{"text_format":"3","workbook":"xlsx","n_sheets":1,"sheets":["Flow"],"read":"whole","date_system":"1900"}

{"sheet":"Flow","index":0,"n_rows":22,"n_cols":2,"rows_kept":22}
["Spreadsheet for calculating distribtion of PSC bycatch adapted from sketch by Arne Fuglvog"]
["2018-12-17"]
["Blue cells are in tons, red cells are rates, and green cells are tons and rates"]
["Cells highlighted yellow can be changed"]
["Bycatch"]
[185]
[{"$f":"A5&\" \"&CHAR(10)&TEXT(A6,\"#,### t\")","v":"Bycatch \n185 t"}]
["DMR","Bycatch mort."]
[0.54,{"$f":"A9*A6","v":{"v":99.9,"d":"100"}}]
[{"$f":"A8&\" \"&CHAR(10)&TEXT(A9,\"##%\")","v":"DMR \n54%"},{"$f":"B8&\" \"&CHAR(10)&TEXT(B9,\"#,### t\")","v":"Bycatch mort. \n100 t"}]
["U26","O26"]
[0.6,{"$f":"1-A12","v":0.4}]
[{"$f":"A12*B9","v":{"v":59.94,"d":"60"}},{"$f":"B12*B9","v":{"v":39.96000000000001,"d":"40"}}]
[{"$f":"A11&\" \"&TEXT(A12,\"##%  \")&CHAR(10)&TEXT(A13,\"#,### t\")","v":"U26 60%  \n60 t"},{"$f":"B11&\" \"&TEXT(B12,\"##%  \")&CHAR(10)&TEXT(B13,\"#,### t\")","v":"O26 40%  \n40 t"}]
["IFQ","CDQ"]
[0.5,{"$f":"1-A16","v":0.5}]
[{"$f":"A16*B13","v":{"v":19.980000000000004,"d":"20"}},{"$f":"B16*B13","v":{"v":19.980000000000004,"d":"20"}}]
[{"$f":"A15&\" \"&TEXT(A16,\"##%  \")&CHAR(10)&TEXT(A17,\"#,### t\")","v":"IFQ 50%  \n20 t"},{"$f":"B15&\" \"&TEXT(B16,\"##%  \")&CHAR(10)&TEXT(B17,\"#,### t\")","v":"CDQ 50%  \n20 t"}]
["APIDCA","CBSFA"]
[0.15,{"$f":"1-A20","v":0.85}]
[{"$f":"A20*B17","v":2.9970000000000003},{"$f":"B20*B17","v":16.983000000000004}]
[{"$f":"A19&\" \"&TEXT(A20,\"##%  \")&CHAR(10)&TEXT(A21,\"#,### t\")","v":"APIDCA 15%  \n3 t"},{"$f":"B19&\" \"&TEXT(B20,\"##%  \")&CHAR(10)&TEXT(B21,\"#,### t\")","v":"CBSFA 85%  \n17 t"}]