Introduction
Course goals
Using the course workbook 使用课程的书
Additional resources 相关的资源
Installing the course data 装载数据
1 Working with coordinate systems and spatial references 和坐标系统和空间参照
Lesson introduction
Key terms
Evaluate data display to determine a problem 初步探讨数据发现问题
Locate differences between data displays 空间分布差异
Why are these images so different?
What is causing these snapping issues? 是什么原因使得空间分布差异？
Does this problem look familiar? 这些问题看起来和之前的问题有关联吗？
Accuracy and precision 精确度和准确度
Resolution
Scale
Tolerance 容差
Exercise 1A: Explore and diagnose data quality issues 检查数据质量
Make a folder connection 建立文件夹连接
Create new feature class 创建要素
Digitize features 数字化要素
Align data from different scales 不同尺度的数据结合
Diagnose the problem 诊断问题
Data draws in different parts of coordinate space 数据在不同坐标下显示
What's wrong here?
What will happen in this situation? 在这样的情况下会发生什么？
Have you ever seen something like this? 你有看过这样的情况吗？
Coordinate systems 坐标系统
Geographic coordinate systems 地理坐标系统
Datums 基准球
Datums affect coordinate values 不同椭球体对坐标的影响
Projected coordinate systems 投影坐标系统
PCS parameters 椭球体参数
Activity: Choose the right map projection 选择适合地图的投影坐标系统
Test your knowledge
Exercise 1B: Work with coordinate systems and projections
Work with misaligned data 纠正图形数据
Identify an unknown coordinate system 定义一个未知的坐标系统
Add data with similar GCS 用相同的地理坐标系统加载数据
Add data with an incorrect GCS 用不对的地理坐标系统加载数据
Add data with a different PCS and GCS
Optional: Append several roads layers together
Lesson review
Answers to Lesson 1 questions
i2 Managing data in ArcGIS 管理数据
Lesson introduction
Key terms
Geodatabase
Types of geodatabases 地理数据类型
Activity: Choosing the right geodatabase 选择对的数据类型
Getting data into the geodatabase 把数据加载进入地理数据库
Activity: Determine appropriate data-loading scenarios 选择合适的载入环境
Exercise 2A: Adding data to the geodatabase
Create a geodatabase
Convert shapefiles into geodatabase feature classes 从shp格式导入要素到mdb
Set up a model iterator 选择模式迭代器
Create a feature dataset and migrate feature classes to it 创建要素集
Add data to feature dataset 把数据导入到要素集
Challenge: Convert rasters to geodatabase using an iterator 转变栅格数据到地理数据库使用迭代器？
Geodatabase validation accuracy 地理数据库的准确度
Schema changes 模式改变
Rasters in the geodatabase 栅格数据的
Working with networks in the geodatabase 网络数据
Types of networks
Linear referencing 线性参照
Geocoding 地理编码
Composite locators 地址适配器
Exercise 2B: Create geodatabase behaviors
Prepare data for subtypes
Create subtypes
Create a domain 创建域
Answers to Lesson 2 questions
Challenge solution: Convert rasters to geodatabase using an iterator
3 Ways to approach GIS analysis 学习GIS空间分析
Lesson introduction 课程简介
Key terms
Analysis workflow 分析步骤
Determine analysis based on data 确定分析要的数据
Activity: ArcGIS analysis methods 分析方法
Describe methodology to automate making the map book 自动制图
Fixing broken data layers in ArcMap 在ArcMap修补错误数据
What is ArcPy? 什么是ArcPy
Listing data 列表数据
Python functions Python函数
Locating a vineyard 确定葡萄园
Weighted suitability analysis 不同的权重的分析
Determine suitability 确定适合的参数
Exercise 3A: Locate missing hiker and route helicopters 确定走失的人和按路线走的直升机
Map the location where the hiker was last seen确定最后见到hiker的地方
iiSelect search and rescue resources 选择合适的搜救资源
Acquire and evaluate a model and script 确定分析的模型
Edit model parameters 修改模型参数
Add a script tool to the model 把脚本导入到模型中去
Challenge: Make a new toolbar and add functionality 创建新的工具条和加入函数
Exercise 3B: Determine best place to land a helicopter 找到最好的地方降落直升机
Analyze tool parameters and model outputs 分析工具的参数和模型的输出
Explore the Weighted Overlay tool 探索权重的叠置分析工具
Reclassify the slope raster 重分类栅格类型的坡度
Add a vegetation raster to the analysis 把植被的栅格数据加入到分析
Finalize the Weighted Overlay tool parameters 完成权重叠置分析参数
Lesson review
Answers to Lesson 3 questions
Challenge solution: Make a new toolbar and add functionality
4 Problem-solving with ArcGIS 用ArcGIS分析问题
Lesson introduction
Key terms
Analysis in ArcGIS
Resource allocation 资源分配
Site selection 地址选择
Identifying patterns 确定模式
Topographic analysis 拓扑分析
Exercise 4A: Perform network analysis 网络分析
Explore a network dataset 网络数据分析
Add a network dataset and build it 创建网络分析的要素
Make closest facility layer 创建最靠近的设施图层
Create network locations and solve closest facility 创建网络的分析方向和解决要素集
Add a point restriction to the network 创建阻挡点
Exercise 4B: Perform visibility analysis
Calculate the viewshed for one observer point
Calculate viewsheds using multiple observers
Lesson review
Resources
Answers to Lesson 4 questions
5 Visualizing GIS data 可视化分析数据
Lesson introduction
Key terms
Cartographic workflow
ArcGIS Online can enhance maps ArcGIS online增加数据保存
Using basemap layers 使用背景图层
Working with symbols 工作中使用的图标
What are cartographic representations? 地图的重现
Cartographic representation examples 地图重现的案例
Bad map, good map, better map 好地图，坏地图的举例
Visual weight 可见权重
iiiData-driven pages
Search-grid map series 搜索网格地图
Exercise 5: Create search grid map book 创建网格地图
Create a grid-index feature
Explore and create attributes for search grid
Create and apply domains 创建和使用域
Edit search grid attributes and symbolog 编辑格点和图标
Create basemap layers 使用基准图层
Create data-driven pages 创建数据驱动页
Create layout 创建输出页
Export your maps 输出你的地图
Lesson review
Answers to Lesson 5 questions
6 Sharing maps and data 共享数据
Lesson introduction
Key terms
Ways of sharing your data
Packaging your maps and data 打包你的数据
Sharing models 共享模型
Setting model parameters 设置模型参数环境
Sharing scripts 共享脚本
Serving your maps and data on the web 把你的地图共享到社区
What can be published as an image service?
Publishing raster and mosaic datasets 输出栅格和马赛克数据集
Geodatabase replication 地理要素的复制
Geodatabase replication scenarios 地理要素复制情境
Sharing with a non-ArcGIS user 共享和没有arcgis
Data-sharing scenarios 数据共享情境
Exercise 6: Share GIS data and maps
Share a layer with another user
Share a map with another user
Prepare a model for sharing
Publish a map using the Publisher extension
Lesson review
Answers to Lesson 6 questions
Appendixes
Appendix A: Esri data license agreement
Appendix B: Resources
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发表于 2011-11-9 13:53:52
