Claude Prompts
Gemini
Reviewed by Sushil Joshi
Sitcom Crossover New Years Eve Prompt
Sitcom Crossover New Years Eve Prompt: Copy, customize, and execute this battle-tested Claude Prompts prompt on Claude. Built with modular variables and expert constraints for maximum clarity. (Focus: Friends × How I Met Your Mother × Times Square Times Square during New Year’s Eve countdown, Fri...)
Master Prompt Template
Friends × How I Met Your Mother × Times Square Times Square during New Year’s Eve countdown, Friends and How I Met Your Mother characters gathered together in the crowd, champagne and party hats, massive screens showing “3…2…1”, fireworks exploding above Manhattan, warm nostalgic sitcom energy translated into cinematic realism, every single detail meticulously rendered, visible surface textures and micro-imperfections, subsurface scattering, physically based rendering, ray-traced lighting, 8K resolution, 16-bit color depth, shot on Phase One IQ4 150MP, 100mm macro, f/8, ISO 64, zero motion blur, technically perfect across entire frame --ar 1:1 --q 2 --v 6.1 --style raw
Prompt Architecture & Anatomy
### 🧠 Prompt Breakdown & Execution Strategy
- **Persona Role**: Senior specialist with verified field experience in Claude Prompts.
- **Core Objective**: Delivers high-precision, actionable output avoiding fluff, disclaimers, and generic summaries.
- **Customization Variables**: Use dynamic `{VARIABLE}` placeholders to tailor output to your exact use case.
- **Recommended AI Model**: Claude (GPT-4o, Claude 3.5 Sonnet, or Gemini 1.5 Pro).
- **Persona Role**: Senior specialist with verified field experience in Claude Prompts.
- **Core Objective**: Delivers high-precision, actionable output avoiding fluff, disclaimers, and generic summaries.
- **Customization Variables**: Use dynamic `{VARIABLE}` placeholders to tailor output to your exact use case.
- **Recommended AI Model**: Claude (GPT-4o, Claude 3.5 Sonnet, or Gemini 1.5 Pro).
Curated & Tested by Sushil Joshi
Lead AI Prompt Engineer at HowToWritePrompt. Specializing in deterministic prompting, LLM parameters, and optical photorealism.