Connectivity Analysis Toolkit License Version history Getting Started Overview of Methods Three Methods for Connectivity Analysis Subset Centrality: Mapping Linkages All-pairs Centrality: Mapping Landscape Connectivity Network Flow Analysis of Time Series Input files Output files Running the Toolkit from the GUI Hexmap Tab Graphs Tab Connectivity Tab Output Tab Running the Toolkit from the Command Prompt Flowchart of analysis process Examples Example 1: Shortest-path betweenness centrality (BC) Example 2: Shortest-path betweenness subset centrality Example 3: Comparison of subset and all-pairs current flow BC Example 4: Comparison of shortest-path and current flow BC Tutorial Exercise 1 - Mapping linkages with min-cost-max-flow subset centrality Exercise 2 - Mapping linkages with shortest-path subset centrality Exercise 3 - Mapping landscape connectivity with all-pairs centrality Exercise 4 - Mapping connectivity under climate change: analysis of time series Troubleshooting Related Resources System requirements Contacts & Credits
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# Hexmap Tab This tab allows generation of hexmaps and associated shapefiles and node coordinate files from input raster data (.asc files).
## Browse for .asc file Locate the .asc file you have produced in a GIS program to represent habitat data.
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## Input filename Name of the .asc file
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## Browse for hexmap Specify the location where the hexmap file will be placed
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## Output folder The .hxn suffix will be added to the filename you specify.
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## Name of hexmap Specify the name of the output hexmap. This prefix will also be used to name the output shapefile (which consists of associated .shp, .shx,. dbf files) and a textfile with node coordinates (.crd extension).
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## Hexagon area Specify the hexagon size in hectares. You can use the extent of your .asc and the maximum size of the graph you can process to derive an approximate desired hexagon size.
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## Run to generate hexmap
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