Fix setting of super_slave and multipass_slave attribute elements.

bmad/code/set_ele_attribute.f90

@@ -22,8 +22,8 @@
 !   set_string      -- character(*): Attribute and value for set.
 !   err_print_flag  -- logical, optional: If present and False then suppress printing 
 !                        of an error message if attribute is, for example, not free.
-!   set_lords       -- logical, optional: Default False. If True, set the super_lord(s) or multipass_lord
-!                        if the element is a super_slave or multipass_slave.
+!   set_lords       -- logical, optional: Default False. If True, set the super_lord(s)
+!                        if the element is a super_slave.
 !
 ! Output:
 !   ele      -- ele_struct: Element with attribute set.
@@ -94,7 +94,7 @@ subroutine set_ele_attribute (ele, set_string, err_flag, err_print_flag, set_lor
 
 current_file%full_name = ''
 
-if (ele%slave_status == super_slave$ .or. ele%slave_status == multipass_slave$) then
+if (logic_option(.false., set_lords) .and. ele%slave_status == super_slave$) then
   do i = 1, ele%n_lord
     lord => pointer_to_lord(ele, i)
     if (lord%slave_status == multipass_slave$) lord => pointer_to_lord(ele, 1)

bmad/doc/superimpose-and-multipass.tex

@@ -525,6 +525,19 @@ \subsection{Multipass Fundamentals}
 cavity back to itself needs to be properly adjusted to get the desired phase advance. See the discussion
 in section~\sref{s:rf.time}.
 
+``Intrinsic'' attributes are attributes that must, to make sense physically, be the same for all
+slaves of a given multipass lord. The element length is one such example.  The following
+non-intrinsic attributes can be set in a multipass slave and will not affect the corresponding
+attributes in the lord or the other slaves of the lord:
+\begin{example}
+  csr_ds_step           num_steps            
+  csr_method            ptc_integration_type 
+  ds_step               spin_tracking_method 
+  field_calc            space_charge_method  
+  integrator_order      tracking_method      
+  mat6_calc_method    
+\end{example}
+
 Multiple elements of the same name in a multipass line are considered 
 physically distinct. Example:
 \begin{example}

bmad/modules/attribute_mod.f90

@@ -3113,12 +3113,12 @@ function check_this_attribute_free (ele, attrib_name, lat, err_print_flag, excep
 
 if (ele%slave_status == multipass_slave$) then
   select case (a_name)
-  case ('CSR_METHOD', 'SPACE_CHARGE_METHOD', 'DESCRIP', 'ALIAS', 'TYPE');     return
+  case ('CSR_METHOD', 'SPACE_CHARGE_METHOD', 'DESCRIP', 'ALIAS', 'TYPE', 'TRACKING_METHOD', &
+        'MAT6_CALC_METHOD', 'SPIN_TRACKING_METHOD', 'FIELD_CALC', 'PHI0_MULTIPASS', 'PTC_INTEGRATION_TYPE', &
+        'INTEGRATOR_ORDER', 'DS_STEP', 'CSR_DS_STEP', 'NUM_STEPS'); return
   end select
 
   select case (ele%key)
-  case (lcavity$, rfcavity$) 
-    if (ix_attrib == phi0_multipass$) return
   case (patch$)
     lord => pointer_to_lord(ele, 1)
   end select

bmad/modules/changed_attribute_bookkeeper.f90

@@ -129,32 +129,32 @@ subroutine set_flags_for_changed_integer_attribute (ele, attrib, set_dependent)
 
 ! Set independent stuff in multipass lord
 
-if (ele%lord_status == multipass_lord$) then 
-
+if (ele%lord_status == multipass_lord$) then
   do i = 1, ele%n_slave
     slave => pointer_to_slave(ele, i)
 
     if (associated(a_ptr, ele%aperture_at)) then
       slave%aperture_at = a_ptr
+    elseif (associated(a_ptr, ele%ptc_integration_type)) then
+      slave%ptc_integration_type = a_ptr
     elseif (associated(a_ptr, ele%aperture_type)) then
-      ele%aperture_type = a_ptr
+      slave%aperture_type = a_ptr
     elseif (associated(a_ptr, ele%mat6_calc_method)) then
-      ele%mat6_calc_method = a_ptr
+      slave%mat6_calc_method = a_ptr
     elseif (associated(a_ptr, ele%tracking_method)) then
-      ele%tracking_method = a_ptr
+      slave%tracking_method = a_ptr
     elseif (associated(a_ptr, ele%spin_tracking_method)) then
-      ele%spin_tracking_method = a_ptr
+      slave%spin_tracking_method = a_ptr
     elseif (associated(a_ptr, ele%field_calc)) then
-      ele%field_calc = a_ptr
+      slave%field_calc = a_ptr
     elseif (associated(a_ptr, ele%csr_method)) then
-      ele%csr_method = a_ptr
+      slave%csr_method = a_ptr
     elseif (associated(a_ptr, ele%space_charge_method)) then
-      ele%space_charge_method = a_ptr
+      slave%space_charge_method = a_ptr
     else
       exit
     endif
   enddo
-
 endif
 
 end subroutine set_flags_for_changed_integer_attribute

tao/code/tao_change_mod.f90

@@ -346,7 +346,7 @@ subroutine tao_change_ele (ele_name, attrib_name, num_str, update, err_flag)
 
     delta = m_ptr(i)%r - old_value(i)
 
-    call tao_set_flags_for_changed_attribute(u, e_name, eles(i)%ele, m_ptr(i)%r, who = a_name)
+    call tao_set_flags_for_changed_attribute(u, e_name, eles(i)%ele, m_ptr(i), who = a_name)
 
     max_val = max(abs(old_value(i)), abs(m_ptr(i)%r), abs(d_ptr(1)%r)) 
     str = real_num_fortran_format(max_val, 14, 2)

tao/code/tao_command.f90

@@ -58,7 +58,7 @@ subroutine tao_command (command_line, err_flag, err_is_fatal)
     'output       ']
 
 logical quit_tao, err, err_is_fatal, silent, gang, abort, err_flag, ok
-logical include_wall, update, exact, include_this, lord_set, listing, found
+logical include_wall, update, exact, include_this, listing, found
 
 ! blank line => nothing to do
 
@@ -650,7 +650,6 @@ subroutine tao_command (command_line, err_flag, err_is_fatal)
 
 case ('set')
   update = .false.
-  lord_set = .true.
   set_word = ''
   branch_str = ''
   mask = ''
@@ -669,7 +668,7 @@ subroutine tao_command (command_line, err_flag, err_is_fatal)
       case ('-listing')
         listing = .true.
       case ('-lord_no_set')
-        lord_set = .false.
+        call out_io (s_warn$, r_name, 'Note: The "-lord_no_set" no longer exists. This set will be ignored.')
       case ('-branch')
         call tao_next_word(cmd_line, branch_str)
       case ('-mask')
@@ -788,7 +787,7 @@ subroutine tao_command (command_line, err_flag, err_is_fatal)
   case ('dynamic_aperture')
     call tao_set_dynamic_aperture_cmd (cmd_word(1), cmd_word(3))
   case ('element')
-    call tao_set_elements_cmd (cmd_word(1), cmd_word(2), cmd_word(4), update, lord_set)
+    call tao_set_elements_cmd (cmd_word(1), cmd_word(2), cmd_word(4), update)
   case ('floor_plan')
     call tao_set_drawing_cmd (s%plot_page%floor_plan, cmd_word(1), cmd_word(3))
   case ('geodesic_lm')

tao/code/tao_graph_setup_mod.f90

@@ -1257,10 +1257,11 @@ subroutine tao_curve_data_setup (plot, graph, curve)
 type (ele_struct), pointer :: ele, ele1, ele2, slave
 type (branch_struct), pointer :: branch
 type (tao_curve_array_struct), allocatable :: curves(:)
+type (all_pointer_struct) var_ptr
 
 real(rp) f, eps, gs, l_tot, s0, s1, x_max, x_min, val, val0, dx, limit, len_branch
 real(rp), allocatable :: value_arr(:), x_arr(:), y_arr(:)
-real(rp), pointer :: var_ptr
+
 
 integer ii, k, m, n, n_dat, n2_dat, ib, ie, jj, iv, ic
 integer ix, ir, jg, i, j, ix_this, ix_uni, ix1, ix2, n_curve_pts, ix_slave
@@ -1405,6 +1406,7 @@ subroutine tao_curve_data_setup (plot, graph, curve)
   call re_allocate (curve%y_symb, n_curve_pts)
   call re_allocate (curve%x_line, n_curve_pts)
   call re_allocate (curve%y_line, n_curve_pts)
+  var_ptr = all_pointer_struct()
 
   if (plot%x_axis_type == 'lat') then
 
@@ -1429,26 +1431,26 @@ subroutine tao_curve_data_setup (plot, graph, curve)
       call tao_set_curve_invalid (curve, 'BAD VARIABLE CONSTRUCT IN CURVE%DATA_TYPE_X: ' // curve%data_type_x)
       return
     endif
-    var_ptr => scratch%attribs(1)%r
+    var_ptr%r => scratch%attribs(1)%r
 
   else  ! x_axis_type == 'var'
     call tao_find_var (err, curve%data_type_x, v_array = scratch%var_array)
     if (err .or. size(scratch%var_array) /= 1) then
       call tao_set_curve_invalid (curve, 'BAD VARIABLE CONSTRUCT IN CURVE%DATA_TYPE_X: ' // curve%data_type_x)
       return
     endif
-    var_ptr => scratch%var_array(1)%v%model_value
+    var_ptr%r => scratch%var_array(1)%v%model_value
   endif
 
   ! Get datum values as a function of the variable
 
-  val0 = var_ptr
+  val0 = var_ptr%r
 
   j = 0
   do i = 1, n_curve_pts 
     val = graph%x%eval_min + (graph%x%eval_max - graph%x%eval_min) * (i - 1.0_rp) / (n_curve_pts - 1)
     if (plot%x_axis_type == 'lat')then
-      var_ptr = val
+      var_ptr%r = val
       call tao_set_flags_for_changed_attribute (u, name(1:ix1-1), scratch%eles(1)%ele, var_ptr)
       s%u(ix_uni)%calc%lattice = .true.
     else
@@ -1483,7 +1485,7 @@ subroutine tao_curve_data_setup (plot, graph, curve)
   ! Reset
 
   if (plot%x_axis_type == 'lat')then
-    var_ptr = val0
+    var_ptr%r = val0
     call tao_set_flags_for_changed_attribute (u, name(1:ix1-1), scratch%eles(1)%ele, var_ptr)
     s%u(ix_uni)%calc%lattice = .true.
   else

tao/code/tao_interface.f90

@@ -709,7 +709,7 @@ subroutine tao_set_flags_for_changed_attribute (u, ele_name, ele_ptr, val_ptr, w
   implicit none
   type (tao_universe_struct), target :: u
   type (ele_struct), pointer, optional :: ele_ptr
-  real(rp), pointer, optional :: val_ptr
+  type (all_pointer_struct), optional :: val_ptr
   character(*) ele_name
   character(*), optional :: who
 end subroutine

tao/code/tao_set_flags_for_changed_attribute.f90

@@ -9,7 +9,8 @@
 !   ele_name -- character(*): Associated "element" of the changed parameter.
 !   ele_ptr  -- ele_struct, pointer, optional: Pointer to the element. 
 !                 May be null, for example, if ele_name = "PARTICLE_START".
-!   val_ptr  -- real(rp):, pointer, optional: Pointer to the attribute that was changed.
+!   val_ptr  -- all_pointer_struct: optional: Pointer to the attribute that was changed.
+!                 Must be present if ele_ptr is present.
 !   who      -- character(*), optional: Name of changed attribute. Only used with PARTICLE_START.
 !-
 
@@ -23,8 +24,8 @@ subroutine tao_set_flags_for_changed_attribute (u, ele_name, ele_ptr, val_ptr, w
 type (tao_universe_struct), target :: u
 type (ele_struct), pointer, optional :: ele_ptr
 type (lat_struct), pointer :: lat
+type (all_pointer_struct), optional :: val_ptr
 
-real(rp), pointer, optional :: val_ptr
 integer ib, ie, n_loc, ix_branch
 logical err
 
@@ -57,7 +58,7 @@ subroutine tao_set_flags_for_changed_attribute (u, ele_name, ele_ptr, val_ptr, w
     else
       if (ele_ptr%ix_ele <= u%model_branch(ix_branch)%beam%ix_track_start) &
                                u%model_branch(ix_branch)%beam%init_starting_distribution = .true.
-      if (present(val_ptr)) call set_flags_for_changed_attribute (ele_ptr, val_ptr)
+      call set_flags_for_changed_attribute (ele_ptr, val_ptr)
     endif
   endif
 endif

tao/code/tao_set_mod.f90

@@ -2956,7 +2956,7 @@ end subroutine tao_set_universe_cmd
 !-----------------------------------------------------------------------------
 !------------------------------------------------------------------------------
 !+
-! Subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
+! Subroutine tao_set_elements_cmd (ele_list, attribute, value, update)
 !
 ! Sets element parameters.
 !
@@ -2966,13 +2966,14 @@ end subroutine tao_set_universe_cmd
 !   value      -- Character(*): Value to set.
 !-
 
-subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
+subroutine tao_set_elements_cmd (ele_list, attribute, value, update)
 
 use attribute_mod, only: attribute_type
 
 implicit none
 
 type (ele_pointer_struct), allocatable :: eles(:), v_eles(:)
+type (ele_struct), pointer :: ele, lord
 type (tao_universe_struct), pointer :: u
 type (all_pointer_struct) a_ptr
 type (tao_lattice_struct), pointer :: tao_lat
@@ -2989,6 +2990,8 @@ subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
 
 ! Find elements
 
+lord_set = .true.
+
 call tao_locate_all_elements (ele_list, eles, err)
 if (err) return
 if (size(eles) == 0) then
@@ -3003,12 +3006,17 @@ subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
 ! And set_ele_attribute cannot handle the situation where there is an array of set values.
 ! How to handle this depends upon what type of attribute it is.
 
+! Another complication is that something like:
+!     set ele A:B k1 = 0.1
+! Here if there are super slave elements in the range A:B we want to set the lord.
+! Exception: phi0_multipass.
+
 ! If a real attribute then use tao_evaluate_expression to evaluate.
 ! If attribute_type returns invalid_name$ then assume attribute is a controller variable which are always real.
 
 if (attribute_type(upcase(attribute)) == is_real$ .or. attribute_type(upcase(attribute)) == invalid_name$) then
   ! Important to use "size(eles)" as 2nd arg instead of "0" since if value is something like "ran()" then
-  ! want a an array of set_val values with each value different.
+  ! want an array of set_val values with each value different.
   call tao_evaluate_expression (value, size(eles), .false., set_val, err)
   if (err) return
 
@@ -3020,21 +3028,32 @@ subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
 
   n_set = 0
   do i = 1, size(eles)
-    call pointer_to_attribute(eles(i)%ele, attribute, .true., a_ptr, err, err_print_flag = .false.)
+    ele => eles(i)%ele
+
+    call pointer_to_attribute(ele, attribute, .true., a_ptr, err, err_print_flag = .false.)
     if (err) cycle
     if (.not. associated(a_ptr%r)) then
       call out_io (s_error$, r_name, 'STRANGE ERROR: PLEASE CONTACT HELP.')
       return
     endif
 
-    call set_ele_real_attribute (eles(i)%ele, attribute, set_val(i), err, .false.)
-    if (.not. err) n_set = n_set + 1
-    call tao_set_flags_for_changed_attribute (s%u(eles(i)%id), eles(i)%ele%name, eles(i)%ele, a_ptr%r)
+    if (ele%slave_status == super_slave$) then
+      do j = 1, ele%n_lord
+        lord => pointer_to_lord(ele, j)
+        call set_ele_real_attribute (lord, attribute, set_val(i), err, .false.)
+        if (.not. err) n_set = n_set + 1
+        call tao_set_flags_for_changed_attribute (s%u(eles(i)%id), lord%name, lord, a_ptr)
+      enddo
+    else
+      call set_ele_real_attribute (ele, attribute, set_val(i), err, .false.)
+      if (.not. err) n_set = n_set + 1
+      call tao_set_flags_for_changed_attribute (s%u(eles(i)%id), ele%name, ele, a_ptr)
+    endif
   enddo
 
   if (n_set == 0) then
     i = size(eles)
-    call set_ele_real_attribute (eles(i)%ele, attribute, set_val(i), err, .true.)
+    call set_ele_real_attribute (ele, attribute, set_val(i), err, .true.)
     call out_io (s_error$, r_name, 'NOTHING SET.')
   endif
 
@@ -3047,10 +3066,11 @@ subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
   call tao_var_check(eles, attribute, update)
 
   return
+endif
 
 ! If there is a "ele::" construct in the value string...
 
-elseif (index(value, 'ele::') /= 0) then
+if (index(value, 'ele::') /= 0) then
 
   val_str = value
   u => tao_pointer_to_universe(val_str)
@@ -3108,7 +3128,8 @@ subroutine tao_set_elements_cmd (ele_list, attribute, value, update, lord_set)
 do i = 1, size(eles)
   u => s%u(eles(i)%id)
   call set_ele_attribute (eles(i)%ele, trim(attribute) // '=' // trim(val_str), err, .false., lord_set)
-  call tao_set_flags_for_changed_attribute (u, eles(i)%ele%name, eles(i)%ele)
+  call pointer_to_attribute(eles(i)%ele, attribute, .true., a_ptr, err)
+  call tao_set_flags_for_changed_attribute (u, eles(i)%ele%name, eles(i)%ele, a_ptr)
   if (.not. err) n_set = n_set + 1
 enddo
 

tao/doc/command-list.tex

@@ -1261,22 +1261,12 @@ \subsection{set element}
 
 Format:
 \begin{example}
-  set \{-update\} \{-lord_no_set\} element <element_list> <attribute> = <value>
+  set \{-update\} element <element_list> <attribute> = <value>
 \end{example}
 
 The \vn{set element} command sets the attributes of an element. Use the \vn{show element}
 command to view the attributes of an element.
 
-The \vn{-lord_no_set} switch, if present, will prevent the set of the corresponding attribute in a
-\vn{super_lord} or \vn{multipass_lord} of a slave element that appears in \vn{element_list}. For
-example:
-\begin{example}
-  set ele -lord quad::A:B field_calc = True
-\end{example}
-In this example the element list is all quadrupole in the region between elements \vn{A} and \vn{B}
-in the lattice. The presence of the \vn{-lord_no_set} switch means that any \vn{super_slave} or
-\vn{multipass_slave} quadrupole in that region will be ignored.
-
 The \vn{-update} switch, if present, suppresses \tao from printing error messages if a ``variable
 slave value mismatch'' is detected (\sref{s:var.mismatch}). Independent of whether \vn{-update} is
 present or not, \tao will fix the mismatch using the changed value to set all of the slave values.

tao/doc/cover-page.tex

@@ -2,7 +2,7 @@
 
 \begin{flushright}
 \large
-Revision: July 18, 2024 \\
+Revision: August 4, 2024 \\
 \end{flushright}
 
 \vfill

tao/version/tao_version_mod.f90

@@ -6,5 +6,5 @@
 !-
 
 module tao_version_mod
-character(*), parameter :: tao_version_date = "2024/08/02 23:02:22"
+character(*), parameter :: tao_version_date = "2024/08/04 00:48:43"
 end module