substitutions of secday into source

binary/private/binary_evolve.f90

@@ -117,7 +117,7 @@ subroutine binarydata_init(b, doing_restart)
                   end if
             else
                call set_period_eccentricity(b% binary_id, &
-                  b% initial_period_in_days*(24d0*60d0*60d0), b% initial_eccentricity, ierr)
+                  b% initial_period_in_days*secday, b% initial_eccentricity, ierr)
                   if (ierr /= 0) then
                      return
                   end if

binary/private/binary_history.f90

@@ -458,7 +458,7 @@ subroutine binary_history_getval( &
                int_val = b% d_i
                is_int_val = .true.
             case(bh_period_days)
-               val = b% period/(60d0*60d0*24d0)
+               val = b% period/secday
             case(bh_period_hr)
                val = b% period/(60d0*60d0)
             case(bh_period_minutes)

binary/private/run_binary_support.f90

@@ -933,10 +933,10 @@ subroutine do_binary_job_controls_after(binary_id, b, restart, ierr)
 
          if (b% job% change_period_eccentricity .or. &
             (b% job% change_initial_period_eccentricity .and. .not. restart)) then
-            if (b% period /= b% job% new_period*60d0*60d0*24d0 .or. &
+            if (b% period /= b% job% new_period*secday .or. &
                   b% eccentricity /= b% job% new_eccentricity) then
                call set_period_eccentricity(binary_id, &
-                  b% job% new_period*60d0*60d0*24d0, b% job% new_eccentricity, ierr)
+                  b% job% new_period*secday, b% job% new_eccentricity, ierr)
                if (ierr /= 0) then
                   write(*,*) "error in set_period_eccentricity"
                   return

binary/test_suite/double_bh/src/run_binary_extras.f90

@@ -201,7 +201,7 @@ integer function extras_binary_finish_step(binary_id)
             b% s1% star_age < 1d2)) then
             ! if here, still not in ZAMS, keep period fixed
             call binary_set_period_eccentricity(b% binary_id, &
-               b% initial_period_in_days*(24d0*60d0*60d0), 0d0, ierr)
+               b% initial_period_in_days*secday, 0d0, ierr)
             if (ierr /= 0) then
                return
             end if

binary/test_suite/jdot_ls_check/src/run_star_extras.f90

@@ -113,7 +113,7 @@ subroutine data_for_extra_history_columns(id, n, names, vals, ierr)
          end if
          spin_period = 2*pi/s% omega_avg_surf
          i = 0
-         i=i+1; names(i) = 'spin_period_days'; vals(i) = spin_period/(60d0*60d0*24d0)
+         i=i+1; names(i) = 'spin_period_days'; vals(i) = spin_period/secday
          i=i+1; names(i) = 'spin_period_hr'; vals(i) = spin_period/(60d0*60d0)
          i=i+1; names(i) = 'spin_period_minutes'; vals(i) = spin_period/60d0
          i=i+1; names(i) = 'spin_orital_period_ratio'; vals(i) = spin_period/b% period

star/private/do_one_utils.f90

@@ -274,15 +274,15 @@ subroutine output_terminal_summary(s,io)
              trim(s% terminal_show_age_units) == 'secs') then
             age = age*secyer
          else if (trim(s% terminal_show_age_units) == 'days') then
-            age = age*secyer/(24*60*60)
+            age = age*dayyer
          end if
 
          time_step = s% time_step ! in years
          if (trim(s% terminal_show_timestep_units) == 'seconds' .or. &
              trim(s% terminal_show_timestep_units) == 'secs') then
             time_step = time_step*secyer
          else if (trim(s% terminal_show_timestep_units) == 'days') then
-            time_step = time_step*secyer/(24*60*60)
+            time_step = time_step*dayyer
          end if
 
          if (s% terminal_show_log_age) age = safe_log10(age)
@@ -775,9 +775,9 @@ integer function do_check_limits(id)
             call compare_to_target('star_age >= max_age', s% star_age, s% max_age, &
                   t_max_age)
 
-         else if (s% time >= s% max_age_in_days*(60*60*24) .and. s% max_age_in_days > 0) then 
+         else if (s% time >= s% max_age_in_days*secday .and. s% max_age_in_days > 0) then
             call compare_to_target('time >= max_age_in_days', &
-               s% time/(60*60*24), s% max_age_in_days, t_max_age)
+               s% time/secday, s% max_age_in_days, t_max_age)
 
          else if (s% time >= s% max_age_in_seconds .and. s% max_age_in_seconds > 0) then 
             call compare_to_target('time >= max_age_in_seconds', &

star/private/evolve.f90

@@ -1712,7 +1712,7 @@ subroutine check_for_extra_heat(s, ierr)
          else if (s% max_age_in_seconds > 0) then
             end_time = s% max_age_in_seconds
          else if (s% max_age_in_days > 0) then
-            end_time = s% max_age_in_days*(60*60*24)
+            end_time = s% max_age_in_days*secday
          else
             end_time = s% max_age*secyer
          end if
@@ -1846,7 +1846,7 @@ integer function prepare_for_new_step(s)
             write(*, *) 's% dt_next', s% dt_next
             prepare_for_new_step = terminate
             if ((s% time >= s% max_age*secyer .and. s% max_age > 0) .or. &
-                (s% time >= s% max_age_in_days*(60*60*24) .and. s% max_age_in_days > 0) .or. &
+                (s% time >= s% max_age_in_days*secday .and. s% max_age_in_days > 0) .or. &
                 (s% time >= s% max_age_in_seconds .and. s% max_age_in_seconds > 0)) then
                s% result_reason = result_reason_normal
                s% termination_code = t_max_age
@@ -1922,9 +1922,9 @@ integer function prepare_for_new_step(s)
          else if ((s% time + s% dt_next) > s% max_age_in_seconds &
                   .and. s% max_age_in_seconds > 0) then
             s% dt_next = max(0d0, s% max_age_in_seconds - s% time)
-         else if ((s% time + s% dt_next) > s% max_age_in_days*(60*60*24) &
+         else if ((s% time + s% dt_next) > s% max_age_in_days*secday &
                   .and. s% max_age_in_days > 0) then
-            s% dt_next = max(0d0, s% max_age_in_days*(60*60*24) - s% time)
+            s% dt_next = max(0d0, s% max_age_in_days*secday - s% time)
          end if
 
          s% dt = s% dt_next
@@ -2096,9 +2096,9 @@ integer function pick_next_timestep(id)
             s% dt_next = -s% time
          else if ((s% time + s% dt_next) > s% max_age*secyer .and. s% max_age > 0) then
             s% dt_next = max(0d0, s% max_age*secyer - s% time)
-         else if ((s% time + s% dt_next) > s% max_age_in_days*(60*60*24) &
+         else if ((s% time + s% dt_next) > s% max_age_in_days*secday &
                   .and. s% max_age_in_days > 0) then
-            s% dt_next = max(0d0, s% max_age_in_days*(60*60*24) - s% time)
+            s% dt_next = max(0d0, s% max_age_in_days*secday - s% time)
          else if ((s% time + s% dt_next) > s% max_age_in_seconds &
                   .and. s% max_age_in_seconds > 0) then
             s% dt_next = max(0d0, s% max_age_in_seconds - s% time)
@@ -2107,7 +2107,7 @@ integer function pick_next_timestep(id)
             if (s% max_age > 0) then
                remaining_years = s% max_age - s% star_age
             else if (s% max_age_in_days > 0) then
-               remaining_years = (s% max_age_in_days*(60*60*24) - s% time)/secyer
+               remaining_years = (s% max_age_in_days*secday - s% time)/secyer
             else if (s% max_age_in_seconds > 0) then
                remaining_years = (s% max_age_in_seconds - s% time)/secyer
             else

star/private/history.f90

@@ -2892,7 +2892,7 @@ subroutine history_getval( &
             case(h_RSP_phase)
                if (s% RSP_flag) val = (s% time - rsp_phase_time0())/s% RSP_period
             case(h_RSP_period_in_days)
-               if (s% RSP_flag) val = s% RSP_period/(24*60*60) ! days
+               if (s% RSP_flag) val = s% RSP_period/secday ! days
             case(h_RSP_num_periods)
                if (s% RSP_flag) int_val = s% RSP_num_periods
                is_int_val = .true.

star/private/pgstar_history_panels.f90

@@ -675,7 +675,7 @@ subroutine do_history_panels_plot( &
          else if (hist_xaxis_name == 'star_age' .and. automatic_star_age_units) then
             if (s% star_age > 1d0) then
                hist_xaxis_name = 'star_age_yr'
-            else if (s% star_age*secyer > 24*60*60) then
+            else if (s% star_age*secyer > secday) then
                hist_xaxis_name = 'star_age_day'
             else if (s% star_age*secyer > 60*60) then
                hist_xaxis_name = 'star_age_hr'

star/private/pgstar_support.f90

@@ -1980,7 +1980,7 @@ subroutine show_age_pgstar(s)
             age = age*secyer/(60*60)
             units_str = 'hrs'
          else if (s% pg% pgstar_show_age_in_days) then
-            age = age*secyer/(60*60*24)
+            age = age*secyer/secday
             units_str = 'days'
          else if (s% pg% pgstar_show_age_in_years) then
             !age = age
@@ -1994,11 +1994,11 @@ subroutine show_age_pgstar(s)
          else if (age*secyer < 60*60) then
             age = age*secyer/60
             units_str = 'mins'
-         else if (age*secyer < 60*60*24) then
+         else if (age*secyer < secday) then
             age = age*secyer/(60*60)
             units_str = 'hrs'
-         else if (age*secyer < 60*60*24*500) then
-            age = age*secyer/(60*60*24)
+         else if (age*secyer < secday*500) then
+            age = age*secyer/secday
             units_str = 'days'
          else
             !age = age

star/private/profile_getval.f90

@@ -2153,7 +2153,7 @@ subroutine getval_for_profile(s, c, k, val, int_flag, int_val)
                if (s% calculate_Brunt_N2) val = sqrt(max(0d0,s% brunt_N2(k)))
             case (p_brunt_frequency) ! cycles per day
                if (s% calculate_Brunt_N2) val = &
-                  (24d0*60d0*60d0/(2*pi))*sqrt(max(0d0,s% brunt_N2(k)))
+                  (secday/(2*pi))*sqrt(max(0d0,s% brunt_N2(k)))
             case (p_log_brunt_N)
                if (s% calculate_Brunt_N2) val = safe_log10(sqrt(max(0d0,s% brunt_N2(k))))
             case (p_log_brunt_N2)

star/private/report.f90

@@ -226,7 +226,7 @@ subroutine do_report(s, ierr)
          ! s% time is in seconds
          s% star_age = s% time/secyer
          s% time_years = s% time/secyer
-         s% time_days = s% time/dble(60*60*24)
+         s% time_days = s% time/secday
          if ( s% model_number <= 0 ) then
             s% star_age = 0d0
             s% time_days = 0d0
@@ -236,7 +236,7 @@ subroutine do_report(s, ierr)
          ! s% dt is in seconds
          s% time_step = s% dt/secyer         ! timestep in years
          s% dt_years = s% dt/secyer
-         s% dt_days = s% dt/dble(60*60*24)
+         s% dt_days = s% dt/secday
 
          mstar = s% mstar
          s% star_mass = mstar/Msun             ! stellar mass in solar units

star/test_suite/ccsn_IIp/src/run_star_extras.f90

@@ -359,7 +359,7 @@ end subroutine set_nico_mass
       subroutine create_sedona_Lbol_file()
 
          integer, parameter :: num_times = 205, num_freq = 2999, &   ! from 1st line of sedona data
-            secperday = 24*60*60, io1 = 34, io2 = 35
+            io1 = 34, io2 = 35
          integer :: j, k, ierr, n
          real(dp) :: Lbol, time0, freq_i00, Lnu_i00, time, freq_im1, Lnu_im1
          character (len=256) :: file_in, file_out
@@ -399,7 +399,7 @@ subroutine create_sedona_Lbol_file()
                Lbol = Lbol + 0.5d0*(Lnu_i00 + Lnu_im1)*(freq_i00 - freq_im1)
             end do
             if (Lbol > 0d0) then
-               write(io2,'(f8.2,f10.4)') time0/secperday, log10(Lbol)
+               write(io2,'(f8.2,f10.4)') time0/secday, log10(Lbol)
                n = n+1
             end if
          end do
@@ -905,7 +905,7 @@ subroutine data_for_extra_history_columns(id, n, names, vals, ierr)
          end do
          open(newunit=iounit,file='tau100_L.data', &
             status="unknown",form='formatted',position="append")
-         write(iounit,*) s% time/(24*60*60), vals(5), vals(6)
+         write(iounit,*) s% time/secday, vals(5), vals(6)
          close(iounit)
 
       end subroutine data_for_extra_history_columns

stella/res/stella_extras.f90

@@ -412,7 +412,7 @@ program main
             write(*,*) 'eta', k, eta, logT, logRho, n_Fe
             call mesa_error(__FILE__,__LINE__)
          end if
-         time_sec = time*60*60*24
+         time_sec = time*secday
          tau_sob = pi*qe*qe/(me*clight)*n_Fe*eta*f*time_sec*lambda0
 
          if ((tau_sob > tau_sob_lo .or. k==2) .and. v_sob_lo_tau == 0d0) then