c
org.locationtech.jts.operation.buffer
OffsetSegmentGenerator
Companion object OffsetSegmentGenerator
class OffsetSegmentGenerator extends AnyRef
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Instance Constructors
- new OffsetSegmentGenerator(precisionModel: PrecisionModel, bufParams: BufferParameters, distance: Double)
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- final def !=(arg0: Any): Boolean
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- final def ##: Int
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- def addFirstSegment(): Unit
- def addLastSegment(): Unit
Add last offset point
- def addLineEndCap(p0: Coordinate, p1: Coordinate): Unit
Add an end cap around point p1, terminating a line segment coming from p0
- def addNextSegment(p: Coordinate, addStartPoint: Boolean): Unit
- def addSegments(pt: Array[Coordinate], isForward: Boolean): Unit
- final def asInstanceOf[T0]: T0
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- var bufParams: BufferParameters
- def clone(): AnyRef
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- @throws(classOf[java.lang.CloneNotSupportedException]) @native()
- def closeRing(): Unit
- def createCircle(p: Coordinate): Unit
Creates a CW circle around a point
- def createSquare(p: Coordinate): Unit
Creates a CW square around a point
- var distance: Double
- final def eq(arg0: AnyRef): Boolean
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- def getCoordinates: Array[Coordinate]
- def hasNarrowConcaveAngle: Boolean
Tests whether the input has a narrow concave angle (relative to the offset distance).
Tests whether the input has a narrow concave angle (relative to the offset distance). In this case the generated offset curve will contain self-intersections and heuristic closing segments. This is expected behaviour in the case of Buffer curves. For pure Offset Curves, the output needs to be further treated before it can be used.
return true if the input has a narrow concave angle
- def hashCode(): Int
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- def initSideSegments(s1: Coordinate, s2: Coordinate, side: Int): Unit
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- var precisionModel: PrecisionModel
- final def synchronized[T0](arg0: => T0): T0
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