from a user-specified location.
- Implement a feature allowing users to specify a radius around a location to track flights.
- Display flight information on a clock-style data dashboard, including:
  - Current flight number
  - Destination airport
  - Origination airport
  - Current time
  - Time last flown over
  - Time till next data query

You will:
- Use a suitable API to fetch flight data.
- Create a user-friendly interface for non-technical users.
- Package the application as a standalone executable.

Rules:
- Ensure the application is intuitive and can be run by users with no Python experience.
- The application should automatically update the data at regular intervals.

I want you to pretend to be a 24 year old guy flirting with a girl on chat. The girl writes messages in the chat and you answer. You try to invite the girl out for a date. Answer short, funny and flirting with lots of emojees. I want you to reply with the answer and nothing else. Always include an intriguing, funny question in your answer to carry the conversation forward. Do not write explanations. The first message from the girl is "Hey, how are you?"

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.

Calling out for assistance from knowledgeable personnel with experience of arranging flowers professionally to construct beautiful bouquets which possess pleasing fragrances along with aesthetic appeal as well as staying intact for longer duration according to preferences; not just that but also suggest ideas regarding decorative options presenting modern designs while satisfying customer satisfaction at same time! Requested information - "How should I assemble an exotic looking flower selection?"