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NORTRIP_inputparams_subroutines.f90
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NORTRIP_inputparams_subroutines.f90
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!NORTRIP_inputparams_subroutines.f90
!----------------------------------------------------------------------
subroutine read_NORTRIP_parameters
use NORTRIP_definitions
implicit none
character(256) temp_path
character(256) temp_file
character(256) temp_name
character(256) temp_str,temp_str1,temp_str2,temp_str3
character(256) read_str(2)
integer unit_in,unit_logfile_temp
integer index_val,index_temp
logical exists
real include_track_temp,f_track_temp(10)
!Functions
character(256) match_string_char
real read_string_val
real match_string_val
unit_in=unit_read_NORTRIP_parameters
unit_logfile_temp=unit_logfile !use -1 not to write anything, 0 to go to screen
!Open pathname file for reading
temp_name=trim(path_inputparam)//trim(filename_inputparam)//'_params.txt'
inquire(file=temp_name,exist=exists)
if (.not.exists) then
write(unit_logfile_temp,*)'ERROR: '//trim(temp_name)//' does not exist.'
return
endif
open(unit_in,file=temp_name,access='sequential',status='old',readonly)
!Open log file
!write(*,*) 'LOG NAME:',trim(filename_log)
if (unit_logfile.gt.0) then
open(unit_logfile,file=filename_log,status='old',position='append')
endif
write(unit_logfile_temp,'(A)') '================================================================'
write(unit_logfile_temp,'(A)') 'Reading model parameters (read_NORTRIP_parameters)'
write(unit_logfile_temp,'(A)') '================================================================'
!Read wear parameters
do s=1,num_wear
temp_str=''
temp_str1=''
if (s.eq.road_index) then
temp_str1='Road wear'
elseif (s.eq.tyre_index) then
temp_str1='Tyre wear'
elseif (s.eq.brake_index) then
temp_str1='Brake wear'
endif
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
!write(unit_logfile,*) trim(temp_str)
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !Skip line
call read_line_val3(unit_in,unit_logfile,W_0(s,st,he),W_0(s,wi,he),W_0(s,su,he))
call read_line_val3(unit_in,unit_logfile,W_0(s,st,li),W_0(s,wi,li),W_0(s,su,li))
read(unit_in,*,ERR=10) temp_str !Skip line
call read_line_val5(unit_in,unit_logfile,a_wear(s,1),a_wear(s,2),a_wear(s,3),a_wear(s,4),a_wear(s,5))
enddo
!Snow depth wear threshold
rewind(unit_in)
temp_str=''
temp_str1='Snow depth wear threshold'
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
!write(unit_logfile,*) trim(temp_str)
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !Skip line
call read_line_val1(unit_in,unit_logfile,s_roadwear_thresh)
!Pavement type scaling factor
rewind(unit_in)
temp_str=''
temp_str1='Pavement type scaling factor'
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
call read_line_int1(unit_in,unit_logfile,num_pave)
read(unit_in,*,ERR=10) temp_str !Skip line
do s=1,num_pave
read(unit_in,'(a)',end=10) temp_str
index_val=index(temp_str,achar(9))
temp_str1=temp_str(1:index_val-1)
read(temp_str1,*) index_temp
temp_str=temp_str(index_val+1:)
index_val=index(temp_str,achar(9))
temp_str2=temp_str(1:index_val-1)
temp_str3=temp_str(index_val+1:)
read(temp_str3,*) h_pave(s)
write(unit_logfile,'(I2,A38,A3,e10.2)') index_temp,trim(temp_str2),' = ',h_pave(s)
enddo
!Driving cycle scaling factor
rewind(unit_in)
temp_str=''
temp_str1='Driving cycle scaling factor'
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
call read_line_int1(unit_in,unit_logfile,num_dc)
read(unit_in,*,ERR=10) temp_str !Skip line
do s=1,num_dc
read(unit_in,'(a)',end=10) temp_str
index_val=index(temp_str,achar(9))
temp_str1=temp_str(1:index_val-1)
read(temp_str1,*) index_temp
temp_str=temp_str(index_val+1:)
index_val=index(temp_str,achar(9))
temp_str2=temp_str(1:index_val-1)
temp_str3=temp_str(index_val+1:)
read(temp_str3,*) h_drivingcycle(s)
write(unit_logfile,'(I2,A38,A3,e10.2)') index_temp,trim(temp_str2),' = ',h_drivingcycle(s)
enddo
!Suspension scaling factors
rewind(unit_in)
temp_str=''
temp_str1='Suspension scaling factors'
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
do s=1,num_source
call read_line_val4(unit_in,unit_logfile,h_0_sus(s,pm_all),h_0_sus(s,pm_200),h_0_sus(s,pm_10),h_0_sus(s,pm_25))
enddo
call read_line_val4(unit_in,unit_logfile,h_0_q_road(pm_all),h_0_q_road(pm_200),h_0_q_road(pm_10),h_0_q_road(pm_25))
!Road suspension
temp_str=''
temp_str1='Road suspension'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,f_0_suspension(1,1,st,he),f_0_suspension(1,1,wi,he),f_0_suspension(1,1,su,he))
call read_line_val3(unit_in,unit_logfile,f_0_suspension(1,1,st,li),f_0_suspension(1,1,wi,li),f_0_suspension(1,1,su,li))
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val5(unit_in,unit_logfile,a_sus(1),a_sus(2),a_sus(3),a_sus(4),a_sus(5))
do s=1,num_source
do x=1,num_size
do t=1,num_tyre
do v=1,num_veh
f_0_suspension(s,x,t,v)=f_0_suspension(1,1,t,v)*h_0_sus(s,x)
enddo
enddo
enddo
enddo
!Abrasion factor
temp_str=''
temp_str1='Abrasion factor'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,f_0_abrasion(st,he),f_0_abrasion(wi,he),f_0_abrasion(su,he))
call read_line_val3(unit_in,unit_logfile,f_0_abrasion(st,li),f_0_abrasion(wi,li),f_0_abrasion(su,li))
call read_line_val1(unit_in,unit_logfile,V_ref_abrasion)
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val4(unit_in,unit_logfile,h_0_abrasion(pm_all),h_0_abrasion(pm_200),h_0_abrasion(pm_10),h_0_abrasion(pm_25))
!Crushing factor
temp_str=''
temp_str1='Crushing factor'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,f_0_crushing(st,he),f_0_crushing(wi,he),f_0_crushing(su,he))
call read_line_val3(unit_in,unit_logfile,f_0_crushing(st,li),f_0_crushing(wi,li),f_0_crushing(su,li))
call read_line_val1(unit_in,unit_logfile,V_ref_crushing)
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val4(unit_in,unit_logfile,h_0_crushing(pm_all),h_0_crushing(pm_200),h_0_crushing(pm_10),h_0_crushing(pm_25))
!Sources participating in abrasion and crushing
temp_str=''
temp_str1='Sources participating in abrasion and crushing'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
do s=1,num_source
call read_line_val2(unit_in,unit_logfile,p_0_abrasion(s),p_0_crushing(s))
enddo
!Direct emission factor
temp_str=''
temp_str1='Direct emission factor'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
do s=1,num_wear
call read_line_val1(unit_in,unit_logfile,f_0_dir(s))
enddo
call read_line_val1(unit_in,unit_logfile,f_0_dir(crushing_index))
call read_line_val1(unit_in,unit_logfile,f_0_dir(abrasion_index))
call read_line_val1(unit_in,unit_logfile,f_0_dir(exhaust_index))
!Fractional size distribution emissions
temp_str=''
temp_str1='Fractional size distribution'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
do s=1,num_source
call read_line_val4(unit_in,unit_logfile,f_PM(s,pm_all,1),f_PM(s,pm_200,1),f_PM(s,pm_10,1),f_PM(s,pm_25,1))
do t=1,num_tyre
f_PM(s,:,t)=f_PM(s,:,1)
enddo
enddo
s=crushing_index
call read_line_val4(unit_in,unit_logfile,f_PM(s,pm_all,1),f_PM(s,pm_200,1),f_PM(s,pm_10,1),f_PM(s,pm_25,1))
s=abrasion_index
call read_line_val4(unit_in,unit_logfile,f_PM(s,pm_all,1),f_PM(s,pm_200,1),f_PM(s,pm_10,1),f_PM(s,pm_25,1))
do t=1,num_tyre
f_PM(abrasion_index,:,t)=f_PM(abrasion_index,:,1)
f_PM(crushing_index,:,t)=f_PM(crushing_index,:,1)
enddo
!Create the binned size distribution
f_PM_bin=f_PM
do x=1,num_size
if (x.eq.num_size) then
f_PM_bin(1:num_source,x,1:num_tyre)=f_PM(1:num_source,x,1:num_tyre)
f_PM_bin(crushing_index,x,1:num_tyre)=f_PM(crushing_index,x,1:num_tyre)
f_PM_bin(abrasion_index,x,1:num_tyre)=f_PM(abrasion_index,x,1:num_tyre)
else
f_PM_bin(1:num_source,x,1:num_tyre)=f_PM(1:num_source,x,1:num_tyre)-f_PM(1:num_source,x+1,1:num_tyre)
f_PM_bin(crushing_index,x,1:num_tyre)=f_PM(crushing_index,x,1:num_tyre)-f_PM(crushing_index,x+1,1:num_tyre)
f_PM_bin(abrasion_index,x,1:num_tyre)=f_PM(abrasion_index,x,1:num_tyre)-f_PM(abrasion_index,x+1,1:num_tyre)
endif
enddo
call read_line_val1(unit_in,unit_logfile,V_ref_pm_fraction)
call read_line_val1(unit_in,unit_logfile,c_pm_fraction)
!Wind blown dust emission factors
temp_str=''
temp_str1='Wind blown dust emission factors'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val1(unit_in,unit_logfile,tau_wind)
call read_line_val1(unit_in,unit_logfile,FF_thresh)
!Activity factors
temp_str=''
temp_str1='Activity efficiency factors'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
i=ploughing_eff_index
call read_line_val4(unit_in,unit_logfile,h_eff(i,1,pm_all),h_eff(i,1,pm_200),h_eff(i,1,pm_10),h_eff(i,1,pm_25))
i=cleaning_eff_index
call read_line_val4(unit_in,unit_logfile,h_eff(i,1,pm_all),h_eff(i,1,pm_200),h_eff(i,1,pm_10),h_eff(i,1,pm_25))
i=drainage_eff_index
call read_line_val4(unit_in,unit_logfile,h_eff(i,1,pm_all),h_eff(i,1,pm_200),h_eff(i,1,pm_10),h_eff(i,1,pm_25))
i=spraying_eff_index
call read_line_val4(unit_in,unit_logfile,h_eff(i,1,pm_all),h_eff(i,1,pm_200),h_eff(i,1,pm_10),h_eff(i,1,pm_25))
do x=1,num_size
i=ploughing_eff_index
h_eff(i,dust_index,x)=h_eff(i,1,x)
i=cleaning_eff_index
h_eff(i,dust_index,x)=h_eff(i,1,x)
i=drainage_eff_index
h_eff(i,dust_index,x)=h_eff(i,1,x)
i=spraying_eff_index
h_eff(i,dust_index,x)=h_eff(i,1,x)
enddo
!Salt efficiency factors
read(unit_in,*,ERR=10) temp_str !skip line
i=ploughing_eff_index
call read_line_val2(unit_in,unit_logfile,h_eff(i,salt_index(1),pm_all),h_eff(i,salt_index(2),pm_all))
i=cleaning_eff_index
call read_line_val2(unit_in,unit_logfile,h_eff(i,salt_index(1),pm_all),h_eff(i,salt_index(2),pm_all))
i=drainage_eff_index
call read_line_val2(unit_in,unit_logfile,h_eff(i,salt_index(1),pm_all),h_eff(i,salt_index(2),pm_all))
i=spraying_eff_index
call read_line_val2(unit_in,unit_logfile,h_eff(i,salt_index(1),pm_all),h_eff(i,salt_index(2),pm_all))
do x=1,num_size
i=ploughing_eff_index
h_eff(i,salt_index,x)=h_eff(i,salt_index,pm_all)
i=cleaning_eff_index
h_eff(i,salt_index,x)=h_eff(i,salt_index,pm_all)
i=drainage_eff_index
h_eff(i,salt_index,x)=h_eff(i,salt_index,pm_all)
i=spraying_eff_index
h_eff(i,salt_index,x)=h_eff(i,salt_index,pm_all)
enddo
!Deposition velocity
temp_str=''
temp_str1='Deposition velocity'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,w_dep(pm_200),w_dep(pm_10),w_dep(pm_25))
!Concentration conversion limit values
temp_str=''
temp_str1='Concentration conversion limit values'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val1(unit_in,unit_logfile,conc_min)
call read_line_val1(unit_in,unit_logfile,emis_min)
!Spray and splash factors
temp_str=''
temp_str1='Spray and splash factors'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,R_0_spray(he,water_index),R_0_spray(he,snow_index),R_0_spray(he,ice_index))
call read_line_val3(unit_in,unit_logfile,R_0_spray(li,water_index),R_0_spray(li,snow_index),R_0_spray(li,ice_index))
call read_line_val3(unit_in,unit_logfile,V_ref_spray(water_index),V_ref_spray(snow_index),V_ref_spray(ice_index))
call read_line_val3(unit_in,unit_logfile,g_road_sprayable_min(water_index),g_road_sprayable_min(snow_index),g_road_sprayable_min(ice_index))
call read_line_val3(unit_in,unit_logfile,a_spray(water_index),a_spray(snow_index),a_spray(ice_index))
call read_line_val3(unit_in,unit_logfile,V_thresh_spray(water_index),V_thresh_spray(snow_index),V_thresh_spray(ice_index))
!Drainage parameters
temp_str=''
temp_str1='Drainage parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val2(unit_in,unit_logfile,g_road_drainable_min,g_road_drainable_thresh)
call read_line_val1(unit_in,unit_logfile,snow_dust_drainage_retainment_limit)
call read_line_val1(unit_in,unit_logfile,tau_road_drainage)
!Ploughing parameters
temp_str=''
temp_str1='Ploughing parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip line
call read_line_val3(unit_in,unit_logfile,h_ploughing_moisture(water_index),h_ploughing_moisture(snow_index),h_ploughing_moisture(ice_index))
call read_line_val3(unit_in,unit_logfile,ploughing_thresh(water_index),ploughing_thresh(snow_index),ploughing_thresh(ice_index))
!temp_str=''
!temp_str1='Ploughing minimum parameters'
!rewind(unit_in)
!do while (index(temp_str,trim(temp_str1)).eq.0)
! read(unit_in,'(a)',ERR=10) temp_str
!end do
!write(unit_logfile,'(A)') '----------------------------------------------------------------'
!write(unit_logfile,'(A)') trim(temp_str)
!write(unit_logfile,'(A)') '----------------------------------------------------------------'
!call read_line_val3(unit_in,unit_logfile,ploughing_min_thresh(water_index),ploughing_min_thresh(snow_index),ploughing_min_thresh(ice_index))
!Energy balance parameters
temp_str=''
temp_str1='Energy balance parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip
call read_line_val1(unit_in,unit_logfile,g_road_evaporation_thresh)
!call read_line_val1(unit_in,unit_logfile,z0)
call read_line_val1or3(unit_in,unit_logfile,z0m_in,z0t_in,z0q_in)
!write(*,*) z0m_in,z0t_in,z0q_in
!stop
z0=z0m_in/1000. !Convert from mm to m
if (z0t_in.eq.0) then
z0t=z0/10. !Default
else
z0t=z0t_in/1000.
endif
if (z0q_in.eq.0) then
z0q=z0/10. !Default
else
z0q=z0q_in/1000.
endif
call read_line_val1(unit_in,unit_logfile,albedo_snow)
call read_line_val1(unit_in,unit_logfile,dzs)
call read_line_val1(unit_in,unit_logfile,sub_surf_average_time)
read(unit_in,*,ERR=10) temp_str !skip
call read_line_val3(unit_in,unit_logfile,sub_surf_param(1),sub_surf_param(2),sub_surf_param(3))
read(unit_in,*,ERR=10) temp_str !skip
call read_line_val2(unit_in,unit_logfile,a_traffic(he),a_traffic(li))
call read_line_val2(unit_in,unit_logfile,H_veh(he),H_veh(li))
!Retention parameters
temp_str=''
temp_str1='Retention parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip
call read_line_val3(unit_in,unit_logfile,g_retention_thresh(road_index),g_retention_thresh(brake_index),g_retention_thresh(salt_index(2)))
call read_line_val3(unit_in,unit_logfile,g_retention_min(road_index),g_retention_min(brake_index),g_retention_min(salt_index(2)))
!Surface texture scaling parameters
temp_str=''
temp_str1='Surface texture parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip
do i=1,5
call read_line_val1(unit_in,unit_logfile,texture_scaling(i))
enddo
!Rescale these parameters
g_road_drainable_min=g_road_drainable_min*texture_scaling(1)
f_0_suspension=f_0_suspension*texture_scaling(2)
R_0_spray=R_0_spray*texture_scaling(3)
h_eff(drainage_eff_index,dust_index,:)=h_eff(drainage_eff_index,dust_index,:)*texture_scaling(4)
h_eff(spraying_eff_index,dust_index,:)=h_eff(spraying_eff_index,dust_index,:)*texture_scaling(5)
!Road track parameters
temp_str=''
temp_str1='Road track parameters'
rewind(unit_in)
do while (index(temp_str,trim(temp_str1)).eq.0)
read(unit_in,'(a)',ERR=10) temp_str
end do
write(unit_logfile,'(A)') '----------------------------------------------------------------'
write(unit_logfile,'(A)') trim(temp_str)
write(unit_logfile,'(A)') '----------------------------------------------------------------'
read(unit_in,*,ERR=10) temp_str !skip
num_track=0
do i=1,num_track_max
!Must be in this order (alltrack_type,outtrack_type,intrack_type,shoulder_type,kerb_type)
call read_line_val4(unit_in,unit_logfile,include_track_temp,f_track_temp(1),f_track_temp(2),f_track_temp(3))
if (include_track_temp.gt.0) then
num_track=num_track+1
f_track(num_track)=f_track_temp(1)
veh_track(num_track)=f_track_temp(2)
mig_track(num_track)=f_track_temp(3)
track_type(num_track)=i
endif
enddo
close(unit_in,status='keep')
return
10 close(unit_in,status='keep')
end subroutine read_NORTRIP_parameters
!----------------------------------------------------------------------
!----------------------------------------------------------------------
subroutine read_NORTRIP_flags
use NORTRIP_definitions
implicit none
character(256) temp_name
integer unit_in,unit_logfile_temp
logical exists
integer read_zip_file_temp,use_single_road_loop_temp
!Functions
integer match_string_int
real match_string_val
unit_in=unit_read_NORTRIP_flags
unit_logfile_temp=unit_logfile !use -1 not to write anything, 0 to go to screen
!Open pathname file for reading
temp_name=trim(path_inputparam)//trim(filename_inputparam)//'_flags.txt'
inquire(file=temp_name,exist=exists)
if (.not.exists) then
write(unit_logfile_temp,*)'ERROR: '//trim(temp_name)//' does not exist. Using default flags'
return
endif
open(unit_in,file=temp_name,access='sequential',status='old',readonly)
!Open log file
!if (unit_logfile.gt.0) then
! open(unit_logfile,file=filename_log,status='old',position='append')
!endif
write(unit_logfile_temp,'(A)') '================================================================'
write(unit_logfile_temp,'(A)') 'Reading model flags (read_NORTRIP_flags)'
write(unit_logfile_temp,'(A)') '================================================================'
!WEAR
wear_flag(road_index)=match_string_int('road_wear_flag',unit_in,unit_logfile_temp,0)
wear_flag(tyre_index)=match_string_int('tyre_wear_flag',unit_in,unit_logfile_temp,0)
wear_flag(brake_index)=match_string_int('brake_wear_flag',unit_in,unit_logfile_temp,0)
exhaust_flag=match_string_int('exhaust_flag',unit_in,unit_logfile_temp,0)
road_suspension_flag=match_string_int('road_suspension_flag',unit_in,unit_logfile_temp,0)
dust_deposition_flag=match_string_int('dust_deposition_flag',unit_in,unit_logfile_temp,0)
abrasion_flag=match_string_int('abrasion_flag',unit_in,unit_logfile_temp,0)
crushing_flag=match_string_int('crushing_flag',unit_in,unit_logfile_temp,0)
dust_drainage_flag=match_string_int('dust_drainage_flag',unit_in,unit_logfile_temp,0)
dust_spray_flag=match_string_int('dust_spray_flag',unit_in,unit_logfile_temp,0)
dust_ploughing_flag=match_string_int('dust_ploughing_flag',unit_in,unit_logfile_temp,0)
wind_suspension_flag=match_string_int('wind_suspension_flag',unit_in,unit_logfile_temp,0)
!MOISTURE
retention_flag=match_string_int('retention_flag',unit_in,unit_logfile_temp,0)
use_obs_retention_flag=match_string_int('use_obs_retention_flag',unit_in,unit_logfile_temp,0)
water_spray_flag=match_string_int('water_spray_flag',unit_in,unit_logfile_temp,0)
drainage_type_flag=match_string_int('drainage_type_flag',unit_in,unit_logfile_temp,0)
surface_humidity_flag=match_string_int('surface_humidity_flag',unit_in,unit_logfile_temp,0)
use_salt_humidity_flag=match_string_int('use_salt_humidity_flag',unit_in,unit_logfile_temp,0)
retain_water_by_snow_flag=match_string_val('retain_water_by_snow_flag',unit_in,unit_logfile_temp,retain_water_by_snow_flag)
!ENERGY BALANCE
evaporation_flag=match_string_int('evaporation_flag',unit_in,unit_logfile_temp,0)
canyon_shadow_flag=match_string_int('canyon_shadow_flag',unit_in,unit_logfile_temp,0)
canyon_long_rad_flag=match_string_int('canyon_long_rad_flag',unit_in,unit_logfile_temp,0)
use_subsurface_flag=match_string_int('use_subsurface_flag',unit_in,unit_logfile_temp,0)
use_traffic_turb_flag=match_string_int('use_traffic_turb_flag',unit_in,unit_logfile_temp,0)
use_melt_freeze_energy_flag=match_string_int('use_melt_freeze_energy_flag',unit_in,unit_logfile_temp,0)
use_stability_flag=match_string_int('use_stability_flag',unit_in,unit_logfile_temp,use_stability_flag)
!ACTIVITY
use_salting_data_flag(1)=match_string_val('use_salting_data_1_flag',unit_in,unit_logfile_temp,0.0)
use_salting_data_flag(2)=match_string_val('use_salting_data_2_flag',unit_in,unit_logfile_temp,0.0)
use_sanding_data_flag=match_string_val('use_sanding_data_flag',unit_in,unit_logfile_temp,0)
use_ploughing_data_flag=match_string_int('use_ploughing_data_flag',unit_in,unit_logfile_temp,0)
use_cleaning_data_flag=match_string_int('use_cleaning_data_flag',unit_in,unit_logfile_temp,0)
use_wetting_data_flag=match_string_int('use_wetting_data_flag',unit_in,unit_logfile_temp,0)
auto_salting_flag=match_string_int('auto_salting_flag',unit_in,unit_logfile_temp,0)
auto_binding_flag=match_string_int('auto_binding_flag',unit_in,unit_logfile_temp,0)
auto_sanding_flag=match_string_int('auto_sanding_flag',unit_in,unit_logfile_temp,0)
auto_ploughing_flag=match_string_int('auto_ploughing_flag',unit_in,unit_logfile_temp,0)
auto_cleaning_flag=match_string_int('auto_cleaning_flag',unit_in,unit_logfile_temp,0)
salt_type(2)=match_string_int('binding_salt_flag',unit_in,unit_logfile_temp,2)
activity_in_tunnels_flag=match_string_int('activity_in_tunnels_flag',unit_in,unit_logfile_temp,0)
salt_after_ploughing_flag=match_string_int('salt_after_ploughing_flag',unit_in,unit_logfile_temp,0)
!OUTPUT
plot_type_flag=match_string_int('plot_type_flag',unit_in,unit_logfile_temp,0)
save_type_flag=match_string_int('save_type_flag',unit_in,unit_logfile_temp,0)
!DISPERSION
use_ospm_flag=match_string_int('use_ospm_flag',unit_in,unit_logfile_temp,0)
!FORECAST
forecast_hour=match_string_int('forecast_hour',unit_in,unit_logfile_temp,0)
forecast_type=match_string_int('forecast_type',unit_in,unit_logfile_temp,1)
!ZIP INPUT FILES. Set to 3 to read all inputs as zip
read_zip_file_temp=match_string_int('read_data_in_zip_format',unit_in,unit_logfile_temp,0)
if (read_zip_file_temp.ge.1) read_timeseriesdata_in_zip_format=.true.
if (read_zip_file_temp.ge.2) read_metadata_in_zip_format=.true.
if (read_zip_file_temp.ge.3) read_initialdata_in_zip_format=.true.
!Define if the routine uses the single road option for large datasets
use_single_road_loop_temp=match_string_int('use_single_road_loop_flag',unit_in,unit_logfile_temp,0)
use_single_road_loop_flag=.false.
if (use_single_road_loop_temp.eq.1) use_single_road_loop_flag=.true.
!Operating system. Only used for deleting files that have been unzipped. 1 is windows, 2 is linux
operating_system=match_string_int('operating_system',unit_in,unit_logfile_temp,operating_system)
!Additional override parameters
override_long_rad_in_offset=match_string_val('override_long_rad_in_offset',unit_in,unit_logfile_temp,nodata_orig)
override_RH_offset=match_string_val('override_RH_offset',unit_in,unit_logfile_temp,nodata_orig)
override_T_a_offset=match_string_val('override_T_2m_offset',unit_in,unit_logfile_temp,nodata_orig)
override_wind_speed_correction=match_string_val('override_wind_speed_correction',unit_in,unit_logfile_temp,nodata_orig)
override_albedo_road_offset=match_string_val('override_albedo_road_offset',unit_in,unit_logfile_temp,nodata_orig)
!if (unit_logfile.gt.0) then
! close(unit_logfile,status='keep')
!endif
10 close(unit_in,status='keep')
end subroutine read_NORTRIP_flags
!----------------------------------------------------------------------
!----------------------------------------------------------------------
subroutine read_NORTRIP_activities
use NORTRIP_definitions
implicit none
character(256) temp_name
integer unit_in,unit_logfile_temp
logical exists
logical :: activity_data_already_allocated=.false.
!Functions
integer match_string_int
real match_string_val
unit_in=unit_read_NORTRIP_activities
unit_logfile_temp=unit_logfile !use -1 not to write anything, 0 to go to screen
!Open pathname file for reading
temp_name=trim(path_inputparam)//trim(filename_inputparam)//'_activities.txt'
inquire(file=temp_name,exist=exists)
if (.not.exists) then
write(unit_logfile_temp,*)'ERROR: '//trim(temp_name)//' does not exist. Using default flags'
return
endif
open(unit_in,file=temp_name,access='sequential',status='old',readonly)
!Open log file
!if (unit_logfile.gt.0) then
! open(unit_logfile,file=filename_log,status='old',position='append')
!endif
write(unit_logfile_temp,'(A)') '================================================================'
write(unit_logfile_temp,'(A)') 'Reading model auto activity parameters (read_NORTRIP_activities)'
write(unit_logfile_temp,'(A)') '================================================================'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
write(unit_logfile_temp,'(A)') 'Salting (salt1+salt2)'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
salting_hour_ref(1)=match_string_val('salting_hour(1)',unit_in,unit_logfile_temp,0.0)
salting_hour_ref(2)=match_string_val('salting_hour(2)',unit_in,unit_logfile_temp,0.0)
delay_salting_day_ref=match_string_val('delay_salting_day',unit_in,unit_logfile_temp,0.0)
check_salting_day_ref=match_string_val('check_salting_day',unit_in,unit_logfile_temp,0.0)
min_temp_salt_ref=match_string_val('min_temp_salt',unit_in,unit_logfile_temp,0.0)
max_temp_salt_ref=match_string_val('max_temp_salt',unit_in,unit_logfile_temp,0.0)
precip_rule_salt_ref=match_string_val('precip_rule_salt',unit_in,unit_logfile_temp,0.0)
RH_rule_salt_ref=match_string_val('RH_rule_salt',unit_in,unit_logfile_temp,0.0)
g_salting_rule_ref=match_string_val('g_salting_rule',unit_in,unit_logfile_temp,0.0)
salt_mass_ref=match_string_val('salt_mass',unit_in,unit_logfile_temp,0.0)
salt_dilution_ref=match_string_val('salt_dilution',unit_in,unit_logfile_temp,0.0)
salt_type_distribution_ref=match_string_val('salt_type_distribution',unit_in,unit_logfile_temp,1.0)
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
write(unit_logfile_temp,'(A)') 'Sanding'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
sanding_hour_ref(1)=match_string_val('sanding_hour(1)',unit_in,unit_logfile_temp,0.0)
sanding_hour_ref(2)=match_string_val('sanding_hour(2)',unit_in,unit_logfile_temp,0.0)
delay_sanding_day_ref=match_string_val('delay_sanding_day',unit_in,unit_logfile_temp,0.0)
check_sanding_day_ref=match_string_val('check_sanding_day',unit_in,unit_logfile_temp,0.0)
min_temp_sand_ref=match_string_val('min_temp_sand',unit_in,unit_logfile_temp,0.0)
max_temp_sand_ref=match_string_val('max_temp_sand',unit_in,unit_logfile_temp,0.0)
precip_rule_sand_ref=match_string_val('precip_rule_sand',unit_in,unit_logfile_temp,0.0)
RH_rule_sand_ref=match_string_val('RH_rule_sand',unit_in,unit_logfile_temp,0.0)
g_sanding_rule_ref=match_string_val('g_sanding_rule',unit_in,unit_logfile_temp,0.0)
sand_mass_ref=match_string_val('sand_mass',unit_in,unit_logfile_temp,0.0)
sand_dilution_ref=match_string_val('sand_dilution',unit_in,unit_logfile_temp,0.0)
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
write(unit_logfile_temp,'(A)') 'Snow ploughing'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
delay_ploughing_hour_ref=match_string_val('delay_ploughing_hour',unit_in,unit_logfile_temp,0.0)
ploughing_thresh_2_ref=match_string_val('ploughing_thresh',unit_in,unit_logfile_temp,0.0)
if (ploughing_thresh_2_ref.gt.0) then
ploughing_thresh(snow_index)=ploughing_thresh_2_ref
ploughing_thresh(ice_index)=ploughing_thresh_2_ref
endif
ploughing_min_thresh_2_ref=match_string_val('ploughing_min_thresh',unit_in,unit_logfile_temp,ploughing_min_thresh_2_ref)
if (ploughing_min_thresh_2_ref.gt.0) then
ploughing_min_thresh(snow_index)=ploughing_min_thresh_2_ref
ploughing_min_thresh(ice_index)=ploughing_min_thresh_2_ref
ploughing_min_thresh(water_index)=ploughing_min_thresh_2_ref
endif
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
write(unit_logfile_temp,'(A)') 'Cleaning'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
cleaning_hour_ref(1)=match_string_val('cleaning_hour(1)',unit_in,unit_logfile_temp,cleaning_hour_ref(1))
cleaning_hour_ref(2)=match_string_val('cleaning_hour(2)',unit_in,unit_logfile_temp,cleaning_hour_ref(2))
delay_cleaning_hour_ref=match_string_val('delay_cleaning_hour',unit_in,unit_logfile_temp,0.0)
delay_cleaning_day_ref=match_string_val('delay_cleaning_day',unit_in,unit_logfile_temp,0.0)
!If no day value is read then use the hour value. Otherwise the rest is in days
if (delay_cleaning_day_ref.eq.0.0) delay_cleaning_day_ref=delay_cleaning_hour_ref/24.
min_temp_cleaning_ref=match_string_val('min_temp_cleaning',unit_in,unit_logfile_temp,0.0)
clean_with_salting_ref=match_string_int('clean_with_salting',unit_in,unit_logfile_temp,0)
start_month_cleaning_ref=match_string_val('start_month_cleaning',unit_in,unit_logfile_temp,0.0)
end_month_cleaning_ref=match_string_val('end_month_cleaning',unit_in,unit_logfile_temp,0.0)
wetting_with_cleaning_ref=match_string_val('wetting_with_cleaning',unit_in,unit_logfile_temp,0.0)
efficiency_of_cleaning_ref=match_string_val('efficiency_of_cleaning',unit_in,unit_logfile_temp,0.0)
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
write(unit_logfile_temp,'(A)') 'Binding (salt2)'
write(unit_logfile_temp,'(A)') '----------------------------------------------------------------'
binding_hour_ref(1)=match_string_val('binding_hour(1)',unit_in,unit_logfile_temp,0.0)
binding_hour_ref(2)=match_string_val('binding_hour(2)',unit_in,unit_logfile_temp,0.0)
delay_binding_day_ref=match_string_val('delay_binding_day',unit_in,unit_logfile_temp,0.0)
check_binding_day_ref=match_string_val('check_binding_day',unit_in,unit_logfile_temp,0.0)
min_temp_binding_ref=match_string_val('min_temp_binding',unit_in,unit_logfile_temp,0.0)
max_temp_binding_ref=match_string_val('max_temp_binding',unit_in,unit_logfile_temp,0.0)
precip_rule_binding_ref=match_string_val('precip_rule_binding',unit_in,unit_logfile_temp,0.0)
RH_rule_binding_ref=match_string_val('RH_rule_binding',unit_in,unit_logfile_temp,0.0)
g_binding_rule_ref=match_string_val('g_binding_rule',unit_in,unit_logfile_temp,0.0)
binding_mass_ref=match_string_val('binding_mass',unit_in,unit_logfile_temp,0.0)
binding_dilution_ref=match_string_val('binding_dilution',unit_in,unit_logfile_temp,0.0)
start_month_binding_ref=match_string_val('start_month_binding',unit_in,unit_logfile_temp,0.0)
end_month_binding_ref=match_string_val('end_month_binding',unit_in,unit_logfile_temp,0.0)
!if (unit_logfile.gt.0) then
! close(unit_logfile,status='keep')
!endif
10 close(unit_in,status='keep')
!Allocate the auto_activity parameters for all roads if they have not already been allocated in the transfer routine (coupling to multiroad code)
!Set the flag if these have not been allocated. Onlt necessary fo rthe first case since they are either allocated for all or none in the multiroad code
if (.not.allocated(salting_hour)) then
allocate (salting_hour(2,0:n_roads))
activity_data_already_allocated=.false.
else
activity_data_already_allocated=.true.
endif
if (.not.allocated(delay_salting_day)) allocate (delay_salting_day(0:n_roads))
if (.not.allocated(check_salting_day)) allocate (check_salting_day(0:n_roads))
if (.not.allocated(min_temp_salt)) allocate (min_temp_salt(0:n_roads))
if (.not.allocated(max_temp_salt)) allocate (max_temp_salt(0:n_roads))
if (.not.allocated(precip_rule_salt)) allocate (precip_rule_salt(0:n_roads))
if (.not.allocated(RH_rule_salt)) allocate (RH_rule_salt(0:n_roads))
if (.not.allocated(g_salting_rule)) allocate (g_salting_rule(0:n_roads))
if (.not.allocated(salt_mass)) allocate (salt_mass(0:n_roads))
if (.not.allocated(salt_dilution)) allocate (salt_dilution(0:n_roads))
if (.not.allocated(salt_type_distribution)) allocate (salt_type_distribution(0:n_roads))
if (.not.allocated(sanding_hour)) allocate (sanding_hour(2,0:n_roads))
if (.not.allocated(delay_sanding_day)) allocate (delay_sanding_day(0:n_roads))
if (.not.allocated(check_sanding_day)) allocate (check_sanding_day(0:n_roads))
if (.not.allocated(min_temp_sand)) allocate (min_temp_sand(0:n_roads))
if (.not.allocated(max_temp_sand)) allocate (max_temp_sand(0:n_roads))
if (.not.allocated(precip_rule_sand)) allocate (precip_rule_sand(0:n_roads))
if (.not.allocated(RH_rule_sand)) allocate (RH_rule_sand(0:n_roads))
if (.not.allocated(g_sanding_rule)) allocate (g_sanding_rule(0:n_roads))
if (.not.allocated(sand_mass)) allocate (sand_mass(0:n_roads))
if (.not.allocated(sand_dilution)) allocate (sand_dilution(0:n_roads))
if (.not.allocated(delay_ploughing_hour)) allocate (delay_ploughing_hour(0:n_roads))
if (.not.allocated(ploughing_thresh_2)) allocate (ploughing_thresh_2(0:n_roads))
if (.not.allocated(cleaning_hour)) allocate (cleaning_hour(2,0:n_roads))
if (.not.allocated(delay_cleaning_day)) allocate (delay_cleaning_day(0:n_roads))
if (.not.allocated(min_temp_cleaning)) allocate (min_temp_cleaning(0:n_roads))
if (.not.allocated(clean_with_salting)) allocate (clean_with_salting(0:n_roads))
if (.not.allocated(start_month_cleaning)) allocate (start_month_cleaning(0:n_roads))
if (.not.allocated(end_month_cleaning)) allocate (end_month_cleaning(0:n_roads))
if (.not.allocated(wetting_with_cleaning)) allocate (wetting_with_cleaning(0:n_roads))
if (.not.allocated(efficiency_of_cleaning)) allocate (efficiency_of_cleaning(0:n_roads))
if (.not.allocated(binding_hour)) allocate (binding_hour(2,0:n_roads))
if (.not.allocated(delay_binding_day)) allocate (delay_binding_day(0:n_roads))
if (.not.allocated(check_binding_day)) allocate (check_binding_day(0:n_roads))
if (.not.allocated(min_temp_binding)) allocate (min_temp_binding(0:n_roads))
if (.not.allocated(max_temp_binding)) allocate (max_temp_binding(0:n_roads))
if (.not.allocated(precip_rule_binding)) allocate (precip_rule_binding(0:n_roads))
if (.not.allocated(RH_rule_binding)) allocate (RH_rule_binding(0:n_roads))
if (.not.allocated(g_binding_rule)) allocate (g_binding_rule(0:n_roads))
if (.not.allocated(binding_mass)) allocate (binding_mass(0:n_roads))
if (.not.allocated(binding_dilution)) allocate (binding_dilution(0:n_roads))
if (.not.allocated(start_month_binding)) allocate (start_month_binding(0:n_roads))
if (.not.allocated(end_month_binding)) allocate (end_month_binding(0:n_roads))
!If these were not previously allocated and given values then fill them all with no data
if (.not.activity_data_already_allocated) then
salting_hour=nodata_activity
delay_salting_day=nodata_activity
check_salting_day=nodata_activity
min_temp_salt=nodata_activity
max_temp_salt=nodata_activity
precip_rule_salt=nodata_activity
RH_rule_salt=nodata_activity
g_salting_rule=nodata_activity
salt_mass=nodata_activity
salt_dilution=nodata_activity
salt_type_distribution=nodata_activity
sanding_hour=nodata_activity
delay_sanding_day=nodata_activity
check_sanding_day=nodata_activity
min_temp_sand=nodata_activity
max_temp_sand=nodata_activity
precip_rule_sand=nodata_activity
RH_rule_sand=nodata_activity
g_sanding_rule=nodata_activity
sand_mass=nodata_activity
sand_dilution=nodata_activity
delay_ploughing_hour=nodata_activity
ploughing_thresh_2=nodata_activity
cleaning_hour=nodata_activity
delay_cleaning_day=nodata_activity
min_temp_cleaning=nodata_activity
clean_with_salting=nodata_activity
start_month_cleaning=nodata_activity
end_month_cleaning=nodata_activity
wetting_with_cleaning=nodata_activity
efficiency_of_cleaning=nodata_activity
binding_hour=nodata_activity
delay_binding_day=nodata_activity
check_binding_day=nodata_activity
min_temp_binding=nodata_activity
max_temp_binding=nodata_activity
precip_rule_binding=nodata_activity
RH_rule_binding=nodata_activity
g_binding_rule=nodata_activity
binding_mass=nodata_activity
binding_dilution=nodata_activity
start_month_binding=nodata_activity
end_month_binding=nodata_activity
endif
!Transfer the ref values to the read-in multiple road values if the multiple road values are 'nodata_activity'
!Only checks the first road value for no data.
if (salting_hour(1,1).eq.nodata_activity) salting_hour(1,:)=salting_hour_ref(1)
if (salting_hour(2,1).eq.nodata_activity) salting_hour(2,:)=salting_hour_ref(2)
if (delay_salting_day(1).eq.nodata_activity) delay_salting_day(:)=delay_salting_day_ref
if (check_salting_day(1).eq.nodata_activity) check_salting_day(:)=check_salting_day_ref
if (min_temp_salt(1).eq.nodata_activity) min_temp_salt(:)=min_temp_salt_ref
if (max_temp_salt(1).eq.nodata_activity) max_temp_salt(:)=max_temp_salt_ref
if (precip_rule_salt(1).eq.nodata_activity) precip_rule_salt(:)=precip_rule_salt_ref
if (RH_rule_salt(1).eq.nodata_activity) RH_rule_salt(:)=RH_rule_salt_ref
if (g_salting_rule(1).eq.nodata_activity) g_salting_rule(:)=g_salting_rule_ref
if (salt_mass(1).eq.nodata_activity) salt_mass(:)=salt_mass_ref
if (salt_dilution(1).eq.nodata_activity) salt_dilution(:)=salt_dilution_ref
if (salt_type_distribution(1).eq.nodata_activity) salt_type_distribution(:)=salt_type_distribution_ref
if (sanding_hour(1,1).eq.nodata_activity) sanding_hour(1,:)=sanding_hour_ref(1)
if (sanding_hour(2,1).eq.nodata_activity) sanding_hour(2,:)=sanding_hour_ref(2)
if (delay_sanding_day(1).eq.nodata_activity) delay_sanding_day(:)=delay_sanding_day_ref
if (check_sanding_day(1).eq.nodata_activity) check_sanding_day(:)=check_sanding_day_ref
if (min_temp_sand(1).eq.nodata_activity) min_temp_sand(:)=min_temp_sand_ref
if (max_temp_sand(1).eq.nodata_activity) max_temp_sand(:)=max_temp_sand_ref
if (precip_rule_sand(1).eq.nodata_activity) precip_rule_sand(:)=precip_rule_sand_ref
if (RH_rule_sand(1).eq.nodata_activity) RH_rule_sand(:)=RH_rule_sand_ref
if (g_sanding_rule(1).eq.nodata_activity) g_sanding_rule(:)=g_sanding_rule_ref
if (sand_mass(1).eq.nodata_activity) sand_mass(:)=sand_mass_ref
if (sand_dilution(1).eq.nodata_activity) sand_dilution(:)=sand_dilution_ref
if (delay_ploughing_hour(1).eq.nodata_activity) delay_ploughing_hour(:)=delay_ploughing_hour_ref
if (ploughing_thresh_2(1).eq.nodata_activity) ploughing_thresh_2(:)=ploughing_thresh_2_ref
if (cleaning_hour(1,1).eq.nodata_activity) cleaning_hour(1,:)=cleaning_hour_ref(1)
if (cleaning_hour(2,1).eq.nodata_activity) cleaning_hour(2,:)=cleaning_hour_ref(2)
if (delay_cleaning_day(1).eq.nodata_activity) delay_cleaning_day(:)=delay_cleaning_day_ref
if (min_temp_cleaning(1).eq.nodata_activity) min_temp_cleaning(:)=min_temp_cleaning_ref
if (clean_with_salting(1).eq.nodata_activity) clean_with_salting(:)=clean_with_salting_ref
if (start_month_cleaning(1).eq.nodata_activity) start_month_cleaning(:)=start_month_cleaning_ref
if (end_month_cleaning(1).eq.nodata_activity) end_month_cleaning(:)=end_month_cleaning_ref
if (wetting_with_cleaning(1).eq.nodata_activity) wetting_with_cleaning(:)=wetting_with_cleaning_ref
if (efficiency_of_cleaning(1).eq.nodata_activity) efficiency_of_cleaning(:)=efficiency_of_cleaning_ref
if (binding_hour(1,1).eq.nodata_activity) binding_hour(1,:)=binding_hour_ref(1)
if (binding_hour(2,1).eq.nodata_activity) binding_hour(2,:)=binding_hour_ref(2)
if (delay_binding_day(1).eq.nodata_activity) delay_binding_day(:)=delay_binding_day_ref
if (check_binding_day(1).eq.nodata_activity) check_binding_day(:)=check_binding_day_ref
if (min_temp_binding(1).eq.nodata_activity) min_temp_binding(:)=min_temp_binding_ref
if (max_temp_binding(1).eq.nodata_activity) max_temp_binding(:)=max_temp_binding_ref
if (precip_rule_binding(1).eq.nodata_activity) precip_rule_binding(:)=precip_rule_binding_ref
if (RH_rule_binding(1).eq.nodata_activity) RH_rule_binding(:)=RH_rule_binding_ref
if (g_binding_rule(1).eq.nodata_activity) g_binding_rule(:)=g_binding_rule_ref
if (binding_mass(1).eq.nodata_activity) binding_mass(:)=binding_mass_ref
if (binding_dilution(1).eq.nodata_activity) binding_dilution(:)=binding_dilution_ref
if (start_month_binding(1).eq.nodata_activity) start_month_binding(:)=start_month_binding_ref
if (end_month_binding(1).eq.nodata_activity) end_month_binding(:)=end_month_binding_ref
end subroutine read_NORTRIP_activities
!----------------------------------------------------------------------