./../src/integrals/one_point/generic_function_1p.f90

src/integrals/two_point/generic_function_1p [ Modules ]

NAME

  Module generic_function_1p

USAGE

  use generic_function_1p

DESCRIPTION

  This module contains the generic routines to compute 
  one point functions in n  dimensions

OUTPUT

  It exports one public routine:
  * f1p -- a function to compute the one point function in n dimensions

USES

  * precision (src/module/precision_golem.f90)
  * array (src/module/array.f90)
  * logarithme (src/module/z_log.f90)
  * constante (src/module/constante.f90)
  * sortie_erreur (src/module/sortie_erreur.f90)
  * parametre (src/module/parametre.f90)
  * s_matrix_type (src/module/s_matrix_type.f90)
  * equal (src/module/equal.f90)

src/integrals/one_point/generic_function_1p/f1p [ Functions ]

[ Top ] [ Functions ]

NAME

  Function f1p

USAGE

  real_dim4 = f1p(s_mat_p,b_pro,parf1)

DESCRIPTION

  This function computes the generic two point function in n dimensions, 
  with or without Feynman parameters in the numerator

INPUTS

  * s_mat_(r/c/p) -- a real/complex (type ki)/type(s_matrix_poly) array of rank 2, the S matrix
  * b_pro -- an integer which represents the set of the four unpinched
    propagators
  * parf1 -- an integer (optional), the label of the one Feynman parameter

SIDE EFFECTS

  No side effect

RETURN VALUE

  It returns a complex (type ki) array of rank 1 and shape 2

EXAMPLE