163     PetscInt  mi[2];  in private_DMDALocatePointsIS_2D_Regular()  local
175     for (PetscInt d = 0; d < 2; d++) mi[d] = (PetscInt)((coor_p[d] - gmin[d]) / dx[d]);  in private_DMDALocatePointsIS_2D_Regular()
177     if (mi[0] < xs) continue;  in private_DMDALocatePointsIS_2D_Regular()
178     if (mi[0] > (xe - 1)) continue;  in private_DMDALocatePointsIS_2D_Regular()
179     if (mi[1] < ys) continue;  in private_DMDALocatePointsIS_2D_Regular()
180     if (mi[1] > (ye - 1)) continue;  in private_DMDALocatePointsIS_2D_Regular()
182     if (mi[0] == (xe - 1)) mi[0]--;  in private_DMDALocatePointsIS_2D_Regular()
183     if (mi[1] == (ye - 1)) mi[1]--;  in private_DMDALocatePointsIS_2D_Regular()
185     cellidx[p] = (mi[0] - xs) + (mi[1] - ys) * mxlocal;  in private_DMDALocatePointsIS_2D_Regular()
230     PetscInt  mi[3];  in private_DMDALocatePointsIS_3D_Regular()  local
245     for (PetscInt d = 0; d < 3; d++) mi[d] = (PetscInt)((coor_p[d] - gmin[d]) / dx[d]);  in private_DMDALocatePointsIS_3D_Regular()
248     if (mi[0] < xs) continue;  in private_DMDALocatePointsIS_3D_Regular()
249     if (mi[0] > (xe - 1)) continue;  in private_DMDALocatePointsIS_3D_Regular()
250     if (mi[1] < ys) continue;  in private_DMDALocatePointsIS_3D_Regular()
251     if (mi[1] > (ye - 1)) continue;  in private_DMDALocatePointsIS_3D_Regular()
252     if (mi[2] < zs) continue;  in private_DMDALocatePointsIS_3D_Regular()
253     if (mi[2] > (ze - 1)) continue;  in private_DMDALocatePointsIS_3D_Regular()
255     if (mi[0] == (xe - 1)) mi[0]--;  in private_DMDALocatePointsIS_3D_Regular()
256     if (mi[1] == (ye - 1)) mi[1]--;  in private_DMDALocatePointsIS_3D_Regular()
257     if (mi[2] == (ze - 1)) mi[2]--;  in private_DMDALocatePointsIS_3D_Regular()
259     cellidx[p] = (mi[0] - xs) + (mi[1] - ys) * mxlocal + (mi[2] - zs) * mxlocal * mylocal;  in private_DMDALocatePointsIS_3D_Regular()