I’ve started the process of adding Bayesian analysis into the Javascript Math Toolkit. As you might expect, the first addition to the Bayesian family is the naive algorithm, which is driven by a frequency table. FrequencyTable…
I recently added polynomial least squares to the data analytics capability of the Javascript Math Toolkit. Next in line is analysis of tabular data. A data table in JS Math Toolkit is ordered by columns with…
I had previously planned on converting most of my Actionscript/Flex stroke engine library to the Javascript Math Toolkit. Of course, as life seems to always dictate, plans never work out as planned. I’ve had numerous discussions over…
My previous post provided an overview of how to integrate mathematical libraries with Web Components using Polymer as an example. This post continues that theme with React JS used to create the ‘view’ and the JS Math Toolkit Quaternion…
My value proposition is predicated on delivering applied math solutions to a programming team in a manner that abstracts as much of the math and complexity away from the solution as possible. Of course, the greatest…
I’m currently working on finishing the basic architecture of the Javascript Math Toolkit function graphing engine. The graph itself is currently divided into three main containers. The bottom container is for the grid and axes. The…
The Javascript Math Toolkit function graphing engine development continues to go well. One of my near-term goals was to add seamless integration between the standalone function parser and graph layers. This is accomplished by setting a…
What a difference a day and a half makes It’s been a while since I’ve been up well past midnight, coding. And, it feels really good. The function graphing engine is coming along quite well. I…
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