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Publishing skills
Transform scattered exercises, answers, handouts, and teaching notes into a complete, publishable textbook. This isn't just "AI organizing your documents." It's a five-step publishing-level workflow: data inventory and multi-source reading → target book style analysis → content integration and structural design → chapter-by-chapter text writing → overall book quality check and delivery. Each step involves professional judgment, not just a single prompt generation. Core Capabilities: • Multi-Source Resource Integration: Extracts exercises, answers, knowledge points, and teaching sections from PDFs, images, and documents, identifies the relationships between them (which is the question, which is the answer, and which is the style reference), and reorganizes them into a complete book. • Internalization of Teaching Aid Format: Built-in typical teaching aid organization logic—knowledge point summary → detailed explanation of typical examples → tiered exercises → reference answers and detailed explanations → error analysis/reflection and summary/thought guidance/multiple solutions to one problem → rolling review. • Formula Repair: Mathematical formulas extracted from PDFs may be garbled. Skills can infer the original expression from the context and rewrite it using standard LaTeX, which is one of the most painful aspects of publishing teaching aids. • Question-Answer Matching and Merging: Automatically matches exercises and answers scattered in different files one by one, supporting both integrated explanation and practice and separate question-answer arrangement methods. • Publication-Level Structure: Output includes a title page, preface, table of contents, chapter-based main text (knowledge points + exercises + detailed explanations + teaching sections), and postscript. Applicable Scenarios: - A middle school math teacher compiles years of accumulated practice problems and lecture notes into a formal teaching aid. The teaching aid's author/editor quickly integrates scattered materials into a book manuscript. Training institutions upgrade their internal lecture notes into standardized publications. You upload your materials, tell me the target book's positioning, and leave the rest to it. The output is a high-quality Markdown manuscript, including a preface, table of contents, chapters, detailed explanations, and analyses.
Pythagorean fractal generator
The user inputs a Pythagorean triple (supporting multiple modes such as three numbers, two short sides, single angle, and ratio), and the system automatically selects visual variants, color schemes, and iteration depth to generate a Pythagorean tree fractal pattern step by step, ultimately outputting a visual webpage image rendered on Canvas.
Pythagorean triple finder
Input a positive integer and exhaustively find all Pythagorean triples containing it. Factorize the legs and iterate through the hypotenuse, ensuring no omissions or repetitions. Label each triple as a leg (leg/hypotenuse) and provide a complete verification equation, suitable for classroom demonstrations. Ideal for middle school math teachers preparing lessons and students exploring the Pythagorean theorem.
Writing refreshing novels
Input your genre and preferred "feel-good" moments, and generate a complete 15,000-30,000 word mid-length novel in one step. First, search for trending content on Xiaohongshu (Little Red Book) to extract pacing patterns, then build a character system, a "feel-good" map, and a five-act framework, finally generating the main text. It's not about starting to write immediately; the structure is built first, then the content is filled in. The "feel-good" map progresses according to emotional intensity, and the five-act structure allocates words proportionally. Each "feel-good" moment has a build-up followed by a climax and a chain of reactions from bystanders. Good triumphs over evil, the protagonists achieve a happy ending, and the villains are punished. Suitable for self-media creators and Xiaohongshu/WeChat official account content operators.
Junior High School Mathematics Inquiry Report Workshop
Input a math project topic and get a complete junior high school project-based learning inquiry report. Three steps: Online retrieval of interdisciplinary knowledge → Building an eight-chapter framework (user confirmation) → Generating the complete report. No blind writing; confirm the framework first, then generate the content. The report includes data tables, formula derivations, real-life application examples, learning reflections, and self-evaluation. It automatically determines the grade level, aligns with the curriculum standards' "Integrated and Practical" area, and uses language suitable for junior high school students' cognitive level. Suitable for junior high school math teachers designing integrated and practical courses, guiding student projects, and participating in teaching competitions.
Ancient Poems and Paintings
Input a line of classical Chinese poetry and generate a traditional Chinese ink painting. First, the system analyzes the imagery, designs the composition, and plans the ink tones, generating a complete analysis report. After confirmation, the ink painting is generated. Two-step confirmation ensures a seamless experience. The painting employs the traditional Chinese ink painting method of "three distances" (distance between the poet's eyes, the mirror, and the horizon), five levels of ink tones, subtle touches of color, and 30%-50% white space. It's not just a filter; it's a painting that "grows" from the poem according to the aesthetic logic of Chinese painting. Suitable for classical poetry enthusiasts, language teachers, and cultural content creators.
Social Science Research Workbench
It covers the complete five-stage workflow of social science research in universities, from project application, academic writing, paper polishing, research illustration to project completion. Users can enter from any stage, and the research context is automatically inherited at each stage, making it suitable for researchers of all levels, from undergraduates to professors. It includes the National Social Science Fund Review Standards and CSSCI style guidelines.
Design of the 2026 Zhejiang Provincial Question-Setting Competition
Input a real-life scenario and generate a set of original math problems suitable for competitions. It covers the entire problem-setting process: direction analysis → problem writing → answer key → problem description document, supporting multiple iterations. It aligns with the "Compulsory Education Mathematics Curriculum Standards (2022 Edition)" and closely follows the Zhejiang Provincial Problem-Setting Competition's judging criteria: competency-oriented, original, and double-blind judging. The question design references real award-winning cases, fully covering both comprehensive practical problems and plane geometry problems. Suitable for junior high school math teachers participating in the 2026 Zhejiang Provincial Problem-Setting Ability Competition.