triqs.gf.gf_factories.fit_gf_dlr
- triqs.gf.gf_factories.fit_gf_dlr()
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(gf_const_view<imtime,scalar_valued> g_tau, float w_max, float eps) -> gf<dlr, scalar_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block_gf_const_view<imtime,scalar_valued> g_tau, float w_max, float eps) -> block_gf<dlr, scalar_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block2_gf_const_view<imtime,scalar_valued> g_tau, float w_max, float eps) -> block2_gf<dlr, scalar_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(gf_const_view<imtime,tensor_valued<1>> g_tau, float w_max, float eps) -> gf<dlr, tensor_valued<1>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block_gf_const_view<imtime,tensor_valued<1>> g_tau, float w_max, float eps) -> block_gf<dlr, tensor_valued<1>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block2_gf_const_view<imtime,tensor_valued<1>> g_tau, float w_max, float eps) -> block2_gf<dlr, tensor_valued<1>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(gf_const_view<imtime,matrix_valued> g_tau, float w_max, float eps) -> gf<dlr, matrix_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block_gf_const_view<imtime,matrix_valued> g_tau, float w_max, float eps) -> block_gf<dlr, matrix_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block2_gf_const_view<imtime,matrix_valued> g_tau, float w_max, float eps) -> block2_gf<dlr, matrix_valued>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(gf_const_view<imtime,tensor_valued<3>> g_tau, float w_max, float eps) -> gf<dlr, tensor_valued<3>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block_gf_const_view<imtime,tensor_valued<3>> g_tau, float w_max, float eps) -> block_gf<dlr, tensor_valued<3>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block2_gf_const_view<imtime,tensor_valued<3>> g_tau, float w_max, float eps) -> block2_gf<dlr, tensor_valued<3>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(gf_const_view<imtime,tensor_valued<4>> g_tau, float w_max, float eps) -> gf<dlr, tensor_valued<4>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block_gf_const_view<imtime,tensor_valued<4>> g_tau, float w_max, float eps) -> block_gf<dlr, tensor_valued<4>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
- Signature(block2_gf_const_view<imtime,tensor_valued<4>> g_tau, float w_max, float eps) -> block2_gf<dlr, tensor_valued<4>>
Perform a least square fit of a imaginary time Green’s function to obtain a DLR coefficient representation
Signature : (gf_const_view<prod<imtime,brzone>,scalar_valued> g_tau, float w_max, float eps) -> gf<prod<dlr, brzone>, scalar_valued>
Signature : (gf_const_view<prod<brzone,imtime>,scalar_valued> g_tau, float w_max, float eps) -> gf<prod<brzone, dlr>, scalar_valued>
Signature : (gf_const_view<prod<imtime,cyclat>,scalar_valued> g_tau, float w_max, float eps) -> gf<prod<dlr, cyclat>, scalar_valued>
Signature : (gf_const_view<prod<cyclat,imtime>,scalar_valued> g_tau, float w_max, float eps) -> gf<prod<cyclat, dlr>, scalar_valued>
Signature : (block_gf_const_view<prod<imtime,brzone>,scalar_valued> g_tau, float w_max, float eps) -> block_gf<prod<dlr, brzone>, scalar_valued>
Signature : (block_gf_const_view<prod<brzone,imtime>,scalar_valued> g_tau, float w_max, float eps) -> block_gf<prod<brzone, dlr>, scalar_valued>
Signature : (block_gf_const_view<prod<imtime,cyclat>,scalar_valued> g_tau, float w_max, float eps) -> block_gf<prod<dlr, cyclat>, scalar_valued>
Signature : (block_gf_const_view<prod<cyclat,imtime>,scalar_valued> g_tau, float w_max, float eps) -> block_gf<prod<cyclat, dlr>, scalar_valued>
Signature : (gf_const_view<prod<imtime,brzone>,matrix_valued> g_tau, float w_max, float eps) -> gf<prod<dlr, brzone>, matrix_valued>
Signature : (gf_const_view<prod<brzone,imtime>,matrix_valued> g_tau, float w_max, float eps) -> gf<prod<brzone, dlr>, matrix_valued>
Signature : (gf_const_view<prod<imtime,cyclat>,matrix_valued> g_tau, float w_max, float eps) -> gf<prod<dlr, cyclat>, matrix_valued>
Signature : (gf_const_view<prod<cyclat,imtime>,matrix_valued> g_tau, float w_max, float eps) -> gf<prod<cyclat, dlr>, matrix_valued>
Signature : (block_gf_const_view<prod<imtime,brzone>,matrix_valued> g_tau, float w_max, float eps) -> block_gf<prod<dlr, brzone>, matrix_valued>
Signature : (block_gf_const_view<prod<brzone,imtime>,matrix_valued> g_tau, float w_max, float eps) -> block_gf<prod<brzone, dlr>, matrix_valued>
Signature : (block_gf_const_view<prod<imtime,cyclat>,matrix_valued> g_tau, float w_max, float eps) -> block_gf<prod<dlr, cyclat>, matrix_valued>
Signature : (block_gf_const_view<prod<cyclat,imtime>,matrix_valued> g_tau, float w_max, float eps) -> block_gf<prod<cyclat, dlr>, matrix_valued>