Get a lazy range that generates the mesh points.

Compute ``U_int`` and ``J_hund`` from the radial Slater integrals. Parameters ---------- l : int Angular momentum of the shell be

Default constructor uses the *mt19937* engine with the default seed.

Number of factor meshes (alias for ``len(self.components)``). Returns ------- int The number of factor meshes.

r"""Read a real-frequency Green's function block from text files. Each text file must have three columns ``(w, Re(G), Im(G))``; multiple file

Block-wise view of the real part of every block. Returns ------- Block2Gf New container holding ``g.real`` for ea

Block-wise view of the real part. Returns ------- BlockGf New container holding ``g.real`` for each block; the

Real part of :attr:`value`. Returns ------- object ``self.value.real``.

r"""Real part of :math:`i\omega_n`, identically zero. Returns ------- float Always ``0.0``.

Default construct a real value initialized to zero.

--------------- Rebind -------------------- * @brief Rebind the view to refer to the mesh and data of another view. * @param g View to rebind on

* @brief Rebind the const view to refer to the mesh and data of another const view. * @param g Const view to rebind onto. */

* @brief Rebind the view to refer to the blocks of another view of the same kind. * @param x View to rebind onto. */

r""" Serial receive: return the value previously stored by :func:`send`. Parameters ---------- source : int, optional Ignored

Refill the buffer.

r"""Plot protocol for :class:`~triqs.gfs.gf.Gf` objects on a :class:`~triqs.mesh.meshes.MeshReFreq`. Supports an additional ``mode='S'`` (sp

* @brief Regenerate the inverse matrix \f$ M^{(n)} \f$, the determinant \f$ \det(G^{(n)}) \f$ and the sign * \f$ s^{(n)} \f$ from scratch using t

* @brief Reject the new MC configuration. * @details It calls the move::reject method of the previously attempted move. */

* @brief Reject the last try-operation. * @details All `try_*` operations have to be either accepted (via complete_operation()) or rejected.

* @brief Remove one row and column. * @details Wrapper for try_remove() followed by a complete_operation() call. See try_remove() for details.

* @brief Remove two rows and columns. * @details Wrapper for try_remove2() followed by a complete_operation() call. See try_remove2() for details

* @brief Remove two rows and columns. * @details Wrapper for try_remove2() followed by a complete_operation() call. See try_remove2() for details

* @brief Remove the last two rows and columns of the matrix. * @details Same as remove2() but with `i0` and `j0` set to size() - 1 and `i1` and `

* @brief Remove the last two rows and columns of the matrix. * @details Same as remove2() but with `i0` and `j0` set to size() - 1 and `i1` and `

* @brief Remove the last row and column of the matrix. * @details Same as remove() but with `i` and `j` set to size() - 1. * @return Determi

* @brief Remove the last row and column of the matrix. * @details Same as remove() but with `i` and `j` set to size() - 1. * @return Determi

* @brief Construct a report stream from a pointer to an ostream and a verbosity level. * * @param out_ Pointer to the underlying `std::ostr

Reserve memory and resize the data storages for a matrix of size N.

* @brief Reset the generator to 0^th order and with a new \f$ x \f$ value. * @param x Value \f$ x \f$ at which to evaluate the Legendre

Resize the working data for a matrix of size N and up to k inserted/removed rows and columns.

r"""Plot protocol for :class:`~triqs.gfs.gf.Gf` objects on a :class:`~triqs.mesh.meshes.MeshReTime`. Parameters ---------- self : Gf

* @brief Remove a registered MC measure. * @param it Iterator to the measure to remove. */

* @brief Perform a circular shift permutation on the rows or columns of the matrix \f$ F^{(n)} \f$. * * @details See RollDirection for the s

Run the dispatch loop and return :meth:`result`.

Default constructor creates a runtime error with an empty diagnostic message.

* @brief Construct a guard from a callable. * @details The callable is run in the destructor unless dismiss() is called first. * @param f Ca

r""" Serial send: store ``val`` so that the next :func:`recv` can retrieve it. Provides a minimal in-process queue so user code that calls

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */

* @brief Serialize the mesh to a generic archive. * @param ar Archive to serialize to. */