Three examples inputs for pair styles threebody/table (in.spce and in.spce2) and sw/angle/table (in.spce_sw). All inputs are for the simulation of coarse-grained SPC/E water. A water molecule is represented by one coarse-grained (CG) bead. For the two threebody/table examples the three-body (force) tables are in the files 1-1-1.table and 1-1-2.table. These have been parametrized with the kernel-based machine learning (ML) with the VOTCA package (https://gitlab.mpcdf.mpg.de/votca/votca). For a example on the parametrization, have a look at https://gitlab.mpcdf.mpg.de/votca/votca/-/tree/master/csg-examples/guide and https://gitlab.mpcdf.mpg.de/votca/votca/-/tree/master/csg-examples/ml. In both cases, the parametrization is done according to a sample system, using the three-body forces of a Stillinger-Weber potential with tabulated angular forces (sw/angle/table) (see in.spce_sw). These then are learned with the covariant meshing technique with the settings files used in https://gitlab.mpcdf.mpg.de/votca/votca/-/tree/master/csg-examples/ml/3body/with_binning. The first example, in.spce uses the LAMMPS data file (data.spce) with the starting configuration of 1000 CG water molecules, and a threebody file (spce.3b) which loads the 1-1-1.table file. A hybrid/overlay pair style is used to sum a tabulated pairwise interaction (table_CG_CG.txt) with the tabulated threebody interactions. The tabulated pair interaction is the effectively the same as in the what is used by the in.spce_sw input using sw/angle/table pair style. IMPORTANT NOTE: The threebody tables are parameterized without storing energies (the last column of the threebody table files is zero). This is due to a current limitation of the paramerization procedure. This in.spce2 example uses the data.spce2 file and the threebody input spce2.3b. This is essentially the same simulation as in in.spce only the atom type of the first 100 CG water molecules has been changed from 1 to 2. This is done to demonstrate how to run a simulation with different atom types. For this (artificial) two-element simulation, the threebody file now contain 8 entries for: type1 type1 type1, type1 type1 type2, type1 type2 type1, type1 type2 type2, type2 type1 type1, type2 type1 type2, type2 type2 type1, type2 type2 type2. Each entry has the same structure as above. However, entries where the second and the third element are different require a different force table (1-1-2.table) instead of (1-1-1.table). 1-1-2.table contains exactly the force constants as 1-1-1.table. However it has to have the asymmetric structure where both interparticle distances (r_ij and r_ik) are varied from rmin to rmax and therefore contains "M = 2 * N * N * N" (2 * 12 * 12 * 12 = 3456) entries. The third example, in.spce_sw, contains the analytical twobody interactions and replaces the threebody term of the Stillinger-Weber potential with an angle/table style potential which is stored in the table_CG_CG_CG.txt file.