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mo_append.f90
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mo_append.f90
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!> \file mo_append.f90
!> \brief Append values on existing arrays.
!> \details Provides routines to append (rows) and paste (columns) scalars, vectors,
!> and matrixes onto existing arrays.
!> \author Juliane Mai
!> \date Aug 2012
MODULE mo_append
! This module is appending and pasting scalars, vectors, and matrixes into one.
! and is part of the JAMS Fortran library.
! Written Juliane Mai, Aug 2012
! Modified Juliane Mai, Aug 2012 - character append & paste
! Modified Matthias Cuntz, Jan 2013 - removed 256 character restriction
! Modified Matthias Cuntz, Feb 2013 - logical append and paste
! License
! -------
! This file is part of the JAMS Fortran package, distributed under the MIT License.
!
! Copyright (c) 2012-2013 Juliane Mai, Matthias Cuntz - mc (at) macu (dot) de
!
! Permission is hereby granted, free of charge, to any person obtaining a copy
! of this software and associated documentation files (the "Software"), to deal
! in the Software without restriction, including without limitation the rights
! to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
! copies of the Software, and to permit persons to whom the Software is
! furnished to do so, subject to the following conditions:
!
! The above copyright notice and this permission notice shall be included in all
! copies or substantial portions of the Software.
!
! THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
! IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
! FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
! AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
! LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
! OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
! SOFTWARE.
USE mo_kind, only: i4, i8, sp, dp
IMPLICIT NONE
#ifndef __ABSOFT__
PUBLIC :: append ! Returns input1 appended (on rows) with input2. (like Unix cat)
PUBLIC :: paste ! Returns input1 pasted (on columns) with input2. (like Unix paste)
! ------------------------------------------------------------------
! NAME
! append
! PURPOSE
!> \brief Append (rows) scalars, vectors, and matrixes onto existing array.
!> \details Appends one input to the rows of another, i.e. append
!> on the first dimension.\n
!> The input might be a scalar, a vector or a matrix.\n
!> Possibilities are:\n
!> (1) append scalar to vector\n
!> (2) append vector to vector\n
!> (3) append matrix to matrix
! CALLING SEQUENCE
! input1 = (/ 1.0_dp , 2.0_dp /)
! input2 = 3.0_dp
! call append(input1, input2)
! --> input1 = (/ 1.0_dp , 2.0_dp, 3.0_dp /)
! See also test folder for a detailed example.
! INTENT(IN)
!> \param[in] "input2" values to append. Can be INTEGER(I4/I8), REAL(SP/DP), or CHARACTER(len=*)
!> and also scalar, DIMENSION(:), or DIMENSION(:,:)\n
!> If not scalar then the columns have to agree with input1
! INTENT(INOUT)
!> \param[in,out] "allocatable :: input1" array to be appended to. Can be INTEGER(I4/I8), REAL(SP/DP),
!> or CHARACTER(len=*). Must be DIMENSION(:) or DIMENSION(:,:), and allocatable.\n
!> If input2 is not scalar then it must be size(input1,2) = size(input2,2).
! INTENT(OUT)
! None
! INTENT(IN), OPTIONAL
! None
! INTENT(INOUT), OPTIONAL
! None
! INTENT(OUT), OPTIONAL
! None
! RESTRICTIONS
! Size of input1 and input2 have to fit together,
! i.e. number of columns input1 = number of columns input2
! EXAMPLE
! see test_mo_append
! LITERATURE
! HISTORY
!> \author Juliane Mai
!> \date Aug 2012
! Modified Matthias Cuntz, Jan 2013 - removed 256 character restriction
! Modified Matthias Cuntz, Feb 2013 - logical append and paste
! Modified Matthias Zink, Feb 2015 - added optional 'fill_value' for logical append
! Modified Stephan Thober, Jan 2017 - added 3d version for append
INTERFACE append
MODULE PROCEDURE append_i4_v_s, append_i4_v_v, append_i4_m_m, append_i4_3d_3d, &
append_i8_v_s, append_i8_v_v, append_i8_m_m, append_i8_3d_3d, &
append_sp_v_s, append_sp_v_v, append_sp_m_m, append_sp_3d_3d, &
append_dp_v_s, append_dp_v_v, append_dp_m_m, append_dp_3d_3d, &
append_char_v_s, append_char_v_v, append_char_m_m, append_char_3d_3d, &
append_lgt_v_s, append_lgt_v_v, append_lgt_m_m, append_lgt_3d_3d
END INTERFACE append
! ------------------------------------------------------------------
! NAME
! paste
! PURPOSE
!> \brief Paste (columns) scalars, vectors, and matrixes onto existing array.
!> \details Pastes one input to the columns of another, i.e. append
!> on the second dimension.\n
!> The input might be a scalar, a vector or a matrix.\n
!> Possibilities are:\n
!> (1) paste scalar to one-line matrix\n
!> (3) paste vector to a matrix\n
!> (5) paste matrix to matrix
! CALLING SEQUENCE
! input1 = (/ 1.0_dp , 2.0_dp /)
! input2 = (/ 3.0_dp , 4.0_dp /)
! call paste(input1, input2)
! --> input1(1,:) = (/ 1.0_dp , 3.0_dp /)
! input1(2,:) = (/ 2.0_dp , 4.0_dp /)
! See also test folder for a detailed example.
! INTENT(IN)
!> \param[in] "input2" values to paste. Can be INTEGER(I4/I8), REAL(SP/DP), or CHARACTER(len=*)
!> and also scalar, DIMENSION(:), or DIMENSION(:,:)\n
!> If not scalar then the rows have to agree with input1
! INTENT(INOUT)
!> \param[in,out] "allocatable :: input1" array to be pasted to. Can be INTEGER(I4/I8), REAL(SP/DP),
!> or CHARACTER(len=*). Must be DIMENSION(:) or DIMENSION(:,:), and allocatable.\n
!> If input2 is not scalar then it must be size(input1,1) = size(input2,1).
! INTENT(OUT)
! None
! INTENT(IN), OPTIONAL
! None
! INTENT(INOUT), OPTIONAL
! None
! INTENT(OUT), OPTIONAL
! None
! RESTRICTIONS
! Size of input1 and input2 have to fit together,
! i.e. number of rows input1 = number of rows input2
! EXAMPLE
! see test_mo_append
! LITERATURE
! HISTORY
!> \author Juliane Mai
!> \date Aug 2012
! Modified Matthias Cuntz, Jan 2013 - removed 256 character restriction
! Modified Matthias Cuntz, Feb 2013 - logical append and paste
INTERFACE paste
MODULE PROCEDURE paste_i4_m_s, paste_i4_m_v, paste_i4_m_m, &
paste_i8_m_s, paste_i8_m_v, paste_i8_m_m, &
paste_sp_m_s, paste_sp_m_v, paste_sp_m_m, &
paste_dp_m_s, paste_dp_m_v, paste_dp_m_m, &
paste_char_m_s, paste_char_m_v, paste_char_m_m, &
paste_lgt_m_s, paste_lgt_m_v, paste_lgt_m_m
END INTERFACE paste
! ------------------------------------------------------------------
PRIVATE
! ------------------------------------------------------------------
CONTAINS
! ------------------------------------------------------------------
SUBROUTINE append_i4_v_s(vec1, sca2)
implicit none
integer(i4), dimension(:), allocatable, intent(inout) :: vec1
integer(i4), intent(in) :: sca2
! local variables
integer(i4) :: n1, n2
integer(i4), dimension(:), allocatable :: tmp
n2 = 1_i4
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4) = sca2
else
n1 = 0_i4
allocate(vec1(n2))
vec1(1_i4) = sca2
end if
END SUBROUTINE append_i4_v_s
SUBROUTINE append_i4_v_v(vec1, vec2)
implicit none
integer(i4), dimension(:), allocatable, intent(inout) :: vec1
integer(i4), dimension(:), intent(in) :: vec2
! local variables
integer(i4) :: n1, n2 ! length of vectors
integer(i4), dimension(:), allocatable :: tmp
n2 = size(vec2)
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
else
n1 = 0_i4
allocate(vec1(n2))
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
end if
END SUBROUTINE append_i4_v_v
SUBROUTINE append_i4_m_m(mat1, mat2, fill_value)
implicit none
integer(i4), dimension(:,:), allocatable, intent(inout) :: mat1
integer(i4), dimension(:,:), intent(in) :: mat2
integer(i4), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i4), dimension(:,:), allocatable :: tmp
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
if ((n1 .ne. n2) .and. .not. present(fill_value) ) then
print*, 'append: columns of matrix1 and matrix2 are unequal : (',m1,',',n1,') and (',m2,',',n2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1))
tmp=mat1
deallocate(mat1)
if ( n1 .eq. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2,:) = mat2(1:m2,:)
end if
if ( n1 .gt. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2, 1:n2) = mat2(1:m2,:)
mat1(m1+1_i4:m1+m2,n2+1:n1) = fill_value
end if
if ( n1 .lt. n2 ) then
allocate(mat1(m1+m2,n2))
mat1( 1:m1, 1:n1) = tmp(1:m1,:)
mat1( 1:m1, n1+1:n2) = fill_value
mat1(m1+1_i4:m1+m2, : ) = mat2(1:m2,:)
end if
else
n1 = 0_i4
allocate(mat1(m2,n2))
mat1 = mat2
end if
END SUBROUTINE append_i4_m_m
SUBROUTINE append_i4_3d_3d(mat1, mat2, fill_value)
implicit none
integer(i4), dimension(:,:,:), allocatable, intent(inout) :: mat1
integer(i4), dimension(:,:,:), intent(in) :: mat2
integer(i4), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i4) :: j1, j2 ! dim3 of matrixes: something else
integer(i4), dimension(:,:,:), allocatable :: tmp
if (present(fill_value)) print*, '***warning: fill_value is ignored in append_i4_3d_3d'
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
j2 = size(mat2,3) ! something else
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
j1 = size(mat1,3) ! something else
if ((n1 .ne. n2) .or. (j1 .ne. j2) ) then
print*, 'append: size mismatch: dim 2 and 3 of matrix1 and matrix2 are unequal : ' &
// '(',m1,',',n1,',',j1,') and (',m2,',',n2,',',j2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1,j1))
tmp=mat1
deallocate(mat1)
allocate(mat1(m1+m2,n1,j1))
mat1(1:m1,:,:) = tmp(1:m1,:,:)
mat1(m1+1_i4:m1+m2,:,:) = mat2(1:m2,:,:)
else
allocate(mat1(m2,n2,j2))
mat1 = mat2
end if
END SUBROUTINE append_i4_3d_3d
SUBROUTINE append_i8_v_s(vec1, sca2)
implicit none
integer(i8), dimension(:), allocatable, intent(inout) :: vec1
integer(i8), intent(in) :: sca2
! local variables
integer(i4) :: n1, n2
integer(i8), dimension(:), allocatable :: tmp
n2 = 1_i4
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4) = sca2
else
n1 = 0_i4
allocate(vec1(n2))
vec1(1_i4) = sca2
end if
END SUBROUTINE append_i8_v_s
SUBROUTINE append_i8_v_v(vec1, vec2)
implicit none
integer(i8), dimension(:), allocatable, intent(inout) :: vec1
integer(i8), dimension(:), intent(in) :: vec2
! local variables
integer(i4) :: n1, n2 ! length of vectors
integer(i8), dimension(:), allocatable :: tmp
n2 = size(vec2)
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
else
n1 = 0_i4
allocate(vec1(n2))
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
end if
END SUBROUTINE append_i8_v_v
SUBROUTINE append_i8_m_m(mat1, mat2, fill_value)
implicit none
integer(i8), dimension(:,:), allocatable, intent(inout) :: mat1
integer(i8), dimension(:,:), intent(in) :: mat2
integer(i8), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i8), dimension(:,:), allocatable :: tmp
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
if ((n1 .ne. n2) .and. .not. present(fill_value) ) then
print*, 'append: columns of matrix1 and matrix2 are unequal : (',m1,',',n1,') and (',m2,',',n2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1))
tmp=mat1
deallocate(mat1)
if ( n1 .eq. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2,:) = mat2(1:m2,:)
end if
if ( n1 .gt. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2, 1:n2) = mat2(1:m2,:)
mat1(m1+1_i4:m1+m2,n2+1:n1) = fill_value
end if
if ( n1 .lt. n2 ) then
allocate(mat1(m1+m2,n2))
mat1( 1:m1, 1:n1) = tmp(1:m1,:)
mat1( 1:m1, n1+1:n2) = fill_value
mat1(m1+1_i4:m1+m2, : ) = mat2(1:m2,:)
end if
else
n1 = 0_i4
allocate(mat1(m2,n2))
mat1 = mat2
end if
END SUBROUTINE append_i8_m_m
SUBROUTINE append_i8_3d_3d(mat1, mat2, fill_value)
implicit none
integer(i8), dimension(:,:,:), allocatable, intent(inout) :: mat1
integer(i8), dimension(:,:,:), intent(in) :: mat2
integer(i8), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i4) :: j1, j2 ! dim3 of matrixes: something else
integer(i8), dimension(:,:,:), allocatable :: tmp
if (present(fill_value)) print*, '***warning: fill_value is ignored in append_i8_3d_3d'
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
j2 = size(mat2,3) ! something else
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
j1 = size(mat1,3) ! something else
if ((n1 .ne. n2) .or. (j1 .ne. j2) ) then
print*, 'append: size mismatch: dim 2 and 3 of matrix1 and matrix2 are unequal : ' &
// '(',m1,',',n1,',',j1,') and (',m2,',',n2,',',j2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1,j1))
tmp=mat1
deallocate(mat1)
allocate(mat1(m1+m2,n1,j1))
mat1(1:m1,:,:) = tmp(1:m1,:,:)
mat1(m1+1_i4:m1+m2,:,:) = mat2(1:m2,:,:)
else
allocate(mat1(m2,n2,j2))
mat1 = mat2
end if
END SUBROUTINE append_i8_3d_3d
SUBROUTINE append_sp_v_s(vec1, sca2)
implicit none
real(sp), dimension(:), allocatable, intent(inout) :: vec1
real(sp), intent(in) :: sca2
! local variables
integer(i4) :: n1, n2
real(sp), dimension(:), allocatable :: tmp
n2 = 1_i4
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4) = sca2
else
n1 = 0_i4
allocate(vec1(n2))
vec1(1_i4) = sca2
end if
END SUBROUTINE append_sp_v_s
SUBROUTINE append_sp_v_v(vec1, vec2)
implicit none
real(sp), dimension(:), allocatable, intent(inout) :: vec1
real(sp), dimension(:), intent(in) :: vec2
! local variables
integer(i4) :: n1, n2 ! length of vectors
real(sp), dimension(:), allocatable :: tmp
n2 = size(vec2)
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
else
n1 = 0_i4
allocate(vec1(n2))
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
end if
END SUBROUTINE append_sp_v_v
SUBROUTINE append_sp_m_m(mat1, mat2, fill_value)
implicit none
real(sp), dimension(:,:), allocatable, intent(inout) :: mat1
real(sp), dimension(:,:), intent(in) :: mat2
real(sp), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
real(sp), dimension(:,:), allocatable :: tmp
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
if ((n1 .ne. n2) .and. .not. present(fill_value) ) then
print*, 'append: columns of matrix1 and matrix2 are unequal : (',m1,',',n1,') and (',m2,',',n2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1))
tmp=mat1
deallocate(mat1)
if ( n1 .eq. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2,:) = mat2(1:m2,:)
end if
if ( n1 .gt. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2, 1:n2) = mat2(1:m2,:)
mat1(m1+1_i4:m1+m2,n2+1:n1) = fill_value
end if
if ( n1 .lt. n2 ) then
allocate(mat1(m1+m2,n2))
mat1( 1:m1, 1:n1) = tmp(1:m1,:)
mat1( 1:m1, n1+1:n2) = fill_value
mat1(m1+1_i4:m1+m2, : ) = mat2(1:m2,:)
end if
else
n1 = 0_i4
allocate(mat1(m2,n2))
mat1 = mat2
end if
END SUBROUTINE append_sp_m_m
SUBROUTINE append_sp_3d_3d(mat1, mat2, fill_value)
implicit none
real(sp), dimension(:,:,:), allocatable, intent(inout) :: mat1
real(sp), dimension(:,:,:), intent(in) :: mat2
real(sp), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i4) :: j1, j2 ! dim3 of matrixes: something else
real(sp), dimension(:,:,:), allocatable :: tmp
if (present(fill_value)) print*, '***warning: fill_value is ignored in append_sp_3d_3d'
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
j2 = size(mat2,3) ! something else
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
j1 = size(mat1,3) ! something else
if ((n1 .ne. n2) .or. (j1 .ne. j2) ) then
print*, 'append: size mismatch: dim 2 and 3 of matrix1 and matrix2 are unequal : ' &
// '(',m1,',',n1,',',j1,') and (',m2,',',n2,',',j2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1,j1))
tmp=mat1
deallocate(mat1)
allocate(mat1(m1+m2,n1,j1))
mat1(1:m1,:,:) = tmp(1:m1,:,:)
mat1(m1+1_i4:m1+m2,:,:) = mat2(1:m2,:,:)
else
allocate(mat1(m2,n2,j2))
mat1 = mat2
end if
END SUBROUTINE append_sp_3d_3d
SUBROUTINE append_dp_v_s(vec1, sca2)
implicit none
real(dp), dimension(:), allocatable, intent(inout) :: vec1
real(dp), intent(in) :: sca2
! local variables
integer(i4) :: n1, n2
real(dp), dimension(:), allocatable :: tmp
n2 = 1_i4
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4) = sca2
else
n1 = 0_i4
allocate(vec1(n2))
vec1(1_i4) = sca2
end if
END SUBROUTINE append_dp_v_s
SUBROUTINE append_dp_v_v(vec1, vec2)
implicit none
real(dp), dimension(:), allocatable, intent(inout) :: vec1
real(dp), dimension(:), intent(in) :: vec2
! local variables
integer(i4) :: n1, n2 ! length of vectors
real(dp), dimension(:), allocatable :: tmp
n2 = size(vec2)
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
else
n1 = 0_i4
allocate(vec1(n2))
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
end if
END SUBROUTINE append_dp_v_v
SUBROUTINE append_dp_m_m(mat1, mat2, fill_value)
implicit none
real(dp), dimension(:,:), allocatable, intent(inout) :: mat1
real(dp), dimension(:,:), intent(in) :: mat2
real(dp), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
real(dp), dimension(:,:), allocatable :: tmp
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
if ((n1 .ne. n2) .and. .not. present(fill_value) ) then
print*, 'append: columns of matrix1 and matrix2 are unequal : (',m1,',',n1,') and (',m2,',',n2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1))
tmp=mat1
deallocate(mat1)
if ( n1 .eq. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2,:) = mat2(1:m2,:)
end if
if ( n1 .gt. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2, 1:n2) = mat2(1:m2,:)
mat1(m1+1_i4:m1+m2,n2+1:n1) = fill_value
end if
if ( n1 .lt. n2 ) then
allocate(mat1(m1+m2,n2))
mat1( 1:m1, 1:n1) = tmp(1:m1,:)
mat1( 1:m1, n1+1:n2) = fill_value
mat1(m1+1_i4:m1+m2, : ) = mat2(1:m2,:)
end if
else
n1 = 0_i4
allocate(mat1(m2,n2))
mat1 = mat2
end if
END SUBROUTINE append_dp_m_m
SUBROUTINE append_dp_3d_3d(mat1, mat2, fill_value)
implicit none
real(dp), dimension(:,:,:), allocatable, intent(inout) :: mat1
real(dp), dimension(:,:,:), intent(in) :: mat2
real(dp), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
integer(i4) :: j1, j2 ! dim3 of matrixes: something else
real(dp), dimension(:,:,:), allocatable :: tmp
if (present(fill_value)) print*, '***warning: fill_value is ignored in append_dp_3d_3d'
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
j2 = size(mat2,3) ! something else
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
j1 = size(mat1,3) ! something else
if ((n1 .ne. n2) .or. (j1 .ne. j2) ) then
print*, 'append: size mismatch: dim 2 and 3 of matrix1 and matrix2 are unequal : ' &
// '(',m1,',',n1,',',j1,') and (',m2,',',n2,',',j2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1,j1))
tmp=mat1
deallocate(mat1)
allocate(mat1(m1+m2,n1,j1))
mat1(1:m1,:,:) = tmp(1:m1,:,:)
mat1(m1+1_i4:m1+m2,:,:) = mat2(1:m2,:,:)
else
allocate(mat1(m2,n2,j2))
mat1 = mat2
end if
END SUBROUTINE append_dp_3d_3d
SUBROUTINE append_char_v_s(vec1, sca2)
implicit none
character(len=*), dimension(:), allocatable, intent(inout) :: vec1
character(len=*), intent(in) :: sca2
! local variables
integer(i4) :: n1, n2
character(len(vec1)), dimension(:), allocatable :: tmp
n2 = 1_i4
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4) = sca2
else
n1 = 0_i4
allocate(vec1(n2))
vec1(1_i4) = sca2
end if
END SUBROUTINE append_char_v_s
SUBROUTINE append_char_v_v(vec1, vec2)
character(len=*), dimension(:), allocatable, intent(inout) :: vec1
character(len=*), dimension(:), intent(in) :: vec2
! local variables
integer(i4) :: n1, n2
character(len(vec1)), dimension(:), allocatable :: tmp
n2 = size(vec2)
if (allocated(vec1)) then
n1 = size(vec1)
! save vec1
allocate(tmp(n1))
tmp=vec1
deallocate(vec1)
allocate(vec1(n1+n2))
vec1(1:n1) = tmp(1:n1)
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
else
n1 = 0_i4
allocate(vec1(n2))
vec1(n1+1_i4:n1+n2) = vec2(1:n2)
end if
END SUBROUTINE append_char_v_v
SUBROUTINE append_char_m_m(mat1, mat2, fill_value)
implicit none
character(len=*), dimension(:,:), allocatable, intent(inout) :: mat1
character(len=*), dimension(:,:), intent(in) :: mat2
character(len=*), optional, intent(in) :: fill_value
! local variables
integer(i4) :: m1, m2 ! dim1 of matrixes: rows
integer(i4) :: n1, n2 ! dim2 of matrixes: columns
character(len(mat1)), dimension(:,:), allocatable :: tmp
m2 = size(mat2,1) ! rows
n2 = size(mat2,2) ! columns
if (allocated(mat1)) then
m1 = size(mat1,1) ! rows
n1 = size(mat1,2) ! columns
if ((n1 .ne. n2) .and. .not. present(fill_value) ) then
print*, 'append: columns of matrix1 and matrix2 are unequal : (',m1,',',n1,') and (',m2,',',n2,')'
STOP
end if
! save mat1
allocate(tmp(m1,n1))
tmp=mat1
deallocate(mat1)
if ( n1 .eq. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2,:) = mat2(1:m2,:)
end if
if ( n1 .gt. n2 ) then
allocate(mat1(m1+m2,n1))
mat1(1:m1,:) = tmp(1:m1,:)
mat1(m1+1_i4:m1+m2, 1:n2) = mat2(1:m2,:)
mat1(m1+1_i4:m1+m2,n2+1:n1) = fill_value
end if