* @brief Deserialize the mesh from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the mesh from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the mesh from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the mesh from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the mesh from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the canonical operator from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the many-body operator from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the histogram from an archive. * @param ar Archive from which the histogram is deserialized. */

* @brief Deserialize the Bravais lattice from a generic archive. * @param ar Archive to deserialize from. */

* @brief Deserialize the Brillouin from a generic archive. * @param ar Archive to deserialize from. */

* @brief Construct a det_manip object with a callable `FunctionType` and an initial capacity for the data storages. * * @details Like for `s

* @brief Construct a det_manip_basic object with a callable `FunctionType` and an initial capacity for the data * storages. * * @detail

* @brief Get the determinant of the matrix \f$ F^{(n)} \f$. * @return Determinant \f$ \det(F^{(n)}) \f$. */

r"""Extract the density part from a many-body operator. The density part is the sum of all monomials of :math:`\hat{H}` that are products of

Dismiss the logger by suppressing scope-exit dumps and by releasing registered objects.

Return the plot function in :mod:`.one_var` matching ``g.mesh``. Parameters ---------- g : Gf Green's function being plotted.

r"""Plot protocol for :class:`~triqs.gfs.gf.Gf` objects on a :class:`~triqs.mesh.meshes.MeshDLRImFreq`. Sets ``linestyle='None'`` and ``mark

r"""Plot protocol for :class:`~triqs.gfs.gf.Gf` objects on a :class:`~triqs.mesh.meshes.MeshDLRImTime`. Sets ``linestyle='None'`` and ``mark

Compute the partial density of states of a tight-binding Hamiltonian on this patch. Parameters ---------- TB : TightBinding

r""" Read a (multi-)orbital DOS from a whitespace-separated text file. Parameters ---------- Filename : str Path to the text

Default constructor leaves the underlying iterator and auxiliary pointer uninitialized.

Default constructor leaves the underlying iterator uninitialized.

Get the duration of the cumulative attempt(), accept(), and reject() calls.

r"""Solve Dyson's equation for the missing quantity. Given exactly two of :math:`G_0`, :math:`G` and :math:`\Sigma`, return the third using

r"""Objective function passed to :func:`scipy.optimize.minimize`. Parameters ---------- x : numpy.ndarray Flatten

Extract the ``eg`` submatrix of the full ``d``-manifold two- or four-index U matrix. Parameters ---------- U : numpy.ndarray Two-

Get an iterator to the end of the mesh.

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Erase a monomial with a close-to-zero coefficient.

Reduce ``expr`` using an evaluation context discovered in its terminals. If ``expr`` is not a :class:`~triqs.gfs.lazy_expressions.LazyExpr`,

Return true if the given Matsubara index \f$ n \f$ is not valid (see is_index_valid()).

* @brief Evaluate a function \f$ f \f$ defined on a triqs::mesh::cyclat mesh at the given index \f$ * \tilde{\mathbf{n}} \f$. * * @details Th

* @brief Evaluate a function \f$ f \f$ defined on a triqs::mesh::imfreq mesh at a given Matsubara frequency \f$ * i\omega_n\f$. * * @param m

* @brief Linear interpolation of a function \f$ f \f$ defined on a triqs::mesh::refreq_pts mesh at a real frequency * \f$ \omega \f$. * * @de

Helper function to do linear interpolation between k-points.

* @brief Evaluate the generalized Fourier approximation of a function \f$ f \f$ at a given imaginary time point \f$ * \tau \in [0, \beta] \f$ in te

* @brief Linear interpolation of a function \f$ f \f$ defined on a triqs::mesh::retime mesh at a real time point \f$ * t \in [t_{\mathrm{min}}, t_{

* @brief Linear interpolation of a function \f$ f \f$ defined on a triqs::mesh::imtime mesh at an imaginary time * point \f$ \tau \in [0, \beta] \f

* @brief Linear interpolation of a function \f$ f \f$ defined on a triqs::mesh::refreq_log mesh at a real frequency * \f$ \omega \f$. * * @de

* @brief Linear interpolation of a function \f$ f \f$ defined on a triqs::mesh::refreq mesh at a real frequency \f$ * \omega \in [\omega_{\text{min

Default constructor ceates an exception with an empty diagnostic message and an empty stack trace.

* @brief Find all subspace-to-subspace connections generated by a given operator. * * @details For every basis Fock state \f$ \lvert f \rang

Normalise ``gf_struct`` to the canonical ``[(str, int), ...]`` form. Older TRIQS releases accepted a ``dict`` mapping block names to sizes, o

Default constructor: construct an empty Fourier polynomial.

Default constructor leaves the set of indices empty, i.e. \f$ A = \emptyset \f$.

Get the acceptance rates of all MC moves (see move_set::get_acceptance_rates).

Get the time spent in the accumulation phase in seconds.

Get the time spent in the accumulation phase in hours, minutes and seconds.

Get the total time, i.e. the sum of the warmup and accumulation times, in seconds.

* @brief Get the Fock state \f$ \lvert f_i \rangle \in \mathcal{F}^{(m)} \f$ for a given index \f$ i \f$. * * @param i Integer \f$ i \f$ rep

* @brief Get the number of operations before a consistency check is performed. * @details See set_n_operations_before_check() for details. *

* @brief Get a new mesh with the same \f$ \beta \f$, particle statistics and \f$ N_{i\omega_n} \f$ but only * positive frequencies. */

* @brief Get the precision threshold that determines when to throw an exception. * @details See set_precision_warning() for details. * @retu