Attributes {
    T {
        Float32 pointwidth 1.0;
        String standard_name "time";
        String calendar "360";
        Int32 gridtype 0;
        String units "months since 1960-01-01";
    }
    X {
        String standard_name "longitude";
        Int32 gridtype 0;
        String units "degree_east";
    }
    partial_X {
        Float32 pointwidth 1.0;
        Int32 expires 1731196800;
        String fnname "masknotrange";
        Float32 missing_value NaN;
        Float32 CE 3.5;
        Int32 ncolor 254;
        Int32 maxncolor 254;
        Float32 CS -3.5;
        String colormap "16777215", "2970272", "2970272", "2970272", "2970272", "17", "5266050", "5266050", "18", "6910875", "6910875", "18", "8555700", "8555700", "18", "10200525", "10200525", "18", "16777215", "16777215", "71", "14153170", "14153170", "18", "10217110", "10217110", "18", "3322925", "3322925", "18", "1021450", "1021450", "18", "360960", "360960", "18", "360960";
        String colorscalename "std_wasp_colors";
        String history "[   masknotrange ( { [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ] / [   root mean sq anom ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )   *   sqrt (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     / {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     - 1. } )   ] } , -Infinity , Infinity )   *   masknotrange ( { [ ENACTS version0 monthly rainfall rfe climatology ] /   total [ ENACTS version0 monthly rainfall rfe climatology ]   } , -Infinity , Infinity )   ] * 1.", "masknotrange [ ( { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] } / {   root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]   } ) , -Infinity , Infinity ]", "[ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "  root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]  ", "root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023] minimum 0.0% data present", "sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]", "total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]  ", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023]", "masknotrange [ ( { ENACTS version0 monthly rainfall rfe climatology } /   total { ENACTS version0 monthly rainfall rfe climatology }   ) , -Infinity , Infinity ]", "ENACTS version0 monthly rainfall rfe climatology", "Averaged over T2[1981, 2010] minimum 0.0% data present", "total [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T[Jan, Dec] minimum 0.0% data present", "Averaged in T with overlapping interval 1", "Boxes with less than 0.0% dropped", "  root mean sq anom [ (   masknotrange { [ ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } ) / (   root mean sq anom { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }   *   sqrt {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     / [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     - 1. ] }   ) ] , -Infinity , Infinity }   *   masknotrange { [ ( ENACTS version0 monthly rainfall rfe climatology ) /   total ( ENACTS version0 monthly rainfall rfe climatology )   ] , -Infinity , Infinity }   ) * 1. ]   *   sqrt [   total   dataflag ( {   masknotrange [ ( { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] } / {   root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]   } ) , -Infinity , Infinity ]   *   masknotrange [ ( { ENACTS version0 monthly rainfall rfe climatology } /   total { ENACTS version0 monthly rainfall rfe climatology }   ) , -Infinity , Infinity ]   } * 1. )     / (   total   dataflag { [   masknotrange ( { [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ] / [   root mean sq anom ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )   *   sqrt (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     / {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     - 1. } )   ] } , -Infinity , Infinity )   *   masknotrange ( { [ ENACTS version0 monthly rainfall rfe climatology ] /   total [ ENACTS version0 monthly rainfall rfe climatology ]   } , -Infinity , Infinity )   ] * 1. }     - 1. ) ]  ", "root mean sq anom [ (   masknotrange { [ ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } ) / (   root mean sq anom { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }   *   sqrt {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     / [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     - 1. ] }   ) ] , -Infinity , Infinity }   *   masknotrange { [ ( ENACTS version0 monthly rainfall rfe climatology ) /   total ( ENACTS version0 monthly rainfall rfe climatology )   ] , -Infinity , Infinity }   ) * 1. ]", "masknotrange [ ( { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] } / {   root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]   } ) , -Infinity , Infinity ]", "[ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "  root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]  ", "root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023] minimum 0.0% data present", "sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]", "total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]  ", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023]", "masknotrange [ ( { ENACTS version0 monthly rainfall rfe climatology } /   total { ENACTS version0 monthly rainfall rfe climatology }   ) , -Infinity , Infinity ]", "ENACTS version0 monthly rainfall rfe climatology", "Averaged over T2[1981, 2010] minimum 0.0% data present", "total [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T[Jan, Dec] minimum 0.0% data present", "[   masknotrange ( { [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ] / [   root mean sq anom ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )   *   sqrt (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     / {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     - 1. } )   ] } , -Infinity , Infinity )   *   masknotrange ( { [ ENACTS version0 monthly rainfall rfe climatology ] /   total [ ENACTS version0 monthly rainfall rfe climatology ]   } , -Infinity , Infinity )   ] * 1. 2023", "Averaged in T with overlapping interval 1", "Boxes with less than 0.0% dropped", "Averaged over T2[1981, 2023] minimum 0.0% data present", "sqrt [   total   dataflag ( {   masknotrange [ ( { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] } / {   root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]   } ) , -Infinity , Infinity ]   *   masknotrange [ ( { ENACTS version0 monthly rainfall rfe climatology } /   total { ENACTS version0 monthly rainfall rfe climatology }   ) , -Infinity , Infinity ]   } * 1. )     / (   total   dataflag { [   masknotrange ( { [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ] / [   root mean sq anom ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )   *   sqrt (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     / {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     - 1. } )   ] } , -Infinity , Infinity )   *   masknotrange ( { [ ENACTS version0 monthly rainfall rfe climatology ] /   total [ ENACTS version0 monthly rainfall rfe climatology ]   } , -Infinity , Infinity )   ] * 1. }     - 1. ) ]", "masknotrange [ ( { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] } / {   root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]   } ) , -Infinity , Infinity ]", "[ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "  root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]   *   sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]  ", "root mean sq anom [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023] minimum 0.0% data present", "sqrt [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     / (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     - 1. ) ]", "total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]  ", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T2[1981, 2023]", "masknotrange [ ( { ENACTS version0 monthly rainfall rfe climatology } /   total { ENACTS version0 monthly rainfall rfe climatology }   ) , -Infinity , Infinity ]", "ENACTS version0 monthly rainfall rfe climatology", "Averaged over T2[1981, 2010] minimum 0.0% data present", "total [ ENACTS version0 monthly rainfall rfe climatology ]", "Averaged over T2[1981, 2010] minimum 0.0% data present", "Averaged over T[Jan, Dec] minimum 0.0% data present", "[   masknotrange ( { [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ] / [   root mean sq anom ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )   *   sqrt (   total   dataflag { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }     / {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     - 1. } )   ] } , -Infinity , Infinity )   *   masknotrange ( { [ ENACTS version0 monthly rainfall rfe climatology ] /   total [ ENACTS version0 monthly rainfall rfe climatology ]   } , -Infinity , Infinity )   ] * 1.", "Averaged in T with overlapping interval 1", "Boxes with less than 0.0% dropped", "total   dataflag [ (   masknotrange { [ ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } ) / (   root mean sq anom { [ ENACTS version0 monthly rainfall rfe ] - [ ENACTS version0 monthly rainfall rfe climatology ] }   *   sqrt {   total   dataflag [ ( ENACTS version0 monthly rainfall rfe ) - ( ENACTS version0 monthly rainfall rfe climatology ) ]     / [   total   dataflag ( { ENACTS version0 monthly rainfall rfe } - { ENACTS version0 monthly rainfall rfe climatology } )     - 1. ] }   ) ] , -Infinity , Infinity }   *   masknotrange { [ ( ENACTS version0 monthly rainfall rfe climatology ) /   total ( ENACTS version0 monthly rainfall rfe climatology )   ] , -Infinity , Infinity }   ) * 1. ]  ", "Averaged over T2[1981, 2023]", "min over Y[11.8S, 23.15N]";
        String long_name "$partialdiff sub X$ Weighted Anomaly Standardized Precipitation";
        String units "unitless";
    }
NC_GLOBAL {
    String Conventions "IRIDL";
}
}