.. Generated automatically by cpp2rst .. highlight:: c .. role:: red .. role:: green .. role:: param .. _triqs_ctseg__measure_chipmt: triqs_ctseg::measure_chipmt =========================== *#include * .. rst-class:: cppsynopsis class :red:`measure_chipmt` Measure for the transverse correlation function in imaginary time Measure .. math:: \chi_\pm(\tau) = 0.5 \langle T s_+(\tau)s_-(0)\rangle .. Binning meshes: let N be the number of "time slices" of G, i.e. the physical number of storage bins, N = Gt[k].numberTimeSlices with indices n=0,...,N-1; then for integer mesh the mapping from tau to the bin index n is n = int(floor(tau (N-1)/beta + 0.5)) the first bin is [0,beta/(2(N-1)) ) the last bin is [beta-beta/(2(N-1)), beta ] (tau=beta goes to the last bin) the n-th bin is [n beta/(N-1) - beta /(2(N-1)), n beta/(N-1) + beta/(2(N-1)) ) width of inner bins is beta/(N-1), width of outer bins (indices 0, N-1) is beta/(2(N-1)) center of bins is at _integer_ multiples of beta/(N-1) Public members -------------- +-----------+-------------------------------------+--+ | params | const triqs_ctseg::qmc_parameters * | | +-----------+-------------------------------------+--+ | config | const triqs_ctseg::configuration * | | +-----------+-------------------------------------+--+ | chipmt | gf & | | +-----------+-------------------------------------+--+ | beta | double | | +-----------+-------------------------------------+--+ | Noverbeta | double | | +-----------+-------------------------------------+--+ | Z | double | | +-----------+-------------------------------------+--+ Member functions ---------------- +-----------------------------------------------------------------------+--+ | :ref:`(constructor) ` | | +-----------------------------------------------------------------------+--+ | :ref:`accumulate ` | | +-----------------------------------------------------------------------+--+ | :ref:`collect_results ` | | +-----------------------------------------------------------------------+--+ .. toctree:: :hidden: measure_chipmt/constructor measure_chipmt/accumulate measure_chipmt/collect_results