str_a_R8P Function

  1. penf_stringify.F90
  2. penf_stringify
  3. str_a_R8P

private pure function str_a_R8P(n, no_sign, separator, delimiters, compact) result(str)

Arguments

TypeIntentOptionalAttributesName
real(kind=R8P), intent(in) :: n(:)
logical, intent(in), optional :: no_sign
character(len=1), intent(in), optional :: separator
character, intent(in), optional :: delimiters(1:2)
logical, intent(in), optional :: compact

Return Value character(len=:),allocatable


Calls

proc~~str_a_r8p~2~~CallsGraph proc~str_a_r8p~2 str_a_R8P proc~str_r8p~2 str_R8P proc~str_a_r8p~2->proc~str_r8p~2 proc~compact_real_string~2 compact_real_string proc~str_r8p~2->proc~compact_real_string~2

Called by

proc~~str_a_r8p~2~~CalledByGraph proc~str_a_r8p~2 str_a_R8P interface~str~2 str interface~str~2->proc~str_a_r8p~2 proc~bctoi_i8p~2 bctoi_I8P proc~bctoi_i8p~2->interface~str~2 proc~bctoi_i2p~2 bctoi_I2P proc~bctoi_i2p~2->interface~str~2 proc~bctoi_i1p~2 bctoi_I1P proc~bctoi_i1p~2->interface~str~2 proc~bctoi_i4p~2 bctoi_I4P proc~bctoi_i4p~2->interface~str~2 interface~bcton~2 bcton interface~bcton~2->proc~bctoi_i8p~2 interface~bcton~2->proc~bctoi_i2p~2 interface~bcton~2->proc~bctoi_i1p~2 interface~bcton~2->proc~bctoi_i4p~2

Contents

Source Code

str_a_R8P

Source Code

   pure function str_a_R8P(n, no_sign, separator, delimiters, compact) result(str)
   !< Convert real array to string.
   !<
   !<```fortran
   !< use penf
   !< print "(A)", str(n=[1._R8P, -2._R8P])
   !<```
   !=> +0.100000000000000E+001,-0.200000000000000E+001 <<<
   !<
   !<```fortran
   !< use penf
   !< print "(A)", str(n=[1._R8P, 2._R8P], no_sign=.true.)
   !<```
   !=> 0.100000000000000E+001,0.200000000000000E+001 <<<
   !<
   !<```fortran
   !< use penf
   !< print "(A)", str(n=[1._R8P, -2._R8P], separator='|')
   !<```
   !=> +0.100000000000000E+001|-0.200000000000000E+001 <<<
   !<
   !<```fortran
   !< use penf
   !< print "(A)", str(n=[1._R8P, -2._R8P], delimiters=['(', ')'])
   !<```
   !=> (+0.100000000000000E+001,-0.200000000000000E+001) <<<
   !<
   !<```fortran
   !< use penf
   !< print "(A)", str(n=[1._R8P, -2._R8P], compact=.true.)
   !<```
   !=> +0.1E+1,-0.2E+1 <<<
   real(R8P),    intent(in)           :: n(:)            !< Real array to be converted.
   logical,      intent(in), optional :: no_sign         !< Flag for leaving out the sign.
   character(1), intent(in), optional :: separator       !< Eventual separator of array values.
   character(*), intent(in), optional :: delimiters(1:2) !< Eventual delimiters of array values.
   logical,      intent(in), optional :: compact         !< Flag for *compacting* string encoding.
   character(len=:), allocatable      :: str             !< Returned string containing input number.
   character(DR8P)                    :: strn            !< String containing of element of input array number.
   character(len=1)                   :: sep             !< Array values separator
   integer                            :: i               !< Counter.

   str = ''
   sep = ','
   if(present(separator)) sep = separator
   do i=1,size(n)
     strn = str_R8P(no_sign=no_sign, compact=compact, n=n(i))
     str = str//sep//trim(strn)
   enddo
   str = trim(str(2:))
   if (present(delimiters)) str = delimiters(1)//str//delimiters(2)
   endfunction str_a_R8P