description Function

  1. wenoof_polynomials_js.f90
  2. wenoof_polynomials_js
  3. description

private pure function description() result(string)

Return polynomials string-description.

Arguments

None

Return Value character(len=:), allocatable

String-description.


Source Code

description

Source Code

  pure function description() result(string)
  !< Return polynomials string-description.
  character(len=:), allocatable :: string           !< String-description.
  character(len=1), parameter   :: nl=new_line('a') !< New line character.

  string = 'WENO polynomial'//nl
  string = string//'  Based on the work by Jiang and Shu "Efficient Implementation of Weighted ENO Schemes", see '// &
           'JCP, 1996, vol. 126, pp. 202--228, doi:10.1006/jcph.1996.0130 and'//nl
  string = string//'  on the work by Gerolimos, Sénéchal and  Vallet  "Very-High-Order WENO Schemes", see '// &
           'JCP, 2009, vol. 228, pp. 8481-8524, doi:10.1016/j.jcp.2009.07.039'//nl
  string = string//'  The "compute" method has the following public API'//nl
  string = string//'    compute(S, stencil, f1, f2, ff)'//nl
  string = string//'  where:'//nl
  string = string//'    S: integer(I_P), intent(in), the number of the stencils used'//nl
  string = string//'    stencil: real(R_P), intent(IN), the stencil used for the interpolation [1:2, 1-S:-1+S]'//nl
  string = string//'    f1, f2: integer(I_P), intent(in), the faces to be computed (1 => left interface, 2 => right interface)'//nl
  string = string//'    ff: integer(I_P), intent(in), the parameter for the stencil value choice'
  endfunction description

All Procedures

add_3d_plot add_bar add_contour add_plot add_str bctoi_I1P bctoi_I2P bctoi_I4P bctoi_I8P bcton bctor_R16P bctor_R4P bctor_R8P bit_size bit_size bit_size_chr bit_size_R16P bit_size_R4P bit_size_R8P bstr bstr_I1P bstr_I2P bstr_I4P bstr_I8P bstr_R16P bstr_R4P bstr_R8P byte_size byte_size_chr byte_size_I1P byte_size_I2P byte_size_I4P byte_size_I8P byte_size_R16P byte_size_R4P byte_size_R8P check_endian compact_real_string compute compute compute compute compute compute compute compute compute compute create create create create create create create create create create_alpha_coefficients create_alpha_coefficients_js_constructor create_alpha_coefficients_m_constructor create_alpha_coefficients_z_constructor create_base_object create_interpolator_constructor create_interpolator_js_constructor create_optimal_weights create_optimal_weights_js_constructor create_polynomials create_polynomials_js_constructor create_smoothness_indicators create_smoothness_indicators_js_constructor ctoi_I1P ctoi_I2P ctoi_I4P ctoi_I8P cton ctor_R16P ctor_R4P ctor_R8P description description description description description description description description description description description description destroy destroy destroy destroy destroy destroy destroy destroy destroy destroy destroy_interpolator_constructor digit digit_I1 digit_I2 digit_I4 digit_I8 execute initialize integer_to_string interpolate interpolate matrix_to_string optional_int_to_string penf_init penf_print savefig str str_a_I1P str_a_I2P str_a_I4P str_a_I8P str_a_R16P str_a_R4P str_a_R8P str_bol str_I1P str_I2P str_I4P str_I8P str_R16P str_R4P str_R8P strf_I1P strf_I2P strf_I4P strf_I8P strf_R16P strf_R4P strf_R8P strz strz_I1P strz_I2P strz_I4P strz_I8P tau vec_to_string weno_exp weno_odd wenoof_create