.. Generated automatically using the command: c++2doc.py -N triqs all_triqs.hpp .. highlight:: c .. _gf_mesh_imtime: mesh::imtime ================= **Synopsis**: .. code-block:: c class mesh::imtime; Imaginary-time mesh Mesh for the imaginary-time axis from :math:`0` to :math:`\beta`. The time points are defined as follows, for :math:`n=0{\dots}N-1`: .. math:: \tau_n=\frac{n}{N-1}\beta .. where :math:`N` is the size of the mesh. .. figure:: matsubara_imtime.png :alt: Pictorial representation of ``mesh::imtime{beta, Fermion/Boson, 4}``. :align: center Pictorial representation of ``mesh::imtime{beta, Fermion/Boson, 4}``. Member types ----------------- +-------------+---------+ | Member type | Comment | +=============+=========+ | B | | +-------------+---------+ Member functions ----------------- +------------------------------------------------------------------------+------------------------------------------------------------------------+ | Member function | Comment | +========================================================================+========================================================================+ | :ref:`constructor ` | | +------------------------------------------------------------------------+------------------------------------------------------------------------+ | :ref:`get_interpolation_data ` | redefine the interpolation to handle the anti-periodicity of fermions. | +------------------------------------------------------------------------+------------------------------------------------------------------------+ | :ref:`evaluate ` | evaluation | +------------------------------------------------------------------------+------------------------------------------------------------------------+ .. toctree:: :hidden: mesh::imtime/constructor mesh::imtime/get_interpolation_data mesh::imtime/evaluate