triqs.gf.gf_factories.make_hermitian

triqs.gf.gf_factories.make_hermitian()

Symmetrize the Green function in freq, to ensure its hermiticity (G[iw] = G[-iw]*)

Signature(gf_view<imfreq,scalar_valued> g) -> gf<imfreq, scalar_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G[iw] = G[-iw]*)

Signature(gf_view<imfreq,matrix_valued> g) -> gf<imfreq, matrix_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ij[iw] = G_ji[-iw]*)

Signature(gf_view<imfreq,tensor_valued<4>> g) -> gf<imfreq, tensor_valued<4>>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ijkl[iw] = G_klij[-iw]*)

Signature(gf_view<imtime,scalar_valued> g) -> gf<imtime, scalar_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G[tau] = G[tau]*)

Signature(gf_view<imtime,matrix_valued> g) -> gf<imtime, matrix_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ij[tau] = G_ji[tau]*)

Signature(gf_view<imtime,tensor_valued<4>> g) -> gf<imtime, tensor_valued<4>>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ijkl[tau] = G_klij[tau]*)

Signature(block_gf_view<imfreq,scalar_valued> g) -> block_gf<imfreq, scalar_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G[iw] = G[-iw]*)

Signature(block_gf_view<imfreq,matrix_valued> g) -> block_gf<imfreq, matrix_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ij[iw] = G_ji[-iw]*)

Signature(block_gf_view<imfreq,tensor_valued<4>> g) -> block_gf<imfreq, tensor_valued<4>>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ijkl[iw] = G_klij[-iw]*)

Signature(block_gf_view<imtime,scalar_valued> g) -> block_gf<imtime, scalar_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G[tau] = G[tau]*)

Signature(block_gf_view<imtime,matrix_valued> g) -> block_gf<imtime, matrix_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ij[tau] = G_ji[tau]*)

Signature(block_gf_view<imtime,tensor_valued<4>> g) -> block_gf<imtime, tensor_valued<4>>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ijkl[tau] = G_klij[tau]*)

Signature(block2_gf_view<imfreq,scalar_valued> g) -> block2_gf<imfreq, scalar_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G[iw] = G[-iw]*)

Signature(block2_gf_view<imfreq,matrix_valued> g) -> block2_gf<imfreq, matrix_valued>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ij[iw] = G_ji[-iw]*)

Signature(block2_gf_view<imfreq,tensor_valued<4>> g) -> block2_gf<imfreq, tensor_valued<4>>

Symmetrize the Green function in freq, to ensure its hermiticity (G_ijkl[iw] = G_klij[-iw]*)

Signature(block2_gf_view<imtime,scalar_valued> g) -> block2_gf<imtime, scalar_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G[tau] = G[tau]*)

Signature(block2_gf_view<imtime,matrix_valued> g) -> block2_gf<imtime, matrix_valued>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ij[tau] = G_ji[tau]*)

Signature(block2_gf_view<imtime,tensor_valued<4>> g) -> block2_gf<imtime, tensor_valued<4>>

Symmetrize the Green function in imaginary time, to ensure its hermiticity (G_ijkl[tau] = G_klij[tau]*)