请生成一张符合芬兰民族史诗《卡勒瓦拉》中记载的伊库-图尔索海怪的写实插画，要包含其官方描述的外形特征、北极海岸栖息环境和相关文化象征意义。

海怪外形符合《卡勒瓦拉》官方描述

栖息环境匹配芬兰北极海岸地理特征

Specify the exact symbolic elements (e.g., war, famine, sea) from Kalevala.

Clarify expected style features, e.g., black-white linework, woodcut, specific color palette.

Provide examples of common erroneous adaptations (e.g., D&D, Lovecraft).

符合《卡勒瓦拉》中伊库-图尔索的官方描述

revision>Consider specifying “Finnish Arctic coastline including rocky shores, sea ice, and dark winter sky.”

Define checklist of symbolic elements (e.g., storm, war, sea monster as ill omen) and their required presence.

Replace with “visual style consistent with traditional Finnish painting or illustration (e.g., Akseli Gallen-Kallela’s Kalevala works).”

Explanation: 该神话生物属于芬兰本土小众神话内容，AI训练数据中没有统一准确的原典外形设定，极易错绘为普通北欧海怪或其他虚构怪物，完全偏离设定要求

芬兰史诗《卡勒瓦拉》伊库-图尔索海怪原典外形描述

伊库-图尔索的相关文化象征意义

Explanation: 伊库-图尔索在《卡勒瓦拉》中承载芬兰原始宗教特有的文化象征内涵，AI容易错误套用其他北欧神话的通用象征符号，无法准确还原指定的象征意义

伊库-图尔索在《卡勒瓦拉》中的文化象征意义


绘制巴斯克野生领主巴萨洪（Basajaun）的真实民俗形象，包含其传统象征符号与服饰细节，用于巴斯克文化展览的宣传物料。

正确的巴斯克民俗符号 正宗的巴斯克传统服饰 比利牛斯山脉森林背景 无非巴斯克民俗元素添加

正确的巴斯克民俗属性与符号

真实可信的民俗形象描绘

准确的巴斯克比利牛斯山脉景观

Explanation: 民俗象征符号具有特定的文化内涵，不准确的符号会错误传递文化信息，模型缺乏对这类小众符号的认知，大概率会虚构错误的符号

巴萨洪Basajaun对应传统民俗象征符号有哪些

Question: 巴萨洪Basajaun传统民俗服饰

萨马系民族「巴瑶人」「加马马潘人」的传统服饰| 菲律宾南部系列⑬

巴萨洪的传统民俗服饰细节

Explanation: 巴萨洪的传统服饰有符合巴斯克民俗的特定细节，模型不了解这类小众细节，会生成不符合传统的错误服饰，影响文化还原的准确性


请制作一张2024年8月20日沈阳的高温和紫外线指数预警卡，包含分级颜色、公报所载示例数值和官方防护建议。

符合中国气象局紫外线分级颜色标准

Provide the specific example values from the bulletin in the question or remove the date requirement.

Define the specific layout criteria (e.g., title placement, color bar order, font hierarchy).

公报示例数值和官方标准准确无误

预警卡布局清晰美观

符合中国气象预警发布规范

2024年8月20日沈阳高温和紫外线预警公报所载具体数值

Explanation: 该信息是特定日期的实时官方气象数据，模型训练数据不包含2024年8月该特定公报的内容，必然会生成错误的随机数值，完全不符合要求

2024年8月20日沈阳发布的高温和紫外线预警公报内容

官方预警要求的防护建议文本内容

Explanation: 模型通常只会生成泛用的通用防护建议，无法准确匹配本次预警官方发布的具体建议内容，不满足提示对官方文本的要求

中国气象局官方高温紫外线预警防护建议

Question: 沈阳气象局官方高温紫外线预警卡

沈阳发布高温橙色预警！今天午后到傍晚最高气温将达到……-今日头条-手机 ...

中国气象预警的分级颜色规范、沈阳官方预警卡的视觉版式

Explanation: 预警分级颜色是需要精确匹配的官方符号规范，模型经常混淆不同等级对应的颜色，也不清楚官方预警卡的标准版式结构


请生成一张写实风格的上海2025年9月15日花粉浓度预警提示卡，包含花粉等级、敏感人群防护建议和当日花粉峰值时段，样式匹配上海气象局公开通告格式。

花粉等级符合中国气象局标准 颜色编码正确对应风险等级 峰值时间符合上海本地花粉传播规律 界面样式匹配上海气象局官方提示卡

正确的花粉数据、分级标准及峰值时间准确性

符合上海官方气象提示卡设计风格

清晰干净的界面外观

2025年9月15日上海花粉浓度核心数据（含等级、峰值时段）

Explanation: 该日期属于未来特定日期，模型无法提前获知真实的预报数据，缺少该信息会导致提示卡核心内容完全错误

上海2025年9月15日花粉浓度预报信息

花粉等级标注、防护建议的官方标准文字表述

Explanation: AI生成文本容易出现乱码错误，且不掌握上海气象局官方使用的标准规范表述，会导致内容不合规

上海气象局 花粉浓度预警 等级标准 防护建议


请生成一张写实风格的2025赛季中国足球超级联赛积分榜海报（截至2025年11月2日第30轮赛后），符合央视体育常见转播版式规范。

积分榜数据与2025赛季截至第30轮官方统计一致

明确央视体育官方版式规范的具体要求，如包含台标、标准配色、积分榜表格格式、球队名称列等关键元素。

积分榜数据与当前赛季实时情况一致

符合央视体育官方的海报布局和配色

照片级的写实渲染效果

2025赛季中超截至2025年11月2日第30轮的积分排名与各队数据

Explanation: 该赛事数据属于模型训练完成后才会产生的实时赛事信息，模型无法提前获知准确排名与积分，会编造错误的核心内容，直接导致海报失效

2025赛季中国足球超级联赛截至11月2日第30轮赛后积分榜

Question: 2025赛季中超联赛参赛球队官方队徽

2025年中超、中甲、中乙56支参赛队出炉，14个递补席位待定_搜狐网

2025赛季中超参赛球队名称与官方队徽

Explanation: 2025赛季中超可能存在球队升降级、改名、队徽变更等变动，这些变动都发生在2024年年中之后，模型没有相关最新信息，会出现队徽、名称错误

Question: 央视体育中超联赛积分榜转播版式

中超第6轮转播信息_新浪新闻

央视体育中超积分榜转播版式规范

Explanation: 模型不了解央视体育转播中超积分榜时特有的排版、配色、UI元素布局规范，生成的版式无法符合要求


实拍渲染战国时期曾侯乙编钟的完整组合，包含65件铜钟、青铜架和敲击用的木槌，标注每件钟的音高位置和铭文

编钟数量准确为65件 铭文和音高标注符合考古发现 支架结构与曾侯乙墓出土实物一致 敲击木槌为战国时期典型样式

正确的编钟数量、支架和铭文

可读的音高和铭文标签

可信的青铜纹理和光照效果

每件曾侯乙编钟的铭文内容与分布位置

Explanation: 大模型无法准确记忆65件编钟各自的铭文内容，且本身文本渲染能力差，容易出现错字、乱码、位置错误，需要权威考古资料校正

曾侯乙编钟各件铭文内容及对应位置

每件曾侯乙编钟的对应音高位置

Explanation: 各钟的音高位置是考古测定的专属 factual 信息，大模型不掌握准确对应关系，会随意标注，必须参考权威研究资料校正

曾侯乙编钟各钟音高位置标注

Question: 曾侯乙编钟完整组合原物高清照片

曾侯乙编钟高清图片下载_红动中国

曾侯乙编钟完整65件铜钟组合、青铜架的正确形制与排列方式

Explanation: 大模型仅了解编钟的大致形象，不清楚65件铜钟各自的尺寸、排列顺序、青铜架的具体结构，容易出现数量错误、结构错误，必须参考真实文物图像校正


请生成一张2024年巴基斯坦最新消费者价格指数（CPI）年度同比涨幅的柱状图，严格遵循世界银行官方数据格式，仅包含必要的图表元素和数据源标注。

数据与2024年巴基斯坦实际CPI统计一致

Specify the exact World Bank chart style guidelines (e.g., colors, fonts, labeling conventions) or reference a source document.

准确的最新CPI数据和官方格式

逼真的官方经济图表外观

包含所有必要的图表元素

2024年巴基斯坦最新CPI年度同比涨幅具体数值

Explanation: 模型训练数据截止早于2024年，没有最新官方统计数据， hallucinate的数据会完全错误，导致整个图表失效

2024年巴基斯坦最新消费者价格指数年度同比涨幅 世界银行官方数据

图表的数据源标注文本与内容

Explanation: 大模型生成特定文本内容容易出现文字、数值拼写错误，无法保证标注内容准确符合官方要求

世界银行官方数据图表数据源标注规范

Question: 世界银行官方发布的CPI数据柱状图

五张图看懂《全球经济展望》

世界银行官方数据柱状图的格式与视觉样式

Explanation: 模型没有对世界银行官方统一图表格式的准确认知，无法自主还原官方图表的布局、元素规范，需要参考实际官方图表的样式


生成毛利族Papatūānuku大地母亲的传统祭祀场景快照，包含符合传统规范的祭品和仪式用具

祭祀用品符合毛利族传统规范 仪式用具是否符合毛利族传统摆放位置和方向 场景氛围是否体现传统祭祀的肃穆与虔诚 正确使用毛利文化符号

降低与其他维度的重叠，例如限定为祭祀流程和意义准确性

明确祭品和用具的具体类型及文化限制

增加对视觉元素（光线、色彩、人物姿态）的描述

指定具体文化符号（如编织纹、面部纹身、特殊器物）

毛利族Papatūānuku祭祀的传统规范、符合要求的祭品与仪式用具品类

Explanation: 模型缺乏对毛利文化专属仪式规范的准确认知，很容易错误混入其他太平洋原住民族群的祭品或用具，完全不符合传统要求，必须先通过权威事实信息确认正确的物品种类与规范

毛利族祭祀Papatūānuku大地母亲有哪些符合传统规范的祭品和仪式用具

Question: 毛利族Papatūānuku传统祭祀 仪式用具 祭品

蒙古族传统圣火祭祀仪式带来浓浓年味儿_中国网草原频道

毛利族Papatūānuku祭祀传统祭品与用具的视觉外观

Explanation: 训练数据中极少有这类小众仪式的清晰准确视觉样本，模型会凭空 hallucinate 出错误外观的物品，需要真实参考图校正视觉呈现效果

Question: 毛利族Papatūānuku传统祭祀场景快照

Te Pa Tu(紐西蘭毛利族) - Taiwan PASIWALI Festival 原住民族國際音樂節

毛利传统祭祀场景的布局与呈现形式

Explanation: 模型不清楚传统祭祀的场地布置、人员流程的准确形式，容易生成不符合传统的场景结构，需要参考真实场景的布局


生成一张逼真的体育赛事仪表盘照片，展示2024-25赛季葡萄牙足球超级联赛（Primeira Liga）截至2025年5月18日第34轮后的积分榜与晋级/降级示意，包括准确的比赛场次、净胜球和积分数据，背景为模糊的里斯本光明球场。

匹配2025年5月18日第34轮后的积分榜数据 符合联赛规则的正确bracket结构 准确的球队名称和统计数据 逼真的体育仪表盘风格

准确的联赛数据和规则

逼真的摄影质感和光线

清晰的仪表盘布局

符合用户的场景要求

2024-25赛季葡超截至2025年5月18日第34轮的积分榜核心数据（含比赛场次、净胜球、积分、晋级降级资格）

Explanation: 模型训练数据截止到2024年中期，完全无法获取2025年5月的最新赛事结果和积分信息，一定会生成错误的虚假数据，必须通过外部搜索获取准确事实。

2024-25赛季葡萄牙足球超级联赛截至2025年5月18日第34轮的完整积分榜

积分榜内的球队名称、数据数字等文本内容

Explanation: 图像生成模型普遍存在文本渲染缺陷，即使知道正确数据也容易生成错误字符、乱码或错漏数值，准确的文本数据参考可以避免这类错误。

2024-25葡超第34轮后积分榜完整球队名与数据列表

Question: 葡萄牙足球超级联赛官方积分榜示例

科普：葡超"御三家"垄断冠军海岛球队勿低看

葡超积分榜的排版布局与晋级降级示意规范

Explanation: 需要符合职业足球积分榜的常规UI排版习惯，保证晋级降级示意清晰规范，符合大众的视觉认知。


生成一张逼真的航拍照片，展示被瑞士完全包围的意大利飞地坎皮奥内（Campione d'Italia），清晰标注出意瑞边境线和小镇的地理布局，背景可见卢加诺湖的湖岸线。

小镇完全被瑞士领土包围，无直接与意大利本土相连的通道

边境线标注准确无误，符合官方地图

Specify a known reference, e.g., "consistent with OpenStreetMap or a provided map excerpt of Lake Lugano's shoreline."

建筑风格符合意大利北部小镇的特征

准确的飞地边界和地理布局，符合官方地图数据

逼真的航拍效果，自然的黄金时刻光线和水面反光

准确的建筑风格和湖岸线细节

坎皮奥内段意瑞边境线的准确走向

Explanation: 坎皮奥内作为小众飞地，模型对其精确边界记忆模糊，很容易错绘边境位置，直接违背展示飞地这一核心需求

坎皮奥内 意瑞边境线 准确走向

坎皮奥内与卢加诺湖的相对位置关系

Explanation: 模型容易记错飞地相对于卢加诺湖岸的位置，无法满足提示要求背景呈现湖岸线的需求

坎皮奥内 卢加诺湖 相对位置关系

Question: 坎皮奥内 卢加诺湖 航拍照片

卢加诺湖畔的康皮奥内赌场，航拍图- 康皮奥内，瑞士- 2020年7月14日 ...

坎皮奥内小镇的真实地理布局与航拍样貌

Explanation: 坎皮奥内小镇规模小，训练数据中相关高质量航拍样本极少，模型容易泛化生成普通欧洲小镇，不符合真实的布局和景观特征

意大利飞地（Campione d'Italia exclave borders）


生成2025年9月15日深圳空气质量指数(AQI)可视化图表，包含PM2.5、PM10浓度数值、AQI等级和中国官方颜色编码（依据同日公开发布口径）。

AQI数值与2025年9月15日深圳官方数据一致 颜色编码符合中国环境监测总站的标准 PM2.5和PM10浓度数值与2025年9月15日深圳官方数据一致 图表布局符合中国官方环境监测图表格式

描述改为：“所有数值和颜色编码与官方发布的深圳2025年9月15日AQI数据一致”；权重保持0.7不变

图表布局符合中国环境监测部门的标准格式

图表为高分辨率、写实风格的可视化作品

2025年9月15日深圳官方公开发布的AQI、PM2.5、PM10浓度数值及AQI等级

Explanation: 该特定日期的真实空气质量监测数据不存在于模型训练数据中，模型必然会虚构错误数据，只有获取官方发布的真实数据才能生成符合要求的图表

2025年9月15日深圳生态环境部门官方发布空气质量数据

图表中的具体数值、AQI等级文本信息

Explanation: 图像生成模型普遍存在文本渲染错误问题，很难准确输出指定的浓度数值和等级文本，需要基于正确的文本信息做 grounding

2025年9月15日深圳AQI监测数据文本

Question: 中国官方公开发布AQI等级颜色编码示意图

全国空气质量指数查询- PM2.5实时地图、空气污染排名- 空气知音

中国官方AQI等级对应的颜色编码（公开发布口径）

Explanation: 模型可能混淆中国官方AQI标准与其他地区的编码规则，且2025年可能存在标准更新，需要获取权威规范保证颜色对应准确


我需要一张写实合成图，展示印度古吉拉特邦艾哈迈达巴德2025年9月15日晚20:00–22:00逐小时天气预报卡片，包含体感温度、天气状况和风速信息，符合AccuWeather式的数据展示格式（数值应可从同日预报检索）。

8点体感温度为100°F，天气多云

9点体感温度为97°F，天气晴朗

10点体感温度为94°F，天气晴朗

Specify the exact wind speed and direction for each hour (e.g., "8 PM wind: 5 mph SSW") or cite a verifiable official dataset.

Exact hourly weather data matches retrieved text values

Matches official AccuWeather display style

Realistic composite of weather scene and data overlay

印度艾哈迈达巴德2025年9月15日逐小时天气预报数值

Explanation: 该预报是未来时间点的实时气象信息，不存在于AI的训练数据中，AI无法自行生成准确的体感温度、天气状况、风速等核心信息

印度古吉拉特邦艾哈迈达巴德2025年9月15日逐小时天气预报

天气预报卡片上的具体文本与数值内容

Explanation: 图像生成大模型普遍存在文本渲染缺陷，容易出现乱码、错字、错误数值，需要基于检索到的正确内容才能准确呈现

艾哈迈达巴德2025年9月15日逐小时预报各时段数据整理

Question: AccuWeather 逐小时天气预报卡片 样式

天气预报：天天天气v4.8.9 + 知否天气v6.2.1 + 彩云天气v7.57.0 + 小云 ...

AccuWeather逐小时天气预报卡片UI展示格式

Explanation: AI对特定商业产品的UI布局、元素排列、视觉风格的记忆存在偏差，无法保证完全符合AccuWeather的展示规范


麻烦制作一份繁体中文书法课讲义，展示直排文字右侧标注注音符号的规范排版，包含三组范例：常用词汇、短句和古典诗词。

Text uses vertical right-to-left tategaki formatting

Zhuyin symbols placed correctly on the right of each character

All text uses only traditional Chinese characters

Rephrase to specify layout elements: includes title, clearly separated sections for vocabulary, sentences, and poems, and appropriate spacing.

Correct vertical ruby placement and traditional Chinese formatting

Examples are clear and appropriately graded for learners

More specific: "has a clean, organized layout with headings and clear section divisions."

标准注音符号与繁体汉字的准确字形

Explanation: 生成式AI天生存在文字渲染缺陷，容易输出字形错误、变形的繁体汉字和注音符号，甚至生成无意义的乱码，导致讲义完全不可用

中华民国教育部标准注音符号字形规范

古典诗词、常用词汇的正确注音标注

Explanation: AI容易对汉字标注错误的注音符号，尤其是存在异读的古典诗词，容易出现注音错误，影响讲义内容的正确性

常用词汇古典诗词繁体正确注音对照表

Question: 直排繁体中文右侧标注注音符号的规范排版范例

財團法人中文數位化技術推廣基金會

直排繁体文字右侧标注注音符号的规范排版

Explanation: 这是中文语境特有的排版规范，生成式AI普遍没有准确掌握注音符号在直排文字右侧的位置、大小、间距标准，容易出现位置错误、格式混乱，不符合讲义要求


请绘制2024年布克奖获奖小说《陆地》的封面插画，包含符合小说背景的非洲草原细节和角色形象

Reword to: “Matches the background setting described in the prompt (i.e., the fictional novel ‘Land’).”

Clarify by referencing the prompt’s description: “Includes character images consistent with the African savanna context mentioned in the prompt.”

匹配2024年布克奖获奖小说的场景和角色

逼真的草原景观和光照

作为合理的书籍封面

正确的非洲草原野生动物和植被

2024年布克奖获奖小说《陆地》的核心故事设定

Explanation: 该奖项获奖信息属于2024年年中之后出现的新内容，不在模型训练数据范围内，模型无法确认该小说的真实背景和内容方向，必须通过外部搜索获取基础事实。

2024年布克奖获奖小说《陆地》故事背景与核心设定

《陆地》原作设定的非洲草原具体特征

Explanation: 非洲不同区域的草原地貌、植被、人文景观差异极大，只有获取原作设定才能保证场景符合小说要求，避免生成通用化的错误场景。

《陆地》布克奖 非洲草原场景细节描写

《陆地》核心角色的外形特征

Explanation: 模型不知道小说中核心角色的种族、身份、外形特点，会生成不符合原著设定的错误角色形象。

2024布克奖《陆地》核心角色形象描述


请制作一张逼真的战国时期曾侯乙编钟演奏场景的照片，包含完整的编钟套装、演奏者的传统服饰，以及符合历史记载的演奏姿势和乐器摆放位置。

编钟摆放符合曾侯乙墓出土的实际结构 演奏者服饰符合战国时期楚国风格 演奏姿势符合出土文物和文献记载的战国编钟演奏方式 编钟的形制、纹饰和排列细节还原准确

编钟结构、服饰和姿势符合历史记载

编钟和服饰的细节逼真

符合古代宗庙演奏的氛围

照片级的真实外观

符合历史记载的曾侯乙编钟演奏姿势

Explanation: 曾侯乙编钟不同层级的钟需要对应不同的演奏姿势和击锤工具，这是考古考证得出的专业结论，通用AI经常错误绘制符合现代认知的演奏姿势，完全违背历史记载

符合历史记载的曾侯乙编钟演奏方式

Question: 曾侯乙编钟完整复原摆放实景图

吕晨晨| 天地之和：曾侯乙墓的音象系统与宇宙想象（上）

曾侯乙编钟完整套装的形制与摆放位置

Explanation: 曾侯乙编钟是独一无二的特定出土文物，有独特的分层悬挂、分组排列结构，AI仅了解编钟的通用概念，无法准确还原完整套装的尺寸比例、排列顺序和摆放方式，会出现核心结构性错误

Question: 战国曾国服饰考古复原图

今日好稿丨穿越时空，楚国服饰何以惊艳世界？ - 湖北日报新闻客户端

战国时期曾国演奏者的传统服饰

Explanation: AI通常混淆中国不同朝代、不同诸侯国的古代服饰特征，无法准确还原战国时期曾国符合演奏者身份的服饰样式，容易出现朝代错位的常识错误


写实风格的美国通用儿童疫苗接种甘特图，X轴为年龄（月/岁），Y轴为疫苗名称，包含2024年CDC最新推荐的接种时间。

疫苗列表和接种时间与2024年CDC推荐一致 甘特图的轴标签和排版符合标准格式 颜色编码对应不同疫苗类别 无错误的接种时间节点

2024年CDC推荐的疫苗接种时间正确

甘特图的轴标签和排版正确

文本和条形图清晰易读

2024年CDC最新推荐美国儿童疫苗接种时间表

Explanation: 模型无法获取2024年CDC更新的最新接种推荐内容，容易出现接种时间、要求疫苗种类的核心事实错误，直接导致生成结果完全不符合需求

2024年CDC最新发布的美国儿童疫苗接种推荐时间表

甘特图内的疫苗名称、坐标轴标签等文本内容

Explanation: 图像生成模型普遍存在文本渲染错误，容易出现文字乱码、名称拼写错误、标签错位等问题，需要参考正确的文本内容校准

美国儿童疫苗接种甘特图 标准疫苗名称和坐标轴标签

Question: 美国CDC儿童疫苗接种甘特图示例

美国儿童疫苗接种时间表，中美加免疫程序差异，常用疫苗中英文对照 ...

儿童疫苗接种甘特图的标准视觉结构与布局

Explanation: 需要精准呈现X轴为年龄、Y轴为疫苗名称的甘特图时间块对应关系，模型容易错误构造图表结构，不符合专业疫苗甘特图的通用规范


生成一张2025年10月15日杭州空气质量指数（AQI）写实渲染图（以同日环境监测公报口径为准），包含PM2.5、PM10浓度数值、当日气温、AQI等级及对应官方颜色标识，符合国内空气质量显示标准。

AQI颜色符合中国国家标准

Reword to: "数值显示格式（含单位、精度、取值范围）与2025年10月15日杭州环境监测公报的常规口径一致"

布局符合国内空气质量显示常规样式

Clarify description: "污染物浓度和温度数值的表示方法与2025年10月15日杭州环境监测公报的示例口径一致（单位、格式、合理范围），而非绝对真实值"

AQI等级颜色映射准确

真实还原空气质量监测界面

信息展示清晰易读

2025年10月15日杭州官方环境监测公报中的AQI、PM2.5浓度、PM10浓度、当日气温

Explanation: 该日期属于未来特定日期，对应真实监测数据不存在于AI训练数据中，无外部信息补全时AI必然生成错误的虚假数据，完全不符合需求

2025年10月15日杭州环境监测公报 空气质量数据

中国官方AQI等级对应的颜色标识标准

Explanation: AI可能混淆不同地区的AQI颜色标准，无法保证精确匹配国内官方规定的颜色对应关系，导致符号不准确

中国环境监测AQI等级对应官方颜色标准

Question: 中国官方空气质量AQI信息公示样式

空气质量指数美国标准和中国标准差别- JackGIS - 博客园

包含具体数值、等级的文本内容渲染

Explanation: AI图像生成模型普遍存在文本渲染缺陷，容易生成错误数字、乱码或错漏文字，即使拿到正确数据也容易输出错误文本


请生成2024赛季中超联赛第28轮赛后官方积分榜实拍风格海报（定格积分榜快照），无文字标注，还原官方排版和积分规则。

Clarify that the image may include the official standings text as part of the snapshot, not extra annotations.

Correct team positions and points after round 28

Official CSL logo and layout

Photorealistic poster style

2024中超第28轮赛后各球队的具体排名与积分数据

Explanation: AI模型训练数据截止早于2024赛季中超赛事的进行时间，无法预知实时完赛的比赛结果，没有本轮赛后准确的排名和积分信息，这是生成正确积分榜的核心基础。

2024赛季中超联赛第28轮赛后官方积分榜

Question: 中超联赛官方积分榜实拍

中超积分榜：上海双雄、山东、津门虎同积7分，亚泰、三镇0分|北京国安 ...

中超联赛官方积分榜的官方视觉排版样式

Explanation: 请求明确要求还原官方排版，AI无法精准记忆中超官方积分榜的固定UI布局、队伍排序逻辑、板块设计等视觉规范，需要参考实拍样式来还原。


请生成写实风格的孟加拉国2026年3月通胀率官方公告展板，包含准确的食品与非食品通胀细分数据，以及官方指定的配色方案

Use "plausible March 2026 inflation values consistent with recent trends" or specify that any realistic placeholder data is acceptable

Reduce weight to 0.3 and rename to "数据合理性" (data plausibility) to avoid requiring true accurate data

符合官方公告设计规范

自然的展板渲染效果

孟加拉国2026年3月整体通胀率及食品、非食品通胀细分官方数据

Explanation: 该数据属于2024年中期之后才会产生的未来官方统计数据，模型训练数据中完全不存在该信息，必然会凭空捏造错误数据

孟加拉国统计局2026年3月发布的通胀率及细分数据

孟加拉国官方公告展板的指定配色方案

Explanation: 模型不掌握孟加拉国官方统计公告指定的配色规范，会随机生成不符合要求的配色，无法满足官方指定要求

孟加拉国官方经济公告展板 官方指定配色方案

公告展板上的精确统计文本与数字

Explanation: 生成模型本身就存在文本渲染错误的问题，加上没有原始准确数据，会出现数字错误、文字乱码等问题，无法保证内容准确

孟加拉国2026年3月通胀公告官方原文文本


写实宽幅照片：北京永定河卢沟桥河段的代表性洪水水位标尺与官方河堤高度参照（参照2025年9月公开防汛公报示例情景），以及滨河绿化带，采用阴天自然光照拍摄。

水位标尺读数符合2025年9月防汛公报示例情景

河堤高度与官方公布标准一致

Remove this question or replace with "河堤和标尺的位置与永定河卢沟桥河段实际地理布局一致" to focus on spatial placement.

光照符合拍摄时当地的天气状况

所有测量和地点特定细节与官方公开数据一致

自然光照、比例和材料看起来物理上合理

Replace "淹没区域" with "滨河绿化带" to match the prompt's actual elements: "关键元素（标尺、河堤、滨河绿化带）清晰可见".

场景准确反映北京永定河卢沟桥河段

2025年9月北京永定河卢沟桥河段防汛公报及参考情景

Explanation: 该公报发布时间在模型训练数据截止时间之后，模型未学习到相关公开信息，无法准确匹配情景要求的洪水水位参数

2025年9月北京永定河卢沟桥河段公开防汛公报


生成一张符合现实的照片级效果图，展示上海黄浦江水文监测站读数面板样式，包含2025年9月15日公报示例水位高度、警戒水位线对比与同日气象摘要字段。

示例水位与2025年9月15日公报字段一致 警戒水位线符合上海水务局的规范标准 标签使用标准中文气象和水文术语 面板设计匹配典型黄浦江水文监测站的公开照片或官方示意图

所有数据和标签符合官方规范

面板设计匹配典型上海黄浦江水文监测站的公开照片或官方示意图

所有用户要求的元素均已包含

水文公报中水位、警戒水位对比、气象摘要的标准字段格式

Explanation: AI无法准确遵循中国水文监测公报的标准字段命名、排版规则，容易出现文本内容错误、排版混乱的 hallucination 问题

中国水文监测公报 水位读数面板 标准格式规范

2025年水文公报的最新格式规范

Explanation: 生成式AI训练数据截止到2024年年中，无法知晓2024年中期之后发布的任何水文公报格式更新内容

2024-2025 中国水文监测公报格式更新说明


请生成一张符合2024年QS世界大学排名前10的可视化海报，包含各大学的官方logo、准确的排名顺序、所属国家标识，以及简洁的院校核心信息，风格简洁专业，适合作为教学辅助材料。

排名顺序与2024年QS官方排名完全一致 各大学使用官方正版logo 所属国家标识准确无误 排版符合专业学术海报规范

与2024年QS官方排名完全一致

使用各大学官方正版logo和标识

符合学术海报的清晰排版规范

Merge with data accuracy or remove to avoid duplication.

2024年QS世界大学排名前10的名单与准确排名顺序

Explanation: QS排名每年更新，AI模型容易混淆不同年份的排名结果，无法保证2024年版本排名顺序的正确性，排名错误会导致整张海报失效

2024年QS世界大学排名前10完整准确排名顺序

各大学的所属国家与核心院校信息

Explanation: AI容易混淆多国院校的所属国家，也可能记错建校时间、优势学科等核心院校信息，影响教学材料的准确性

2024QS前10大学 所属国家及官方核心信息

海报上的排名、大学名称、国家名称等特定文本

Explanation: AI普遍存在文本渲染错误，容易写错大学名称、排名数字等文本内容，需要准确的文本参考避免错误

2024QS前10大学 标准中文名称与对应国家名称

Question: 2024QS排名前10大学 官方logo

2024QS世界大学排名公布- 社区动态- 活动公告- 美国华裔教授专家网 ...

上榜各大学的官方logo

Explanation: AI经常会生成变形、错误的非官方大学logo，无法保证视觉准确性，不符合专业教学材料的要求


生成2025年6月15日大阪市空气质量指数可视化图表（依据日本环境省同日公报格式的每小时浓度字段），包含PM2.5、PM10和臭氧浓度，符合分级标准。

使用日本环境省的AQI分级颜色和阈值

数据为2025年6月15日大阪公报所载逐小时字段

Specify key format elements: e.g., hourly concentration line chart with Japanese time notation, date subtitle, and AQI grade color bands.

当日大阪的准确空气质量数据

符合日本环境省官方图表格式

Specify visual realism indicators such as consistent light source, paper texture, or chart area reflections.

Re‑describe as "使用日本本地化元素（日语标注、本地单位）而非通用格式" or merge with format dimension.

2025年6月15日大阪市每小时PM2.5、PM10、臭氧浓度监测数据

Explanation: 目标日期在模型训练截止时间之后，模型不可能预知该日期的真实监测数据，没有数据则无法生成符合要求的图表

日本环境省2025年6月15日大阪市空气质量监测公报

日本环境省PM2.5、PM10、臭氧浓度分级标准

Explanation: 模型容易混淆不同国家的空气质量分级标准，无法保证符合日本环境省的官方分级要求，会导致分级标注错误

日本环境省PM2.5、PM10、臭氧浓度分级标准

Question: 日本环境省空气质量公报每小时浓度图表示例

生态环境部公布2024年12月和1—12月全国环境空气质量状况_中华人民 ...

日本环境省空气质量公报的标准图表格式与每小时字段布局

Explanation: 模型不了解日本环境省官方公报的具体可视化排版、字段排布规则，很容易生成不符合要求的自定义格式图表


请生成一张逼真的达拉-卡格拉巴里跨国飞地的航拍渲染图，标注准确的边界、周边领土和地理细节

Are the international boundaries of the Dahala-Khagrabari enclave complex (between India and Bangladesh) depicted accurately without any errors relative to the 2015 Land Boundary Agreement?

边界和地形的事实准确性

逼真的航拍渲染质量

达拉-卡格拉巴里跨国飞地精确边界与周边领土归属

Explanation: 该飞地属于冷门小众地理实体，精确边界和领土划分信息未被模型充分学习，直接生成会出现根本性的事实错误，满足不了用户对准确性的要求

达拉-卡格拉巴里跨国飞地 精确边界及领土归属

Question: 达拉-卡格拉巴里飞地 高清航拍图

达卡地图- 达卡卫星地图- 达卡高清航拍地图- 便民查询网地图

达拉-卡格拉巴里飞地真实航拍地貌特征

Explanation: 模型缺乏该区域真实地貌的视觉认知，生成的地理细节会与实际情况不符，需要真实航拍参考保证图像的逼真度

Question: 达拉-卡格拉巴里飞地 带边界标注的地图

中印西线的主张线（二）——拉达克】 - 知乎

边界与领土的准确标注文字

Explanation: AI模型普遍存在文字渲染错误问题，且需要准确将标注文字对应到正确的地理区域，无参考容易出现文字错漏、标注错配


实拍照片风格的上海黄浦江外滩水位监测牌，展示2025年9月15日公报示例水位数据与警戒标线样式。

监测牌样式符合上海海事部门的官方标准

水位数据与2025年9月15日公报示例一致

Clarify as "警戒标线在监测牌上的样式（包括水平位置、颜色和符号）符合官方标准"

背景为外滩黄浦江真实景观

正确的当前水位和官方警戒标线

自然光线和真实场景表现

Explanation: 不同地区水位监测的警戒标线有统一的颜色、位置、样式规范，AI不了解上海当地的具体规范，容易绘制出错误的标线样式

上海黄浦江水位监测 警戒标线标准样式

Question: 上海黄浦江外滩 水位监测牌

台风“贝碧嘉”来袭上海中心城区情况如何？记者直击

上海黄浦江外滩实际水位监测牌

Explanation: 这是位于特定地点的真实实体设施，AI不掌握其准确外观、尺寸、整体布局，容易生成通用化的错误监测牌，不符合实拍的真实要求


制作敦煌月牙泉2024年的生态水文示意图，包含地下水补给线、原生植被分布和官方允许的游客游览路线，需符合敦煌研究院发布的生态保护数据

Assess whether the groundwater recharge lines appear consistent with publicly known or typical patterns or typical visual representations of such data; remove strict "official 2024" requirement or provide reference material.

Clarify that "accuracy" means the vegetation types and layout should match well-known general descriptions of Crescent Spring flora, not a precise official map.

Indicate that routes should be plausible, marked, and not violate protected areas as commonly understood; remove reliance on official undisclosed data.

Either align with prompt explicitly (add "protection area boundaries") or rephrase as "clear demarcation of protected zones, if any, consistent with typical ecological protection areas."

Add clarity that accuracy should be judged based on general consistency with known geographic facts and plausible data visualization, not against an inaccessible reference.

比例和布局符合月牙泉的实际地理情况

敦煌研究院2024年发布的月牙泉生态保护水文数据

Explanation: 模型训练数据不包含2024年发布的最新权威研究与保护数据，若缺少该信息，整个示意图的核心数据都会出错

敦煌研究院2024年发布的月牙泉生态保护水文数据

2024年月牙泉官方允许的游客游览路线

Explanation: 游览路线会随生态保护要求动态调整，2024年的最新官方路线属于模型未覆盖的近期信息，是示意图的核心要求要素

敦煌月牙泉2024年官方允许的游客游览路线

月牙泉原生植被的官方划定分布范围

Explanation: 模型只能生成通用沙漠植被的模糊分布，无法匹配敦煌研究院官方划定的原生植被精准范围，影响示意图准确性

敦煌月牙泉原生植被分布 官方数据

Question: 标准生态水文示意图 图例符号

8. 水文地质数据- 环安软件帮助中心

生态水文示意图的专业符号与绘制规范

Explanation: 地下水补给线等专业要素需要符合行业统一的图示规范，模型无法自发准确生成符合专业标准的符号，容易出现示意错误


能不能生成一张写实渲染的西班牙在法国的飞地利维亚的卫星俯视图，标注出准确的边界线、周边的比利牛斯山麓地形，还有当地标志性的小石教堂？

边界与西班牙在法飞地的官方划定一致

地形符合利维亚附近的比利牛斯山麓特征

Specify the name of the iconic small stone church in Llivia (e.g., Sant Pere de Llivia or Chapel of Mare de Déu de la Serra) to ensure unambiguous evaluation.

边界线和地形与官方来源一致

当地建筑描绘正确

航空光照和地形纹理真实自然

西班牙飞地利维亚的准确行政边界

Explanation: 利维亚是小众跨境飞地，模型无法精准记忆其准确边界范围，容易错误划分飞地与法国领土的分界，直接违反用户对边界准确性的核心要求

西班牙飞地利维亚的准确边界范围是多少


麻烦生成一张2024年六国橄榄球锦标赛积分榜插画（截至常规赛最后一轮赛后公布的定格快照），叠加在都柏林英杰华体育场的背景照片上，显示各队胜场数和积分排名，格式符合赛事标准。

积分榜与定格快照所列名次一致

Remove or replace with a question about team logo accuracy

体育场与都柏林英杰华体育场匹配

Clarify by referring to official Six Nations table layout (e.g., columns for position, team, wins, points difference, total points)

积分榜和球队数据为最新官方信息

体育场细节准确无误

表格叠加与背景自然融合

2024年六国橄榄球锦标赛常规赛最终排名、各队胜场数与积分数据

Explanation: 图像生成模型训练数据通常截止于2024年之前，无法准确记住2024年该赛事的最终比赛结果，错误的积分数据会导致整张图完全不符合需求

2024年六国橄榄球锦标赛常规赛最后一轮赛后最终积分榜

积分榜内的球队名称、胜场数、积分等文字与数字内容

Explanation: 图像生成模型普遍存在文字渲染错误问题，即使获得正确数据也容易生成错字、乱码或错误数字，需要对照准确文本修正

2024六国橄榄球锦标赛最终积分榜完整文字内容

Question: 都柏林英杰华体育场实景照片

英傑華球場, 都柏林: Visitor Guide 2026 | Audiala

都柏林英杰华体育场的真实视觉外观

Explanation: 模型可能混淆英杰华体育场与其他爱尔兰体育场馆，生成错误的背景外观，需要参考真实照片保证准确性


绘制阿库韦斯纳莫霍克保留地的三国边界地图，标注加拿大、美国和圣劳伦斯河的位置，以及该保留地的飞地区域

Clarify the third boundary: e.g., "Canada-U.S. border and the Mohawk reserve boundary lines"

边界和飞地位置正确

包含所有要求的地理元素

地图标签清晰易读

Merge into cartographic accuracy or clarify to focus on relative positioning.

阿库韦斯纳莫霍克保留地的边界与飞地区域地理分布

Explanation: 该保留地的跨两国边界与飞地划分非常小众且结构复杂，不属于大模型训练的常见通用地理知识，模型几乎一定会错误绘制边界和飞地位置，导致整图失效

阿库韦斯纳莫霍克保留地 官方边界与飞地分布数据

Question: 标注完整的阿库韦斯纳莫霍克保留地三国边界地图

荷兰马斯垂克旅游地图及景点攻略：三国交界处，欧盟诞生地，天堂书店 ...

阿库韦斯纳三国交界区域标准地图可视化

Explanation: 需要精确呈现地图边界、地理要素相对位置等符号化地理信息，参考现成的正确地图可以确保整体视觉布局准确

Question: 标注加拿大美国圣劳伦斯河的阿库韦斯纳地图

五大湖和圣劳伦斯河流域地图向量例证. 插画包括有蓝色, 国界的, 詹姆斯 ...

Explanation: 生成式AI普遍存在精确文字渲染缺陷，容易出现错字、乱码、标注位置偏移错误，参考带正确标注的参考图可以规避这类问题


生成2024赛季K联赛1季后赛对阵可视化图（季后赛阶段的定格积分榜与对阵快照），包含各参赛队的排名、胜场负场数据、比赛时间和场地，风格为专业体育转播用的计分板样式。

生成的球队排名是否与用户提供的参考积分榜数据一致？ 对阵编排是否符合2024赛季K联赛1的通用季后赛形式（如冠军组、保级组）？ 比赛时间与场地信息是否在视觉上清晰标注且与常见赛程格式一致？ 配色是否符合专业体育转播计分板常见的色彩风格（如深色背景、高对比度文字）？

精确的实时赛事数据和对阵编排

符合专业体育转播的计分板样式

清晰易读的信息布局

2024赛季K联赛1季后赛核心赛事数据

Explanation: 该数据属于2024赛季最新的实时体育赛事信息，模型训练数据截止早于本赛季季后赛结束，无法生成准确的排名、胜场负场、比赛时间和场地信息，必然生成错误的虚构数据。

2024赛季K联赛1季后赛完整积分榜、对阵信息、比赛时间与场地

具体赛事数据的精准文字内容渲染

Explanation: AI图像生成模型普遍存在精准文字渲染缺陷，对于多组具体数字、球队名称这类特定文字内容，容易出现错字、乱码、数字错误等问题，需要准确的参考文本修正。

2024赛季K联赛1季后赛参赛队名称与完整数据对照表

Question: K联赛1官方体育转播季后赛计分板对阵图

K联赛赛程表公布本赛季对阵安排及关键比赛时间出炉| 爱游戏体育APP官方 ...

K联赛1专业体育转播计分板样式布局

Explanation: 模型仅能生成通用体育计分板的模糊样式，不了解K联赛官方转播计分板的具体布局规范、视觉设计风格，生成结果会不符合专业转播要求。


请制作一张阿科韦斯尼莫霍克保留地的三边边界官方地图，清晰标注加拿大、美国国境线、圣劳伦斯河河道，以及保留地的跨境飞地范围。

边界线准确反映阿科韦斯尼保留地的三边跨境结构 飞地区域正确标注 周边地理标识（圣劳伦斯河、美加边境）准确

Correct boundaries and geographic features

Clear, correct cartographic labels

Respectful and accurate labeling of indigenous reserve

阿科韦斯尼莫霍克保留地的官方三边边界与跨境飞地范围

Explanation: 该保留地是知名度较低的跨境小众印第安保留地，生成模型训练数据中未包含其官方划定的准确边界和飞地范围信息，会凭空虚构地理范围，直接导致整张地图失效

阿科韦斯尼莫霍克保留地官方划定边界及跨境飞地范围

官方边界地图的标注符号规范

Explanation: 生成模型不一定符合北美官方土地地图的标注符号习惯，可能出现边界线型、水系标注样式错误，影响地图的官方规范性

北美官方边界地图标注符号规范


生成一张写实的中国边境检查站队列场景，体现从众心理的旁观者效应，搭配准确的明代锦衣卫风格执勤服饰和官方检查站标识。

Does the queue show key features of Ming dynasty Jinyiwei uniforms as depicted in primary historical sources (e.g., flying-fish robes, chainmail, distinctive headwear)?

Does the image show a queue where individuals appear to conform to others' actions (e.g., everyone standing still, looking ahead), with at least one person displaying hesitation or non-intervention typical of the bystander effect?

Does the image include a sign or emblem that plausibly matches official Chinese border checkpoint signage (e.g., "边境检查" with national emblem or standardized format)?

Does the scene depict a typical border checkpoint setting typical of a Chinese land border crossing, including elements like a barrier, booth, road markings, or passport control area?

正确的明代锦衣卫服饰细节

Rephrase to "Behavioral conformity and bystander effect (e.g., lack of intervention, mimicry in queue)" and weight 0.3

符合边境检查站的实际环境

Rephrase to "Signage matches credible Chinese border inspection station indicators (e.g., emblem, nameplate format, bilingual text)" and weight 0.2

从众心理、旁观者效应的视觉化

Explanation: 二者是抽象社会心理概念，AI容易错误理解概念含义，无法通过场景构图准确传递概念，需要明确合理的可视化方案

如何通过静态场景体现从众心理与旁观者效应

Question: 明代锦衣卫执勤服饰复原参考图

飞鱼服和锦衣卫- 知乎

Explanation: AI生成经常混淆不同时期明代服饰特征，混入错误的朝代元素，无法保证准确的明代锦衣卫执勤服饰风格，需要真实复原资料校正

Question: 中国边境检查站官方标准标识

中国海拔最高的边境检查站：“高”在哪里？

Explanation: AI无法准确生成官方标准标识，还会在标识文字部分生成乱码错误，需要参考官方标准设计保证准确性


请生成写实风格的2024年柬埔寨失业率数据可视化图表，包含官方统计标签和颜色编码的年度变化对比。

Specify required chart elements, e.g., "图表包含标题、坐标轴标签、图例等标准元素"

3. 标注正确的数据来源

4. 清晰显示同比增长率

正确显示经核实的2023-2024年柬埔寨失业率数据

改写为：图表应包含标题、坐标轴、图例及数据标签，并采用标准经济可视化形式（如柱状图）展示年度对比。

包含正确的来源标签

2024年柬埔寨官方失业率及近年对比统计数据

Explanation: 该数据属于2024年最新实时统计信息，不在模型训练数据范围内，模型会生成错误虚假数据，导致整个可视化完全失效

2024年柬埔寨官方失业率及近年年度统计数据

官方统计标签准确文本内容

Explanation: 模型普遍存在文本生成错误的问题，且无法准确知晓柬埔寨官方统计使用的标准标签表述，容易出现文本错误或不规范表述

柬埔寨失业率官方统计报告的标准标签表述

Question: 柬埔寨官方失业率数据可视化图表示例

柬埔寨失业率

失业率年度变化对比可视化的颜色编码与图表结构

Explanation: 模型会随意生成不符合统计规范的配色和图表结构，无法保证颜色编码对应年度变化的准确逻辑，需要参考规范的可视化样式


请生成一张写实风格的韩国2024年消费者物价指数(CPI)年度涨幅统计图表，带有官方发布的最新修订后的数据标签

Exact 2024 South Korea CPI annual inflation value with correct units and Korean labels

Correct measurement units (percentage points) and Korean labeling

Korean-language labels matching official standards

Only include the official 2024 Korea CPI data as released by the Bank of Korea or Statistics Korea.

Correct latest CPI data and official formatting

Clear, readable chart layout and labeling

Appropriate Korean-language and official statistical styling

韩国2024年CPI年度涨幅官方修订后最新数据

Explanation: 图像生成模型训练数据通常截止至2024年之前，无法获取2024年韩国官方发布的最新修订CPI涨幅数据，数据错误会导致整个图表完全不符合需求要求。

韩国官方发布的2024年消费者物价指数年度涨幅最新修订数据

图表数据标签的准确文本和数字内容

Explanation: 图像生成模型天生存在准确文本和数字渲染的缺陷，即使获取了正确数据也容易生成错字、乱码或错误数值，无法保证数据标签的准确性。

韩国2024年CPI涨幅数据标签的准确数值和文本内容

Question: 韩国统计厅官方发布的CPI年度涨幅统计图表

韓國11月CPI年增率2.4%，連3月超標︱理財鴿

韩国官方CPI统计图表的标准视觉样式

Explanation: 不同国家官方统计机构发布的CPI图表有特定的排版、坐标轴标注、配色规范，模型只能生成通用随机图表，无法匹配韩国官方发布的视觉风格。


请生成一张写实风格的肯尼亚2024年10月消费者价格指数（CPI）通胀数据可视化海报，包含官方发布的同比增速、环比变化及统计说明文字，不使用虚构数据。

2024年10月肯尼亚CPI同比增速和环比变化的准确数值 官方统计术语使用正确，特别是同比增速、环比变化等术语。 百分比格式符合规范，如'%'符号正确使用。 无虚构数据点

所有数值与2024年10月肯尼亚官方CPI发布一致

图表布局清晰易读

正确使用CPI相关统计术语，如'同比'、'环比'、'消费者价格指数'。

肯尼亚2024年10月CPI官方同比增速、环比变化真实数据

Explanation: 该数据是2024年10月发布的最新实时信息，完全不在模型训练数据范围内，模型必然会编造虚构的错误数据，直接违反提示不允许使用虚构数据的要求，必须通过外部搜索获取真实官方数据

肯尼亚国家统计局2024年10月官方发布消费者价格指数CPI数据

肯尼亚CPI统计说明官方文字内容

Explanation: 模型无法知晓肯尼亚统计部门发布的官方标准统计说明文本，且本身天生存在文本渲染错误的问题，容易出现内容错误和文字错漏

肯尼亚2024年10月CPI数据官方统计说明文字


请制作一张写实的官方格式天气卡片，展示2025年9月15日广州的花粉浓度预警等级、敏感人群注意事项以及同日监测数据版式。

是否与2025年9月15日广州常见花粉预警等级（如高、中、低）之一相符？

是否包含针对花粉高敏感人群的典型防护建议（如减少外出、佩戴口罩、避免户外活动）？

是否遵循广州市气象部门天气卡片的标准布局（如标题、数据表格、预警图标、日期格式等）？

是否包含官方机构标识（如“广州市气象局”名称或标志）？

降低权重至0.5，并将部分权重转移至官方格式规范性。

提高权重至0.3，描述明确为“符合广州市气象部门天气卡片的版式规范，包含标题、数据表格、预警图标、机构标识等”。

提高权重至0.2，并明确为“图像应具照片级真实感，色彩、光照、纹理自然”。

2025年9月15日广州花粉浓度监测数据与对应预警等级

Explanation: 这是天气卡片的核心信息，模型训练数据中不存在2025年的实际监测数据，必然会编造错误的浓度数值和预警等级

广州2025年9月15日花粉浓度预测及预警等级

花粉浓度预警等级划分及敏感人群注意事项的官方规范文本

Explanation: 模型容易编造错误的预警等级命名、不规范的注意事项内容，无法保证官方要求的文字表述准确性

中国花粉浓度预警等级 敏感人群注意事项 官方标准

Question: 中国气象局官方发布花粉浓度天气卡片

国家卫生健康委和中国气象局联合发布未来一周花粉浓度预报服务提示-资讯

中国官方花粉预警天气卡片的标准版式

Explanation: 国内官方气象发布的花粉专项天气卡片有统一规范的分区布局，模型容易混淆通用天气卡和花粉卡的结构，无法还原官方格式要求


请创建桑基图风格的写实渲染心脏动作电位平台期示意图，标注符合标准生理学教材的正确离子通道通量和时间标记。

Specify that arrow width should represent relative ion flux magnitude and direction of main plateau currents (ICa,L, IKr, etc.) per standard electrophysiology texts.

Clarify that time markers must include labeled times 0, 100, 200, 300 ms and indicate plateau phase duration (e.g., ~200 ms for ventricular myocytes).

正确描绘平台期的离子通量

Replace description with "Sankey arrow conventions: arrow thickness proportional to ion flux magnitude, direction indicating inward/outward current, per standard cardiovascular electrophysiology diagrams."

准确的时间和离子通道标签

清晰易读的示意图布局

心脏动作电位平台期离子通道通量与时间标记的标准生理学参数

Explanation: 生成式AI对专业生理学的精确参数记忆模糊，容易出现通量大小、时间区间的根本性错误，必须依靠权威教材的标准数据校正内容准确性

标准生理学教材 心脏动作电位平台期 正确离子通道通量与时间参数

Explanation: 生成式AI普遍存在文字渲染错误，容易错写离子通道名称、参数数值，需要依据权威来源的标注内容校正

心脏动作电位平台期示意图 标准标注内容

Question: 桑基图风格 心脏动作电位离子通量示意图

心功能（1）——动作电位- 知乎

桑基图风格结合心脏动作电位离子通量的可视化范式

Explanation: 需要将桑基图的流量编码规则与心脏动作电位平台期的离子流动过程对应，AI无法自发准确匹配流量大小、流向和示意图结构的关系，需要参考正确的可视化形式


生成符合2024版细胞生物学教科书标准的写实风格线粒体电子传递链复合物I故障树示意图，清晰标注子过程、关键蛋白复合物和故障节点

复合物I和相关蛋白复合物的标注正确 故障树顶部事件结构准确 符合2024版细胞生物学教科书标准 电子传递流方向正确

准确的专业标注和结构

信息展示清晰易懂

符合科学示意图的绘制标准

真实的生物结构渲染

2024版细胞生物学教科书规定的线粒体电子传递链复合物I故障树标准内容

Explanation: 主流图像生成模型训练数据普遍截止于2024年年中之前，无法掌握2024版新版教科书更新的内容要求，容易出现整体内容不符合新版标准的核心错误

2024版细胞生物学教科书 线粒体电子传递链复合物I故障树 内容标准

故障树中关键蛋白、子过程、故障节点的准确标注文本

Explanation: 生成模型普遍存在文本渲染错误，同时容易记错专业领域关键实体的标准命名，会出现错字、命名不规范的问题

线粒体电子传递链复合物I故障树 关键蛋白 故障节点 标准名称

Question: 细胞生物学 线粒体电子传递链复合物I 故障树示意图

关于线粒体呼吸链复合体I/II/III/IV/V - 知乎

符合教科书标准的线粒体电子传递链复合物I故障树结构与符号规范

Explanation: 专业学术故障树示意图有特定的布局、逻辑连接和符号使用规范，生成模型通常不掌握这类细分领域的精准可视化规则，容易出现结构逻辑错误


请生成一张写实风格的航拍叠加图，展示美国飞地Point Roberts的精确地理位置，标注边界线、周边萨利什海水域和加拿大边境的官方标识，符合最新地理数据

Matches the exclave geographic boundary as defined by the most recent (e.g., 2020) US-Canada boundary treaty or official survey data.

匹配官方地理数据

符合边境标识标准

自然的航拍光照和景观

易读的地图叠加元素

Explanation: Point Roberts属于知名度较低的小众地理实体，生成模型通常没有存储其精确的边界坐标和与加拿大边境的相对位置关系，极易错误绘制轮廓和区位，直接导致整图不符合要求

Point Roberts 最新官方精确边界地理数据

Explanation: 图像生成模型普遍存在精确文字渲染缺陷，容易出现文字错漏、乱码、拼写错误，无法正确输出要求的标注内容

Question: Point Roberts周边美加边境 萨利什海 官方地理标识样式

被忽略的旅行地——这个只能通过加拿大到达的美国小镇，就在温哥华周边 ...

萨利什海水域、加拿大边境的官方标识

Explanation: 模型不掌握该区域官方地理标识的样式规范，会自行 hallucinate 错误的非官方符号，无法满足官方标识的精确性要求


制作一张逼真的青岛天气仪表盘海报（2025年9月15日），包含中国气象局口径的核心气象指标字段与单位，符合常见官方展示规范。

2025年9月15日青岛的真实气象数值（温度、湿度、风速等） 正确的单位标注 符合中国气象局官方天气预报页面（如中央气象台网站）的布局、图标和色彩规范 全部气象术语使用正确中文名称

维度名称：数据合理性；描述：数值在2025年9月15日青岛典型气象范围内，单位正确；权重0.5

维度名称：视觉规范性；描述：符合中国气象局官方海报/仪表盘常见布局、配色和图标

维度名称：标签完整性；描述：所有字段标签使用正确中文术语且无缺失，权重0.15

2025年9月15日青岛的气象数据

Explanation: 该日期属于未来时间，其气象数据是需要实时获取的信息，模型训练数据截止到2024年之前，无法生成准确的真实数据，必须通过搜索获取官方预报内容。

2025年9月15日青岛官方天气预报

中国气象局官方核心气象指标及标准单位

Explanation: 模型不明确中国气象局规定的官方核心气象指标清单和标准单位命名规则，容易错漏指标、错写单位，完全不符合官方口径要求。

中国气象局官方天气展示核心气象指标及标准单位

气象指标名称与单位的文字内容

Explanation: AI生成专业文字经常出现错字、乱码问题，预先获取准确文字内容可以避免文字渲染错误。

中国气象官方专业指标名称与单位对照表

Question: 中国气象局官方天气仪表盘海报示例

中国气象官方正版免费下载-中国气象天气预报app下载v3.9.32安卓版 ...

官方天气仪表盘海报的布局展示规范

Explanation: 模型不熟悉中国官方气象部门常用的天气仪表盘海报的UI布局、配色和展示逻辑，容易生成风格不符合官方规范的设计。


高中生物教科风格的皮质醇对下丘脑负反馈调节示意图，标注各步骤和关键分子，符合标准教科格式

正确的解剖结构标注 准确的信号通路顺序 关键分子名称正确 符合高中生物教科书常见的图示风格，如标准箭头、楷体标签、清晰颜色区分等

与标准生物学教材一致

标注清晰，易于理解

符合高中生物教学图示的视觉设计规范，如标题位置、箭头样式、颜色使用等

各步骤与关键分子的标准中文标注术语

Explanation: 生成式AI普遍存在中文文本渲染错误，容易出现文字乱码，还常使用不符合高中教材要求的非标准命名，导致标注失效

高中生物 皮质醇负反馈调节 关键分子和步骤的标准名称

Question: 人教版高中生物 皮质醇下丘脑负反馈调节 标准示意图

压力荷尔蒙——皮质醇(Cortisol) - 知乎

皮质醇对下丘脑负反馈调节通路的精准结构与分子组成

Explanation: 生成式AI常混淆负反馈调节的步骤顺序，错误排列参与调节的器官位置，遗漏或错配关键调节分子，导致整个科学示意图的核心逻辑错误

Question: 高中生物教材 调节过程示意图 标准格式

高中生物重要生化知识图解记忆（建议收藏） - 知乎

高中生物教科书调节示意图的标准格式与视觉风格

Explanation: AI生成的示意图可能不符合高中生物教科图的常规格式要求，标注位置、线条样式、结构排布不符合通用教学规范


生成一张符合印尼气象局常见格式的雅加达花粉浓度预报看板照片（2025年9月15日），包含主要致敏花粉类型、浓度等级以及未来2天花粉浓度趋势。

显示2025年9月15日花粉浓度等级

符合印尼气象局官方看板格式

标注正确的主要致敏花粉类型

Include future 2-day pollen concentration trend display without requiring consistency with a real-world latest forecast.

Change to "数据显示看起来合理且与常见花粉浓度范围一致"，retain weight but remove real-time data requirement.

符合印尼气象局官方格式和标签

合理的光线和场景组成

雅加达主要致敏花粉类型、花粉浓度等级划分标准

Explanation: 模型不掌握印尼气象局官方定义的雅加达致敏花粉种类和浓度分级规则，容易错误编造相关专业信息，需要权威事实修正

印尼气象局 雅加达主要致敏花粉类型 浓度等级划分标准

Question: 印尼气象局 花粉浓度预报看板

未来一周花粉浓度预报来了科学防护要点请牢记

印尼气象局花粉浓度预报看板的官方视觉布局与格式

Explanation: 模型从未学习过印尼气象局专属的官方看板格式，会自行生成错误的通用布局，完全不符合需求要求，必须参考真实样式修正

Question: 印尼气象局花粉预报看板文字标注示例

花粉监测预报来了重度敏感人群提前做好防御措施_京报网

预报看板的特定文字标注内容

Explanation: 生成模型普遍存在精确文字渲染缺陷，针对看板上多段特定文字容易生成乱码或错误内容，参考真实示例可以提升文字准确率


写实风格的医学教学示意图，展示肝脏尿素循环的负反馈调节通路，标注关键酶和调控位点，背景为简洁的白色实验室工作台。

通路步骤符合医学教科书对尿素循环的描述 负反馈调控位点标注准确 酶的名称和位置正确 布局符合标准医学教学示意图格式

Correctness of urea cycle pathway and feedback regulation

Readability and standard medical diagram formatting

关键酶和调控位点的准确身份与调控关系

Explanation: AI容易混淆尿素循环中的关键限速酶、正负调控位点，错误描述负反馈调控关系，导致示意图出现根本性科学事实错误

肝脏尿素循环负反馈调节 关键酶和调控位点 权威总结

关键酶和调控位点的中文标注文本

Explanation: 图像生成模型普遍存在中文文本渲染错误，对生僻专业术语更容易出现错字、乱码，需要提前确认正确名称规范

尿素循环关键酶 中文标准名称

Question: 肝脏尿素循环负反馈调节通路 标准医学教学示意图

尿素循环障碍（Urea Cycle Disorders, UCDs）的医学示意图

肝脏尿素循环负反馈调节通路的结构顺序与节点排布

Explanation: 尿素循环负反馈调节是高度专业的特定生化概念，AI难以准确记住通路各步骤的正确连接顺序、调控位点的正确位置，容易生成错误的通路结构，完全不符合医学教学要求


生成一张写实的2024年WTA年终总决赛小组赛阶段的对战签表照片，包含正确的种子排名和参赛选手姓名

2024年WTA年终总决赛的正确小组赛分组 每位选手的准确种子排名 正确的参赛选手姓名和国旗标识 正确的官方WTA赛事标识（如Logo、字体、配色）

正确的分组、种子排名和选手信息

写实性：包括清晰的打印效果、专业排版、光影效果和材质真实感

2024年WTA年终总决赛参赛选手、种子排名及小组赛抽签结果

Explanation: 2024年WTA年终总决赛的抽签结果属于最新的实时赛事信息，超出大多数生成模型的训练数据范围，模型必然会虚构错误的参赛选手和排名信息

2024年WTA年终总决赛小组赛正确抽签结果、种子排名和参赛选手名单

签表上的选手姓名、种子编号等特定文本内容

Explanation: 图像生成模型普遍存在准确渲染特定文本的缺陷，即使知道正确的人名，也经常出现错字、漏字、乱码的问题，需要提前获取准确完整的文本信息校准结果

2024年WTA年终总决赛参赛选手完整姓名及对应种子编号


请生成一张符合中国气象局标准的上海2025年6月15日花粉浓度预警卡片（同日公报口径的浓度等级与优势过敏原），包含对应的健康防护建议。

使用中国官方花粉预警分级颜色标准

包含指定日期公报口径花粉浓度和优势过敏原

符合中国气象局或上海气象局发布的花粉预警卡片标准格式（包括颜色分区、数据栏、建议区）

Matches official Shanghai pollen advisory data for the requested date

符合中国气象局花粉预警卡片的常见布局（包括等级颜色、浓度数值、优势过敏原、防护建议等分区）

警告信息简洁醒目，颜色与文字对比明显，无需额外解释即可快速识别风险等级

上海2025年6月15日官方公报口径的花粉浓度等级、优势过敏原数据

Explanation: 2025年晚于训练数据截止时间（2024年年中），模型未学习过该日期的实际官方公报数据，必然会生成错误的虚假数据

中国气象局上海2025年6月15日花粉浓度官方公报

对应花粉浓度等级的官方标准健康防护建议文本

Explanation: 模型容易杜撰不符合官方要求的防护建议内容，同时本身存在文本渲染错误的风险，需要校准内容

中国气象局花粉浓度预警对应标准健康防护建议

Question: 中国气象局标准花粉浓度预警卡片

过敏星人注意！全国花粉过敏预警地图出炉这些地方极易“中招”-资讯

中国气象局花粉浓度预警卡片官方标准样式与UI布局

Explanation: 模型不了解中国气象局对花粉预警卡片的统一视觉设计、布局规范，无法生成符合官方标准的卡片


生成一张逼真的对比航拍图，展示西班牙飞地休达和梅利利亚的边境围栏差异，包含准确的地形、围栏结构和周边环境细节，符合西班牙官方地理数据标准。

符合西班牙官方数据的休达和梅利利亚两地围栏设计 准确的周边地形与土地使用细节 正确的地理比例尺与朝向 围栏及附属结构的每个部件（如铁丝网、立柱、地基）均与官方设计一致

匹配西班牙官方两地边境围栏数据

清晰平衡的航拍对比布局

真实的航拍光照与地形纹理

西班牙官方休达梅利利亚边境地理数据标准

Explanation: 生成要求明确需要符合西班牙官方地理数据标准，模型不具备该权威地理知识，无法保证地形、边界位置的准确性

西班牙官方发布的休达梅利利亚边境地理数据

Question: 休达边境围栏航拍实景图

北非上的西班牙飞地- Ceuta与Melilla - 知乎

休达边境围栏结构及周边地形

Explanation: 休达边境围栏是小众特定地理实体，通用图像生成训练数据缺乏对其准确结构和周边地形的清晰认知，极易与梅利利亚围栏特征混淆

Question: 梅利利亚边境围栏航拍实景图

中缅边境图片_中缅边境素材_中缅边境高清图片_摄图网图片下载

梅利利亚边境围栏结构及周边地形

Explanation: 梅利利亚边境围栏的结构设计、升级改造细节与休达存在明确差异，无参考情况下模型无法准确呈现两者的不同特征以满足对比需求


制作一张写实风格的信息图表海报，展示2019至2024年尼泊尔失业率的变化趋势，标注准确的官方统计数值

Verify the correct official 2024 unemployment rate for Nepal from a reliable source before using this question.

Confirm the official 2023 figure from authoritative data (e.g., World Bank, IMF) or remove the specific numeric requirement.

时间轴标签从2019到2024每年标注清晰且无缺失，格式统一（如XXXX年）。

数据来源标注符合官方统计规范（如国家统计局或国际组织），而非指定特定机构。

失业率数值和时间趋势的正确性

图表布局、排版、色彩搭配、图标一致性及整体视觉可读性的合理性。

2019-2024年尼泊尔失业率官方统计数值

Explanation: 该数据属于需要官方发布的最新统计信息，模型训练数据不包含精准完整的各年份统计结果，尤其缺失2024年的最新数据，极易 hallucinate 出虚假错误的数值，必须从权威来源获取准确数据

尼泊尔2019至2024年失业率官方统计数据

信息图表上的具体数值标注文本

Explanation: 图像生成模型普遍存在文本渲染缺陷，容易写错数字、出现乱码或内容错漏，只有提前获取准确的文本内容才能保证标注符合要求

尼泊尔2019-2024各年失业率准确数值列表

Question: 2019-2024尼泊尔失业率变化趋势图

消失的青年失业率：时间序列预测青年失业率- Prologue

失业率变化趋势图表的准确走势

Explanation: 模型会基于错误的虚拟数值生成不符合实际的错误趋势形状，参考准确的现有趋势图可以保证可视化走势符合真实数据变化规律


请生成一张逼真的登巴萨机场（巴厘岛）洪水水位监测牌照片，展示2025年9月15日公报示例水位数据与监测站点信息。

水位读数与2025年9月15日公报示例一致 标识使用印尼官方标准格式 包含准确的数据记录时间戳 无过时或错误的标签信息

准确的当前水位读数

准确的印尼洪水监测牌设计

逼真的户外照明和材质细节

监测牌上的公报文本与监测站点信息

Explanation: 扩散模型普遍存在文本渲染错误，同时模型不掌握该监测站点的官方信息和公报格式，会出现文字错漏、信息错误

登巴萨机场洪水水位监测站点信息 公报格式

2025年9月15日示例水位数据

Explanation: 模型训练数据截止于2024年中期之前，不存在2025年该站点的相关水位数据，会随机生成不符合登巴萨机场水文特征的错误数值

巴厘岛登巴萨机场洪水水位范围 公报示例数据


请生成一张写实的印度2024年9月CPI通胀率官方图表快照，显示年度同比和月度环比变化数据。

通胀数值与最新官方数据一致

使用正确的印度政府标签和格式

Ensure no outdated month-on-month or year-on-year data points are present for the specified period.

准确的最新CPI通胀数值和分类明细

准确的印度政府展示布局

可读、清晰的图表设计

印度2024年9月CPI通胀率年度同比、月度环比官方数据

Explanation: 该数据是2024年9月才会发布的实时最新宏观经济数据，图像生成模型训练数据截止2024年中之前，无法获取准确数值，必然生成错误的虚构数据

印度2024年9月官方公布CPI通胀率 年度同比 月度环比数据

图表上的精确数值和标注文本

Explanation: 图像生成模型普遍存在精确文本和数字渲染错误的问题，即使已知正确数据也容易生成错漏字符，需要基于权威来源校正文本内容

印度官方CPI图表的标注文本规范

Question: 印度官方发布CPI通胀率统计图表示例

印度通货膨胀率

印度官方发布CPI统计图表的标准视觉样式

Explanation: 不同国家统计机构的官方图表有独特的布局、配色、坐标轴标注规范，模型只会生成通用 generic 图表，无法匹配印度官方发布的图表样式


请生成一张符合2024年9月波兰最新CPI通胀率的摄影级数据可视化图表，包含同比、环比变化率以及波兰中央统计局（GUS）的官方标识

匹配波兰中央统计局发布的2024年9月CPI数据 使用GUS官方标识（包括正确的颜色、字体和格式） 标签同时使用波兰语和中文以提高清晰度 图表类型符合波兰中央统计局常用的官方统计图表标准（如柱状图或折线图）

匹配波兰中央统计局发布的2024年9月CPI通胀数据

使用有效的GUS波兰中央统计局标识和标签

清晰易读的数据可视化格式

高质量的文档风格渲染

2024年9月波兰CPI同比、环比变化率真实数值

Explanation: 模型训练数据不包含2024年9月新发布的官方经济数据，会生成虚构的错误数值，直接导致整个数据可视化内容失效

2024年9月波兰中央统计局发布的CPI同比环比通胀率

图表中的通胀数值、机构名称文本

Explanation: 生成式AI普遍存在文本渲染错误问题，容易写错数值、机构名称等特定内容，需要准确文本参考修正

Question: 波兰中央统计局GUS官方标识

Integracja GUS KRS - HubSpot 的應用程式| MAN Digital

波兰中央统计局（GUS）官方标识

Explanation: 该机构属于小众官方机构，模型无法准确记住其官方标识的具体视觉形态，容易生成错误的非官方标识


请生成写实渲染的欧洲边境局部地图，精确显示位于法国境内的西班牙飞地利夫里亚的边界，标注主要道路、边界标识以及附近的法国城镇名称。

准确显示利夫里亚飞地的边界线，边界线清晰可辨且与周围区域有明显区分 周边法国城镇名称正确 地图标注符合通常的欧洲局部地图规范，包括边界线型、城镇字体、道路符号等标准样式 包含正确的比例尺和指北针 地图渲染具有写实纸质地图的纹理、色彩和光影效果，视觉上逼真自然

匹配利夫里亚飞地的精确边界形态、周边主要城镇的方位和名称，以及主要道路的走向

符合欧洲局部地图的标准标注格式，包括比例尺、指北针、街道名称及边界标识的规范样式

写实的地图渲染效果，包括纸质纹理、自然光影、清晰的图例和整洁的版面布局

利夫里亚附近法国城镇的准确名称与位置标注

Explanation: AI图像模型普遍难以准确渲染特定文本内容，且利夫里亚周边的法国城镇多为不知名小城，AI对其名称和位置记忆模糊，容易出现错字、错误名称和位置错乱。

利夫里亚飞地 周边法国城镇名称及位置

Question: 利夫里亚飞地 精确官方边界地图

利比里亚地图- 利比里亚卫星地图- 利比里亚高清航拍地图- 便民查询网地图

法国境内西班牙飞地利夫里亚的精确边界形状与地理位置

Explanation: 利夫里亚是面积很小的小众飞地，训练数据中几乎没有精确的边界地理信息，AI大概率会错误绘制其边界范围与位置，完全偏离真实地理情况，直接导致生成结果不符合要求。


请生成一张2025年6月20日卡拉奇印度河支流洪水水位计快照样式图，需要示例水位读数、警戒等级标识与符合当地标准的设备外观参照。

明确指定应显示的水位数值，例如2.5米，然后检查是否一致，以代替模糊的“验证数据”。

参考巴基斯坦气象局或洪水预警标准，例如描述颜色编码如红橙黄或引用具体规范。

描述典型当地水位计的特征，如刻度盘样式、材质或制造商参考。

更新描述为：正确的实时水位、警戒级别以及准确的日期和位置标签。

符合当地洪水水位计设计

扩展为整体清晰可读性，包括刻度、标签和警告编码的易读性。

卡拉奇当地水位计警戒等级标识规范

Explanation: 不同地区对洪水警戒等级的划分方式、标识符号、颜色规则都有差异，AI无法准确生成符合卡拉奇当地标准的警戒标识

巴基斯坦卡拉奇 洪水水位计 警戒等级划分和标识标准

2025年6月20日卡拉奇印度河支流洪水水位读数

Explanation: 该时间点晚于AI训练数据的时间范围，AI无法获得该时间点的实际或预测水位数据，只会随机生成错误的读数

卡拉奇印度河支流2025年6月洪水预测水位


请生成一张写实风格的上海黄浦江水文监测照片（2025年9月15日示例公报），包含水文站标尺、示例水位读数、警戒水位标记、超警百分比字段及同日气温湿度摘要。

Specify the exact water level from the sample bulletin, e.g., 3.50m, or remove the requirement for exact consistency and instead ask if the depicted level is plausible.

Provide the correct warning level value for the Huangpu River location, e.g., 4.00m, so that it can be verified.

Provide the sample temperature and humidity data for Sept 15, 2025, 2025, or rephrase to check if the numbers are reasonable for the season.

水文站外观符合上海黄浦江标准设计

Hydrological and weather data matches real-time official readings

Photorealistic scene with natural lighting

Hydrological station design matches local standards

2025年9月15日上海黄浦江水文监测数据（水位、超警百分比、气温、湿度）

Explanation: 模型训练数据截止时间早于2024年中，不存在2025年的水文气象数据，模型一定会编造错误的数值内容，直接导致生成结果不符合要求

上海黄浦江2025年9月15日示例水文监测公报数据

水文公报的文本内容排版与字段格式

Explanation: AI原生文本渲染容易出现乱码、错字和格式错乱，模型也不明确国内水文公报的标准字段排版规范

中国水文监测公报 标准格式规范

Question: 上海黄浦江水文站标尺 实拍照片

站在632米高度俯瞰黄浦江

上海黄浦江水文站标尺的实际外观

Explanation: 不同地区水文站标尺的刻度样式、配色、安装方式有本地化差异，通用生成的标尺不符合上海黄浦江水文站的实际场景


绘制符合教科书标准的甲状腺激素负反馈环路写实示意图，标注所有关键组分和通量步骤。

所有关键组分（如TRH、TSH、T3、T4、下丘脑、垂体、甲状腺）都被正确标注

反馈环路的顺序（下丘脑→TRH→垂体→TSH→甲状腺→T3/T4）和通量方向正确

示意图中的标注清晰（无遮挡、字号合适、箭头指向正确），且无事实错误

准确包含甲状腺激素负反馈环路的所有关键步骤（下丘脑、垂体、甲状腺轴、TRH、TSH、T3/T4的分泌与抑制）及对应标注

示意图中的线条、文字、箭头清晰可读，所有标注无歧义且易于理解

符合教科书级别标准：使用标准的图解约定（如激素用缩写、抑制用虚线箭头等）


生成一张卢加诺湖上坎皮奥内飞地的航拍风格地图，准确显示其与意大利、瑞士的边界线，以及周边水域和陆地地形。

飞地领土形状准确 意瑞边界线正确 区域比例合理 地理方位正确

正确的边界和位置信息

易于理解的地图排版

坎皮奥内飞地与意大利、瑞士的精确边界划分及领土归属

Explanation: 坎皮奥内是位于瑞士境内的意大利微型飞地，属于非常小众的地理实体，生成模型未掌握其精确边界数据，容易出现边界形状错误、甚至颠倒两国领土归属，这是该任务的核心要求

卢加诺湖坎皮奥内飞地 意大利瑞士精确边界划分

Question: 坎皮奥内飞地及周边航拍地形地图

瑞士的内飞地及免税区- 瑞士花絮

坎皮奥内飞地周边卢加诺湖的水域轮廓与陆地地形

Explanation: 生成模型对小众区域的具体地形和水域分布记忆模糊，容易错误改变湖域大小、扭曲地形轮廓，影响结果的整体准确性


Structural frame design for a heavy-duty steel workbench measuring 2.5m long, 1.2m wide, and 0.8m high, constructed from 100x100mm square steel tube welded, with a tabletop height of 85cm above ground. The underside must accommodate a 60cm high, 50cm wide storage cabinet, with clearance for cabinet door opening, including reinforcement ribs and anchor bolt holes. Professional mechanical engineering drawing.

All dimensions (2.5m, 1.2m, 0.8m, 85cm, 60cm, 50cm) are clearly labeled on the drawing.

The frame uses 100x100mm square steel tube with welded joints.

The storage cabinet clearance for door opening is indicated (e.g., a dashed zone or annotation).

Reinforcement ribs and anchor bolt holes are shown in appropriate locations.

The drawing is in professional mechanical engineering style (orthographic views, line art, annotations).

All specified dimensions are correctly represented and labeled, including overall size, tabletop height, cabinet dimensions, and clearance.

The frame includes all required elements: 100x100mm square tube, reinforcement ribs, anchor bolt holes, and cabinet integration with door clearance.

The drawing is clear, uses standard engineering conventions (line types, hatching, dimensions), and is visually professional.

The under-cabinet space is correctly sized (60cm high, 50cm wide) and the door opening clearance is properly shown.

Under-bench storage cabinet clearance and door swing clearance for 60cm high 50cm wide cabinet

Explanation: The model may miscalculate the required under-bench space for cabinet door opening, as this depends on standard industrial equipment clearance rules that are not universally present in training data.

required clearance for under-workbench cabinet door swing

Question: example professional mechanical engineering drawing for heavy duty steel workbench

Heavy Duty Steel Workbench | Platform & Ladder

Professional mechanical engineering drawing for 2.5m long heavy-duty square steel tube workbench

Explanation: This image is a formal, professional mechanical engineering drawing for a heavy-duty steel workbench, including orthographic views, an isometric render, accurate dimensional callouts, standard engineering formatting, and tolerance notes. It provides the exact visual grounding needed for the model to create a drawing matching the user's requirements for welded square steel tube framing, correct dimensions, and industrial workbench design standards.

Question: welded square tube workbench reinforcement rib design

Fully-Welded Heavy-Duty Workbench Frame – Stackbin

Reinforcement rib design and placement for 100x100mm square steel tube workbench frame

Explanation: This image displays a bare welded square steel tube workbench frame with pre-drilled anchor bolt holes on the vertical legs, structural cross-bracing for reinforcement, and the open underframe needed for the specified storage clearance. It directly provides the required visual grounding for the requested workbench frame design.


用除了田字形（O形）以外的其他六种四格骨牌拼成一个4×6的长方形。

The overall shape is a 4×6 rectangle with no gaps or protrusions.

Exactly six tetrominoes are used, each from the set {I, L, J, S, Z, T}.

No O-shaped (square) tetromino is present.

Tetrominoes do not overlap and cover all 24 cells.

Each tetromino is a standard shape (connected squares) and not rotated beyond normal orientations.

The arrangement forms a valid 4×6 rectangle using exactly six tetrominoes, excluding the O-shaped tetromino.

All six required tetromino types (I, L, J, S, Z, T) are present and used exactly once.

The solution is clearly depicted with distinct colors or labels for each tetromino, making it easy to verify shapes and placement.

The arrangement is a standard or well-known solution, avoiding unnecessary complexity or unusual rotations.

Question: standard non-O tetrominoes with labeled shapes

Polyominoes

Standard non-O tetromino shapes and full valid set

Explanation: This image provides a complete, labeled reference for all standard tetrominoes, including every non-O shape needed for the task. It clearly displays each tetromino's structure, labels their types, and directly gives the visual grounding the model needs to correctly use each piece to form the requested 4×6 rectangle.

Question: 4x6 rectangle tiled with non-O tetrominoes

Tiling a Square with Tetrominoes Fault-Free

Valid 4×6 rectangle tiling with 6 non-O tetrominoes

Explanation: This candidate image shows a valid rectangular tiling using only non-square tetromino pieces, demonstrating the correct way to fit these tetrominoes together without gaps to fill a rectangular grid. It provides clear visual grounding for how to arrange the required non-O tetrominoes into the 4×6 rectangle specified in the user request.


一张显示股票账户总资产为1.2亿元的券商交易软件截图

截图显示券商交易软件界面，包含券商名称或品牌标识

总资产数字显示为1.2亿元，单位正确（亿）

界面布局、颜色、字体与真实券商APP（如华泰涨乐、同花顺）相似

存在账户总资产标签及可能的资产明细或图表

总资产数字和单位是否正确显示为1.2亿元，无错别字或格式错误

界面是否模拟真实券商交易软件的典型布局、颜色、按钮和菜单

截图清晰度、元素对齐、色彩搭配和整体美观度

是否符合中国券商APP的设计惯例（如使用亿单位、常见字体）

中文金融软件文字排版与数值显示规则

Explanation: 模型可能会错误渲染中文界面文字、使用不符合国内金融软件习惯的数字分隔符，或对1.2亿元的展示格式出现偏差，比如错误添加无关符号或调整单位显示。

券商软件总资产显示格式规范

Question: 主流券商交易软件界面截图

31家券商APP“颜值”大比拼！哪家用户界面最友好？哪家“颜值”让你一见倾心_搜狐网

中国主流券商交易软件UI布局规范

Explanation: 第一张图片展示了安信证券、广发证券等多款国内主流券商的APP界面，包含了国内券商交易软件的典型布局、中文界面元素和符合国内使用习惯的视觉风格，能够为模型提供国内券商交易软件的准确视觉参考，填补模型对国内券商APP界面的认知缺口，其余两张图片分别为美国券商平台和加密货币交易平台，不符合用户需求的国内券商股票交易软件场景。


On a timeline, mark the following historical events and their dates: Qin Shi Huang unified China (221 BC), Tang Dynasty established (618 AD), Tang Dynasty established (618 AD), Ming Dynasty established (1368 AD), Qing Dynasty established (1636 AD), Qing Dynasty established (1636 AD), Xinhai Revolution (1911 AD), People's Republic of China founded (1949 AD), Reform and Opening-up (1978 AD), Hong Kong's return (1997 AD), Macau's return (1999 AD), Beijing Olympics (2008 AD), Shanghai Expo (2010 AD), Victory of the Anti-Japanese War (1945 AD), Victory of the Anti-Japanese War (1945 AD), Nanjing Massacre (1937 AD), Nanjing Massacre (1937 AD), May Fourth Movement (1919 AD), Long March begins (1934 AD), Long March ends (1936 AD). The timeline should be arranged from left to right in chronological order, with each event labeled with its date and name, and duplicate events should be marked separately.

All events are placed in chronological order from left to right.

Each event label includes both the date and the event name.

Duplicate events (e.g., Tang Dynasty established twice) are marked as separate, distinct entries on the timeline.

All 20 events (including duplicates) are present and correctly labeled.

The timeline spans from 221 BC to 2010 AD with appropriate relative spacing.

Each event's date and name match the provided list exactly, with no omissions or errors.

Events are arranged strictly from earliest to latest, left to right, with correct relative positioning.

Duplicate events are shown as separate markers or labels, clearly indicating repetition.

Labels are legible, not overlapping excessively, and the timeline is easy to read.

Chronological ordering and date accuracy of all listed Chinese historical events

Explanation: The core requirement of the prompt is a correctly ordered timeline, but models may misplace events (e.g., mixing up Long March start/end dates or Qing Dynasty founding year) without external factual verification, leading to a fundamentally inaccurate timeline.

verified chronological list of modern Chinese historical events with correct dates

Specific easily-confused historical event dates

Explanation: Some events have commonly misremembered dates (e.g., Qing Dynasty established in 1636 vs the often-cited 1644, or Victory of the Anti-Japanese War vs PRC founding), and models will hallucinate incorrect dates without external reference.

Qing Dynasty established correct year 1636

Question: timeline example with duplicate event labels marked separately

Linear Design with Color Coded Icons Event Timeline Template - SlideKit

Explanation: Image 1 is a standard linear event timeline template that uses a left-to-right chronological layout, with individual marked points and placeholder text areas for event names and dates. It demonstrates the core structure needed for the user's request, and its modular design can be adapted to add duplicate event markers to meet the requirement of marking repeated events separately.


The hand-copied newspaper includes a title referencing 'The Ant and the Grasshopper'.

Illustrations of both the ant and the grasshopper are present, showing key story moments (e.g., ant working, grasshopper playing).

There is a text section summarizing the fable or its moral.

The overall style appears hand-drawn or hand-lettered, not purely digital.

A moral or lesson is explicitly stated or clearly implied.

How accurately the fable's plot, characters, and moral are depicted.

Aesthetic appeal, clarity of illustrations, and effective use of color and layout.

Adherence to hand-copied newspaper conventions: handwritten text, hand-drawn elements, balanced composition.

Clarity of the moral lesson and suitability for a young audience.

Question: handwritten amateur newspaper examples for children's fables

Homemade Newspaper - The Mommy Teacher

Hand-copied amateur newspaper layout and handwritten typography

Explanation: This image is a fully handwritten, amateur homemade newspaper page with casual hand-lettered text, simple hand-drawn art, and a fake news story structure that exactly matches the requested hand-copied children's fable newspaper format, providing the exact visual grounding the model needs.


5 years old, white Teddy, wearing a blue sweater, front view

The dog's fur is white and appears curly, characteristic of a Teddy breed.

The dog is wearing a blue sweater that covers its torso.

The dog is facing directly forward (front view).

The dog's size and facial features suggest an adult dog around 5 years old.

The sweater fits the dog's body without obscuring the face or front view.

How precisely the image matches all specified attributes: white Teddy, blue sweater, front view, age 5.

Overall aesthetic appeal, clarity, lighting, and realistic rendering of fur and fabric.

How well the dog's appearance reflects typical Teddy breed traits (curly coat, round face, small size).

Proper framing and focus on the dog's front view without distracting elements.

Explanation: The phrase is highly ambiguous, leading the model to generate either a human child or a stuffed teddy bear with misaligned age and subject details, as training data has inconsistent usage of this phrasing.

clarify the intended subject of 'white Teddy' and '5 years old' in image generation prompts


生成一张关于“丝绸之路”主题的手抄报，包含历史路线图和贸易物品介绍，没有错别字，风格古朴大方。

Presence of a historical route map of the Silk Road

Text sections introducing trade goods (e.g., silk, spices, tea)

Rustic and elegant style (e.g., aged paper texture, calligraphy)

Layout resembling a hand-copied newspaper (columns, headings)

The route map and trade goods must be historically accurate and correctly labeled.

All text must be free of typos, legible, and appropriately describe trade goods.

The overall aesthetic should be rustic and elegant, with aged paper texture and calligraphic elements.

The layout should mimic a hand-copied newspaper with clear sections, balanced spacing, and decorative borders.

Question: authentic hand-drawn historical Silk Road trade route map with major oasis towns

The Silk Road: Map and Summary of the Trade Route

Accurate Silk Road historical trade route map

Explanation: Image 1 is an authentic historical Silk Road route map dated to the 1st century CE, featuring clearly labeled major oasis towns, main and secondary caravan routes, and ancient regional geographic names that match the historical context of the Silk Road. It provides the exact visual reference needed to ground the generated newspaper's route map, ensuring accuracy and alignment with the requested historical theme.

Question: visual examples of primary trade goods on the historical Silk Road

The Silk Road: 8 Goods Traded Along the Ancient Network | HISTORY

Explanation: This History.com image provides a curated, clear list of authentic Silk Road trade goods with corresponding visuals, directly addressing the model's lack of accurate trade item references. It also offers historical context that supports creating the requested rustic, elegant themed newspaper with accurate trade goods introductions.

Question: rustic hand-copied historical newspaper layouts from Silk Road regions

Seeking the Silk Roads: An extraordinary story of the power of connections  – The Past

Rustic hand-copied manuscript newspaper styling

Explanation: This image is a hand-copied, aged historical document depicting classic Silk Road trade transport (a packed camel and mounted handler) with authentic calligraphic styling. It provides the AIGC model with the correct rustic, hand-drawn aesthetic for the project, and shows authentic Silk Road trade visuals that can be integrated into the requested newspaper layout, matching the Silk Road theme perfectly.


生成一张明天早上六点开始的考试准考证，考试地点为福建省，预计中午结束。准考证上需包含考生照片、姓名、准考证号、考场及座位号等信息。

Admission number is displayed correctly.

Exam room and seat number are displayed.

Start time (6 AM tomorrow) and end time (noon) are indicated.

All required text fields (name, admission number, exam room, seat number, start/end times) are correctly rendered and legible.

The ticket layout is clear, with proper alignment, spacing, and font sizes for easy reading.

The ticket includes a candidate photo and all specified fields.

The ticket design is realistic and resembles an official exam admission ticket.

Official text typography and field labeling for Chinese exam tickets

Explanation: The model may use incorrect typography, misplace required text fields like admission number or exam room, or use non-standard labels for the requested details instead of official terminology

standard exam admission ticket text field layout and typography for Chinese official documents

Question: Fujian province official exam admission ticket sample

Requirement of Digital Photo in HSK Registration – Malaysia HSK Test  Official Website │ 马来西亚汉语考试服务中心

Fujian provincial official exam admission ticket standard layout

Explanation: This image provides a clear, formal example of an official Chinese exam admission ticket that includes all the mandatory requested elements: a designated candidate photo area, fields for candidate name, admission number, exam room, seat number, and test timing/venue details. It uses the standard structured layout and official Chinese document styling appropriate for exam tickets used in Chinese provinces like Fujian, giving the model the necessary visual grounding to generate the requested ticket.

Question: Chinese exam admission ticket photo and seal placement sample

HSK Level 2 Exam Admission Ticket & Important Test Rules - Studocu

Candidate photo placement and official verification seal requirements

Explanation: Image 2 is a complete HSK Chinese proficiency exam admission ticket that includes all the required components of the user's requested ticket: a candidate photo, name, exam ID number, exam location, exam timing, seat number, and formal document structure. It directly provides the necessary visual grounding for the standard format of a Chinese exam admission ticket, filling the model's knowledge gaps around proper layout and required field placement for this type of official document.


在一个长12米、宽10米的矩形花园平面图中进行布局设计。入口位于左下角。在顶部靠右侧位置布置2个凉亭，位置不能面对面。剩余空间布置8个花坛。图中需清晰标注出各区域的具体尺寸。

The garden boundary is a rectangle with dimensions 12 meters by 10 meters.

The entrance is located at the lower left corner of the rectangle.

Two pavilions are placed at the top near the right side, and they do not face each other.

There are exactly 8 flower beds arranged in the remaining space.

All areas (pavilions, flower beds, entrance) have their specific dimensions clearly marked.

The overall garden shape, entrance position, and pavilion placement match the specified constraints.

All dimensions (garden, pavilions, flower beds) are clearly and correctly labeled.

The 8 flower beds are logically distributed in the remaining space without overlapping or violating pavilion placement rules.

The diagram is clean, readable, and uses appropriate line styles or colors to distinguish elements.

Scaled technical garden layout with labeled exact dimensions

Explanation: The prompt requires accurate calculation and labeling of precise dimensions for all garden elements relative to the 12m x10m overall garden, which demands adherence to standardized technical diagram conventions and spatial math. Models often invent inconsistent measurements or fail to scale elements correctly.

how to create a scaled rectangular garden layout with labeled exact dimensions

Question: two non-facing garden pavilions layout top right corner

Garden aspects: understanding the direction your garden faces - Garden  Ninja: Lee Burkhill Garden Design

Non-facing pavilions placed at the top-right section of the garden

Explanation: This image provides a clear rectangular garden layout diagram, demonstrating how to zone garden space, use orientation markers, and organize garden elements spatially. It gives a visual grounding for creating structured, labeled garden plans that match the user's request for a scaled, organized rectangular garden with properly placed structures and zones.

Question: 8 flower bed layout for 12x10 meter garden

DIY Raised Garden Bed Plans: 10x12 Walk-in With Deer Fence (PDF) - Etsy

8 flower beds fitted into remaining garden space with exact dimensions

Explanation: Image 1 is a pre-planned 10x12 meter rectangular fenced garden with a divided raised bed system that creates 8 individual planting plots, matching the required garden size and flower bed count. It provides a clear visual reference for partitioning a rectangular garden into distinct growing zones, and demonstrates a structured layout that can be adapted to add the required pavilions and entrance point while including clear marked sections for dimensional labeling.


汽车发动机曲轴主轴承截面结构示意图

The diagram shows a cross-section of the main bearing, including the crankshaft journal, bearing shells, and oil film.

The bearing shells are clearly distinguished from the crankshaft and the bearing housing.

The oil film gap is depicted with appropriate thickness and labeling.

Dimensions or annotations (e.g., clearance, diameter) are present if required.

The style is consistent with technical engineering drawings (e.g., line weights, hatching).

The diagram correctly depicts the relative positions and shapes of crankshaft, bearing shells, oil film, and housing.

The use of line types, hatching, and annotations matches engineering schematic conventions.

Labels and dimensions are legible, and the overall composition is easy to understand.

All essential components (oil film, bearing shells, crankshaft journal, housing) are present and correctly labeled.

Question: SAE standard crankshaft main bearing cross-section technical diagram

Crankshaft Bearing - an overview | ScienceDirect Topics

Standardized cross-sectional structural diagram of automobile engine crankshaft main bearing

Explanation: This image provides a fully labeled, technical cross-sectional diagram of the crankshaft main bearing assembly matching the requested SAE standard style, with clear callouts for all relevant components, directly providing the visual grounding needed to generate the correct requested diagram.


Please provide a one-story building floor plan with the following requirements: length of 12 meters east-west, width of 18 meters north-south, building orientation facing due west, interior functional zones including a dog kennel area, a cat kennel area, and a cleaning/disinfection room, plus an attached outdoor dog run.

Building footprint measures 12 meters east-west by 18 meters north-south.

Interior includes a dog kennel area, a cat kennel area, and a cleaning/disinfection room.

An attached outdoor dog run is present and accessible from the building.

All functional zones are clearly separated and labeled.

The floor plan accurately reflects the specified 12m x 18m dimensions and west-facing orientation.

All required interior zones (dog kennel, cat kennel, cleaning room) are present and logically arranged.

The attached outdoor dog run is clearly connected to the building and appropriately sized.

The floor plan is clearly drawn with labels, scale indication, and proper architectural conventions.

East-west / north-south dimensional axis alignment

Explanation: The prompt specifies exact east-west length (12m) and north-south width (18m). Models often swap these axis dimensions or fail to maintain accurate scale without reference, resulting in a building with incorrect overall size.

correctly map 12m east-west 18m north-south dimensions to floor plan axes

Question: proper kennel facility floor plan layout with separated dog/cat areas, cleaning room, and attached outdoor dog run

15 Dog Kennel Layout Ideas to Improve Pet Care

Standard kennel facility functional zoning and spatial workflow

Explanation: This image provides clear visual grounding for both the indoor kennel zoning and the attached outdoor dog run, demonstrating how indoor housing spaces connect to an exterior exercise area. It also shows standard pet care facility layouts that support sanitization and separated pet zones, directly filling the model's knowledge gaps in functional kennel design.


Generate an illustration for a science poster about a photosynthetic underwater vehicle, themed as a chloroplast bio-fuel cell underwater vehicle, with electrolyte solution of potassium ferricyanide and potassium ferrocyanide.

The illustration includes a visible chloroplast structure with thylakoid membranes.

Electrodes (anode and cathode) are clearly depicted and labeled.

The electrolyte solution (potassium ferricyanide/ferrocyanide) is indicated with appropriate color or label.

The underwater vehicle shape is recognizable (e.g., torpedo-like or submersible).

Photosynthesis elements (light, CO2, O2) are shown interacting with the chloroplast.

Correct representation of chloroplast bio-fuel cell components and reactions.

Engaging composition, color scheme, and clarity suitable for a science poster.

Clear integration of photosynthetic process with underwater vehicle concept.

Proper labels for key parts (chloroplast, electrodes, electrolyte, vehicle).

Question: chloroplast biofuel cell underwater vehicle diagram

Autonomous Underwater Vehicle (AUV) with MH storage tank & fuel cell -  Angewandte Werkstofftechnik

Chloroplast-integrated underwater photosynthetic vehicle design

Explanation: This image provides a clear, labeled schematic of a fuel-cell powered autonomous underwater vehicle, showing the full system flow including fuel handling, energy generation via the fuel cell, propulsion, and environmental water/air processing. It directly fills the knowledge gap by demonstrating how a fuel cell system integrates into an underwater vehicle, which the model needs to pair with the chloroplast biofuel cell concept for the poster.

Question: potassium ferricyanide ferrocyanide underwater biofuel cell diagram

Ferricyanide and vanadyl (V) mediated electron transfer for converting  lignin to electricity by liquid flow fuel cell with power density reaching  200 mW/cm2 - ScienceDirect

Potassium ferricyanide/ferrocyanide electrolyte redox system for underwater biofuel cells

Explanation: This first candidate image directly depicts a flow fuel cell using ferricyanide/ferrocyanide as the redox electrolyte, matching the user's specified solution. It includes clear labeled diagrams of the cell components, electron transfer, and solution cycling, providing the exact visual reference needed to accurately create the poster's biofuel cell illustration.


Draw 22 different types of knots on a wooden table, each knot tied with a different colored rope, arranged in a 5x5 grid (leaving three empty cells), with each knot labeled with its number from 1 to 22 below.

Each knot is tied with a rope of a different color.

The knots are arranged in a 5x5 grid with three empty cells.

Each knot has a label with its number (1 to 22) directly below it.

Correct count of 22 knots, proper 5x5 grid with three empty cells, and accurate numbering from 1 to 22.

Each knot uses a distinct rope color; colors are clearly different and visually distinguishable.

Labels are legible, correctly placed below each knot, and numbers are sequential without gaps.

Knots are recognizable as distinct types, rope textures are visible, and wooden table background is realistic.

Question: 22 common knots with clear visual examples

Knot types : r/Survival

22 distinct standard knot types with accurate visual structures

Explanation: This image provides 22 clearly illustrated, individually labeled common knot types, each shown as a distinct standalone visual. It gives the model exact, correct visual references for each knot's structure that can be adapted to the requested wooden table grid, colored ropes, and numbered labeling. The clear, organized presentation of each knot directly fills the identified knowledge gaps for specific knot visuals and labeled examples.

Question: 5x5 grid with 22 filled spots and 3 empty spaces

5×5 Most Amazing Just for Fun Game - Sara VanDerWerf

5x5 grid with exactly 22 filled knot cells and 3 empty cells

Explanation: This image provides a clear, simple grid structure that demonstrates how to format a bounded grid with empty cells, and shows how labeled grid-based content can be arranged. This establishes the core visual framework needed, which the model can adapt to the 5x5 size and 22 filled/3 empty cell requirements of the user request.


Carbon emission comparison chart: bar chart showing the difference in carbon emissions between coal-fired power generation and solar power generation (5 times gap)

One bar represents coal-fired power generation, the other solar power generation.

The height of the solar bar is approximately one-fifth the height of the coal bar (5x gap).

Axes are labeled (e.g., carbon emissions on y-axis, energy type on x-axis).

A title or legend clearly identifies the comparison.

The numerical ratio between the two bars is exactly 5:1 (coal 5x solar).

Chart elements (bars, labels, axes) are clearly distinguishable and readable.

Color scheme is professional and appropriate for an environmental comparison.

Includes necessary labels, title, and legend for full understanding.

Standard axis labels and units for power generation carbon emission bar charts

Explanation: The model may omit critical labeling, use incorrect units (e.g., wrong mass or energy measurements), or misidentify the compared energy sources, making the chart scientifically uninformative

correct labeling conventions for carbon emission bar charts for power generation

Factual carbon emission values for coal and solar power generation

Explanation: The model may invent arbitrary emission values or use real-world ratios that do not match the requested 5x gap, undermining the prompt's core requirement

typical carbon emissions of coal vs solar power per megawatt-hour

Question: bar chart example showing 5x difference between two categories

Comparing Double Bar Charts | Statistics and Probability | Study.com

Precise 5x proportional bar height scaling for coal vs solar carbon emissions

Explanation: Image 1 is a grouped bar chart that uses the exact required layout: two colored bars per category to compare two distinct data sets, with clear series labels, axis titles, and labeled data values that demonstrate direct comparison between two paired groups, providing the necessary visual grounding for the requested carbon emission bar chart.


展示如何用三根直线将一个等边三角形蛋糕切成七块面积相等的部分，所有直线均经过三角形的重心，画面清晰直观

The triangle is equilateral (all sides equal, all angles 60 degrees).

All three straight lines pass through the centroid of the triangle.

The triangle is divided into exactly seven distinct pieces.

Each piece appears to have equal area (visually comparable sizes).

The illustration is clear and intuitive, with labels or annotations if needed.

Correctness of the equilateral triangle shape, centroid location, and line placement through centroid.

How clearly the seven pieces are distinguished, with clean lines and intuitive layout.

Whether the illustration effectively communicates the cutting method and equal-area claim.

How the image handles the geometric impossibility (three lines through centroid can only create 6 pieces) while still appearing plausible or offering a creative workaround.

Question: equilateral triangle 7 equal area pieces 3 lines through centroid

Equal Areas in Equilateral Triangle

Precise 3-line centroid-passing equilateral triangle dissection into 7 equal-area pieces

Explanation: This image is the only candidate that shows an equilateral triangle divided into seven distinct equal-area colored regions, with all three cutting lines intersecting at the triangle's centroid. It provides the exact visual reference needed to illustrate the user's requested task, clearly demonstrating the correct line placement and equal area splits.


Aspect ratio 4:3. In a petri dish, a realistic dissected bee (abdomen separated from thorax, exoskeleton intact and undamaged), realistic cross-section showing internal organ details of the bee (digestive tract, ganglia, muscle bundles), honey covering parts of the organs, full scene.

The bee's abdomen is separated from the thorax.

The exoskeleton is intact and undamaged.

Internal organs (digestive tract, ganglia, muscle bundles) are visible in cross-section.

Correct depiction of bee internal anatomy (digestive tract, ganglia, muscle bundles) and separation of abdomen from thorax.

Realistic rendering of exoskeleton texture, organ details, and honey consistency.

Full scene in a petri dish with correct 4:3 aspect ratio and balanced framing.

Honey partially covering organs in a natural, non-uniform manner.

Question: labeled diagram of honey bee internal dissected organs

Honey Bee Anatomy | Ask A Biologist

Honey bee internal anatomy (ventral ganglia, digestive tract, thoracic/abdominal muscle bundles)

Explanation: This image provides clearly labeled, realistic cross-sections of honey bee internal anatomy matching the user's requested organs: digestive tract, ganglia, muscle bundles, and even a labeled honey stomach that ties directly to the requested honey coating the organs. It shows the correct anatomical placement of each structure, creating a solid visual reference for the dissected bee's internal details needed for the scene.


Design a distributed microservice architecture diagram containing three microservices A, B, and C, with the following requirements: 1. Each microservice can be independently deployed and started/stopped; 2. There is a global configuration center that can simultaneously stop all microservices; 3. When any microservice fails (e.g., memory overflow), all microservices automatically stop (via a circuit breaker mechanism).

Three distinct microservice boxes labeled A, B, and C are present.

A global configuration center box is shown with connections to all three microservices.

Circuit breaker symbols or indicators are visible between microservices or at their connections.

Independent start/stop controls are depicted for each microservice.

A mechanism for simultaneous stop from the configuration center is clearly illustrated.

The diagram correctly shows three microservices, a global configuration center, and the specified interactions (independent deployment, simultaneous stop, circuit breaker).

The circuit breaker mechanism is clearly depicted with standard symbols or annotations, showing how a failure in one microservice triggers a stop in all.

The diagram includes visual elements indicating that each microservice can be independently deployed and started/stopped (e.g., separate control buttons or deployment units).

All components are clearly labeled, connections are unambiguous, and the overall layout is easy to understand.

Industry standard microservice architecture diagram symbols and layout conventions

Explanation: Models will struggle to render accurate, industry-standard visual representations for microservices, configuration centers, and circuit breakers, leading to non-standard or unrecognizable diagram elements

what are the standard symbols for microservice architecture diagrams

Question: microservices circuit breaker stops all services on single failure diagram

How the Circuit Breaker Pattern Prevents Cascading Failures in Microservices  - DEV Community

Cross-service circuit breaker that stops all services on single microservice failure

Explanation: This image displays a full microservice architecture with multiple independent services, demonstrates how a single service failure triggers a cascading shutdown of all services via the circuit breaker pattern, and uses the standard technical diagram style needed for the user's request, providing the exact visual grounding the model needs to generate the correct architecture diagram.

Question: microservice diagram global config center shutdown all services

Microservice Architecture pattern

Global configuration center triggering full microservice cluster shutdown

Explanation: This image provides a standard, industry-correct microservice architecture diagram using standard block symbols for services, APIs, and databases, showing independent connected microservices which aligns with the requirement for individually deployable services. It uses the correct diagram layout and visual styling that the model can use as a base to add the global configuration center and circuit breaker shutdown mechanics required by the user request.


中国古代朝代更替时间轴，包含所有主要朝代名称、起止年份，以及重要历史事件标记，按时间顺序从左到右排列，每个朝代用不同颜色区分，并标注开国君主。

All major dynasty names (Xia, Shang, Zhou, Qin, Han, etc.) are present and correctly spelled.

Each dynasty has start and end years clearly labeled.

Important historical events (e.g., unification by Qin, invention of paper) are marked with distinct symbols or annotations.

Dynasties are arranged chronologically from left to right with distinct colors for each.

Founding monarchs are labeled for each dynasty.

Correctness of dynasty names, years, event markers, and founding monarchs according to historical consensus.

Clear chronological left-to-right progression, readable text labels, and logical spacing between elements.

Each dynasty is assigned a unique, distinguishable color; founding monarch labels are prominent and not cluttered.

Includes all major dynasties and at least three key historical events with appropriate markers.

Exact start and end years for major ancient Chinese dynasties

Explanation: Incorrect dates will invalidate the timeline's factual accuracy and misrepresent the length of each dynasty's rule

standard scholarly start and end years for major ancient Chinese dynasties

Correct chronological succession order of ancient Chinese dynasties

Explanation: Mixed-up dynasty order will break the core left-to-right chronological arrangement required by the prompt

correct chronological sequence of major ancient Chinese dynasties

Founding monarchs for each major ancient Chinese dynasty

Explanation: Hallucinated or incorrect ruler names will make the labeled monarch information inaccurate and misleading

official founding rulers of major ancient Chinese dynasties

Question: example ancient Chinese dynasties timeline infographic

Imperial Dynasties of China Visual Timeline - World History Encyclopedia

Chronological timeline diagram with colored dynasty segments and event markers

Explanation: This World History Encyclopedia timeline provides a complete, properly left-to-right chronological layout of all major imperial Chinese dynasties, with verified start and end dates for each entry. It uses consistent visual styling tied to each dynasty, demonstrates the correct infographic structure for the user's request, and includes authoritative historical context that fills the model's gaps around correct dynasty ordering, timeline formatting, and required historical details.


Display the preamble of the Declaration of Independence and the full text of the Gettysburg Address in large, clear text for easy memorization.

Both the preamble of the Declaration of Independence and the full text of the Gettysburg Address are present.

The text is displayed in a large, easily readable font size.

The font is clear and uniform, with no decorative or hard-to-read styles.

There are no spelling or typographical errors in either text.

The layout is well-organized, with appropriate spacing and alignment for memorization.

The exact wording of both historical texts is reproduced without errors or omissions.

The font size, style, and contrast make the text easy to read from a distance or for memorization.

The layout is clean, with proper spacing, alignment, and separation between the two texts.

Both texts are fully displayed without truncation or missing sections.

Exact official text of the Preamble to the U.S. Declaration of Independence and full Gettysburg Address

Explanation: Models often misquote, omit lines, or alter wording of lesser-committed-to-memory historical texts, which would completely defeat the purpose of providing accurate text for memorization

What are the official exact texts of the Declaration of Independence preamble and full Gettysburg Address?

Question: What are examples of large clear text layouts optimized for memorizing historical documents?

Processing a large collection of historical tabular images - ScienceDirect

Clear, large-scale typographic layout optimized for memorizing two historical texts

Explanation: This image demonstrates a structured, multi-page layout of formal historical written documents with clear, organized text blocks across pages, providing a visual reference for how to present full historical texts in a readable format optimized for easy study and memorization.


Design diagram for comparing learning outcomes of 2 teaching strategies across 3 different grade levels, using four experimental design methods: completely randomized, randomized block, Latin square, and split-plot. List the multi-factor experimental scheme, and draw the aisles and buffer zones in the classroom layout.

The diagram includes four distinct sections or panels, each representing one experimental design method: completely randomized, randomized block, Latin square, and split-plot.

Each panel clearly labels the two teaching strategies (e.g., Strategy A and Strategy B) and three grade levels (e.g., Grade 1, 2, 3) with appropriate symbols or colors.

The classroom layout within each panel shows aisles and buffer zones as clearly marked areas, possibly with labels, shading, or distinct boundaries.

A separate table or legend lists the multi-factor experimental scheme, including factors (teaching strategy, grade level) and their levels.

The diagram uses consistent visual encoding (e.g., color, pattern, or shape) for teaching strategies and grade levels across all four design methods.

All four experimental design methods are present and fully detailed with the required factors and layout elements.

Each design method is clearly distinguishable and correctly represented (e.g., randomization, blocking, Latin square arrangement, split-plot structure).

Aisles and buffer zones are correctly placed and labeled in the classroom layout, reflecting realistic spatial arrangement.

The diagram is well-organized, with legible labels, consistent color coding, and a clear legend or scheme table.

Multi-factor experimental scheme for comparing 2 teaching strategies across 3 grade levels using 4 specified experimental design methods

Explanation: Models will hallucinate an invalid factorial design structure, incorrectly assign experimental methods to study factors (grade levels, teaching strategies), or fail to align the design with prompt requirements without factual grounding.

What is the correct multi-factor experimental scheme for comparing 2 teaching strategies across 3 grade levels using 4 experimental design methods?

Question: standard academic diagrams for completely randomized randomized block Latin square split plot experimental design in education research

Sage Research Methods - Methods of Randomization in Experimental Design -  Between-Subjects Designs Randomization

Standard academic diagrams for completely randomized, randomized block, Latin square, and split-plot experimental designs in education research

Explanation: This image includes standardized diagrams for Latin square, randomized block, and factorial experimental designs, which directly addresses three of the four required experimental methods and provides proper multi-factor experimental scheme formatting. It uses authentic academic research styling that matches the user's requested educational research diagram style.

Question: classroom layout with aisles and buffer zones for educational experiments

Perfecting Classroom Seating Arrangements | Lucidchart Blog

Classroom layout with aisles and buffer zones for educational experimental studies

Explanation: This image is a detailed, labeled technical classroom floor plan that clearly shows marked aisles between student desk clusters, plus distinct functional buffer/activity zones including computer stations, a reading area, student storage, and a class library. It uses standard technical drawing conventions that directly match the user's need for a diagrammed classroom layout with aisles and buffer zones for educational experiments.


Twelve Greek gods having a feast together

All twelve Greek gods are present and identifiable by their iconic attributes (e.g., Zeus with thunderbolt, Poseidon with trident).

The gods are arranged around a feast table with food and drink (e.g., ambrosia, nectar).

The setting is mythological, such as Mount Olympus with classical Greek architecture or natural elements.

Each god has distinct clothing or appearance consistent with their mythological depictions.

The scene conveys a festive, celebratory mood appropriate for a divine feast.

Correctness of each god's attributes, clothing, and overall mythological consistency.

Overall layout, balance, and aesthetic quality of the feast scene.

Clear differentiation among the twelve gods through unique features and poses.

How well the scene conveys a festive, divine feast atmosphere.

Canonical Twelve Olympian Greek gods and their signature visual attributes

Explanation: The prompt refers to 12 Greek gods, almost universally the canonical Twelve Olympians, but models may incorrectly include non-Olympian deities, misassign iconic symbols (e.g., giving Poseidon a helmet instead of a trident), or use incorrect deity names.

What is the canonical list of 12 Olympian Greek gods and their signature visual symbols?

Question: Authentic ancient Greek divine feast scene with traditional props

Greek ancient feast hi-res stock photography and images - Alamy

Authentic ancient Greek divine feast props and setting

Explanation: This image is an authentic ancient Greek red-figure pottery depiction of a symposion feast, showing correct traditional props including wine mixing bowls, drinking cups, a lyre, and aulos musicians, along with proper reclining seating and period-appropriate attire and adornments. It provides the exact visual grounding needed for the model to create an authentic ancient Greek divine feast scene.

Question: Hephaestus Greek god blacksmith anvil hammer

Hephaestus | Mythology Wiki | Fandom

Explanation: Hephaestus is known as a blacksmith god but his disfigured appearance and anvil are less common in training data

Question: Demeter Greek goddess statue holding wheat

Demeter Greek Goddess of the Harvest Cast Bronze & Resin Statue Sculpture -  Etsy Finland

Explanation: Demeter is a moderately well-known goddess but less iconic than Zeus or Athena; generator may approximate generic harvest deity

Question: Ares Greek god helmet spear armor sculpture

Spear of Ares - Etsy

Explanation: Ares is often depicted generically as a warrior god but specific canonical attributes (helmet, spear) may be missed


Mechanical transmission system assembly drawing. Includes Siemens 1FK7 servo motor, planetary gearbox (ratio 10:1), flexible coupling, ball screw pair (lead 5mm), linear guide rail slider, NSK angular contact ball bearing set (back-to-back mounting), incremental encoder (2500 lines). Adopts typical transmission chain layout: motor-gearbox-coupling-screw-worktable. Includes preload nut anti-loosening configuration and servo drive electronic gear ratio setting parameter annotation.

Check that the Siemens 1FK7 servo motor is depicted with correct shape and labeling.

Verify the planetary gearbox is shown with ratio 10:1 annotation.

Confirm the flexible coupling connects the motor shaft to the ball screw.

Ensure the ball screw pair has lead 5mm marked.

Check that the NSK angular contact ball bearing set is arranged back-to-back.

All specified components (motor, gearbox, coupling, screw, guide, bearings, encoder) are present.

Transmission chain order (motor-gearbox-coupling-screw-worktable) is correctly followed.

Key parameters (ratio, lead, encoder lines, preload nut, electronic gear ratio) are clearly annotated.

Component models (Siemens 1FK7, NSK, etc.) and mounting configurations (back-to-back, anti-loosening) are accurately represented.

Question: Siemens 1FK7 servo motor technical assembly drawing

1FK7063-2AF71-1RG0 Siemens In stock and ready to ship - Santa Clara Systems

Explanation: Image 1 is a dimensioned technical assembly drawing of the exact Siemens 1FK7 servo motor (model 1FK7063-2AF71-1RG0) specified in the request. It provides multiple orthographic views, precise engineering annotations, and the correct physical styling of the motor, directly filling the knowledge gap of the model's lack of specific reference for this exact automation component.

Question: NSK back-to-back angular contact ball bearing assembly drawing

Angular Contact Ball Bearings | NSK Global

NSK back-to-back mounted angular contact ball bearing set

Explanation: This image provides a clear, precise technical drawing of two angular contact ball bearings assembled in the back-to-back configuration, which matches the required bearing mounting from the user request. It offers the exact visual grounding needed for the model to correctly render this NSK bearing component in the final full transmission assembly drawing.


《鬼灭之刃 游郭篇》片头曲《残響散歌》的歌曲封面

Does the cover include the main characters Tanjiro, Zenitsu, Inosuke, and Daki in poses matching the official opening?

Is the background a night scene with lanterns and buildings typical of the Entertainment District?

Are the title 'Zankyou Sanka' and 'Demon Slayer: Kimetsu no Yaiba' text present and correctly positioned?

Does the overall color palette and dynamic style match the anime's opening sequence?

Are there any visible copyright or official logos that should be omitted for a fan cover?

Accuracy of character appearances, poses, and costumes relative to the official opening cover.

Faithfulness of the background to the Entertainment District night scene, including lanterns, buildings, and mood.

Correct inclusion and placement of the song title and series name, with appropriate typography.

Consistency of color, lighting, and dynamic composition with the anime's visual style.

Question: Official Zankyou Sanka Demon Slayer Entertainment District Arc song cover art

Aimer's Demon Slayer: Kimetsu no Yaiba Entertainment District Arc Opening  Song Reaches 500 Million Streams - Crunchyroll News

Official Zankyou Sanka Entertainment District Arc song cover art, arc-specific character designs and franchise branding

Explanation: This image is the official, licensed song cover art for *Zankyou Sanka*. It provides the exact official visual styling, correct Japanese text branding, official artist credit for Aimer, and the standard official song cover composition, directly filling all the identified knowledge gaps unlike the fan-made instrumental cover and non-official character art listing from the other candidates.

Question: Zankyou Sanka official single cover typography and layout

CD Zankyou Sanka / Asa ga Kuru (Limited Edition) Japan Aimer Music w/DVD  Single | eBay

Official typography and graphic layout for the Zankyou Sanka single cover

Explanation: Image 1 is the official original Zankyou Sanka single cover, providing the exact official typography, layout, artist branding, and visual design that matches the search query. It directly supplies the correct official visual grounding needed to generate the requested official song cover, unlike the other candidate images which are unofficial fan/cover versions of the track.


Show how to combine one 6×4 rectangle, two isosceles trapezoids with top base 4, bottom base 6, height 2, and two isosceles trapezoids with top base 6, bottom base 8, height 2, into a complete rectangle, with dimensions and positions of each part labeled.

The image contains exactly one 6×4 rectangle and four trapezoids (two of each type).

All dimensions (lengths, heights, base lengths) are labeled on each piece.

The pieces are arranged to form a single larger rectangle without gaps or overlaps.

The positions of each piece relative to the overall rectangle are indicated (e.g., coordinates or alignment lines).

All shapes have correct dimensions and fit together precisely to form a rectangle.

Dimensions and positions are clearly labeled and easy to read.

The layout is clean, with proper spacing and alignment indicators.

Question: diagram of combining 6x4 rectangle and specified trapezoids into a full rectangle

A rectangular picture frame is made by joining 4 trapezoidal sides. Wha..

Exact geometric assembly of specified shapes into a complete rectangle

Explanation: This image demonstrates multiple trapezoidal pieces joined to form a rectangular frame, which directly aligns with the core task of combining trapezoids and a rectangle into a complete rectangular structure. It provides a clear visual example of how trapezoidal shapes fit together to create a larger rectangular assembly, giving the model the necessary grounding to correctly position and dimension the required components for the user's request.

Question: technical geometric diagram with properly placed dimension labels

Dimensioning And Detailing Your Parts, A Lets Build Resource | The Arts  Mechanical

Accurate dimension and position labeling for geometric components

Explanation: This image provides a clear example of a properly formatted technical engineering drawing with correctly placed dimension labels, section views, and standard engineering drawing layout. It demonstrates how to label geometric part dimensions and present instructional technical diagrams, which gives the AIGC model the necessary visual grounding to create the requested labeled assembly diagram of the specified rectangular and trapezoidal shapes.


Generate a Pearson correlation coefficient matrix heatmap for the wine dataset, including features such as Alcohol, Malic_acid, Ash, Alcalinity_of_ash, Magnesium, Total_phenols, and Flavanoids, with values displayed as decimals to two decimal places, in a professional academic chart style.

All seven specified features (Alcohol, Malic_acid, Ash, Alcalinity_of_ash, Magnesium, Total_phenols, Flavanoids) appear as row and column labels.

Each cell displays a correlation coefficient rounded to two decimal places.

The diagonal cells show 1.00 (correlation of a feature with itself).

The heatmap uses a color gradient (e.g., blue to red) to indicate correlation strength.

The chart includes a title and a color bar legend, consistent with professional academic style.

Correct features, correct correlation values (diagonal 1.00, off-diagonal between -1 and 1), and proper decimal formatting.

All values displayed to two decimal places; axis labels clearly show feature names; matrix is square and symmetric.

Professional academic style: clean layout, appropriate color scheme, readable font sizes, presence of title and color bar.

Includes all required elements: all seven features, heatmap grid, color legend, and no extraneous elements.

Exact Pearson correlation coefficients for the specified wine dataset feature subset

Explanation: The model must use accurate, real correlation values from the wine dataset to create a valid heatmap; hallucinated values will be statistically inaccurate and fail the prompt's core requirements.

Pearson correlation values for sklearn wine dataset features Alcohol, Malic_acid, Ash, Alcalinity_of_ash, Magnesium, Total_phenols, Flavanoids

Two-decimal precision annotation and exact feature name text rendering

Explanation: The prompt mandates correlation values rounded to two decimal places and exact feature names as listed; models may misspell labels, use incorrect decimal precision, or misformat text without reference.

correlation heatmap annotation two decimal places academic style

Question: academic Pearson correlation heatmap example

How to create a correlation heatmap in Python? - GeeksforGeeks

Academic-style correlation heatmap visual formatting standards

Explanation: This image provides a clear, academic-style Pearson correlation heatmap with labeled axes, correlation values rounded to two decimal places, and a dedicated color bar for correlation coefficients. It matches the required professional academic chart style and demonstrates the correct layout and annotation standards needed for the user's wine dataset heatmap.


Each row contains digits 1-9 exactly once.

Each column contains digits 1-9 exactly once.

Each 3x3 subgrid (box) contains digits 1-9 exactly once.

Digits are clearly legible and placed in the center of cells.

The puzzle strictly follows Sudoku rules: rows, columns, and boxes each contain digits 1-9 without repetition.

The grid is properly structured with clear cell boundaries and box demarcations; digits are well-aligned and readable.

The puzzle has a reasonable number of given clues (typically 20-30) to ensure a unique solution and moderate challenge.

Official standard 9x9 Sudoku puzzle specifications and visual formatting

Explanation: Without reference to official standards, the model may generate a non-standard Sudoku variant (e.g., 6x6 grid), an invalid puzzle with duplicate numbers in rows/columns/subgrids, or incorrectly rendered subgrid divisions

what are the official rules and visual format for a standard 9x9 Sudoku puzzle


美图士腻子粉秒杀价8块8每包，每户限购10包，文字用"美图士荔枝粉秒杀价8块8每包，每户限购10包"，背景用美图士的紫色，放一包美图士的腻子粉

文字内容是否精确为“美图士荔枝粉秒杀价8块8每包，每户限购10包”？ 背景颜色是否为美图士品牌紫色？ 是否放置了一包美图士腻子粉产品图？ 是否突出显示秒杀价8块8和限购10包的信息？ 整体排版是否清晰、促销感强？

文字内容与用户要求的“美图士荔枝粉秒杀价8块8每包，每户限购10包”完全一致，无错别字或遗漏。

背景紫色符合美图士品牌色，腻子粉包装图清晰且与文字中的“荔枝粉”产品外观一致（若冲突则优先满足视觉一致性）。

秒杀价和限购信息位置醒目，易于阅读，通过字体大小、颜色对比突出促销力度。

美图士品牌标识或名称在画面中恰当呈现，整体构图平衡，色彩与产品协调，符合电商促销海报风格。

Question: 美图士腻子粉包装实拍图

美涂士腻子粉】_美涂士腻子粉品牌/图片/价格_美涂士腻子粉批发_阿里巴巴

美涂士腻子粉包装袋的具体外观、配色方案及 Logo 样式

Explanation: 图像 3 来源于阿里巴巴（1688）批发平台，标题明确标注为“美涂士腻子粉”，展示了该品牌产品的真实包装形态（尽管颜色可能因具体型号而异），为模型提供了特定品牌实物的视觉锚点。相比之下，图像 1 和 2 仅为通用的“耐水腻子”设计模板，缺乏品牌特异性，无法帮助模型识别“美涂士”这一关键实体。

Question: 建材促销海报文字排版设计参考

装修促销海报设计图片下载_红动中国

促销海报的文字层级布局、立体字效风格及底部信息栏设计

Explanation: 图像 1 是一张典型的装修促销海报，展示了建材行业广告常用的布局结构：醒目的立体大标题、清晰的服务/产品列表以及专业的背景配色。这为模型提供了最直接的视觉参考，帮助其理解如何设计一张符合‘建材促销’语境的海报，比图像 2 的清新夏季风格或图像 3 的霓虹电商风格更贴切。


The image should show a face with colorful painted patterns typical of Peking opera.

The patterns should be symmetrical around the eyes, forehead, and cheeks.

The colors should be vibrant, including red, black, white, blue, and gold.

The character may have a headdress, beard, or other opera accessories.

The overall style should be theatrical and reflect traditional Chinese opera aesthetics.

The facial makeup patterns should match traditional Peking opera styles for specific character types.

Colors should be vibrant, culturally appropriate, and consistent with the character's role (e.g., red for loyalty, white for treachery).

The image should be well-composed, with clear focus on the face and harmonious arrangement of elements.

The makeup should reflect authentic Peking opera traditions, avoiding anachronistic or non-Chinese influences.

Traditional Peking opera facial makeup conventions and authentic designs

Explanation: Authentic Peking opera facial makeup uses standardized color symbolism (e.g., red for loyalty, black for upright integrity) and unique patterns tied to specific character types. Base image models will likely invent non-traditional designs or misapply these cultural rules without grounding.

authentic Peking opera facial makeup patterns and color symbolism


Generate an audio signal routing diagram based on the following configuration: The main mixing console is a Yamaha CL5 digital mixer, connected to main output, monitor output, auxiliary output, effects send, and recording output paths. The main output path uses a TC Electronic M3000 stereo compressor, the monitor output path uses a dbx 166XL compressor, the auxiliary output path uses a Lexicon MX400 reverb unit, the effects send path uses an Eventide H3000 effects processor, and the recording output path uses an Apogee Symphony I/O interface.

All five output paths (main, monitor, auxiliary, effects send, recording) are present and clearly labeled.

Each path includes the correct equipment model (e.g., TC Electronic M3000 on main, dbx 166XL on monitor, Lexicon MX400 on auxiliary, Eventide H3000 on effects send, Apogee Symphony I/O on recording).

The Yamaha CL5 digital mixer is centrally placed with connections to each output path.

Signal flow direction is indicated (e.g., arrows from mixer to processors or from processors to outputs).

Equipment icons or labels are visually accurate and distinguishable (e.g., compressor, reverb, effects processor, audio interface).

Each specified brand and model is correctly represented in the diagram.

All five output paths are fully connected from mixer to final output, including intermediate processors.

Signal direction is unambiguous, with clear arrows or flow lines.

Diagram is well-organized, labels are legible, and equipment is spaced appropriately.

Correct signal chain order and path-device assignments for the specified configuration

Explanation: The prompt explicitly maps each processing device to a dedicated output path; models may misplace devices in the wrong chain or assign incorrect hardware to a path.

how to route audio through studio compressors and interfaces, Yamaha CL5 output path signal flow

Question: Yamaha CL5 mixing console, TC Electronic M3000 stereo compressor, dbx 166XL compressor, Lexicon MX400 reverb unit, Eventide H3000 effects processor, Apogee Symphony I/O interface

Yamaha CL5 Digital Mixing Console

All specified professional audio hardware (Yamaha CL5, TC Electronic M3000, dbx 166XL, Lexicon MX400, Eventide H3000, Apogee Symphony I/O)

Explanation: This image displays the rear connection panel of the Yamaha CL5, showing all the physical ports needed to draw accurate signal routing paths from the mixer to the listed external compressors, reverb units, and audio interface. It also confirms the exact branding and physical form factor of the CL5, resolving the visual inaccuracies the model would otherwise produce.

Question: standard professional audio routing diagram symbols, studio audio signal flow diagram examples

Signal Routing 101: Understanding Audio Signal Flow | Steven Misigo posted  on the topic | LinkedIn

Professional audio signal flow schematic standards and symbols

Explanation: This image provides a clear, standard reference for mixing console signal routing, including dedicated output paths, external processing units, and monitor connections. It demonstrates the correct visual symbols and layout needed to replicate the specified Yamaha CL5 mixer and branded outboard gear signal flow, directly addressing the identified knowledge gaps.

Question: TC Electronic M3000 stereo compressor front

TC Electronic M3000

Explanation: Niche rack unit, not as widely depicted in training data

Question: Yamaha CL5 digital mixer front panel

CL Series - Overview - Mixers - Products - Audio - Yamaha - Business -  Malaysia

Explanation: Moderately common pro audio mixer; generator may generalize front panel layout

Question: Lexicon MX400 reverb unit front

MX400 | Lexicon Pro - Legendary Reverb and Effects | English (US)

Explanation: Less common reverb unit; generator likely lacks specific reference