Uses of Interface
ucar.nc2.ft.PointFeatureCollection

Packages that use PointFeatureCollection

ucar.nc2.ft

Scientific feature types package

Uses of PointFeatureCollection in ucar.nc2.ft

Subinterfaces of PointFeatureCollection in ucar.nc2.ft

interface	ProfileFeature A set of observations along the vertical (z) axis.
interface	StationTimeSeriesFeature Time series of PointFeature at a named location aka 'station'.
interface	TrajectoryFeature A set of observations along a 1 dimensional path, connected in space and time.

Methods in ucar.nc2.ft that return PointFeatureCollection

PointFeatureCollection	NestedPointFeatureCollection.flatten(ucar.unidata.geoloc.LatLonRect boundingBox, DateRange dateRange) Flatten into a PointFeatureCollection, discarding connectedness information.
PointFeatureCollection	StationTimeSeriesFeatureCollection.flatten(java.util.List<java.lang.String> stations, DateRange dateRange, java.util.List<VariableSimpleIF> varList) Flatten into a PointFeatureCollection, discarding connectedness information.
PointFeatureCollection	PointFeatureCollectionIterator.next() Returns the next PointFeatureCollection You must call hasNext() before calling next(), even if you know it will return true.
PointFeatureCollection	PointFeatureCollection.subset(ucar.unidata.geoloc.LatLonRect boundingBox, DateRange dateRange) Subset this collection by boundingBox and/or dateRange

Methods in ucar.nc2.ft with parameters of type PointFeatureCollection

boolean	PointFeatureCollectionIterator.Filter.filter(PointFeatureCollection pointFeatureCollection) Filter collections.
void	PointFeatureIterator.setCalculateBounds(PointFeatureCollection collection) If this is set, then the iterator will calculate the bounding box, time range, and size, and make it available through getBoundingBox(), getDateRange(), and getSize().