Added IBlowable for fan; created TE for a piston-based inserter (IInsertable). The former will improve cooling for pile setups and the latter will allow for automation, in combination with comparator output for pile fuel.
* stuff
* Reverted HEP241 and americium fuels to their original value
* Changed plutonium pile rod's output + radiation values
The plutonium pile rod now outputs 2 RGP, 1 uranium billets instead of 3 RGP billets, with the change in radioactivity to reflect that. Considering the recent additions to the pile - and planned ones that allow for sophistication akin to Windscale and X-10 - it feels like a natural balancing change.
* Added adjustable segment sizes to seven segment displays,
made research reactor's control rod entry more noticeable and responsive
* Gave higher plutonium production to NU and MEU
Every other U-238 containing fuel has a fissile:fertile ratio of about 1:3, whilst NU and MEU have 1:12 and 1:6 respectively; as a result, there's going to be a higher chance of U-238 interacting with neutrons, meaning more plutonium. Since NU has a lower enrichment and therefore reactivity as well, its burnup will always be lower, leading to more weapons-grade Pu-239 overall compared to enriched fuels
* Deuterium + Tritium
* Added check to prevent constant power drain
when a deuterium machine cannot produce more heavy water, but still has enough input water and energy to process
* sorry, i'm clowning
* Fixed shadowed fields for deuterium machines
Deuterium towers did not consume the correct amount of energy, as a final called maxPower was used in the superclass instead of getMaxPower() directly
* Update ChemplantRecipes.java
