Package Website
1
Welcome!
1.1
What this book is about
1.2
How it started
2
How to use this book
Step 1: Installing R
Step 2: Installing RStudio
Step 3: Install the accompanying package
arc2r
Step 4: Create a new project
I Getting Started
About this section
3
Data Handling (I/O)
3.1
Importing vector data with
sf
3.2
Importing raster data with
raster
3.2.1
Single band raster
3.2.2
Multiband Raster
3.3
Importing raster data with
terra
4
Making Maps
4.1
Static Maps
4.1.1
Package
ggplot2
4.1.2
Package
tmap
4.2
Interactive Maps
4.2.1
Package
mapview
4.2.2
Package
tmap
4.2.3
Further ressources
5
Selection
5.1
Select by Attribute
5.2
Select by Location
5.2.1
Intersect
5.2.2
Intersect_3d
5.2.3
Within_a_distance
5.2.4
Within_a_distance_3d
5.2.5
Within_a_distance_geodesic
5.2.6
Contains
5.2.7
Completely_contains
5.2.8
Contains_clementini
5.2.9
Within
5.2.10
Completely_within
5.2.11
Within_clementini
5.2.12
Are_identical_to
5.2.13
Boundary_touches
5.2.14
Share_a_line_segment_with
5.2.15
Crossed_by_the_outline_of
5.2.16
Have_their_center_in
II Geoprocessing Tools
About this Section
6
Analysis Toolbox
6.1
Extract Toolset
6.1.1
Clip
6.1.2
Select
6.1.3
Split
6.1.4
Split by Attributes
6.2
Overlay Toolset
6.2.1
Spatial Join
6.3
Proximity Toolset
6.3.1
Buffer
7
Data Management Toolbox
7.1
General Toolset
7.1.1
Sort
7.1.2
Rename
7.1.3
Merge
7.1.4
Dissolve
7.1.5
Find Identical
7.2
Joins and Relates Toolset
7.2.1
Inner join
7.2.2
Outer join
7.2.3
Left / Right join
7.3
Projections and Transformations Toolset
7.3.1
Define Projection
7.3.2
Project
7.3.3
Project Raster
7.4
Raster Processing Toolset
7.4.1
Clip Raster
7.5
Sampling Toolset
7.5.1
Generate Tessellation
7.5.2
Create Random Points
7.5.3
Generate Points Along Lines
8
Spatial Analyst Toolbox
8.1
Neighborhood toolset
8.1.1
Focal Statistics
8.2
Zonal toolset
8.2.1
Zonal Statistics
8.3
Reclass Toolset
8.3.1
Reclassify
8.4
Density Toolset
8.4.1
Kernel Density
8.5
Surface Toolset
8.5.1
Slope and Aspect
9
Spatial Statistics Toolbox
9.1
Analysing Patterns Toolset
9.1.1
Spatial Autocorrelation (Global Morans I)
10
Image Analyst Toolbox
10.1
Map Algebra Toolset
10.1.1
Raster Calulator
11
3D Analyst Toolbox
11.1
Raster Interpolation Toolset
11.1.1
IDW
11.1.2
Kriging
11.1.3
Natural Neighbor
III Topology
About this section
12
Spatial Predicates
12.1
Named predicates
12.1.1
Touches
13
DE-9IM
14
Topology Rules
14.1
Polygon
14.1.1
Must not overlap
14.1.2
Must not have gaps
14.1.3
Contains point
14.1.4
Contains one Point
14.1.5
Must be covered by feature class of
14.1.6
Boundary must be covered by
14.1.7
Must not overlap with
14.1.8
Must be covered by
14.1.9
Area boundary must be covered by boundary of
14.1.10
Must cover each other
14.2
Line
14.2.1
Must not have pseudo nodes
14.2.2
Must not have dangles
14.2.3
Must not self overlap
14.2.4
Must not overlap
14.2.5
Must not self-intersect
14.2.6
Must not intersect
14.2.7
Must be single part
14.2.8
Must not intersect with
14.2.9
Must be covered by feature class of
14.2.10
Must not intersect or touch interior
14.2.11
Must be covered by boundary of
14.2.12
Must not intersect or touch interior with
14.2.13
Must be properly inside
14.2.14
Must not overlap with
14.2.15
Endpoint must be covered by
14.3
Point
14.3.1
Must coincide with
14.3.2
Must be disjoint
14.3.3
Must be covered by endpoint of
14.3.4
Point must be covered by line
14.3.5
Must be properly inside
14.3.6
Must be covered by boundary of
14.4
Line or Polygon
14.4.1
Must be larger than cluster tolarance
Appendix
A
Progress
B
Sessioninfo
References
Nils Ratnaweera
Nikolaos Bakogiannis
GIS @ ZHAW
All things R Spatial
14.4
Line or Polygon
14.4.1
Must be larger than cluster tolarance
Figure 14.33: Source:
Esri (2011)
