Rhea Graph Analytic Tool
This program is for Analysis Bounty.
How to run?
This program uses Java Web Start. Thus, it is required to install Java. You can check whether Java is working on my computer or not on here. If you can use Assimi, then there must be no problem.
How to use?
This program is based on coauthor network. The nodes of a graph is authors and the edges of a graph is an occurrence of writing same page. There are six tabs; Summary for Graph, Graph, Summary for Component, Charts for Component, Matrix for Component, and Growth of Rhea.
- Component Selection: select the component to show the result of analysis.
- The number in the parenthesis is the order of a component.
- This is used for three tabs; Summary for Component, Charts for Component, and Matrix for Component.
- (Tab) Summary for Graph
- Order: the number of nodes in the graph
- Size: the number of edges in the graph
- # of isolated node: the number of nodes that has no edge
- (Tab) Graph
- Redraw: redraw the graph
- Graph Layout
- Random: place nodes randomly
- Organic
- Circle
- Partition
- Stack
- +: Zoom in
- -: Zoom out
- (Tab) Summary for Component
- Order: the number of nodes in the component
- Size: the number of edges in the component
- Radius: the minimum eccentricity
- Diameter: the maximum eccentricity
- Average distance
- Max degree
- Min degree
- Average degree
- Coeff(degree, avg distance)
- Coeff(degree, eccentricity)
- Coeff(avg degree, eccentricity)
- (Tab) Charts for Component
- (Tab) Matrix for Component
- The scrollbars may not appear at first. By resizing the window, you can make use scrollbars.
- (Tab) Growth of Rhea
- It is recommended to use a "month" as a time interval for cumulative charts because of performance issue.
- Operation ---> Reconnect to Rhea
- Operation ---> Open File
- File: file name to open
- Year: the time of interest
- <=: less than or equal to "Year" (if not, equal to "Year")
- Example File: the first column is for the first node, the second column is for the second node, and the third column is for the "Year"
4 7 0 8 7 0 12 7 0 8 1 0 6 4 0 4 14 0
- Simulation ---> G(n,m)
- Simulation ---> G(n,p)
- Simulation ---> Random Regular
- Simulation ---> Preferential attachment
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