地图设计说明书
高德企业地图 产品操作手册说明书
高德企业地图产品操作手册v1.0发布日期2020年3月产品操作手册目录1.高德企业地图产品简介 (3)1.1基础功能模块 (3)1.2地图工具 (3)1.3组织内部协作 (4)2.登录高德企业地图 (5)3.产品功能介绍 (6)3.1点位上图 (6)3.2区块上图 (12)3.3空间检索 (20)1.高德企业地图产品简介首先，欢迎您使用高德企业地图产品。
高德企业地图，全称Map Enterprise，是基于高德自主研发的核心算法能力、及丰富多元的活地图数据之上，面向企业（或政府）提供的一套空间数据叠加分析及可视化服务能力，产品形态以在线SaaS组件、PaaS接口、或离线部署等能力输出，能够将企业的业务数据（指与点、线、面等空间位置相关的业务数据），以GIS 空间多图层叠加的方式呈现出来，帮助政企客户进行便捷的可视化查询、计算和分析。
高德企业地图产品是一套安全、可靠、灵活的产品服务。
1.1 基础功能模块高德企业地图的基础功能模块如下：点位上图 -将企业的点位数据（包括网点、商户、企业、用户、门店等），进行空间多图层叠加显示，包括对点位数据和属性字段的存储、编辑，点位纠偏、可视化样式设置（颜色/大小/透明度、自定义图标、单色图、海量点、聚合、热力、格网等）等，支持通过名称快速查询具体点位。
区块上图-将企业所需的区块数据（包括网点辐射范围、小区AOI、商圈、标准四级行政区划、自定义圆形、自定义矩形、自定义多边形、沿路自定义区块等），进行空间多图层叠加显示，包括对区块数据的围栏编辑、合并拆分，以及属性字段的存储、编辑，可视化样式设置（填充色、边框色、标签）等，支持通过名称快速查询具体区块。
空间检索–基于地图空间视图的拉框查询，支持通过圆选、框选、多边形选、四级行政区划选等，对客户一方数据或高德POI分类数据进行检索、并且支持基于客户点位数据的周边检索等。
1.2 地图工具底图切换–支持不同风格底图之间的切换，以及高德自定义地图的接入，不影响地图上的点线面数据展示。
设计更好的地图：GIS用户的指南说明书
ContentsPreface to the second edition xi Preface to the first edition xv Chapter 1: Planning maps 1Designing for map purpose 2Audience 2Visual hierarchy in layout 3Planning a layout 6Balancing empty spaces 6Refining a layout 11Experimentation and critique 15Map projections in design 16Shape within layout 16Projections affect scale 18Choosing projection properties 19 Chapter 2: Basemap basics 21Landforms 22Elevation 22T errain shading 24Curvature 25Chapter 2 continuedLand use 26Imagery 26Land cover 28Property 30Vector base 32Water 32Boundaries 33Transportation 34Point data 34Customizing base to purpose 35Mapping through scale 37T errain through scale 37Hydro through scale 40Place data through scale 40Generalization recap 44Chapter 3: Explaining maps 47Map legends 48Data legends 48Choropleth 48Qualitative area fills 48Dot (density) 49Isolines 49Proportioned symbols 50Segmented symbols 50Basemap legends 50Customized legends 51Wise wording 52Hierarchy in text content 53Describing mapped calculations 57Attending to line logic 60Refining marginal elements 62Scale indicators 62Direction indicators 64Overdoing decoration 64vi Designing Better Maps: A Guide for GIS UsersChapter 4: Publishing and sharing maps 67Designing for map media 68Resolution 68Map size and viewing distance 70Color quality 71Choosing export options 73Raster export formats 74Vector export formats 76Transparency 78Map images on the web 79Tiled maps and caching 79Section 508 compliance 80Copyright in cartography 80Original work in cartography 80Rights and permissions 81Public licenses and open data 82Chapter 5: Type basics 85Fonts 86Font anatomy 86Categories of fonts 87Font choice 90Type styles and font families 91Special characters 92Font formats and permissions 93Label size 94Character size 94Kerning, tracking, and character spacing 95Line spacing 96Type effects 98Callouts 98Shadows 99Halos 100Contents viiChapter 6: Labeling maps 103Map text 104Graphic map text 104Dynamic labeling 106Annotation 108Labels as symbols 109Indicators of feature category 109Indicators of feature hierarchy 111Ambiguity and contradiction in classification with type 113Transparency and anti-aliasing 115Label placement 116Point label placement 116Line label placement 121Area label placement 124Dense label placement and trade-offs between rules 127Chapter 7: Color basics 129Perceptual dimensions 130Hue 130Lightness 133Saturation 134Perceptual color systems 138Three-dimensional color spaces 138Not HSV 140Color cubes 142How to mix color 144General guidelines 144CMYK mixing 147RGB mixing 149Chapter 8: Color on maps 151Color schemes for maps 152Sequential schemes 152Diverging schemes 154Qualitative schemes 157viii Designing Better Maps: A Guide for GIS UsersChapter 8 continuedBivariate color schemes 160Transparent combinations 160Sequential-sequential 161Diverging-diverging 162Qualitative-sequential 164Adjusting color selections 165Unexpected color changes 165Colors for the color-blind 169Custom color ramps 174Chapter 9: Customizing symbols 179Point symbols 180Point symbol size 180Point symbol shapes 183Point symbol angle 185Line and area symbols 187Line symbol size 187Line symbol patterns 189Area patterns 192Eight visual variables 194Visual variables for ordered data 194Visual variables for qualitative data 195Multivariate map symbols 195Overlaid symbols 196Bivariate symbols 198Visual variable pairs 200Put it all together 204Appendix 205Abbreviations 220Resources 222About the author 225Index 227Contents ix。
电子地图符号线型库设计说明书
第一章测区概况第二章介绍电子地图的大体概念，分析电子地图的要紧特点第三章第一论述电子地图符号线型库的整体设计思想，接下来描述符号线型库的设计方式及原那么，介绍了电子地图符号线型库的应用情形第四章详尽论述在Microstation下符号线型的设计与实现。
第一，简单介绍测区概况，第二提出电子地图条件下符号线型制作的一些原那么，接下来讨论符号线型制作的具体实现，最后展现了这次设计的符号线型库功效第五章总结论文所做的工作和其中的不足，得出结论第六章参考文献附表一毕业设计任务书附表二毕业设计开题报告附表三毕业设计中期检查报告附表四毕业设计的评判意见内容摘要电子地图具有地图的内涵，是数字地图在运算机屏幕上的符号化显示。
电子地图符号线型设计是电子地图生产中十分重要的环节，一个完整的符号线型库对电子地图的编辑会带来极大的方便。
本文第一对电子地图的大体概念、电子地图设计的一样理论进行了较为深切的探讨，在此基础上介绍了电子地图符号线型设计的思想、大体理论及相关技术，探讨了电子地图制作和应用的现实情形及前景展望。
本文重点讨论了屏幕上电子地图显示的特殊要求，和在电子地图条件下符号制作的方式和应该注意的问题，提出了电子地图条件下符号设计的原那么，在此基础上以microstation为例，完成了电子地图符号库的设计，并以符号库为基础，在山西平朔测区1：2000航测地形图中试应用，大大提高了航摄搜集和编辑的效率。
最后，简述了电子地图的应用和前景分析，并针对电子地图在导航、计划和前沿技术的应用，完成了电子地图符号线型库的设计。
关键词：电子地图、线型、符号、符号库、设计、应用。
引言本文讨论了屏幕上电子地图显示的特殊要求，和在电子地图条件下符号制作的方式和应该注意的问题，提出了电子地图条件下符号设计的原那么，在此基础上以microstation 为例，完成了电子地图符号库的设计，并以符号库为基础，在山西平朔测区1：2000航测地形图中试应用，大大提高了航摄搜集和编辑的效率。
导航系统地图尺度调整指南说明书
Map ScaleRotate the Interface Dial knob or a voice command such as “Display 1/2 mile scale” (see page 139) to ch ange the scale of the map. Zooming in increases the detail, while zooming out gives you a view of a wider area. After changing the scale, give the system a few moments to update the display.Functions available at various map scalesNOTE:• You can change between miles or kilometers in Set up (see Units on page 91).• For information on the available voice commands, see Voice Command Index on page 138.Map Scale (English and Metric)For selecting units, see page 91.1/20 mi. 1/8 mi. 1/4 mi. 1/2 mi. 1 mi. 2 mi. 5 mi. 15 mi. 50 mi. 150 mi. 350 mi.80 m 200 m 400 m 800 m 1.6 km 3 km 8 km 24 km 80 km 240 km 560 kmPOI icon symbols (like ATM) page 62 X X Breadcrumbs (off-road tracking dots) page 67 X X X X Freeway exit information icons page 62 XXXUnverified road display (light brown) page 92 X X X Map orientation “Heading up” page 61 X X X X X Map orientation “North up” page 61 X X X X X X X X X X XMap features (like park, golf course) page 54 X X X X X XXXXXAvoid area shown on map page 96 X X X XXAvoid area scales (when creating) page 96 X X X Waypoint “flag” icons page 70 X XXX X X X XXXXTraffic speed page 22 XX X X Traffic incidentpage 22XXXXMap OrientationThe map can be oriented two ways:• North-up: North pointing up as youwould normally view a paper map.• Heading-up: The map constantly rotates so the road you are driving on always points up (as you see the road through your front windshield).The red arrow in both heading symbols always shows the direction north. Select Heading-up or North-up to switch the map orientation from the map menu, or say, "Display heading up," or "Display north up."You can switch between the two bysaying “Display North-up.” or “DisplayHeading-up.” You can also push in onthe Interface Dial on the map orguidance screen and select North-upor Heading-up to switch them.In the larger map scales (above 2 mile or3 kilometer), the map is always orientedwith north facing upward. You cannotchange the orientation.To view other areas on the map, movethe Interface Dial left, right, up, ordown. The map will shift in thatdirection. To return the map to yourcurrent location, press either the MAP/GUIDE, the CANCEL, or the NAVIBACK button on the steering wheel.The display automatically changes tothe map screen when you reach yourdestination. Press the MENU button toreturn to the Enter destination byscreen.NOTE:• For information on the availablevoice commands, see VoiceCommand Index on page 138.•If you are on a route and theInterface Dial is moved, the “Timeto Destination” and “Distance toDestination” indications arereplaced with an indicator showingdistance from the current vehiclelocation.“North Up”“Heading Up”Destination IconThe destination icon only shows the approximate location of the destination. This occurs because a city block can have as many as 100 possible addresses (for example, the 1400 block is followed by the 1500 block.) Since most cities use only a portion of the 100 possible addresses (for example, in the 1400 block, the addresses may only go up to 1425 before the 1500 block starts). Therefore, an address if 1425 will be shown a quarter of the way down the block by the system instead of near the end of the block where the destination is actually located.Tip:When on a route, you can view a map showing your destination. Using voice control, say “Display destination map.”Landmark and IncidentIconsLandmark icons are shown in the mapscreen on 1/20 and 1/8 mile scale, or 80and 200 meter scale. The Freeway exitinformation is displayed on the 1/4, 1/2,and 1 mile scales. Incident icons aredisplayed on the 1/2 through 5 milescales. The icons are:Landmark iconIncident iconSome icons can be turned on or off;you can either display them or hidethem by pushing in on the InterfaceDial on the map or guidance screenand select Show Icon on Map (seepage 65), or by using voice commands(see page 138).You can select most landmark andincident icons with the Interface Dialto display the icon’s information. Seethe table on the following page forexceptions.NOTE:• The same icon list can be viewed onthe screen by selecting Map Legendfrom the Information screen.• When there are overlappinglandmark icons, a list of the points ofinterest (POIs) is displayed.• For information on the availablevoice commands, see VoiceCommand Index on page 138.Acura DealerSchoolRestaurantATMParking LotPost OfficeHonda DealerHospitalGrocery StoreGas StationHotel/LodgingParking GarageFreeway exit informationWeatherAccident / Incident (other)ConstructionFor some icons you can choose either to show or hide them on the map, while others like Acura Dealers, are always shown. The table below shows the features for each icon type. Some Points of Interest (POIs) like Police Stations are not shown as an icon, but you can still locate the nearest one with the voice command, “Find nearest Police station.”Landmark iconPOI type Icon can bedisplayed onthe mapIcon can behidden onthe mapIconselection byvoiceIcon can be selected asa destination on themap screen with theInterface DialPOI can be found onthe map screen usingvoice command“Find...”Honda/Acura dealer Yes, always No No Yes Yes Hospital Yes Yes Yes Yes Yes School Yes Yes Yes Yes Yes ATM Yes Yes Yes Yes Yes Gas station *1Yes Yes Yes Yes Yes Restaurants *2Yes Yes Yes Yes Yes Post office Yes Yes Yes Yes Yes Grocery store Yes Yes Yes Yes Yes Hotel/ Lodging Yes Yes Yes Yes Yes Police station No icon No icon No No Yes Shopping, Tourist attraction, Bank No icon No icon No No Yes Parking garage Yes Yes Yes Yes Yes Parking lot Yes Yes Yes Yes Yes Freeway exit information Yes Yes Yes Yes (choose POI)NoIncident icon*1. When gas station icons are selected for view on the map, some icons are shown as “brand icons.”*2. When selecting Restaurant on the Select category for icon settings screen (see Icon Options on page 65), specialty typesof restaurants, like Chinese or Italian, can be individually displayed or hidden. See Show Icon on Map on page 137. Als o see the Voice Command Index on page 138 for the “Display,” “Hide,” and “Find” commands.*3.You can display the nearest traffic incidents by saying, “Display traffic incidents.”POI type Icon can be displayed on the map Icon can be hidden on the map Iconselection by voice Icon can be selected as a destination on the map screen with the Interface Dial POI can be found on the map screen using voice command “Find...”Traffic Speed Yes Yes Yes No No Traffic IncidentYesYesYesNoYes *3。
人力资源之学习地图设计分享
让学习有章可循——敏捷学习地图设计分享分享人：XXX学习地图是什么0103敏捷学习地图实践02如何绘制学习地图CONTENT01学习地图是什么？一张寻宝地图都有哪些属性\要素路线节点内容终点学习地图的概念路线提示终点节点学习路径学习方式学习里程碑学习目的学习地图(又称学习路径图）就是为了达成某一学习目的，带有明确路径的学习指引学习地图的呈现形式EXCLE版卡通版图表版还可以是啥版?活动练习请将学习地图呈现形式与对应的使用场景连线？EXCLE版动画版图表版给自己用给学员看给老板看学习地图课程体系学习地图与课程体系关系新员工助理专员专家学习地图学习项目领导力项目实施测评与选拔管自己引领价值导向管业务赢得市场领先管团队创造组织优势评估与发展模块一模块二模块三毕业汇报课程1课程2课程3主题任务1主题任务2主题任务3IDP发展行动学习主题汇报最佳实践分享毕业典礼A领导力发展项目全景图阶段三：收获期阶段二：强化期阶段一：培养期线下集训（开班）- 2天任务：学习计划制定高管座谈线上片区行动-3个月任务：完成个人能力发展计划完成团队学习计划线下集训 - 2天 任务：参与能量集市 业务痛点研讨线上片区行动-4个月 任务：完成个人轮岗计划 完成团队行动计划线下集训- 2天 任务：复盘会议业务突破外训 角色转变外训团队管理外训A 领导力发展项目学习路径图线上片区行动-3个月 任务：完成个人行动计划 完成团队建设行动个人答辩结业表彰结果应用学习地图是学习项目的产品说明书。
运营全景图学习路径图学习地图与人力资源各模块的关系学习地图的作用从战略到组织能力实现路径为部门团队建设提供了可操作的体系参考让个人职业生涯路径看得见组织部门个人成功看得见较少焦虑02学习地图分类绘制介绍学习地图的分类部门\岗位序列个人\岗位组织战略驱动型S-C-L流程驱动型职能驱动型任务驱动型P-C-LF-C-LT-C-L职涯驱动型C-C-LS-C-L （战略驱动型)•基于组织未来发展\战略目标达成•关注组织能力提升•通常用于：商业报告、战略解码战略举措人才挑战组织能力关键人群能力学习项目学习活动S （Strategy ）C （Capability ）L （Learning)战略举措关键挑战组织能力关键人群能力学习项目学习活动S （strategy ）C （Capability ）•开拓海外市场•资金高周转•新增200个项目•标准化、精品化•无海外人才支撑•高压之下执行力欠缺•各关键职能模块人员储备不足•现有项目总储备不足•没有统一标准和方法论•新员工较多，文化稀释•国际化视野•强管控强执行•团队建设•精益求精•职业经理人•工程•投资•营销•管理•设计•储备项目总班•新任经理班•职能专项培训•未来领袖•人人是讲师•客户满意度•精益求精•高管座谈L （Learning)战略/业务分析识别战略性工作任务S培训体系资源整合创新发展品牌影响追求卓越人际影响全局思维流程运营项目开发规划设计专业力要求领导力要求人群能力要求识别培养人群岗位能力要求领导力要求专业力要求关键任务核心组织能力战略重点成人学习70-20-10规律通过实践培养（70%）通过辅导反馈培养（20%）通过课堂学习培养（10%）基于工作实际的在岗发展主题行动学习基于个人能力发展的领导力提升培养长效持续互动学习项目基于持续推进在岗学习的应用技术组织能力识别组织转型阶段需求（业务实施）C岗位能力识别个人发展阶段需求（能力提升）C学习发展项目基于组织能力提升的关键人群学习项目LP-C-L （流程驱动型)•工作存在一致的流程或存在同一套商业价值链•通过流程提炼胜任能力，不同岗位层级对应的能力程度不同•通常用于：部门级\岗位级人才发展项目KPI关键流程胜任能力岗位能力要求P （Process ）C （Competency ）L （Learning)资源课程项目流程驱动型P-C-L（同职能驱动型）C-C-L （职涯驱动型)•以个人职业生涯成长不同阶段为节点•以不同节点的挑战为分析依据•通常用于：领导力梯队培养、新员工转身职业通道职涯节点应对挑战目标\任务C （Career ）C （Challenge ）L （Learning)资源支持活动领导力职涯与挑战•忽略与直接下属的沟通重要性；•不愿意花时间去倾听下属的意见；•还是按照以往的工作套路去完成任务；•更多的时候是直接帮助下属完成工作，事必亲躬，而不是辅导下属如何去做。
TIMMS 室内地图建模系统说明书
DATASHEETTIMMS is a manually operated push-cartdesigned to accurately model interior spaceswithout accessing GPS. It consists of 3core elements: LiDAR and camera systemsengineered to work indoors in mobile mode,computers and electronics for completing dataacquisition, and data processing workflow forproducing final 2D /3D maps and models. Themodels are “geo-located”, meaning the real worldposition of each area is known.With TIMMS a walk-through of an interior spacedelivers full 360 degree coverage. The spatialdata is captured and georeferenced in real-time.Thousands of square feet are mapped in minutes,entire buildings in a single day.TIMMS is ideal for applications such assituational awareness, emergency response,and creating accurate floor plans. All typesof infrastructure can be mapped, even thoseextending over several city blocks:• Plant and factory facilities• High-rise office, residential, and governmentbuildings• Airports, train stations and othertransportation facilities• Music halls, theatres, auditoriums and otherpublic event spaces• Covered pedestrian concourses (above andbelow ground) with platforms, corridors,stair locations and ramps• Underground mines and tunnelsYOUR BENEFITS• High efficiency, accuracy and speed• Lower data acquisition cost for as-builts• Reduced infringement on operationsT rimble Indoor Mobile Mapping Solution (TIMMS)►No need for GNSS►Little or no LiDAR shadowing►Long-range LiDAR►Self-contained►Simple workflow►Fully customizable►Use survey control for precisegeoreferencingTHE OPTIMAL FUSION OF TECHNOLOGIES FOR CAPTURING SPATIAL DATA OFINDOOR AND GNSS-DENIED SPACESDATASHEETTRIMBLE APPLANIX 85 Leek CrescentRichmond Hill, Ontario L4B 3B3, Canada+1-289-695-6000 Phone +1-905-709-6027 Fax © 2017, T rimble Navigation Limited. All rights reserved. T rimble logo are trademarks of T rimble, registered in the United States and in other countries. All other trademarks are the property of their respective owners. (07/1)PERFORMANCE Onboard powerU p to 4 hours without charge or swap Hot swappable for unlimited operational time Data storage 1TB SSD OperationsNominal data collection speed at 1 meter per second Maximum distance between position fix 100 meters Typical field metricsLiDAR point clouds - 1 cm relative to position accuracy*P roductivity – in excess of 250,000 square feet per day PHYSICAL DIMENSIONSHeight with mast low..........................................................................173 cm Height with mast high........................................................................221 cm Distance to wheel with mast low (front to back)..............................80 cm Distance to wheel with mast high (front to back).............................88 cm Distance between wheels (outside surface of wheels).....................51 cm Weight...................................................................................109 lb or 49.5 kg*rms derived by comparison of TIMMS with static laser scan, results may vary according tobuilding configuration and trajectory chosen.* System performance may vary with scanner type and firmware version. Published valuesbased on X-130.TIMMS COMPONENTS Mobile Unit & MastTIMMS aquisition systemI nertial Measurement Unit (IMU)P OS Computer System (PCS)L iDAR Control Systems (LCS)One LiDARS upported scanners include:T rimble TX-5FARO Focus X-130, X-330, S-70-A, S-150-A, S-350-A One spherical camera (6 camera configuration)Field of View (FOV) >80% of full sphere 2 MegaPixel (MP) per camera Six (6) 3.3 mm focal length 1 meter/second (Up to 4 FPS)One operator and logging computer 16 batteries (8 + 8 spare)2 battery chargers SOFTWARE COMPONENTRealtime monitoring and control GUI Post-processing suiteSYSTEM DELIVERABLEGeoreferenced trajectory in SBET formatGeoreferenced point cloud in ASPRS LAS format Georeferenced spherical imagery in JPEG format Georeferenced raster 2D floorplanUSER SUPPLIED EQUIPMENT PC for post processing Windows 7 64-Bit OSMinimum of 300 GB of disk32 gigabytes of RAM required (64 recommended)USER SUPPLIED SOFTWAREBasic LiDAR processing tools: recommended functionality LAS import compatible Visualization ClippingRaster to Vector tools (manual and/or automated)Trimble Indoor Mobile Mapping Solution (TIMMS)。
在线动态地图平台 用户手册说明书
在线动态地图平台用户手册二〇二〇年12月I 在线动态地图平台目录目录 (I)1 前言 (1)2 手册内容 (1)3 运行环境 (1)4 平台系统概述 (1)4.1 系统功能和技术特点 (2)4.2 数据资源模块 (2)4.3 制作地图模块 (3)4.4 出图打印模块 (4)5 系统操作指南 (4)5.1 数据资源操作说明 (4)5.1.1 公共数据管理 (5)5.1.1.1 公共数据查询 (6)5.1.1.2 公共数据预览 (6)5.1.2 我的数据管理 (7)5.1.2.1 我的数据上传 (7)5.1.2.2 我的数据预览 (8)5.2 制作地图操作说明 (8)5.2.1 自定义地图制作 (9)5.2.1.1 选择数据 (9)5.2.1.2 选择底图 (10)5.2.1.3 选择纸张 (11)5.2.1.4 地图编辑 (11)5.2.2 示例模板地图制作 (16)5.3 出图打印操作说明 (17)5.3.1 整幅导出 (17)5.3.2 分幅导出 (18)1 前言本手册为在线制图平台用户操作手册，手册将详细介绍平台所包括的上传数据、数据查看、制作地图、出图打印等的操作流程，旨在为用户熟悉系统功能、进行业务操作、提高工作效率提供帮助。
2 手册内容本手册内容主要为平台功能模块介绍及其操作流程。
3 运行环境支持IE、Google Chrome、360安全浏览器、Safari、Mozilla Firefox等主流浏览器浏览。
4 平台系统概述在线制图平台是为了克服弱GIS行业地图制图难、传统地图平台难以满足需求等问题所研发的，主要是具有数据改造发布、无极缩放、模板丰富、快速成图、不同尺寸纸张打印、分幅打印等功能的在线动态制图平台。
为方便用户操作、简化登录流程、本平台只需微信扫描二维码即可登录系统，如图4-1所示。
图4-1 在线制图平台入口页面4.1 系统功能和技术特点在线制图平台的硬件环境主要包括有服务器不低于2.3GHZ的4核Inter(R) Xeon(R) 处理器，不低于8G系统内存，不低于100GB存储容量。
3D打印全球任意地点的Topo地图的手册说明书
How to 3D Print a Topo Map with 3D Features Anywhere in the WorldPosted on Aug. 27, 2013 by Roy Smith - Guest ContributorRoy (aka "The SmithBot") presents us with a hands-on guide to turning your neighborhood, city, state, or favorite National Park into a 3D printable relief map.A few months ago my friend Barney said, “Can you print Thousand Palms Canyon?”I knew what he meant: all the hills and gulleys and landscape features we’re familiar with. “No,”I said. “That’s impossible.” But the idea kept bugging me. Why not? So I did what any of you would do in the middle of a sleepless night: I went online. Huh! Not impossible, but maybe a little bit tricky. Below are the step-by-step instructions.Author's Note: I’m using Photoshop and 3DS Max on a PC to edit files and export them to my MakerBot Replicator 2, so this procedure might be different for you if you’re using other software. I bet it will be similar enough for this info to be useful, though.1. Download and install Google Earth.2. Download and install MicroDEM - a free application available through the U.S. Naval Academy website. Install involves two steps - download and run the installer first, then replace the executable with the latest version (available as a separate download).3. Download and install the srtm4.1 plugin for Google Earth (Note: clicking on this link may automatically download the srtm4.1 plugin, depending on your browser).A. Selecting a topographic region in Google Earth4. In Google Earth, the SRTM4.1 will appear under “My Places” in the navigation on the left. Click on the small “Elevation” square, an d a grid of boxes should appear on the globe image (Image “A”);5. Click on one of the boxes that includes topography you want to print;B. Topographic data - download options6. A window will appear (You might need to scroll down). Click on the link as in Image “B”;C. Topographic data - the direct download url7. The auto-download probably won’t work, so copy the url as suggested, and paste it into your browser, as shown in Image “C.” This download may take a few minutes;8. Unzip the downloaded archive. The only file you need is the .asc file. Put it somewhere you can find it easily. Toss the rest;9. You need to use MicroDEM to interpret the altitude data. (Do n’t try using any of the other “helpful” tools on the Internet to open this kind of file – some of them are nasty viruses!);10. In MicroDEM, go to File>Open>Open DEM and locate your file;D. Using MicroDEM to preview your topographic data11. Here’s the tricky part: You probably have no idea what you’re looking at. No highway s, no names of cities, no identifiers of any kind! So you’ll need to reference back-and-forth with some other map to narrow down the area you want to print. When you figure out which part of the map you want to zoom in on, use the “Subset & zoom” tool (dot ted border) from upper left to lower right to zoom in (Image “D”);12. Right-click on the map and choose “Legends/marginalia,” and make sure none of the boxes is selected (don't forget to remove the gridlines);E. Exporting topographic data in greyscale13. Right-click again, select Display parameter>Elevation>Gray scale. This is the image you will use in your 3D program to create a displacement map in order to print your topographical 3D model (Image “E”);14. Select File>Save image, and choose whatever image format works best in your 3D program(I use jpeg);F. Checking the image size in Photoshop15. Quit out of MicroDEM and open Photoshop or whatever image-editing program you use. Open the file you just saved. Check to determine image size, and jot it down. Mine happened to be 860x650 pixels. That means, when I create a plane object in 3DS Max it will be, like, 8.6in x 6.5in o r 860mm x 650mm or whatever units you prefer (Image “F”). Close the file;Editor's Note: If you don't have Photoshop there are plenty of other options for checking the dimensions of an image. In Windows Explorer single-clicking a picture file will display the dimensions in the info panel at the bottom of the window.G. Creating a plane in 3D Studio Max16. Open your 3D program, create a plane with similar dimensions (You might need to switch width for length), and give that plane LOTS of segments, like, 430x325. I divided dimensions in half (Image “G”);H. Creating a displacement map from your grayscale elevation image17. In 3DS Max (or whatever you’re using), select the plane, go to the Modifier List, scro ll down to “Displace,” and add your grayscale map to create the terrain you want. Adjust “strength” to exaggerate the height of the mountains however you prefer. Problem is, a plane has only two dimensions, so you can’t print it with a 3D printer no matter how many mountains it has (Image "H");Editor's Note: If you don't have access to 3D Studio Max, fear not! Using Roy's instructions as a general guideline we completed these steps with Blender (a free 3D editing tool).J. Converting your plane into a 3D printable object18. Convert the plane to an Editable Poly, select only the outermost vertices (“select border” in 3DS Max), and drag them all down pretty far on the Z axis till they’re clear of everything else. Then “Make Planar” on “Z,” which should line up all the vertices you selected to have equal “Z” values. With that border still selected, click on “Cap.” That completes a 3D printable object (Image “J”);19. Move the bottom “cap” up near to the lowest point of your topography, but not too close, or you risk breaking your printed map when you pry it off your build surface at the end of this process;20. Select your topo map object and export it as a StereoLitho (STL) file;K. Topographic map imported into MakerWare21. Open MakerWare, MatterControl, or whatever you’re using to drive your printer, and add your STL object, scaling it to fit your print bed comfortably (Image “K”);L. The final product - a 3D printed topographic map22. Print it! This will take a long time to print. My map took almost four hours, but the detail is amazing. This printed object is only about 4.75in x 3.5in (Image “L”).This may look like a long, difficult process, but it’s actually pretty straightforward if you follow every step to the letter. Believe me: It will be a lot easier for you to go through these steps than it was for me to figure them out.If you find any mist akes in this article, please point them out, and I’ll do my best to fix them.Good printing!Roy SmithThe Smithbot27 CommentsIt looks kind of hairyuhuh - August 29th, 2013 at 12:12p.m.@uhuh - There are some pretty technical aspects so it is definitely not for the faint of heart, but once you get the hang of the tools involved it is very repeatable.If you try it out and run into problems just post your question here - we'll attempt to improve the instructions over time.kevin.pope[Moderator] - August 29th, 2013 at 12:19p.m.Yes, I mean there's hairs on it.uhuh - August 30th, 2013 at 9:37a.m.Hahaha - I'm pretty sure those are filament strands.Update: New photo shows the final product with a tiny bit of clean-upkevin.pope[Moderator] - August 31st, 2013 at 8:47a.m.Hi, can you describe step by step the proces in blender? Thanks!pimpom - September 2nd, 2013 at 7:49a.m.@pimpom Yes, we will work on describing the process in blender.kevin.pope[Moderator] - September 3rd, 2013 at 9:23p.m.I'm wondering how tree coverage would impact the ability to map different areas. For instance, if an area has dense tree coverage, how is Google Earth getting these measurements?Alex - October 19th, 2013 at 12:47p.m.I'm having some trouble getting from step 4 to step 5, where I can't figure out how to "click" on one of the boxes. Any input as to how you get to the topographic data download section would be greatly appreciated!Thanks!AlexAlex - October 19th, 2013 at 12:59p.m.@AlexTo be a little more clear - in order to select a topographic data set you'll want to 'fly' to the area you want an look for a label called 'Data for: srtm_xx_xx', clicking on the icon near that label will pop up the dialog in figure b.There are some methods of gathering topographic that ignore tree coverage - such as Airborne Laser Scanning (aka lidar). Not sure if that was part of the collection method for this particular data set though.kevin.pope[Moderator] - October 19th, 2013 at 1:42p.m.Hello. I'm having a bit of an issue. I was able to download everything and open up Google Earth, but when I click on the elevation box for SRTM4.1, no white boxes appear and I'm not sure how to proceed. Is there a setting that would be hiding them?Thanks!heolson - December 4th, 2013 at 5:41a.m.I'm not aware of any settings that would hide the data. The grid squares are fairly large so if you are zoomed in you may not see them. Here is a picture of what it should look like with the plugin installed:kevin.pope[Moderator] - December 6th, 2013 at 2:33p.m.The same thing is happening to me. No white lines appear when I click on the "elevation" setting. I've pulled out, zoomed in: nothing. I can't select anything.Christian Probasco - December 6th, 2013 at 6:19p.m.What model/size 3d printer did you use?Guest - December 23rd, 2013 at 8:43a.m.It was the Airwolf3D XLcselph[Moderator] - December 24th, 2013 at 11:28a.m.I am also not able to see any squares, i zoomed in to the exactly same spot and size as the comment of kevin.pope but i don't see anything.I just donwloaded it and i am using version 7.1.2.2041. I don't know if it has to do anything withit but maybe it is because of an update in google maps? or am I doing something wrong? I hope someone knows a solution i so want this maps printed ;)Thanks for help and this topic is so nice thanks for sharing this!Guest/Roeland22896 - December 26th, 2013 at 2:00p.m.Ok i noticed something hope that will help a bit more to find the problem.you have the "lamp" symbol on the elevation map and yours is green in the picture but and mine is orange, i tried to right click and then click on refresh, is moves a few times (now it is grey) from left to right and then it stand still in the middle and goes back to orange.Guest/Roeland22896 - December 26th, 2013 at 2:06p.m.If i click propreties, then this is the link i get:/portal/srtm41/elevation.kmzBox is selected from allow settings to be expandedBox is empty from Show content as optionIn description there is nothingIn view everything is on NA and date/time is NONEI don't know what refresh was (played a while but nono of the settings changed anything) but box was empty from fly to vieuw refresh.Sorry for these 3 fast commments but just wanted to give some more information.Guest/Roeland22896 - December 26th, 2013 at 2:12p.m.Interesting, could be that the plug in isn't compatible with the new version of Google Earth. I will download a fresh copy and give it a try.kevin.pope[Moderator] - December 29th, 2013 at 1:03p.m.I could not get the grid to show up either for 7.1.xxx version (latest). I downloaded the older7.0.xxx version and now it works...FYIGuest/Mitch Frankel - December 31st, 2013 at 12:08p.m.^^^ I was wrong, the grids that appear for version 7.0.xxx were not for elevation data. I cannot get srtm4.1 to work for any version of Google earth 32-bit Windows 7 OS.Guest/Mitch Frankel - December 31st, 2013 at 12:13p.m.I was able to get a greyscale heightmap image from microdem using data from the srtm website (/SELECTION/inputCoord.asp), import the plane into blender, and displace the plane so that my topo is visible. I now have a 2D map and have not been able to figure out how to make a 3D solid to export to stl (using Blender). Any help in doing steps 18-20 above in Blender would be greatly appreciated.Guest/Mitch Frankel - December 31st, 2013 at 2:20p.m.Sorry for so many posts - Use this tutorial for Blender (see comments for extruding the plane) - /tutorial/make-mountains-blender-height-maps. Between that tutorial and this one, I've gotten an awesome 3D print of the Wasatch!Guest/Mitch Frankel - December 31st, 2013 at 2:44p.m.I HAVE THE SAME PROBLEM AS Guest/Roeland22896 ANYONE GOT AN ANSWER?SUZ - March 6th, 2014 at 6:59a.m.There appears to currently be a problem with the servers that provide the SRTM data to google earth, so the plugin does not currently function (see the upper left part of this page:/srtm: "Status Technical problems. Servers being rebuilt.")Your best bet is probably what Mitch Frankel suggested... get the data (without using google earth) from /SELECTION/inputCoord.aspGuest - April 22nd, 2014 at 10:32a.m.I'm doing this for French alps, using the data from CGIAR as in the hint above. I can make a nice map, and even extrude it. But I can't do step 18 to make a flat base for 3D printing. Can someone offer me a noobie walkthrough for step 18 above, but in Blender?Big J - June 16th, 2014 at 11:05p.m.Thanks for the tutorial. I have a question, I'm working with a jpg of a map, it's not greyscale, it's red and blue shading. How can I convert that to a 3d displacement map in Maya or Sketchup?Thanks.T - June 21st, 2014 at 10:57a.m.Cheer Roy!Every step has been perfect, absolutely perfect.Worked out well, I ended up using Blender for the Displacement, then 3DS Max for the base forming. The SRTM Google plugin is still giving me issues though, but hopefully i'll fix that soon.Best Regards,AndrewAndrew - August 10th, 2014 at 6:49p.m.Add a Comment*italics* italics**bold** bold [MatterHackers]() MatterHackers* item 1 * item 2 * item 3 ∙item 1 ∙item 2 ∙item 3> quoted text quoted text ∙Related Articles• Your new source for 3D printing supplies• Working To Add Automatic Printer Calibration• Automatic Printer Calibration: Update• 3D Printing A Wooden Glider• Southern California 3D Printing Meetup• Great Turnout For Jan 2013, 3D Printing Meetup• A 3D Printed Valentine• How To Succeed When Printing In PLA• Have Printer – Will Travel• 3D Printing Workshop - Southern California• 3D Printers for Peace Contest Announces Winners• How to Make Your Friends into Flakes• Lars Brubaker presents at the 2014 3D Printer World Expo • Sneak Peak: MatterControl 1.1• How To Succeed When Printing With ABS• Printing Tips & Tricks: ABS Bed Adhesion• Printing with Nylon• MatterCAD - Design Your 3D Parts In C#• MatterCAD API Documentation。
arcgis pro 实施指南说明书
ArcGIS Pro 实施指南组织开始使用 ArcGIS Pro 的基本任务。
发布日期： 2021 年 6 月任务一览表任务完成1.了解 ArcGIS Pro2.获取 ArcGIS Pro3.设置 ArcGIS Online4.分配 ArcGIS Pro5.下载并安装6.探索实践学习7.了解详细信息1. 了解 ArcGIS Pro很高兴您决定在组织中开始使用 ArcGIS Pro。
即使您只有少许或完全没有 GIS 经验也没关系 - 现在正是您开始使用 Esri 新一代桌面 GIS 的好时机。
随着技术的快速发展，曾经令人生畏的空间问题变得易于解决，通过 ArcGIS Pro 的直观设计，GIS 可供更多不同行业的人群使用。
为了组织成员能够使用 ArcGIS Pro 创建引人注目的地图和可视化效果、解决数据驱动的问题以及与同事协作，您需要进行设置。
本指南将简化该过程并帮助您避免混淆。
现实问题解决方案从艺术制图到数据驱动的分析再到 3D 模型，ArcGIS Pro 具有适用于各行业的广泛功能。
下文将介绍这些方案的少部分示例。
每个示例均随附实践学习练习，您或您的同事可以在完成本指南中的其他任务后返回到练习。
•制图：在 ArcGIS Pro 中，您可以制作精美的地图和可视化来唤起地方感，同时以引人注目的方式传达数据。
例如，您可以可视化公共卫生趋势（如疟疾发病率下降），但可能性几乎是无限的。
ArcGIS Pro 用于制作Maps We Love 库中的大部分最新条目，这是 Esri 最佳制图的精选集合。
•空间分析：从零售到自然资源再到国家安全等行业，ArcGIS Pro 可帮助专业人员使用数据解决复杂的空间问题。
了解保护科学家如何使用机器学习来预测重要的海草栖息地。
•3D GIS：您可以在同一个 ArcGIS Pro 工程中分析 2D 和 3D 数据。
高级 3D 模型提供了制定重要决策所需的可视化，例如使用此提议的城市发展模型。
GIS软件使用教程：创建和操作地图说明书
ContentsPreface ixAcknowledgments xiPart I Using and making mapsChapter 1 Introduction 1Tutorial 1-1 Opening and saving a map document 2Tutorial 1-2 Working with map layers 5Tutorial 1-3 Navigating in a map document 12Tutorial 1-4 Measuring distances 21Tutorial 1-5 Working with feature attributes 24Tutorial 1-6 Selecting features 29Tutorial 1-7 Changing selection options 30Tutorial 1-8 Working with attribute tables 36Tutorial 1-9 Labeling features 43Assignment 1-1 Analyze population by race in the top 10 US states 46Assignment 1-2 Produce a crime map 49Chapter 2 Map design 51Tutorial 2-1 Creating point and polygon maps using qualitative attributes 52 Tutorial 2-2 Creating point and polygon maps using quantitative attributes 62 Tutorial 2-3 Creating custom classes for a map 66Tutorial 2-4 Creating custom colors for a map 70Tutorial 2-5 Creating normalized and density maps 73Tutorial 2-6 Creating dot density maps 78Tutorial 2-7 Creating fishnet maps 80Tutorial 2-8 Creating group layers and layer packages 86Assignment 2-1 Create a map showing schools in New York City by type 92 Assignment 2-2 Create maps for military sites and congressional districts 93 Assignment 2-3 Create maps for US veteran unemployment status 95Chapter 3 GIS outputs 97Tutorial 3-1 Building an interactive GIS 97Tutorial 3-2 Creating map layouts 104Tutorial 3-3 Reusing a custom map layout 111Tutorial 3-4 Creating a custom map template with two maps 113Tutorial 3-5 Adding a report to a layout 119viGIS TUTORIAL FOR ARCGIS DESKTOP 10.8Tutorial 3-6 Adding a graph to a layout 121Tutorial 3-7 Building a map animation 123Tutorial 3-8 Using ArcGIS Online 128Assignment 3-1 Create a dynamic map of historic buildings in downtown Pittsburgh 128Assignment 3-2 Create a layout comparing 2010 elderly and youth population compositions in Orange County, California 130Assignment 3-3 Create an animation for an auto theft crime time series 131Part II Working with spatial dataChapter 4 File geodatabases 133Tutorial 4-1 Building a file geodatabase 133Tutorial 4-2 Using ArcCatalog utilities 136Tutorial 4-3 Modifying an attribute table 139Tutorial 4-4 Joining tables 142Tutorial 4-5 Creating centroid coordinates in a table 144Tutorial 4-6 Aggregating data 148Assignment 4-1 Investigate educational attainment 153Assignment 4-2 Compare serious crime with poverty in Pittsburgh 155Chapter 5 Spatial data 159Tutorial 5-1 Examining metadata 160Tutorial 5-2 Working with world map projections 162Tutorial 5-3 Working with US map projections 165Tutorial 5-4 Working with rectangular coordinate systems 167Tutorial 5-5 Learning about vector data formats 172Tutorial 5-6 Exploring raster basemaps from Esri web services 178Tutorial 5-7 Downloading raster maps from the USGS 181Chapter 6 Geoprocessing 185Tutorial 6-1 Extracting features for a study area 185Tutorial 6-2 Clipping features 190Tutorial 6-3 Dissolving features 192Tutorial 6-4 Merging features 195Tutorial 6-5 Intersecting layers 199Tutorial 6-6 Unioning layers 202Tutorial 6-7 Automating geoprocessing using ModelBuilder 208Assignment 6-1 Build a study region for Colorado counties 220Assignment 6-2 Dissolve property parcels to create a zoning map 222Assignment 6-3 Build a model to create a fishnet map layer for a study area 223Chapter 7 Digitizing 227Tutorial 7-1 Digitizing polygon features 228Tutorial 7-2 Digitizing line features 239Tutorial 7-3 Digitizing point features 245Tutorial 7-4 Using advanced editing tools 248Tutorial 7-5 Spatially adjusting features 255Assignment 7-1 Digitize police beats 259COnTEnTS viiAssignment 7-2 Use GIS to track campus information 261Chapter 8 Geocoding 263Tutorial 8-1 Geocoding data by ZIP Code 263Tutorial 8-2 Geocoding data by street address 268Tutorial 8-3 Correcting source addresses using interactive rematch 274Tutorial 8-4 Correcting street reference layer addresses 276Tutorial 8-5 Using an alias table 281Assignment 8-1 Geocode household hazardous waste participants to ZIP Codes 282Assignment 8-2 Geocode immigrant-run businesses to Pittsburgh streets 284Assignment 8-3 Examine match option parameters for geocoding 285Part III Analyzing spatial dataChapter 9 Spatial analysis 289Tutorial 9-1 Buffering points for proximity analysis 290Tutorial 9-2 Conducting a site suitability analysis 295Tutorial 9-3 Using multiple ring buffers for calibrating a gravity model 299Assignment 9-1 Analyze population in California cities at risk for earthquakes 308Assignment 9-2 Analyze visits to the Jack Stack public pool in Pittsburgh 310Chapter 10 ArcGIS 3D Analyst for Desktop 313Tutorial 10-1 Creating a 3D scene 314Tutorial 10-2 Creating a TIN from contours 315Tutorial 10-3 Draping features onto a TIN 320Tutorial 10-4 Navigating scenes 326Tutorial 10-5 Creating an animation 330Tutorial 10-6 Using 3D effects 332Tutorial 10-7 Using 3D symbols 335Tutorial 10-8 Editing 3D objects 339Tutorial 10-9 Using 3D Analyst for landform analysis 342Tutorial 10-10 Exploring ArcGlobe 348Assignment 10-1 Develop a 3D presentation for downtown historic sites 352Assignment 10-2 Topographic site analysis 354Assignment 10-3 3D animation of a conservatory study area 355Chapter 11 ArcGIS Spatial Analyst for Desktop 357Tutorial 11-1 Processing raster map layers 358Tutorial 11-2 Creating a hillshade raster layer 363Tutorial 11-3 Making a kernel density map 365Tutorial 11-4 Extracting raster value points 371Tutorial 11-5 Conducting a raster-based site suitability study 374Assignment 11-1 Create a mask and hillshade for suburbs 381Assignment 11-2 Estimate heart attack fatalities outside hospitals by gender 383Chapter 12 ArcGIS Network Analyst for Desktop 385Tutorial 12-1 Solving the “traveling salesperson” problem 386Tutorial 12-2 Building a TIGER-based network dataset 394viiiGIS TUTORIAL FOR ARCGIS DESKTOP 10.8Tutorial 12-3 Creating travel polygons 402Tutorial 12-4 Locating facilities 409Tutorial 12-5 Routing vehicles from depots to demand points 414Assignment 12-1 Geographic access to federally qualified health centers 421Assignment 12-2 Analyze visits to the Phillips public pool in Pittsburgh 423Assignment 12-3 Locate new farmers’ markets in Washington, DC 424Appendix Data source credits 427。
ArcGIS StoryMaps - 讲述故事的地图说明书
Chapter 3: T ell Your Story Using a Map 61In the effort to answer questions and solve real-world problems, it is frequently necessary to explore the relationship between differentvariables. For example, to answer a question about whether there is a relationship between diabetes and obesity, the investigator needs to compare the rates of these two conditions. Spatial data – data tied to a specific location – is essential in this. Mapping rates of diabetes and obesity reveals patterns of distribution that suggest a definite connection between the two. Beyond visualobservations of patterns, exploring this data in a GIS means it is also possible to query the data and employ a range of analysis tools to further explore the relationship.Story maps provide a number of ways to compare maps and data. The Story Map Swipe and Spyglassapp enables users to interact with two web mapsor layers simultaneously in a single scalable view. InLesson 3-2: Create a swipe story mapAre graduation and unemployment rates related?this lesson you will create a swipe map to compare high school graduation rates with unemployment rates.ScenarioHow important is it for future members of the workforce to complete high school? What is the relationship between graduation rates and unemployment? A national education advocacy group focused on reducing high school dropout rates has hired your Data Visualization Company to produce a web map that can be imbedded on their website comparing high school graduation rates with unemployment rates. Build skills in these areasOpening a map Creating a Swipe story map What you needAn ArcGIS Online account(free public or organizational)Estimated time: 45 minutes62 Instructional Guide for The ArcGIS BookOpen a map with employment and graduation rate layers1. Sign in to your ArcGIS Online account.2. Click search.3. Search for LearnResource.4. Click the thumbnail of the Graduation Ratesand Unemployment map to open it.5. Use Save as to save to your own account asGraduation Rates and Unemployment-[your initials].The two layers in this map are the ones you willuse in your swipe story map. Be sure both are turned on.Create a swipe story map1. Click Share (above the map).2. Click Create a Web App under Embed this map.3. Under Build a Story Map, select Story MapSwipe and Spyglass.4. Click Create App.5. Type the following in the summary box:Choropleth maps of US high schoolgraduation rate, and US unemployment rate.6. Click Done.In the Swipe/Spyglass Builder, notice that theVertical bar is the default selected layout. This is the one you want.7. Click Next.In the next window, notice that A layer in a web map is the default selected layout. Again, this is the one you want. 8. Click Next.Note: the Builder has identified Unemploymentrate 2010 as the layer to be swiped. This just determines which of the two layers will be on the bottom and which on the top.9. Accept the default layout settings and clickNext.Chapter 3: T ell Your Story Using a Map 6310. Select colors for your map headers and giveeach header a title.Note: the Right Map will be the same as theone Builder identified as the map to be swiped.11. Click Open the app.12. Add a description of the swipe map in the boxthat says Edit me.13. Modify the title or the subtitle (this is the mapsummary) if you wish to do so.14. When you have finished, click Save.Your completed swipe map opens like this:If you zoom in and move the swipe bar you can observe relationships at both the regional and local scales.Extended activityCreate another swipe map using census and/or health data to explore possible relationships among variables, For example, race and income,infant mortality rate, and poverty.。
地图设计说明书
黑龙江科技大学《地图学》课程设计说明书题目：哈尔滨市年月降水分布图院（系）：矿业工程学院班级：城乡姓名：周春燕学号：指导教师：王俊杰地图学课程设计说明书一、资料与数据的来源、资料的来源资料主要来源于网上查找的资料数据、这幅底图本身含有的内容和一些关于专题地图的资料，资料和数据是比较综合整理后。
该图的比例尺为：万，主要突出的区域是哈尔滨市，符合规定要求。
、数据的来源①首先根据上课时老师的指导找一些关于专题地图的资料数据，比如哈尔滨市的旅游地图，人口分布图等。
在这过程中我确定了自己的专题地图的内容，并且结合了课程设计的需要，绘制了一幅哈尔滨市年月份降水量分布图。
②在哈尔滨市地图的基础上，应用了原有的资料如：边界线、县级的名称。
③根据自己设定的以哈尔滨市年月降水量分布为专题之后，通过对资料的收集和分析，并巧妙地借用了网络的优势，找到了准确可靠的哈尔滨市年月降水量分布数据和布局状况。
④在图书馆里面查阅相关资料，参考别人的专题地图的制作方法，和专题的布局所选用的一些图例进行参考和借鉴。
所以综合上述的资料和数据的来源主要为收集各种地图、影像、数据和文字资料，分析汇总资料，选取有效部分加工使用，利用画图软件最后绘制出专题地图。
二、分析方法与成图过程、专题的分析方法专题地图的类型很多，其内容都是由地理基础和专题要素组成的。
专题地图按照地图主题的要求，一般突出反映一种或几种主体要素，其中作为主题的要素表示的很详细，其他的要素则围绕表达主题的需要，作为地理基础概略表示。
目前专题地图的表示方法一般有：定点符号法，线状符号法，质底法，等直线法，定位图表法，范围法，点数法，统计图表法动态线法。
用到了质底法，分区统计图表法。
我运用软件，选择质底法、分区与分级统计图法绘制了哈尔滨市年月降水量分布专题地图。
软件的“图面配置”是通过一个叫做“版面设计”的过程完成的。
版面设计可以将项目中除了自身之外的所有组件（由视图，图表，表格，脚本等），以及一般专题地图的必备要素：图名，图例，比例尺，等，经过整饰而组合成内容充实，表现方式多样，易于编辑修改与动态更新能力强的专题地图。
CASS-9.0使用说明书
目录第一章CASS 9.0安装1.1 CASS 9.0的运行环境1.2 CASS 9.0的安装1.3 CASS 9.0更新卸载第二章 CASS 9.0快速入门第三章测制地形图3.1 准备3.2 绘制平面图3.3 绘制等高线3.4 编辑与整饰第四章测制地籍图4.1 绘制地籍图4.2 宗地属性处理4.3 绘制宗地图4.4 绘制地籍表格第五章土地详查与勘测定界5.1 土地详查5.2 勘测定界中块状工程作业一般流程5.3 勘测定界中线状工程作业一般流程5.4 土地勘测定界成果第六章 CASS在数据入库中的应用6.1属性结构设置与编辑6.2图形实体检查6.3数据输出第七章 CASS 9.0在工程中的应用7.1 基本几何要素的查询7.2土方量的计算7.3 断面图的绘制7.4 公路曲线设计7.5 面积应用7.6 图数转换第八章数字地图管理8.1 数字地图管理概述8.2 图幅管理第九章 CASS在市政监管中的应用9.1数字市政监管概述9.2 CASS在城市部件调查中的应用9.3 CASS中市政监管操作流程第十章白纸图数字化10.1 用手扶跟踪法进行老图数字化10.2用CASS 9.0进行扫描矢量化10.3用CASSCAN进行扫描矢量化第十一章电子平板成图11.1 准备工作11.2 电子平板测图11.3 总结第十二章.. CASS 9.0打印指南12.1打印出图的操作附录A CASS 9.0的野外操作码第二章 CASS 9.0快速入门本章将介绍一个简单完整的实例，通过学习这个例子，初级用户就可以轻轻松松的进入CASS 9.0的大门。
高级用户可以跳过本章。
CASS 9.0安装之后，我们就开始学习如何做一幅简单的地形图。
本章以一个简单的例子来演示地形图的成图过程；CASS 9.0成图模式有多种，这里主要介绍“点号定位”的成图模式。
例图的路径为C:\CASS9.0\demo\study.dwg（以安装在C：盘为例）。
初学者可依照下面的步骤来练习，可以在短时间内学会作图。
(完整word版)道路设计说明书
说明书第一篇总体设计一、任务依据及测设经过（一）概述xx公路工程的修建对满足交通运输的需要及沿线镇区发展规划的需求具有重要作用，在促进镇区经济发展方面具有重要意义。
（二）任务依据本项目勘察设计的主要依据有：1、交通部发布的《公路工程技术标准》（JTG B01—2003）及相配套的有关规范、规程；2、项目委托书及相关技术要求；3、双方签订的勘察设计合同。
（三）测设经过受业主委托，由我公司承担本项目的勘察设计任务，按一阶段施工图进行勘察设计，作业中严格遵照相关规范进行操作，进行实地放线和资料收集工作，其主要测设经过如下：1、控制测量为满足本项目设计、施工的要求，沿线布设控制导线3.146公里。
导线点采用RTK进行施测，导线点高程采用假设独立高程。
坐标系统采西安80坐标系，测量成果经外业验收后进行了平差计算，各项精度指标均符合规范要求，可作为本测区的基本平面、高程控制。
2、中线测量中线全部采用全站仪实地放线，全线为20m一桩(特征点加桩)，路线纵断面采用全站仪施测。
3、专业调查外业测设期间，各专业组人员对拟定路线方案的水文地质情况、路基构造物、桥涵的相关资料及其它构造物的拆迁、当地材料价格等均进行了实地调查。
二、设计标准根据xx政府的委托，本段路线以交通部颁发JTG B01-2003《公路工程技术标准》中设计速度为20Km/h的四级公路标准进行测设，主要技术指标如下：1、路基、路面宽度：路基宽度4.5米，路面宽度3.5米，两侧土路肩各0.5米（横断面布置见路基标准横断面图）；2、设计荷载：公路－II级；3、设计洪水频率：路基：1/25；4、路面类型：水泥砼路面；5、一般最小圆曲线半径：30米；极限最小圆曲线半径：15米；6、回头曲线最小半径：15米；7、最大纵坡：9%，受限路段12%；8、最小坡长：60米。
三、沿线自然自理特征及其与公路建设的关系1、地形、地貌该段路线位于福建省南部沿海地区，沿线主要地质特征为：山岭重丘区第四系全新冲积粘土、亚粘土、填积土和淤泥，局部洪积软亚粘土和下伏亚粘土。
突袭2地图编辑器官方说明书中文版临时修订版
突袭 2 地图与任务编辑用户指导1.基础2.编辑器界面3.菜单栏3.1 地图新建地图保存地图加载地图生成位图3.2 任务新建任务生成战役任务生成独立任务生成联机任务保存任务加载任务生成位图3.3 任务选项玩家脚本援军生成援军兵力群（队别）军队窗口援军窗口行动窗口任务目标任务信息生成战术图设置4.编辑地图放置物体（树木、道路、建筑、桥梁、悬崖、弹坑、栏杆、零乱石头、装饰物件、路上物件）地形保存 /加载物件自动生成可见度位置声音大门地雷飞机场其他属性5.单位放置单位编辑单位单位编辑窗口编辑兵力群（队别）（队别）6.脚本行动模式创建脚本计时器及计时查看单位位置控制单位行动在单人游戏中控制援军在多人游戏中控制援军任务结束及事件顺序控制飞机控制曲射火力控制战雾处理变量其他条件其他单位的行动在战役任务中使用 Forces以继承单位行动和条件的逻辑和顺序7.常见问题１.基础突袭 2 中一个可玩的任务由一张地图和任务组成。
一张地图代表一块有着地形和一套固定物体（树木、建筑等等）的区域。
任务包含单位、控制行为（位置、大门等等）的不同元素。
任务在地图上确定的区域内执行，也可以在同样的地图上设置多个任务。
你用编辑器修改出的地图和任务就是源文件。
要玩任务，那首先就要创建一个。
有三种任务：战役 (campaign) 任务、独立 (single)任务和联机(multiplayer) 任务。
2.编辑器界面·主窗口 (main window) ：这是放置地形元素、单位、标记点 (marker)等等的地方。
·工具栏 (tool tree)：用工具栏你可以选择可用的工具（图形元素、单位等等）并在主屏幕上放置各种元素。
工具栏的下一层显示了被选中的元素的可能设置。
·辅助窗口(auxiliary window) ：这里包含了工具的信息或者进一步选项。
·小地图 (minimap)：显示整个游戏地图的全貌。
城市道路施工图设计说明书模板
城市道路施工图设计说明书1、概述1.1 工程概况A、B道路位于南方，A道路东接现状C，规划为城市支路，道路全长约R米；B道路相交于A 道路，规划为城市支路，道路全长约RX米；C道路位于，规划为城市街道，道路硬化面积约为R m2。
1.2 设计依据●设计合同；●中标通知书；●初步设计批复；●我公司设计的初步设计文件；●《R分区规划（2007～2020）》；●《R总体规划（2006-2020）》；●工程勘察测量报告；●其他调查和收集的有关社会经济、交通运输及自然条件、地质等资料。
1.3 初步设计批复意见的执行情况严格按照初步设计批复意见进行设计。
1.4 采用的规范、规程和工程验收标准●《城市道路工程设计规范》 CJJ37-2012；●《城市道路路线设计规范》 CJJ193-2012；●《城市道路交叉口设计规程》 CJJ152-2010；●《城镇道路路面设计规范》 CJJ169-2011；●《城市道路路基设计规范》 CJJ 194-2013；●《城镇道路工程施工与质量验收规范》 CJJ-2008；●《建筑边坡工程技术规范》 GB 50330-2013；●《建筑地基处理技术规范》 JGJ 79-2012；●国家、行业、地方现行的相关技术规程及规范。
1.5 技术标准与设计技术指标依据《城市道路工程设计规范》（CJJ 37-2012）项目采用的主要技术标准为：主要技术标准主要技术指标一览表2、建设条件2.1 沿线自然地理概况2.1.1 沿线地形地貌拟建A道路包含有素土路面、局部混凝土路面和局部沥青路面；地形地势，横向呈西高东低，纵向呈南高北低；道路两侧多为工厂围墙；道路沿线高程在R～RX米之间。
拟建B道路为素土路面；地形地势，呈西高东低；道路右侧为工厂围墙，左侧为山坡；道路沿线高程在R～R米之间。
拟建C道路为残破水泥路面，周围居民房分布较为密集，整体地势比较平缓，道路沿线高程在R～R米之间。
2.1.2 水文场地位于R市RXX，河流水量R。
地图编辑器 用户说明书
地图编辑器用户操作手册一、 概述地图编辑器（Map Editor）是Mapabc API地图服务的后台数据管理平台。
此平台适用于各种企业和个人用户。
根据用户需求，可定制符合用户行业需求的地图数据模板。
基于不同用户的地图数据模板，平台通过直观的地图展现方式，提供了地图创建和地图管理功能。
编辑器用户登录平台后，可创建和管理自己的点、线、面数据。
二、 功能介绍2.1 登录打开浏览器，输入地址：，进入编辑器登录页面，如图1所示：图1在登录界面分别输入：企业ID、用户名、密码，点击“确定”，进入地图编辑器主页面，如图2所示：图22.2主界面简介如图2所示，1区为功能栏，可提供：地图创建、地图管理、用户管理、修改密码、显示登录用户信息等功能；2区为地图展示区；3区为地图信息展示区。
2.3创建地图点击功能栏中的“创建地图”，进入创建地图页面，如图3所示：图3123123如图3所示，1区为搜索条，点击搜索条的“选择城市”，可以切换地图的城市；在搜索条中输入关键字，点击“搜索定位”，可以搜索当前地图中的POI 信息，此功能可以辅助定位标注位置；点击搜索条中的“清除搜索”，可以清除当天地图中的POI信息。
2区为地图创建工具条，点击“创建点”图标，可在地图中标注点；点击“创建线”图标，可在地图中标注线；点击“创建面”图标，可在地图中标注面。
3区为地图创建信息区，在此输入各种地图辅助信息后，点击“保存”，可将创建的地图记录保存。
2.3地图管理点击功能栏中的“地图列表”，进入地图管理页面，如图4所示：1图4如图4所示，1区为地图信息管理区，用户创建的所有地图数据展现于此。
点击“编辑”，可编辑修改一条地图数据；点击“删除”，可删除一条数据；选中“显示”复选框，可在地图中展现选中的地图数据；点击“”首页、“上一页”、“下一页”，“末页”，可实现数据记录翻页。
地图管理还提供了地图数据搜索功能，点击“查询”，查询条件输入框展现，如图5区域1所示。
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地图设计说明书
黑龙江科技大学
《地图学》
课程设计说明书
题目：哈尔滨市 9月降水分布图院（系）：矿业工程学院
班级：城乡 12-1
姓名：周春燕
学号： 024864
指导教师：王俊杰
地图学课程设计说明书
一、资料与数据的来源
1、资料的来源
资料主要来源于网上查找的资料数据、这幅底图本身含有的内容和一些关于专题地图的资料，资料和数据是比较综合整理后。
该图的比例尺为1：20万，主要突出的区域是哈尔滨市，符合规定要求。
2、数据的来源
①首先根据上课时老师的指导找一些关于专题地图的资料数据，比如哈尔滨市的旅游地图，人口分布图等。
在这过程中我确定了自己的专题地图的内容，而且结合了课程设计的需要，绘制了一幅哈尔滨市9月份降水量分布图。
②在哈尔滨市地图的基础上，应用了原有的资料如：边界线、县级的名称。
③根据自己设定的以哈尔滨市9月降水量分布为专题之后，经过对资料的收集和分析，并巧妙地借用了网络的优势，找到了准确可靠的哈尔滨市 9月降水量分布数据和布局状况。
④在图书馆里面查阅相关资料，参考别人的专题地图的制作方法，和专题的布局所选用的一些图例进行参考和借鉴。
因此综合上述的资料和数据的来源主要为收集各种地图、影像、数据和文字资料，分析汇总资料，选取有效部分加工使用，利用画图软件最后绘制出专题地图。
二、分析方法与成图过程
1、专题的分析方法
专题地图的类型很多，其内容都是由地理基础和专题要素组成的。
专题地图按照地图主题的要求，一般突出反映一种或几种主体要素，其中作为主题的要素表示的很详细，其它的要素则围绕表示主题的需要，作为地理基础概略表示。
当前专题地图的表示方法一般有：定点符号法，线状符号法，质底法，等直线法，定位图表法，范围法，点数法，统计图表法动态线法。
用到了质底法，分区统计图表法。
我运用Mapgis软件，选择质底法、分区与分级统计图法绘制了哈尔滨市 9月降水量分布专题地图。
Mapgis软件的“图面配置”是经过一个叫做“版面设计”的过程完成的。
版面设计能够将Mapgis项目中除了自身之外的所有组件（由视图，图表，表格，脚本等），以及一般专题地图的必备要素：图名，图例，比例尺，等，经过整饰而组合成内容充实，表现方式多样，易于编辑修改与动态更新能力强的专题地图。
2、专题地图的成图过程
（1）地理底图的编制
①比例尺：依据地图内容、用途选用等比例尺底图。
由于是对整个哈尔滨市进行降水分布的专题地图的绘画，因此应该选用比例尺较小的比例尺，因此我选用了1:20万的比例尺。
②边界线：根据专题地图需要选取市、县、镇边界，线性符号选用与设计。
对边界进行勾勒，使得线转弧段利于对区的颜色填充。
③主要城市：根据专题需要，选取主要市区和县城。
用子注释进行标注，使专题地图能够突出重点。
（2）专题地图的设计内容
①收集专题信息相关的图件、文本、数据和参考资料。
②资料加工处理，数据统计分析，图象资料运用。
③专题内容表示：符号设计与表现形式，图例系统设计。
④地图概括：地图内容的选择，点、线、面要素的分类、简化、夸张与合并。
图面内容设计：地图幅面上图名、图例、主图、比例尺、文字等位置安排；图廓、色彩、网纹配置等。
（3）绘图过程：
①首先新建图层，用Mapgis导入我所选择的合适的地图作为专题地图的底图，接着选择合适的页面位置，调整页面，而且注意图层的变化。
②新建多个需要的图层，每个要素需要一个图层，因此每个图层上的内容基本一致，便于对地图上的文字、图形进行编辑和移动。
下面是我的图层设置概况：
主要市区：对哈尔滨市区进行标注。
边界线：区分哈尔滨内各县的边界。
区域线：区分哈尔滨市内的各个县城间的边界。
文字：文字主要有主要县市、各地区的降水量数据。
降水量：包含六个不同等级的降水量图标和分布的位置。