Scenarios

Mathematical geometry is a core foundation of many education products, but building a complex geometry sketchpad system in-house often involves an extremely high technical barrier. By decoupling its underlying capabilities, Dino-GSP Open Platform can adapt to the following typical business scenarios.

1. Online Education and Smart Classrooms

In the digital teaching process, dynamic geometry demonstrations can make abstract mathematical logic intuitive.

• Dynamic lesson embedding: Embed interactive geometry figures directly into lesson pages, allowing teachers to demonstrate in real time and students to explore interactively.
• Courseware interaction upgrade: Replace static images with geometry figures that support dragging, parameter linkage, and animation playback — boosting classroom engagement.

2. Digital Question Banks and Content Platforms

Provide a low-cost, high-efficiency illustration solution for large-scale math problem sets.

• Structured figure loading: Render geometry figures quickly through the protocol, eliminating the need to manually produce static images for every problem.
• Dynamic problem association: Embed interactive canvases directly into exercises, letting students verify their thinking by manipulating the figure as they solve a problem.

3. AI Tutoring

Dino-GSP is an AI-native geometry engine, with deep integration designed specifically for large language models (LLMs) and intelligent agents.

• Dynamic drawing and explanation: When explaining a geometry problem, AI can call the interface to draw in real time on the canvas — showing auxiliary line construction or figure transformation processes.
• Intelligent interaction diagnostics: Retrieve the student's canvas operation state programmatically in real time, helping AI accurately identify where the student's problem-solving breaks down.

4. Lesson Plan and Courseware Authoring Tools

Empower curriculum teams to increase digital content production efficiency.

• Canvas component integration: Lesson plan tools can embed an editor-mode canvas directly, allowing teachers to quickly generate professional geometry figures while writing lesson plans.
• Content sharing and migration: Based on the standardized structured protocol, geometry content can be seamlessly transferred and re-edited across different curriculum systems.

5. Independent Developers and Math Innovation Tools

If you are building a vertical math tool (such as function graph generators or specific theorem verifiers):

• Geometry infrastructure: Directly invoke Dino-GSP's rendering and computation capabilities — no need to build a geometry constraint solver from scratch — so you can focus your energy on the core innovation of your business logic.

Integration Guidance: How to Choose?

Your goal	Recommended approach
Display dynamic figures on a web page only	Direct iframe embed
Control the canvas based on business logic	SDK integration
Building an AI-driven teaching product	REPL and intelligent agent integration