## Uses of Interface
org.apache.batik.ext.awt.geom.Segment

Packages that use Segment
org.apache.batik.ext.awt.geom: Contains extensions to the `java.awt.geom` package.

Uses of Segment in org.apache.batik.ext.awt.geom

Classes in org.apache.batik.ext.awt.geom that implement Segment
`class` `AbstractSegment` An abstract class for path segments.
`class` `Cubic` A class representing a cubic path segment.
`class` `Linear` A class representing a linear path segment.
`class` `Quadradic` A class representing a quadratic path segment.

Methods in org.apache.batik.ext.awt.geom that return Segment
`Segment` `Segment.getSegment(double t0, double t1)`
`Segment` `Quadradic.getSegment(double t0, double t1)`
`Segment` `Linear.getSegment(double t0, double t1)`
`Segment` `Cubic.getSegment(double t0, double t1)`
`Segment` `Quadradic.reverse()`
`Segment` `Linear.reverse()`
`Segment` `Cubic.reverse()`
`Segment` `Segment.splitAfter(double t)`
`Segment` `Linear.splitAfter(double t)`
`Segment` `AbstractSegment.splitAfter(double t)`
`Segment` `Segment.splitBefore(double t)`
`Segment` `Linear.splitBefore(double t)`
`Segment` `AbstractSegment.splitBefore(double t)`

Methods in org.apache.batik.ext.awt.geom with parameters of type Segment
`void` `SegmentList.add(Segment s)`
`void` `Segment.subdivide(double t, Segment s0, Segment s1)`
`void` `Quadradic.subdivide(double t, Segment s0, Segment s1)` Subdivides this Quadradic curve into two curves at t.
`void` `Linear.subdivide(double t, Segment s0, Segment s1)` Subdivides this Linear segment into two segments at given t.
`void` `Cubic.subdivide(double t, Segment s0, Segment s1)` Subdivides this Cubic curve into two curves at given t.
`void` `Segment.subdivide(Segment s0, Segment s1)`
`void` `Quadradic.subdivide(Segment s0, Segment s1)` Subdivides this Quadradic curve into two curves at t = 0.5.
`void` `Linear.subdivide(Segment s0, Segment s1)` Subdivides this Linear segment into two segments at t = 0.5.
`void` `Cubic.subdivide(Segment s0, Segment s1)` Subdivides this Cubic curve into two curves at t = 0.5.

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