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QGIS Documentation Project
2.0
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QGIS 문서 만들기2.0
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목차
User guide/Manual (QGIS 2.0)
User guide/Manual PDF’s
PyQGIS cookbook (QGIS 2.0)
Documentation Guidelines
A gentle introduction in GIS
Trainings manual
QGIS 2.0 용 문서
¶
QGIS에는 많은 문서가 있고, 부분적으로 번역되었습니다.
아래의 문서들을 살펴봐 주십시오.
User guide/Manual (QGIS 2.0)
서론
표기 방법
GUI 표기 방법
텍스트 또는 키보드 표기 방법
플랫폼별 표시 방법
서문
주요 기능
데이터 보기
데이터 탐색 및 지도 제작
데이터 생성, 편집, 관리 및 내보내기
데이터 분석
인터넷에 지도 발행하기
플러그인을 이용한 |qg|의 기능 확장
파이썬 콘솔
What’s new in QGIS 2.0
사용자 인터페이스
Data Provider
Symbology
Map Composer
Labeling
Programmability
Analysis tools
Plugins
General
Layer Legend
Browser
시작하기
설치하기
샘플 데이터
Sample Session
Starting and Stopping QGIS
Command Line Options
Projects
Output
QGIS GUI
Menu Bar
Toolbar
Map Legend
Map View
Status Bar
General Tools
Identify features
Keyboard shortcuts
Context help
Rendering
Measuring
Decorations
Annotation Tools
Spatial Bookmarks
Nesting Projects
Add Delimited Text Layer
QGIS Configuration
Panels and Toolbars
Project Properties
Options
Customization
투영법 다루기
투영법 지원 개요
전지구 투영법 명세
실시간(OTF) 투영 지정
사용자 정의 좌표계
QGIS Browser
벡터 데이터로 작업하기
Supported Data Formats
The Vector Properties Dialog
Editing
Query Builder
Field Calculator
래스터 데이터로 작업하기
레스터 데이터 다루기
레스터 속성 대화창
Raster Calculator
OGC 데이터로 작업하기
QGIS as OGC Data Client
QGIS as OGC Data Server
GPS 데이터로 작업하기
GPS 플러그인
Live GPS tracking
GRASS GIS Integration
Starting the GRASS plugin
Loading GRASS raster and vector layers
GRASS LOCATION and MAPSET
Importing data into a GRASS LOCATION
The GRASS vector data model
Creating a new GRASS vector layer
Digitizing and editing a GRASS vector layer
The GRASS region tool
The GRASS toolbox
QGIS processing framework
Introduction
The toolbox
The graphical modeler
The batch processing interface
Using processing algorithms from the console
The history manager
Configuring external applications
The SEXTANTE Commander
Print Composer
First steps
Rendering mode
Composer Items
Item alignment
Atlas generation
Creating Output
Manage the Composer
플러그인
QGIS Plugins
Using QGIS Core Plugins
Coordinate Capture Plugin
DB Manager Plugin
Dxf2Shp Converter Plugin
eVis Plugin
fTools Plugin
GDAL Tools Plugin
Georeferencer Plugin
Interpolation Plugin
Offline Editing Plugin
Oracle GeoRaster Plugin
Raster Terrain Analysis Plugin
Heatmap Plugin
Road Graph Plugin
Spatial Query Plugin
SQL Anywhere Plugin
Topology Checker Plugin
Zonal Statistics Plugin
도움과 지원
메일링 리스트
IRC
버그 추적기
블로그
플러그인
위키
Appendix
GNU General Public License
GNU Free Documentation License
Literature and Web References
User guide/Manual PDF’s
PyQGIS cookbook (QGIS 2.0)
Introduction
Python Console
Python Plugins
Python Applications
Loading Layers
Vector Layers
Raster Layers
Map Layer Registry
Using Raster Layers
Layer Details
Drawing Style
Refreshing Layers
Query Values
Using Vector Layers
Iterating over Vector Layer
Modifying Vector Layers
Modifying Vector Layers with an Editing Buffer
Using Spatial Index
Writing Vector Layers
Memory Provider
Appearance (Symbology) of Vector Layers
Geometry Handling
Geometry Construction
Access to Geometry
Geometry Predicates and Operations
Projections Support
Coordinate reference systems
Projections
Using Map Canvas
Embedding Map Canvas
Using Map Tools with Canvas
Rubber Bands and Vertex Markers
Writing Custom Map Tools
Writing Custom Map Canvas Items
Map Rendering and Printing
Simple Rendering
Output using Map Composer
Expressions, Filtering and Calculating Values
Parsing Expressions
Evaluating Expressions
Examples
Reading And Storing Settings
Communicating with the user
Showing messages. The QgsMessageBar class.
Showing progress
Logging
Developing Python Plugins
Writing a plugin
Plugin content
Documentation
IDE settings for writing and debugging plugins
A note on configuring your IDE on Windows
Debugging using Eclipse and PyDev
Debugging using PDB
Using Plugin Layers
Subclassing QgsPluginLayer
Compatibility with older QGIS versions
Plugin menu
Releasing your plugin
Official python plugin repository
Code Snippets
How to call a method by a key shortcut
How to toggle Layers (work around)
How to access attribute table of selected features
Network analysis library
General information
Building graph
Graph analysis
Documentation Guidelines
Documentation Guidelines
Introduction
Using headlines
Inline tags
Footnotes
Label/reference
Figure and image
Index
Add new Screenshots
Translate Screenshots
Substitutions
Usage
Common Substitutions
Toolbar Button Icons
Other basic icons
Attribute Table
Projections and Georeferencer
Composer Icons
Properties
Plugin Icons
Translation Guidelines
Foreword
General information
Translate a .po-file
A gentle introduction in GIS
Preamble
A word from the editor
Introducing GIS
Overview
More about GIS
What is GIS Software / a GIS Application?
Getting a GIS Application for your own computer(s)
GIS Data
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Vector Data
Overview
Point features in detail
Polyline features in detail
Polygon features in detail
Vector data in layers
Editing vector data
Scale and vector data
Symbology
What can we do with vector data in a GIS?
Common problems with vector data
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Vector Attribute Data
Overview
Attributes in detail
Single Symbols
Graduated Symbols
Continuous Colour Symbols
Unique Value Symbols
Things to be aware of
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Data Capture
Overview
How does GIS digital data get stored?
Planning before you begin
Creating an empty shapefile
Adding data to your shapefile
Heads-up digitising
Digitising using a digitising table
After your features are digitised...
Common problems / things to be aware of
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
레스터 데이터
개관
레스터 데이터의 상세한정보
지오레퍼런싱
레스터 데이터 소스들
공간해상도
공간해상도
레스테에서 벡터변환
벡터에서 레스터로 변환
레스터 분석
공통적인 문제들
우리는 무엇을 익혔습니까?
도전해 보십다
생각할점
참고문헌
다음 내용은 무엇 입니까?
Topology
Overview
Topology errors
Topology rules
Topological tools
Snapping distance
Search Radius
Common problems / things to be aware of
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Coordinate Reference Systems
Overview
Map Projection in detail
The three families of map projections
Accuracy of map projections
Coordinate Reference System (CRS) in detail
Universal Transverse Mercator (UTM) CRS in detail
On-The-Fly Projection
Common problems / things to be aware of
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Map Production
Overview
Title in detail
Map Border in detail
Map Legend in detail
North arrow in detail
Scale in detail
Acknowledgment in detail
Graticule in detail
Name of the map projection in detail
Common problems / things to be aware of
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Vector Spatial Analysis (Buffers)
Overview
Buffering in detail
Variations in buffering
Common problems / things to be aware of
More spatial analysis tools
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
Spatial Analysis (Interpolation)
Overview
Spatial interpolation in detail
Inverse Distance Weighted (IDW)
Triangulated Irregular Network (TIN)
Common problems / things to be aware of
Other interpolation methods
What have we learned?
Now you try!
Something to think about
Further reading
What’s next?
About the authors & contributors
GNU Free Documentation License
Trainings manual
1. Course Introduction
1. Foreword
2. Preparing Exercise Data
2. Module: The Interface
1. Lesson: A Brief Introduction
2. Lesson: Adding your first layer
3. Lesson: An Overview of the Interface
3. Module: Creating a Basic Map
1. Lesson: Working with Vector Data
2. Lesson: Symbology
4. Module: Classifying Vector Data
1. Lesson: Attribute Data
2. Lesson: The Label Tool
3. Lesson: Classification
5. Module: Creating Maps
1. Lesson: Using Map Composer
2. Assignment 1
6. Module: Creating Vector Data
1. Lesson: Creating a New Vector Dataset
2. Lesson: Feature Topology
3. Lesson: Forms
4. Lesson: Actions
7. Module: Vector Analysis
1. Lesson: Reprojecting and Transforming Data
2. Lesson: Vector Analysis
3. Lesson: Network Analysis
4. Lesson: Spatial Statistics
8. Module: Rasters
1. Lesson: Working with Raster Data
2. Lesson: Changing Raster Symbology
3. Lesson: Terrain Analysis
9. Module: Completing the Analysis
9.1. Lesson: Raster to Vector Conversion
9.2. Lesson: Combining the Analyses
9.3. Assignment
9.4. Lesson: Supplementary Exercise
10. Module: Plugins
1. Lesson: Installing and Managing Plugins
2. Lesson: Useful QGIS Plugins
11. Module: Online Resources
11.1. Lesson: Web Mapping Services
11.2. Lesson: Web Feature Services
12. Module: GRASS
1. Lesson: GRASS Setup
2. Lesson: GRASS Tools
13. Module: Assessment
13.1. Create a base map
13.2. Analyze the data
13.3. Final Map
14. Module: Database Concepts with PostgreSQL
1. Lesson: Introduction to Databases
2. Lesson: Implementing the Data Model
3. Lesson: Adding Data to the Model
4. Lesson: Queries
5. Lesson: Views
6. Lesson: Rules
15. Module: Spatial Database Concepts with PostGIS
1. Lesson: PostGIS Setup
2. Lesson: Simple Feature Model
3. Lesson: Import and Export
4. Lesson: Spatial Queries
5. Lesson: Geometry Construction
16. Module: Using Spatial Databases in QGIS
1. Lesson: Working with Databases in the QGIS Browser
2. Lesson: Using DB Manager to work with Spatial Databases in QGIS
3. Lesson: Working with spatialite databases in QGIS
17. Appendix: Contributing To This Manual
17.1. Downloading Resources
17.2. Manual Format
17.3. Adding a Module
17.4. Adding a Lesson
17.5. Adding a Section
17.6. Add a Conclusion
17.7. Add a Further Reading Section
17.8. Add a What’s Next Section
17.9. Using Markup
17.10. Thank You!
18. Answer Sheet
18.1. Results For
Adding Your First Layer
18.2. Results For
An Overview of the Interface
18.3. Results For
Working with Vector Data
18.4. Results For
Symbology
18.5. Results For
Attribute Data
18.6. Results For
The Label Tool
18.7. Results For
Classification
18.8. Results For
Creating a New Vector Dataset
18.9. Results For
Vector Analysis
18.10. Results For
Raster Analysis
18.11. Results For
Completing the Analysis
18.12. Results For
WMS
18.13. Results For
Database Concepts
18.14. Results For
Spatial Queries
18.15. Results For
Geometry Construction
18.16. Results For
Simple Feature Model
Indices and tables
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