FiltrationUnitConfig.ic10

​​​ Requires FiltrationUnitProcess.ic10 About One chip (and nothing else) to rule them all. Welcome to the easiest to set up and most feature rich single chip vanilla IC10 solution for Filtrations. This solution is made up of two programs. No worries though, one is just to pre-configure the chips stack memory and the other one runs the chip afterwards. Unlike other IC10 solutions out there, this one does not require you to place and wire up correctly any additional IO-Devices or IC-Housings, making it extreemly user-friendly to set up and very economic on power consumption. (1 IC-Housing pulls 50W while 1 idling Filtration pulls 10W) Setup instruction Put your Integrated Circuit into any device (preferably that device is turned OFF) Load the FiltrationUnitConfig.ic10 program into your Integrated Circuit Turn ON the device housing your Integrated Circuit The program will now automatically pre-configure the stack memory of your Integrated Circuit. Once configuration is finished, the device housing your Integrated Circuit, will turn itself OFF to indicate configuration has been finished. Load the FiltrationUnitProcess.ic10 program into your Integrated Circuit. Done! Your Integrated Circuit is now ready to be put into any Filtrations Integrated Circuit Slot. Features and behaviour condition state no filters idle filters depleted idle target pressure on output reached idle target pressure on output not reached active a filter matches any input gas active a filter matches any input gas but is depleted idle no filter matches any input gas idle Conditions will cancel each other out if nessecery to insure maximum safety and power economy. You will never see a Filtration active if it is unnessecery, unsafe or a waste of power. define cOutputPressureTarget 8000 The target pressure inside the output pipe in kPa. Change this constant to your liking. The Filtration won't turn active if the actual pressure is equal or above it. Filtration pin usage d0/d1 - Optiona