Tweet Series: Algae Pythago­ras Tree Can­tor Dust Koch Curve Sier­pin­ski Triangle Dragon Curve (this) Frac­tal Plant Last time out we imple­mented the Sierpinski Triangle exam­ple from the L-System wikipedia page. Now, let’s con­tinue our jour­ney and see how we can imple­ment the (rather impressive sounding) Dragon Curve exam­ple in Elm.   Example 6 : Dragon

Tweet Series: Algae Pythago­ras Tree Can­tor Dust Koch Curve Sier­pin­ski Triangle (this) Dragon Curve Frac­tal Plant Last time out we imple­mented the Koch Curve exam­ple from the L-System wikipedia page. Now, let’s con­tinue our jour­ney and see how we can imple­ment the Sierpinski Triangle exam­ple in Elm.   Example 5 : Sierpinski Triangle First, let’s

Tweet Series: Algae Pythago­ras Tree Can­tor Dust Koch Curve (this) Sier­pin­ski Triangle Dragon Curve Frac­tal Plant Last time out we imple­mented the Cantor Dust exam­ple from the L-System wikipedia page. Now, let’s con­tinue our jour­ney and see how we can imple­ment the Koch Curve exam­ple in Elm.   Example 4 : Koch Curve Once again,

Tweet I recently gave a talk on the use of F# in a commercial setting, based on the real-world use cases I have had whilst building backend services for social games at Gamesys. The slides are available on SlideShare: F# in the Real World (DDD EA) from Yan Cui I gave the talk at this year’s DDD

Tweet Series: Algae Pythagoras Tree Cantor Dust (this) Koch Curve Sierpinski Triangle Dragon Curve Fractal Plant Last time out we implemented the Pythagoras Tree example from the L-System wikipedia page. Now, let’s continue our journey and see how we can implement the Cantor Dust example in Elm. Example 3 : Cantor Dust First, let’s define