diff --git a/bmad/code/multipass_all_info.f90 b/bmad/code/multipass_all_info.f90
index e52b506386..86aba8de36 100644
--- a/bmad/code/multipass_all_info.f90
+++ b/bmad/code/multipass_all_info.f90
@@ -43,10 +43,10 @@ subroutine multipass_all_info (lat, info)
 allocate (info%lord(n_multi_lord), info%branch(0:ubound(lat%branch, 1)))
 do ib = 0, ubound(lat%branch, 1)
   branch => lat%branch(ib)
-  allocate (info%branch(ib)%ele(branch%n_ele_max))
+  allocate (info%branch(ib)%ele(0:branch%n_ele_max))
   info%branch(ib)%ele(:)%multipass = .false.
   info%branch(ib)%ele(:)%ix_pass = -1
-  do i = 1, branch%n_ele_max
+  do i = 0, branch%n_ele_max
     s_info => info%branch(ib)%ele(i)
     allocate (s_info%ix_lord(0))
     allocate (s_info%ix_super(0))
diff --git a/bmad/output/write_lat_file_mod.f90 b/bmad/output/write_lat_file_mod.f90
index f8400f418b..ed1606bf51 100644
--- a/bmad/output/write_lat_file_mod.f90
+++ b/bmad/output/write_lat_file_mod.f90
@@ -47,7 +47,7 @@ subroutine multipass_region_info(lat, mult_lat, m_info)
 allocate (mult_lat%branch(0:ubound(lat%branch, 1)))
 do ib = 0, ubound(lat%branch, 1)
   branch => lat%branch(ib)
-  allocate (mult_lat%branch(ib)%ele(branch%n_ele_max))
+  allocate (mult_lat%branch(ib)%ele(0:branch%n_ele_max))
   mult_lat%branch(ib)%ele(:)%ix_region = 0
   mult_lat%branch(ib)%ele(:)%region_start_pt = .false.
   mult_lat%branch(ib)%ele(:)%region_stop_pt   = .false.
diff --git a/bmad/output/write_lattice_in_julia.f90 b/bmad/output/write_lattice_in_julia.f90
index 7fe539c8f2..ed1210e363 100644
--- a/bmad/output/write_lattice_in_julia.f90
+++ b/bmad/output/write_lattice_in_julia.f90
@@ -119,17 +119,17 @@ subroutine write_lattice_in_julia(bmad_file, lat, julia_file)
 
     if (ie == 0) then
       line = trim(line) // ', pc_ref = ' // re_str(ele%value(p0c$))
-      line = trim(line) // ', species_ref = ' // trim(openpmd_species_name(ele%ref_species))
-      if (ele%a%beta /= 0) line = trim(line) // ', twiss.a.beta = ' // re_str(ele%a%beta)
-      if (ele%b%beta /= 0) line = trim(line) // ', twiss.b.beta = ' // re_str(ele%b%beta)
-      if (ele%a%alpha /= 0) line = trim(line) // ', twiss.a.alpha = ' // re_str(ele%a%alpha)
-      if (ele%b%alpha /= 0) line = trim(line) // ', twiss.b.alpha = ' // re_str(ele%b%alpha)
-      if (ele%x%eta /= 0) line = trim(line) // ', twiss.x.eta = ' // re_str(ele%x%eta)
-      if (ele%y%eta /= 0) line = trim(line) // ', twiss.y.eta = ' // re_str(ele%y%eta)
-      if (ele%x%etap /= 0) line = trim(line) // ', twiss.x.etap = ' // re_str(ele%x%etap)
-      if (ele%y%etap /= 0) line = trim(line) // ', twiss.y.etap = ' // re_str(ele%y%etap)
-      if (any(ele%c_mat /= 0)) line = trim(line) // ', twiss.c_mat = [' // re_str(ele%c_mat(1,1)) // ', ' // re_str(ele%c_mat(1,2)) // &
-                                                                   '; ' // re_str(ele%c_mat(2,1)) // ', ' // re_str(ele%c_mat(2,2)) // ']'
+      line = trim(line) // ', species_ref = species(' // quote(openpmd_species_name(ele%ref_species)) // ')'
+      if (ele%a%beta /= 0) line = trim(line) // ', beta_a = ' // re_str(ele%a%beta)
+      if (ele%b%beta /= 0) line = trim(line) // ', beta_b = ' // re_str(ele%b%beta)
+      if (ele%a%alpha /= 0) line = trim(line) // ', alpha_a = ' // re_str(ele%a%alpha)
+      if (ele%b%alpha /= 0) line = trim(line) // ', alpha_b = ' // re_str(ele%b%alpha)
+      if (ele%x%eta /= 0) line = trim(line) // ', eta_x = ' // re_str(ele%x%eta)
+      if (ele%y%eta /= 0) line = trim(line) // ', eta_y = ' // re_str(ele%y%eta)
+      if (ele%x%etap /= 0) line = trim(line) // ', etap_x = ' // re_str(ele%x%etap)
+      if (ele%y%etap /= 0) line = trim(line) // ', etap_y = ' // re_str(ele%y%etap)
+      !! if (any(ele%c_mat /= 0)) line = trim(line) // ', c_mat = [' // re_str(ele%c_mat(1,1)) // ', ' // re_str(ele%c_mat(1,2)) // &
+      !!                                                             '; ' // re_str(ele%c_mat(2,1)) // ', ' // re_str(ele%c_mat(2,2)) // ']'
       orb => lat%particle_start
       if (any(orb%vec /= 0)) line = trim(line) // ', particle.orbit = [' // re_str(orb%vec(1)) // ', ' // re_str(orb%vec(2)) // ', ' // &
                         re_str(orb%vec(3)) // ', ' // re_str(orb%vec(4)) // ', ' // re_str(orb%vec(5)) // ', ' // re_str(orb%vec(6)) // ']'
@@ -236,14 +236,14 @@ subroutine write_lattice_in_julia(bmad_file, lat, julia_file)
     !
 
     if (ele%key == lcavity$) then
-      if (ele%value(rf_frequency$) /= 0)  line = trim(line) // ', rf_frequency = ' // re_str(ele%value(rf_frequency$))
+      if (ele%value(rf_frequency$) /= 0)  line = trim(line) // ', frequency = ' // re_str(ele%value(rf_frequency$))
       if (ele%value(voltage$) /= 0)  line = trim(line) // ', voltage_ref = ' // re_str(ele%value(voltage$))
       if (ele%value(voltage_err$) /= 0)  line = trim(line) // ', voltage_err = ' // re_str(ele%value(voltage_err$))
       if (ele%value(phi0$) /= 0)  line = trim(line) // ', phase_ref = ' // re_str(ele%value(phi0$))
       if (ele%value(phi0_err$) /= 0)  line = trim(line) // ', phase_err = ' // re_str(ele%value(phi0_err$))
 
     elseif (has_attribute(ele, 'RF_FREQUENCY')) then
-      if (ele%value(rf_frequency$) /= 0)  line = trim(line) // ', rf_frequency = ' // re_str(ele%value(rf_frequency$))
+      if (ele%value(rf_frequency$) /= 0)  line = trim(line) // ', frequency = ' // re_str(ele%value(rf_frequency$))
       if (ele%value(voltage$) /= 0)  line = trim(line) // ', voltage = ' // re_str(ele%value(voltage$))
       if (ele%value(phi0$) /= 0)  line = trim(line) // ', phase = ' // re_str(ele%value(phi0$))
     endif
diff --git a/tao/version/tao_version_mod.f90 b/tao/version/tao_version_mod.f90
index 00ebcb1c15..5c1a3a9347 100644
--- a/tao/version/tao_version_mod.f90
+++ b/tao/version/tao_version_mod.f90
@@ -6,5 +6,5 @@
 !-
 
 module tao_version_mod
-character(*), parameter :: tao_version_date = "2024/07/24 00:47:55"
+character(*), parameter :: tao_version_date = "2024/07/24 20:44:28"
 end module