# 5 Best Free Graph Analysis Software For Windows

Here is a list of **best free graph analysis software for Windows**. Using these software, you can analyze various aspects of a graph of different formats like **GEXF**, **GML**, **GraphML**, etc. Plus, you can also analyze *scientific graphs*, *network graphs*, *line graphs*, etc. with these software. In some software, you can also enter coordinates of a graph to create and analyze it. In all of these, you can analyze graphs, but every software is proficient in analyzing a specific aspect of a graph. Some software are specialized in *graph statistics*, *some in analyzing the visual changes*, while some are specialized in analyzing *scientific graphs*.

Most of these software are quite easy to use, but prior knowledge regarding graph analysis is desirable in many of these software. All of these are perfectly capable graph analysis software which provide you accurate analysis result. The result of the analysis is usually saved by these software in their native project file format. However, some software let you save the graph analysis results in **PDF**, **SVG**, **PNG**, **JSON**, **DML**, **EMF**, etc. formats. Go through the list to find a suitable graph analysis software.

### My Favorite Free Graph Analysis Software For Windows:

**Tulip** is my favorite software because it provides a simplified analysis process and supports the most number of graph formats to import. I also like its ability to show visual changes in graphs that makes analysis much easier. **Gephi** is also a well featured graph analyzer software.

You can also check out lists of best free Scientific Graph, Social Network Analysis, and Stock Analysis software for Windows.

## Tulip

**Tulip** is a **free python-based graph analysis software** for Windows. The primary purpose of this software is to analyze and visualize relational data. In it, you can import graphs of various formats like **GEXF**, **GML**, **GraphML**, **Pajek**, **Graphviz**, and more. As soon as you import a graph of any supported format, the graph is shown on its interface. Along with graphs, it provides an **Algorithms Panel **containing a lot of algorithms like **cyclic, Connected**, **Free Tree**, **Outer Planar**, **Alpha Mapping**, **Circular**, **GEM**, and more. In each algorithm, you can modify settings to analyze graph with different settings. **For Example**, in Curve Edges algorithm, you can modify *Curve Roundness*, *Curve Type*, and *Bezier Edge*.

In this software, you mostly get visual analysis result depending upon the used algorithm. To properly comprehend the result, this software provides tools like *navigate in graph*, *select nodes/edges*, *select nodes in freehand drawing region*, *zoom*, *magnifying glass*, etc. Once the analysis gets completed, you can quickly export graphs obtained at different stages of the analysis as **SVG**, **JSON**, **DML**, etc. files. All the obtained numerical data can also be saved separately in a separate **CSV** file.

In general, it is a feature-rich graph analysis software through which you can analyze various aspects of a graph.

## Gephi

**Gephi** is a **free open source graph analysis software** for Windows. Using it, you can analyze graphs present in **Gephi**, **Graphviz**, **GDF**, **GEXF**, **GML**, and **GraohML** files. It is not only used to analyze graphs, but also for the analysis of *exploratory data*, *link*, and *biological network*. In it, you get various dedicated statistics section to extract and analyze various aspects of the graph. All the statistics are available on the **Statistics section** which is present on the right side of the interface. In the statistics section, you mainly get **four types** of graph statistics namely **Network Overview Statistics**, **Node Overview Statistics**, **Edge Overview Statistics**, and **Dynamic Statistics**.

### Let’s take a look at all four Graph statistics types which help in analyzing a graph:

**Network Overview Statistics**: In it, you can find out*average degree*,*network diagram*,*graph density*,*modularity*,*page rank*,*connected components*, etc.**Node Overview Statistics**: It shows the average clustering coefficient and eigenvector centrality values.**Edge Overview statistics**: From here, you can view average path lengths of both directed and undirected network graph values.**Dynamic Statistics**: This shows node, edge, degree, and clustering coefficient statistics of only dynamic network data or graphs.

Apart from analyzing the graph, you can also use it to create a network graph from scratch. All the created or modified graphs can easily be exported as **Graph file**, **PDF**, **SVG**, and **PNG** files. Overall, it is simple and easy to use graph creation as well as graph analysis software.

## SciDAVis

**SciDAVis** is another free graph analysis software for Windows. It is also used for scientific data analysis and visualization. In this software, you can manually plot a graph and analyze them. It also lets you analyze predefined graphs of formats like **OGG**, **OGV**, **OPJ**, etc. To manually plot graph, go to its **Table Window** and enter all the graph coordinates to create a graph. After manually plotting a graph or importing a graph, you can start the analysis.

To perform graph analysis, this software provides a dedicated **Analysis Tab**. In this tab, you get various analysis techniques to use namely **FFT**, **Correlate**, **Autocorrelate**, **Convolution**, **Deconvolution**, and **Fit Wizard**. All these different analysis methods let you analyze the input coordinate values and provide different graphs and results. To analyze the resultant values and graphs, you get simple tools like *zoom*, *select data range*, *enrichments*, *statistics on row*, *statistics on column*, etc. After performing the analysis, you can save the obtained analysis results as **SciDAVis Project** and **SciDAVis Template **files.

## YoshinoGRAPH

**YoshinoGRAPH** is yet another free graph analysis software for Windows. This software allows you to generate, view, and analyze various aspects of a graph. In it, you can either perform analysis after creating a graph or by loading graphs of **YGP** and **YGZ YoshnoGRAPH** formats. To perform analysis, you can use its **Analyze Tab**. In its Analyze Tab, it provides various analysis tools like **Convert Data**, **Data Point**, **Plot Range**, **Fit Manual Line**, **Fit Regression Line**, **Fit Power Polynomial**, etc.

**Let’s take a look at some of the graph analysis tools:**

**Convert Data**: It allows you to apply various mathematical functions on the graph like**1/x, log[10]x**,**exp(x)**, and more. According to the applied mathematical function, you can see the change in the graph.**Data Points**: Using it, you can analyze all the*existing data points of a graph*and also edit it to see changes on the graph.**Plot Range**: It shows you the minimum and maximum plot range of the graph that you can also edit if you want.**Fit Manual Line**: Using it, you can view and analyze*slope*,*intercept*,*t/eV*,*Ea/*ev, etc. values.**Fit Spline Line**: It lets you calculate coefficients using*endpoint conditions*,*division of x-axis value*, and*z-axis data*.

After the analysis, you can save the graph in **EMF**, **BMP**, and **PNG** formats. Plus, an option to save the graph and analysis values as **oshnoGRAPH project** file is also available in it.

## Power Graph Analysis Tools

**Power Graph Analysis Tools** is a free command line based graph analysis software for Windows. Using it, you can analyze graphs of **EDG** and **SIF** formats. In it, you will not be able to view the graph or any method that this software applies to the graph to perform the analysis. This software basically takes an input graph file and shows you the output analysis report on its interface.

**How to analyze graphs using Power Graph Analysis tools:**

- Enter your graph file or files in the same folder as this software.
- After that, launch this software in Command Prompt.
- Now, run the
**oog.bat**file in Command Prompt to get analysis result file of**.bbl**format. Plus, it also shows all the results on the Command Prompt.

In the result, you get analysis values like *number of power edges*, *number of greedy sets*, *total number of sets*, *candidate power edges*, *pg-index value*, *edge reduction value*, and more. Overall, it is one of the simplest software to perform analysis and to get all the relevant analysis result.

### Naveen Kushwaha

Passionate about tech and science, always look for new tech solutions that can help me and others.

## About Us

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