Package org.hibernate.spatial.criteria

Interface SpatialCriteriaBuilder<T>

    • Method Summary

      All Methods Instance Methods Abstract Methods 
      Modifier and Type Method Description
      Predicate contains​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially contains" constraint.
      Predicate contains​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially contains" constraint.
      Predicate crosses​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially crosses" constraint.
      Predicate crosses​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially crosses" constraint.
      Predicate disjoint​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially disjoint" constraint.
      Predicate disjoint​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially disjoint" constraint.
      Predicate distanceWithin​(Expression<? extends T> geometry1, Expression<? extends T> geometry2, double distance)
      Create a predicate for testing the arguments for "distance within" constraint.
      Predicate distanceWithin​(Expression<? extends T> geometry1, Expression<? extends T> geometry2, Expression<Double> distance)
      Create a predicate for testing the arguments for "distance within" constraint.
      Predicate distanceWithin​(Expression<? extends T> geometry1, T geometry2, double distance)
      Create a predicate for testing the arguments for "distance within" constraint.
      Predicate distanceWithin​(Expression<? extends T> geometry1, T geometry2, Expression<Double> distance)
      Create a predicate for testing the arguments for "distance within" constraint.
      Predicate eq​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially equal" constraint.
      Predicate eq​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially equal" constraint.
      Predicate havingSRID​(Expression<? extends T> geometry, int srid)
      Create a predicate for testing the arguments for "having srid" constraint.
      Predicate havingSRID​(Expression<? extends T> geometry, Expression<Integer> srid)
      Create a predicate for testing the arguments for "having srid" constraint.
      Predicate intersects​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially intersects" constraint.
      Predicate intersects​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially intersects" constraint.
      Predicate isGeometryEmpty​(Expression<? extends T> geometry)
      Create a predicate for testing the arguments for "is empty" constraint.
      Predicate isGeometryNotEmpty​(Expression<? extends T> geometry)
      Create a predicate for testing the arguments for "is not empty" constraint.
      Predicate overlaps​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially overlaps" constraint.
      Predicate overlaps​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially overlaps" constraint.
      Predicate touches​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially touches" constraint.
      Predicate touches​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially touches" constraint.
      Predicate within​(Expression<? extends T> geometry1, Expression<? extends T> geometry2)
      Create a predicate for testing the arguments for "spatially within" constraint.
      Predicate within​(Expression<? extends T> geometry1, T geometry2)
      Create a predicate for testing the arguments for "spatially within" constraint.

      • Methods inherited from interface org.hibernate.query.criteria.HibernateCriteriaBuilder

        abs, acos, all, and, and, any, array, array, array, array, asc, asc, asc, asc, asin, atan, atan2, atan2, atan2, avg, avg, avg, avg, between, between, cast, ceiling, coalesce, coalesce, coalesce, collate, concat, concat, concat, concat, conjunction, construct, construct, cos, cosh, count, count, count, count, countDistinct, createCriteriaDelete, createCriteriaInsertSelect, createCriteriaUpdate, createQuery, createQuery, createTupleQuery, createWindow, cumeDist, currentDate, currentInstant, currentTime, currentTimestamp, day, degrees, denseRank, desc, desc, desc, desc, diff, diff, diff, disjunction, distinctFrom, distinctFrom, equal, equal, except, except, except, except, exceptAll, exceptAll, exists, exp, firstValue, fk, floor, format, frameBetweenFollowing, frameBetweenFollowing, frameBetweenPreceding, frameBetweenPreceding, frameCurrentRow, frameUnboundedFollowing, frameUnboundedPreceding, function, functionAggregate, functionAggregate, functionAggregate, functionWithinGroup, functionWithinGroup, functionWithinGroup, functionWithinGroup, ge, ge, greaterThan, greaterThan, greaterThanOrEqualTo, greaterThanOrEqualTo, greatest, gt, gt, hour, ilike, ilike, ilike, ilike, ilike, ilike, in, in, in, in, indexes, intersect, intersect, intersect, intersect, intersectAll, intersectAll, isEmpty, isFalse, isMapEmpty, isMapNotEmpty, isMember, isMember, isNotEmpty, isNotMember, isNotMember, isNotNull, isNull, isTrue, keys, lastValue, le, le, least, left, left, length, lessThan, lessThan, lessThanOrEqualTo, lessThanOrEqualTo, like, like, like, like, like, like, listagg, listagg, listagg, listagg, listagg, listagg, listagg, listagg, literal, literal, literals, literals, ln, localDate, localDateTime, localTime, locate, locate, locate, locate, log, log, log10, lower, lt, lt, mapSize, mapSize, max, min, minute, mod, mod, mod, mode, mode, mode, mode, month, neg, not, notDistinctFrom, notDistinctFrom, notEqual, notEqual, notIlike, notIlike, notIlike, notIlike, notIlike, notIlike, notLike, notLike, notLike, notLike, notLike, notLike, nthValue, nthValue, nullif, nullif, nullLiteral, or, or, overlay, overlay, overlay, overlay, overlay, overlay, overlay, overlay, overlay, overlay, overlay, overlay, pad, pad, pad, pad, pad, pad, pad, pad, pad, pad, pad, pad, parameter, parameter, percentileCont, percentileCont, percentileCont, percentileCont, percentileDisc, percentileDisc, percentileDisc, percentileDisc, percentRank, percentRank, percentRank, percentRank, percentRank, pi, power, power, prod, prod, prod, quot, quot, quot, radians, rank, rank, rank, rank, rank, replace, replace, replace, replace, right, right, round, rowNumber, search, search, search, second, selectCase, selectCase, sign, sin, sinh, size, size, some, sort, sort, sort, sql, sqrt, substring, substring, substring, substring, sum, sum, sum, sum, sum, sum, sum, sumAsDouble, sumAsLong, tan, tanh, toBigDecimal, toBigInteger, toDouble, toFloat, toInteger, toLong, toString, treat, treat, treat, treat, treat, treat, treat, trim, trim, trim, trim, trim, trim, truncate, truncate, tuple, tuple, union, union, union, union, unionAll, unionAll, unwrap, upper, value, value, values, values, windowFunction, wrap, wrap, year

    • Method Detail

      • eq

        Predicate eq​(Expression<? extends T> geometry1,
             Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially equal" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially equal" predicate

      • eq

        Predicate eq​(Expression<? extends T> geometry1,
             T geometry2)
        Create a predicate for testing the arguments for "spatially equal" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially equal" predicate
        See Also:
        eq(Expression, Expression)

      • within

        Predicate within​(Expression<? extends T> geometry1,
                 Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially within" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially within" predicate

      • within

        Predicate within​(Expression<? extends T> geometry1,
                 T geometry2)
        Create a predicate for testing the arguments for "spatially within" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially within" predicate
        See Also:
        within(Expression, Expression)

      • contains

        Predicate contains​(Expression<? extends T> geometry1,
                   Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially contains" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially contains" predicate

      • contains

        Predicate contains​(Expression<? extends T> geometry1,
                   T geometry2)
        Create a predicate for testing the arguments for "spatially contains" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially contains" predicate
        See Also:
        contains(Expression, Expression)

      • crosses

        Predicate crosses​(Expression<? extends T> geometry1,
                  Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially crosses" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially crosses" predicate

      • crosses

        Predicate crosses​(Expression<? extends T> geometry1,
                  T geometry2)
        Create a predicate for testing the arguments for "spatially crosses" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially crosses" predicate
        See Also:
        crosses(Expression, Expression)

      • disjoint

        Predicate disjoint​(Expression<? extends T> geometry1,
                   Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially disjoint" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially disjoint" predicate

      • disjoint

        Predicate disjoint​(Expression<? extends T> geometry1,
                   T geometry2)
        Create a predicate for testing the arguments for "spatially disjoint" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially disjoint" predicate
        See Also:
        disjoint(Expression, Expression)

      • intersects

        Predicate intersects​(Expression<? extends T> geometry1,
                     Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially intersects" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially intersects" predicate

      • intersects

        Predicate intersects​(Expression<? extends T> geometry1,
                     T geometry2)
        Create a predicate for testing the arguments for "spatially intersects" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially intersects" predicate
        See Also:
        intersects(Expression, Expression)

      • overlaps

        Predicate overlaps​(Expression<? extends T> geometry1,
                   Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially overlaps" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially overlaps" predicate

      • overlaps

        Predicate overlaps​(Expression<? extends T> geometry1,
                   T geometry2)
        Create a predicate for testing the arguments for "spatially overlaps" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially overlaps" predicate
        See Also:
        overlaps(Expression, Expression)

      • touches

        Predicate touches​(Expression<? extends T> geometry1,
                  Expression<? extends T> geometry2)
        Create a predicate for testing the arguments for "spatially touches" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        Returns:
        "spatially touches" predicate

      • touches

        Predicate touches​(Expression<? extends T> geometry1,
                  T geometry2)
        Create a predicate for testing the arguments for "spatially touches" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        Returns:
        "spatially touches" predicate
        See Also:
        touches(Expression, Expression)

      • distanceWithin

        Predicate distanceWithin​(Expression<? extends T> geometry1,
                         Expression<? extends T> geometry2,
                         Expression<Double> distance)
        Create a predicate for testing the arguments for "distance within" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        distance - distance expression
        Returns:
        "distance within" predicate

      • distanceWithin

        Predicate distanceWithin​(Expression<? extends T> geometry1,
                         T geometry2,
                         double distance)
        Create a predicate for testing the arguments for "distance within" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry value
        distance - distance value
        Returns:
        "distance within" predicate
        See Also:
        distanceWithin(Expression, Expression, Expression)

      • distanceWithin

        Predicate distanceWithin​(Expression<? extends T> geometry1,
                         Expression<? extends T> geometry2,
                         double distance)
        Create a predicate for testing the arguments for "distance within" constraint.
        Parameters:
        geometry1 - geometry expression
        geometry2 - geometry expression
        distance - distance value
        Returns:
        "distance within" predicate
        See Also:
        distanceWithin(Expression, Expression, Expression)

      • havingSRID

        Predicate havingSRID​(Expression<? extends T> geometry,
                     Expression<Integer> srid)
        Create a predicate for testing the arguments for "having srid" constraint.
        Parameters:
        geometry - geometry expression
        srid - SRID expression
        Returns:
        "having srid" predicate

      • havingSRID

        Predicate havingSRID​(Expression<? extends T> geometry,
                     int srid)
        Create a predicate for testing the arguments for "having srid" constraint.
        Parameters:
        geometry - geometry expression
        srid - SRID expression
        Returns:
        "having srid" predicate
        See Also:
        havingSRID(Expression, Expression)

      • isGeometryEmpty

        Predicate isGeometryEmpty​(Expression<? extends T> geometry)
        Create a predicate for testing the arguments for "is empty" constraint.
        Parameters:
        geometry - geometry expression
        Returns:
        "is empty" predicate

      • isGeometryNotEmpty

        Predicate isGeometryNotEmpty​(Expression<? extends T> geometry)
        Create a predicate for testing the arguments for "is not empty" constraint.
        Parameters:
        geometry - geometry expression
        Returns:
        "is not empty" predicate