Nodes of different colours represent the following:
Solid arrows point from a file to a file which depends upon it. A file is dependent upon another if the latter must be compiled before the former can be. Where possible, edges connecting nodes are given different colours to make them easier to distinguish in large graphs.
Nodes of different colours represent the following:
Solid arrows point from a file to a file which depends upon it. A file is dependent upon another if the latter must be compiled before the former can be. Where possible, edges connecting nodes are given different colours to make them easier to distinguish in large graphs.
module procedures_mixture_properties use types_component_wrapper, only: Component_Wrapper use procedures_mixture_inquirers, only: component_exists, component_has_positions, & component_has_orientations, component_can_exchange implicit none private public :: set_exist, set_nums_particles, set_have_positions, set_have_orientations, set_can_exchange contains subroutine set_exist(components_exist, components) logical, intent(inout) :: components_exist(:, :) type(Component_Wrapper), intent(in) :: components(:, :) integer :: i_box, i_component do i_box = 1, size(components_exist, 2) do i_component = 1, size(components_exist, 1) components_exist(i_component, i_box) = & component_exists(components(i_component, i_box)%num_particles) end do end do end subroutine set_exist subroutine set_nums_particles(nums_particles, components) integer, intent(inout) :: nums_particles(:, :) type(Component_Wrapper), intent(in) :: components(:, :) integer :: i_box, i_component do i_box = 1, size(nums_particles, 2) do i_component = 1, size(nums_particles, 1) nums_particles(i_component, i_box) = components(i_component, i_box)%num_particles%& get() end do end do end subroutine set_nums_particles subroutine set_have_positions(have_positions, components) logical, intent(inout) :: have_positions(:, :) type(Component_Wrapper), intent(in) :: components(:, :) integer :: i_box, i_component do i_box = 1, size(have_positions, 2) do i_component = 1, size(have_positions, 1) have_positions(i_component, i_box) = & component_has_positions(components(i_component, i_box)%positions) end do end do end subroutine set_have_positions subroutine set_have_orientations(have_orientations, components) logical, intent(inout) :: have_orientations(:, :) type(Component_Wrapper), intent(in) :: components(:, :) integer :: i_box, i_component do i_box = 1, size(have_orientations, 2) do i_component = 1, size(have_orientations, 1) have_orientations(i_component, i_box) = & component_has_orientations(components(i_component, i_box)%orientations) end do end do end subroutine set_have_orientations subroutine set_can_exchange(can_exchange, components) logical, intent(inout) :: can_exchange(:, :) type(Component_Wrapper), intent(in) :: components(:, :) integer :: i_box, i_component do i_box = 1, size(can_exchange, 2) do i_component = 1, size(can_exchange, 1) can_exchange(i_component, i_box) = & component_can_exchange(components(i_component, i_box)%chemical_potential) end do end do end subroutine set_can_exchange end module procedures_mixture_properties