Options()
 {
  Ensembles=5000;
 };
 Plot()
 {
  Outlier_Model("General",T(5.0),U(0,4),"t");
  P_Sequence("M79",100,1.0,U(-2,2))
  {
   Boundary()
   {
    z=547.4177;
   };
   Date("Peak #49",N(calBP(835000.0),2250.0))
   {
    Outlier(0.05);
    z=542.3762;
   };
   Date("Peak #48",N(calBP(827000.0),2250.0))
   {
    Outlier(0.05);
    z=533.343;
   };
   Date("Peak #47",N(calBP(821000.0),2250.0))
   {
    Outlier(0.05);
    z=527.2722;
   };
   Date("MBB",N(calBP(773000.0),2250.0))
   {
    Outlier(0.05);
    z=496.9538;
   };
   Boundary("Base Z")
   {
    z=482.021;
   };
   Date("Age12",N(calBP(721150.0),6300.0))
   {
    Outlier(0.05);
    z=481.7796;
   };
   Boundary("Top Z")
   {
    z=475.9493;
   };
   Date("Peak #46",N(calBP(683000.0),2250.0))
   {
    Outlier(0.05);
    z=467.7345;
   };
   Date("Peak #45",N(calBP(657000.0),2250.0))
   {
    Outlier(0.05);
    z=458.8698;
   };
   Date("Peak #44",N(calBP(648000.0),2250.0))
   {
    Outlier(0.05);
    z=447.0179;
   };
   Date("Peak #43",N(calBP(634000.0),2250.0))
   {
    Outlier(0.05);
    z=433.9814;
   };
   Date("Peak #42",N(calBP(626000.0),2250.0))
   {
    Outlier(0.05);
    z=420.1603;
   };
   Date("Peak #41",N(calBP(613000.0),2250.0))
   {
    Outlier(0.05);
    z=404.7889;
   };
   Date("Peak #40",N(calBP(603000.0),2250.0))
   {
    Outlier(0.05);
    z=399.5774;
   };
   Date("Peak #39",N(calBP(590000.0),2250.0))
   {
    Outlier(0.05);
    z=389.0709;
   };
   Date("Peak #38",N(calBP(560000.0),2250.0))
   {
    Outlier(0.05);
    z=384.9259;
   };
   Date("Peak #37",N(calBP(556000.0),2250.0))
   {
    Outlier(0.05);
    z=383.0737;
   };
   Date("Peak #36",N(calBP(520000.0),2250.0))
   {
    Outlier(0.05);
    z=363.3347;
   };
   Date("Peak #35",N(calBP(510000.0),2250.0))
   {
    Outlier(0.05);
    z=360.5087;
   };
   Date("Peak #34",N(calBP(506000.0),2250.0))
   {
    Outlier(0.05);
    z=355.7562;
   };
   Boundary("Base Y")
   {
    z=353.3887;
   };
   Date("Age11",N(calBP(484972.0),39633.5))
   {
    Outlier(0.05);
    z=350.5186;
   };
   Boundary("Top Y")
   {
    z=338.7906;
   };
   Date("Peak #33",N(calBP(471000.0),2250.0))
   {
    Outlier(0.05);
    z=332.8315;
   };
   Date("Peak #32",N(calBP(448000.0),2250.0))
   {
    Outlier(0.05);
    z=312.7796;
   };
   Date("Peak #31",N(calBP(445000.0),2250.0))
   {
    Outlier(0.05);
    z=307.3179;
   };
   Date("Peak #30",N(calBP(425000.0),2250.0))
   {
    Outlier(0.05);
    z=291.0474;
   };
   Date("Peak #29",N(calBP(420000.0),2250.0))
   {
    Outlier(0.05);
    z=284.482;
   };
   Boundary("Base X")
   {
    z=282.3467;
   };
   Date("Peak #28",N(calBP(401000.0),2250.0))
   {
    Outlier(0.05);
    z=280.1876;
   };
   Boundary("Top X")
   {
    z=265.944;
   };
   Date("Peak #27",N(calBP(375000.0),2250.0))
   {
    Outlier(0.05);
    z=259.5449;
   };
   Date("Peak #26",N(calBP(356000.0),2250.0))
   {
    Outlier(0.05);
    z=238.0227;
   };
   Date("Peak #25",N(calBP(336000.0),2250.0))
   {
    Outlier(0.05);
    z=222.6148;
   };
   Boundary("Base W")
   {
    z=213.9178;
   };
   Date("Peak #24",N(calBP(320000.0),2250.0))
   {
    Outlier(0.05);
    z=203.0979;
   };
   Boundary("Top W")
   {
    z=193.5224;
   };
   Date("Age10",N(calBP(284052.0),6580.0))
   {
    Outlier(0.05);
    z=186.6094;
   };
   Date("Peak #23",N(calBP(282000.0),2250.0))
   {
    Outlier(0.05);
    z=185.4441;
   };
   Date("Peak #22",N(calBP(262000.0),2250.0))
   {
    Outlier(0.05);
    z=178.4988;
   };
   Date("Peak #21",N(calBP(259000.0),2250.0))
   {
    Outlier(0.05);
    z=176.464;
   };
   Date("Peak #20",N(calBP(244000.0),2250.0))
   {
    Outlier(0.05);
    z=166.7736;
   };
   Boundary("Base V1")
   {
    z=162.4361;
   };
   Date("Age9",N(calBP(241230.0),3090.0))
   {
    Outlier(0.05);
    z=161.9628;
   };
   Date("Peak #19",N(calBP(239000.0),2250.0))
   {
    Outlier(0.05);
    z=158.7828;
   };
   Boundary("Top V1")
   {
    z=153.7909;
   };
   Date("Peak #18",N(calBP(231000.0),2250.0))
   {
    Outlier(0.05);
    z=153.0084;
   };
   Date("Peak #17",N(calBP(229000.0),2250.0))
   {
    Outlier(0.05);
    z=147.7204;
   };
   Date("Peak #16",N(calBP(222000.0),2250.0))
   {
    Outlier(0.05);
    z=145.7899;
   };
   Boundary("Base V2")
   {
    z=142.3529;
   };
   Date("Peak #15",N(calBP(205000.0),2250.0))
   {
    Outlier(0.05);
    z=138.7476;
   };
   Boundary("Top V2")
   {
    z=136.1994;
   };
   Date("Age8",N(calBP(189264.0),2240.5))
   {
    Outlier(0.05);
    z=136.0879;
   };
   Date("Peak #14",N(calBP(168000.0),2250.0))
   {
    Outlier(0.05);
    z=122.8748;
   };
   Date("Peak #13",N(calBP(149000.0),2250.0))
   {
    Outlier(0.05);
    z=107.4227;
   };
   Date("Peak #12",N(calBP(138000.0),2250.0))
   {
    Outlier(0.05);
    z=102.3282;
   };
   Date("Peak #11",N(calBP(129000.0),2250.0))
   {
    Outlier(0.05);
    z=98.7343;
   };
   Boundary("Base U1")
   {
    z=92.6703;
   };
   Date("Peak #10",N(calBP(127000.0),2250.0))
   {
    Outlier(0.05);
    z=90.5328;
   };
   Boundary("Top U1")
   {
    z=82.3967;
   };
   Date("Peak #9",N(calBP(99000.0),2250.0))
   {
    Outlier(0.05);
    z=82.1547;
   };
   Date("Peak #8",N(calBP(92000.0),2250.0))
   {
    Outlier(0.05);
    z=78.6158;
   };
   Date("Peak #7",N(calBP(90000.0),2250.0))
   {
    Outlier(0.05);
    z=77.9195;
   };
   Boundary("Base U2")
   {
    z=77.0821;
   };
   Boundary("Top U2")
   {
    z=73.3031;
   };
   Date("Peak #6",N(calBP(72000.0),2250.0))
   {
    Outlier(0.05);
    z=71.0364;
   };
   Date("Peak #5",N(calBP(70000.0),2250.0))
   {
    Outlier(0.05);
    z=69.8911;
   };
   Date("Peak #4",N(calBP(64000.0),2250.0))
   {
    Outlier(0.05);
    z=59.0633;
   };
   Date("Peak #3",N(calBP(50000.0),2250.0))
   {
    Outlier(0.05);
    z=48.9149;
   };
   Date("Age5",N(calBP(39280.0),55.0))
   {
    Outlier(0.05);
    z=40.3368;
   };
   R_Date("Age4",30470.0,380.0)
   {
    Outlier(0.05);
    z=36.4452;
   };
   Date("Peak #2",N(calBP(30000.0),2250.0))
   {
    Outlier(0.05);
    z=29.5591;
   };
   Date("Peak #1",N(calBP(21000.0),2250.0))
   {
    Outlier(0.05);
    z=25.5159;
   };
   R_Date("Age3",15970.0,70.0)
   {
    Outlier(0.05);
    z=22.8003;
   };
   Boundary("Base T")
   {
    z=17.534;
   };
   Date("BaseT",N(calBP(13075.0),602.0))
   {
    Outlier(0.05);
    z=17.5339;
   };
   R_Date("Age2",7290.0,40.0)
   {
    Outlier(0.05);
    z=14.2105;
   };
   R_Date("Age1",2315.0,30.0)
   {
    Outlier(0.05);
    z=5.1878;
   };
   Date("Age0",N(calBP(-67.0),50.0))
   {
    Outlier(0.05);
    z=0.0;
   };
   Boundary();
  };
 };