anchor.diff:  Therefor the groovy console with the http://www.jfree.org/jfreechart[JFreeChart] integration.
   
   And last but not least, I think I'll do some more work in this field, thinking of experimenting instead of "just" simulating
  -with e.g. a dynamic sized thread-pool which adjusts itself to a given CPU load factor. For this, a lot of this
  -code here comes handy then.
  +with e.g. a dynamic sized thread-pool which adjusts itself to a given CPU load factor. With real threads,
  +real runnables, etc... For this, a lot of this code here comes handy.
   
   
   Best regards,
  
positive.code: 
  === Via gradle (wrapper)
  
  Clone the git repo to your local machine, 'cd' to the created dir and call
  
  ----
  > ./gradlew run
  
negative.code: wan't to try the examples yourself on the JVM. The book is written very well and compact,
  so the time for reading it is spent well.
  
  Personally, I think the *feedback control* topic is very promising for a lot of problems
  in computer systems and I assume, most of the software engineers don't know about it,
  although they use *feedback control* everyday without even noticing it
  (toilet flush? car cruise control? room temperature control? ...). At least for me this was true since 2015.
  