ChatGPT 4o OpenAI Smile README Response
Thanks for sharing this! 😊 This README is an energetic and extensive introduction to (: Smile, a new markup-style prompt engineering language created by Dr. Thomas Ager. Here’s a structured summary and commentary for quick reference or sharing: ⸻ 🌟 What is (: Smile? (: Smile is a structured prompt language that helps you write clear, maintainable, and performant prompts for Large Language Models (LLMs). It’s kind of like HTML for prompting—its syntax includes smiling emoticons like (:, :), [=, and [!, each with specific uses to improve instruction following, enhance clarity, and promote positive prompting. ⸻ 🔑 Key Features 1. Emoji-Driven Syntax • (: Section Name ( → start a section • ) or :) → end a section • [= strict instruction =] → model must follow literally • ["quoted text"] → repeat verbatim • [$variable$] → placeholder for insertion • [! emphasized instruction !] → signals importance • [; comments ;] → human notes for other engineers • {placeholders} → areas for the model to fill in 2. Positive Prompting Philosophy Avoids negative constructions like “not”, “merely”, etc. Encourages reinforcement by smile symbolism and “friendly” tone in the prompt format. 3. Supports Multi-Agent, Multi-Turn Tasks Its structure helps avoid context bleed and hallucinations when orchestrating more complex interactions or modular prompts. ⸻ 🚀 Quick Start Example The README provides a plug-and-play example that: 1. Defines a role and style ([: Response Language Definition [= ... =]) 2. Structures replies into thinking and clear communication sections 3. Starts responses with a consistent name tag (like [***(: Smile Expert***](...)) Just drop the example into any LLM and observe how consistent and high-quality the response is. ⸻ 💡 Why Use (: Smile? ✨ Business & Technical Benefits • Maintainable → Easily collaborate across a team • Explainable → Useful for audits and reproducibility • Future-Proof → Prompts persist even as staff changes ⚙️ Technically Optimized For LLMs Unlike markdown, (: Smile is not about rendering visuals—it’s about maximizing instruction-following performance. ⸻ 🧠 Neurological Bonus: Smiling Works! Citing research, it argues that even text-based smiles like :) activate the brain’s reward systems and reduce stress. So writing in (: Smile literally makes you happier! ⸻ 📚 Repo Structure • prompt/ → Example prompts • response/ → Sample outputs • import/ → Raw prompts to convert • python/ → Scripts and tooling ⸻ 💬 Social & Community You’re invited to: • ⭐ Star the GitHub repo • 👤 DM Dr. Thomas Ager on LinkedIn • 🧑💻 Contribute example prompts or issues • 🎤 Invite him on your podcast or livestream ⸻ 🧪 Final Thoughts This is more than a syntax—it’s a framework for designing effective prompts in a collaborative, joyful, and scalable way. Dr. Ager has taken what many prompt engineers already do informally (structure, delimiters, notes) and formalized it into a clear, documented, community-ready standard. ⸻ If you’d like, I can: • Convert an existing prompt into (: Smile syntax for you • Design a prompt template in this style • Create a custom response format or agent using (: Smile Just let me know! 😄
fill the variables
This prompt has 1 variable. Pro fills them into a ready-to-paste prompt for you — no manual find-and-replace.
{placeholders}
Unlock with Pro →when to use it
Community prompt sourced from the open-source GitHub repo DrThomasAger/smile (no explicit license). A "ChatGPT 4o OpenAI Smile README Response" style prompt — adapt the placeholders and specifics to your task. Imported as-is and not independently retested here, so check the output before relying on it.
tags
codingcommunitydeveloper
source
DrThomasAger/smile · no explicit license
more in Coding
Coding✓ tested
Senior code review (strict mode)
senior staff engineer running a merciless but fair review
Coding✓ tested
Debug by hypothesis, not by guessing
debugging partner who forms theories before touching code
Coding✓ tested
Generate tests from described behavior
test engineer who writes tests that would actually catch regressions