This is no longer the case with these new mechanics.ĥ. For some bizarre reason that I can't understand, I originally had the additional heat and energy generated by graphite be proportional to the number of cells in the reactor, which made no sense. Remember though - only the graphite directly adjacent to cells will generate additional power!Ĥ. There can now be up to four (by default) graphite blocks between reactor cells, which should make cooler patterns a little more interesting. That is no longer possible - all coolers now have to touch other active coolers or the cells and graphite in some way.ģ. In the old system, you could just tessellate water and diamond coolers around the inner casing of the reactor without much thought or effort. Their rules, as well as others, have been changed to make other coolers the better option more often.Ģ. Before the change, some coolers, such as the quartz and liquid helium, were just appearing in too many of the good designs in testing. Make it easier to calculate which fuels can be used in a particular designġ.Allow for more flexible cell/graphite placement.Prevent the exploitation of water/diamond coolers.Make coolers that were previously not so great more useful.Click to expand.Yeh - take 'new' to mean better and 'experimental' to mean alpha.īasically, the new mechanics are only really there to do five things:
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