Return ``"SemiCircular(D, mu)"``. Returns ------- str

Return ``"Flat(D)"``. Returns ------- str

Return ``"Fourier of gf"``. Returns ------- str

Return ``"LegendreToMatsubara of gf"``. Returns ------- str

Return ``"MatsubaraToLegendre of gf"``. Returns ------- str

Alias for :meth:`~triqs.gfs.block_gf.BlockGf.__repr__`. Returns ------- str

Human-readable string ``mesh_point(index = ..., data_index = ..., value = ...)``. Returns ------- str String desc

Human-readable string joining each factor mesh's ``str`` with commas. Returns ------- str Concatenation of ``str(

r"""LaTeX representation ``fname % param`` (with ``+ -`` collapsed to ``-``).

Element-wise subtraction; returns a new :class:`~triqs.gfs.gf.Gf`. Parameters ---------- y : same as :meth:`~triqs.gfs.gf.Gf.

Build the lazy node ``self - y``. Parameters ---------- y : LazyExpr, descriptor or scalar Returns -------

Block-wise subtraction; returns a new :class:`~triqs.gfs.block2_gf.Block2Gf`. Parameters ---------- y : same as :meth:`~triqs

Block-wise subtraction; returns a new :class:`~triqs.gfs.block_gf.BlockGf`. Parameters ---------- y : same as :meth:`~triqs.g

Subtraction forwarded to :attr:`value`. Parameters ---------- x : object Right-hand side operand. Return

Subtraction, implemented as ``self + (-other)``. Parameters ---------- other : MatsubaraFreq or complex-like Righ

Scalar division ``self / y``; returns a new :class:`~triqs.gfs.gf.Gf`. Parameters ---------- y : scalar Divisor.

Build the lazy node ``self / y``. Parameters ---------- y : LazyExpr, descriptor or scalar Returns -------

Block-wise division; returns a new :class:`~triqs.gfs.block2_gf.Block2Gf`. Parameters ---------- y : same as :meth:`~triqs.gf

Block-wise division; returns a new :class:`~triqs.gfs.block_gf.BlockGf`. Parameters ---------- y : same as :meth:`~triqs.gfs.

Division forwarded to :attr:`value`. Parameters ---------- x : object Divisor. Returns -------

r"""Division by a scalar, computed after casting to :class:`complex`. Parameters ---------- other : complex-like

Implementation details of dagger.

Implement the TRIQS plot protocol by concatenating every block's curves.

Implement the TRIQS plot protocol by concatenating every block's curves.

Regenerate the inverse matrix, determinant and sign from the matrix builder, optionally checking the freshly computed values against the stored ones.

* @brief Accept the new MC configuration. * @details It calls the move::accept method of the previously attempted move. * @return Sign corre

* @brief Perform all measurements in the set. * @details It calls the measure::accumulate method for each measure. * @param sign Sign of the

* @brief Perform successive recursive adaptive integration calls * * @param f function to be integrated * @param xa start of the dom

Iterate over flat indices ``(bn1, bn2, i, j, ...)`` for every target-space entry of every block. Yields ------ tuple

Iterate over flat indices ``(block_name, n1, n2)`` for every matrix-valued block. Yields ------ tuple of (str, int, int)

r""" Reduce ``x`` across all ranks of ``comm`` and return the result. Thin wrapper around :meth:`mpi4py.MPI.Comm.allreduce`. Parameters

Constructor.

Put here a macro, to print the expression, the line, etc...

Default constructor leaves the solver in an uninitialized state.

Get the sign of the acceptance ratio of the last attempt.

Calculate the integrated autocorrelation time of the process for a finite number of samples.

r""" No-op barrier provided for API compatibility. Parameters ---------- poll_msec : float, optional Ignored; accepted for co

r""" Serial broadcast: return ``x`` unchanged. Parameters ---------- x : object Value to (pretend to) broadcast. root : i

r""" Broadcast a Python object from one rank to all ranks. Thin wrapper around :meth:`mpi4py.MPI.Comm.bcast` on ``world``. Parameters

Map a legacy ``GfXxx`` HDF5 scheme name to the constructor kwargs for the current ``Gf`` class. The legacy scheme name has the form ``GfM1[_x_M2]

Get an iterator to the beginning of the mesh.