* @brief Create a many-body operator that represents a single canonical operator \f$ \hat{c}_{\alpha} \f$ or * \f$ \hat{c}_{\alpha}^{\dagger} \f$

Prepare funcdamental operator set

r"""Return the real part of an operator, checking that its imaginary part is below tolerance. Parameters ---------- H : Operator

Default constructor creates a zero many-body operator, i.e. with no terms.

r""" Print the local hostname. Serial counterpart of :func:`triqs.utility.mpi_mpi4py.master_gets_host_names`. Only one node ever exis

r""" Collect the hostnames of every rank on the master. Each non-master rank sends :func:`socket.gethostname` to rank ``master``, which s

* @brief Get the matrix \f$ F^{(n)} \f$. * @return The matrix \f$ F^{(n)} \f$. */

* @brief Addition operator for two triqs::mesh::matsubara_freq objects. * * @details The addition is performed directly on the indices. The resu

* @brief Subtraction operator for two triqs::mesh::matsubara_freq objects. * * @details The subtraction is performed directly on the indices. Th

Get the maximum number of bins.

* @brief Construct a generic Monte Carlo class. * * @param rng_name Name of the RNG to be used (see triqs::mc_tools::random_generator).

Default constructor.

Mesh shared by every block. Returns ------- Mesh Mesh shared by every block (read from the first block).

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the parent mesh.

Get the hash value of the mesh to which the operand belongs.

Get the hash value of the parent mesh.

Default constructor leaves the mesh point uninitialized.

Default constructor leaves the mesh point uninitialized.

* @brief Subscript operator to access a mesh point by a lattice point \f$ \mathbf{R}^{\mathbf{n}} \f$ * contained in a triqs::mesh::closest_mesh_

* @brief Subscript operator to access a mesh point by a Matsubara frequency \f$ i\omega_n \f$ contained in a * triqs::mesh::closest_mesh_point_t.

* @brief Subscript operator to access a mesh point by a \f$ \mathbf{k} \f$-point \f$ \mathbf{k}^{\mathbf{n}} \f$ * contained in a triqs::mesh::cl

* @brief Subscript operator to access the mesh point closest to a given value. * * @param cmp triqs::mesh::closest_mesh_point_t containing t

Get a pair containing the smallest and largest Matsubara frequency in the mesh.

* @brief Construct a move set with a given random number generator (stored in a `std::reference_wrapper`). * @param rng RNG object. */

* @brief Allreduce the accumulated data over multiple MPI processes. * * @details First the bins are resized to the maximum number of bins a

* @brief Broadcast an eigensystem to all ranks of an MPI communicator. * * @param es Eigensystem to broadcast. * @param c MPI com

Methods only implemented in measure_set.

Get the current number of bins.

Total number of blocks. Returns ------- int ``len(name_list1) * len(name_list2)``.

Number of orbitals in the unit cell. Returns ------- int Number of atomic orbitals in the unit cell.

* @brief Get the number of invariant subspaces in the current partition. * @return Number of invariant subspaces \f$ \{ \mathcal{F}^{(k)} \} \f$