A New GeoComputation Pattern and Its Application in Dual-Evaluation

Foreword
Preface
Content Summary
Contents
About the Author
Part I The Theory of the New GC Pattern
1 Research Background
	1.1 Dual-Evaluation of Territorial and Spatial Planning
		1.1.1 Territorial and Spatial Planning
		1.1.2 Dual-Evaluation of Territorial and Spatial Planning
	1.2 Technical Guidelines for Dual-Evaluation
		1.2.1 Preparation of Dual-Evaluation Technical Guidelines
		1.2.2 Contents of Dual-Evaluation
	1.3 Implementation of Dual-Evaluation
		1.3.1 Requirements for Dual-Evaluation
		1.3.2 Challenges of Dual-Evaluation
	References
2 Relevant Research
	2.1 GeoComputation
		2.1.1 Spatial Analysis
		2.1.2 GeoComputation
		2.1.3 GC Pattern
	2.2 Programming Language
		2.2.1 Development of Programming Languages
		2.2.2 Thinking About Programming Languages
		2.2.3 End-User Programming
	References
3 The New GeoComputation Pattern
	3.1 Analysis of Existing GeoComputation Patterns
		3.1.1 Problem Analysis
		3.1.2 Cause Analysis
	3.2 The New GC Pattern
		3.2.1 Design Concept
		3.2.2 Core Ideas
		3.2.3 Technical Features
		3.2.4 Impact on the Industry
	3.3 Key Technologies of the New GC Pattern
4 GeoComputation Language
	4.1 G Language Overview
		4.1.1 Raising of Questions
		4.1.2 G Language Design Idea
		4.1.3 Basic Terminology of G Language
	4.2 Grammatical Rules for the G Language
		4.2.1 Basic Parameter Table
		4.2.2 GC Task Registry
		4.2.3 GC Task
	4.3 Keywords in G Language
		4.3.1 Keyword Selection Principle
		4.3.2 Expression of A Keyword
		4.3.3 Keyword Setting
	4.4 Keyword Usage Instructions
		4.4.1 Keywords for Vector Layer Analysis Class
		4.4.2 Keywords for Single Raster Layer Analysis Class
		4.4.3 Keywords for Multi-raster Layer Analysis Class
		4.4.4 Keywords for Big Data Acquisition Class
		4.4.5 Keywords for Output Class
	4.5 Features and Applications of G Language
		4.5.1 Features of G Language
		4.5.2 Applications of G Language
	References
Part II The Practice of the New GC Pattern
5 Implementation of G Language
	5.1 Implementation Strategy
		5.1.1 Program Operation Mode
		5.1.2 Integrated Development Environment
	5.2 G Language Interpreter
		5.2.1 Overall Structure
		5.2.2 Operation Logic
	5.3 G Language Debug Operation Subsystem
		5.3.1 Functional Model Design
		5.3.2 User Interface Customization
		5.3.3 Operation Logic Implementation
	5.4 Compiling of Intelligent Documents
		5.4.1 Intelligent Documentation
		5.4.2 Organization of Intelligent Documents
		5.4.3 GC Task Edit
		5.4.4 Notes
	5.5 Debugging and Running of Intelligent Document
		5.5.1 Debugging Method
		5.5.2 Debugging of Intelligent Documents
		5.5.3 Output of Operation Results
6 Dual-Evaluation System of Territorial and Spatial Planning
	6.1 System Development
		6.1.1 Overall Structure of the System
		6.1.2 System Function Development
		6.1.3 Basic Database Construction
	6.2 System Installation
		6.2.1 System Operating Environment
		6.2.2 System Directory Structure
		6.2.3 Environment Setting and Registration
	6.3 System Instructions
		6.3.1 System Application Mode
		6.3.2 Overall Control
		6.3.3 Basic Evaluation
		6.3.4 Extended Evaluation
		6.3.5 Map Analysis
		6.3.6 About
		6.3.7 Problems and Solutions
Part III The Dual-Evaluation GC Models
7 Individual Evaluation
	7.1 Ecological Evaluation
		7.1.1 Evaluation Method
		7.1.2 Input and Control
		7.1.3 GC Process
	7.2 Evaluation of Land Resources
		7.2.1 Evaluation Method
		7.2.2 Input and Control
		7.2.3 GC Process
		7.2.4 Thematic Map and Statistical Table
	7.3 Water Resource Evaluation
		7.3.1 Evaluation Method
		7.3.2 Input and Control
		7.3.3 GC Process
	7.4 Climate Evaluation
		7.4.1 Evaluation Method
		7.4.2 Input and Control
		7.4.3 GC Process
	7.5 Environmental Evaluation
		7.5.1 Evaluation Method
		7.5.2 Input and Control
		7.5.3 GC Process
	7.6 Disaster Evaluation
		7.6.1 Evaluation Method
		7.6.2 Input and Control Table
		7.6.3 GC Process
	7.7 Location Evaluation (Provincial Level)
		7.7.1 Evaluation Method
		7.7.2 Input and Control
		7.7.3 GC Process
	7.8 Location Evaluation (City and County)
		7.8.1 Evaluation Method
		7.8.2 Input and Control Table
		7.8.3 GC Process
8 Integrated Evaluation
	8.1 Importance of Ecological Protection
		8.1.1 Evaluation Method
		8.1.2 Input and Control
		8.1.3 GC Process
		8.1.4 Thematic Map and Statistical Table
	8.2 Suitability of Agricultural Production
		8.2.1 Evaluation Method
		8.2.2 Input and Control
		8.2.3 GC Process
		8.2.4 Thematic Map and Statistical Table
	8.3 Suitability of Urban Construction
		8.3.1 Evaluation Method
		8.3.2 Input and Control
		8.3.3 GC Process
		8.3.4 Thematic Map and Statistical Table
9 Optional Evaluation
	9.1 Suitability of Marine Development and Utilization
		9.1.1 Evaluation Method
		9.1.2 Input and Control
		9.1.3 GC Process
	9.2 The Importance of Cultural Protection
		9.2.1 Evaluation Method
		9.2.2 Input and Control
		9.2.3 GC Process
		9.2.4 Thematic Map and Statistical Table
	9.3 Suitability of Mineral Resources Development
		9.3.1 Evaluation Method
		9.3.2 Input and Control
		9.3.3 GC Process
10 Comparative Analysis
	10.1 Comparison of Current Situation
		10.1.1 Method Description
		10.1.2 Input and Control
		10.1.3 GC Process
	10.2 Three-lines Comparison
		10.2.1 Method Description
		10.2.2 Input and Control
		10.2.3 GC Process
		10.2.4 Thematic Map and Statistical Table
	10.3 Province and City Comparison
		10.3.1 Method Description
		10.3.2 Input and Control
		10.3.3 GC Process
		10.3.4 Thematic Map and Statistical Table
11 Map Analysis
	11.1 Thematic Atlas
		11.1.1 Method Description
		11.1.2 Input and Control
		11.1.3 GC Process
	11.2 Questionable Point Map
		11.2.1 Method Description
		11.2.2 Input and Control
		11.2.3 GC Process
		11.2.4 Questionable Point Map
Appendix Layer Style of Thematic Map