// Make sure nesting of location arrays also works. t = db.geonest t.drop(); t.insert( { zip : "10001", data : [ { loc : [ 10, 10 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ) t.insert( { zip : "10002", data : [ { loc : [ 20, 20 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ) var res = t.insert( { zip : "10003", data : [ { loc : [ 30, 30 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ); assert.writeOK( res ); assert.commandWorked(t.ensureIndex( { "data.loc" : "2d", zip : 1 } )); assert.eq( 2, t.getIndexKeys().length ) res = t.insert( { zip : "10004", data : [ { loc : [ 40, 40 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ); assert.writeOK( res ); // test normal access printjson( t.find( { "data.loc" : { $within : { $box : [ [ 0, 0 ], [ 45, 45 ] ] } } } ).toArray() ) assert.eq( 4, t.find( { "data.loc" : { $within : { $box : [ [ 0, 0 ], [ 45, 45 ] ] } } } ).count() ); assert.eq( 4, t.find( { "data.loc" : { $within : { $box : [ [ 45, 45 ], [ 50, 50 ] ] } } } ).count() ); // Try a complex nesting t = db.geonest t.drop(); t.insert( { zip : "10001", data : [ { loc : [ [ 10, 10 ], { lat : 50, long : 50 } ], type : "home" } ] } ) t.insert( { zip : "10002", data : [ { loc : [ 20, 20 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ) res = t.insert({ zip: "10003", data: [{ loc: [{ x: 30, y: 30 }, [ 50, 50 ]], type: "home" }]}); assert( !res.hasWriteError() ); assert.commandWorked(t.ensureIndex( { "data.loc" : "2d", zip : 1 } )); assert.eq( 2, t.getIndexKeys().length ) res = t.insert( { zip : "10004", data : [ { loc : [ 40, 40 ], type : "home" }, { loc : [ 50, 50 ], type : "work" } ] } ); assert.writeOK( res ); // test normal access printjson( t.find( { "data.loc" : { $within : { $box : [ [ 0, 0 ], [ 45, 45 ] ] } } } ).toArray() ) assert.eq( 4, t.find( { "data.loc" : { $within : { $box : [ [ 0, 0 ], [ 45, 45 ] ] } } } ).count() ); assert.eq( 4, t.find( { "data.loc" : { $within : { $box : [ [ 45, 45 ], [ 50, 50 ] ] } } } ).count() );