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Scrap-to-Everything

A novelty schematic to produce various amounts of resources. Could be good for a custom map, but otherwise focused schematics (e.g. scrap-to-surge) will outperform this one.

Requires about 70 scrap/sec when the overdrive dome kicks in. Otherwise, all materials are produced internally in the schematic or from scrap conversion.

At full load, power draw ranges from 5.6-6.2k depending how many of the elements are active, which will vary considerably due to the separator and dissembler output.

Testing was based on time to 1000 ore for an output vault. Several variations yielded the result below. Note that there is a fair amount of variance in the output based on factors beyond the control of the embedded microprocessors (e.g. some trials produced 1 thorium, others had 17).

Output estimates (average):
Copper = 6.8/sec
Lead = 0.1/sec
Metaglass = 1.9/sec
Graphite = 5.5/sec
Sand = 0.9/sec
Coal = 1.0/sec
Titanium = 4.0/sec
Thorium = less than 0.1/sec
Silicon = 0.4/sec
Plastanium = 0.2/sec
Phase Fabric = less than 0.1/sec
Surge Alloy = 0.4/sec
Spore Pods = 0.1/sec
Pyratite = 0.2/sec
Blast Compound = 0.3/sec

There are a few calibration points controlled by microprocessors, to ensure efficient use of produced resources. Notably, plastanium can be increased significantly at the cost of reducing blast compound.

Inspired by Reach1028's Scrap-to-Everything design, I was curious if I could make a small footprint.
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