Series of 5 IC scripts to run an automated advanced furnace.
Small tutorial for getting this up and running:

https://docs.google.com/document/d/19CFaZg1YtrpTZNlMCcq3zwL0w31OFKtpwDZk2Kyip4s/edit?usp=sharing

My setup for the furnace comprises of the following main parts:
1 Logic Lever
-Main for Startup and Shutdown of the furnace, Set dials correctly before throwing this.(and remember to turn the furnace of after use)
2 Logic Dials
-CPU selector for running Standard, Alloy or Superalloy CPU (3 settings)
-Ore/Alloy type selector - Only used for Alloys and Superalloys(5 settings)
1 Item Hash Display
-Displays predicted outcome of the smelting process, set to read status of "Settings CPU"
1 LED Light
-Shows current status of furnace:
-Green - Pressure and temperature OK - Smelting
-Blue - To High Pressure or Temperature - Venting
-Orange - To Low Pressure or Temperature - Adding Fuel
-Purple - Shutdown in Progress - Venting All
-No Light - Furnace is Shutdown - OFF
1 Advanced Furnace
-Fed by H2/O2 Mixture at 66/33 and at 4MPa pressure (different mixtures and gas pressure might require you to change some values for venting in the 3 cpus handling the smelting.

5 CPUs
-Mode Select CPU - Turns CPUs on and off
d0 CPU selector dial
d1 Alloys CPU
d2 Superalloys CPU
d3 Metals CPU
-Settings CPU - Sets base of this CPU to itemhash so that the display can read it
db ICBaseHash (used internally in the script)
d0 CPU Selector dial
d1 Ore/Alloy type dial
-Standard CPU
d0 Main Lever
d1 Ore/Alloy type dial
d2 Advanced Furnace
d3 LED Light
-Alloys CPU
d0 Main Lever
d1 Ore/Alloy type dial
d2 Advanced Furnace
d3 LED Light
-SuperAlloys CPU
d0 Main Lever
d1 Ore/Alloy type dial
d2 Advanced Furnace
d3 LED Light