Remove all registered measures.

r"""Calculate the Clebsch-Gordan coefficient. .. math:: \langle j_1 m_1 j_2 m_2 | j_3 m_3 \rangle = (-1)^{j_1-j_2+m_3} \sqrt{2 j_3 + 1}

Yield each cluster-site position in base-lattice coordinates. Yields ------ list of int Position of a cluster sit

Complete the change column operation.

Complete the change column operation.

Complete the change row and column operation.

Complete the change row and column operation.

Complete the change row operation.

Complete the change row operation.

Complete the insert operation.

Complete the insert operation.

Complete the insert2 operation.

Complete the insert2 operation.

Complete the insert_k operation.

Complete the insert_k operation.

* @brief Complete the last try-operation. * * @details It completes the last try-operation by applying the candidate matrix and determinant

Complete the refill operation.

Complete the refill operation.

Complete the remove operation.

Complete the remove operation.

Complete the remove2 operation.

Complete the remove2 operation.

Complete the remove_k operation.

Complete the remove_k operation.

Recompute the determinant of the stored matrix from scratch.

Helper: compute a single rank-1 insertion det-ratio by building augmented matrix

r"""Complex conjugate with lazy-expression support. Parameters ---------- x : Gf, BlockGf or LazyExpr Object to conjugate. Must e

r"""Non-linear constraint :math:`\sum_k \sigma_k = \Sigma_1` enforced on the solver. Parameters ---------- x : nu

Check if a given vector \f$ \mathbf{r} \f$ is part of the domain.

Lift scalars inside a lazy expression to :class:`~triqs.gfs.descriptor_base.Const` descriptors. Used by :meth:`~triqs.gfs.gf.Gf.__lshift__` so t

Shallow copy of this node (children are shared). Returns ------- LazyExpr A new node with the same ``tag`` and ``

Return a deep copy of this product mesh. Each factor mesh is copied via its own ``copy`` method. Returns ------- Mes

Copy the data of ``G2`` into ``self`` block by block. Parameters ---------- G2 : Block2Gf Source container. Must

Copy the data of ``G2`` into ``self`` block by block. Parameters ---------- G2 : BlockGf Source container. Must h

Deep-copy the contents of ``another`` into ``self`` factor by factor. Parameters ---------- another : MeshProduct

Return a new :class:`~triqs.gfs.block2_gf.Block2Gf` containing **deep copies** of the named blocks. Parameters ---------- sel

Get the total number of accumulated samples.

Get the total number of accumulated samples.

Calculate the covariance between X_t and X_{t+n}.

* @brief Construct a crash logger that will write to an HDF5 file on abnormal exit. * @param filename HDF5 file to write to. */

Get the names of the cubic harmonics for the given shell. Parameters ---------- l : int or str Angular momentum of the shell bein

Get the index of the current move.

* @brief Get the data array view (rvalue overload). * @return The data array view, moved out of the (expiring) view. */

* @brief Get the data array (rvalue overload). * @return The data array, moved out of the (expiring) Green's function. */

* @brief Get the data array view (rvalue overload). * @return The (const) data array view, moved out of the (expiring) view. */

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

Get the data index \f$ d \f$ of the mesh point.

* @brief Map a lattice point \f$ \mathbf{R}^{\mathbf{n}} \f$ to its data index \f$ d(\mathbf{R}^{\mathbf{n}}) \f$. * * @param cmp triqs::mes

* @brief Map a Matsubara frequency \f$ i\omega_n \f$ contained in a triqs::mesh::closest_mesh_point_t to its data * index \f$ d(i\omega_n) \f$.

* @brief Map a value to the closest mesh point and return its data index. * * @param cmp triqs::mesh::closest_mesh_point_t containing the va

* @brief Get the data shape of the expression. * @return The combined data shape of the two operands. */

* @brief Construct a debug stream with a condition predicate. * * @param out_ Pointer to the underlying output stream. * @param condit

target_shape and data : must provide exactly one of them

r""" Integrated density of free fermions up to chemical potential ``mu``. Approximates :math:`\int_{-\infty}^{\mu} d\epsilon\, \rho(\

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