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Fix Tao python ele:photon command.
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@DavidSagan
DavidSagan committed Jun 27, 2024
1 parent eab9c79 commit 8e04f9e
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Showing 4 changed files with 95 additions and 53 deletions.
89 changes: 45 additions & 44 deletions bmad/modules/attribute_mod.f90
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Original file line number Diff line number Diff line change
Expand Up @@ -2268,7 +2268,7 @@ end subroutine string_attrib
! Generally only needed to determine the default value.
!
! Output:
! attrib_val_name -- character(40): Name corresponding to the value. Set to null_name if there is a problem.
! attrib_val_name -- character(40): Name corresponding to the value. Set to null_name$ if there is a problem.
! is_default -- logical, optional: If True then the value of the attiribute
! corresponds to the default value. If this argument is
! present, the ele argument must also be present.
Expand Down Expand Up @@ -2300,13 +2300,13 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
select case (attrib_name)

case ('APERTURE_AT')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, aperture_at_name, lbound(aperture_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, aperture_at_name, lbound(aperture_type_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == exit_end$)
endif

case ('APERTURE_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, aperture_type_name, lbound(aperture_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, aperture_type_name, lbound(aperture_type_name, 1), name_list)
if (present(is_default)) then
if (ele%key == ecollimator$) then
is_default = (ix_attrib_val == elliptical$)
Expand All @@ -2316,43 +2316,43 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
endif

case ('CAVITY_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, cavity_type_name, lbound(cavity_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, cavity_type_name, lbound(cavity_type_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == default_value(ele, cavity_type$))
endif

case ('CSR_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, csr_method_name, lbound(csr_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, csr_method_name, lbound(csr_method_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == off$)
endif

case ('COUPLER_AT')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, end_at_name, lbound(end_at_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, end_at_name, lbound(end_at_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == downstream_end$)

case ('DEFAULT_TRACKING_SPECIES')
attrib_val_name = species_name(ix_attrib_val)
if (present(is_default)) is_default = (ix_attrib_val == ref_particle$)

case ('ELE_ORIGIN', 'REF_ORIGIN')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, anchor_pt_name, lbound(anchor_pt_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, anchor_pt_name, lbound(anchor_pt_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == anchor_center$)

case ('ENERGY_DISTRIBUTION')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == gaussian$)

case ('EXACT_MULTIPOLES')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, exact_multipoles_name, lbound(exact_multipoles_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, exact_multipoles_name, lbound(exact_multipoles_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == off$)

case ('FIDUCIAL_PT')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, fiducial_pt_name, lbound(fiducial_pt_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, fiducial_pt_name, lbound(fiducial_pt_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == none_pt$)

case ('FIELD_CALC')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, field_calc_name, lbound(field_calc_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, field_calc_name, lbound(field_calc_name, 1), name_list)
if (present(is_default)) then
select case (ele%key)
case (group$, overlay$, girder$, ramper$); is_default = (ix_attrib_val == no_field$)
Expand All @@ -2361,25 +2361,25 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
endif

case ('FIELD_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, em_field_type_name, lbound(em_field_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, em_field_type_name, lbound(em_field_type_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == bmad_standard$)

case ('MULTIPASS_REF_ENERGY')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, multipass_ref_energy_name, lbound(multipass_ref_energy_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, multipass_ref_energy_name, lbound(multipass_ref_energy_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == first_pass$)

case ('NONGRID^FIELD_TYPE') ! This is for the Tao "python" command
call get_this_attrib_name (attrib_val_name, ix_attrib_val, em_field_type_name(1:2), lbound(em_field_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, em_field_type_name(1:2), lbound(em_field_type_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == bmad_standard$)

case ('FRINGE_AT')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, end_at_name, lbound(end_at_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, end_at_name, lbound(end_at_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == both_ends$)
endif

case ('FRINGE_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, fringe_type_name, lbound(fringe_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, fringe_type_name, lbound(fringe_type_name, 1), name_list)
if (present(is_default)) then
select case (ele%key)
case (sad_mult$)
Expand All @@ -2392,65 +2392,65 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
endif

case ('GEOMETRY')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, geometry_name, lbound(geometry_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, geometry_name, lbound(geometry_name, 1), name_list)

case ('GRID_FIELD^GEOMETRY') ! This is for the Tao "python" command
call get_this_attrib_name (attrib_val_name, ix_attrib_val, grid_field_geometry_name, lbound(grid_field_geometry_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, grid_field_geometry_name, lbound(grid_field_geometry_name, 1), name_list)

case ('GRID^TYPE') ! This is for the Tao "python" command
call get_this_attrib_name (attrib_val_name, ix_attrib_val, surface_grid_type_name, lbound(surface_grid_type_name, 1))
attrib_val_name = surface_grid_type_name(ix_attrib_val, name_list)
if (present(is_default)) is_default = .false.

case ('INTERPOLATION')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, interpolation_name, lbound(interpolation_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, interpolation_name, lbound(interpolation_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == cubic$)

case ('KEY')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, key_name, lbound(key_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, key_name, lbound(key_name, 1), name_list)
if (present(is_default)) is_default = .false.

case ('KICK0')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, kick0_name, lbound(kick0_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, kick0_name, lbound(kick0_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == standard$)

case ('LORD_STATUS')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, control_name, lbound(control_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, control_name, lbound(control_name, 1), name_list)
if (present(is_default)) is_default = .false.

case ('MAT6_CALC_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, mat6_calc_method_name, lbound(mat6_calc_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, mat6_calc_method_name, lbound(mat6_calc_method_name, 1), name_list)
if (present(is_default)) then
call default_ele(ele, ele2)
is_default = (ix_attrib_val == ele2%mat6_calc_method)
endif

case ('MATRIX')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, matrix_name, lbound(matrix_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, matrix_name, lbound(matrix_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == standard$)

case ('MODE')
if (ele%key == diffraction_plate$ .or. ele%key == sample$ .or. ele%key == mask$) then
call get_this_attrib_name (attrib_val_name, ix_attrib_val, mode_name, lbound(mode_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, mode_name, lbound(mode_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == default_value(ele, mode$))
endif
else
call get_this_attrib_name (attrib_val_name, ix_attrib_val, geometry_name, lbound(geometry_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, geometry_name, lbound(geometry_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == open$)
endif
endif

case ('ORIGIN_ELE_REF_PT')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_pt_name, lbound(ref_pt_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_pt_name, lbound(ref_pt_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == center_pt$)

case ('PTC_FRINGE_GEOMETRY')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_fringe_geometry_name, lbound(ptc_fringe_geometry_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_fringe_geometry_name, lbound(ptc_fringe_geometry_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == x_invariant$)

case ('PHOTON_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, photon_type_name, lbound(photon_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, photon_type_name, lbound(photon_type_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == incoherent$)

case ('PARTICLE', 'REF_SPECIES', 'SPECIES_STRONG')
Expand All @@ -2464,63 +2464,63 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
endif

case ('PHASE_UNITS')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, angle_units_name, lbound(angle_units_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, angle_units_name, lbound(angle_units_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == radians$)

case ('PTC_FIELD_GEOMETRY')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_field_geometry_name, lbound(ptc_field_geometry_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_field_geometry_name, lbound(ptc_field_geometry_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == sector$)

case ('PTC_INTEGRATION_TYPE')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_integration_type_name, lbound(ptc_integration_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ptc_integration_type_name, lbound(ptc_integration_type_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == matrix_kick$)

case ('REF_COORDS')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_coords_name(1:4), 1)
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_coords_name(1:4), 1, name_list)
if (present(is_default)) is_default = (ix_attrib_val == exit_end$)

case ('REF_ORBIT_FOLLOWS')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_orbit_follows_name, lbound(ref_orbit_follows_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, ref_orbit_follows_name, lbound(ref_orbit_follows_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == bragg_diffracted$)

case ('SCATTER_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, scatter_method_name, lbound(scatter_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, scatter_method_name, lbound(scatter_method_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == highland$)

case ('SECTION^TYPE') ! This is for the Tao "python" command
call get_this_attrib_name (attrib_val_name, ix_attrib_val, wall3d_section_type_name, lbound(wall3d_section_type_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, wall3d_section_type_name, lbound(wall3d_section_type_name, 1), name_list)
if (present(is_default)) is_default = .false.

case ('SLAVE_STATUS')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, control_name, lbound(control_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, control_name, lbound(control_name, 1), name_list)
if (present(is_default)) is_default = .false.

case ('SPACE_CHARGE_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, space_charge_method_name, lbound(space_charge_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, space_charge_method_name, lbound(space_charge_method_name, 1), name_list)
if (present(is_default)) then
is_default = (ix_attrib_val == off$)
endif

case ('SPATIAL_DISTRIBUTION')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == gaussian$)

case ('SPIN_TRACKING_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, spin_tracking_method_name, lbound(spin_tracking_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, spin_tracking_method_name, lbound(spin_tracking_method_name, 1), name_list)
if (present(is_default)) then
call default_ele (ele, ele2)
is_default = (ix_attrib_val == ele2%spin_tracking_method)
endif

case ('TRACKING_METHOD')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, tracking_method_name, lbound(tracking_method_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, tracking_method_name, lbound(tracking_method_name, 1), name_list)
if (present(is_default)) then
call default_ele (ele, ele2)
is_default = (ix_attrib_val == ele2%tracking_method)
endif

case ('VELOCITY_DISTRIBUTION')
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1))
call get_this_attrib_name (attrib_val_name, ix_attrib_val, distribution_name, lbound(distribution_name, 1), name_list)
if (present(is_default)) is_default = (ix_attrib_val == gaussian$)

case default
Expand All @@ -2531,12 +2531,13 @@ function switch_attrib_value_name (attrib_name, attrib_value, ele, is_default, n
!---------------------------------------
contains

subroutine get_this_attrib_name (val_name, ix_attrib_val, name_array, min_arr, exceptions)
subroutine get_this_attrib_name (val_name, ix_attrib_val, name_array, min_arr, name_list, exceptions)

integer ix_attrib_val, min_arr, i, j, n
integer, optional :: exceptions(:)
character(*) val_name
character(*) name_array(min_arr:)
character(*), optional, allocatable :: name_list(:)

!

Expand Down
48 changes: 45 additions & 3 deletions bmad/modules/bmad_struct.f90
View file
Original file line number Diff line number Diff line change
Expand Up @@ -989,8 +989,6 @@ module bmad_struct
end type

integer, parameter :: segmented$ = 1, h_misalign$ = 2, displacement$ = 3
character(16), parameter :: surface_grid_type_name(0:3) = [character(16):: 'GARBAGE!', &
'Segmented', 'H_Misalign', 'Displacement']

! Photon statistics at a detector

Expand Down Expand Up @@ -2525,11 +2523,55 @@ function coord_state_name (coord_state, one_word) result (state_str)
case (lost_pos_y$); state_str = 'Lost_Pos_Y'
case (lost_pz$); state_str = 'Lost_Pz'
case (lost_z$); state_str = 'Lost_Z'
case default; state_str = 'UNKNOWN!'
case default; state_str = null_name$
end select

end function coord_state_name


!------------------------------------------------------------------------
!------------------------------------------------------------------------
!------------------------------------------------------------------------
!+
! Function surface_grid_type_name(grid_type, name_list) result (type_str)
!
! Routine to return the string representation of ele%photon%grid%type.
!
! Input:
! grid_type -- integer: ele%photon%grid%type value.
!
! Output:
! type_str -- character(16): String rep.
! name_list(:) -- character(*), optional, allocatable: List of possible names.
!-

function surface_grid_type_name(grid_type, name_list) result (type_str)

implicit none

integer grid_type
character(16) :: type_str
character(*), optional, allocatable :: name_list(:)

!

select case (grid_type)
case (not_set$); type_str = 'Not_set'
case (segmented$); type_str = 'Segmented'
case (h_misalign$); type_str = 'H_Misalign'
case (displacement$); type_str = 'Displacement'
case default; type_str = null_name$
end select

if (present(name_list)) then
if (allocated(name_list)) deallocate(name_list)
allocate(name_list(4))
! Important: name_list order matches integer values segmented$ = 1, etc.
name_list = [character(16):: 'Segmented', 'H_Misalign', 'Displacement', 'Not_set']
endif

end function surface_grid_type_name

!------------------------------------------------------------------------
!------------------------------------------------------------------------
!------------------------------------------------------------------------
Expand Down
7 changes: 3 additions & 4 deletions bmad/parsing/bmad_parser_mod.f90
View file
Original file line number Diff line number Diff line change
Expand Up @@ -1177,7 +1177,8 @@ subroutine parser_set_attribute (how, ele, delim, delim_found, err_flag, pele, c
if (attrib_word == 'SURFACE') then
if (ele%key == detector$) name = 'PIXEL'
elseif (attrib_word /= 'PIXEL') then
call match_word (attrib_word, surface_grid_type_name(1:), ph%grid%type)
who = surface_grid_type_name(1, name_list)
call match_word (attrib_word, name_list, ph%grid%type)
endif

if (.not. expect_this ('=', .true., .true., 'AFTER ' // quote(attrib_word), ele, delim, delim_found)) return
Expand Down Expand Up @@ -1226,9 +1227,7 @@ subroutine parser_set_attribute (how, ele, delim, delim_found, err_flag, pele, c

select case (word)
case ('TYPE') ! This is old style.
call get_switch ('SURFACE GRID TYPE', surface_grid_type_name(1:), ph%grid%type, err_flag2, ele, delim, delim_found)
if (err_flag2) return
bp_com%parse_line = delim // bp_com%parse_line
call parser_error('OLD STYLE GRID TYPE SYNTAX NO LONGER ACCEPTED. PLEASE CORRECT.')

case ('ACTIVE')
call parser_get_logical (word, ph%grid%active, ele%name, delim, delim_found, err_flag2); if (err_flag2) return
Expand Down
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