One thing to consider is that the plutonium pit in modern nuclear weapons is not quite pure plutonium, but rather a plutonium-gallium alloy. The reason for this is because pure plutonium metal is quite brittle and has several crystalline patters which can alter its density and malleability, and the gallium is used to help stabilize it. As for time acceleration, that is not really possible without breaking things. There was a TIME element being developed some time ago, but it seems to have only slowed down things near it.
Both of these ideas won't work.
Solid plutonium- there are no solids that act as one. This would require a complete recoding.
Time acceleration- You can do tpt.setfpscap(600) if you have a really powerful computer, but otherwise the speed of TPT depends on the speed of your computer.
billion57:
Both of these ideas won't work.
Solid plutonium- there are no solids that act as one. This would require a complete recoding.
Time acceleration- You can do tpt.setfpscap(600) if you have a really powerful computer, but otherwise the speed of TPT depends on the speed of your computer.
a complete recoding? like adding an element in c++ that does that? that's not complete.
NOT MY ~precious~ GALLIUM
>Solid PLUT
you can make this via console;
tpt.el.plut.advection=0
tpt.el.plut.gravity=0