<?xml version="1.0" encoding="UTF-8"?>
<JSim version="1.6.94c">
  <project name="proj2">
    <model name="mmid4">
      <control name="desc" value=""/>
      <control name="easelVariant" value=""/>
      <control name="notes"></control>
      <control name="modelSource">JSim v1.1

// this file automatically generated by x2jsim
//	from file /user4/butterw/JSIM/XSIM/PROJ/mmid4.cpp
//      Modified to be used with JSim (A. J. Schwab OCT09)

import XSim;
import nsrunit;
unit conversion off;

XSim main {
	library lib(&quot;mmid4&quot;);
	ivar time sec; time.loc=130;
	time.min = 0; time.max = 30; time.delta = 0.1;
	realDomain x20; x20.min=1; x20.max=20; x20.delta=1;
	realDomain x30; x30.min=1; x30.max=30; x30.delta=1;
	realOutput relative_flow(time) dimensionless; relative_flow.loc=535;
	realInput Cin_vascular(time) = 0; Cin_vascular.loc=1825;
	realInput Cin_extracellular(time) = 0; Cin_extracellular.loc=1826;
	realInput Cin_permeant(time) = 0; Cin_permeant.loc=1827;
	choiceInput scaling_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; scaling_sw.loc=38;
	realInput v_Scale = 1; v_Scale.loc=39; v_Scale.help = &quot;absmin=0  max=10&quot;;
	realInput e_Scale = 1; e_Scale.loc=41; e_Scale.help = &quot;absmin=0  max=10&quot;;
	realInput p_Scale = 1; p_Scale.loc=43; p_Scale.help = &quot;absmin=0  max=10&quot;;
	choiceInput deconv_sw(13,&quot;No&quot;,&quot;Yes&quot;) = 13; deconv_sw.loc=60;
	realDomain dcn_t sec; dcn_t.min=0; dcn_t.delta=0.4; dcn_t.max=20;
        private realInput dcn_t_min=dcn_t.min; dcn_t_min.loc = 5101;
        private realInput dcn_t_delta=dcn_t.delta; dcn_t_delta.loc = 5102;
        private realInput dcn_t_ct=if (dcn_t.ct&lt;=1000) dcn_t.ct else 1000; dcn_t_ct.loc = 5103;
        realInput d_curve(dcn_t) = 0; d_curve.loc= 5104; d_curve.dim=1000;
        realInput dcn_help = d_curve((2*dcn_t.min+dcn_t.max)/3+(dcn_t.min++2*dcn_t.max)/3); dcn_help.loc = 58;
           // dcn_help should change every time the reference curve changes
           // forcing the deconvolution to be recalculated
	choiceInput trans_model_sw(&quot;RBC&quot;,&quot;Vascular(plasma)&quot;,&quot;Extracellular&quot;) = 2; trans_model_sw.loc=57;
	choiceInput Smooth_opt_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; Smooth_opt_sw.loc=92;
	choiceInput Smooth_tail_sw(0,&quot;None&quot;,&quot;Power law&quot;,&quot;Multi-exponential&quot;) = 0; Smooth_tail_sw.loc=93;
	intInput d_curve_index = 1; d_curve_index.loc=3001; d_curve_index.help = &quot;absmin=1  absmax=20&quot;;
	realInput Smooth = 1; Smooth.loc=91; Smooth.help = &quot;absmin=1E-5  absmax=1E5&quot;;
	realInput Smooth_tail_t = 0 sec; Smooth_tail_t.loc=94;
	realInput Deconv_wvar = 0.5; Deconv_wvar.loc=95;
	realOutput Deconv_cv_out(time); Deconv_cv_out.loc=96;
	realOutput Smooth_out(time); Smooth_out.loc=97;
	realInput dcndt; dcndt.loc=59;
	realInput Fp = 1 ml/(g*min); Fp.loc=1; Fp.help = &quot;absmin=0  max=5&quot;;
	realInput Vp = 0.03 ml/g; Vp.loc=2; Vp.help = &quot;min=0  max=1  absmin=0&quot;;
	intInput Npath_int = 20; Npath_int.loc=4; Npath_int.help = &quot;absmin=1  absmax=20&quot;;
	intInput Nseg_int = 7; Nseg_int.loc=5; Nseg_int.help = &quot;absmin=1  absmax=60&quot;;
	realInput clngth = 0.1 cm; clngth.loc=6;
	realInput Vtube_i = 0 ml/g; Vtube_i.loc=7; Vtube_i.help = &quot;absmin=0  max=1&quot;;
	realInput RDtube_i = 0; RDtube_i.loc=8; RDtube_i.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Vart = 0 ml/g; Vart.loc=9; Vart.help = &quot;absmin=0  max=1&quot;;
	realInput RDart = 0; RDart.loc=10; RDart.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Vartl = 0 ml/g; Vartl.loc=11; Vartl.help = &quot;absmin=0  max=1&quot;;
	realInput RDartl = 0; RDartl.loc=12; RDartl.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Vvenl = 0 ml/g; Vvenl.loc=13; Vvenl.help = &quot;absmin=0  max=1&quot;;
	realInput RDvenl = 0; RDvenl.loc=14; RDvenl.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Vven = 0 ml/g; Vven.loc=15; Vven.help = &quot;absmin=0  max=1&quot;;
	realInput RDven = 0; RDven.loc=16; RDven.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Vtube_o = 0 ml/g; Vtube_o.loc=17; Vtube_o.help = &quot;absmin=0  max=1&quot;;
	realInput RDtube_o = 0; RDtube_o.loc=18; RDtube_o.help = &quot;absmin=0  absmax=0.48&quot;;
	realInput Alpha__recruit_ = 0; Alpha__recruit_.loc=20; Alpha__recruit_.help = &quot;absmin=0  absmax=1&quot;;
	realInput Alpha__optimal_ = 0; Alpha__optimal_.loc=21; Alpha__optimal_.help = &quot;absmin=0  absmax=1&quot;;
	realInput all_calc_Q = 1; all_calc_Q.loc=23;
	realInput v_Dp = 0 cm^2/sec; v_Dp.loc=26;
	realInput v_PSg = 0 ml/(g*min); v_PSg.loc=27; v_PSg.help = &quot;absmin=0  max=5&quot;;
	realInput v_Visfp = 0.35 ml/g; v_Visfp.loc=28; v_Visfp.help = &quot;absmin=0  max=1&quot;;
	realInput v_Czero = 0; v_Czero.loc=29; // XSim units=&quot;arbitrary&quot;
	realInput e_Dp = 0 cm^2/sec; e_Dp.loc=31;
	realInput e_PSg = 1 ml/(g*min); e_PSg.loc=32; e_PSg.help = &quot;absmin=0  max=5&quot;;
	realInput e_Visfp = 0.35 ml/g; e_Visfp.loc=33; e_Visfp.help = &quot;absmin=0  max=1&quot;;
	realInput e_fVisf2 = 0; e_fVisf2.loc=34; e_fVisf2.help = &quot;absmin=0  absmax=1&quot;;
	realInput e_Disf = 0 cm^2/sec; e_Disf.loc=35;
	realInput e_PSisf = 0 ml/(g*min); e_PSisf.loc=36; e_PSisf.help = &quot;absmin=0  max=5&quot;;
	realInput e_Czero = 0; e_Czero.loc=37; // XSim units=&quot;arbitrary&quot;
	realInput p_Gp = 0 ml/(g*min); p_Gp.loc=703;
	realInput p_Dp = 0 cm^2/sec; p_Dp.loc=705;
	realInput p_PSecl = 1 ml/(g*min); p_PSecl.loc=713; p_PSecl.help = &quot;absmin=0  max=5&quot;;
	realInput p_PSeca = 1 ml/(g*min); p_PSeca.loc=715; p_PSeca.help = &quot;absmin=0  max=5&quot;;
	realInput p_Vecp = 0.015 ml/g; p_Vecp.loc=717; p_Vecp.help = &quot;absmin=0  max=1&quot;;
	realInput p_Gec = 0 ml/(g*min); p_Gec.loc=718; p_Gec.help = &quot;absmin=0  max=5&quot;;
	realInput p_Dec = 0 cm^2/sec; p_Dec.loc=720;
	realInput p_PSg = 1 ml/(g*min); p_PSg.loc=722; p_PSg.help = &quot;absmin=0  max=5&quot;;
	realInput p_Visfp = 0.35 ml/g; p_Visfp.loc=724; p_Visfp.help = &quot;absmin=0  max=1&quot;;
	realInput p_Gisf = 0 ml/(g*min); p_Gisf.loc=725; p_Gisf.help = &quot;absmin=0  max=5&quot;;
	realInput p_Disf = 0 cm^2/sec; p_Disf.loc=727;
	realInput p_PSpc1 = 1 ml/(g*min); p_PSpc1.loc=729; p_PSpc1.help = &quot;absmin=0  max=5&quot;;
	realInput p_PSisf = 1 ml/(g*min); p_PSisf.loc=731; p_PSisf.help = &quot;absmin=0  max=5&quot;;
	realInput p_fVisf2 = 0; p_fVisf2.loc=732; p_fVisf2.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_PSpc2 = 1 ml/(g*min); p_PSpc2.loc=733; p_PSpc2.help = &quot;absmin=0  max=5&quot;;
	realInput p_Vpcp = 0.6 ml/g; p_Vpcp.loc=735; p_Vpcp.help = &quot;absmin=0  max=1&quot;;
	realInput p_Gpc = 0 ml/(g*min); p_Gpc.loc=736; p_Gpc.help = &quot;absmin=0  max=5&quot;;
	realInput p_Dpc = 0 cm^2/sec; p_Dpc.loc=738;
	realInput p_Czero = 0; p_Czero.loc=740; // XSim units=&quot;arbitrary&quot;
	realInput p_Gp_2 = 0; p_Gp_2.loc=743;
	realInput p_Rp_2 = 1; p_Rp_2.loc=744; p_Rp_2.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dp_2 = 0; p_Dp_2.loc=745;
	realInput p_PSecl_2 = 1; p_PSecl_2.loc=753; p_PSecl_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSeca_2 = 1; p_PSeca_2.loc=755; p_PSeca_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vecp_2 = 0.015; p_Vecp_2.loc=757; p_Vecp_2.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gec_2 = 0; p_Gec_2.loc=758; p_Gec_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rec_2 = 1; p_Rec_2.loc=759; p_Rec_2.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dec_2 = 0; p_Dec_2.loc=760;
	realInput p_PSg_2 = 1; p_PSg_2.loc=762; p_PSg_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Visfp_2 = 0.35; p_Visfp_2.loc=764; p_Visfp_2.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gisf_2 = 0; p_Gisf_2.loc=765;
	realInput p_Risf_2 = 1; p_Risf_2.loc=766; p_Risf_2.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Disf_2 = 0; p_Disf_2.loc=767;
	realInput p_PSpc1_2 = 1; p_PSpc1_2.loc=769; p_PSpc1_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSisf_2 = 1; p_PSisf_2.loc=771; p_PSisf_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_fVisf2_2 = 0; p_fVisf2_2.loc=772; p_fVisf2_2.help = &quot;min=0  max=1  absmin=0  absmax=1&quot;;
	realInput p_PSpc2_2 = 1; p_PSpc2_2.loc=773; p_PSpc2_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vpcp_2 = 0.6; p_Vpcp_2.loc=775; p_Vpcp_2.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gpc_2 = 0; p_Gpc_2.loc=776; p_Gpc_2.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rpc_2 = 1; p_Rpc_2.loc=777; p_Rpc_2.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dpc_2 = 0; p_Dpc_2.loc=778;
	realInput p_Czero_2 = 0; p_Czero_2.loc=780;
	realInput p_Gp_3 = 0; p_Gp_3.loc=783;
	realInput p_Rp_3 = 1; p_Rp_3.loc=784; p_Rp_3.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dp_3 = 0; p_Dp_3.loc=785;
	realInput p_PSecl_3 = 1; p_PSecl_3.loc=793; p_PSecl_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSeca_3 = 1; p_PSeca_3.loc=795; p_PSeca_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vecp_3 = 0.015; p_Vecp_3.loc=797; p_Vecp_3.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gec_3 = 0; p_Gec_3.loc=798; p_Gec_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rec_3 = 1; p_Rec_3.loc=799; p_Rec_3.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dec_3 = 0; p_Dec_3.loc=800;
	realInput p_PSg_3 = 1; p_PSg_3.loc=802; p_PSg_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Visfp_3 = 0.35; p_Visfp_3.loc=804; p_Visfp_3.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gisf_3 = 0; p_Gisf_3.loc=805;
	realInput p_Risf_3 = 1; p_Risf_3.loc=806; p_Risf_3.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Disf_3 = 0; p_Disf_3.loc=807;
	realInput p_PSpc1_3 = 1; p_PSpc1_3.loc=809; p_PSpc1_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSisf_3 = 1; p_PSisf_3.loc=811; p_PSisf_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_fVisf2_3 = 0; p_fVisf2_3.loc=812; p_fVisf2_3.help = &quot;min=0  max=1  absmin=0  absmax=1&quot;;
	realInput p_PSpc2_3 = 1; p_PSpc2_3.loc=813; p_PSpc2_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vpcp_3 = 0.6; p_Vpcp_3.loc=815; p_Vpcp_3.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gpc_3 = 0; p_Gpc_3.loc=816; p_Gpc_3.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rpc_3 = 1; p_Rpc_3.loc=817; p_Rpc_3.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dpc_3 = 0; p_Dpc_3.loc=818;
	realInput p_Czero_3 = 0; p_Czero_3.loc=820;
	realInput p_Gp_4 = 0; p_Gp_4.loc=823;
	realInput p_Rp_4 = 1; p_Rp_4.loc=824; p_Rp_4.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dp_4 = 0; p_Dp_4.loc=825;
	realInput p_PSecl_4 = 1; p_PSecl_4.loc=833; p_PSecl_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSeca_4 = 1; p_PSeca_4.loc=835; p_PSeca_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vecp_4 = 0.015; p_Vecp_4.loc=837; p_Vecp_4.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gec_4 = 0; p_Gec_4.loc=838; p_Gec_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rec_4 = 1; p_Rec_4.loc=839; p_Rec_4.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dec_4 = 0; p_Dec_4.loc=840;
	realInput p_PSg_4 = 1; p_PSg_4.loc=842; p_PSg_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Visfp_4 = 0.35; p_Visfp_4.loc=844; p_Visfp_4.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gisf_4 = 0; p_Gisf_4.loc=845;
	realInput p_Risf_4 = 1; p_Risf_4.loc=846; p_Risf_4.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Disf_4 = 0; p_Disf_4.loc=847;
	realInput p_PSpc1_4 = 1; p_PSpc1_4.loc=849; p_PSpc1_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSisf_4 = 1; p_PSisf_4.loc=851; p_PSisf_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_fVisf2_4 = 0; p_fVisf2_4.loc=852; p_fVisf2_4.help = &quot;min=0  max=1  absmin=0  absmax=1&quot;;
	realInput p_PSpc2_4 = 1; p_PSpc2_4.loc=853; p_PSpc2_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vpcp_4 = 0.6; p_Vpcp_4.loc=855; p_Vpcp_4.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gpc_4 = 0; p_Gpc_4.loc=856; p_Gpc_4.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rpc_4 = 1; p_Rpc_4.loc=857; p_Rpc_4.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dpc_4 = 0; p_Dpc_4.loc=858;
	realInput p_Czero_4 = 0; p_Czero_4.loc=860;
	realInput p_Gp_5 = 0; p_Gp_5.loc=863;
	realInput p_Rp_5 = 1; p_Rp_5.loc=864; p_Rp_5.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dp_5 = 0; p_Dp_5.loc=865;
	realInput p_PSecl_5 = 1; p_PSecl_5.loc=873; p_PSecl_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSeca_5 = 1; p_PSeca_5.loc=875; p_PSeca_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vecp_5 = 0.015; p_Vecp_5.loc=877; p_Vecp_5.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gec_5 = 0; p_Gec_5.loc=878; p_Gec_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rec_5 = 1; p_Rec_5.loc=879; p_Rec_5.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dec_5 = 0; p_Dec_5.loc=880;
	realInput p_PSg_5 = 1; p_PSg_5.loc=882; p_PSg_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Visfp_5 = 0.35; p_Visfp_5.loc=884; p_Visfp_5.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gisf_5 = 0; p_Gisf_5.loc=885;
	realInput p_Risf_5 = 1; p_Risf_5.loc=886; p_Risf_5.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Disf_5 = 0; p_Disf_5.loc=887;
	realInput p_PSpc1_5 = 1; p_PSpc1_5.loc=889; p_PSpc1_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSisf_5 = 1; p_PSisf_5.loc=891; p_PSisf_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_fVisf2_5 = 0; p_fVisf2_5.loc=892; p_fVisf2_5.help = &quot;min=0  max=1  absmin=0  absmax=1&quot;;
	realInput p_PSpc2_5 = 1; p_PSpc2_5.loc=893; p_PSpc2_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vpcp_5 = 0.6; p_Vpcp_5.loc=895; p_Vpcp_5.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gpc_5 = 0; p_Gpc_5.loc=896; p_Gpc_5.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rpc_5 = 1; p_Rpc_5.loc=897; p_Rpc_5.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dpc_5 = 0; p_Dpc_5.loc=898;
	realInput p_Czero_5 = 0; p_Czero_5.loc=900;
	realInput p_Gp_6 = 0; p_Gp_6.loc=903;
	realInput p_Rp_6 = 1; p_Rp_6.loc=904; p_Rp_6.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dp_6 = 0; p_Dp_6.loc=905;
	realInput p_PSecl_6 = 1; p_PSecl_6.loc=913; p_PSecl_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSeca_6 = 1; p_PSeca_6.loc=915; p_PSeca_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vecp_6 = 0.015; p_Vecp_6.loc=917; p_Vecp_6.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gec_6 = 0; p_Gec_6.loc=918; p_Gec_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rec_6 = 1; p_Rec_6.loc=919; p_Rec_6.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dec_6 = 0; p_Dec_6.loc=920;
	realInput p_PSg_6 = 1; p_PSg_6.loc=922; p_PSg_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Visfp_6 = 0.35; p_Visfp_6.loc=924; p_Visfp_6.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gisf_6 = 0; p_Gisf_6.loc=925;
	realInput p_Risf_6 = 1; p_Risf_6.loc=926; p_Risf_6.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Disf_6 = 0; p_Disf_6.loc=927;
	realInput p_PSpc1_6 = 1; p_PSpc1_6.loc=929; p_PSpc1_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_PSisf_6 = 1; p_PSisf_6.loc=931; p_PSisf_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_fVisf2_6 = 0; p_fVisf2_6.loc=932; p_fVisf2_6.help = &quot;min=0  max=1  absmin=0  absmax=1&quot;;
	realInput p_PSpc2_6 = 1; p_PSpc2_6.loc=933; p_PSpc2_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Vpcp_6 = 0.6; p_Vpcp_6.loc=935; p_Vpcp_6.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput p_Gpc_6 = 0; p_Gpc_6.loc=936; p_Gpc_6.help = &quot;min=0  max=5  absmin=0&quot;;
	realInput p_Rpc_6 = 1; p_Rpc_6.loc=937; p_Rpc_6.help = &quot;absmin=0  absmax=1&quot;;
	realInput p_Dpc_6 = 0; p_Dpc_6.loc=938;
	realInput p_Czero_6 = 0; p_Czero_6.loc=940;
	realOutput Cin_v(time); Cin_v.loc=201;
	choice Model_h(-1, &quot;Function generator&quot;,&quot;User-specified PDF&quot;,&quot;Lagged normal&quot;,&quot;Random walk&quot;) = 1;
        realInput Model_hh = if (Model_h = -1) 0 else Model_h; Model_hh.loc=501;
	choiceInput Smooth_h_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; Smooth_h_sw.loc=509;
	choiceInput Copy_h_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; Copy_h_sw.loc=510;
	choiceInput Limit_F_h_sw(0,&quot;Standard&quot;,&quot;Custom&quot;) = 0; Limit_F_h_sw.loc=505;
	choiceInput Ftype_h_sw(&quot;User-specified&quot;,&quot;Equal F spacing&quot;,&quot;Equal t spacing&quot;,&quot;Weighted&quot;,&quot;Scaled&quot;) = 4; Ftype_h_sw.loc=5029;
	realInput Ftype_h_scale = 0.6; Ftype_h_scale.loc=5030; Ftype_h_scale.help = &quot;absmin=0  absmax=1&quot;;
	intInput Dummy_h = 0; Dummy_h.loc=5031;
	realInput RD_h = 0.4; RD_h.loc=502; RD_h.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput Skew_h = 1; Skew_h.loc=503; Skew_h.help = &quot;min=0  max=3  absmin=0&quot;;
	realInput Kurt_h = 1; Kurt_h.loc=504; Kurt_h.help = &quot;min=0  max=1  absmin=0&quot;;
	realInput Minfi_h = 0; Minfi_h.loc=506; Minfi_h.help = &quot;min=0  max=0.5  absmin=0  absmax=0.5&quot;;
	realInput Maxfi_h = 3; Maxfi_h.loc=507; Maxfi_h.help = &quot;min=1.5  max=4  absmin=1.5&quot;;
	realInput Ftype_h; Ftype_h.loc=508;
	realInput Fout_h_1 = 0; Fout_h_1.loc=541;
	realInput Fout_h_2 = 0; Fout_h_2.loc=542;
	realInput Fout_h_3 = 0; Fout_h_3.loc=543;
	realInput Fout_h_4 = 0; Fout_h_4.loc=544;
	realInput Fout_h_5 = 0; Fout_h_5.loc=545;
	realInput Fout_h_6 = 0; Fout_h_6.loc=546;
	realInput Fout_h_7 = 0; Fout_h_7.loc=547;
	realInput Fout_h_8 = 0; Fout_h_8.loc=548;
	realInput Fout_h_9 = 0; Fout_h_9.loc=549;
	realInput Fout_h_10 = 0; Fout_h_10.loc=550;
	realInput Fout_h_11 = 0; Fout_h_11.loc=551;
	realInput Fout_h_12 = 0; Fout_h_12.loc=552;
	realInput Fout_h_13 = 0; Fout_h_13.loc=553;
	realInput Fout_h_14 = 0; Fout_h_14.loc=554;
	realInput Fout_h_15 = 0; Fout_h_15.loc=555;
	realInput Fout_h_16 = 0; Fout_h_16.loc=556;
	realInput Fout_h_17 = 0; Fout_h_17.loc=557;
	realInput Fout_h_18 = 0; Fout_h_18.loc=558;
	realInput Fout_h_19 = 0; Fout_h_19.loc=559;
	realInput Fout_h_20 = 0; Fout_h_20.loc=560;

	realInput Nvalin_h; Nvalin_h.loc=570;
        realDomain relFlows;  relFlows.min=0.05; relFlows.max=2.95; relFlows.delta=0.1;
	real Nvalin = 30;
	intInput Nvalin_h_int = if (Model_h=0) Nvalin else relFlows.ct;
	Nvalin_h = Nvalin_h_int-1; 
	Nvalin_h_int.loc=5032; Nvalin_h_int.help = &quot;absmin=1  absmax=30&quot;;
	extern real frMass(relFlows);
	 real Fin_h_1=0,
	 Fin_h_2=0,
	 Fin_h_3=0,
	 Fin_h_4=0,
	 Fin_h_5=0,
	 Fin_h_6=0,
	 Fin_h_7=0,
	 Fin_h_8=0,
	 Fin_h_9=0,
	 Fin_h_10=0,
	 Fin_h_11=0,
	 Fin_h_12=0,
	 Fin_h_13=0,
	 Fin_h_14=0,
	 Fin_h_15=0,
	 Fin_h_16=0,
	 Fin_h_17=0,
	 Fin_h_18=0,
	 Fin_h_19=0,
	 Fin_h_20=0,
	 Fin_h_21=0,
	 Fin_h_22=0,
	 Fin_h_23=0,
	 Fin_h_24=0,
	 Fin_h_25=0,
	 Fin_h_26=0,
	 Fin_h_27=0,
	 Fin_h_28=0,
	 Fin_h_29=0,
	 Fin_h_30=0,
	 WDin_h_1=0,
	 WDin_h_2=0,
	 WDin_h_3=0,
	 WDin_h_4=0,
	 WDin_h_5=0,
	 WDin_h_6=0,
	 WDin_h_7=0,
	 WDin_h_8=0,
	 WDin_h_9=0,
	 WDin_h_10=0,
	 WDin_h_11=0,
	 WDin_h_12=0,
	 WDin_h_13=0,
	 WDin_h_14=0,
	 WDin_h_15=0,
	 WDin_h_16=0,
	 WDin_h_17=0,
	 WDin_h_18=0,
	 WDin_h_19=0,
	 WDin_h_20=0,
	 WDin_h_21=0,
	 WDin_h_22=0,
	 WDin_h_23=0,
	 WDin_h_24=0,
	 WDin_h_25=0,
	 WDin_h_26=0,
	 WDin_h_27=0,
	 WDin_h_28=0,
	 WDin_h_29=0,
	 WDin_h_30=0;

realInput Fin_h(x30); Fin_h.loc=571; Fin_h.dim=30;
Fin_h= if (Model_h = -1) relFlows.min + x30 * relFlows.delta
else if (x30=1) Fin_h_1
else if (x30=2) Fin_h_2
else if (x30=3) Fin_h_3
else if (x30=4) Fin_h_4
else if (x30=5) Fin_h_5
else if (x30=6) Fin_h_6
else if (x30=7) Fin_h_7
else if (x30=8) Fin_h_8
else if (x30=9) Fin_h_9
else if (x30=10) Fin_h_10
else if (x30=11) Fin_h_11
else if (x30=12) Fin_h_12
else if (x30=13) Fin_h_13
else if (x30=14) Fin_h_14
else if (x30=15) Fin_h_15
else if (x30=16) Fin_h_16
else if (x30=17) Fin_h_17
else if (x30=18) Fin_h_18
else if (x30=19) Fin_h_19
else if (x30=20) Fin_h_20
else if (x30=21) Fin_h_21
else if (x30=22) Fin_h_22
else if (x30=23) Fin_h_23
else if (x30=24) Fin_h_24
else if (x30=25) Fin_h_25
else if (x30=26) Fin_h_26
else if (x30=27) Fin_h_27
else if (x30=28) Fin_h_28
else if (x30=29) Fin_h_29
else if (x30=30) Fin_h_30
else 0;
realInput WDin_h(x30); WDin_h.loc=601; WDin_h.dim=30;
WDin_h=if (Model_h=-1) frMass(Fin_h(x30))
else if (x30=1) WDin_h_1
else if (x30=2) WDin_h_2
else if (x30=3) WDin_h_3
else if (x30=4) WDin_h_4
else if (x30=5) WDin_h_5
else if (x30=6) WDin_h_6
else if (x30=7) WDin_h_7
else if (x30=8) WDin_h_8
else if (x30=9) WDin_h_9
else if (x30=10) WDin_h_10
else if (x30=11) WDin_h_11
else if (x30=12) WDin_h_12
else if (x30=13) WDin_h_13
else if (x30=14) WDin_h_14
else if (x30=15) WDin_h_15
else if (x30=16) WDin_h_16
else if (x30=17) WDin_h_17
else if (x30=18) WDin_h_18
else if (x30=19) WDin_h_19
else if (x30=20) WDin_h_20
else if (x30=21) WDin_h_21
else if (x30=22) WDin_h_22
else if (x30=23) WDin_h_23
else if (x30=24) WDin_h_24
else if (x30=25) WDin_h_25
else if (x30=26) WDin_h_26
else if (x30=27) WDin_h_27
else if (x30=28) WDin_h_28
else if (x30=29) WDin_h_29
else if (x30=30) WDin_h_30
else 0;
	realOutput Cin_e(time); Cin_e.loc=202;
	realOutput Cin_p(time); Cin_p.loc=203;
	realOutput Dconin_v(time); Dconin_v.loc=201;
	realOutput Dconin_e(time); Dconin_e.loc=202;
	realOutput Dconin_p(time); Dconin_p.loc=203;
	realOutput Cout_v(time); Cout_v.loc=211;
	realOutput Cout_e(time); Cout_e.loc=212;
	realOutput Cout_p(time); Cout_p.loc=213;
	realOutput Q_v(time); Q_v.loc=248;
	realOutput Q_e(time); Q_e.loc=249;
	realOutput Q_p(time); Q_p.loc=250;
	choiceInput Q_use_ti_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; Q_use_ti_sw.loc=241;
	choiceInput Q_use_art_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 1; Q_use_art_sw.loc=242;
	choiceInput Q_use_artl_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 1; Q_use_artl_sw.loc=243;
	choiceInput Q_use_cap_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 1; Q_use_cap_sw.loc=244;
	choiceInput Q_use_venl_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 1; Q_use_venl_sw.loc=245;
	choiceInput Q_use_ven_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 1; Q_use_ven_sw.loc=246;
	choiceInput Q_use_to_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; Q_use_to_sw.loc=247;
	choiceInput C_path_sw(0,&quot;All&quot;,&quot;Path  1&quot;,&quot;Path  2&quot;,&quot;Path  3&quot;,&quot;Path  4&quot;,&quot;Path  5&quot;,&quot;Path  6&quot;,&quot;Path  7&quot;,&quot;Path  8&quot;,&quot;Path  9&quot;,&quot;Path 10&quot;,&quot;Path 11&quot;,&quot;Path 12&quot;,&quot;Path 13&quot;,&quot;Path 14&quot;,&quot;Path 15&quot;,&quot;Path 16&quot;,&quot;Path 17&quot;,&quot;Path 18&quot;,&quot;Path 19&quot;,&quot;Path 20&quot;) = 0; C_path_sw.loc=443;
	choiceInput C_path_wt_sw(0,&quot;No&quot;,&quot;Yes&quot;) = 0; C_path_wt_sw.loc=444;
	realOutput C_tube_i_v(time); C_tube_i_v.loc=445;
	realOutput C_tube_i_e(time); C_tube_i_e.loc=446;
	realOutput C_tube_i_p(time); C_tube_i_p.loc=447;
	realOutput C_art_v(time); C_art_v.loc=448;
	realOutput C_art_e(time); C_art_e.loc=449;
	realOutput C_art_p(time); C_art_p.loc=450;
	realOutput C_artl_v(time); C_artl_v.loc=451;
	realOutput C_artl_e(time); C_artl_e.loc=452;
	realOutput C_artl_p(time); C_artl_p.loc=453;
	realOutput C_cap_v(time); C_cap_v.loc=454;
	realOutput C_cap_e(time); C_cap_e.loc=455;
	realOutput C_cap_p(time); C_cap_p.loc=456;
	realOutput C_venl_v(time); C_venl_v.loc=457;
	realOutput C_venl_e(time); C_venl_e.loc=458;
	realOutput C_venl_p(time); C_venl_p.loc=459;
	realOutput C_ven_v(time); C_ven_v.loc=460;
	realOutput C_ven_e(time); C_ven_e.loc=461;
	realOutput C_ven_p(time); C_ven_p.loc=462;
	realOutput C_tube_o_v(time); C_tube_o_v.loc=463;
	realOutput C_tube_o_e(time); C_tube_o_e.loc=464;
	realOutput C_tube_o_p(time); C_tube_o_p.loc=465;
	choiceInput Q_path_sw(0,&quot;All&quot;,&quot;Path  1&quot;,&quot;Path  2&quot;,&quot;Path  3&quot;,&quot;Path  4&quot;,&quot;Path  5&quot;,&quot;Path  6&quot;,&quot;Path  7&quot;,&quot;Path  8&quot;,&quot;Path  9&quot;,&quot;Path 10&quot;,&quot;Path 11&quot;,&quot;Path 12&quot;,&quot;Path 13&quot;,&quot;Path 14&quot;,&quot;Path 15&quot;,&quot;Path 16&quot;,&quot;Path 17&quot;,&quot;Path 18&quot;,&quot;Path 19&quot;,&quot;Path 20&quot;) = 0; Q_path_sw.loc=403;
	realOutput Q_tube_i_v(time); Q_tube_i_v.loc=405;
	realOutput Q_tube_i_e(time); Q_tube_i_e.loc=406;
	realOutput Q_tube_i_p(time); Q_tube_i_p.loc=407;
	realOutput Q_art_v(time); Q_art_v.loc=408;
	realOutput Q_art_e(time); Q_art_e.loc=409;
	realOutput Q_art_p(time); Q_art_p.loc=410;
	realOutput Q_artl_v(time); Q_artl_v.loc=411;
	realOutput Q_artl_e(time); Q_artl_e.loc=412;
	realOutput Q_artl_p(time); Q_artl_p.loc=413;
	realOutput Q_cap_v(time); Q_cap_v.loc=414;
	realOutput Q_cap_e(time); Q_cap_e.loc=415;
	realOutput Q_cap_p(time); Q_cap_p.loc=416;
	realOutput Q_venl_v(time); Q_venl_v.loc=417;
	realOutput Q_venl_e(time); Q_venl_e.loc=418;
	realOutput Q_venl_p(time); Q_venl_p.loc=419;
	realOutput Q_ven_v(time); Q_ven_v.loc=420;
	realOutput Q_ven_e(time); Q_ven_e.loc=421;
	realOutput Q_ven_p(time); Q_ven_p.loc=422;
	realOutput Q_tube_o_v(time); Q_tube_o_v.loc=423;
	realOutput Q_tube_o_e(time); Q_tube_o_e.loc=424;
	realOutput Q_tube_o_p(time); Q_tube_o_p.loc=425;
	realOutput min_fi; min_fi.loc=521;
	realOutput max_fi; max_fi.loc=522;
	realOutput w_out_area; w_out_area.loc=523;
	realOutput w_out_mean; w_out_mean.loc=524;
	realOutput w_out_RD; w_out_RD.loc=525;
	realOutput w_out_skew; w_out_skew.loc=526;
	realOutput w_out_kurt; w_out_kurt.loc=527;
	realOutput Fout_hf(x20); Fout_hf.loc=641; Fout_hf.dim=20;
	real Fout_hf_1=Fout_hf(1), Fout_hf_2=Fout_hf(2), Fout_hf_3=Fout_hf(3),
	 Fout_hf_4=Fout_hf(4), Fout_hf_5=Fout_hf(5), Fout_hf_6=Fout_hf(6), Fout_hf_7=Fout_hf(7),
	 Fout_hf_8=Fout_hf(8), Fout_hf_9=Fout_hf(9), Fout_hf_10=Fout_hf(10), Fout_hf_11=Fout_hf(11),
	 Fout_hf_12=Fout_hf(12), Fout_hf_13=Fout_hf(13), Fout_hf_14=Fout_hf(14), Fout_hf_15=Fout_hf(15),
	 Fout_hf_16=Fout_hf(16), Fout_hf_17=Fout_hf(17), Fout_hf_18=Fout_hf(18), Fout_hf_19=Fout_hf(19), Fout_hf_20=Fout_hf(20);
	realOutput WDout_hf(x20); WDout_hf.loc=661; WDout_hf.dim=20;
	real WDout_hf_1=WDout_hf(1), WDout_hf_2=WDout_hf(2), WDout_hf_3=WDout_hf(3),
	 WDout_hf_4=WDout_hf(4), WDout_hf_5=WDout_hf(5), WDout_hf_6=WDout_hf(6), WDout_hf_7=WDout_hf(7),
	 WDout_hf_8=WDout_hf(8), WDout_hf_9=WDout_hf(9), WDout_hf_10=WDout_hf(10), WDout_hf_11=WDout_hf(11),
	 WDout_hf_12=WDout_hf(12), WDout_hf_13=WDout_hf(13), WDout_hf_14=WDout_hf(14), WDout_hf_15=WDout_hf(15),
	 WDout_hf_16=WDout_hf(16), WDout_hf_17=WDout_hf(17), WDout_hf_18=WDout_hf(18), WDout_hf_19=WDout_hf(19), WDout_hf_20=WDout_hf(20);
	realOutput Wout_hf(x20); Wout_hf.loc=681; Wout_hf.dim=20;
	real Wout_hf_1=Wout_hf(1), Wout_hf_2=Wout_hf(2), Wout_hf_3=Wout_hf(3),
	 Wout_hf_4=Wout_hf(4), Wout_hf_5=Wout_hf(5), Wout_hf_6=Wout_hf(6), Wout_hf_7=Wout_hf(7),
	 Wout_hf_8=Wout_hf(8), Wout_hf_9=Wout_hf(9), Wout_hf_10=Wout_hf(10), Wout_hf_11=Wout_hf(11),
	 Wout_hf_12=Wout_hf(12), Wout_hf_13=Wout_hf(13), Wout_hf_14=Wout_hf(14), Wout_hf_15=Wout_hf(15),
	 Wout_hf_16=Wout_hf(16), Wout_hf_17=Wout_hf(17), Wout_hf_18=Wout_hf(18), Wout_hf_19=Wout_hf(19), Wout_hf_20=Wout_hf(20);
	realInput Plotmax_h = 3; Plotmax_h.loc=530; Plotmax_h.help = &quot;min=0  max=10  absmin=0&quot;;
	realOutput PDF_hist(time); PDF_hist.loc=531;
	realOutput PDF_cont(time); PDF_cont.loc=532;
	realOutput HST_hist(time); HST_hist.loc=533;
	realOutput HST_cont(time); HST_cont.loc=534;
	realInput scalar1 = 1; scalar1.loc=3006;
	realInput scalar2 = 1; scalar2.loc=3007;
	realInput scalar3 = 1; scalar3.loc=3008;
	realInput scalar4 = 1; scalar4.loc=3009;
	realInput scalar5 = 1; scalar5.loc=3010;
	realInput scalar6 = 1; scalar6.loc=3011;
	dcndt = time.delta;
	Ftype_h = if (Ftype_h_sw=5 ) ( Ftype_h_scale ) else ( Ftype_h_sw-2);
}

</control>
      <control name="sourceType" value="mml"/>
      <control name="auxName" value=""/>
      <control name="parSetName" value=""/>
      <control name="parSetModified" value="true"/>
      <control name="built" value="true"/>
      <control name="customRTML">&lt;?xml version=&quot;1.0&quot; encoding=&quot;UTF-8&quot;?&gt;
&lt;JSim&gt;
  &lt;menu&gt;
    &lt;page name=&quot;MMID4_model_layout&quot; text=&quot;MMID4 model layout&quot;/&gt;
    &lt;page name=&quot;time_in&quot; text=&quot;time&quot;/&gt;
    &lt;page name=&quot;General_scalars&quot; text=&quot;General scalars&quot;/&gt;
    &lt;menu text=&quot;Input functions&quot;&gt;
                              &lt;page name=&quot;input_f&quot; text=&quot;Input functions and scaling&quot;/&gt;



                              &lt;page name=&quot;Deconv_in&quot; text=&quot;Deconvolution&quot;/&gt;



        &lt;/menu&gt;
    &lt;menu text=&quot;Vascular/microvascular operators&quot;&gt;
                              &lt;page name=&quot;Tubing&quot;/&gt;



                              &lt;page name=&quot;Artery&quot;/&gt;



                              &lt;page name=&quot;Arteriole&quot;/&gt;



                              &lt;menu text=&quot;Tissue-capillary units&quot;&gt;
                                        &lt;page name=&quot;BTEXunit_v&quot; text=&quot;BTEX unit (vascular tracer)&quot;/&gt;



                                        &lt;page name=&quot;BTEXunit_e&quot; text=&quot;BTEX unit (extracellular tracer)&quot;/&gt;



                                        &lt;page name=&quot;BTEXunit_p&quot; text=&quot;BTEX unit (permeant tracer 1)&quot;/&gt;



            &lt;/menu&gt;



                              &lt;page name=&quot;Venule&quot;/&gt;



                              &lt;page name=&quot;Vein&quot;/&gt;



                              &lt;page name=&quot;Nonex_vessels&quot; text=&quot;Non-exchanging vessels&quot;/&gt;



        &lt;/menu&gt;
    &lt;page name=&quot;Recruit&quot; text=&quot;Recruitment&quot;/&gt;
    &lt;menu text=&quot;Flow heterogeneity&quot;&gt;
                              &lt;page name=&quot;Hetero_in&quot; text=&quot;Heterogeneity inputs&quot;/&gt;



                              &lt;page name=&quot;Heterogeneity_Results&quot; text=&quot;Flow heterogeneity results&quot;/&gt;



        &lt;/menu&gt;
    &lt;menu text=&quot;Model outputs&quot;&gt;
                              &lt;page name=&quot;Tracer_Concentrations&quot; text=&quot;Tracer concentrations&quot;/&gt;



                              &lt;page name=&quot;C_by_region&quot; text=&quot;Concentrations by region&quot;/&gt;



                              &lt;page name=&quot;Tracer_Contents&quot; text=&quot;Tracer contents&quot;/&gt;



                              &lt;page name=&quot;Q_switches&quot; text=&quot;Contents switches&quot;/&gt;



                              &lt;page name=&quot;Q_by_region&quot; text=&quot;Contents by region&quot;/&gt;



        &lt;/menu&gt;
  &lt;/menu&gt;
  &lt;page name=&quot;MMID4_model_layout&quot;&gt;
    &lt;image name=&quot;mXid4_top&quot; pos=&quot;0 0&quot; size=&quot;77.8 38.8&quot;/&gt;
    &lt;varButton name=&quot;Fp&quot; pos=&quot;0.8 19.7&quot;/&gt;
    &lt;pageButton name=&quot;Artery&quot; pos=&quot;7.8 19.8&quot;/&gt;
    &lt;pageButton name=&quot;Vein&quot; pos=&quot;64.5 19.8&quot;/&gt;
    &lt;pageButton name=&quot;Arteriole&quot; pos=&quot;22.2 6.9&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_v&quot; pos=&quot;34.6 6.9&quot; text=&quot;BTEX unit&quot;/&gt;
    &lt;pageButton name=&quot;Venule&quot; pos=&quot;47 6.9&quot;/&gt;
    &lt;pageButton name=&quot;Tubing&quot; pos=&quot;61.8 0.9&quot;/&gt;
    &lt;pageButton name=&quot;Recruit&quot; pos=&quot;61.8 4&quot;/&gt;
    &lt;pageButton name=&quot;Hetero_in&quot; pos=&quot;61.8 7.2&quot; text=&quot;Heterogeneity&quot;/&gt;
    &lt;pageButton name=&quot;Deconv_in&quot; pos=&quot;61.8 10.3&quot; text=&quot;Deconvolution&quot;/&gt;
    &lt;pageButton name=&quot;input_f&quot; pos=&quot;61.8 13.4&quot; text=&quot;Input functions&quot;/&gt;
    &lt;pageButton name=&quot;Outputf&quot; pos=&quot;61.8 35.9&quot;/&gt;
    &lt;table pos=&quot;22.9 28.3&quot; widths=&quot;0 7 0&quot;&gt;
	                  &lt;var name=&quot;Npath_int&quot; text=&quot;&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;time_in&quot;&gt;
    &lt;text pos=&quot;0.4 0.4&quot; text=&quot;Independent variable: time&quot;/&gt;
    &lt;table pos=&quot;0.4 2.4&quot; widths=&quot;10 7 7&quot;&gt;
	                        &lt;var name=&quot;time.min&quot; text=&quot;Start&quot;/&gt;


	                        &lt;var name=&quot;time.max&quot; text=&quot;Stop&quot;/&gt;


	                        &lt;var name=&quot;time.ct&quot; text=&quot;Number of values&quot;/&gt;


	                        &lt;var name=&quot;time.delta&quot; text=&quot;Increment&quot;/&gt;


    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Tubing&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 1.2&quot; text=&quot;Inlet&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;8 7 0&quot;&gt;
	                  &lt;var name=&quot;Vtube_i&quot;/&gt;



	                  &lt;var name=&quot;RDtube_i&quot;/&gt;



    &lt;/table&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 15.4&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 16.6&quot; text=&quot;Outlet&quot;/&gt;
    &lt;table pos=&quot;6.6 19.3&quot; widths=&quot;8 7 0&quot;&gt;
	                  &lt;var name=&quot;Vtube_o&quot;/&gt;



	                  &lt;var name=&quot;RDtube_o&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Nonex_vessels&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 1.2&quot; text=&quot;Artery&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;5 7 0&quot;&gt;
	                  &lt;var name=&quot;Vart&quot;/&gt;



	                  &lt;var name=&quot;RDart&quot;/&gt;



    &lt;/table&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 15.4&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 16.6&quot; text=&quot;Arteriole&quot;/&gt;
    &lt;table pos=&quot;6.6 19.3&quot; widths=&quot;6 7 0&quot;&gt;
	                  &lt;var name=&quot;Vartl&quot;/&gt;



	                  &lt;var name=&quot;RDartl&quot;/&gt;



    &lt;/table&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 30.8&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 32&quot; text=&quot;Venule&quot;/&gt;
    &lt;table pos=&quot;6.6 34.7&quot; widths=&quot;6 7 0&quot;&gt;
	                  &lt;var name=&quot;Vvenl&quot;/&gt;



	                  &lt;var name=&quot;RDvenl&quot;/&gt;



    &lt;/table&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 46.2&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;text pos=&quot;9.3 47.4&quot; text=&quot;Vein&quot;/&gt;
    &lt;table pos=&quot;6.6 50.1&quot; widths=&quot;5 7 0&quot;&gt;
	                  &lt;var name=&quot;Vven&quot;/&gt;



	                  &lt;var name=&quot;RDven&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Artery&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;5 7 0&quot;&gt;
	                  &lt;var name=&quot;Vart&quot;/&gt;



	                  &lt;var name=&quot;RDart&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Arteriole&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;6 7 0&quot;&gt;
	                  &lt;var name=&quot;Vartl&quot;/&gt;



	                  &lt;var name=&quot;RDartl&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;BTEXunit_v&quot;&gt;
    &lt;image name=&quot;mXid4_vbtex&quot; pos=&quot;0 0&quot; size=&quot;76.1 39.1&quot;/&gt;
    &lt;text pos=&quot;0.8 0&quot; text=&quot;Vascular unit&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_e&quot; pos=&quot;0.8 2.5&quot; text=&quot;Extracellular unit&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_p&quot; pos=&quot;0.8 4.9&quot; text=&quot;Permeant unit&quot;/&gt;
    &lt;varButton name=&quot;clngth&quot; pos=&quot;36.1 8&quot; text=&quot;Capillary length&quot;/&gt;
    &lt;varButton name=&quot;v_Czero&quot; pos=&quot;64.7 2.1&quot; text=&quot;C @ t=0&quot;/&gt;
    &lt;varButton name=&quot;v_Dp&quot; pos=&quot;18.3 8&quot; text=&quot;Dp&quot;/&gt;
    &lt;varButton name=&quot;Vp&quot; pos=&quot;54 12.3&quot;/&gt;
    &lt;varButton name=&quot;v_PSg&quot; pos=&quot;22.8 15&quot; text=&quot;PSg&quot;/&gt;
    &lt;varButton name=&quot;v_Visfp&quot; pos=&quot;54 26.4&quot; text=&quot;V&amp;apos;isf&quot;/&gt;
    &lt;table pos=&quot;36.1 3.3&quot; widths=&quot;4 7 0&quot;&gt;
	                  &lt;var name=&quot;Nseg_int&quot; text=&quot;Nseg&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;BTEXunit_e&quot;&gt;
    &lt;image name=&quot;mXid4_ebtex&quot; pos=&quot;0 0&quot; size=&quot;76.3 39.3&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_v&quot; pos=&quot;0.8 0.2&quot; text=&quot;Vascular unit&quot;/&gt;
    &lt;text pos=&quot;0.8 2.4&quot; text=&quot;Extracellular unit&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_p&quot; pos=&quot;0.8 4.9&quot; text=&quot;Permeant unit&quot;/&gt;
    &lt;varButton name=&quot;clngth&quot; pos=&quot;36.2 8&quot; text=&quot;Capillary length&quot;/&gt;
    &lt;varButton name=&quot;e_Czero&quot; pos=&quot;64.8 2.1&quot; text=&quot;C @ t=0&quot;/&gt;
    &lt;varButton name=&quot;e_Dp&quot; pos=&quot;18.3 8&quot; text=&quot;Dp&quot;/&gt;
    &lt;varButton name=&quot;Vp&quot; pos=&quot;54.1 12.3&quot;/&gt;
    &lt;varButton name=&quot;e_PSg&quot; pos=&quot;22.9 15.1&quot; text=&quot;PSg&quot;/&gt;
    &lt;varButton name=&quot;e_Disf&quot; pos=&quot;18.3 24.9&quot; text=&quot;Disf&quot;/&gt;
    &lt;varButton name=&quot;e_Visfp&quot; pos=&quot;54.1 26.5&quot; text=&quot;V&amp;apos;isf&quot;/&gt;
    &lt;varButton name=&quot;e_fVisf2&quot; pos=&quot;20.6 32.4&quot; text=&quot;f Visf&quot;/&gt;
    &lt;varButton name=&quot;e_PSisf&quot; pos=&quot;22.5 26.5&quot; text=&quot;PSisf&quot;/&gt;
    &lt;table pos=&quot;36.2 3.3&quot; widths=&quot;4 7 0&quot;&gt;
	                  &lt;var name=&quot;Nseg_int&quot; text=&quot;Nseg&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;BTEXunit_p&quot;&gt;
    &lt;image name=&quot;mXid4_pbtex&quot; pos=&quot;0 0&quot; size=&quot;76.1 39.2&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_v&quot; pos=&quot;0.8 0.2&quot; text=&quot;Vascular unit&quot;/&gt;
    &lt;pageButton name=&quot;BTEXunit_e&quot; pos=&quot;0.8 2.5&quot; text=&quot;Extracellular unit&quot;/&gt;
    &lt;text pos=&quot;0.8 4.7&quot; text=&quot;Permeant unit&quot;/&gt;
    &lt;varButton name=&quot;clngth&quot; pos=&quot;36.1 8&quot; text=&quot;Capillary length&quot;/&gt;
    &lt;varButton name=&quot;p_Czero&quot; pos=&quot;64.7 2.1&quot; text=&quot;C @ t=0&quot;/&gt;
    &lt;varButton name=&quot;p_Dp&quot; pos=&quot;18.3 8&quot; text=&quot;Dp&quot;/&gt;
    &lt;varButton name=&quot;Vp&quot; pos=&quot;54 12.3&quot;/&gt;
    &lt;varButton name=&quot;p_Gp&quot; pos=&quot;46 12.3&quot; text=&quot;Gp&quot;/&gt;
    &lt;varButton name=&quot;p_PSecl&quot; pos=&quot;32.3 15.1&quot; text=&quot;PSecl&quot;/&gt;
    &lt;varButton name=&quot;p_PSg&quot; pos=&quot;22.8 15.1&quot; text=&quot;PSg&quot;/&gt;
    &lt;varButton name=&quot;p_Dec&quot; pos=&quot;18.3 19.2&quot; text=&quot;Dec&quot;/&gt;
    &lt;varButton name=&quot;p_Vecp&quot; pos=&quot;56.3 20.5&quot; text=&quot;V&amp;apos;ec&quot;/&gt;
    &lt;varButton name=&quot;p_Gec&quot; pos=&quot;42.6 19.8&quot; text=&quot;Gec&quot;/&gt;
    &lt;varButton name=&quot;p_PSeca&quot; pos=&quot;36.9 26.4&quot; text=&quot;PSeca&quot;/&gt;
    &lt;varButton name=&quot;p_Disf&quot; pos=&quot;18.3 24.8&quot; text=&quot;Disf&quot;/&gt;
    &lt;varButton name=&quot;p_Visfp&quot; pos=&quot;54 26.4&quot; text=&quot;V&amp;apos;isf&quot;/&gt;
    &lt;varButton name=&quot;p_Gisf&quot; pos=&quot;45.7 24.8&quot; text=&quot;Gisf&quot;/&gt;
    &lt;varButton name=&quot;p_PSpc1&quot; pos=&quot;28.5 26.4&quot; text=&quot;PSpc1&quot;/&gt;
    &lt;varButton name=&quot;p_PSpc2&quot; pos=&quot;22.1 30.3&quot; text=&quot;PSpc2&quot;/&gt;
    &lt;varButton name=&quot;p_PSisf&quot; pos=&quot;22.4 26.4&quot; text=&quot;PSisf&quot;/&gt;
    &lt;varButton name=&quot;p_fVisf2&quot; pos=&quot;24.3 32.7&quot; text=&quot;f Visf&quot;/&gt;
    &lt;varButton name=&quot;p_Gpc&quot; pos=&quot;42.6 31.5&quot; text=&quot;Gpc&quot;/&gt;
    &lt;varButton name=&quot;p_Dpc&quot; pos=&quot;17.1 30.5&quot; text=&quot;Dpc&quot;/&gt;
    &lt;varButton name=&quot;p_Vpcp&quot; pos=&quot;56.3 32.3&quot; text=&quot;V&amp;apos;pc&quot;/&gt;
    &lt;table pos=&quot;36.1 3.3&quot; widths=&quot;4 7 0&quot;&gt;
	                  &lt;var name=&quot;Nseg_int&quot; text=&quot;Nseg&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Venule&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;6 7 0&quot;&gt;
	                  &lt;var name=&quot;Vvenl&quot;/&gt;



	                  &lt;var name=&quot;RDvenl&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Vein&quot;&gt;
    &lt;image name=&quot;mXid4_vasop&quot; pos=&quot;0 0&quot; size=&quot;25.3 13.8&quot;/&gt;
    &lt;table pos=&quot;6.6 3.9&quot; widths=&quot;5 7 0&quot;&gt;
	                  &lt;var name=&quot;Vven&quot;/&gt;



	                  &lt;var name=&quot;RDven&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Deconv_in&quot;&gt;
    &lt;table pos=&quot;0 0&quot; widths=&quot;15 7 0&quot;&gt;
	                        &lt;var name=&quot;deconv_sw&quot; text=&quot;Use deconvolution?&quot;/&gt;




    &lt;/table&gt;
    &lt;table pos=&quot;0 3&quot; widths=&quot;15 7 0&quot;&gt;
	                        &lt;var name=&quot;Smooth&quot; text=&quot;Deconvolution smoothing factor&quot;/&gt;




	                        &lt;var name=&quot;Smooth_opt_sw&quot; text=&quot;Optimize smoothing factor?&quot;/&gt;




	                        &lt;var name=&quot;Smooth_out&quot; text=&quot;          Optimized factor&quot;/&gt;




    &lt;/table&gt;
    &lt;table pos=&quot;0 9&quot; widths=&quot;15 7 7&quot;&gt;
	                        &lt;var name=&quot;Smooth_tail_sw&quot; text=&quot;Data tail extension&quot;/&gt;




	                        &lt;var name=&quot;Smooth_tail_t&quot; text=&quot;Time to start tail extension&quot;/&gt;




    &lt;/table&gt;
    &lt;table pos=&quot;0 14&quot; widths=&quot;15 7 7&quot;&gt;
	                        &lt;var name=&quot;dcn_t.min&quot; text=&quot;Start of ref. curve&quot;/&gt;


	                        &lt;var name=&quot;dcn_t.max&quot; text=&quot;End of ref. curve&quot;/&gt;


	                        &lt;var name=&quot;dcn_t.ct&quot; text=&quot;Number of ref. values&quot;/&gt;


	                        &lt;var name=&quot;dcn_t.delta&quot; text=&quot;Interval between ref. values&quot;/&gt;


	                        &lt;var name=&quot;d_curve&quot; text=&quot;Reference curve&quot;/&gt;


    &lt;/table&gt;
    &lt;table pos=&quot;0 24&quot; widths=&quot;15 7 0&quot;&gt;
	                        &lt;var name=&quot;e_Scale&quot; text=&quot;Extracellular input scale factor&quot;/&gt;




	                        &lt;var name=&quot;p_Scale&quot; text=&quot;Permeant input scale factor&quot;/&gt;





    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;input_f&quot;&gt;
    &lt;table pos=&quot;0.4 0.4&quot; widths=&quot;10 7 0&quot;&gt;
	                  &lt;var name=&quot;scaling_sw&quot; text=&quot;Use input function scaling?&quot;/&gt;



    &lt;/table&gt;
    &lt;table pos=&quot;0.4 3&quot; widths=&quot;10 7 0&quot;&gt;
	                  &lt;var name=&quot;Cin_vascular&quot; text=&quot;Vascular input&quot;/&gt;



	                  &lt;var name=&quot;Cin_extracellular&quot; text=&quot;Extracellular input&quot;/&gt;



	                  &lt;var name=&quot;Cin_permeant&quot; text=&quot;Permeant input&quot;/&gt;



    &lt;/table&gt;
    &lt;table pos=&quot;17.4 3&quot; widths=&quot;8 7 0&quot;&gt;
	                  &lt;var name=&quot;v_Scale&quot; text=&quot;scale factor&quot;/&gt;



	                  &lt;var name=&quot;e_Scale&quot; text=&quot;scale factor&quot;/&gt;



	                  &lt;var name=&quot;p_Scale&quot; text=&quot;scale factor&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Recruit&quot;&gt;
    &lt;table pos=&quot;0 0&quot; widths=&quot;15 7 0&quot;&gt;
	                  &lt;var name=&quot;Alpha__recruit_&quot; text=&quot;Alpha (recruit)&quot;/&gt;



	                  &lt;var name=&quot;Alpha__optimal_&quot; text=&quot;Alpha (optimal)&quot;/&gt;



    &lt;/table&gt;
  &lt;/page&gt;
  &lt;page name=&quot;Hetero_in&quot;&gt;

&lt;table pos=&quot;0.4 0.4&quot; widths=&quot;10 10 0&quot;&gt;
&lt;var name=&quot;Model_h&quot; text=&quot;PDF Model&quot;/&gt;
&lt;/table&gt;
&lt;text pos=&quot;0.4 3.9&quot; text=&quot;Lagged normal and random walk:&quot;/&gt;
&lt;table pos=&quot;0.4 5.6&quot; widths=&quot;10 7 0&quot;&gt;
&lt;var name=&quot;RD_h&quot; text=&quot;RD&quot;/&gt;
&lt;var name=&quot;Skew_h&quot; text=&quot;Skewness&quot;/&gt;
&lt;/table&gt;
&lt;text pos=&quot;0.4 10.4&quot; text=&quot;PDF Function generator&quot;/&gt;
&lt;table pos=&quot;0.4 12.1&quot; widths=&quot;10 7 0&quot;&gt;
&lt;var name=&quot;relFlows.min&quot; text=&quot;relFlows.min&quot;/&gt;
&lt;var name=&quot;relFlows.max&quot; text=&quot;relFlows.max&quot;/&gt;
&lt;var name=&quot;relFlows.delta&quot; text=&quot;relFlows.delta&quot;/&gt;
&lt;var name=&quot;relFlows.ct&quot; text=&quot;relFlows.ct&quot;/&gt;
&lt;var name=&quot;frMass&quot; text=&quot;Probability density&quot;/&gt;
&lt;/table&gt;
&lt;pageButton name=&quot;User_PDF&quot; pos=&quot;0.4 20.9&quot; text=&quot;User-specified PDF&quot;/&gt;
&lt;text pos=&quot;0.4 23.9&quot; text=&quot;Smoothing and clipping:&quot;/&gt;
&lt;table pos=&quot;0.4 25.6&quot; widths=&quot;10 7 0&quot;&gt;
&lt;var name=&quot;Smooth_h_sw&quot; text=&quot;PDF smoothing?&quot;/&gt;
&lt;var name=&quot;Limit_F_h_sw&quot; text=&quot;PDF clipping&quot;/&gt;
&lt;var name=&quot;Minfi_h&quot; text=&quot;     minimum fi&quot;/&gt;
&lt;var name=&quot;Maxfi_h&quot; text=&quot;     maximum fi&quot;/&gt;
&lt;/table&gt;
&lt;text pos=&quot;0.4 32.8&quot; text=&quot;Pathway flows:&quot;/&gt;
&lt;table pos=&quot;0.4 34.4&quot; widths=&quot;10 7 0&quot;&gt;
&lt;var name=&quot;Ftype_h_sw&quot; text=&quot;Selection method&quot;/&gt;
&lt;var name=&quot;Ftype_h_scale&quot; text=&quot;     scale factor&quot;/&gt;
&lt;!--     &lt;var name=&quot;Copy_h_sw&quot; text=&quot;Copy to user PDF?&quot;/&gt;    --&gt;
&lt;/table&gt;
&lt;pageButton name=&quot;User_fout&quot; pos=&quot;0.6 39.2&quot; text=&quot;User-specified flows&quot;/&gt;
&lt;/page&gt;
&lt;page name=&quot;User_fout&quot;&gt;
&lt;text pos=&quot;0.4 0.4&quot; text=&quot;User-specified flows&quot;/&gt;
&lt;text pos=&quot;7.6 1.4&quot; text=&quot;Fin&quot;/&gt;
&lt;table pos=&quot;4.6 3.1&quot; widths=&quot;3 7 0&quot;&gt;
&lt;var name=&quot;Fout_h_1&quot; text=&quot;1&quot;/&gt;
&lt;var name=&quot;Fout_h_2&quot; text=&quot;2&quot;/&gt;
&lt;var name=&quot;Fout_h_3&quot; text=&quot;3&quot;/&gt;
&lt;var name=&quot;Fout_h_4&quot; text=&quot;4&quot;/&gt;
&lt;var name=&quot;Fout_h_5&quot; text=&quot;5&quot;/&gt;
&lt;var name=&quot;Fout_h_6&quot; text=&quot;6&quot;/&gt;
&lt;var name=&quot;Fout_h_7&quot; text=&quot;7&quot;/&gt;
&lt;var name=&quot;Fout_h_8&quot; text=&quot;8&quot;/&gt;
&lt;var name=&quot;Fout_h_9&quot; text=&quot;9&quot;/&gt;
&lt;var name=&quot;Fout_h_10&quot; text=&quot;10&quot;/&gt;
&lt;var name=&quot;Fout_h_11&quot; text=&quot;11&quot;/&gt;
&lt;var name=&quot;Fout_h_12&quot; text=&quot;12&quot;/&gt;
&lt;var name=&quot;Fout_h_13&quot; text=&quot;13&quot;/&gt;
&lt;var name=&quot;Fout_h_14&quot; text=&quot;14&quot;/&gt;
&lt;var name=&quot;Fout_h_15&quot; text=&quot;15&quot;/&gt;
&lt;var name=&quot;Fout_h_16&quot; text=&quot;16&quot;/&gt;
&lt;var name=&quot;Fout_h_17&quot; text=&quot;17&quot;/&gt;
&lt;var name=&quot;Fout_h_18&quot; text=&quot;18&quot;/&gt;
&lt;var name=&quot;Fout_h_19&quot; text=&quot;19&quot;/&gt;
&lt;var name=&quot;Fout_h_20&quot; text=&quot;20&quot;/&gt;
&lt;/table&gt;
&lt;/page&gt;
&lt;page name=&quot;User_PDF&quot;&gt;
&lt;text pos=&quot;10 0.4&quot; text=&quot;User-specified PDF&quot;/&gt;
&lt;table pos=&quot;4.6 2.4&quot; widths=&quot;10 7 0&quot;&gt;
&lt;var name=&quot;Nvalin&quot; text=&quot;Number of values&quot;/&gt;
&lt;/table&gt;
&lt;text pos=&quot;7.6 4.4&quot; text=&quot;Fin&quot;/&gt;
&lt;table pos=&quot;4.6 6.1&quot; widths=&quot;3 7 0&quot;&gt;
&lt;var name=&quot;Fin_h_1&quot; text=&quot;1&quot;/&gt;
&lt;var name=&quot;Fin_h_2&quot; text=&quot;2&quot;/&gt;
&lt;var name=&quot;Fin_h_3&quot; text=&quot;3&quot;/&gt;
&lt;var name=&quot;Fin_h_4&quot; text=&quot;4&quot;/&gt;
&lt;var name=&quot;Fin_h_5&quot; text=&quot;5&quot;/&gt;
&lt;var name=&quot;Fin_h_6&quot; text=&quot;6&quot;/&gt;
&lt;var name=&quot;Fin_h_7&quot; text=&quot;7&quot;/&gt;
&lt;var name=&quot;Fin_h_8&quot; text=&quot;8&quot;/&gt;
&lt;var name=&quot;Fin_h_9&quot; text=&quot;9&quot;/&gt;
&lt;var name=&quot;Fin_h_10&quot; text=&quot;10&quot;/&gt;
&lt;var name=&quot;Fin_h_11&quot; text=&quot;11&quot;/&gt;
&lt;var name=&quot;Fin_h_12&quot; text=&quot;12&quot;/&gt;
&lt;var name=&quot;Fin_h_13&quot; text=&quot;13&quot;/&gt;
&lt;var name=&quot;Fin_h_14&quot; text=&quot;14&quot;/&gt;
&lt;var name=&quot;Fin_h_15&quot; text=&quot;15&quot;/&gt;
&lt;var name=&quot;Fin_h_16&quot; text=&quot;16&quot;/&gt;
&lt;var name=&quot;Fin_h_17&quot; text=&quot;17&quot;/&gt;
&lt;var name=&quot;Fin_h_18&quot; text=&quot;18&quot;/&gt;
&lt;var name=&quot;Fin_h_19&quot; text=&quot;19&quot;/&gt;
&lt;var name=&quot;Fin_h_20&quot; text=&quot;20&quot;/&gt;
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            <control name="ode_CVode_stiff" value="false"/>
            <control name="pde_which" value="MacCormack"/>
            <control name="pde_MacCormack_FCT" value="false"/>
            <control name="fzero_unbound" value="ggopt"/>
            <control name="fzero_bound" value="simplex"/>
            <control name="fzero_errtol" value="1E-6"/>
            <control name="fzero_maxcalls" value="500"/>
            <control name="fzero_maxiters" value="100"/>
            <control name="fzero_eps" value="1E-6"/>
            <control name="fzero_istep" value=".01"/>
            <control name="fzero_npoints" value="5"/>
            <control name="fzero_randseed" value="0"/>
            <control name="fzero_inittemp" value="100"/>
            <control name="random_seed" value="0"/>
          </solver>
          <function name="fgen_1">
            <control name="desc" value=""/>
            <control name="which" value="LagNormal"/>
            <function name="Pulse1">
              <control name="startTime" value="0"/>
              <control name="duration" value="1"/>
              <control name="amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="timeToRepeat" value="10"/>
            </function>
            <function name="Pulse2">
              <control name="p1Start" value="0"/>
              <control name="p1Duration" value="1"/>
              <control name="p1Amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="p1TimeToRepeat" value="10"/>
              <control name="p2Start" value="1"/>
              <control name="p2Duration" value="2"/>
              <control name="p2Amplitude" value="2"/>
              <control name="p2TimeToRepeat" value="0"/>
            </function>
            <function name="Pulse3">
              <control name="p1Start" value="0"/>
              <control name="p1Duration" value="1"/>
              <control name="p1Amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="p1TimeToRepeat" value="10"/>
              <control name="p2Start" value="1"/>
              <control name="p2Duration" value="2"/>
              <control name="p2Amplitude" value="2"/>
              <control name="p2TimeToRepeat" value="0"/>
              <control name="p3Start" value="3"/>
              <control name="p3Duration" value="3"/>
              <control name="p3Amplitude" value="3"/>
              <control name="p3TimeToRepeat" value="0"/>
            </function>
            <function name="ExtendedPulse3">
              <control name="offset" value="0"/>
              <control name="timeToRepeat" value="3"/>
              <control name="p1Start" value="0"/>
              <control name="p1Duration" value=".5"/>
              <control name="p1Amplitude" value="1"/>
              <control name="p1LoopCnt" value="1"/>
              <control name="p1AmpIncr" value="0"/>
              <control name="p2Start" value="1"/>
              <control name="p2Duration" value=".5"/>
              <control name="p2Amplitude" value="2"/>
              <control name="p2LoopCnt" value="3"/>
              <control name="p2AmpIncr" value=".5"/>
              <control name="p3Start" value="2"/>
              <control name="p3Duration" value=".5"/>
              <control name="p3Amplitude" value="3"/>
              <control name="p3LoopCnt" value="0"/>
              <control name="p3AmpIncr" value="0"/>
            </function>
            <function name="Ramp">
              <control name="startTime" value="1"/>
              <control name="duration" value="5"/>
              <control name="amplitude" value="-1"/>
              <control name="offset" value="1"/>
              <control name="exponent" value="3"/>
              <control name="timeToRepeat" value="10"/>
            </function>
            <function name="SquareWaveTrain">
              <control name="startTime" value="0"/>
              <control name="duration" value="10"/>
              <control name="amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="shapeFactor" value=".5"/>
              <control name="phase" value="0"/>
              <control name="period" value="5"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="SawtoothTrain">
              <control name="startTime" value="0"/>
              <control name="duration" value="10"/>
              <control name="amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="shapeFactor" value=".5"/>
              <control name="phase" value="0"/>
              <control name="period" value="5"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="SineTrain">
              <control name="startTime" value="0"/>
              <control name="duration" value="5"/>
              <control name="amplitude" value="1"/>
              <control name="offset" value="0"/>
              <control name="phase" value="0"/>
              <control name="period" value="5"/>
              <control name="timeToRepeat" value="10"/>
            </function>
            <function name="Exponential">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="frPeak" value="1E-6"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="Gaussian">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="frPeak" value="1E-6"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="LagNormal">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="skewn" value="1"/>
              <control name="frPeak" value="0"/>
              <control name="upslope" value="Regular"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="Longtail">
              <control name="PDF" value="LagNormal"/>
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="skewn" value="1.3"/>
              <control name="frPeak" value="1E-6"/>
              <control name="upslope" value="Regular"/>
              <control name="tORfr" value="frJoin"/>
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              <control name="frJoin" value=".25"/>
              <control name="expORpow" value="Exponential"/>
              <control name="nExp" value="1"/>
              <control name="w1" value="1"/>
              <control name="w2" value=".25"/>
              <control name="w3" value=".0625"/>
              <control name="w4" value=".015625"/>
              <control name="k1" value="1"/>
              <control name="k2" value=".25"/>
              <control name="k3" value=".0625"/>
              <control name="k4" value=".015625"/>
              <control name="nPow" value="1"/>
              <control name="wpow1" value="1"/>
              <control name="wpow2" value=".5"/>
              <control name="wpow3" value=".25"/>
              <control name="wpow4" value=".125"/>
              <control name="beta1" value="2"/>
              <control name="beta2" value="1.5"/>
              <control name="beta3" value="1"/>
              <control name="beta4" value=".5"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="GammaVar">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="skewn" value="1.3"/>
              <control name="frPeak" value="1E-6"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="Poisson">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="frPeak" value="1E-6"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="RandomWalk">
              <control name="area" value="1"/>
              <control name="tMean" value="5"/>
              <control name="RD" value=".3"/>
              <control name="skewn" value="1"/>
              <control name="frPeak" value="1E-6"/>
              <control name="timeToRepeat" value="0"/>
            </function>
            <function name="DataCurve">
              <control name="ndim" value="1"/>
              <control name="dataSet" value=""/>
              <control name="name" value=""/>
            </function>
            <control name="domain0" value="time"/>
            <control name="domain1" value=""/>
            <control name="domain2" value=""/>
          </function>
          <assign name="vars">
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            <control name="time.max" value="30"/>
            <control name="time.delta" value=".1"/>
            <control name="x20.min" value="1"/>
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            <control name="x20.delta" value="1"/>
            <control name="x30.min" value="1"/>
            <control name="x30.max" value="30"/>
            <control name="x30.delta" value="1"/>
            <control name="scaling_sw" value="0"/>
            <control name="v_Scale" value="1"/>
            <control name="e_Scale" value="1"/>
            <control name="p_Scale" value="1"/>
            <control name="deconv_sw" value="13"/>
            <control name="dcn_t.min" value="0"/>
            <control name="dcn_t.max" value="20"/>
            <control name="dcn_t.delta" value=".4"/>
            <control name="trans_model_sw" value="2"/>
            <control name="Smooth_opt_sw" value="0"/>
            <control name="Smooth_tail_sw" value="0"/>
            <control name="d_curve_index" value="1"/>
            <control name="Smooth" value="1"/>
            <control name="Smooth_tail_t" value="0"/>
            <control name="Deconv_wvar" value=".5"/>
            <control name="Fp" value="1"/>
            <control name="Vp" value=".03"/>
            <control name="Npath_int" value="20"/>
            <control name="Nseg_int" value="7"/>
            <control name="clngth" value=".1"/>
            <control name="Vtube_i" value="0"/>
            <control name="RDtube_i" value="0"/>
            <control name="Vart" value="0"/>
            <control name="RDart" value="0"/>
            <control name="Vartl" value="0"/>
            <control name="RDartl" value="0"/>
            <control name="Vvenl" value="0"/>
            <control name="RDvenl" value="0"/>
            <control name="Vven" value="0"/>
            <control name="RDven" value="0"/>
            <control name="Vtube_o" value="0"/>
            <control name="RDtube_o" value="0"/>
            <control name="Alpha__recruit_" value="0"/>
            <control name="Alpha__optimal_" value="0"/>
            <control name="all_calc_Q" value="1"/>
            <control name="v_Dp" value="0"/>
            <control name="v_PSg" value="0"/>
            <control name="v_Visfp" value=".35"/>
            <control name="v_Czero" value="0"/>
            <control name="e_Dp" value="0"/>
            <control name="e_PSg" value="1"/>
            <control name="e_Visfp" value=".35"/>
            <control name="e_fVisf2" value="0"/>
            <control name="e_Disf" value="0"/>
            <control name="e_PSisf" value="0"/>
            <control name="e_Czero" value="0"/>
            <control name="p_Gp" value="0"/>
            <control name="p_Dp" value="0"/>
            <control name="p_PSecl" value="1"/>
            <control name="p_PSeca" value="1"/>
            <control name="p_Vecp" value=".015"/>
            <control name="p_Gec" value="0"/>
            <control name="p_Dec" value="0"/>
            <control name="p_PSg" value="1"/>
            <control name="p_Visfp" value=".35"/>
            <control name="p_Gisf" value="0"/>
            <control name="p_Disf" value="0"/>
            <control name="p_PSpc1" value="1"/>
            <control name="p_PSisf" value="1"/>
            <control name="p_fVisf2" value="0"/>
            <control name="p_PSpc2" value="1"/>
            <control name="p_Vpcp" value=".6"/>
            <control name="p_Gpc" value="0"/>
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            <control name="p_Czero" value="0"/>
            <control name="p_Gp_2" value="0"/>
            <control name="p_Rp_2" value="1"/>
            <control name="p_Dp_2" value="0"/>
            <control name="p_PSecl_2" value="1"/>
            <control name="p_PSeca_2" value="1"/>
            <control name="p_Vecp_2" value=".015"/>
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            <control name="p_Rec_2" value="1"/>
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            <control name="p_Visfp_2" value=".35"/>
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            <control name="p_Risf_2" value="1"/>
            <control name="p_Disf_2" value="0"/>
            <control name="p_PSpc1_2" value="1"/>
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            <control name="p_fVisf2_2" value="0"/>
            <control name="p_PSpc2_2" value="1"/>
            <control name="p_Vpcp_2" value=".6"/>
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            <control name="p_Rpc_2" value="1"/>
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            <control name="p_Czero_2" value="0"/>
            <control name="p_Gp_3" value="0"/>
            <control name="p_Rp_3" value="1"/>
            <control name="p_Dp_3" value="0"/>
            <control name="p_PSecl_3" value="1"/>
            <control name="p_PSeca_3" value="1"/>
            <control name="p_Vecp_3" value=".015"/>
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            <control name="p_PSg_3" value="1"/>
            <control name="p_Visfp_3" value=".35"/>
            <control name="p_Gisf_3" value="0"/>
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            <control name="p_Disf_3" value="0"/>
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            <control name="p_fVisf2_3" value="0"/>
            <control name="p_PSpc2_3" value="1"/>
            <control name="p_Vpcp_3" value=".6"/>
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            <control name="p_Czero_3" value="0"/>
            <control name="p_Gp_4" value="0"/>
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            <control name="p_PSecl_4" value="1"/>
            <control name="p_PSeca_4" value="1"/>
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            <control name="p_Gp_5" value="0"/>
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            <control name="p_Czero_5" value="0"/>
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            <control name="Model_h" value="1"/>
            <control name="Smooth_h_sw" value="0"/>
            <control name="Copy_h_sw" value="0"/>
            <control name="Limit_F_h_sw" value="0"/>
            <control name="Ftype_h_sw" value="4"/>
            <control name="Ftype_h_scale" value=".6"/>
            <control name="Dummy_h" value="0"/>
            <control name="RD_h" value=".4"/>
            <control name="Skew_h" value="1"/>
            <control name="Kurt_h" value="1"/>
            <control name="Minfi_h" value="0"/>
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            <control name="Fout_h_5" value="0"/>
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            <control name="Fout_h_9" value="0"/>
            <control name="Fout_h_10" value="0"/>
            <control name="Fout_h_11" value="0"/>
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            <control name="Fout_h_13" value="0"/>
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            <control name="Fout_h_17" value="0"/>
            <control name="Fout_h_18" value="0"/>
            <control name="Fout_h_19" value="0"/>
            <control name="Fout_h_20" value="0"/>
            <control name="relFlows.min" value=".05"/>
            <control name="relFlows.max" value="2.95"/>
            <control name="relFlows.delta" value=".1"/>
            <control name="Nvalin" value="30"/>
            <control name="Fin_h_1" value="0"/>
            <control name="Fin_h_2" value="0"/>
            <control name="Fin_h_3" value="0"/>
            <control name="Fin_h_4" value="0"/>
            <control name="Fin_h_5" value="0"/>
            <control name="Fin_h_6" value="0"/>
            <control name="Fin_h_7" value="0"/>
            <control name="Fin_h_8" value="0"/>
            <control name="Fin_h_9" value="0"/>
            <control name="Fin_h_10" value="0"/>
            <control name="Fin_h_11" value="0"/>
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            <control name="Fin_h_13" value="0"/>
            <control name="Fin_h_14" value="0"/>
            <control name="Fin_h_15" value="0"/>
            <control name="Fin_h_16" value="0"/>
            <control name="Fin_h_17" value="0"/>
            <control name="Fin_h_18" value="0"/>
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            <control name="Fin_h_20" value="0"/>
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            <control name="Fin_h_22" value="0"/>
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            <control name="Fin_h_30" value="0"/>
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            <control name="WDin_h_14" value="0"/>
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            <control name="WDin_h_17" value="0"/>
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            <control name="WDin_h_20" value="0"/>
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            <control name="WDin_h_22" value="0"/>
            <control name="WDin_h_23" value="0"/>
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            <control name="WDin_h_25" value="0"/>
            <control name="WDin_h_26" value="0"/>
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            <control name="WDin_h_28" value="0"/>
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            <control name="WDin_h_30" value="0"/>
            <control name="Q_use_ti_sw" value="0"/>
            <control name="Q_use_art_sw" value="1"/>
            <control name="Q_use_artl_sw" value="1"/>
            <control name="Q_use_cap_sw" value="1"/>
            <control name="Q_use_venl_sw" value="1"/>
            <control name="Q_use_ven_sw" value="1"/>
            <control name="Q_use_to_sw" value="0"/>
            <control name="C_path_sw" value="0"/>
            <control name="C_path_wt_sw" value="0"/>
            <control name="Q_path_sw" value="0"/>
            <control name="Plotmax_h" value="3"/>
            <control name="scalar1" value="1"/>
            <control name="scalar2" value="1"/>
            <control name="scalar3" value="1"/>
            <control name="scalar4" value="1"/>
            <control name="scalar5" value="1"/>
            <control name="scalar6" value="1"/>
            <control name="Cin_vascular" value="fgen_1"/>
            <control name="Cin_extracellular" value="fgen_1"/>
            <control name="Cin_permeant" value="fgen_1"/>
            <control name="d_curve" value="0"/>
            <control name="frMass" value="0"/>
          </assign>
        </vars>
        <control name="desc" value=""/>
        <control name="notes"></control>
      </parset>
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  </project>
</JSim>
