IC - Stacker Request

So you've got a big old 500 g lump of iron and 500 g of nickel and you need to make 30 invar in your fancy furnace? Easy - set your stacker to 15 and run the ingots through them. DANGGG, now you have stacks of 15 ingots everywhere! This IC uses two memories for the stacker's setting - FirstMem and NextMem. Set FirstMem to eg. 15 and NextMem to 500. Run your ingots through the stacker -> it outputs only one stack of 15 ingots and resets the setting back to 500, so all subsequent stacks will be of size 500. No more chasing for the loads of 15-stacks all around your base. If you want to reset your stacker to its normal behaviour, just set FirstMem and NextMem to the same value. d0 - Stacker d1 - FirstMem (for example a memory or a dial) d2 - NextMem The IC also has a reset timer built in - after the stack has been empty for 10 seconds (can be changed in the code, just look for the line "select rCounter rStackerAct rCounter 10"), it is reset back to FirstMem. And of course you can use this for more than ingots: ore, produced materials etc. Just remember the max stacksize for a particular item cannot be exceeded. So you can set NextMem to 500 for steel sheets, but the real stacksize will still be only 50. The laws of physics, I guess...:) I'm using aliases for all devices and registers and I've also written some clarifying comments to the code. That's because I'm still learning the MIPS language myself and want to help anyone also to learn this powerful language. This IC could also easily be used with a Vending Machine to request an ingot of exact size from it but that would need a controlled sorter which only lets through the first stack and sorts all subsequent stacks back to the machine. I'm going to implement that next (needs another IC for controlling the sorter) and will show it here.