def set_grid(self, nlat=0, nphi=0, flags=sht_quick_init, polar_opt=1.0e-8, nl_order=1):
"""set_grid(sht self, int nlat=0, int nphi=0, int flags=sht_quick_init, double polar_opt=1.0e-8, int nl_order=1)"""
val = _shtns.sht_set_grid(self, nlat, nphi, flags, polar_opt, nl_order)
## array giving the cosine of the colatitude for the grid.
self.cos_theta = self.__ct()
self.cos_theta.flags.writeable = False
## shape of a spatial array for the grid (tuple of 2 values).
self.spat_shape = tuple(self.__spat_shape())
return val
def set_grid(self,
nlat=0,
nphi=0,
flags=sht_quick_init,
polar_opt=1.0e-8,
nl_order=1):
"""set_grid(sht self, int nlat=0, int nphi=0, int flags=sht_quick_init, double polar_opt=1.0e-8, int nl_order=1)"""
val = _shtns.sht_set_grid(self, nlat, nphi, flags, polar_opt, nl_order)
## array giving the cosine of the colatitude for the grid.
self.cos_theta = self.__ct()
self.cos_theta.flags.writeable = False
## shape of a spatial array for the grid (tuple of 2 values).
self.spat_shape = tuple(self.__spat_shape())
if self.nphi == 1: # override spatial shape when nphi==1
self.spat_shape = (self.nlat, 1)
if flags & SHT_THETA_CONTIGUOUS: self.spat_shape = (1, self.nlat)
return val