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mission:resources:ezvd [2016/04/12 06:19] – [EZVD - Easy Voltage-Divider Calc-/Simulator] chronomission:resources:ezvd [2016/09/21 07:56] (current) – [EZVD - Easy Voltage-Divider Calc-/Simulator] chrono
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   * Have consistent/tested copy-paste math blocks to use in firmware development   * Have consistent/tested copy-paste math blocks to use in firmware development
  
-It's still a very hackish and early implementation but it (or the idea of it) might serve well to re-verify and extend its math model, functionality and robustness (there are still some uncaught cases where EZVD will crash with large step sizes) and to create more open simulation/calculation tools which make electronics engineering more fun and may help us all to reduce design failure risks by mis-aligning a simple voltage divider where a calculator/simulator can show us the way.+It's still a very hackish and early implementation but it (or the idea of it) serves well as a basic tool we can build upon. So everyone interested is invited to make it better to help us all to reduce design failure risks by mis-aligning a simple voltage divider where a calculator/simulator can show us the way:
  
 +  * Review, verify and extend its math model
 +  * Add more functionality 
 +  * Make it more robust (Fix uncaught cases where EZVD will crash with large step sizes)
 ===== Installation ===== ===== Installation =====
  
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 ===== Development / Sources / Issue-Tracking ====== ===== Development / Sources / Issue-Tracking ======
  
-People are fighting board-wars over the 1024 vs. 1023 multiplier issue and a lot of code out there one could use as an example bears the risk of also just being copy-pasted from some other bad example. So anyone with the skill to provide knowledge, reflection, verification and feature expansion is invited to join development, so that we all can have an open and verified simulation/calculation tool basis to work with. Feedback, PR's and everything else that might increase precision/usability are, as always, very welcome:+People are fighting board-wars over the 1024 vs. 1023 multiplier issue and a lot of code out there one could use as an example bears the risk of also just being copy-pasted from some other bad example. So anyone with the skill to provide knowledge, reflection, verification and feature expansion is invited to join development, so that we all can have an open, reviewed and verified simulation/calculation tool basis to work with. Feedback, PR's and everything else that might increase precision/usability are, as always, very welcome:
  
 https://github.com/apollo-ng/ezvd https://github.com/apollo-ng/ezvd