Yes, this is the official game in a test state. The current situations are: Meltdown Freezedown What temperature did YOUR reactor reach when the project stopped? The expected situations to come are: Low radiation core death Low energy core death Overpowered energy burst Overworked radiation destruction Some added situations will be: Insurrection raid Plasma fuel tank outbreak Plutonium-238 ray overheats and explodes therefore leading to low-stability core death. Cooler pipe outburst, which makes meltdown more probable Heater pipe outburst, which makes freezedown more probable Red plasma safeguard lasers overheat and stop working therefore leading to core shooting energy bolts at everything. - If lightning hits cooler pipe, cooler pipe can no longer be repaired - If lightning hits heater pipe, heater pipe can no longer be repaired Angry scientists wanting raise take over core controls and destroy facility in rage by force 1/5 chance that other operator goes in control room and stops temp from going to 5000 or -5000 and gets mad at you and you get fired and you lose or die Some added features will be: Radioactive overwork + meltdown Energy overpower + meltdown Radioactive kill-off + freezedown Energy deactivate + freezedown Answers to questions you might ask Q: Why don't the power lasers shut off during meltdown? A: Because they are the ones giving the core more heat than the pipes. They can also continue to run and survive freezing/melting temperatures. Q: Why does the core need radiation and energetic stability to run? A: Radiation is fed to the safeguard lasers and the plutonium rays, which in turn feed the core double the radiation they receive per 5 work hours. As you feed the core radiation, it will increase the core's total power but can negatively affect stability. That is why you resupply the radiation.
new temperature system soon
