def mieN_int(point, normal, dom_ind, result): val = mie_N4grid('int', kk, R, C, ce, ci, jumpe, jumpi, Nmodes, point) result[0] = val
def fmieN(point): """Return -neumann_solution""" val = mie_N4grid(field, kk, R, C, ce, ci, jumpe, jumpi, Nmodes, point) return -1.0 * val
def fmieN_int(point): val = mie_N4grid('int', kk, R, C, ce, ci, jumpe, jumpi, Nmodes, point) return val
def mieN(point, normal, dom_ind, result): val = mie_N4grid(field, kk, R, C, ce, ci, jumpe, jumpi, N, point) result[0] = val
def mieN(point, normal, dom_ind, result): val = mie_N4grid(field, kk, R, C, ce, ci, N, point) result[0] = val