adding missing d0s

Author: pmocz

astero/private/adipls_support.f90

@@ -788,10 +788,10 @@ subroutine store_amdl(nn_in, iriche, iturpr, data, aa, x, nn, ierr)
 
          if (iturpr == 1) then
             do n=1,nn
-               if (x(n) < 0.999) then
+               if (x(n) < 0.999d0) then
                   ggt=1
                else
-                  ggt=1./(x(n)*x(n)*x(n)*aa(1,n))
+                  ggt=1.0d0/(x(n)*x(n)*x(n)*aa(1,n))
                end if
                aa(10,n)=ggt
             end do

astero/private/astero_support.f90

@@ -444,7 +444,7 @@ subroutine get_r02_frequency_ratios(init, nl0, l0, nl1, l1, nl2, l2, r02)
                i0 = i + ratios_l0_first
                i1 = i + ratios_l1_first
                dnu = l1(i1) - l1(i1-1)
-               df = 0.25*dnu
+               df = 0.25d0*dnu
                f0 = l0(i0)
                fmin = f0 - df
                fmax = f0 + df
@@ -573,7 +573,7 @@ subroutine get_max_sequence(nl, l_obs, max_seq_i, max_seq_n)
             seq_i = i
             seq_n = 1
             do j = seq_i, nl-1  ! j is in series; try to add j+1
-               if (l_obs(j+1) - l_obs(j) > 1.5*delta_nu) then  ! end of series
+               if (l_obs(j+1) - l_obs(j) > 1.5d0*delta_nu) then  ! end of series
                   if (seq_n > max_seq_n) then
                      max_seq_i = seq_i
                      max_seq_n = seq_n
@@ -659,12 +659,12 @@ subroutine init_obs_data(ierr)
             ! set l0_n_obs(i) to order of freq_target(0,i)
             range = freq_target(0,nl(0)) - freq_target(0,1)
             norders = int(range/delta_nu + 0.5d0) + 1
-            nmax = (nu_max/delta_nu)*(delta_nu_sun/nu_max_sun)*22.6 - 1.6
+            nmax = (nu_max/delta_nu)*(delta_nu_sun/nu_max_sun)*22.6d0 - 1.6d0
             l0_n_obs(1) = int(nmax - (norders-1)/2)
             if (dbg) write(*,3) 'l0_n_obs(i)', 1, l0_n_obs(1), freq_target(0,1)
             do i=2,norders
                l0_n_obs(i) = l0_n_obs(1) + &
-                  int((freq_target(0,i) - freq_target(0,1))/delta_nu + 0.5)
+                  int((freq_target(0,i) - freq_target(0,1))/delta_nu + 0.5d0)
                if (dbg) write(*,3) 'l0_n_obs(i)', i, l0_n_obs(i), freq_target(0,i)
             end do
             if (dbg) then
@@ -1294,7 +1294,7 @@ subroutine get_freq_corr(s, radial_only, ierr)
             call get_kjeldsen_freq_corr
          else if (correction_scheme == 'cubic') then
             call get_cubic_freq_corr(radial_only)
-            surf_coef1 = a3*pow3(5000.*s%nu_max/s% nu_max_sun)
+            surf_coef1 = a3*pow3(5000.0d0*s%nu_max/s% nu_max_sun)
             surf_coef2 = 0
 
             if (save_next_best_at_higher_frequency) &
@@ -1304,8 +1304,8 @@ subroutine get_freq_corr(s, radial_only, ierr)
             call get_cubic_freq_corr(radial_only)
          else if (correction_scheme == 'combined') then
             call get_combined_freq_corr(radial_only)
-            surf_coef1 = a3*pow3(5000.*s%nu_max/s% nu_max_sun)
-            surf_coef2 = a1/(5000.*s%nu_max/s% nu_max_sun)
+            surf_coef1 = a3*pow3(5000.0d0*s%nu_max/s% nu_max_sun)
+            surf_coef2 = a1/(5000.0d0*s%nu_max/s% nu_max_sun)
 
             if (save_next_best_at_higher_frequency) &
                call get_combined_freq_corr_alt_up(radial_only)

astero/test_suite/example_astero/src/run_star_extras.f90

@@ -100,7 +100,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

astero/test_suite/fast_from_file/src/run_star_extras.f90

@@ -107,7 +107,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

astero/test_suite/fast_newuoa/src/run_star_extras.f90

@@ -100,7 +100,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

astero/test_suite/fast_scan_grid/src/run_star_extras.f90

@@ -107,7 +107,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

astero/test_suite/fast_simplex/src/run_star_extras.f90

@@ -107,7 +107,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

astero/work/src/run_star_extras.f90

@@ -102,7 +102,7 @@ subroutine set_constraint_value(id, name, val, ierr)  ! called from star_astero
                do i = 1, s% nz-1  ! locate bottom of solar convective zone
                   if (s% mixing_type(i+1) /= convective_mixing &
                         .and. s% mixing_type(i) == convective_mixing) then
-                     if (s% r(i+1) > 0.25*Rsun .and. s% r(i) < 0.9*Rsun) then
+                     if (s% r(i+1) > 0.25d0*Rsun .and. s% r(i) < 0.9d0*Rsun) then
                         val = s% r(i)/Rsun
                         exit
                      end if

binary/private/pgbinary_support.f90

@@ -619,7 +619,7 @@ subroutine show_age_pgbinary(b)
          !age = age
          units_str = 'yrs'
       end if
-      if (abs(age) > 1e-3 .and. abs(age) < 1e3) then
+      if (abs(age) > 1d-3 .and. abs(age) < 1d3) then
          write(age_str, '(f14.6)') age
       else
          write(age_str, '(1pe14.6)') age

binary/test_suite/double_bh/src/run_binary_extras.f90

@@ -171,12 +171,12 @@ integer function extras_binary_finish_step(binary_id)
          end if
 
          if (b% ignore_rlof_flag .and. &
-            abs(log10(abs(b% s1% L_nuc_burn_total * Lsun / b% s1% L(1)))) < 0.005 .and. &
+            abs(log10(abs(b% s1% L_nuc_burn_total * Lsun / b% s1% L(1)))) < 0.005d0 .and. &
             b% s1% star_age > 1d2) then
             ! if here, primary reached thermal equilibrium (reached ZAMS), so activate RLOF
             ! this is the amount of overflow of a q=1 system at L2, anything more than this
             ! is too much
-            if (b% rl_relative_gap(1) > 0.320819224) then
+            if (b% rl_relative_gap(1) > 0.320819224d0) then
                extras_binary_finish_step = terminate
                write(*,*) "Terminate due to overflow of L2 at ZAMS"
                return
@@ -197,7 +197,7 @@ integer function extras_binary_finish_step(binary_id)
             b% terminate_if_L2_overflow = .true.
             write(*,*) "Engage RLOF!"
          else if (b% ignore_rlof_flag .and. &
-            (abs(log10(abs(b% s1% L_nuc_burn_total * Lsun / b% s1% L(1)))) > 0.005 .or. &
+            (abs(log10(abs(b% s1% L_nuc_burn_total * Lsun / b% s1% L(1)))) > 0.005d0 .or. &
             b% s1% star_age < 1d2)) then
             ! if here, still not in ZAMS, keep period fixed
             call binary_set_period_eccentricity(b% binary_id, &
@@ -209,14 +209,14 @@ integer function extras_binary_finish_step(binary_id)
 
          ! check if stars are evolving homogeneously
          if (b% s1% center_h1 > 1d-3) then
-            if (b% s1% center_he4 - b% s1% surface_he4 > 0.2) then
+            if (b% s1% center_he4 - b% s1% surface_he4 > 0.2d0) then
                extras_binary_finish_step = terminate
                write(*,*) "Terminate due to primary not evolving homogeneously"
                return
             end if
          end if
          if (b% s2% center_h1 > 1d-3) then
-            if (b% s2% center_he4 - b% s2% surface_he4 > 0.2) then
+            if (b% s2% center_he4 - b% s2% surface_he4 > 0.2d0) then
                extras_binary_finish_step = terminate
                write(*,*) "Terminate due to secondary not evolving homogeneously"
                return