Chapter 3 Parameters
3.1 bfw_mp_path
This is the example vignette for function: bfw_mp_path from the PrjLabEquiBFW Package.
3.1.1 Default Map of Path (Fan path)
bl_verbose = true;
mp_path = bfw_mp_path(bl_verbose);
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CONTAINER NAME: mp_path_external String
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i idx string
____ ____ ____________________________________________________________________________________________
spt_codem "1" "1" "C:\Users\fan\PrjLabEquiBFW\PrjLabEquiBFW\"
spt_codem_data "2" "2" "C:\Users\fan\PrjLabEquiBFW\PrjLabEquiBFW\_data\"
spt_codem_doc "3" "3" "C:\Users\fan\PrjLabEquiBFW\PrjLabEquiBFW\doc\"
spt_output_root "4" "4" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\"
spt_repo_root "5" "5" "C:\Users\fan\PrjLabEquiBFW\"
spt_simu_outputs_log "6" "6" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\log\"
spt_simu_outputs_mat "7" "7" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\mat\"
spt_simu_outputs_prf "8" "8" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\prof\"
spt_simu_outputs_vig "9" "9" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\vig\"
spt_simu_results_csv "10" "10" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\res\"
spt_simu_results_img "11" "11" "C:\Users\fan\Documents\Dropbox (UH-ECON)\Latex_BhalotraFernandez\PrjLabEquiBFWOutput\img\"
st_computer "12" "12" "fan" 3.1.2 Map of Path for Alternative Path Installer
Two directories, one for the repo and one for where outputs go, need to be specified.
spt_repo_root = "~\PrjLabEquiBFW";
spt_output_root = "~\Dropbox\PrjLabEquiBFW";
bl_verbose = true;
mp_path = bfw_mp_path(spt_repo_root, spt_output_root, bl_verbose);
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CONTAINER NAME: mp_path_external String
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i idx string
____ ____ ___________________________________________________
spt_codem "1" "1" "~\PrjLabEquiBFW\PrjLabEquiBFW\"
spt_codem_data "2" "2" "~\PrjLabEquiBFW\PrjLabEquiBFW\_data\"
spt_codem_doc "3" "3" "~\PrjLabEquiBFW\PrjLabEquiBFW\doc\"
spt_output_root "4" "4" "~\Dropbox\PrjLabEquiBFW"
spt_repo_root "5" "5" "~\PrjLabEquiBFW"
spt_simu_outputs_log "6" "6" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\log\"
spt_simu_outputs_mat "7" "7" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\mat\"
spt_simu_outputs_prf "8" "8" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\prof\"
spt_simu_outputs_vig "9" "9" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\vig\"
spt_simu_results_csv "10" "10" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\res\"
spt_simu_results_img "11" "11" "~\Dropbox\PrjLabEquiBFW\PrjLabEquiBFWOutput\img\" 3.2 bfw_mp_control
This is the example vignette for function: bfw_mp_control from the PrjLabEquiBFW Package.
3.2.1 Map of Control Parameters
[bl_display_status, bl_display_verbose_status, bl_verbose] = deal(true, true, true);
mp_func_supply = bfw_mp_control(bl_display_status, bl_display_verbose_status, bl_verbose);
pos = 7 ; key = fmin_controls_a
Display: 'off'
MaxFunEvals: 2500
MaxIter: 2000
TolFun: 1.0000e-05
TolX: 1.0000e-05
FunValCheck: []
OutputFcn: []
PlotFcns: []
ActiveConstrTol: []
Algorithm: []
AlwaysHonorConstraints: []
DerivativeCheck: []
Diagnostics: []
DiffMaxChange: []
DiffMinChange: []
FinDiffRelStep: []
FinDiffType: []
GoalsExactAchieve: []
GradConstr: []
GradObj: []
HessFcn: []
Hessian: []
HessMult: []
HessPattern: []
HessUpdate: []
InitBarrierParam: []
InitTrustRegionRadius: []
Jacobian: []
JacobMult: []
JacobPattern: []
LargeScale: []
MaxNodes: []
MaxPCGIter: []
MaxProjCGIter: []
MaxSQPIter: []
MaxTime: []
MeritFunction: []
MinAbsMax: []
NoStopIfFlatInfeas: []
ObjectiveLimit: []
PhaseOneTotalScaling: []
Preconditioner: []
PrecondBandWidth: []
RelLineSrchBnd: []
RelLineSrchBndDuration: []
ScaleProblem: []
SubproblemAlgorithm: []
TolCon: []
TolConSQP: []
TolGradCon: []
TolPCG: []
TolProjCG: []
TolProjCGAbs: []
TypicalX: []
UseParallel: []
pos = 8 ; key = fmin_controls_b
Display: 'off'
MaxFunEvals: []
MaxIter: []
TolFun: []
TolX: []
FunValCheck: []
OutputFcn: []
PlotFcns: []
ActiveConstrTol: []
Algorithm: []
AlwaysHonorConstraints: []
DerivativeCheck: []
Diagnostics: []
DiffMaxChange: []
DiffMinChange: []
FinDiffRelStep: []
FinDiffType: []
GoalsExactAchieve: []
GradConstr: []
GradObj: []
HessFcn: []
Hessian: []
HessMult: []
HessPattern: []
HessUpdate: []
InitBarrierParam: []
InitTrustRegionRadius: []
Jacobian: []
JacobMult: []
JacobPattern: []
LargeScale: []
MaxNodes: []
MaxPCGIter: []
MaxProjCGIter: []
MaxSQPIter: []
MaxTime: []
MeritFunction: []
MinAbsMax: []
NoStopIfFlatInfeas: []
ObjectiveLimit: []
PhaseOneTotalScaling: []
Preconditioner: []
PrecondBandWidth: []
RelLineSrchBnd: []
RelLineSrchBndDuration: []
ScaleProblem: []
SubproblemAlgorithm: []
TolCon: []
TolConSQP: []
TolGradCon: []
TolPCG: []
TolProjCG: []
TolProjCGAbs: []
TypicalX: []
UseParallel: []
pos = 9 ; key = fmin_controls_c
Display: 'iter'
MaxFunEvals: 750
MaxIter: 500
TolFun: 1.0000e-05
TolX: 1.0000e-05
FunValCheck: []
OutputFcn: []
PlotFcns: []
ActiveConstrTol: []
Algorithm: []
AlwaysHonorConstraints: []
DerivativeCheck: []
Diagnostics: []
DiffMaxChange: []
DiffMinChange: []
FinDiffRelStep: []
FinDiffType: []
GoalsExactAchieve: []
GradConstr: []
GradObj: []
HessFcn: []
Hessian: []
HessMult: []
HessPattern: []
HessUpdate: []
InitBarrierParam: []
InitTrustRegionRadius: []
Jacobian: []
JacobMult: []
JacobPattern: []
LargeScale: []
MaxNodes: []
MaxPCGIter: []
MaxProjCGIter: []
MaxSQPIter: []
MaxTime: []
MeritFunction: []
MinAbsMax: []
NoStopIfFlatInfeas: []
ObjectiveLimit: []
PhaseOneTotalScaling: []
Preconditioner: []
PrecondBandWidth: []
RelLineSrchBnd: []
RelLineSrchBndDuration: []
ScaleProblem: []
SubproblemAlgorithm: []
TolCon: []
TolConSQP: []
TolGradCon: []
TolPCG: []
TolProjCG: []
TolProjCGAbs: []
TypicalX: []
UseParallel: []
pos = 10 ; key = fmin_controls_d
Display: 'iter'
MaxFunEvals: 5000
MaxIter: 15
TolFun: 1.0000e-06
TolX: 1.0000e-06
FunValCheck: []
OutputFcn: []
PlotFcns: {@optimplotfval @optimplotx @optimplotstepsize @optimplotfunccount}
ActiveConstrTol: []
Algorithm: []
AlwaysHonorConstraints: []
DerivativeCheck: []
Diagnostics: []
DiffMaxChange: []
DiffMinChange: []
FinDiffRelStep: []
FinDiffType: []
GoalsExactAchieve: []
GradConstr: []
GradObj: []
HessFcn: []
Hessian: []
HessMult: []
HessPattern: []
HessUpdate: []
InitBarrierParam: []
InitTrustRegionRadius: []
Jacobian: []
JacobMult: []
JacobPattern: []
LargeScale: []
MaxNodes: []
MaxPCGIter: []
MaxProjCGIter: []
MaxSQPIter: []
MaxTime: []
MeritFunction: []
MinAbsMax: []
NoStopIfFlatInfeas: []
ObjectiveLimit: []
PhaseOneTotalScaling: []
Preconditioner: []
PrecondBandWidth: []
RelLineSrchBnd: []
RelLineSrchBndDuration: []
ScaleProblem: []
SubproblemAlgorithm: []
TolCon: []
TolConSQP: []
TolGradCon: []
TolPCG: []
TolProjCG: []
TolProjCGAbs: []
TypicalX: []
UseParallel: []
----------------------------------------
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CONTAINER NAME: mp_controls Scalars
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i idx value
_ ___ _____
bl_bfw_solveequi_kwfw_display 1 2 1
bl_bfw_solveequi_kwfw_display_verbose 2 3 1
bl_bfw_solveequi_w2q2w_display 3 4 1
bl_bfw_solveequi_w2q2w_display_verbose 4 5 1
bl_timer 5 6 1
----------------------------------------
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CONTAINER NAME: mp_controls String
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i idx string
___ ____ __________
PES "1" "1" "_i"
srdp_equi_method "2" "11" "SRDP"
srdp_method "3" "12" "NESTFAST"3.3 bfw_mp_param_esti
This is the example vignette for function: bfw_mp_param_esti from the PrjLabEquiBFW Package.
3.3.1 Map of Estimated Parameters
bl_log_wage = true;
bl_verbose = true;
mp_func_supply = bfw_mp_param_esti(bl_log_wage, bl_verbose);
pos = 42 ; key = mp_rho_nests
Map with properties:
Count: 11
KeyType: char
ValueType: any
pos = 43 ; key = mp_rho_nests_init
Map with properties:
Count: 8
KeyType: char
ValueType: any
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CONTAINER NAME: mp_params ND Array (Matrix etc)
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i idx ndim numel rowN colN sum mean std coefvari min max
__ ___ ____ _____ ____ ____ ________ ________ _______ ________ ________ _________
ar_alpha_A001 1 1 2 4 1 4 -0.94699 -0.23675 0.51665 -2.1823 -1.0101 0.068567
ar_alpha_A002 2 2 2 4 1 4 -1.4489 -0.36221 0.7982 -2.2037 -1.5565 0.11544
ar_alpha_A003 3 3 2 4 1 4 -0.57104 -0.14276 0.31287 -2.1916 -0.611 0.04301
ar_alpha_AA01 4 4 2 4 1 4 -0.67951 -0.16988 0.3633 -2.1386 -0.71418 0.03661
ar_alpha_AA02 5 5 2 4 1 4 -0.6718 -0.16795 0.33676 -2.0051 -0.67309 0.001573
ar_alpha_B001 6 6 2 4 1 4 -1.2904 -0.32261 0.67446 -2.0907 -1.3337 0.046411
ar_alpha_B002 7 7 2 4 1 4 -1.1023 -0.27558 0.57386 -2.0823 -1.1359 0.036755
ar_alpha_B003 8 8 2 4 1 4 -0.85037 -0.21259 0.44078 -2.0734 -0.87352 0.02499
ar_alpha_B101 9 9 2 4 1 4 -2.7486 -0.68715 1.4441 -2.1015 -2.852 0.10452
ar_alpha_B102 10 10 2 4 1 4 -1.3642 -0.34105 0.66492 -1.9496 -1.3382 0.0046709
ar_alpha_B103 11 11 2 4 1 4 -1.1457 -0.28641 0.57331 -2.0017 -1.1464 0.002346
arpie_f_s 12 12 2 6 1 6 4.6479 0.77464 6.3115 8.1476 -8.3485 11.145
arpie_f_u 13 13 2 6 1 6 8.0344 1.3391 4.861 3.6302 -2.0749 11.145
arpie_k_s 14 14 2 6 1 6 1.3887 0.23145 1.8386 7.9441 -3.0311 2.4457
arpie_k_u 15 15 2 6 1 6 4.7387 0.78979 1.8849 2.3866 -2.2809 3.0169
arpsi0_f_s 16 16 2 3 1 3 3.3528 1.1176 1.0974 0.9819 0 2.1936
arpsi0_f_u 17 17 2 3 1 3 20.22 6.74 0.55777 0.082755 6.3081 7.3697
arpsi0_k_s 18 18 2 3 1 3 1.779 0.59299 0.68939 1.1626 0 1.3494
arpsi0_k_u 19 19 2 3 1 3 18.003 6.0009 0.84112 0.14016 5.0649 6.6935
xxx TABLE:ar_alpha_A001 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ ________ _______
r1 0.00013396 -0.0056187 0.068567 -1.0101
xxx TABLE:ar_alpha_A002 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ _______ _______
r1 0.00017171 -0.0079274 0.11544 -1.5565
xxx TABLE:ar_alpha_A003 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ _______ ______
r1 6.9362e-05 -0.0031181 0.04301 -0.611
xxx TABLE:ar_alpha_AA01 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ _________ _______ ________
r1 3.3671e-05 -0.001978 0.03661 -0.71418
xxx TABLE:ar_alpha_AA02 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ ___________ ________ ________
r1 9.8127e-06 -0.00029501 0.001573 -0.67309
xxx TABLE:ar_alpha_B001 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ ________ _______
r1 7.1149e-05 -0.0031771 0.046411 -1.3337
xxx TABLE:ar_alpha_B002 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ ________ _______
r1 7.7753e-05 -0.0032235 0.036755 -1.1359
xxx TABLE:ar_alpha_B003 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
__________ __________ _______ ________
r1 4.3028e-05 -0.0018888 0.02499 -0.87352
xxx TABLE:ar_alpha_B101 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
___________ __________ _______ ______
r1 -1.7675e-05 -0.0011106 0.10452 -2.852
xxx TABLE:ar_alpha_B102 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
___________ _________ _________ _______
r1 -0.00010096 0.0046709 -0.030629 -1.3382
xxx TABLE:ar_alpha_B103 xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4
___________ ________ __________ _______
r1 -7.5369e-05 0.002346 -0.0015487 -1.1464
xxx TABLE:arpie_f_s xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c6
______ __ ______ _______ _______ _______
r1 11.145 0 2.7351 0.26746 -8.3485 -1.1508
xxx TABLE:arpie_f_u xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c6
______ __ ________ ________ _______ _______
r1 11.145 0 -0.25662 -0.26519 -2.0749 -0.5135
xxx TABLE:arpie_k_s xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c6
______ __ _________ _______ _______ ______
r1 2.4457 0 -0.043896 0.91566 -3.0311 1.1023
xxx TABLE:arpie_k_u xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c6
______ __ _______ ______ _______ _______
r1 2.4457 0 -2.2809 3.0169 0.84513 0.71184
xxx TABLE:arpsi0_f_s xxxxxxxxxxxxxxxxxx
c1 c2 c3
__ ______ ______
r1 0 1.1592 2.1936
xxx TABLE:arpsi0_f_u xxxxxxxxxxxxxxxxxx
c1 c2 c3
______ ______ ______
r1 7.3697 6.5422 6.3081
xxx TABLE:arpsi0_k_s xxxxxxxxxxxxxxxxxx
c1 c2 c3
__ _______ ______
r1 0 0.42958 1.3494
xxx TABLE:arpsi0_k_u xxxxxxxxxxxxxxxxxx
c1 c2 c3
______ ______ ______
r1 6.6935 6.2443 5.0649
----------------------------------------
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CONTAINER NAME: mp_params Scalars
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i idx value
__ ___ ________
bl_log_wage 1 20 1
fl_rho_abstract_vs_manualroutine 2 21 0.031411
fl_rho_gen_abstract 3 22 0.65979
fl_rho_gen_manual 4 23 0.083519
fl_rho_gen_routine 5 24 0.21769
fl_rho_routine_vs_manual 6 25 -0.15438
fl_rho_skill_abstract 7 26 0.30231
fl_rho_skill_manual 8 27 0.73852
fl_rho_skill_routine 9 28 0.30052
fl_yzagg_y1989 10 29 1.4905
fl_yzagg_y1992 11 30 1.4602
fl_yzagg_y1994 12 31 1.6493
fl_yzagg_y1996 13 32 1.7686
fl_yzagg_y1998 14 33 1.8018
fl_yzagg_y2000 15 34 2.0599
fl_yzagg_y2002 16 35 2.0597
fl_yzagg_y2004 17 36 2.2803
fl_yzagg_y2005 18 37 2.3392
fl_yzagg_y2008 19 38 2.4908
fl_yzagg_y2010 20 39 2.7153
fl_yzagg_y2012 21 40 2.822
fl_yzagg_y2014 22 41 2.8707
psi1 23 44 0.96625