![]() ![]() In our extensive search for an alternative solution on Mac, we found that SmartDraw is by far the best alternative to Visio for Mac. These replacements for Visio are also all compatible with the latest Apple Silicon M1/M2 Macs and the most recent versions of macOS including Ventura, Monterey, Big Sur and Catalina. That means there’s no need to say goodbye to your precious Visio diagrams and stencils when drawing complex flowcharts and diagrams such as process flows, work flows and org charts.Įven better, all the tools featured here are certainly easier to use than MS Visio and in almost every case, much better value than Visio Professional which currently costs $579.99 for the desktop version. If you’re an IT professional, technician, software developer, engineer, business analyst or project manager, the lack of Visio on Mac doesn’t mean you can’t still easily present complex information in visual form.Īll of the tools reviewed here however make it easy to draw diagrams on your Mac and import MS Visio files. While the dot file format has many more options, this subset will suffice for our goals - for those people interested in some of these options, multiple documents are available on the Graphviz site.Microsoft Visio for Mac has never been released so we’ve taken an expert look at the best alternatives to Visio on a Mac. Thus, the first line of this type states "draw an arrow from node1 to node3, another arrow from node1 to node4, and a third arrow from node1 to node17". The three lines following those tell the program what nodes to connect with arrows. node1, node2, etc are the labels that will identify nodes in our final diagram. The next two lines tell the program how nodes 1, 2, etc. The first line tells the program reading the file that the graph is of the digraph type, i.e., a graph in which nodes (the tags from in our scenario) are connected by directed edges (lines with arrows on them), and is titled delicious. For our purposes, though, we will only be using a subset that can be described as follows: The full format is documented on the Graphviz site. The dot file format was created at AT&T Bell Labs, for the express purpose of representing graphs. ![]() The Anthracite files can be downloaded (in compressed ZIP format) at: It is important to note that the preprocessor and processor programs overwrite their output files every time they are run, since they are intended as "scratch files" - if you wish to keep them, you should rename them or move them to a different directory. You will also need to rename one of the files ( dotfile.txt), as described in part 3 before using it in OmniGraffle. Instructions for doing this are found on the following pages. In the preprocessor: retrievetags, taglist.Finally, for those people who just want to run the software and forget about the tutorial aspect for now, make sure to change the following objects in the Anthracite files: While you don't need to be a pro with either program to follow the steps outlined, you do need to know your way around both of them. In the discussion that follows, I will assume that you have gone through the basic Anthracite tutorials, and the basic OmniGraffle tutorials. run OmniGraffle to create the actual graph.run Anthracite a second time to create a dot file that contains the necessary information to create the graph.run Anthracite to obtain the list of tags from the website that we wish to graph.The sequence of steps we will go through is as follows: Finally, since the files that will be produced by Anthracite are in a simple text-based format (known as the dot format), a good text editor might come in handy for those people who want to modify these files by hand - TextWrangler is an excellent and powerful text editor, and is available for free. As an alternative to OmniGraffle, the excellent open source program Graphviz may be used, although it is less user-friendly than OmniGraffle. Neither application is free, but both have free trial periods, should you be inclined to check them out. Hence, I have selected a combination of two very nice applications for Mac OS X - Anthracite and OmniGraffle - to produce similar visualizations. ![]() While those visualizations were constructed with a rather eclectic mixture of homebrewed code, assorted applications, and a good bit of elbow grease, I decided to put together a tutorial for people who might be interested in this type of visual exploration, but are not inclined to write custom Perl code to do so. Several people have asked me how I produced the visualizations that I used in my talk on. ![]()
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