At the moment, we use the standard space group setting by default. This is fine for most cases.
However, for monoclinic crystals, the translation part of symmetry will change when the lattice changes.
This will create a list of non-standard settings like Pn, C2/n, P21/n
On the other hand, the swap between a, c axis will create things like P21/a, A2/c.
Eventually, we will
[x] create some parsers to find the right name for non-standard setting.
[x] build some easy function to operate it. E.g, generate the random structure according to some settings like P21/n or I2/n.
At the moment, we use the standard space group setting by default. This is fine for most cases.
However, for monoclinic crystals, the translation part of symmetry will change when the lattice changes. This will create a list of non-standard settings like Pn, C2/n, P21/n On the other hand, the swap between a, c axis will create things like P21/a, A2/c.
Eventually, we will