qlat.GaugeField

class qlat.GaugeField(Geometry geo=None, multiplicity=4)

__init__(*args, **kwargs)

Methods

__init__(*args, **kwargs)
as_field(self[, ctype])	return new Field(ctype) with the same content
cast_from(self, FieldBase other)	other can be Field but of different type
copy(self, Bool is_copying_data=True)
crc32(self)
double_from_float(self, FieldRealF ff)	self can be any FieldBase subtype but need to be actually contains double precision numbers
float_from_double(self, FieldBase f)	self needs to be FieldRealF
from_field(self, f)	assign from f with the same content but possibly different type
get_data_sig(self, RngState rng)	get a signature of the real_d or complex_d field
get_elem(self, idx[, m])
get_elem_xg(self, xg_arr, Int m)	xg_arr can be xg_arr, xg_list, or xg
get_elems(self, idx)
get_elems_xg(self, xg_arr)	xg_arr can be xg_arr, xg_list, or xg
glb_sum(self)	return SelectedPoints with n_points=1
glb_sum_tslice(self, *, Int t_dir=3)	return SelectedPoints with n_points=total_site[t_dir]
init_from_geo(self, Geometry geo=None, ...)
link_trace(self)
load(self, path)	Load with the standard NERSC format
load_64(self, path, *args, **kwargs)	Generic load for 64-bit size element Field object load 64-bit Field (do conversion of endianness)
load_direct(self, path, *args, **kwargs)	Generic load for Field object load Field directly (without any conversion of endianness or precision) Field geo and multiplicity will be determined during loading possible way to call: f.load_direct(path) f.load_direct(sfr, fn)
load_double(self, path, *args, **kwargs)	Generic load for double Field object load double Field (do conversion of endianness)
load_double_from_float(self, path, *args, ...)	Generic load for double Field object load double Field from float(do conversion of endianness or precision)
mview(self)
plaq(self)
qnorm(self)
qnorm_field(self)
read_direct(self, string fn, ...)
read_sfr_direct(self, ...)
release_buffer(self, Buffer buf)
save(self, path)	Save with the standard NERSC format
save_64(self, path, *args, **kwargs)	Generic save for 64-bit size element Field object save 64-bit Field (do conversion of endianness)
save_direct(self, path, *args, **kwargs)	Generic save for Field object save Field directly (without any conversion of endianness or precision) possible way to call: f.save_direct(path) f.save_direct(sfw, fn)
save_double(self, path, *args, **kwargs)	Generic save for double element Field object save double Field as double (do conversion of endianness)
save_float_from_double(self, path, *args, ...)	Generic save for double element Field object save double Field as float (do conversion of endianness and precision)
set_elem(self, idx, m, val)	val should be np.ndarray.
set_elem_xg(self, xg_arr, Int m, val)	xg_arr can be xg_arr, xg_list, or xg
set_elems(self, idx, val)	val should be np.ndarray.
set_elems_xg(self, xg_arr, val)	xg_arr can be xg_arr, xg_list, or xg
set_m(self, FieldBase f1, Int m, Int m1)	Set components m from f1's components m1.
set_rand(self, RngState rng, ...)
set_rand_g(self, RngState rng, ...)
set_unit(self, double complex coef=1.0)
set_zero(self)
shift(self, Coordinate shift=None, ...)	return new shifted Field self is not changed.
show_info(self)
swap(self, FieldColorMatrix f1)
swap_cast(self, FieldChar f1)
swap_sp_cast(self, SelectedPointsChar f1, ...)	Only swap data.
to_from_endianness(self, tag)	Convert between the native endianness and the endianness specified by tag tag can be "big_32", "big_64", "little_32", "little_64"
twist_boundary_at_boundary(self, ...)	modify in place
unitarize(self)
write_direct(self, string fn, ...)
write_sfw_direct(self, ...)

Attributes

cdata
geo
multiplicity
n_sites
sizeof_m
total_site
view_count