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STATIC uint64_t coordinate_eo_coord(cube_t, const unsigned char *);
STATIC cube_t coordinate_eo_cube(uint64_t, const unsigned char *);
STATIC bool coordinate_eo_isnasty(uint64_t, const unsigned char *);
STATIC size_t coordinate_eo_gendata(unsigned char *);
STATIC coord_t coordinate_eo = {
.name = "EO",
.coord = &coordinate_eo_coord,
.cube = &coordinate_eo_cube,
.isnasty = &coordinate_eo_isnasty,
.gendata = coordinate_eo_gendata,
.max = POW_2_11,
.trans_mask = TM_SINGLE(TRANS_UFr),
.moves_mask_gendata = MM18_ALLMOVES,
.moves_mask_solve = MM18_ALLMOVES,
.is_admissible = &solution_lastqt_cw,
.solution_prune = NULL,
.is_solvable = &is_eo_even,
.is_solved = NULL,
.allow_niss = true,
.pruning_distribution = {
[0] = 1,
[1] = 2,
[2] = 25,
[3] = 202,
[4] = 620,
[5] = 900,
[6] = 285,
[7] = 13,
},
.pruning_max = 7,
.sym = {0},
};
STATIC uint64_t
coordinate_eo_coord(cube_t c, const unsigned char *data)
{
return coord_eo(c);
}
STATIC cube_t
coordinate_eo_cube(uint64_t c, const unsigned char *data)
{
cube_t cube = SOLVED_CUBE;
set_eo(&cube, c);
return cube;
}
STATIC bool
coordinate_eo_isnasty(uint64_t c, const unsigned char *data)
{
return false;
}
STATIC size_t
coordinate_eo_gendata(unsigned char *data)
{
return 0;
}
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