Options() { BCAD=FALSE; }; Plot() { Outlier_Model("General",T(5),U(0,4),"t"); Outlier_Model("Charcoal_Plus",Prior("charcoal_plus"),U(0,3),"t"); Curve("IntCal20","intcal20.14c"); Curve("SHCal20","shcal20.14c"); Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); Sequence() { Boundary("Start Phase 0"); Phase("Layer 21") { C_Date("OSL_L19-10A",61700,4500) { Outlier("General",0.05); }; C_Date("OSL_L19-11A",64500,4900) { Outlier("General",0.05); }; C_Date("OSL_L19-3",62300,4300) { Outlier("General",0.05); }; C_Date("OSL_L19-2",51700,4800) { Outlier("General",0.05); }; C_Date("OSL_L19-4",51600,4700) { Outlier("General",0.05); }; Curve("Marine20","marine20.14c"); R_Date("Wk-49811",37370,250) { Outlier("General",); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU 63818", 14738, 42) { Outlier("Charcoal_Plus",); }; Curve("Marine20","marine20.14c"); R_Date("Wk 49810", 10884, 28) { Outlier("General",); }; }; Boundary("End Phase 0"); Boundary("Start Phase 1"); Phase("Layer 20") { Curve("Marine20","marine20.14c"); R_Date("Wk-49812",38610,301) { Outlier("General",0.05); }; R_Date("Wk-51314",41782,621) { Outlier("General",0.05); }; R_Date("Wk-51313",40588,534) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("Wk-51231",37760,375) { Outlier("Charcoal_Plus",0.1); }; Curve("Marine20","marine20.14c"); R_Date("Wk-51316",36747,329) { Outlier("General",0.05); }; R_Date("S-ANU 66319",20947,77) { Outlier("Charcoal_Plus",); }; }; Boundary("Transition Layer 20/19"); Phase("Layer 19") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-007344",40417,332) { Outlier("Charcoal_Plus",0.1); }; C_Date("OSL_L19-5",49800,2500) { Outlier("General",0.05); }; }; Boundary("End Phase 1"); Boundary("Start Phase 2"); Phase("Layer 18") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("Wk-51228",33061,214) { Outlier("Charcoal_Plus",0.1); }; R_Date("D-AMS 001653",23607,74) { Outlier("Charcoal_Plus",0.5); }; }; Boundary("Transition Layer 18/17"); Phase("Layer 17") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("Wk-51226",33865,241) { Outlier("Charcoal_Plus",0.1); }; R_Date("S-ANU-63814",33171,275) { Outlier("Charcoal_Plus",0.1); }; R_Date("D-AMS 001660",15545,106) { Outlier("Charcoal_Plus",); }; }; Boundary("Transition Layer 17/16"); Phase("Layer 16") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001652",33319,168) { Outlier("Charcoal_Plus",0.1); }; Curve("Marine20","marine20.14c"); R_Date("Wk-51315",33054,219) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS 001663", 10347, 67) { Outlier("Charcoal_Plus",); }; }; Boundary("End Phase 2"); Boundary("Start Phase 3"); Phase("Layer 15.6") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU 66318",21507,79) { Outlier("Charcoal_Plus",0.2); }; R_Date("S-ANU 66317",20811,265) { Outlier("Charcoal_Plus",0.2); }; }; Boundary("Transition Layer 15.6/15.3"); Phase("Layer 15.3") { C_Date("OSL_L19-1",38400,2200) { Outlier("General",0.2); }; C_Date("OSL_L19-6",32000,1800) { Outlier("General",0.2); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU-63816",20371,69) { Outlier("Charcoal_Plus",0.2); }; C_Date("OSL_L19-7",30500,1800) { Outlier("General",0.2); }; }; Boundary("End Phase 3"); Boundary("Start Phase 4"); Phase("Layer 13") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS 001662", 15579, 61) { Outlier("Charcoal_Plus",); }; R_Date("D-AMS-001664",18625,71) { Outlier("Charcoal_Plus",0.1); }; R_Date("S-ANU-63817",17569,56) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("Transition Layer 13/12"); Phase("Layer 12") { C_Date("OSL_L19-8",23200,1100) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001658",16461,52) { Outlier("Charcoal_Plus",0.1); }; R_Date("D-AMS-001651",17036,64) { Outlier("Charcoal_Plus",0.1); }; R_Date("D-AMS-001659",16280,51) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("Transition Layer 12/10"); Phase("Layer 10") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU-63812",15003,44) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("End Phase 4"); Boundary("Start Phase 5"); Phase("Layer 9") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001657",13434,51) { Outlier("Charcoal_Plus",0.1); }; C_Date("OSL_L19-9",13100,600) { Outlier("General",0.5); }; }; Boundary("Transition Layer 9/8"); Phase("Layer 8") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001661",14206,52) { Outlier("Charcoal_Plus",0.5); }; R_Date("D-AMS-001650",13490,56) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("Transition Layer 8/7"); Phase("Layer 7") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001656",13277,50) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("Transition Layer 7/6"); Phase("Layer 6") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU-63811",13335,41) { Outlier("Charcoal_Plus",0.2); }; R_Date("S-ANU-63813",13026,37) { Outlier("Charcoal_Plus",0.2); }; R_Combine("S-ANU 63821") { Outlier("Charcoal_Plus",); R_Date("S-ANU 63821_1", 20018, 69); R_Date("S-ANU 63821_dup", 19984, 77); }; R_Date("D-AMS-001655",13303,38) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("Transition Layer 6/5"); Phase("Layer 5") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-001649",12789,47) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("End Phase 5"); Boundary("Start Phase 6"); Phase("Layer 4") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU-63824",10329,31) { Outlier("Charcoal_Plus",0.2); }; R_Date("S-ANU 63820", 333, 23) { Outlier("Charcoal_Plus",); }; }; Boundary("Transition Layer 4/3"); Phase("Layer 3") { Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("S-ANU-63819",9234,29) { Outlier("Charcoal_Plus",0.2); }; R_Date("D-AMS-001654",10295,43) { Outlier("Charcoal_Plus",0.1); }; R_Date("D-AMS-007342",9858,47) { Outlier("Charcoal_Plus",0.1); }; }; Boundary("End Phase 6"); Boundary("Start Phase 7"); Phase("Breccia") { Curve("Marine20","marine20.14c"); R_Date("D-AMS-007341",7917,46) { Outlier("General",0.05); }; R_Date("D-AMS-011027",6011,27) { Outlier("General",0.05); }; R_Date("D-AMS-011028",5400,30) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-011025",7858,30) { Outlier("Charcoal_Plus",0.1); }; Curve("Marine20","marine20.14c"); R_Date("Wk-28438",6268,30) { Outlier("General",0.05); }; R_Date("Wk-28439",6068,33) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-011024",2038,23) { Outlier("Charcoal_Plus",0.1); }; Curve("Marine20","marine20.14c"); R_Date("D-AMS-007340",3219,28) { Outlier("General",0.05); }; Mix_Curves("ITCZ_Mix", "IntCal20", "SHCal20", U(0,50)); R_Date("D-AMS-011026",5482,25) { Outlier("Charcoal_Plus",0.1); }; Curve("Marine20","marine20.14c"); R_Date("D-AMS-011029",5566,26) { Outlier("General",0.05); }; }; Boundary("End Phase 7"); Before(C_Date("Present", -60, 1)); }; };