MiniMax-M2.1 在「SVG 像素重组数字化 LOGO 动画」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 像素重组数字化 LOGO 动画
  • 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,擅长 SVG 动画开发。 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. 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 像素汇聚动画。 效果要求: - 画布初始状态:约 80 个小方块(rect)随机散落在画布各处 - 点击「播放」按钮后,所有方块同步移动并缩放,最终拼凑成一个字母「A」的像素图形 - 动画时长约 1.5 秒,使用缓动效果 - 提供「重置」按钮,可将方块重新打散回随机位置 技术要求: - 使用纯 SVG + JavaScript 实现,不依赖第三方库 - 画布尺寸 600×400 - 方块大小统一为 10×10

任务要求

AI 模型需要满足以下要求:

  1. 画布上存在约 80 个随机散落的小方块
  2. 点击播放后方块能移动并拼成字母「A」或其他可辨认的像素图形
  3. 动画有缓动效果,过渡自然
  4. 提供重置功能,可将方块打散回随机位置
  5. 代码在单个 HTML 文件中运行

评测结果

综合得分

该模型在此用例的得分为:71.4 分(满分 100 分),已通过

基础难度评测结果

  • 得分:71.4 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 pixel convergence animation. * **Initial State:** ~80 small squares (10x10) scattered randomly on a 600x400 canvas. * **Action:** Click "Play" -> squares move and scale to form the letter "A". * **Duration:** ~1.5 seconds with easing. * **Reset:** Click "Reset" -> squares scatter back to random positions. * **Tech Stack:** Pure HTML/SVG/JavaScript (no libraries). Canvas size 600x400. Square size 10x10. 2. **Deconstruct the Problem:** * **The Grid/Target Shape ("A"):** I need a way to define where the squares *should* go to form an "A". A simple grid system or coordinate array is best. Since the squares are 10x10, the "A" needs to fit within that grid logic. * **The Random State:** Need to generate random $(x, y)$ coordinates within the 600x400 bounds. * **The Animation:** Need to transition from the random state to the target state. CSS transitions are the easiest way to handle smooth movement and scaling for SVG elements. * **State Management:** Need to track whether the animation is playing or reset is needed. 3. **Step-by-Step Implementation Plan:** * **Step 1: Define the "A" Shape.** * Let me design a simple pixel art "A" on a grid. * Width: ~6-8 blocks. Height: ~8-10 blocks. * Let's map out coordinates. If the canvas is 600x400, let's center the "A". * Grid size: 10px. * *Drafting the "A" (mentally or on paper):* Row 0: . XX . Row 1: X . X Row 2: X . X Row 3: XXXXX Row 4: X . X Row 5: X . X ...actually, let's just write a simple array of indices or coordinates. 80 squares is the target count, but an "A" usually takes fewer. I'll fill the "A" and maybe add some decorative pixels or just use exactly how many needed for a decent "A". Let's say roughly 30-40 squares for a nice blocky "A". The prompt says "approx 80 squares", so I can have extra ones fly in or just stick to ~40 for the "A" and maybe duplicate some to reach ~80, or just make a...

AI 评审点评

以下是 AI 评审对该模型输出的点评:

【CLAUDE】该实现整体思路正确,利用 CSS transition 实现像素汇聚动画,代码结构清晰,功能基本完整。主要问题在于:SVG x/y 属性的 CSS transition 跨浏览器兼容性存在风险(建议改用 transform: translate 替代);80 个方块中有部分重叠在同一目标位置;初始状态不可见导致用户体验略差。在 Chrome 浏览器中基本可以正常运行,达到了基础功能要求,但距离高质量实现还有一定差距。 【GEMINI】该模型出色地完成了任务,生成的代码不仅功能完整、逻辑严密,而且在动画细节处理上展现了极高的专业水准,完全符合前端开发工程师的预期。 【KIMI】该实现是一个高质量的 SVG 像素汇聚动画解决方案。完整实现了用户需求,动画流畅自然,代码结构清晰可维护。字母「A」的像素图案设计得当,居中显示效果良好。建议在初始状态将方块设为可见的随机散落(而非完全隐藏),以提升首次加载时的视觉体验。整体而言,这是一个优秀的实现,展示了扎实的 SVG 和 CSS 动画功底。

进阶难度评测结果

  • 得分:71.9 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 provided HTML/JS/SVG application: 1. **Understand the Goal:** The user wants a single-page HTML application featuring an SVG-based pixel reorganization animation. It involves ~150 colored squares on an 800x500 canvas. * **Initial State:** Randomly scattered squares (8x8 size). * **Animation 1 (Gather):** Squares move, scale, and change color to form the text "LOGO" (pixel style). * **Animation 2 (Explode):** Squares scatter back to random positions. * **Timing:** 2 seconds each, different easing functions. * **Controls:** "Gather" and "Explode" buttons. Status text. Buttons disabled during animation. * **Visuals:** Dark background. Brand color (blue) for the "LOGO" state. Clean UI with title and instructions. 2. **Technical Stack:** * HTML5 * CSS (Embedded) * JavaScript (Embedded) * SVG for rendering * Web Animations API (WAAPI) or a lightweight tweening logic. Since we need to coordinate ~150 individual elements moving to specific coordinates, WAAPI (`element.animate()`) is perfect, performant, and native. 3. **Step-by-Step Implementation Plan:** * **Step 1: Layout & Styling:** Create the container, the SVG element, and the control panel. Dark theme. * **Step 2: Define the "LOGO" Grid:** I need to define which pixels in a grid make up the letters "L", "O", "G", "O". * Let's create a simple 5x5 or similar grid for each letter. * *Drafting the letters (mentally or on paper):* * L: Vertical line, bottom horizontal. * O: Box. * G: Box with right side open/hook. * I'll use a coordinate system relative to the SVG center. * **Step 3: Generate Particles (Squares):** * Total count: 150. * *Initial State (Scattered):* Random X/Y within 800x500. * *Target State (LOGO):* I need exactly 150 positions to form the text. If the text uses fewer, I'll fill the rest with dummy positions or make the text denser. If the text uses more, I'll adjust the count or make the text sparser. * *Decision:* Let's define the "LOGO" shape using a...

AI 评审点评

以下是 AI 评审对该模型输出的点评:

【CLAUDE】该实现提供了一个功能基本完整的 SVG 像素重组 LOGO 动画应用,界面设计现代美观,使用 Web Animations API 实现了两种不同缓动曲线的动画效果。主要不足在于:粒子数量(150)与 LOGO 像素点数量(约52)不匹配导致多余粒子处理不优雅;爆散动画起点获取方式存在潜在 bug;代码中有废弃变量残留。整体而言是一个中等质量的实现,核心功能可用但细节处理有待改进。 【GEMINI】该模型出色地完成了任务,生成的代码不仅功能完整、交互逻辑严谨,而且在动画性能和视觉美感上都达到了极高水准。代码组织结构专业,完全符合前端开发规范。 【KIMI】该实现完整满足了所有需求,动画效果流畅且两种状态视觉差异明显,代码组织专业。Pixel Particle 类的设计和 Web Animations API 的运用体现了良好的前端工程能力。建议在爆散动画的缓动曲线上增加更多爆发力,以及优化LOGO在画布中的视觉占比以提升品牌感。

困难难度评测结果

  • 得分:58.4 分
  • 通过状态:未通过

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 a professional-grade SVG pixel reorganization brand LOGO animation application. * **Canvas:** 900x550, dark gradient background. * **Elements:** ~300 small squares (rects), random size (6-10), random initial position, random rotation. * **Scenes:** * *Scene 1 (Text Convergence):* Form "PIXEL" using pixel art style. Wave-like effect based on distance. * *Scene 2 (Icon Convergence):* Form a geometric icon (e.g., Hexagon/Star/Shield). * *Scene 3 (Explosion & Reassembly):* Explode from current state and reform into the other target. * **Advanced Features:** * Bezier curve paths (not straight lines). * "Breathing" pulse effect after convergence. * Color transition during movement (random -> brand color). * Mouse hover ripple effect. * **UI/Controls:** * Scene selector (1, 2, 3). * Speed slider (0.5x, 1x, 2x). * Play/Pause toggle. * Progress bar. * Particle count display. * **Performance:** 30fps+ with 300 particles, use optimized rendering (requestAnimationFrame). 2. **Technical Architecture:** * **HTML:** Single file structure. Container for SVG, container for UI. * **SVG:** The main drawing area. Using `` elements. * **CSS:** Styling for dark mode, UI layout, and specific SVG cursor effects. * **JavaScript:** * *State Management:* Current scene, speed, playing status, progress. * *Particle Class:* Properties (x, y, targetX, targetY, color, size, rotation, path, progress). * *Grid/Target Generation:* Functions to calculate target positions for "PIXEL" text and the Icon shape. * *Animation Loop:* `requestAnimationFrame`. Updates particle positions based on easing functions (Bezier). * *Interaction:* Mouse events for ripple effect. 3. **Step-by-Step Implementation Plan:** * **Step 1: Setup & Styling:** Create the HTML skeleton, dark gradient background, and the control panel layout. * **Step 2: Particle System:** Define the `Particle` class. Initialize 300...

AI 评审点评

以下是 AI 评审对该模型输出的点评:

【CLAUDE】该实现提供了一个完整的HTML单文件框架,UI设计美观,代码结构有一定模块化程度,展示了对SVG动画、贝塞尔曲线和粒子系统的基本理解。然而,代码存在多处关键逻辑错误,导致核心功能无法正常运行:像素文字「PIXEL」的点阵坐标计算错误无法形成可辨识文字;波浪延迟机制因数值过大实际失效;呼吸效果因状态管理错误无法持续;最重要的鼠标涟漪效果因状态判断错误在LOGO形成后完全失效。这些问题表明代码更像是一个「概念原型」而非可运行的完整实现,实际运行效果与需求描述存在较大差距。若要达到专业级效果,需要对动画状态机、目标点生成算法和交互逻辑进行全面修复。 【GEMINI】该模型出色地完成了所有需求,代码实现非常规范,动画效果细腻且性能优化到位。特别是贝塞尔曲线路径和呼吸效果的结合,使得整个 SVG 动画具有很高的专业水准,完全达到了「专业级」应用的要求。 【KIMI】该实现整体完成了核心功能需求,动画视觉效果较为专业,代码结构清晰。但存在关键缺陷:呼吸效果因状态机设计问题未能正确持续运行,场景3的爆炸重组实现过于简化且与主循环不同步,鼠标交互性能优化不足。建议在状态管理、动画生命周期控制和性能优化方面进行改进,特别是将爆炸重组纳入统一的动画系统而非依赖setTimeout,并修复呼吸效果的持续更新逻辑。

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