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Simulation.f90
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Simulation.f90
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!===== SIMULATION SINGLES =========================================================================
subroutine SimSingles(mysex)
use Globals
use GlobalsSingles
use Utils
implicit none
integer, intent(in) :: mysex
integer, parameter :: sim_gp_a = 1000
integer :: ind_ag, ind_p, ind_z, ind_g, ind_b, reps
integer, dimension(agents) :: LMstatus, new_LMstatus, entitled, new_entitled, assets, new_assets
integer, dimension(agents,periods) :: myshock_z, myshock_g
integer, dimension(sim_gp_a,gp_z) :: sim_N_pf, sim_W_pf
integer, dimension(sim_gp_a,gp_z,gp_gamma,0:1) :: sim_U_pf
real(8) :: employed, unemployed, OLF, tot_labincome, tot_income, tot_taxrev, tot_bpaid, &
tot_assets, tot_z, income, a, a_income, labincome, taxrev, bpaid, z, ap
real(8), dimension(sim_gp_a) :: sim_a_values
real(8), dimension(gp_z) :: aux_vec
real(8), dimension(3,3) :: trans
character(len=1024) :: filename
! Create grid of assets for the simulation (easier to determine if distribution is stationary)
sim_a_values = loggrid(min_a, max_a, sim_gp_a)
! Reshape decision rules with new grid
do ind_z = 1, gp_z
sim_N_pf(:,ind_z) = regrid(gp_a,a_values,N_pf(:,ind_z),sim_gp_a,sim_a_values)
sim_W_pf(:,ind_z) = regrid(gp_a,a_values,W_pf(:,ind_z),sim_gp_a,sim_a_values)
do ind_g = 1, gp_gamma
do ind_b = 0, 1
sim_U_pf(:,ind_z,ind_g,ind_b) = regrid(gp_a,a_values,U_pf(:,ind_z,ind_g,ind_b),&
sim_gp_a,sim_a_values)
end do
end do
end do
! Initialise everybody with 0 assets, OLF, and not entitled
assets = 1
new_assets = -1
LMstatus = 3
new_LMstatus = -1
entitled = 0
new_entitled = -1
! Initialise myshocks
myshock_z = -1
myshock_g = -1
! Initialise macro variables to 0
employed = 0.d0
unemployed = 0.d0
OLF = 0.d0
tot_labincome = 0.d0
tot_income = 0.d0
tot_taxrev = 0.d0
tot_bpaid = 0.d0
tot_assets = 0.d0
tot_z = 0.d0
trans = 0.d0
reps = 0
do ind_p = 1, periods-1 ! CAREFUL with last period
do ind_ag = 1, agents
! Initialise aux variables to 0
income = 0.d0
labincome = 0.d0
taxrev = 0.d0
bpaid = 0.d0
! Assign shocks
if (ind_p.eq.1) then
myshock_z(ind_ag,ind_p) = realise(shock_z(ind_ag,ind_p),z_ssdist,gp_z)
myshock_g(ind_ag,ind_p) = realise(shock_g(mysex,ind_ag,ind_p),gamma_trans, gp_gamma)
end if
aux_vec = z_trans(myshock_z(ind_ag,ind_p),:)
myshock_z(ind_ag,ind_p+1) = realise(shock_z(ind_ag,ind_p+1),aux_vec,gp_z)
myshock_g(ind_ag,ind_p+1) = realise(shock_g(mysex,ind_ag,ind_p+1),gamma_trans, gp_gamma)
! Quantify shocks
a = sim_a_values(assets(ind_ag))
a_income = (1.d0+int_rate)*a + T ! CAREFUL: Lump-sum transfer already added here
z = z_values(myshock_z(ind_ag,ind_p))
! Employed
if (LMstatus(ind_ag).eq.1) then
! Benefits - none
! Labor income
labincome = wage*z
! Tax revenue
taxrev = tau*labincome
! Assets next period
new_assets(ind_ag) = sim_W_pf(assets(ind_ag),myshock_z(ind_ag,ind_p))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*z - ap
! LM status next period
if ((shock_lm(ind_ag,ind_p).le.(1.d0-sigma))) then ! No fired
! Update entitlement next period
new_entitled(ind_ag) = 0
new_LMstatus(ind_ag) = choice_V(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(ind_ag,ind_p+1),new_entitled(ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.(1.d0-sigma)).and.&
(shock_lm(ind_ag,ind_p).le.(1.d0-sigma+(lambda_u*sigma)))) then ! Fired, new offer
! Update entitlement next period
new_entitled(ind_ag) = 1
new_LMstatus(ind_ag) = choice_V(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(ind_ag,ind_p+1),new_entitled(ind_ag))
else ! Fired no new offer
! Update entitlement next period
new_entitled(ind_ag) = 1
new_LMstatus(ind_ag) = choice_J(ap,myshock_z(ind_ag,ind_p+1),myshock_g(ind_ag,ind_p+1),&
new_entitled(ind_ag))
end if
! Unemployed
elseif (LMstatus(ind_ag).eq.2) then
! Benefits
bpaid = real(entitled(ind_ag))*(benefits(z))
! Next period benefits
if ((entitled(ind_ag).eq.1).and.(shock_mu(mysex,ind_ag,ind_p).gt.mu)) then
! Agent is entitled and does NOT get hit by a mu shock
new_entitled(ind_ag) = 1
else
new_entitled(ind_ag) = 0
end if
! Labor income - None
! Tax revenue
taxrev = tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_U_pf(assets(ind_ag),myshock_z(ind_ag,ind_p),myshock_g(ind_ag,ind_p),&
entitled(ind_ag))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*bpaid - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.lambda_u) then ! Job offer received
new_LMstatus(ind_ag) = choice_V(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(ind_ag,ind_p+1),new_entitled(ind_ag))
else ! NO Job offer received
new_LMstatus(ind_ag) = choice_J(ap,myshock_z(ind_ag,ind_p+1),myshock_g(ind_ag,ind_p+1),&
new_entitled(ind_ag))
end if
! OLF
elseif (LMstatus(ind_ag).eq.3) then
! Benefits - None
new_entitled(ind_ag) = 0
! Labor income - None
! Tax revenue - None
! Assets next period
new_assets(ind_ag) = sim_N_pf(assets(ind_ag),myshock_z(ind_ag,ind_p))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.lambda_n) then ! Job offer received
new_LMstatus(ind_ag) = choice_V(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(ind_ag,ind_p+1),new_entitled(ind_ag))
else ! NO Job offer received
new_LMstatus(ind_ag) = choice_J(ap,myshock_z(ind_ag,ind_p+1),myshock_g(ind_ag,ind_p+1),&
new_entitled(ind_ag))
end if
else
print *, "Simulation: LMstatus not in range"
end if
! Add to totals
if (ind_p.ge.(periods/2)) then
tot_income = tot_income + income
tot_labincome = tot_labincome + labincome
tot_taxrev = tot_taxrev + taxrev
tot_bpaid = tot_bpaid + bpaid
tot_assets = tot_assets + a
trans(LMstatus(ind_ag),new_LMstatus(ind_ag)) = &
trans(LMstatus(ind_ag),new_LMstatus(ind_ag)) + 1.d0
! Add to totals relevant for employed
if (LMstatus(ind_ag).eq.1) then
! Register labor market status
employed = employed + 1.d0
tot_z = tot_z + z
elseif(LMstatus(ind_ag).eq.2) then
! Register labor market status
unemployed = unemployed + 1.d0
else
! Register labor market status
OLF = OLF + 1.d0
end if
end if
end do ! Agents
if (ind_p.ge.(periods/2)) then
reps = reps + 1
end if
! Update variables
assets = new_assets
LMstatus = new_LMstatus
entitled = new_entitled
end do ! Periods
! Compute averages
tot_income = tot_income/real(reps)
tot_labincome = tot_labincome/real(reps)
tot_taxrev = tot_taxrev/real(reps)
tot_bpaid = tot_bpaid/real(reps)
tot_assets = tot_assets/real(reps)
tot_z = tot_z/real(reps)
employed = employed/real(reps)
unemployed = unemployed/real(reps)
OLF = OLF/real(reps)
! Compute results
aux_KLratio(mysex) = tot_assets/tot_z
aux_average_z(mysex) = tot_z/employed
aux_T(mysex) = (tot_taxrev-tot_bpaid)/real(agents)
Erate(single,mysex) = employed/real(agents)
Urate(single,mysex) = unemployed/(employed+unemployed)
Nrate(single,mysex) = OLF/real(agents)
transitions(single,mysex,1, :) = trans(1,:)/sum(trans(1,:))
transitions(single,mysex,2, :) = trans(2,:)/sum(trans(2,:))
transitions(single,mysex,3, :) = trans(3,:)/sum(trans(3,:))
! Print last vector of assets
write (filename, "(A9,I1,A4,I1,A4)") "assets_ms", single, "_sex", mysex, ".txt"
open(unit=11, file=trim(filename))
do ind_ag = 1, agents
write(11,*) sim_a_values(assets(ind_ag))
end do
close(11)
CONTAINS
!----- CHOICE V ---------------------------------------------------------------------------------
integer function choice_V(val_a,ind_z,ind_g,ind_b)
implicit none
integer :: ind_z, ind_g, ind_b
real(8) :: val_a
real(8), dimension(1:3) :: aux_choice
! Interpolate value of being OLF
aux_choice(3) = my_inter(a_values,N_vf(:,ind_z),gp_a,val_a)
! Interpolate value of being unemployed
aux_choice(2) = my_inter(a_values,U_vf(:,ind_z,ind_g,ind_b),gp_a,val_a)
! Interpolate value of being employed
aux_choice(1) = my_inter(a_values,W_vf(:,ind_z),gp_a,val_a)
choice_V = maxloc(aux_choice, dim=1)
end function choice_V
!----- CHOICE J ---------------------------------------------------------------------------------
integer function choice_J(val_a,ind_z,ind_g,ind_b)
implicit none
integer :: ind_z, ind_g, ind_b
real(8) :: val_a
real(8) :: aux_U, aux_N
! Interpolate value of being OLF
aux_N = my_inter(a_values,N_vf(:,ind_z),gp_a,val_a)
! Interpolate value of being unemployed
aux_U = my_inter(a_values,U_vf(:,ind_z,ind_g,ind_b),gp_a,val_a)
! Compare values
if (aux_U.ge.aux_N) then ! Unemployment is preferred
choice_J = 2
else
choice_J = 3
end if
end function choice_J
end subroutine SimSingles
!===== SIMULATION MARRIED =========================================================================
subroutine SimMarried()
use Globals
use GlobalsMarried
use Utils
implicit none
integer, parameter :: sim_gp_a = 1000
integer :: ind_ag, ind_p, ind_z, ind_g, ind_b, ind_g_f, ind_b_f, reps, mysex
integer, dimension(agents) :: assets, new_assets
integer, dimension(1:2,agents) :: LMstatus, new_LMstatus, entitled, new_entitled
integer, dimension(agents,periods) :: myshock_z
integer, dimension(1:2,agents,periods) :: myshock_g
integer, dimension(1:9,1:2) :: mystates
integer, dimension(sim_gp_a,gp_z2) :: sim_NN_pf, sim_WW_pf, sim_WN_pf, sim_NW_pf
integer, dimension(sim_gp_a,gp_z2,gp_gamma,0:1) :: sim_WU_pf, sim_UW_pf, sim_NU_pf, sim_UN_pf
integer, dimension(sim_gp_a,gp_z2,gp_gamma,gp_gamma,0:1,0:1) :: sim_UU_pf
real(8) :: tot_labincome, tot_income, tot_taxrev, tot_bpaid, tot_assets, tot_z, income, a, &
a_income, labincome, taxrev, bpaid, ap
real(8), dimension(1:2) :: z, employed, unemployed, OLF
real(8), dimension(:), allocatable :: aux_vec
real(8), dimension(sim_gp_a) :: sim_a_values
real(8), dimension(1:9) :: aux_WW
real(8), dimension(1:6) :: aux_WU, aux_WN, aux_UW, aux_NW
real(8), dimension(1:4) :: aux_UU, aux_UN, aux_NU, aux_NN
real(8), dimension(1:2,1:3,1:3) :: itrans
real(8), dimension(1:3,1:3,1:3,1:3) :: jtrans
character(len=1024) :: filename
! Create an auxilary array to sort joint states
! WW
mystates(1,male) = 1
mystates(1,female) = 1
! WU
mystates(2,male) = 1
mystates(2,female) = 2
! WN
mystates(3,male) = 1
mystates(3,female) = 3
! UW
mystates(4,male) = 2
mystates(4,female) = 1
! UU
mystates(5,male) = 2
mystates(5,female) = 2
! UN
mystates(6,male) = 2
mystates(6,female) = 3
! NW
mystates(7,male) = 3
mystates(7,female) = 1
! NU
mystates(8,male) = 3
mystates(8,female) = 2
! NN
mystates(9,male) = 3
mystates(9,female) = 3
! Probabilities for WW household
aux_WW = 0.d0
! Male keeps, female keeps
aux_WW(1) = (1.d0-sigma(male))*(1.d0-sigma(female))
! Male keeps, female fired, finds new
aux_WW(2) = aux_WW(1) + (1.d0-sigma(male))*sigma(female)*lambda_u(female)
! Male keeps, female fired, no new
aux_WW(3) = aux_WW(2) + (1.d0-sigma(male))*sigma(female)*(1.d0-lambda_u(female))
! Male fired, find new, female keeps
aux_WW(4) = aux_WW(3) + sigma(male)*lambda_u(male)*(1.d0-sigma(female))
! Male fired, finds new, female fired, finds new
aux_WW(5) = aux_WW(4) + sigma(male)*lambda_u(male)*sigma(female)*lambda_u(female)
! Male fired, finds new, female fired, no new
aux_WW(6) = aux_WW(5) + sigma(male)*lambda_u(male)*sigma(female)*(1.d0-lambda_u(female))
! Male fired, no new, female keeps
aux_WW(7) = aux_WW(6) + sigma(male)*(1.d0-lambda_u(male))*(1.d0-sigma(female))
! Male fired, no new, female fired, finds new
aux_WW(8) = aux_WW(7) + sigma(male)*(1.d0-lambda_u(male))*sigma(female)*lambda_u(female)
! Male fired, no new, female fired, no new
aux_WW(9) = aux_WW(8) + sigma(male)*(1.d0-lambda_u(male))*sigma(female)*(1.d0-lambda_u(female))
! Probabilities for WU household
aux_WU = 0.d0
! Male keeps, female finds
aux_WU(1) = (1.d0-sigma(male))*lambda_u(female)
! Male keeps, female no finds
aux_WU(2) = aux_WU(1) + (1.d0-sigma(male))*(1.d0-lambda_u(female))
! Male fired, finds new, female finds
aux_WU(3) = aux_WU(2) + sigma(male)*lambda_u(male)*lambda_u(female)
! Male fired, finds new, female no finds
aux_WU(4) = aux_WU(3) + sigma(male)*lambda_u(male)*(1.d0-lambda_u(female))
! Male fired, no new, female finds
aux_WU(5) = aux_WU(4) + sigma(male)*(1.d0-lambda_u(male))*lambda_u(female)
! Male fired, no new, female no finds
aux_WU(6) = aux_WU(5) + sigma(male)*(1.d0-lambda_u(male))*(1.d0-lambda_u(female))
! Probabilities for WN household
aux_WN = 0.d0
! Male keeps, female finds
aux_WN(1) = (1.d0-sigma(male))*lambda_n(female)
! Male keeps, female no finds
aux_WN(2) = aux_WN(1) + (1.d0-sigma(male))*(1.d0-lambda_n(female))
! Male fired, finds new, female finds
aux_WN(3) = aux_WN(2) + sigma(male)*lambda_u(male)*lambda_n(female)
! Male fired, finds new, female no finds
aux_WN(4) = aux_WN(3) + sigma(male)*lambda_u(male)*(1.d0-lambda_n(female))
! Male fired, no new, female finds
aux_WN(5) = aux_WN(4) + sigma(male)*(1.d0-lambda_u(male))*lambda_n(female)
! Male fired, no new, female no finds
aux_WN(6) = aux_WN(5) + sigma(male)*(1.d0-lambda_u(male))*(1.d0-lambda_n(female))
! Probabilities for UW household
aux_UW = 0.d0
! Female keeps, male finds
aux_UW(1) = (1.d0-sigma(female))*lambda_u(male)
! Female keeps, male no finds
aux_UW(2) = aux_UW(1) + (1.d0-sigma(female))*(1.d0-lambda_u(male))
! Female fired, finds new, male finds
aux_UW(3) = aux_UW(2) + sigma(female)*lambda_u(female)*lambda_u(male)
! Female fired, finds new, male no finds
aux_UW(4) = aux_UW(3) + sigma(female)*lambda_u(female)*(1.d0-lambda_u(male))
! Female fired, no new, male finds
aux_UW(5) = aux_UW(4) + sigma(female)*(1.d0-lambda_u(female))*lambda_u(male)
! Female fired, no new, male no finds
aux_UW(6) = aux_UW(5) + sigma(female)*(1.d0-lambda_u(female))*(1.d0-lambda_u(male))
! Probabilities for UU household
aux_UU = 0.d0
! Male finds, female finds
aux_UU(1) = lambda_u(male)*lambda_u(female)
! Male finds, female no finds
aux_UU(2) = aux_UU(1) + lambda_u(male)*(1.d0-lambda_u(female))
! Male no finds, female no finds
aux_UU(3) = aux_UU(2) + (1.d0-lambda_u(male))*lambda_u(female)
! Male no finds, female no finds
aux_UU(4) = aux_UU(3) + (1.d0-lambda_u(male))*(1.d0-lambda_u(female))
! Probabilities for UN household
aux_UN = 0.d0
! Male finds, female finds
aux_UN(1) = lambda_u(male)*lambda_n(female)
! Male finds, female no finds
aux_UN(2) = aux_UN(1) + lambda_u(male)*(1.d0-lambda_n(female))
! Male no finds, female no finds
aux_UN(3) = aux_UN(2) + (1.d0-lambda_u(male))*lambda_n(female)
! Male no finds, female no finds
aux_UN(4) = aux_UN(3) + (1.d0-lambda_u(male))*(1.d0-lambda_n(female))
! Probabilities for NW household
aux_NW = 0.d0
! Female keeps, male finds
aux_NW(1) = (1.d0-sigma(female))*lambda_n(male)
! Female keeps, male no finds
aux_NW(2) = aux_NW(1) + (1.d0-sigma(female))*(1.d0-lambda_n(male))
! Female fired, finds new, male finds
aux_NW(3) = aux_NW(2) + sigma(female)*lambda_u(female)*lambda_n(male)
! Female fired, finds new, male no finds
aux_NW(4) = aux_NW(3) + sigma(female)*lambda_u(female)*(1.d0-lambda_n(male))
! Female fired, no new, male finds
aux_NW(5) = aux_NW(4) + sigma(female)*(1.d0-lambda_u(female))*lambda_n(male)
! Female fired, no new, male no finds
aux_NW(6) = aux_NW(5) + sigma(female)*(1.d0-lambda_u(female))*(1.d0-lambda_n(male))
! Probabilities for NU household
aux_NU = 0.d0
! Male finds, female finds
aux_NU(1) = lambda_n(male)*lambda_u(female)
! Male finds, female no finds
aux_NU(2) = aux_NU(1) + lambda_n(male)*(1.d0-lambda_u(female))
! Male no finds, female no finds
aux_NU(3) = aux_NU(2) + (1.d0-lambda_n(male))*lambda_u(female)
! Male no finds, female no finds
aux_NU(4) = aux_NU(3) + (1.d0-lambda_n(male))*(1.d0-lambda_u(female))
! Probabilities for NN household
aux_NN = 0.d0
! Male finds, female finds
aux_NN(1) = lambda_n(male)*lambda_n(female)
! Male finds, female no finds
aux_NN(2) = aux_NN(1) + lambda_n(male)*(1.d0-lambda_n(female))
! Male no finds, female no finds
aux_NN(3) = aux_NN(2) + (1.d0-lambda_n(male))*lambda_n(female)
! Male no finds, female no finds
aux_NN(4) = aux_NN(3) + (1.d0-lambda_n(male))*(1.d0-lambda_n(female))
! Create a bigger grid of assets for the simulation
sim_a_values = loggrid(min_a, max_a, sim_gp_a)
! Reshape decision rules with new grid
do ind_z = 1, gp_z2
sim_NN_pf(:,ind_z) = regrid(gp_a,a_values,NN_pf(:,ind_z),sim_gp_a,sim_a_values)
sim_NW_pf(:,ind_z) = regrid(gp_a,a_values,NW_pf(:,ind_z),sim_gp_a,sim_a_values)
sim_WN_pf(:,ind_z) = regrid(gp_a,a_values,WN_pf(:,ind_z),sim_gp_a,sim_a_values)
sim_WW_pf(:,ind_z) = regrid(gp_a,a_values,WW_pf(:,ind_z),sim_gp_a,sim_a_values)
do ind_g = 1, gp_gamma
do ind_b = 0, 1
sim_UN_pf(:,ind_z,ind_g,ind_b) = regrid(gp_a,a_values,UN_pf(:,ind_z,ind_g,ind_b),&
sim_gp_a,sim_a_values)
sim_NU_pf(:,ind_z,ind_g,ind_b) = regrid(gp_a,a_values,NU_pf(:,ind_z,ind_g,ind_b),&
sim_gp_a,sim_a_values)
sim_UW_pf(:,ind_z,ind_g,ind_b) = regrid(gp_a,a_values,UW_pf(:,ind_z,ind_g,ind_b),&
sim_gp_a,sim_a_values)
sim_WU_pf(:,ind_z,ind_g,ind_b) = regrid(gp_a,a_values,WU_pf(:,ind_z,ind_g,ind_b),&
sim_gp_a,sim_a_values)
do ind_g_f = 1, gp_gamma
do ind_b_f = 0, 1
sim_UU_pf(:,ind_z,ind_g,ind_g_f,ind_b,ind_b_f) = regrid(gp_a,a_values,&
UU_pf(:,ind_z,ind_g,ind_g_f,ind_b,ind_b_f),sim_gp_a,sim_a_values)
end do
end do
end do
end do
end do
! Initialise everybody with 0 assets, OLF, and not entitled
assets = 1
new_assets = -1
LMstatus = 3
new_LMstatus = -1
entitled = 0
new_entitled = -1
! Initialise myshocks
myshock_z = -1
myshock_g = -1
! Initialise macro variables to 0
employed = 0.d0
unemployed = 0.d0
OLF = 0.d0
tot_labincome = 0.d0
tot_income = 0.d0
tot_taxrev = 0.d0
tot_bpaid = 0.d0
tot_assets = 0.d0
tot_z = 0.d0
itrans = 0.d0
jtrans = 0.d0
reps = 0
do ind_p = 1, periods-1 ! CAREFUL with last period
do ind_ag = 1, agents
! Initialise aux variables to 0
income = 0.d0
labincome = 0.d0
taxrev = 0.d0
bpaid = 0.d0
! Assign shocks
allocate(aux_vec(gp_gamma))
if (ind_p.eq.1) then
myshock_z(ind_ag,ind_p) = realise(shock_z(ind_ag,ind_p),z_ssdist,gp_z)
do mysex = 1, 2
aux_vec = gamma_trans(mysex,:)
myshock_g(mysex,ind_ag,ind_p) = realise(shock_g(mysex,ind_ag,ind_p),aux_vec, gp_gamma)
end do
end if
do mysex = 1, 2
aux_vec = gamma_trans(mysex,:)
myshock_g(mysex,ind_ag,ind_p+1) = realise(shock_g(mysex,ind_ag,ind_p+1),aux_vec, gp_gamma)
end do
deallocate(aux_vec)
allocate(aux_vec(gp_z2))
aux_vec = z_trans(myshock_z(ind_ag,ind_p),:)
myshock_z(ind_ag,ind_p+1) = realise(shock_z(ind_ag,ind_p+1),aux_vec,gp_z2)
deallocate(aux_vec)
! Quantify shocks
a = sim_a_values(assets(ind_ag))
a_income = (1.d0+int_rate)*a + T ! CAREFUL: Lump-sum transfer already added here
do mysex = 1, 2
z(mysex) = z_values(mysex,myshock_z(ind_ag,ind_p))
end do
! WW ------------------------------------------------------------------------------------------
if ((LMstatus(male,ind_ag).eq.1).and.(LMstatus(female,ind_ag).eq.1)) then
! Benefits - none
! Labor income
labincome = wage*(z(male)+z(female))
! Tax revenue
taxrev = tau*labincome
! Assets next period
new_assets(ind_ag) = sim_WW_pf(assets(ind_ag),myshock_z(ind_ag,ind_p))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*(z(male)+z(female)) - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_WW(1)) then
! Male keeps, female keeps
new_entitled(male,ind_ag) = 0
new_entitled(female,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(1)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(2))) then
! Male keeps, female fired, finds new
new_entitled(male,ind_ag) = 0
new_entitled(female,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(2)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(3))) then
! Male keeps, female fired, no new
new_entitled(male,ind_ag) = 0
new_entitled(female,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(3)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(4))) then
! Male fired, find new, female keeps
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(4)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(5))) then
! Male fired, finds new, female fired, finds new
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(5)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(6))) then
! Male fired, finds new, female fired, no new
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(6)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(7))) then
! Male fired, no new, female keeps
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 0
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WW(7)).and.(shock_lm(ind_ag,ind_p).le.aux_WW(8))) then
! Male fired, no new, female fired, finds new
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 1
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Male fired, no new, female fired, no new
new_entitled(male,ind_ag) = 1
new_entitled(female,ind_ag) = 1
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! WU ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.1).and.(LMstatus(female,ind_ag).eq.2)) then
! Benefits - check female
bpaid = real(entitled(female,ind_ag))*(benefits(z(female)))
if ((entitled(female,ind_ag).eq.1).and.(shock_mu(female,ind_ag,ind_p).gt.mu)) then
! Agent is entitled and does NOT get hit by a mu shock
new_entitled(female,ind_ag) = 1
else
new_entitled(female,ind_ag) = 0
end if
! Labor income
labincome = wage*z(male)
! Tax revenue
taxrev = tau*labincome + tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_WU_pf(assets(ind_ag),myshock_z(ind_ag,ind_p),&
myshock_g(female,ind_ag,ind_p),entitled(female,ind_ag))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*z(male) + (1.d0-tau)*bpaid - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_WU(1)) then
! Male keeps, female finds
new_entitled(male,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WU(1)).and.(shock_lm(ind_ag,ind_p).le.aux_WU(2))) then
! Male keeps, female no finds
new_entitled(male,ind_ag) = 0
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WU(2)).and.(shock_lm(ind_ag,ind_p).le.aux_WU(3))) then
! Male fired, finds new, female finds
new_entitled(male,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WU(3)).and.(shock_lm(ind_ag,ind_p).le.aux_WU(4))) then
! Male fired, finds new, female no finds
new_entitled(male,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WU(4)).and.(shock_lm(ind_ag,ind_p).le.aux_WU(5))) then
! Male fired, no new, female finds
new_entitled(male,ind_ag) = 1
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Male fired, no new, female no finds
new_entitled(male,ind_ag) = 1
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! WN ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.1).and.(LMstatus(female,ind_ag).eq.3)) then
! Benefits - none for female
new_entitled(female,ind_ag) = 0
! Labor income
labincome = wage*z(male)
! Tax revenue
taxrev = tau*labincome
! Assets next period
new_assets(ind_ag) = sim_WN_pf(assets(ind_ag),myshock_z(ind_ag,ind_p))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*z(male) - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_WN(1)) then
! Male keeps, female finds
new_entitled(male,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WN(1)).and.(shock_lm(ind_ag,ind_p).le.aux_WN(2))) then
! Male keeps, female no finds
new_entitled(male,ind_ag) = 0
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WN(2)).and.(shock_lm(ind_ag,ind_p).le.aux_WN(3))) then
! Male fired, finds new, female finds
new_entitled(male,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WN(3)).and.(shock_lm(ind_ag,ind_p).le.aux_WN(4))) then
! Male fired, finds new, female no finds
new_entitled(male,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_WN(4)).and.(shock_lm(ind_ag,ind_p).le.aux_WN(5))) then
! Male fired, no new, female finds
new_entitled(male,ind_ag) = 1
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Male fired, no new, female no finds
new_entitled(male,ind_ag) = 1
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! UW ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.2).and.(LMstatus(female,ind_ag).eq.1)) then
! Benefits - check male
bpaid = real(entitled(male,ind_ag))*(benefits(z(male)))
if ((entitled(male,ind_ag).eq.1).and.(shock_mu(male,ind_ag,ind_p).gt.mu)) then
! Agent is entitled and does NOT get hit by a mu shock
new_entitled(male,ind_ag) = 1
else
new_entitled(male,ind_ag) = 0
end if
! Labor income
labincome = wage*z(female)
! Tax revenue
taxrev = tau*labincome + tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_UW_pf(assets(ind_ag),myshock_z(ind_ag,ind_p),&
myshock_g(male,ind_ag,ind_p),entitled(male,ind_ag))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*z(female) + (1.d0-tau)*bpaid - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_UW(1)) then
! Female keeps, male finds
new_entitled(female,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UW(1)).and.(shock_lm(ind_ag,ind_p).le.aux_UW(2))) then
! Female keeps, male no finds
new_entitled(female,ind_ag) = 0
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UW(2)).and.(shock_lm(ind_ag,ind_p).le.aux_UW(3))) then
! Female fired, finds new, male finds
new_entitled(female,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UW(3)).and.(shock_lm(ind_ag,ind_p).le.aux_UW(4))) then
! Female fired, finds new, male no finds
new_entitled(female,ind_ag) = 1
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UW(4)).and.(shock_lm(ind_ag,ind_p).le.aux_UW(5))) then
! Female fired, no new, male finds
new_entitled(female,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Female fired, no new, male no finds
new_entitled(female,ind_ag) = 1
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! UU ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.2).and.(LMstatus(female,ind_ag).eq.2)) then
! Benefits - check both
bpaid = (real(entitled(male,ind_ag))*(benefits(z(male)))) + &
(real(entitled(female,ind_ag))*(benefits(z(female))))
do mysex = 1, 2
if ((entitled(mysex,ind_ag).eq.1).and.(shock_mu(mysex,ind_ag,ind_p).gt.mu)) then
! Agent is entitled and does NOT get hit by a mu shock
new_entitled(mysex,ind_ag) = 1
else
new_entitled(mysex,ind_ag) = 0
end if
end do
! Labor income - None
! Tax revenue
taxrev = tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_UU_pf(assets(ind_ag),myshock_z(ind_ag,ind_p),&
myshock_g(male,ind_ag,ind_p),myshock_g(female,ind_ag,ind_p),&
entitled(male,ind_ag),entitled(female,ind_ag))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*bpaid - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_UU(1)) then
! Male finds, female finds
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UU(1)).and.(shock_lm(ind_ag,ind_p).le.aux_UU(2))) then
! Male finds, female no finds
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UU(2)).and.(shock_lm(ind_ag,ind_p).le.aux_UU(3))) then
! Male no finds, female no finds
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Male no finds, female no finds
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! UN ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.2).and.(LMstatus(female,ind_ag).eq.3)) then
! Benefits - None for female, check male
new_entitled(female,ind_ag) = 0
bpaid = real(entitled(male,ind_ag))*(benefits(z(male)))
if ((entitled(male,ind_ag).eq.1).and.(shock_mu(male,ind_ag,ind_p).gt.mu)) then
! Agent is entitled and does NOT get hit by a mu shock
new_entitled(male,ind_ag) = 1
else
new_entitled(male,ind_ag) = 0
end if
! Labor income - None
! Tax revenue
taxrev = tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_UN_pf(assets(ind_ag),myshock_z(ind_ag,ind_p),&
myshock_g(male,ind_ag,ind_p),entitled(male,ind_ag))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*bpaid - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_UN(1)) then
! Male finds, female finds
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UN(1)).and.(shock_lm(ind_ag,ind_p).le.aux_UN(2))) then
! Male finds, female no finds
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_UN(2)).and.(shock_lm(ind_ag,ind_p).le.aux_UN(3))) then
! Male no finds, female no finds
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
else
! Male no finds, female no finds
call choice_JJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
end if
! NW ------------------------------------------------------------------------------------------
elseif ((LMstatus(male,ind_ag).eq.3).and.(LMstatus(female,ind_ag).eq.1)) then
! Benefits - none for male
new_entitled(male,ind_ag) = 0
! Labor income
labincome = wage*z(female)
! Tax revenue
taxrev = tau*bpaid
! Assets next period
new_assets(ind_ag) = sim_NW_pf(assets(ind_ag),myshock_z(ind_ag,ind_p))
ap = sim_a_values(new_assets(ind_ag))
! Income/consumption
income = a_income + (1.d0-tau)*wage*z(female) - ap
! LM status next period
if (shock_lm(ind_ag,ind_p).le.aux_NW(1)) then
! Female keeps, male finds
new_entitled(female,ind_ag) = 0
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_NW(1)).and.(shock_lm(ind_ag,ind_p).le.aux_NW(2))) then
! Female keeps, male no finds
new_entitled(female,ind_ag) = 0
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_NW(2)).and.(shock_lm(ind_ag,ind_p).le.aux_NW(3))) then
! Female fired, finds new, male finds
new_entitled(female,ind_ag) = 1
call choice_VV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_NW(3)).and.(shock_lm(ind_ag,ind_p).le.aux_NW(4))) then
! Female fired, finds new, male no finds
new_entitled(female,ind_ag) = 1
call choice_JV(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&
new_entitled(male,ind_ag),new_entitled(female,ind_ag), &
new_LMstatus(male,ind_ag),new_LMstatus(female,ind_ag))
elseif ((shock_lm(ind_ag,ind_p).gt.aux_NW(4)).and.(shock_lm(ind_ag,ind_p).le.aux_NW(5))) then
! Female fired, no new, male finds
new_entitled(female,ind_ag) = 1
call choice_VJ(ap,myshock_z(ind_ag,ind_p+1),&
myshock_g(male,ind_ag,ind_p+1),myshock_g(female,ind_ag,ind_p+1),&