一句话介绍：唯杰地图 VJMAP 是为 CAD 图纸打造的 WebGIS 平台。基于它的唯杰地图智能体平台，把「CAD 图纸叠加到地图」「坐标转换」「图片转 CAD」「构件识别」「智能审图」这些专业活，做成了开箱即用的应用；再配上一个会画地图、会看图纸的智能体——你用中文说一句，它就调用这些能力帮你做完。
入口：vjmap.com/agent，账号与唯杰地图官网通用，注册即可使用，无需安装。
做测绘、规划、设计的人，几乎每天都在 CAD 和 GIS 之间来回切换：
- 甲方给的 DWG，要叠到天地图上看位置，一叠偏了几百米，不知道是什么坐标系；
- 施工图是局部坐标，要套到卫星影像上，只能自己找点、算参数；
- 外业测回来的 GPS 点，要换成国家 2000，再导成 CASS 展点；
- 档案室里只有扫描件和照片，想改图得照着重描一遍；
- 一张总平面图上有多少棵树、多少个车位，只能放大了一个一个数；
- 勘察报告里的钻孔分层表、巷道图上的高程注记，想看成三维地层和等值线，得另找专业软件建模。
这些事都不难，但都很费时间，而且通用的 AI 工具帮不上忙——它们读不了 DWG，不懂投影带，算不了七参数。
唯杰地图智能体平台，就是为这些事做的。
一、CAD 遇上 GIS，五道坎一个平台全接住
平台的底座是唯杰地图 VJMAP：DWG 不用转换格式，服务端在线解析，浏览器里直接打开，图层、块、文字、标注完整保留，还能和天地图、高德、影像底图叠在一起，二维、三维、地球随时切换。
在这个底座上，平台提供了一组针对 CAD 图纸的专业应用，每个都能单独用；智能体在对话里也能直接调用它们。下面一个个看。
二、CAD 图纸叠加到地图：自动定坐标系，没坐标也能配准
这是用得最多的一个应用。打开「CAD 图纸地图叠加」，点「添加图纸」，从图纸目录里选一张（自己的图纸也能直接上传 DWG / DXF）——
应用读取图纸坐标，再识别图里的站名，几秒钟就定出坐标系，自动叠了上去。上图是一张天津地铁线路图，图上的线路正好压在地图的地铁 3 号线上。
点卡片上的坐标系标签，还能看到判定依据：这张图是按图内站名「天士力站」定出的投影带。每张图纸卡片上的透明度、配色（自动、原色、深线、浅线、单色）、CAD 图层都能单独调；鼠标移到图上，状态栏同时显示经纬度和这一点的图纸坐标。
判不出来？告诉它大概在哪
有些图坐标只有 6 位，图里也没有能认的地名，应用就定不了带号。这时卡片会提示「还差图纸所在位置」：
- 候选投影带已经按可能性排好，点一行，右边就预览它落在哪；
- 输入一个地名（比如「重庆市」），点「按地名重算」；
- 也可以在地图上点一下大致位置，或者手动指定带号。
没有坐标的施工图：公共点配准
施工图、建筑平面图这类局部坐标的图，没有地理坐标，就用公共点配准：左边是图纸，右边是地图，在图纸上点一个角，再到影像上点它的真实位置，这就是一对公共点。
点上三对，下面会列出每对点的残差，准不准一目了然；右边已经按结果叠好，对齐了就点「应用配准」。
二维、三维、贴地形的地球
叠好的图纸可以切到「三维」旋转、倾斜着看，也可以切到「地球」视图，打开全球高程，让图纸顺着真实地形铺开。
顶栏能换天地图、高德、影像、地形等底图；高德这类火星坐标的底图会自动纠偏，不用自己换算。还能测距、测面（按实际的米算），点选实体看类型、图层、颜色。做好的叠加工程可以保存、分享链接给别人只读查看。
不想找按钮？直接吩咐 AI 助手
应用右上角有「AI 助手」，用中文说就行：
换成影像底图，把地铁线描成亮黄色。
它读懂意思，直接操作界面；「坐标系怎么判定」「叠偏了怎么办」这类问题也都能问。
三、坐标转换：测绘人员的随身工具箱
「坐标转换」应用把测绘工作里最常见的坐标计算都收齐了：WGS84、CGCS2000（国家 2000）、北京 54、西安 80，以及高德、百度等互联网坐标，高斯投影 3° 带、6° 带。
最常见的场景：把 GPS 经纬度换成国家 2000 平面坐标。目标坐标系直接输入「国家2000 117」搜索，选 3° 带、中央经线 117°，把点粘贴进来——
- 换算链路写清楚了中间经过哪几步，心里有数；
- 结果可以复制，也能导出成 SHP、CSV，或者 CAD 能打开的 DXF；
- 成批的数据切到「文件」页，SHP、GeoJSON、CSV、Excel、DXF 都能直接读，导出还支持南方 CASS 坐标数据（.dat），拿去就能展点。
七参数、四参数，用公共点求出来
不同基准之间转换，或者施工坐标转国家坐标，要先求转换参数。切到「参数解算」，七参数、三参数、四参数、六参数都支持：
填上公共点，结果马上出来：平移、旋转、尺度，以及每个点的残差和中误差。精度满意就「用这组参数换算」，也可以存入参数库下次直接用。
「工具」页还有一组常用小计算：单点对照（一个点在各坐标系下的坐标一次列全）、带号与 EPSG 编号、拿到一张不知道坐标系的图纸，填上坐标帮你判断属于哪个坐标系、图幅号、坐标正反算与面积、度分秒换算。地图上还能叠加投影分带、公里格网和地形图分幅，右键任意一点看各坐标系坐标和图幅号。
四、图片转 CAD：扫描件、照片变成可编辑的 DXF
档案室里的老图纸只有扫描件，甲方发来的是一张截图，现场拍了一张照片……「图片转 CAD」把它们转成真正可编辑的 CAD 图。
上传图片（点选、拖入、Ctrl+V 粘贴截图都行），选一个预设——「建筑」墙线吸附得横平竖直，「机械」适合零件图，「草图」适合手绘，「忠实」尽量照原样描——点「转换为 DXF」：
转出来的不只是线：
- 尺寸链装配成了真正的 DIMENSION 标注，这张图识别出 21 个；
- 它还按标注推出了比例：1 像素约 7 毫米，DXF 里量出来就是图上的尺寸；
- 重复出现的符号做成了块；
- 文字通过 OCR 识别，可以开启大模型校正。
彩色图纸也能处理。选「自动」预设，大模型先看一眼整张图，判断图纸类型、单位和比例，替你选好参数；转换后不同颜色的线各进各的图层：
转完可以用「叠加」「对比」视图和原图逐处核对，再下载 DXF（AutoCAD、浩辰、唯杰 WebCAD 都能打开接着改），或者 SVG、JSON、webcad 格式。
五、构件识别与智能审图：数和审，交给 AI
以例找同：选一个，全图找出所有同类
「CAD 构件与连线识别」只需要你在图上框一个样例（一棵树、一辆车、一个车位），它就在整张图里找出所有同类构件，允许旋转、镜像和缩放。
不知道怎么框？还可以让 AI 找样例：描述一下图上的画法（比如「竖向的长方形格子，两端带挡车器」），视觉模型自己在图上找几个例子做模板——
一张总平面图里的 131 棵树，不到 1 秒全部找到；结果可以逐个定位、导出 GeoJSON，模板能存进构件库反复用。巷道、管线、道路这类双线图，还能自动提取中心线，给出 T 形、十字交叉口和拓扑，接着做管网、巷道分析。
AI 智能审图：按国标规则包初审
「唯杰 AI 智能审图」选一张图纸，AI 自动读图、识别对象、判断图纸类型，再按对应的规则包（住宅、公共建筑、厂房仓库、煤矿采掘等项目类型）逐条审查：
- 结论分四种：不通过、需复核、通过、不涉及；
- 每条结论标着条文出处和实测值，带证据截图，点「定位」直接飞到图上；
- 不清楚为什么报，可以让大模型解释原因和修改建议；
- 规则可以克隆成自己的、调整参数、先试跑再应用；
- 一键导出 PDF、Word、网页、Excel 审查报告，每条问题自动配位置截图。
审查煤矿采掘图时，它还会自动调用构件识别，把巷道中心线提出来量宽度——应用之间是打通的。
六、三维与地质：钻孔建地层，高程出等值线，图纸变三维
二维的表格和图纸里，常常藏着三维信息：勘察报告里的钻孔分层表、巷道图上的高程注记、总平面图上的层数和高度。智能体能把它们直接变成看得见、能量测的三维成果。下面两个例子都是平台「案例」里的示范，可以先看完整的对话过程，再点「继续对话」换成自己的数据。
钻孔分层表 → 三维地质模型
上传一份钻孔分层表（Excel），说：
用我上传的钻孔分层表建三维地质模型：能分层显隐、爆炸分层、剖切，并给出层厚与体积统计
- 智能体读表后识别出 86 个钻孔、379 个分层段、8 个地层单元（从素填土、淤泥质粉质黏土一直到微风化花岗岩）。层序里有程序判断不了、猜错会让模型整体出错的地方，它会停下来弹出选项让你确认，而不是硬猜；
- 成果是逐层闭合的三维地质体：地层图例列出每层厚度，点击就能显隐；透明度、爆炸分层、垂直夸张随手调；可以立 A-B 剖面、按方向剖切，切换透视、俯视、侧视视角，点击地层、钻孔或地面查询；
- 模型用留一验证给出精度（本例平均误差 MAE 6.751 m），另附一份统计报告。
巷道图高程注记 → 三角网与等值线
煤矿巷道图、地形图上，高程往往只是一个个注记文字。直接对图纸说：
获取图上巷道中的导线点和旁边的高程注记，匹配后生成三角网并出等值线：计曲线加粗、注地画示坡线、每条等值线标注高程，叠加显示在底图上
智能体加载等值线技能，直接向唯杰地图服务查询图纸里的圆（导线点）和文字（高程注记），把点和注记一一匹配，再建三角网、按克里金曲面生成等值线：首曲线 1 m，计曲线 5 m 加粗，洼地画示坡线，每条等值线标注高程，结果叠回原图显示，还能导出 JSON。
图纸三维场景、片区建筑高度
同一类里还可以这样用：
- 「把这张 CAD 总平图生成可漫游的三维场景」：以图纸为地面，地块按层数拉伸成体块，可以漫游查看；
- 「做一张广州珠江新城的建筑高度分析图，按层数拉成体块」：建筑轮廓按层数拉伸，统计楼栋与高度分布，点一栋楼看层数；
- 前面「CAD 图纸地图叠加」里叠好的图纸，也能直接切到三维和贴地形的地球视图。
七、智能体：不想找按钮，就说一句话
上面这些应用都能单独打开用。但更省事的方式，是直接告诉智能体你要什么。
在首页点「图纸」选一张总平面图，点「选实体」在图上点一棵树，然后问：图中还有多少个同样的？在图上标出来。
智能体背后是唯杰地图服务，它能直接读取图纸里的实体、图层、块定义和坐标——这是通用 AI 做不到的。围绕 CAD 图纸，你还可以这样说：
整个过程在一个对话工作台里完成：中间是对话和每一步的执行过程，右边是实时预览、生成的文件和工具调用记录；做出来的是能直接打开的网页、能下载的数据，不满意就接着说，它在原来的基础上改。
它同样擅长互联网地图：说一句「做一张杭州西湖一日游路线图，按游览顺序连线，点站点弹出简介」，它会用天地图查出真实坐标，做出一张可交互的网页地图；专题图、行程路线、地址批量转坐标、建筑高度分析也都可以。
八、为什么能做到
- 底座是唯杰地图 VJMAP：多年专注 CAD 图纸的 WebGIS 引擎，DWG 在线解析、矢量与栅格瓦片、WMS / WMTS 服务、坐标系与投影、二三维一体。智能体的成果都基于它，不是「画在网页上的示意图」。
- 专业应用打磨在前：叠加、坐标转换、图片转 CAD、构件识别、审图，每个都是可以独立交付的工具，有完整的界面、参数和导出格式。
- 智能体负责「听懂」和「串起来」：40 多个专业技能覆盖 CAD 图纸、GIS、专题图、三维、文档、数据，按任务自动挑选；需要你拍板时，它会弹出选图、选点、表单等交互控件问你。
九、谁用得上
测绘院与 GIS 工程师：坐标系判定、七参数解算、外业数据批量转换、地形图叠影像，以前要在几个软件之间倒腾，现在在一个平台里完成。
设计院：数构件、抄表格、对比两版图的改动，这些机械又容易出错的活，交给识别和智能体；出图前先用智能审图过一遍。
规划与自然资源部门：总平面图、规划图叠到影像上看现状，各类统计数据做成专题图，汇报时直接打开网页。
施工与工程管理：施工坐标求四参数转国家 2000，外业 GPS 点导出 CASS 展点，按图层导出 PDF 给现场。
档案与老图纸：扫描件、照片、截图转成 DXF，让「死图」重新能改、能用。
勘察、地质与煤矿：钻孔分层表一句话建成三维地质模型，看层厚、做剖切；巷道图的高程注记生成三角网和等值线，双线提中心线，审图时按煤矿规则包检查。
园区、工厂与物业：多张图纸叠到影像上做一张能分享的「一张图」，总平面图生成可漫游的三维场景，按巡检路线在图上画线标注。
十、接进你的编辑器和业务系统
开发者可以在首页点「MCP」生成一个专属地址，粘贴到 Cursor、Claude Code、Codex、Trae、通义灵码等 AI 编辑器里，在编辑器里说一句，就能用平台的地图、图纸和技能。
需要和业务系统打通的，平台提供 OpenAI 兼容接口和无头 Agent 接口；对数据安全有要求的单位，支持私有化部署：Linux 一体化镜像与离线安装包，目标机器不用联网，图纸和数据留在自己的服务器上。
十一、5 分钟上手
- 打开 vjmap.com/agent，用唯杰地图账号登录（与官网账号通用，没有账号先注册）；
- 要用某个专业工具，点左侧「应用」打开，比如「CAD 图纸地图叠加」「坐标转换」「图片转 CAD」；
- 想省事，就在首页输入框里直接说需求，可以带上 CAD 图纸、表格和图片；
- 做好了下载、分享链接，或者发布到社区让别人「做同款」。
每个应用都有 5 分钟左右的视频教程，看完就会用：
常见问题
能用我自己的 DWG 图纸吗？ 可以。直接上传 DWG / DXF，或从唯杰地图服务的图纸目录中选择。
叠加、换算的结果准吗？ 坐标转换基于严密的投影和参数计算，参数解算会给出残差和中误差；自动判定坐标系会给出判定依据，配准会给出每对点的残差。智能体和 AI 识别的结果可能出错，关键数据和坐标请务必核对。
能在 Cursor 等 AI 编辑器里用吗？ 可以，通过首页的「MCP」生成专属地址接入，支持主流 AI 编辑器。
能私有化部署吗？ 可以。提供 Linux 一体化镜像与离线安装包，目标机器无需联网，部署方案请联系我们。
写在最后
CAD 和 GIS 之间，一直隔着格式、坐标系和一堆重复劳动。唯杰地图做了多年 CAD 图纸的 WebGIS，这次把积累下来的能力做成了人人都能直接用的应用，再加上一个能听懂中文的智能体：会用软件的，打开应用就能干活；不想找按钮的，说一句话就行。
现在就打开 vjmap.com/agent，把你手里那张图纸叠到地图上试试吧。
- 平台入口：vjmap.com/agent/
- 产品介绍：唯杰地图智能体平台 · 唯杰地图 VJMAP
- CAD 应用：CAD 图纸地图叠加 · 坐标转换 · 图片转 CAD · CAD 构件与连线识别 · AI 智能审图
- 使用文档：vjmap.com/guide/agent…
- 视频教程：vjmap.com/videos
本文由 AI图鉴自动抓取并翻译，版权归原作者所有；如需查看原文请点下方链接。
One sentence: The only map VJMAP is the WebGIS platform for CAD drawings. Based on its master map AI agent platform, the "CAD" "coordinate conversion" "photograms" "construction recognition" "intellectual review" has been used as an open-box application; a AI agent, which draws maps and looks at drawings -- in Chinese, it calls for these capabilities.
Entry: vjmap.com/agent, account number and web-based map officer only, available for registration and without installation.
People who do mapping, planning, design, switch almost every day between CAD and GIS:
- The DWG from A, which has to fold onto the sky map to look at its position, and has to fold hundreds of metres, without knowing what coordinates it is;
- The construction map is a local coordinate and, to be placed on a satellite image, can only identify points and calculate parameters;
- GPS points, which have been detected professionally, are to be replaced by national 2000 and then by CASS exhibits;
- Only scanned copies and photographs are available in the archives, and the drawings need to be highlighted;
- The number of trees and spaces on a total plan, which can only be amplified by one number;
- High-level notes on the drilling layers of the survey reports, the chart of the alleys, in order to be seen as a 3-dimensional layer and equivalent, additional specialized software modelling is needed.
It's not hard, but it's time-consuming, and the common AI tools don't help. They can't read the DWG, they can't understand the tape, they can't count seven parameters.
The only map AI agent platform is for these things.
One, CAD, meet GIS, take all five platforms.
The base of the platform is the only map, VJMAP: DWG, which does not need to convert format, service-end online resolution, direct opening in the browser, complete retention of layers, blocks, text, labels, and collide with sky map, Gode, image base maps, 2-D, 3-D, Earth at any time.
On this base, the platform provides a set of professional applications for CAD drawings that can be used individually; AI agent can also call them directly during the dialogue. Look at the next one.
ii. CAD P drawing stacked onto map: automatic coordinates, not coordinates.
This is the most used application. Open "CAD Map superimpose", do "add drawing" and select one from the drawing directory (its own drawing can also be uploaded directly to DWG / DXF) -
The coordinates shall be read and the names of the stations in the drawing shall be identified and the coordinates shall be determined in seconds and automatically folded. The chart above is a map of the subway, the line on which is just on line 3 of the map.
The coordinates on the dots are labeled and the basis for the determination can also be seen: This image is a projection by the name of the station "Strokes Station". Transparency, colour (automatic, original, deep, shallow, monochrome), CAD layers can be adjusted separately for each drawing card; the mouse is moved to the chart, and the status bar shows the longitude and the map coordinates for this.
Can't get out? Tell him where it might be.
In some cases, where the coordinates are only 6-bit and there are no identified names in the maps, the application is not marked. This is when the card hints at "the location of the picture":
- The candidate projection tape has been arranged according to possibilities, with a line and a preview of where it is left;
- Enter a geographical name (e.g., Chongqing City) for the purpose of "recalculating by geographical names";
- It may also be possible to place a general position on the map or to assign a sign manually.
Construction maps without coordinates: public points aligned
A map of local coordinates, such as a construction plan, a building plan, without geographical coordinates, is matched by a common point: a map on the left, a map on the right, an angle on the drawing, and a real position on the image, a pair of public points.
Three pairs, each of which is listed below, must not be seen; the right has been folded by the result, and it has been aligned with the "appliance matching".
Two-dimensional, three-dimensional Earth.
The stacked drawings can be rotated to the "three-dimensional" and tilted, or cut to the "Earth" view, opening up global elevations and making the drawings follow the real landscape.
The top bars can change floor maps such as sky maps, Gaude, images, terrain, etc. The bottom maps of Mars coordinates such as Gaude can automatically be corrected without convert. It can also measure range, surface (in terms of actual rice) and point entities to type, layer, colour. You can save and share links for others to read only.
You don't want to find a button?
In the upper right corner there's an "AI assistant" in Chinese:
Replace it with a bottom map of the image and paint the subway line in bright yellow.
It can read meanings, operate a direct interface; questions like "how do the coordinates determine" and "how do you fold" can be asked.
III. Coordinate conversion: a toolbox for surveyors
The Coordinate Conversion application brings together the most common coordinates in the mapping exercise: WGS 84, CGCS 2000 (National 2000), Beijing 54, Sian 80, and Internet coordinates such as Goth, Baidu, Goss 3°, 6°.
The most common scenario: switching GPS latitude to national 2000 plane coordinates. Target coordinates are entered directly into the "National 2000 117" search, select 3° band, central longitude 117°, paste points in --
- The convert link makes clear what steps are taken in the middle and what is in the heart;
- The results can be replicated and exported to SHP, CSV, or CAD, open DXF;
- Batch data cut to the "file" page, which can be read directly by SHP, GeoJSON, CSV, Excel, DXF, and which can be used to display the data of the Southern CASS coordinates (.dat).
Seven, four, take it public.
Conversion between different benchmarks or between construction coordinates to national coordinates is preceded by conversion parameters. To "parameter solver", seven parameters, three parameters, four parameters, six parameters support:
Fill in the common points and the results come out immediately: smoothing, rotation, scale, and each point's disability and error. Precision is "using this set of parameters convert" and can also be stored in the parameter library for next direct use.
The tool page also contains a set of small calculations that are commonly used: single point comparison (one point at the coordinates under each coordinate system, one line at a time), band number and EPSG number, and a drawing that does not know the coordinates, fill in the coordinates to help you determine which coordinates belong to, the frame number, the coordinates are positive and the area, and the minutes of convert. The map can also be superseded with projection strips, kilometre grids and topographic maps, and the right-hand key looks at the coordinates and the map numbers at any point.
IV. Photo rotation CAD: Scanner, Photo into Editable DXF
The old drawings in the archives are only scanned, and A sent a screenshot of a photo taken at the scene... The "photogram CAD" translated them into a genuinely editable CAD map.
Upload pictures (check, drag, Ctrl+V paste) and select a preset - "building" wall lines that are flat, "mechanical" suitable for parts, "script" suitable for hand-drawing, "faith" as best as possible - point "to DXF":
It wasn't just a line that turned out:
- The size chain was fitted with a real DIMENSION label, which identified 21;
- It also presents the scale by label: pixels about 7 mm, and the size of the map is measured in the DXF;
- Repeated symbols are made blocks;
- Text is identified through OCR and can open LLM correction.
Colour drawings can also be processed. Select the "automated" preset, with LLM taking a look at the whole picture, judging the type, unit and proportion of the drawing, and selecting the parameters for you; each layer of the line of different colours after conversion:
The transfer can be checked with the "comparison" view and the original image by downloading the DXF (AutoCAD, Kochi, and WebCAD) or in SVG, JSON, Webcad format.
Component Identification and Smart View: Numbers and Reviews, to AI
Take the same example: choose one. The whole picture identifies all the same.
The CAD component and connection recognition only requires you to frame a sample (a tree, a car, a parking space) and find all the same components in the whole picture, allowing rotation, mirroring and scaling.
I don't know how to frame. I can get AI to look for examples: describe the drawings on the drawings (e.g. "Standing rectangular grids, double-band blockers"), the visual models themselves looking for examples to use as templates on the drawings.
The 131 trees in a master plan are found in less than one second; the results can be located on a case-by-case basis, and the GeoJSON can be exported, and templates can be stored in the building library. Double-line maps, such as alleys, pipes and roads, can also automatically extract the central line, giving the T-shaped, cross-crossing and popping, followed by a pipe network, alley analysis.
AI Smart view map: First instance by national standard
"Full J. I.A. " selects a drawing, AI autoreads, identifies objects, judges the type of drawing, then examines each item according to the corresponding rule(s) (house, public building, factory warehouse, coal mining, etc.):
- The conclusions fall into four categories: non-adoption, review, adoption, non-inclusion;
- Each conclusion indicates the origin of the article and the actual values, with an evidence screenshot and a point of “location” directly onto the chart;
- It is not clear why it was reported that LLM could explain the reasons and the proposed amendments;
- Rules can be cloned, adjusted, tested and applied;
- One key export of PDF, Word, web page, Excel review reports, with automatic location screenshots for each question.
When examining coal mining maps, it will also automatically call for component recognition and propose an alley centre line to measure width — between applications.
VI. 3D and geology: drilling layers, high range equivalents, drawings 3D
The two-dimensional tables and drawings often contain three-dimensional information: the drilling layers in the survey report, the high-scale notes on the alley map, the number of layers and the height of the total plan. AI agent can turn them directly into visible, energy measured three-dimensional results. The following two examples are examples from the Platform's “cases”, where the full process of dialogue can be seen first, followed by a shift from “continuing dialogue” to its own data.
Drilling layers, three-dimensional geological model.
Uploading a drilling layer (Excel) said:
A three-dimensional geological model based on my upload of the drilling layers: it's capable of layering invisible, blasting layering, sectioning, and giving tall and volume statistics.
- The AI agent read tables identified 86 boreholes, 379 stratifications, and 8 substrate units (from lumber-filling, mud-silted powder clay to micro-winding granite). There's room in the hierarchy where the program can't judge and miscalculate the model as a whole, and it stops and pops up options to make you confirm, not to be hard to guess;
- The result is a three-dimensional geological structure that is layer-by-story: a floor-by-story map showing the thickness of each layer, which is invisible by clicking; transparency, blast layers, vertical exaggeration; and the ability to form an A-B profile, to cut in direction, to switch to vision, to look over, to look in the side, to click on the layer, to drill or to search the ground;
- The model gives precision (MAE 6.751 m, average error in this case), with a statistical report.
An alley chart with high notes → Triangular grid and equivalent Line
In coal mine alley maps and topographic maps, heights are often merely an annotated text. Directly to the drawings:
Acquiring the point of guidance in the alley and the high-range note next to the chart, matching it to create a triangle and exit an equivalent line: the curve is thicker, the line is marked, each line is marked up, and is shown on the bottom map Move!
AI agent loads the equivalent line skills, directly querying the circle (guide point) and text (high note) in the drawings of the Jeju Map Service, matching points and notes, creating a triangle network, producing the equivalent line by the krykin curve: 1 m of the curve, 5 m of the curve, thicker, lowly drawing the slope line, indicating the height of each of the equal lines, folding the results back to the original map display, and also exporting JSON.
Map 3D scenes, zone construction height
This can also be used in the same category:
- "To produce this CAD general flat map for a three-dimensional vagrancy scenario": the ground is made of drawings, the plot stretches into blocks by layers and can be viewed by roaming;
- "A map of the height of the building in the new city of Joojiang, Guangzhou, to be drawn into blocks by the number of layers: the contours of the building are stretched by the number of layers, the size of the building is measured and the height is distributed, and the number of floors is measured in one building;
- The pre-existing "CAD Maps and Maps " stacked drawings can also be cut directly to the Earth view of the three peacekeeping terrains.
AI agent: If you don't want to find a button, just say one word.
These applications can be used individually. But the more economical way is to tell AI agent what you want.
Pick a total plan at the first page point of the "draw" and point the "select entity" to a tree and ask: How many more are the same? Mark it up on the map.
Behind AI agent is the only map service that can read directly the entities, layers, block definitions and coordinates in the drawings - this is not possible for General AI. You can say that around CAD drawings:
The whole process was completed in a dialogue desk: dialogue and implementation of each step, with real-time previews, generated documents and tool call records on the right hand; and a web page with direct access, downloadable data, which, if not satisfied, was changed.
It is also good at Internet maps: it says, "Do a one-day road map for Lake West in Hangzhou, connect to the tour sequence, ejection at point points", and it uses a sky map to find out the real coordinates and make an interactive web map; thematic maps, itinerary routes, bulk coordinates of addresses, architectural height analysis can be done.
Why?
- The base is the only map VJMAP: the WebGIS engine focused on CAD drawings for many years, the DWG online resolution, vectors and grids, WMS / WMTS services, coordinates and projection, 2-3D integration. The results of AI agent are based on it, not on a "chart on the web".
- Professional applications grind in front: superstition, coordinate conversion, photo rotation, CAD, component identification, review maps, each of which is a stand-alone delivery tool with complete interfaces, parameters and export formats.
- AI agent is responsible for "understanding" and "linking": more than 40 professional skills cover CAD drawings, GIS, thematic charts, 3D, documents, data, automatically selected by task; when you need a tablet, you are asked to come out with an option, a point, a form, etc.
Who needs it?
Surveyors and GIS Engineers: Coordinate system determination, seven parameter calculator, bulk conversion of external data, topography stacking images, which were previously inverted between several softwares and are now done on a platform.
Design complex: Numerical components, copying forms, comparison of two-version changes, which are subject to error-prone work and are handed over to identification and AI agent; smart review maps are used before drawings are produced.
Planning and Natural Resources Sector: a master plan, a plan plan stacked into images to see the situation, various statistics were created into thematic maps, and the web page was opened for reporting.
Construction and Engineering Management: The construction coordinates for the four-parameter transposition of the country 2000 and the export of the CASS exhibit to the field by the outside GPS point, and of the PDF to the site by the layer.
Archives and old drawings: scans, photographs, screenshots are converted to DXF to make the "dead map" work again.
Surveying, geology and coal mines: a three-dimensional geological model with thick layers and anatomy in the sentence of the borehole table; a high-range note of an alley map generates a triangle and an equivalent line, a two-line central line, which is examined in a coal mine code package.
Parks, factories and properties: multiple drawings stacked onto images to make a shared "one picture" that produces a three-dimensional view of the general plan that can be roamed, with lines marked along the patrol route.
X. Access to your editor and operating system
The developer can generate an exclusive address at the front page point "MCP" and paste it to a platform of maps, drawings and skills in an AI editor such as Cursor, Claude Code, Codex, Trae, Qwen elcoder.
The platform provides Open AI compatible interfaces and headless Agent interfaces; units with data security requirements support privatization deployment: Linux integrated mirror and offline installation packages, target machines are not connected and drawings and data remain on their servers.
Eleven, five minutes.
- Open vjmap.com/agent and log in with the only map account number (common with the official network account number, no account number);
- To open it with a professional tool such as "Application" on the left side of the dot, such as "CAD map superimplation" "Coordinate conversion" "CAD";
- If you want to save yourself, just say what you want in the input box on the first page, you can bring CAD drawings, tables and pictures;
- Downloaded, shared links, or publish went to the community to "do the same."
Each application has a video tutorial in about five minutes, which is used when you're finished:
Common problems
Can I use my own DWG drawings? Directly uploads the DWG / DXF, or selects it from the drawing directories you serve on the only map.
Are the results of the supercharges, converts correct? Coordinate conversion is based on a rigorous projection and parameter calculation, which results in a margin and a median error; the automatic determination of the coordinates system gives the basis for the determination and the matching gives a margin for each point. The results of AI agent and AI identification may be incorrect and key data and coordinates should be checked.
Can it be used in Cursor waiting for AI editor? You can use the first page of the MCP to generate a unique address access to support the mainstream AI editor.
- Can we privatize deployment? Provide a Linux integrated mirror and a offline installation package without a network of target machines.
At the end.
Between CAD and GIS, the format, the coordinates and a bunch of duplicates have been separated. The only map that's been in CAD for years, WebGIS, this time making the accumulated capability a direct application for everyone, plus a AI agent that understands Chinese: it works with software, it works with applications; if you don't want to find a button, just say a word.
Open up the vjmap.com/agent now and put that drawing on the map.
- Platform portal: vjmap.com/agent/
- Product description: only map AI agent platform VJMAP
- CAD application: CAD map supermutation. Coordinate conversion. Picture rotation CAD CAD CAD component and connection recognition. AI smart view
- Using documents: vjmap.com/guide/agent...
- Video course: vjmap.com/videos
Auto-fetched and translated by AI Atlas. All rights belong to the original author.