MiniMax-M2.1 在「SVG 拓扑结构图动态重组」的评测结果

这是该 AI 模型在此测试用例上的详细评测结果。

基本信息

  • 模型名称：MiniMax-M2.1
  • 用例名称：SVG 拓扑结构图动态重组
  • 测试类型：网页生成
  • 评测维度：SVG 矢量动画

系统提示词（System Prompt）

这是给 AI 模型的背景设定和角色指令：

你是一名前端开发工程师。 代码要求： 1. 生成完整的单页 HTML 应用 2. CSS 和 JavaScript 内联在 HTML 文件中 3. 使用内联 SVG 实现图形绘制 4. 代码结构清晰，有适当注释

用户提示词（User Prompt）

这是用户给 AI 模型的具体任务要求：

创建一个 SVG 拓扑结构图，支持节点随机重组。 功能要求： 1. 使用 SVG 绘制 6 个圆形节点，节点之间有连线（至少 6 条边，形成连通图） 2. 每个节点显示编号标签（如 N1、N2…） 3. 页面底部有一个「重组」按钮，点击后节点随机移动到新位置，连线跟随节点端点更新 4. 节点移动时有简单的过渡动画（CSS transition 或 SVG animate 均可）

任务要求

AI 模型需要满足以下要求：

  1. SVG 画布中渲染 6 个圆形节点，节点间有连线
  2. 每个节点有可见的编号标签
  3. 点击「重组」按钮后节点移动到随机新位置
  4. 连线随节点位置更新，始终连接正确的节点
  5. 节点移动有过渡动画效果

评测结果

综合得分

该模型在此用例的得分为：76.8 分（满分 100 分），已通过

基础难度评测结果

  • 得分：76.8 分
  • 通过状态：已通过

模型生成产物

以下是该模型针对此任务的实际生成内容：

Here's a thinking process that leads to the suggested solution: 1. **Analyze the Request:** * **Goal:** Create an SVG topology graph with random node rearrangement. * **Visuals:** 6 circular nodes with labels (N1-N6), at least 6 connecting lines (edges) forming a connected graph. * **Interactivity:** A "Rearrange" (重组) button at the bottom. * **Behavior:** Clicking the button moves nodes to random positions. Lines must update their endpoints to follow the nodes. * **Animation:** Smooth transition (CSS transition or SVG animate). * **Format:** Single HTML file with inline CSS and JS. 2. **Technical Architecture:** * **HTML Structure:** A container for the SVG and the button. * **SVG Structure:** * `` groups for lines (z-index: bottom). * `` groups for nodes (z-index: top). * `` for the node shape. * `` for the label. * **Data Structure:** * Need an array of Nodes: `{ id, x, y, label }`. * Need an array of Edges: `[sourceIndex, targetIndex]`. * **Layout Logic:** * Define a canvas size (e.g., 800x500). * Ensure nodes stay within bounds (padding). * **Animation Logic:** * Since SVG elements coordinates need to change, the easiest way to animate is to change the `cx`, `cy` attributes of the circles and the `x1`, `y1`, `x2`, `y2` attributes of the lines. * Use CSS `transition: all 0.5s ease` on the SVG elements to handle the smoothing automatically. 3. **Step-by-Step Implementation Plan:** * **Step 1: Basic HTML/CSS Setup.** * Create the file structure. * Style the container to center things. * Add the button. * **Step 2: JavaScript State Management.** * Define the nodes (6 nodes). * Define the connections (edges). To ensure it's a connected graph, I'll manually define a set of connections (e.g., a ring + some cross connections). * **Step 3: Rendering Logic (Initial Draw).** * Function `init()`: Create SVG elements dynamically or manipulate existing ones. Let's generate them dynamically to make it cleaner. * *Wait, actually*, it's often easier to just hardcode the SVG...

AI 评审点评

以下是 AI 评审对该模型输出的点评：

【GEMINI】该模型表现极其出色，不仅完全满足了所有功能需求，还在实现细节上展现了极高的专业水准。通过数据驱动的方式处理 SVG 拓扑图，使得代码易于维护和扩展，动画效果流畅自然，是高质量的工程化实现。 【KIMI】该实现是一个高质量的 SVG 拓扑图应用，完全满足题目所有功能要求。代码采用现代前端开发实践，使用 CSS transition 实现流畅动画，界面设计美观专业。数据结构与渲染逻辑分离良好，便于维护和扩展。整体表现优秀，可作为此类任务的标杆实现。

进阶难度评测结果

  • 得分：73.9 分
  • 通过状态：已通过

模型生成产物

以下是该模型针对此任务的实际生成内容：

Here's a thinking process that leads to the suggested HTML/SVG application: 1. **Understand the Goal:** The user wants an interactive single-page HTML application containing an SVG topological graph with 8 nodes (2 core, 6 peripheral). Key features include distinct visual styles, dynamic connections, hover effects (highlighting), statistics display, and a "Shuffle" (reorganization) animation, and a "Reset" button. 2. **Analyze Requirements:** * **Visuals:** * 8 circular nodes. * Two types: Core (2, large, distinct color) and Normal (6, smaller, different color). * Lines connecting them (connected graph). * Line thickness: Core-to-Core > Others. * **Interactivity:** * **Hover:** Highlight a node, its neighbors, and connecting lines. * **Buttons:** * "Shuffle" (重组): Move nodes to random positions smoothly (min 600ms). Lines stretch. * "Reset" (重置): Return to initial positions smoothly. * **Data/Stats:** Display total nodes and total edges. * **Tech Stack:** Single HTML file, inline CSS/JS, SVG for graphics, vanilla JS for logic. 3. **Step-by-Step Implementation Plan:** * **Step 1: HTML Structure:** Basic container, header/stats area, SVG area, button area. * **Step 2: Data Model:** Define nodes (id, type, x, y, originalX, originalY) and edges (source, target). * **Step 3: SVG Setup:** Create the SVG element and groups (``) for lines and nodes to manage z-indexing (lines behind nodes). * **Step 4: Rendering Logic:** * Function to draw lines. * Function to draw nodes (circles + text). * Apply styles based on node type. * **Step 5: Layout Algorithm:** * Need a way to ensure nodes don't overlap too badly, but simple random positions might work if constraints are set. For better visuals, a force-directed layout is usually good, but for "Shuffle to random," simple randomization within bounds is sufficient. Let's stick to random positions within a specific range for simplicity, maybe with a minimum distance check if possible, or just pure random for this specific prompt....

AI 评审点评

以下是 AI 评审对该模型输出的点评：

【GEMINI】该模型生成的代码质量极高，不仅完全满足了所有功能性需求，还在交互体验和视觉美感上表现出色。通过 JavaScript 手动控制动画帧，成功解决了 SVG 连线在节点移动时难以同步的痛点，展现了专业的前端开发水平。 【KIMI】该实现是一个高质量的SVG拓扑图应用，完整实现了所有功能需求。代码结构清晰，使用原生JavaScript实现了流畅的动画效果，视觉设计具有现代感和专业性。动画系统采用requestAnimationFrame配合缓动函数，确保了60fps的流畅体验。交互逻辑完善，悬停高亮效果层次分明。建议在随机布局时增加节点间距约束以避免重叠，并优化核心节点间连线的颜色一致性，可进一步提升视觉品质。

困难难度评测结果

  • 得分：67.2 分
  • 通过状态：已通过

模型生成产物

以下是该模型针对此任务的实际生成内容：

Here's a thinking process that leads to the provided solution: 1. **Understand the Goal:** The objective is to create a single-page HTML application that displays a dynamic SVG topological graph. The app needs specific features like node differentiation, weighted directed edges, animation on reorganization, force-directed layout, interactivity (hover, click to pin), sidebar details, export functionality, and a statistics panel. 2. **Analyze Requirements & Technical Stack:** * **Format:** Single HTML file (HTML/CSS/JS inline). * **Graphics:** SVG (Inline SVG, JS controlled). * **Animation:** `requestAnimationFrame` for smooth transitions (reorganization, force-directed). * **Core Components:** * 10 Nodes (1 Main, 3 Secondary, 6 Leaf). * Directed Edges (Arrows, weights). * Layouts: Random Reorganization (smooth easing), Force-directed (physics simulation). * **Interactivity:** * Hover: Highlight neighbors, show info in sidebar. * Click: Pin/Unpin nodes (visual indicator). * **Controls:** Buttons for "Reorganize", "Force-directed", "Export SVG". * **Stats:** Top panel showing counts. 3. **Step-by-Step Implementation Plan:** * **Step 1: Structure & Styling:** Set up the HTML shell, a header for stats, a main container for the SVG canvas and a sidebar for details, and a control panel. * **Step 2: Data Model:** Define the graph structure (nodes with types, edges with weights). Initialize positions. * **Step 3: SVG Rendering:** Write functions to draw nodes (circles/text), edges (lines/paths with markers), and labels. * **Step 4: Layout Algorithms:** * *Random:* Assign random coordinates within bounds. * *Force-directed:* Implement a basic Coulomb (repulsion) and Hooke (spring) model. * **Step 5: Animation Logic:** Implement the transition logic. Since we need smooth movement (800ms+), we can use a tweening approach or a physics loop that moves towards a target. Given the requirement for "smooth follow" during random reorganization, a custom tween or a spring-to-target...

AI 评审点评

以下是 AI 评审对该模型输出的点评：

【GEMINI】该模型出色地完成了任务，生成的代码不仅功能完整、逻辑严谨，而且在交互体验和视觉呈现上也达到了专业水准。代码完全符合单文件内联的要求，且在没有使用第三方库的情况下，通过原生 JS 实现了复杂的力导向算法和动画逻辑，展现了极高的技术实现能力。 【KIMI】该实现是一个高质量的SVG拓扑图应用，完整实现了所有功能需求。代码架构清晰，动画流畅，交互体验良好。力导向布局采用经典物理模型实现，固定节点、悬停高亮等细节处理到位。视觉设计采用现代深色风格，专业感强。主要改进空间在于力导向收敛速度优化、权重标签可读性增强，以及导出功能的样式兼容性处理。整体达到生产可用水平。

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