% Worker exposure 2 weeks, 5 days/week exposure, 30 days no exposure
% From PBPK_SeedTreatmentScenarios_CPFOS.xlsx, Seed treatment, applicator
% January 19, 2016
% Cecilia Tan


% Setting model parameters
use human_parameters_MRP
QPC = 31; 	% to get QALV = 8.3 L/min @BW = 69 kg
use preg_female_parameters
BWSW=1;	%Set BW to a fixed value
BWST=69;	%Set BW to 69kg
PREG=0;	%Not pregnant
DZONE = 1;	%Turn dermal exposure on
KDIS = 0.0;	%daily dissipation
TSTOP=1392;	%Simulation time in hours
 

% Dermal exposure
SAF=1;	 	% Fraction of skin in contact with chlorpyrifos.
FAD=1;     	% Fraction of dose available to be absorbed. Values of <1 could be used if pesticide is encapsulated. 
DERM =30.26;		% dose in ug/kg
D3=5;  %DAYS/WEEK
P2=8; %HRS/DAY
S2=0 ;%OFFSET FROM 0 START TIME (EG IF YOU WANT TO MODEL FROM MIDNIGHT, BUT DOSE AT 8 AM)
%W2=28; %28 day exposure
W2=14; %14 day exposure

% Inhalation exposure
CONCMGM=1.43E-5; % Inhalation concentration mg/m3. Value is largest value reported in monitoring data.
D3IN=5;  %DAYS/WEEK
P2IN=8; %HRS/DAY
S2IN=0 ;%OFFSET FROM 0 START TIME (EG IF YOU WANT TO MODEL FROM MIDNIGHT, BUT DOSE AT 8 AM)
%W2IN=28; %28 day exposure
W2IN=14; %14 day exposure

prepare @clear@all
start @NoCallback
simall = [_time _rbcce _urinetcpy _cv*350.6 _cvo*334.5];	%conc unit = ug/L

%save simall @file='applicator_seed_treatment_01192016' @format=ascii
save simall @file='applicator_seed_treatment_01212016' @format=ascii