private BaseFilter _GeoDistance(PropertyPathMarker field, Action <GeoDistanceFilterDescriptor> filterDescriptor)
{
var filter = new GeoDistanceFilterDescriptor();
if (filterDescriptor != null)
{
filterDescriptor(filter);
}
return(this.SetDictionary("geo_distance", field, filter, (d, b) =>
{
var dd = new Dictionary <PropertyPathMarker, object>();
dd.Add("distance", filter._Distance);
if (!string.IsNullOrWhiteSpace(filter._GeoUnit))
{
dd.Add("unit", filter._GeoUnit);
}
if (!string.IsNullOrWhiteSpace(filter._GeoOptimizeBBox))
{
dd.Add("optimize_bbox", filter._GeoOptimizeBBox);
}
d.ForEachWithIndex((kv, i) => dd.Add(kv.Key, kv.Value));
dd[field] = filter._Location;
b.GeoDistanceFilter = dd;
}));
}
private FilterContainer _GeoDistance(PropertyPathMarker field, Action <GeoDistanceFilterDescriptor> filterDescriptor)
{
var filter = new GeoDistanceFilterDescriptor();
if (filterDescriptor != null)
{
filterDescriptor(filter);
}
IGeoDistanceFilter ff = filter;
ff.Field = field;
return(this.New(filter, f => f.GeoDistance = filter));
}
public void GeoDistance(string field, Action <GeoDistanceFilterDescriptor> filterDescriptor)
{
var filter = new GeoDistanceFilterDescriptor();
filterDescriptor(filter);
this.SetDictionary(field, filter._Location, d => {
var dd = new Dictionary <string, object>();
dd.Add("distance", filter._Distance);
if (!string.IsNullOrWhiteSpace(filter._GeoUnit))
{
dd.Add("distance_type", filter._GeoUnit);
}
if (!string.IsNullOrWhiteSpace(filter._GeoOptimizeBBox))
{
dd.Add("optimize_bbox", filter._GeoOptimizeBBox);
}
d.ForEachWithIndex((kv, i) => dd.Add(kv.Key, kv.Value));
this.GeoDistanceFilter = dd;
});
}
