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java.lang.Object com.esri.arcgis.geometry.Polyline
public class Polyline
An ordered collection of paths; optionally has measure, height and ID attributes.
Constructor Summary  

Polyline()
Constructs a Polyline using ArcGIS Engine. 

Polyline(Object obj)
Deprecated. As of ArcGIS 9.2, replaced by normal Java casts. Polyline thePolyline = (Polyline) obj; 
Method Summary  

void 
addGeometries(int count,
IGeometry newGeometries)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.addGeometries(com.esri.arcgis.geometry.IGeometryCollection, com.esri.arcgis.geometry.IGeometry[]) . 
void 
addGeometry(IGeometry inGeometry,
Object before,
Object after)
Adds a reference to the input geometry either at the end, or before, or after the specified index. 
void 
addGeometryCollection(IGeometryCollection newGeometries)
Adds references to geometries in the input collection. 
void 
addPoint(IPoint inPoint,
Object before,
Object after)
Adds a vertex to a Path, Ring, Polyline, or Polygon; or adds a reference to the input point to a Multipoint, TriangleFan, or TriangleStrip. 
void 
addPointCollection(IPointCollection newPoints)
Adds copies of points in the input point collection to this Path, Ring, Polyline, or Polygon; or adds references to the points in the collection to this Multipoint, TriangleFan, or TriangleStrip. 
void 
addPoints(int count,
IPoint newPoints)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.addPoints(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.geometry.IPoint[]) . 
void 
addSegment(ISegment inSegment,
Object before,
Object after)
Adds a reference to the input segment at the end, or before or after a specified index. 
void 
addSegmentCollection(ISegmentCollection segments)
Adds references to the segments from the specified segment collection. 
void 
addSegments(int count,
ISegment newSegments)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.addSegments(com.esri.arcgis.geometry.ISegmentCollection, com.esri.arcgis.geometry.ISegment[]) . 
void 
addWKSPointZs(int count,
_WKSPointZ pointStructures)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.addWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.system._WKSPointZ[]) . 
void 
approximateByBeziers(IPolycurve pInCurve,
Object pMaxDistance,
Object smoothClosedParts)
Constructs a curve which approximates the input curve by a small number of Bezier segments. 
void 
assign(IClone src)
Assigns the properties of src to the receiver. 
IGeometry 
buffer(double distance)
Constructs a polygon that is the locus of points at a distance less than or equal to a specified distance from this geometry. 
void 
calculateNonSimpleMs()
Redefines the nonsimple Ms to be values obtained from interpolation of surrounding defined Ms, or extrapolation of Ms. 
void 
calculateNonSimpleZs()
Calculates the nonsimple Z values by extrapolation/interpolation for polylines and interpolation for polygons. 
IEnumSplitPoint 
calibrateByDistance(IEnumVertex points,
int updateHow,
boolean ignoreGaps,
double cutoffDistance)
Calibrates Ms of existing vertices using new Ms from the input points and the shortest path distances along the polyline between those points. 
IEnumSplitPoint 
calibrateByMs(IEnumVertex points,
int updateHow,
double cutoffDistance)
Calibrates Ms of existing vertices using new Ms from the input points and existing Ms along shortest paths between those points. 
void 
checkInvalidate()
Invalidates the spatial index if the geometry has been changed since the index was last constructed. 
void 
clip(IEnvelope clipperEnvelope)
Constructs the intersection of this geometry and the specified envelope. 
void 
clipDense(IEnvelope clipperEnvelope,
double denseDistance)
Constructs the intersection of this geometry and the specified envelope; densifies lines in output contributed by the clipping envelope. 
void 
clipEx(IEnvelope clipperEnvelope,
boolean bIncludeBoundary)
Constructs the intersection of this geometry and the specified envelope. 
void 
clipToDomain()
Clips the geometry to the domain of the spatial reference. 
IEnumGeometry 
constructBuffers(int numBuffers,
double[] distances)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.constructBuffers(com.esri.arcgis.geometry.ITopologicalOperator2, double[]) . 
void 
constructExtended(ICurve fromCurve,
ICurve toCurve,
int extensionFlags,
boolean[] extensionsPerformed)
Constructs an extended version of the 'from' curve that goes to the 'to' curve. 
IEnumSegment 
constructExtendedEx(ICurve fromCurve,
ICurve toCurve,
int extensionFlags,
boolean[] extensionsPerformed)
Returns an enumerator which identifies which segments were added to the result polyline by the construction process. 
void 
constructGeodesicCircle(IPoint centerPoint,
ILinearUnit linearUnit,
double radius,
int densifyMethod,
double densifyParameter)
constructs a geodesic circle centered on the specified point. 
void 
constructGeodesicEllipse(IPoint centerPoint,
ILinearUnit linearUnit,
double semiMajorAxisLength,
double semiMinorAxisLength,
double semiMajorAxisAzimuth,
int densifyMethod,
double densifyParameter)
constructs a geodesic ellipse with origin at the specified point and semi major axis oriented according to the specified azimuth. 
void 
constructGeodeticLineFromDistance(int geodeticLineType,
IPoint fromPoint,
ILinearUnit linearUnit,
double length,
double azimuth,
int densifyMethod,
double densifyParameter)
constructs a geodetic line with the specified length and azimuth. 
void 
constructGeodeticLineFromPoints(int geodeticLineType,
IPoint fromPoint,
IPoint toPoint,
ILinearUnit linearUnit,
int densifyMethod,
double densifyParameter)
Constructs a geodetic line connecting the specified points. 
void 
constructKoch(IPolycurve p,
double r,
int recursionLevel)
Constructs a Koch snowflake fractal using the input polycurve as the generator. 
void 
constructOffset(IPolycurve inCurve,
double offset,
Object offsetHow,
Object bevelRatio)
Constructs a curve being the locus of points offset a given distance from another curve. 
void 
constructUnion(IEnumGeometry geometries)
Defines this geometry to be the union of the inputs. 
void 
constructUnionEx(IEnumGeometry pEnum,
boolean bNonPlanar)
defined . 
boolean 
contains(IGeometry other)
Indicates if this geometry contains the other geometry. 
boolean 
containsEx(IGeometry pOther,
int relation)
Indicates if this geometry contains the other geometry, optionally using Celementini's definition. 
IGeometry 
convexHull()
Constructs the convex hull of this geometry. 
boolean 
crosses(IGeometry other)
Indicates if the two geometries intersect in a geometry of lesser dimension. 
void 
cut(IPolyline cutter,
IGeometry[] leftGeom,
IGeometry[] rightGeom)
Splits this geometry into a part left of the cutting polyline, and a part right of it. 
IGeometryCollection 
cut2(IPolyline pCutter)
Divides a geometry into multiple parts 
void 
densify(double maxSegmentLength,
double maxDeviation)
Converts this polycurve into a piecewise linear approximation of itself. 
void 
densify3D(double maxSegmentLength,
double maxDeviation)
Converts this Polycurve into a piecewise linear approximation of itself. 
void 
densifyByAngle(double maxSegmentLength,
double maxAngleDeviation)
Converts this polycurve into a piecewise linear approximation of itself. 
void 
densifyGeodetic(int geodeticLineType,
ILinearUnit pLU,
int densifyMethod,
double densifyParameter)
Constructs different types of geodetic curves. 
void 
deserialize(IXMLSerializeData data)
Deserializes an object from XML. 
IGeometry 
difference(IGeometry other)
Constructs the geometry containing points from this geometry but not the other geometry. 
IGeometry 
differenceEx(IGeometry other,
boolean bNonPlanar)
defined for (multi)points and polylines. 
boolean 
disjoint(IGeometry other)
Indicates if the two geometries share no points in common. 
boolean 
disjoint3D(IGeometry pOther)
Indicates if the two geometries share no points in common. 
void 
dropMs()
Sets all the M values to a nonvalid number (NaN). 
void 
dropPointIDs()
Unsets all PointID values without changing awareness. 
void 
dropZs()
Sets all the Z values to a nonvalid number (NaN). 
boolean 
equals(Object o)
Compare this object with another 
IClone 
esri_clone()
Clones the receiver and assigns the result to *clone. 
boolean 
esri_equals(IGeometry other)
Indicates if the two geometries are of the same type and define the same set of points in the plane. 
void 
extrapolateMs(int extrapolationStyle,
int fromPart,
int fromPoint,
int toPart,
int toPoint)
Extrapolates the Ms at one or both ends of the geometry based on the M interval between the fromIndex and the toIndex. 
void 
generalize(double maxAllowableOffset)
Generalizes this polycurve using the DouglasPoiker algorithm. 
void 
generalize3D(double maxAllowableOffset)
Generalizes this polycurve using the DouglasPoiker algorithm. 
void 
geodesicDensify(double maxSegmentLength)
Densifies and reshapes existing segments so that the output segments follow the shortest ground path connecting input vertices. 
void 
geometriesChanged()
Tells this geometry collection that some of its geometries have been altered. 
void 
geoNormalize()
Shifts longitudes, if need be, into a continuous range of 360 degrees. 
void 
geoNormalizeEx(ISpatialReference sR,
double denseDistance)
Shifts longitudes, if need be, into a continuous range of 360 degrees. 
void 
geoNormalizeFromLongitude(double longitude)
Normalizes longitudes into a continuous range containing the longitude. 
IGeometry 
getBoundary()
The boundary of this geometry. 
IPoint 
getCentroidEx()
The center of gravity (centroid). 
void 
getClassID(GUID[] pClassID)
getClassID 
static String 
getClsid()
getClsid. 
int 
getDimension()
The topological dimension of this geometry. 
Object 
getDistancesAtM(boolean asRatio,
double m)
Returns an array of distances along the polyline at which is located the specified M. 
IEnumCurve 
getEnumCurve()
A new curve enumerator for this segment collection. 
IEnumSegment 
getEnumSegments()
A new enumerator for this segment collection. 
IEnumSegment 
getEnumShortestPath(int fromPart,
int fromPoint,
int toPart,
int toPoint)
Not implemented. 
IEnumVertex 
getEnumVertices()
A new enumerator for this point collection. 
IEnvelope 
getEnvelope()
Creates a copy of this geometry's envelope and returns it. 
IPoint 
getFromPoint()
The 'from' point of the curve. 
IGeometry 
getGeometry(int index)
A reference to the ith geometry. 
int 
getGeometryCount()
The number of geometries in this collection. 
int 
getGeometryType()
The type of this geometry. 
IEnumSegment 
getIndexedEnumSegments(IGeometry queryGeometry)
A new indexed segment enumerator for this segment collection. 
IEnumVertex 
getIndexedEnumVertices(IGeometry queryGeometry)
An indexed vertex enumerator for this point collection. 
double 
getLength()
The length of the curve. 
double 
getLength3D()
The length of the curve. 
double 
getLengthGeodetic(int geodeticLineType,
ILinearUnit pLU)
Returns length of this polycurve calculated using various types of geodetic methods. 
double 
getMMax()
The maximum M value. 
double 
getMMin()
The minimum M value. 
int 
getMMonotonic()
A value indicating whether Ms are monotonic, and if so, whether they are ascending or descending. 
int 
getMMonotonicity()
A combination of esriMonotinicityEnum values that describes all trends in M values over the length of the curve. 
Object 
getMsAtDistance(double distance,
boolean asRatio)
Returns M values at the distance along the geometry. 
IGeometryCollection 
getNormalsAtM(double m,
double length)
Returns a geometry bag of line segments corresponding to the normal at the locations along the geometry where the specified M occurs. 
IPoint 
getPoint(int i)
A copy of the ith vertex of a Path, Ring, Polyline, or Polygon; or a reference to the ith point of a Multipoint, TriangleFan, or TriangleStrip. 
int 
getPointCount()
The number of points in the collection. 
void 
getPoints(int index,
int count,
IPoint[] points)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.getPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[][]) . 
IGeometryCollection 
getPointsAtM(double m,
double lateralOffset)
Returns a multipoint geometry corresponding to the locations along the geometry where the specified M occurs. 
ISegment 
getSegment(int i)
A reference to the ith segment. 
int 
getSegmentCount()
The number of segments. 
void 
getSizeMax(_ULARGE_INTEGER[] pcbSize)
getSizeMax 
ISpatialReference 
getSpatialReference()
The spatial reference associated with this geometry. 
void 
getSubcurve(double fromDistance,
double toDistance,
boolean asRatio,
ICurve[] outSubcurve)
Extracts a portion of this curve into a new curve. 
void 
getSubcurve3D(double fromDistance,
double toDistance,
boolean bAsRatio,
ICurve3D[] ppOutSubCurve)
Extracts a portion of this curve into a new curve. 
IGeometryCollection 
getSubcurveBetweenMs(double fromM,
double toM)
Returns a polyline geometry corresponding to the subcurve(s) between the fromM and the toM. 
IGeometryCollection 
getSubcurveBetweenMsEx(double fromM,
double toM,
int[] fromMDetails,
int[] toMDetails)
Returns a polyline geometry corresponding to the subcurve(s) between the fromM and the toM values. 
IPoint 
getToPoint()
The 'to' point of the curve. 
double 
getZMax()
The maximum Z value. 
double 
getZMin()
The minimum Z value. 
int 
hashCode()
the hashcode for this object 
void 
hasNonLinearSegments(boolean[] nonLinearSegments)
Indicates if this segment collection contains segments other than lines. 
boolean 
hitTest(IPoint queryPoint,
double searchRadius,
int geometryPart,
IPoint hitPoint,
double[] hitDistance,
int[] hitPartIndex,
int[] hitSegmentIndex,
boolean[] bRightSide)
Locates a part of a geometry closest to a query point. 
boolean 
hitTest3D(IPoint queryPoint,
double searchRadius,
int geometryPart,
IPoint hitPoint,
double[] hitDistance,
int[] hitPartIndex,
int[] hitSegmentIndex)
Locates a part of a geometry closest to a query point. 
boolean 
hitTestCone(IRay pQueryRay,
double minAngle,
int geometryPart,
IPoint pHitPoint,
double[] pHitDistance,
int[] pHitPartIndex,
int[] pHitSegmentIndex)
Locates a part of a geometry closest to a query ray. 
void 
insertGeometries(int index,
int count,
IGeometry newGeometries)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.insertGeometries(com.esri.arcgis.geometry.IGeometryCollection, int, com.esri.arcgis.geometry.IGeometry[]) . 
void 
insertGeometryCollection(int index,
IGeometryCollection newGeometries)
Inserts at the specified index references to all if the geometries in the input collection. 
void 
insertMAtDistance(double m,
double distance,
boolean asRatio,
boolean createPart,
boolean[] splitHappened,
int[] newPartIndex,
int[] newSegmentIndex)
Sets the M value at the given distance along the geometry; creates a point at that distance if no point exists there. 
void 
insertPointCollection(int index,
IPointCollection newPoints)
Inserts copies of points, from the input point collection, as vertices into this Path, Ring, Polyline, or Polygon; or references to points in the input point collection into this Multipoint, TriangleFan, or TriangleStrip. 
void 
insertPoints(int index,
int count,
IPoint newPoints)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.insertPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[]) . 
void 
insertSegmentCollection(int index,
ISegmentCollection newSegments)
Inserts references to the segments in the input collectoin. 
void 
insertSegmentCollectionEx(int index,
int start,
int count,
ISegmentCollection newSegments)
Inserts references to some of the segments from the input collection. 
void 
insertSegments(int index,
int count,
ISegment newSegments)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.insertSegments(com.esri.arcgis.geometry.ISegmentCollection, int, com.esri.arcgis.geometry.ISegment[]) . 
void 
insertWKSPointZs(int index,
int count,
_WKSPointZ newPoints)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.insertWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.system._WKSPointZ[]) . 
void 
interfaceSupportsErrorInfo(GUID riid)
interfaceSupportsErrorInfo 
void 
interpolateFromSurface(IFunctionalSurface interpolationSurface)
Use the specified functional surface to generate Z values for the vertices of this object. 
void 
interpolateMsBetween(int fromPart,
int fromPoint,
int toPart,
int toPoint)
Generates Ms by linear interpolation of segment distances for all vertices in the range [start+1, end1]. 
void 
interpolateZsBetween(int startPart,
int startPoint,
int endPart,
int endPoint)
Generate Z values by linear interpolation for all vertices in the range [start+1, end1]. 
IGeometry 
intersect(IGeometry other,
int resultDimension)
Constructs the geometry that is the settheoretic intersection of the input geometries. 
IGeometry 
intersectEx(IGeometry other,
boolean bNonPlanar,
int resultDimension)
defined . 
IGeometry 
intersectMultidimension(IGeometry other)
Constructs the settheoretic intersection of the inputs. 
IGeometry 
intersectMultidimensionEx(IGeometry other,
boolean bNonPlanar)
Constructs the settheoretic intersection of the inputs. 
void 
invalidate()
Invalidate the spatial index. 
boolean 
isAllowIndexing()
Indicates whether to allow a spatial index to be created for this geometry. 
boolean 
isChanged()
Indicates if a geometry has been changed (edited, projected, etc). 
boolean 
isClosed()
Indicates if 'from' and 'to' points (of each part) are identical. 
boolean 
isClosed3D()
Indicates if 'from' and 'to' points (of each part) are identical. 
void 
isDirty()
isDirty 
boolean 
isEmpty()
Indicates whether this geometry contains any points. 
boolean 
isEqual(IClone other)
Indicates if the receiver and other have the same properties. 
boolean 
isIdentical(IClone other)
Indicates if the receiver and other are the same object. 
boolean 
isKnownSimple()
Indicates whether this geometry is known (or assumed) to be topologically correct. 
boolean 
isMAware()
Indicates whether or not the geometry is aware of and capable of handling Ms. 
boolean 
isMSimple()
Indicates if all the Ms are valid numbers. 
boolean 
isNear(IGeometry pOther,
double distance)
Indicates if this geometry is within distance from the other geometry. 
boolean 
isNear3D(IGeometry pOther,
double distance)
Indicates if this geometry is within distance from the other geometry; both geometries must have Zs. 
boolean 
isPointIDAware()
Indicates whether or not the geometry is aware of and capable of handling PointIDs. 
boolean 
isPointIDSimple()
Indicates if all PointID values for this geometry are welldefined. 
boolean 
isSimple()
Indicates whether this geometry is known (or assumed) to be topologically correct, after explicitly determining this if the geometry is not already known (or assumed) to be simple. 
boolean 
isSimpleEx(int[] reason)
Determines why a geometry is not simple. 
boolean 
isZAware()
Indicates whether or not the geometry is aware of and capable of handling Zs. 
boolean 
isZSimple()
Indicates if all the Zs are valid numbers. 
boolean 
isZVertical()
Indicates if at least two consecutive vertices of this polyline or polygon have the same x and y values, but distinct z values. 
void 
load(IStream pstm)
load 
void 
move(double dx,
double dy)
Moves dx units horizontally and dy units vertically. 
void 
move3D(double dx,
double dy,
double dz)
Moves the object by dx, dy and dz along the x, y, and z axes respectively. 
void 
moveVector(ILine v)
Moves a direction and distance v. 
void 
moveVector3D(IVector3D v)
Moves the object by an offset defined by a 3D vector. 
void 
multiplyMs(double factor)
Multiplies all the M values by a factor. 
void 
multiplyZs(double factor)
Multiplies all the Z values by a factor. 
void 
offsetMs(double offset)
Offsets all the M values by an offset value. 
void 
offsetZs(double offset)
Offsets all the Z values by an offset value. 
void 
orientByMs()
Reorients the curve to make Ms nondecreasing, if possible. 
boolean 
overlaps(IGeometry other)
Indicates if the intersection of the two geometries has the same dimension as one of the input geometries. 
void 
project(ISpatialReference newReferenceSystem)
Projects this geometry into a new spatial reference. 
void 
project5(ISpatialReference newSpatialReference,
int projectionHint)
Same as Project, but with additional parameter projectionHint. 
void 
projectEx(ISpatialReference newReferenceSystem,
int direction,
IGeoTransformation geoTransformation,
boolean bAngularDensify,
double maxSegmentLength,
double maxDeviation)
Projects a geometry, optionally applies a GeoTransformation, and optionally densifies the geometry. 
void 
projectEx5(ISpatialReference newReferenceSystem,
int direction,
ITransformation transformation,
boolean bAngularDensify,
double maxSegmentLength,
double maxDeviation,
int projectionHint)
Same as ProjectEx, but with additional parameter projectionHint. 
IGeometry 
projectToPlane(IPoint planarOrigin,
IVector3D planarPositiveX,
IVector3D planarNorm)
Generates a polygon footprint for the object in an arbitrary plane. 
void 
putCoordsEx(IPoint from,
IPoint to)
Sets this segment's endpoints to 'from' and 'to'. 
void 
queryClipped(IEnvelope clipperEnvelope,
IGeometry clippedGeometry)
Redefines clippedGeometry to be the intersection of this geometry and the clipping envelope. 
void 
queryClippedDense(IEnvelope clipperEnvelope,
double denseDistance,
IGeometry clippedGeometry)
Redefines clippedGeometry to be the intersection of this geometry and the clipping envelope; densifies lines in the output contributed by the clipping envelope. 
void 
queryEnvelope(IEnvelope outEnvelope)
Copies this geometry's envelope properties into the specified envelope. 
void 
queryFirstLastM(double[] firstM,
double[] lastM)
Returns the first and last defined M value for the curve. 
void 
queryFromPoint(IPoint from)
Copies this curve's 'from' point to the input point. 
void 
queryGeometries(int index,
int count,
IGeometry[] geometries)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.queryGeometries(com.esri.arcgis.geometry.IGeometryCollection, int, com.esri.arcgis.geometry.IGeometry[][]) . 
void 
queryNearestPoint(IPoint p,
int extension,
IPoint nearest)
Copies into 'nearest' a point on this geometry nearest to the input point. 
void 
queryNearestPoint3D(IPoint pInP,
int extension,
IPoint pNearest)
Copies into 'nearest' a point on this geometry nearest to the input point. 
void 
queryNormal(int extension,
double distanceAlongCurve,
boolean asRatio,
double length,
ILine normal)
Constructs a line normal to a curve from a point at a specified distance along the curve. 
void 
queryPoint(int extension,
double distanceAlongCurve,
boolean asRatio,
IPoint outPoint)
Copies to outPoint the properties of a point on the curve at a specified distance from the beginning of the curve. 
void 
queryPoint(int index,
IPoint point)
Queries for a point in the PointCollection at given index. 
void 
queryPoint3D(int extension,
double distanceAlongCurve,
boolean bAsRatio,
IPoint pOutPoint)
Copies to outPoint the properties of a point on the curve at a specified distance from the beginning of the curve. 
void 
queryPointAndDistance(int extension,
IPoint inPoint,
boolean asRatio,
IPoint outPoint,
double[] distanceAlongCurve,
double[] distanceFromCurve,
boolean[] bRightSide)
Finds the point on the curve closest to inPoint, then copies that point to outPoint; optionally calculates related items. 
void 
queryPointAndDistance3D(int extension,
IPoint pInPoint,
boolean bAsRatio,
IPoint pOutPoint,
double[] pDistanceAlongCurve,
double[] pDistanceFromCurve)
Finds the point on the curve closest to inPoint, then copies that point to outPoint; optionally calculates related items. 
void 
queryPoints(int index,
int count,
IPoint points)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.queryPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[][]) . 
void 
queryPointsAndDistances(int extension,
double searchRadius,
IPoint inPoint,
boolean asRatio,
double[] distanceFromCurve,
IEnumPointAndDistance[] pointsAndDistances)
Given an input point, calculates the minimum distance to the geometry and provides an enumerator over all closest points on the geometry, along with additional information. 
void 
querySegments(int index,
int count,
ISegment[] segments)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.querySegments(com.esri.arcgis.geometry.ISegmentCollection, int, com.esri.arcgis.geometry.ISegment[][]) . 
void 
queryTangent(int extension,
double distanceAlongCurve,
boolean asRatio,
double length,
ILine tangent)
Constructs a line tangent to a curve from a point at a specified distance along the curve. 
void 
queryToPoint(IPoint to)
Copies the curve's 'to' point into the input point. 
void 
queryWKSEnvelope(_WKSEnvelope[] e)
Defines the specified wksenvelope to be the current extent of this geometry in the xy plane. 
void 
queryWKSPointZs(int index,
int count,
_WKSPointZ[] pointStructures)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.queryWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.system._WKSPointZ[][]) . 
void 
readExternal(ObjectInput in)

boolean 
relation(IGeometry other,
String relationDescription)
Indicates if the defined relationship exists. 
void 
removeGeometries(int index,
int count)
Removes references to some geometries from this collection. 
void 
removePoints(int index,
int count)
Removes vertices from a Path, Ring, Polyline, or Polygon, or references to points from a Multipoint, TriangleFan, or TriangleStrip. 
void 
removeSegments(int index,
int count,
boolean closeGap)
Removes references to some segments. 
void 
replacePointCollection(int index,
int goingAway,
IPointCollection newPoints)
Replaces vertices/points within a PointCollection. 
void 
replacePoints(int index,
int comingIn,
int goingAway,
IPoint newPoints)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.replacePoints(com.esri.arcgis.geometry.IPointCollection4, int, int, com.esri.arcgis.geometry.IPoint[]) . 
void 
replaceSegmentCollection(int index,
int goingAway,
ISegmentCollection newSegments)
Remove and inserts some segments. 
void 
replaceSegments(int index,
int comingIn,
int goingAway,
ISegment newSegments)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.replaceSegments(com.esri.arcgis.geometry.ISegmentCollection, int, int, com.esri.arcgis.geometry.ISegment[]) . 
boolean 
reshape(IPath reshapeSource)
Modifies this polyline by replacing some of its segments with some segments from reshapeSource. 
boolean 
reshapeEx(IPath reshapeSource,
boolean bInterpolateReshaped)
If bInterpolateReshaped is true, then new vertices will be interpolated based on vertices from the polyline being reshaped. 
double 
returnDistance(IGeometry other)
Returns the minimum distance between two geometries. 
double 
returnDistance3D(IGeometry pOther)
Returns the minimal distance between two geometries. 
IPoint 
returnNearestPoint(IPoint p,
int extension)
Creates and returns a point on this geometry nearest to the input point. 
IPoint 
returnNearestPoint3D(IPoint pInP,
int extension)
Creates and returns a point on this geometry nearest to the input point. 
void 
reverseMsOrder()
Reverses the order of the Ms along the geometry. 
void 
reverseOrientation()
Reverses the parameterization of the curve ('from' point becomes 'to' point, first segment becomes last segment, etc). 
void 
rotate(IPoint origin,
double rotationAngle)
Rotates about the specified origin point. 
void 
rotateVector3D(IVector3D axis,
double rotationAngle)
Rotates the object about axis defined by the specified vector through an angle measured in radians. 
void 
save(IStream pstm,
int fClearDirty)
save 
void 
scale(IPoint origin,
double sx,
double sy)
Scales about the specified origin using seperate horizonal and vertical scales. 
void 
scale3D(IPoint origin,
double sx,
double sy,
double sz)
Scales the object about the specified origin point. 
void 
segmentsChanged()
Informs the segment collection that any cached values that it may be maintaining (envelope, length, etc.) are invalid. 
void 
serialize(IXMLSerializeData data)
Serializes an object to XML. 
void 
setAllowIndexing(boolean allowIndexing)
Indicates whether to allow a spatial index to be created for this geometry. 
void 
setAndInterpolateMsBetween(double fromM,
double toM)
Sets the Ms at the beginning and the end of the geometry and interpolates the M values between these values. 
void 
setChanged(boolean isChanged)
Indicates if a geometry has been changed (edited, projected, etc). 
void 
setCircle(IPoint cp,
double circleRadius)
Defines this path, ring, polyline or polygon to contain a single circular arc segment that is closed. 
void 
setConstantZ(double zLevel)
Sets Z coordinates at all vertices to zLevel. 
void 
setEmpty()
Removes all points from this geometry. 
void 
setFromPoint(IPoint from)
The 'from' point of the curve. 
void 
setGeometries(int count,
IGeometry newGeometries)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.setGeometries(com.esri.arcgis.geometry.IGeometryCollection, com.esri.arcgis.geometry.IGeometry[]) . 
void 
setGeometryCollection(IGeometryCollection newParts)
Replaces all geometries in the collection with references to geometries from the input collection. 
void 
setIsKnownSimple(boolean rhs1)
Indicates whether this geometry is known (or assumed) to be topologically correct. 
void 
setMAware(boolean mAware)
Indicates whether or not the geometry is aware of and capable of handling Ms. 
void 
setMsAsDistance(boolean asRatio)
Sets the M values to the cumulative length from the origin of the geometry. 
void 
setMsAsDistance2(IPoint origin,
double scale,
double offset,
boolean ignoreGaps)
Sets Ms on vertices as scaled and offset distances from the input origin as measured along the polyline. 
void 
setNonSimpleZs(double zLevel)
Replaces undefined (nonsimple) Z values with the specified constant value. 
void 
setPointCollection(IPointCollection newPoints)
Replaces all vertices of this Path, Ring, Polyline, or Polygon with copies of the points in the input collection; or all points of this Multipoint, TriangleFan, or TriangleStrip with references to points from the input collection. 
void 
setPointIDAware(boolean idAware)
Indicates whether or not the geometry is aware of and capable of handling PointIDs. 
void 
setPoints(int count,
IPoint newPoints)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.setPoints(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.geometry.IPoint[]) . 
void 
setRectangle(IEnvelope inEnvelope)
Defines this path, ring, polyline or polygon to have four line segments in the same positions as the sides of the input envelope. 
void 
setSegmentCollection(ISegmentCollection newSegments)
Replaces all segments with references to segments from the input collection. 
void 
setSegments(int count,
ISegment newSegments)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.setSegments(com.esri.arcgis.geometry.ISegmentCollection, com.esri.arcgis.geometry.ISegment[]) . 
void 
setSpatialReferenceByRef(ISpatialReference spatialRef)
The spatial reference associated with this geometry. 
void 
setToPoint(IPoint to)
The 'to' point of the curve. 
void 
setWKSPointZs(int count,
_WKSPointZ pointStructures)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.setWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.system._WKSPointZ[]) . 
void 
setZAware(boolean zAware)
Indicates whether or not the geometry is aware of and capable of handling Zs. 
void 
simplify()
Makes this geometry topologically correct. 
void 
simplifyAsFeature()
Simplifies the geometry using the rules appropriate for this feature. 
void 
simplifyEx(boolean planarSimplify)
Use either planar or network simplify regardless of current attribute awareness. 
void 
simplifyNetwork()
Removes zero length segments (zero in 2 dimensions), merges parts at endpoints that only connect to each other, reorients segments that are pointing against the prevailing orientation for a part. 
void 
smooth(double maxAllowableOffset)
Converts this curve into a smooth curve containing only Bezier curve segments. 
void 
snap()
Snaps ms to the precision of the spatial reference associated with the geometry. 
void 
snapToSpatialReference()
Moves points of this geometry so that they can be represented in the precision of the geometry's associated spatial reference system. 
void 
splitAtDistance(double distance,
boolean asRatio,
boolean createPart,
boolean[] splitHappened,
int[] newPartIndex,
int[] newSegmentIndex)
Introduces a new vertex into this polyline at a specified distance from the beginning of the polyline. 
IEnumSplitPoint 
splitAtDistances(int distanceCount,
double[] distances,
boolean asRatios,
boolean createParts)
Deprecated. This method uses C style arrays which are not supported in the ArcGIS API for Java. It is replaced by GeometryEnvironment.splitAtDistances(com.esri.arcgis.geometry.IPolycurve2, double[], boolean, boolean) . 
void 
splitAtPoint(IPoint splitPoint,
boolean projectOnto,
boolean createPart,
boolean[] splitHappened,
int[] newPartIndex,
int[] newSegmentIndex)
Introduces a new vertex into this polyline at the location on it closest to the input point. 
IEnumSplitPoint 
splitAtPoints(IEnumVertex splitPoints,
boolean projectOnto,
boolean createParts,
double cutoffDistance)
Introduces new vertices into this polyline at the locations on it closest to the input points. 
IGeometry 
symmetricDifference(IGeometry other)
Constructs the geometry that contains points from either but not both input geometries. 
IGeometry 
symmetricDifferenceEx(IGeometry other,
boolean bNonPlanar)
defined for (multi)points and polylines. 
void 
touchCut(IPolyline pCutter,
IGeometry[] ppLeftGeom,
IGeometry[] ppRightGeom)
Cut a polyline at locations where the cutter only touches the polyline, in addition to locations where the cutter crosses it. 
boolean 
touches(IGeometry other)
Indicates if the boundaries of the geometries intersect. 
void 
transform(int direction,
ITransformation transformation)
Applies an arbitrary transformation. 
void 
transform3D(int direction,
ITransformation3D transformation)
Applies an arbitrary 3D transformation. 
IGeometry 
union(IGeometry other)
Constructs the geometry that is the settheoretic union of the input geometries. 
IGeometry 
unionEx(IGeometry other,
boolean bNonPlanar)
defined . 
void 
updateAllMsByMs(IPoint origin,
double scale,
double offset,
boolean ignoreGaps)
Sets Ms on vertices as scaled and offset M distances from the input origin as measured along the polyline based on the existing M's. 
void 
updateMsByDistance(int fromPart,
int fromPoint,
int toPart,
int toPoint,
double fromM,
double toM,
int updateHow,
boolean ignoreGaps)
Updates Ms along the shortest path between the specified endpoints. 
void 
updateMsByMs(int fromPart,
int fromPoint,
int toPart,
int toPoint,
double fromM,
double toM,
int updateHow)
Updates Ms along the shortest path between the specified endpoints. 
void 
updatePoint(int i,
IPoint p)
Changes the ith vertex or point to be a copy of the input point. 
void 
weed(double maxAllowableOffsetFactor)
Generalizes using a small tolerance based upon either the system units of the geometry's spatial reference, or the geometry's bounding box. 
void 
weed3D(double maxAllowableOffsetFactor)
Generalizes using a small tolerance based upon either the system units of the geometry's spatial reference, or the geometry's bounding box. 
boolean 
within(IGeometry other)
Indicates if this geometry is contained (is within) another geometry. 
boolean 
withinEx(IGeometry pOther,
int relation)
Indicates if this geometry contains the other geometry, optionally using Celementini's definition. 
void 
writeExternal(ObjectOutput out)

Methods inherited from class java.lang.Object 

clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait 
Methods inherited from interface com.esri.arcgis.interop.RemoteObjRef 

getJintegraDispatch, release 
Constructor Detail 

public Polyline() throws IOException, UnknownHostException
IOException
 if there are interop problems
UnknownHostException
 if there are interop problemspublic Polyline(Object obj) throws IOException
Polyline thePolyline = (Polyline) obj;
obj
to Polyline
.
obj
 an object returned from ArcGIS Engine or Server
IOException
 if there are interop problemsMethod Detail 

public static String getClsid()
public boolean equals(Object o)
equals
in class Object
public int hashCode()
hashCode
in class Object
public int getPointCount() throws IOException, AutomationException
Returns the number of Points in the PointCollection. The last Point in the PointCollection has an index equal to PointCount  1.
getPointCount
in interface IPointCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IPoint getPoint(int i) throws IOException, AutomationException
getPoint
in interface IPointCollection
i
 The i (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addPoint(IPoint inPoint, Object before, Object after) throws IOException, AutomationException
Adds a Point to a PointCollection. If before and after are omitted, the Point is added to the end of the PointCollection. Additionally, by specifying either the before or after index, the Point can be added at a specific location in the PointCollection.
addPoint
in interface IPointCollection
inPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)before
 A Variant (in, optional, pass null if not required)after
 A Variant (in, optional, pass null if not required)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void updatePoint(int i, IPoint p) throws IOException, AutomationException
Updates the ith Point with a copy of the input Point. Update replaces the reference to the indexed point with a reference to the input Point.
For efficiency UpdatePoint does not check if the spatial reference of the input point is equal to the spatial reference of the PointCollection. Please make sure that the spatial reference of the input point is equal to the spatial reference of the PointCollection before you pass the point in.
Note : You can also explicitly check the spatial reference by
using IClone::IsEqual
//To check spatial reference efficiently
IPoint pointIn = null;
IPointCollection ptColl = null;
ISpatialReference pSpatialReferenceOfCollection = null;
//The next line will not do anything if the two projections are equal
pointIn.project(pSpatialReferenceOfCollection);
ptColl.updatePoint( 1, pointIn);
updatePoint
in interface IPointCollection
i
 The i (in)p
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryPoints(int index, int count, IPoint points) throws IOException, AutomationException
GeometryEnvironment.queryPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[][])
.
Queries a specified number (Count) of Points starting at the given index into an array of Points.
queryPoints
in interface IPointCollection
index
 The index (in)count
 The count (in)points
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertPoints(int index, int count, IPoint newPoints) throws IOException, AutomationException
GeometryEnvironment.insertPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[])
.
Inserts a specified number (Count) of Points into the PointCollection at the given index from an array of Points. The first Count points from the array are inserted.
insertPoints
in interface IPointCollection
index
 The index (in)count
 The count (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertPointCollection(int index, IPointCollection newPoints) throws IOException, AutomationException
Inserts a PointCollection of Points into the PointCollection at the specified index. The resulting PointCollection does not retain information about the distinction between the old and new Point Collections.
insertPointCollection
in interface IPointCollection
index
 The index (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPointCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addPoints(int count, IPoint newPoints) throws IOException, AutomationException
GeometryEnvironment.addPoints(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.geometry.IPoint[])
.
Adds the first specified number (Count) of Points to the PointCollection from an array of Points (with at least Count points). The Points are all added to the end of the PointCollection in the same sequence as they are ordered in the array.
addPoints
in interface IPointCollection
count
 The count (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addPointCollection(IPointCollection newPoints) throws IOException, AutomationException
Adds a PointCollection of Points to the end of the PointCollection. The resulting PointCollection does not retain the division between the old PointCollection and the additional PointCollection.
addPointCollection
in interface IPointCollection
newPoints
 A reference to a com.esri.arcgis.geometry.IPointCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setPoints(int count, IPoint newPoints) throws IOException, AutomationException
GeometryEnvironment.setPoints(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.geometry.IPoint[])
.
Sets the contents of the PointCollection equal to the first Count Points from the input array of Points. After SetPoints is called, the PointCollection contains only count Points from the input Point array (regardless of what it may have contained previously).
setPoints
in interface IPointCollection
count
 The count (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setPointCollection(IPointCollection newPoints) throws IOException, AutomationException
Sets the contents of the PointCollection equal to the contents of the input PointCollection. After SetPointCollection is called, the PointCollection contains only the Points from the input PointCollection (regardless of what it may have contained previously).
setPointCollection
in interface IPointCollection
newPoints
 A reference to a com.esri.arcgis.geometry.IPointCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void removePoints(int index, int count) throws IOException, AutomationException
Removes a specified number (Count) of Points from a PointCollection starting at a given index.
removePoints
in interface IPointCollection
index
 The index (in)count
 The count (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumVertex getEnumVertices() throws IOException, AutomationException
Returns an EnumVertex for the vertices in the PointCollection. The EnumVertex allows the Points to be tranversed in a sequential order.
getEnumVertices
in interface IPointCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void replacePoints(int index, int comingIn, int goingAway, IPoint newPoints) throws IOException, AutomationException
GeometryEnvironment.replacePoints(com.esri.arcgis.geometry.IPointCollection4, int, int, com.esri.arcgis.geometry.IPoint[])
.
Removes a specified number (goingAway) of Points from a PointCollection starting at a given index and replaces them (starting at the same index) with a specified number (comingIn) of Points from an array of Points.
If you are using attempting to use this method from a .NET enabled language, such as VB.NET, you may need to use the ReplacePoints method provided by the IGeometryBridge interface exposed on the GeometryEnvironment object.
replacePoints
in interface IPointCollection
index
 The index (in)comingIn
 The comingIn (in)goingAway
 The goingAway (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void replacePointCollection(int index, int goingAway, IPointCollection newPoints) throws IOException, AutomationException
Replaces a specified number (goingAway) of Points in the PointCollection begining at a given index with a PointCollection of Points (inserted at the given index).
replacePointCollection
in interface IPointCollection
index
 The index (in)goingAway
 The goingAway (in)newPoints
 A reference to a com.esri.arcgis.geometry.IPointCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryPoint(int index, IPoint point) throws IOException, AutomationException
Queries the ith Point from the PointCollection. The first Point in the PointCollection has index 0, and the last Point has index equal to PointCount  1. (Alternatively, the last Point in the PointCollection can be referenced using index 1.).
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryPoint
in interface IPointCollection
index
 The index (in)point
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addWKSPointZs(int count, _WKSPointZ pointStructures) throws IOException, AutomationException
GeometryEnvironment.addWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.system._WKSPointZ[])
.
addWKSPointZs
in interface IPointCollection4
count
 The count (in)pointStructures
 A Structure: com.esri.arcgis.system._WKSPointZ (A com.esri.arcgis.system._WKSPointZ COM typedef) (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setWKSPointZs(int count, _WKSPointZ pointStructures) throws IOException, AutomationException
GeometryEnvironment.setWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, com.esri.arcgis.system._WKSPointZ[])
.
setWKSPointZs
in interface IPointCollection4
count
 The count (in)pointStructures
 A Structure: com.esri.arcgis.system._WKSPointZ (A com.esri.arcgis.system._WKSPointZ COM typedef) (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryWKSPointZs(int index, int count, _WKSPointZ[] pointStructures) throws IOException, AutomationException
GeometryEnvironment.queryWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.system._WKSPointZ[][])
.
queryWKSPointZs
in interface IPointCollection4
index
 The index (in)count
 The count (in)pointStructures
 A Structure: com.esri.arcgis.system._WKSPointZ (A com.esri.arcgis.system._WKSPointZ COM typedef) (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertWKSPointZs(int index, int count, _WKSPointZ newPoints) throws IOException, AutomationException
GeometryEnvironment.insertWKSPointZs(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.system._WKSPointZ[])
.
insertWKSPointZs
in interface IPointCollection4
index
 The index (in)count
 The count (in)newPoints
 A Structure: com.esri.arcgis.system._WKSPointZ (A com.esri.arcgis.system._WKSPointZ COM typedef) (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumVertex getIndexedEnumVertices(IGeometry queryGeometry) throws IOException, AutomationException
getIndexedEnumVertices
in interface IPointCollection3
queryGeometry
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void getPoints(int index, int count, IPoint[] points) throws IOException, AutomationException
GeometryEnvironment.getPoints(com.esri.arcgis.geometry.IPointCollection4, int, com.esri.arcgis.geometry.IPoint[][])
.
getPoints
in interface IPointCollection2
index
 The index (in)count
 The count (in)points
 A reference to a com.esri.arcgis.geometry.IPoint (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getGeometryType() throws IOException, AutomationException
esriGeometryNull = 0
esriGeometryPoint = 1
esriGeometryMultipoint = 2
esriGeometryPolyline = 3
esriGeometryPolygon = 4
esriGeometryEnvelope = 5
esriGeometryPath = 6
esriGeometryAny = 7
esriGeometryMultiPatch = 9
esriGeometryRing = 11
esriGeometryLine = 13
esriGeometryCircularArc = 14
esriGeometryBezier3Curve = 15
esriGeometryEllipticArc = 16
esriGeometryBag = 17
esriGeometryTriangleStrip = 18
esriGeometryTriangleFan = 19
esriGeometryRay = 20
esriGeometrySphere = 21
getGeometryType
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getDimension() throws IOException, AutomationException
Returns the dimension of the geometry object based on the geometry's type.
getDimension
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public ISpatialReference getSpatialReference() throws IOException, AutomationException
Returns and sets the Spatial Reference in which the geometry exists. If the spatial reference has not been set the property will return an empty ISpatialReference instance.
getSpatialReference
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setSpatialReferenceByRef(ISpatialReference spatialRef) throws IOException, AutomationException
setSpatialReferenceByRef
in interface IGeometry
spatialRef
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isEmpty() throws IOException, AutomationException
IsEmpty returns TRUE when the Geometry object does not contain geometric information beyond its original initialization state. An object may be returned to its original initialization (IsEmpty = TRUE) state using SetEmpty.
isEmpty
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setEmpty() throws IOException, AutomationException
SetEmpty returns the Geometry to its original initialization state by releasing all data referenced by the Geometry.
setEmpty
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryEnvelope(IEnvelope outEnvelope) throws IOException, AutomationException
Returns the unique Envelope that binds the Geometry object. This is the smallest Envelope that Contains the object.
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryEnvelope
in interface IGeometry
outEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnvelope getEnvelope() throws IOException, AutomationException
Returns the unique Envelope that binds the Geometry object. This is the smallest Envelope that Contains the object.
getEnvelope
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void project(ISpatialReference newReferenceSystem) throws IOException, AutomationException
To Project, the geometry needs to have a Spatial Reference set, and not have an UnknownCoordinateSystem. The new spatial reference system passed to the method defines the output coordinate system. If either spatial reference is Unknown, the coordinates are not changed. The Z and measure values are not changed by the Project method.
A geometry is not densified before it is projected. This can lead to the output geometries not reflecting the 'true' shape in the new coordinate system. A straight line in one coordinate system is not necessarily a straight line in a different coordinate system. Use IGeometry2::ProjectEx if you want to densify the geometries while they are projected.
The Project method must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometry types.
If a geometry is projected to a projected coordinate system that can't represent the geographic area where the geometry is located (or if trying to move an xy coordinate from outside the projected coordinate system back into geographic), the geometry will be set to empty.
Note: This method can only be called upon the top level geometries (Points, Multipoints, Polylines and Polygons). If the from/to spatial references have different geographic coordinate systems, the Project method looks for a GeoTransformationsOperationSet. If the set of Geotransformations is present in memory, Project will use it to perform a geographic/datum Transformation. To use a specific geotransformation, use the IGeometry2::ProjectEx method.
project
in interface IGeometry
newReferenceSystem
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void snapToSpatialReference() throws IOException, AutomationException
snapToSpatialReference
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void geoNormalize() throws IOException, AutomationException
geoNormalize
in interface IGeometry
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void geoNormalizeFromLongitude(double longitude) throws IOException, AutomationException
geoNormalizeFromLongitude
in interface IGeometry
longitude
 The longitude (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void projectEx(ISpatialReference newReferenceSystem, int direction, IGeoTransformation geoTransformation, boolean bAngularDensify, double maxSegmentLength, double maxDeviation) throws IOException, AutomationException
By default, ProjectEx will not densify geometries as they are projected. This can lead to the output geometries not reflecting the 'true' shape in the new coordinate system. A straight line in one coordinate system is not necessarily a straight line in a different coordinate system. Set the bAngularDensify parameter if you want to densify the geometries while they are projected.
projectEx
in interface IGeometry2
newReferenceSystem
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)direction
 A com.esri.arcgis.geometry.esriTransformDirection constant (in)geoTransformation
 A reference to a com.esri.arcgis.geometry.IGeoTransformation (in)bAngularDensify
 The bAngularDensify (in)maxSegmentLength
 The maxSegmentLength (in)maxDeviation
 The maxDeviation (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryWKSEnvelope(_WKSEnvelope[] e) throws IOException, AutomationException
The QueryWKSEnvelope method returns a WKSEnvelope structure corresponding to the envelope of the geometry. Use that method to quickly get the XMin, XMax, YMin and YMax values.
queryWKSEnvelope
in interface IGeometry3
e
 A Structure: com.esri.arcgis.system._WKSEnvelope (A com.esri.arcgis.system._WKSEnvelope COM typedef) (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isChanged() throws IOException, AutomationException
The Changed method returns whether or not the geometry has been modified. If the geometry always stays in memory that method only returns 'false' immediately after its creation. However if the shape came from disk the Changed method will return 'false' until de geometry is modified in memory.
isChanged
in interface IGeometry4
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setChanged(boolean isChanged) throws IOException, AutomationException
setChanged
in interface IGeometry4
isChanged
 The isChanged (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void project5(ISpatialReference newSpatialReference, int projectionHint) throws IOException, AutomationException
To Project, the geometry needs to have a Spatial Reference set, and not have an UnknownCoordinateSystem. The new spatial reference system passed to the method defines the output coordinate system. If either spatial reference is Unknown, the coordinates are not changed. The Z and measure values are not changed by the Project method.
A geometry is not densified before it is projected. This can lead to the output geometries not reflecting the 'true' shape in the new coordinate system. A straight line in one coordinate system is not necessarily a straight line in a different coordinate system. Use IGeometry2::ProjectEx if you want to densify the geometries while they are projected.
The projectionHint parameter contains information about whether a geometry will cross the coordinate system horizons. If it doesn't, parts of the code that check this and intersect the geometry with the horizons can be omitted. This can dramatically improve performance. Use ISpatialReference3::ProjectionHint to initialize this parameter.
project5
in interface IGeometry5
newSpatialReference
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)projectionHint
 The projectionHint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void projectEx5(ISpatialReference newReferenceSystem, int direction, ITransformation transformation, boolean bAngularDensify, double maxSegmentLength, double maxDeviation, int projectionHint) throws IOException, AutomationException
The projectionHint parameter contains information about whether a geometry will cross the coordinate system horizons. If it doesn't, parts of the code that check this and intersect the geometry with the horizons can be omitted. This can dramatically improve performance. Use ISpatialReference3::ProjectionHint to initialize this parameter.
By default, ProjectEx will not densify geometries as they are projected. This can lead to the output geometries not reflecting the 'true' shape in the new coordinate system. A straight line in one coordinate system is not necessarily a straight line in a different coordinate system. Set the bAngularDensify parameter if you want to densify the geometries while they are projected.
projectEx5
in interface IGeometry5
newReferenceSystem
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)direction
 A com.esri.arcgis.geometry.esriTransformDirection constant (in)transformation
 A reference to a com.esri.arcgis.geometry.ITransformation (in)bAngularDensify
 The bAngularDensify (in)maxSegmentLength
 The maxSegmentLength (in)maxDeviation
 The maxDeviation (in)projectionHint
 The projectionHint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IPoint getCentroidEx() throws IOException, AutomationException
getCentroidEx
in interface IGeometry5
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getSegmentCount() throws IOException, AutomationException
Returns the number of Segments in the Segment Collection. The last Segment in the Segment Collection has an index equal to SegmentCount  1.
getSegmentCount
in interface ISegmentCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public ISegment getSegment(int i) throws IOException, AutomationException
getSegment
in interface ISegmentCollection
i
 The i (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addSegment(ISegment inSegment, Object before, Object after) throws IOException, AutomationException
Adds a Segment to a Segment Collection. If before and after are omitted, the Segment is added to the end of the Segment Collection. Additionally, by specifying either the before or after index, the Segment can be added at a specific location in the Segment Collection.
addSegment
in interface ISegmentCollection
inSegment
 A reference to a com.esri.arcgis.geometry.ISegment (in)before
 A Variant (in, optional, pass null if not required)after
 A Variant (in, optional, pass null if not required)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void querySegments(int index, int count, ISegment[] segments) throws IOException, AutomationException
GeometryEnvironment.querySegments(com.esri.arcgis.geometry.ISegmentCollection, int, com.esri.arcgis.geometry.ISegment[][])
.
Queries a specified number (Count) of Segments starting at the given index into an array of Segments.
querySegments
in interface ISegmentCollection
index
 The index (in)count
 The count (in)segments
 A reference to a com.esri.arcgis.geometry.ISegment (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addSegments(int count, ISegment newSegments) throws IOException, AutomationException
GeometryEnvironment.addSegments(com.esri.arcgis.geometry.ISegmentCollection, com.esri.arcgis.geometry.ISegment[])
.
Adds the first specified number (Count) of Segments to the Segment Collection from an array of Segments (with at least Count segments). The Segments are all added to the end of the Segment Collection in the same sequence as they are ordered in the array.
Note: the array must contains only ISegment pointers, otherwise it night crash the application.
addSegments
in interface ISegmentCollection
count
 The count (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegment (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addSegmentCollection(ISegmentCollection segments) throws IOException, AutomationException
Adds a Segment Collection of Segments to the end of the existing Segment Collection. It is assumed that the From Point of the new Segment Collection is the same as the To Point of the existing Segment Collection.
AddSegmentCollection add the other geometry to the last part of the current geometry.
For example, adding a polyline (with one part) to another polyline (with one part)
is adding the second polyline segments into the first part of the other polyline
even if the polylines are disjoint.
addSegmentCollection
in interface ISegmentCollection
segments
 A reference to a com.esri.arcgis.geometry.ISegmentCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertSegments(int index, int count, ISegment newSegments) throws IOException, AutomationException
GeometryEnvironment.insertSegments(com.esri.arcgis.geometry.ISegmentCollection, int, com.esri.arcgis.geometry.ISegment[])
.
Inserts a specified number (Count) of Segments into the Segment Collection at the given index from an array of Segments. The first Count segments from the array are inserted.
insertSegments
in interface ISegmentCollection
index
 The index (in)count
 The count (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegment (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertSegmentCollection(int index, ISegmentCollection newSegments) throws IOException, AutomationException
Inserts a Segment Collection of segments into the Segment Collection at the specified index. The resulting Segment Collection does not retain information about the distinction between the old and new Segment Collections.
insertSegmentCollection
in interface ISegmentCollection
index
 The index (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegmentCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertSegmentCollectionEx(int index, int start, int count, ISegmentCollection newSegments) throws IOException, AutomationException
insertSegmentCollectionEx
in interface ISegmentCollection
index
 The index (in)start
 The start (in)count
 The count (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegmentCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void replaceSegments(int index, int comingIn, int goingAway, ISegment newSegments) throws IOException, AutomationException
GeometryEnvironment.replaceSegments(com.esri.arcgis.geometry.ISegmentCollection, int, int, com.esri.arcgis.geometry.ISegment[])
.
Removes a specified number (goingAway) of Segments from a Segment Collection starting at a given index and replaces them (starting at the same index) with a specified number (comingIn) of Segments from an array of Segments.
ReplaceSegments will return an error ("The index is either too large or too small") if the inputs are inconsistent. For example, specifying index = 4 on a polyline with only 2 segments.
On multipart geometry, segments cannot be replaced on more than one part at the time. For example, an error (("The index is either too large or too small") is returned on a polyline with two parts containing three segments each when specifying index= 2, incoming= 2, removal= 2. The error is returned because the first part doesn't contain enough segments to remove two segments starting at index = 2. This behavior is enforced for performance reasons. Please see the example.
replaceSegments
in interface ISegmentCollection
index
 The index (in)comingIn
 The comingIn (in)goingAway
 The goingAway (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegment (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void replaceSegmentCollection(int index, int goingAway, ISegmentCollection newSegments) throws IOException, AutomationException
Replaces a specified number (goingAway) of Segments in the Segment Collection begining at a given index with a Segment Collection of Segments (inserted at the given index).
replaceSegmentCollection
in interface ISegmentCollection
index
 The index (in)goingAway
 The goingAway (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegmentCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void removeSegments(int index, int count, boolean closeGap) throws IOException, AutomationException
Removes a specified number (Count) of Segments from a Segment Collection starting at a given index.
If the removal created a disjoint Path and if closeGap is TRUE, then the remaining segments will
be connected at the midpoint of the gap by modifying the segments adjacent to the gap.This will create a
connected Path.
removeSegments
in interface ISegmentCollection
index
 The index (in)count
 The count (in)closeGap
 The closeGap (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setCircle(IPoint cp, double circleRadius) throws IOException, AutomationException
Sets a SegmentCollection equal to a single segment CircularArc. The CircularArc is a complete circle centered at the input point with a given input Radius. After SetCircle is called, the SegmentCollection contains only the CiruclarArc (regardless of what it may have contained previously). The To and From Points at located at the top (Pi/2 Radians) of the circle.
setCircle
in interface ISegmentCollection
cp
 A reference to a com.esri.arcgis.geometry.IPoint (in)circleRadius
 The circleRadius (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IConstructCircularArc.constructCircle(com.esri.arcgis.geometry.IPoint, double, boolean)
,
ISegmentCollection.setCircle(com.esri.arcgis.geometry.IPoint, double)
public void setRectangle(IEnvelope inEnvelope) throws IOException, AutomationException
Sets the contents of the SegmentCollection equal to four Line segments that form the sides of the input Envelope. The Segments begin with the LowerLeft point and proceed clockwise (the first side is the left side). After SetRectangle is called, the SegmentCollection contains only the 4 Line segments (regardless of what it may have contained previously). The spatial reference of the envelope is transferred to the SegmentCollection.
setRectangle
in interface ISegmentCollection
inEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setSegments(int count, ISegment newSegments) throws IOException, AutomationException
GeometryEnvironment.setSegments(com.esri.arcgis.geometry.ISegmentCollection, com.esri.arcgis.geometry.ISegment[])
.
Sets the contents of the Segment Collection equal to the first Count segments from the input array of Segments. After SetSegments is called, the Segment Collection contains only count segments from the input Segment array (regardless of what it may have contained previously).
setSegments
in interface ISegmentCollection
count
 The count (in)newSegments
 A reference to a com.esri.arcgis.geometry.ISegment (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setSegmentCollection(ISegmentCollection newSegments) throws IOException, AutomationException
Sets the contents of the Segment Collection equal to the contents of the input Segment Collection. After SetSegmentCollection is called, the Segment Collection contains only the segments from the input Segment Collection (regardless of what it may have contained previously).
setSegmentCollection
in interface ISegmentCollection
newSegments
 A reference to a com.esri.arcgis.geometry.ISegmentCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSegment getEnumSegments() throws IOException, AutomationException
Returns an IEnumSegment enumerator for the current SegmentCollection.
getEnumSegments
in interface ISegmentCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumCurve getEnumCurve() throws IOException, AutomationException
Returns an IEnumCurve enumerator for the current SegmentCollection.
getEnumCurve
in interface ISegmentCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void hasNonLinearSegments(boolean[] nonLinearSegments) throws IOException, AutomationException
Returns TRUE if the Segment Collection contains CircularArcs, BezierCurves, or EllipticArcs. Returns FALSE if all segments are Lines.
hasNonLinearSegments
in interface ISegmentCollection
nonLinearSegments
 The nonLinearSegments (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSegment getIndexedEnumSegments(IGeometry queryGeometry) throws IOException, AutomationException
getIndexedEnumSegments
in interface ISegmentCollection
queryGeometry
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void segmentsChanged() throws IOException, AutomationException
SegmentsChanged forces the SegmentCollection to recalculate any values that it has cached. SegmentsChanged should be used whenever the Segments in the SegmentCollection are modified without using the SegmentCollection methods. As long as the SegmentCollection is only modified using SegmentCollection methods, the cached values are current and consistent.
segmentsChanged
in interface ISegmentCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getGeometryCount() throws IOException, AutomationException
Returns the number of Geometries in the GeometryCollection. The last Geometry in the GeometryCollection has an index equal to GeometryCount  1.
getGeometryCount
in interface IGeometryCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry getGeometry(int index) throws IOException, AutomationException
getGeometry
in interface IGeometryCollection
index
 The index (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addGeometry(IGeometry inGeometry, Object before, Object after) throws IOException, AutomationException
When applying the AddGeometry method give either the before or after index and not both. Adding a Geometry to the collection as the first one is done by setting the before index as 0.
The spatial reference of the GeometryCollection is transferred
(objects projected if necessary) to any objects added to
it. However the spatial reference of the added geometry is not
transferred to the GeometryCollection. Always make sure to set
the spatial reference on the object GeometryCollection prior to add
other geometries to it to avoid creating invalid geometry. For
example, adding geometry objects to a GeometryBag that doesn't have
a welldefined spatial reference will set an undefined spatial
reference to all the objects added to the bag. Using this
GeometryBag may cause unexpected behavior with the
ITopologicalOperator::ConstructUnion method.
addGeometry
in interface IGeometryCollection
inGeometry
 A reference to a com.esri.arcgis.geometry.IGeometry (in)before
 A Variant (in, optional, pass null if not required)after
 A Variant (in, optional, pass null if not required)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryGeometries(int index, int count, IGeometry[] geometries) throws IOException, AutomationException
GeometryEnvironment.queryGeometries(com.esri.arcgis.geometry.IGeometryCollection, int, com.esri.arcgis.geometry.IGeometry[][])
.
Note: The GeometryType returned by the QueryGeometries method depends on which object type points the IGeometryCollection pointer.
IGeometryCollection Object GeometryType  Returned Object GeometryType 
Polygon 
Rings 
Polyline 
Paths 
Multipoint 
Points 
Multipatch 
TriangleFans or TriangleStrips or Rings 
TriangleFan 
Points 
TriangleStrip 
Points 
Geometry Bag 
Any type of IGeometry 
queryGeometries
in interface IGeometryCollection
index
 The index (in)count
 The count (in)geometries
 A reference to a com.esri.arcgis.geometry.IGeometry (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addGeometries(int count, IGeometry newGeometries) throws IOException, AutomationException
GeometryEnvironment.addGeometries(com.esri.arcgis.geometry.IGeometryCollection, com.esri.arcgis.geometry.IGeometry[])
.
The geometries are added last in the list. Use an array of geometries (IGeometry) and the exact number (count ) of elements in the array. Exceeding the boundary of the array will cause an application error. If you don't want to place the geometries last in the collection then use the InsertGeometries method.
addGeometries
in interface IGeometryCollection
count
 The count (in)newGeometries
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void addGeometryCollection(IGeometryCollection newGeometries) throws IOException, AutomationException
Adds references of all of the parts of the input GeometryCollection to the end of the current GeometryCollection.
addGeometryCollection
in interface IGeometryCollection
newGeometries
 A reference to a com.esri.arcgis.geometry.IGeometryCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertGeometries(int index, int count, IGeometry newGeometries) throws IOException, AutomationException
GeometryEnvironment.insertGeometries(com.esri.arcgis.geometry.IGeometryCollection, int, com.esri.arcgis.geometry.IGeometry[])
.
The geometries are inserted before the ith (index) element in the list. Use an array of geometries and give the exact number (count ) of elements in the array. A too large value for the count parameter causes exceeding the boundary of the array and will cause an application error. To place the geometries last in the collection then use the addGeometries method.
insertGeometries
in interface IGeometryCollection
index
 The index (in)count
 The count (in)newGeometries
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertGeometryCollection(int index, IGeometryCollection newGeometries) throws IOException, AutomationException
InsertGeometryCollection merges one GeometryCollection within another at a specified index.
insertGeometryCollection
in interface IGeometryCollection
index
 The index (in)newGeometries
 A reference to a com.esri.arcgis.geometry.IGeometryCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setGeometries(int count, IGeometry newGeometries) throws IOException, AutomationException
GeometryEnvironment.setGeometries(com.esri.arcgis.geometry.IGeometryCollection, com.esri.arcgis.geometry.IGeometry[])
.
SetGeometries is used to reset the references of the geometries within the GeometryCollection . The result is that all references are changed to point only at the geometries contained within the specified array. Note that the GeometryCount changes accordingly also.
setGeometries
in interface IGeometryCollection
count
 The count (in)newGeometries
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setGeometryCollection(IGeometryCollection newParts) throws IOException, AutomationException
SetGeometryCollection copies the geometry references from one GeometryCollection to another.
VB Example: Set GeometryCollection m_pGeoColl_A as m_pGeoColl_B
m_pGeoColl_A.SetGeometryCollection m_pGeoColl_B
setGeometryCollection
in interface IGeometryCollection
newParts
 A reference to a com.esri.arcgis.geometry.IGeometryCollection (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void removeGeometries(int index, int count) throws IOException, AutomationException
removeGeometries
in interface IGeometryCollection
index
 The index (in)count
 The count (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void geometriesChanged() throws IOException, AutomationException
GeometriesChanged flags that the geometries have been changed. It also marks a top level geometry as being nonsimple. Use it when manipulating the parts of a geometry directly (for example, rotating a ring). The top level geometry won't know that its cached envelope, length, centroid, etc. are invalid until this method is used.
geometriesChanged
in interface IGeometryCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getLength() throws IOException, AutomationException
Returns the length of the entire curve. The length of the curve is the sum of the lengths along each parameterized Segment between vertices along the curve.
getLength
in interface ICurve
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IPoint getFromPoint() throws IOException, AutomationException
Returns or Sets the FromPoint of the first segment of the first part of the curve. While the curve may be composed of many parts and segments each with their own FromPoint, each curve only has a single From Point.
getFromPoint
in interface ICurve
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
,
ICurve.queryFromPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getFromPoint()
,
ICurve.queryToPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getToPoint()
public void setFromPoint(IPoint from) throws IOException, AutomationException
setFromPoint
in interface ICurve
from
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryFromPoint(IPoint from) throws IOException, AutomationException
Used to query the FromPoint of the first Segment of the first part of the curve.
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryFromPoint
in interface ICurve
from
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
,
ICurve.queryFromPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getFromPoint()
,
ICurve.queryToPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getToPoint()
public IPoint getToPoint() throws IOException, AutomationException
Returns or Sets the ToPoint of the first Segment of the first part of the curve. While the curve may be composed of many parts and segments each with their own ToPoint, each curve only has a single To Point.
getToPoint
in interface ICurve
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
,
ICurve.queryFromPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getFromPoint()
,
ICurve.queryToPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getToPoint()
public void setToPoint(IPoint to) throws IOException, AutomationException
setToPoint
in interface ICurve
to
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryToPoint(IPoint to) throws IOException, AutomationException
Used to query the ToPoint of the first Segment of the first part of the curve.
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryToPoint
in interface ICurve
to
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
,
ICurve.queryFromPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getFromPoint()
,
ICurve.queryToPoint(com.esri.arcgis.geometry.IPoint)
,
ICurve.getToPoint()
public void queryPoint(int extension, double distanceAlongCurve, boolean asRatio, IPoint outPoint) throws IOException, AutomationException
Returns the Point at a given distance along the curve or extended curve. If the distance is less than the length of the curve, then the returned point is the point at that distance along the curve. If the distance is less than zero, or greater than the length of the curve, then the returned point is on the curve specified by the extension method. The distance may be specified as a fixed unit of measure or a ratio of the length of the curve.
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryPoint
in interface ICurve
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)distanceAlongCurve
 The distanceAlongCurve (in)asRatio
 The asRatio (in)outPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
,
esriSegmentExtension
public void queryPointAndDistance(int extension, IPoint inPoint, boolean asRatio, IPoint outPoint, double[] distanceAlongCurve, double[] distanceFromCurve, boolean[] bRightSide) throws IOException, AutomationException
Finds the Point on the specified extended curve nearest to the input point and the distance between those points. Also returns information about the side of the curve the input point is on as well as the distance along the curve that the nearest point occurs.
AsRatio is an input parameter that only affects the DistanceAlongCurve
distanceFromCurve is an output parameter that represents the minimum distance between the curve and the input point.
DistanceAlongCurve is an output parameter that represents the distance between the Frompoint of the input curve and the returned point on the curve.
bRightSide is an output parameter that tells if the output point is on the right side of the curve. The direction of the curve determines the right and left sides.
Note: The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
queryPointAndDistance
in interface ICurve
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)inPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)asRatio
 The asRatio (in)outPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)distanceAlongCurve
 The distanceAlongCurve (in/out: use single element array)distanceFromCurve
 The distanceFromCurve (in/out: use single element array)bRightSide
 The bRightSide (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPoint
public void queryTangent(int extension, double distanceAlongCurve, boolean asRatio, double length, ILine tangent) throws IOException, AutomationException
Given a distance along the curve specified either as a ratio of the length or as a specific fixed distance, QueryTangent returns the Line tangent to the Point. The length and method of tangential extension of the tangent line are given by the user. The method of tangential extension determines the direction of the tangent line as though it were being extended at a From point or a To point.
queryTangent
in interface ICurve
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)distanceAlongCurve
 The distanceAlongCurve (in)asRatio
 The asRatio (in)length
 The length (in)tangent
 A reference to a com.esri.arcgis.geometry.ILine (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.ILine
public void queryNormal(int extension, double distanceAlongCurve, boolean asRatio, double length, ILine normal) throws IOException, AutomationException
Given a distance along the curve specified either as a ratio of the Length or as a specific fixed distance, QueryNormal returns the Line normal to the Point. The length and method of tangential extension of the normal line are given by the user. The method of tangential extension determines the direction of the normal line as though it were being extended at a From point or a To point.
queryNormal
in interface ICurve
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)distanceAlongCurve
 The distanceAlongCurve (in)asRatio
 The asRatio (in)length
 The length (in)normal
 A reference to a com.esri.arcgis.geometry.ILine (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.ILine
public void getSubcurve(double fromDistance, double toDistance, boolean asRatio, ICurve[] outSubcurve) throws IOException, AutomationException
Gets the subcurve between the specified points along the original curve and creates a new curve. The elements in the new subcurve are the same type and have the same properties as the elements of the original curve. Which means if:
Input Geometry  Output Geometry 

Polygon  Polyline 
Polyline  Polyline 
Ring  Path 
Path  Path 
Segment  Segment 
If the input geometry is a polygon, you may want to use IRing::GetSubCurveEx which has more capabilities.
getSubcurve
in interface ICurve
fromDistance
 The fromDistance (in)toDistance
 The toDistance (in)asRatio
 The asRatio (in)outSubcurve
 A reference to a com.esri.arcgis.geometry.ICurve (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IRing.getSubcurveEx(double, double, boolean, boolean, boolean)
,
ICurve.getSubcurve(double, double, boolean, com.esri.arcgis.geometry.ICurve[])
public void reverseOrientation() throws IOException, AutomationException
ReverseOrientation changes the direction of the curve without changing the spatial position of the curve. The From Point and To Point of each Segment in each part of the curve are interchanged.
The ReverseOrientation method works the same way as the Arcedit FLIP command. It reverses the order of the vertices in the Curve.
Caution should be taken in using ReverseOrientation on Polygons. Since ReverseOrientation changes the direction of each Ring within the Polygon, all Exterior Rings become Interior Rings and vice versa.
reverseOrientation
in interface ICurve
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isClosed() throws IOException, AutomationException
A curve is closed if the From and To points of each part of the curve are equal.
IsClosed may still return TRUE if the curve consists of improperly constructed geometries (ex. noncontinuous paths). IsClosed only checks the location of the From and To points of each part, it does not check the internal parts for topological consistency.
isClosed
in interface ICurve
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void putCoordsEx(IPoint from, IPoint to) throws IOException, AutomationException
PutCoordsEx allows both the fromPoint and the toPoint to be set simultaneously.
A Conformal Transformation based on the original points and the new points
is applied to the curve.
putCoordsEx
in interface ICurve2
from
 A reference to a com.esri.arcgis.geometry.IPoint (in)to
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryPointsAndDistances(int extension, double searchRadius, IPoint inPoint, boolean asRatio, double[] distanceFromCurve, IEnumPointAndDistance[] pointsAndDistances) throws IOException, AutomationException
This method is similar to QueryPointsAndDistance; but it handles the case where the location of the minimum distance is not unique (See picture below). QueryPointAndDistance returns only the first location, this method returns all locations of minimum distance.
AsRatio is an input parameter that only affects the DistanceAlongCurvereturned as part of the output IEnumPointAndDistance enumerator.
distanceFromCurve is an output parameter that represents the minimum distance between the curve and the input point.
IEnumPointAndDistance is an enumerator (it inherits from IEnumVertex) over all nearest points on the curve
queryPointsAndDistances
in interface ICurve3
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)searchRadius
 The searchRadius (in)inPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)asRatio
 The asRatio (in)distanceFromCurve
 The distanceFromCurve (in/out: use single element array)pointsAndDistances
 A reference to a com.esri.arcgis.geometry.IEnumPointAndDistance (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void densify(double maxSegmentLength, double maxDeviation) throws IOException, AutomationException
Converts Polycurve into a Polycurve composed of Line segments with length maxSegmentLength (or less) that are within maxDeviation of the original polycurve. If maxDeviation = 0, maxDeviation is ignored and Line segments with length maxSegmentLength are constructed with vertices laying on the original curve. All of the segments in the final polyline will be Lines.
If the maxSegmentLength is negative IGeometryEnvironment::AutoDensifyTolerance is used. IGeometryEnvironment::AutoDensifyTolerance default value is 0. This value can be explicitly set via IGeometryEnvironment::AutoDensifyTolerance.
If the maxDeviation is negative IGeometryEnvironment::DeviationAutoDensifyTolerance is used. The default value is 2*XYResolution * 100 (2/XYUnits * 100). This value can be explicitly set via IGeometryEnvironment::DeviationAutoDensifyTolerance.
In order to avoid the creation of too many segments, the geometry system uses a maxdeviation = 2*xyResolution * 100 as default value if maxSegmentLength is 0 and the maxDeviation is 0.
If the maxDeviation is positive but smaller than 2*XYResolution of the spatial reference then the maxDeviation used is 2*XYResolution * 100
NOTE: The default values given in this topic are subject to change without notice. If specific values want to be maintained we recommend using the methods on IGeometryEnvironment to set those explicitly.
The start and end points are always honored and remain the same as for the original feature.
densify
in interface IPolycurve
maxSegmentLength
 The maxSegmentLength (in)maxDeviation
 The maxDeviation (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void generalize(double maxAllowableOffset) throws IOException, AutomationException
Generalizes each part of a Polycurve into a generalized collection of Line segments. Generalize performs a DouglasPoiker Generalization algorithm with a specified maximum offset tolerance given as input. For Line segments, the Generalized output is a subset of the original input vertices. For nonLinear segments, the Generalized output contains points along all parts of the curve, not necessarily only the vertices.
For polycurve with nonlinear segments, the output curve may contain more vertices than the input curve, but all output segments will be linear.
generalize
in interface IPolycurve
maxAllowableOffset
 The maxAllowableOffset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void weed(double maxAllowableOffsetFactor) throws IOException, AutomationException
Weed Generalizes each part of a Polycurve into a generalized collection of Line segments. Weed performs a DouglasPoiker Generalization algorithm with a specified multiple of the internal tolerance given as input. For Line segments, the Generalized output is a subset of the original input vertices. For nonLinear segments, the Generalized output contains points along all parts of the curve, not necessarily only the vertices.
For polycurve with nonlinear segments, the output curve may contain more vertices than the input curve, but all output segments will be linear.
Weed(X) = Generalize(X * InternalTolerance)
weed
in interface IPolycurve
maxAllowableOffsetFactor
 The maxAllowableOffsetFactor (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void smooth(double maxAllowableOffset) throws IOException, AutomationException
Converts the Polycurve into a Polycurve containing only BezierCurve segments. If the maxAllowableOffset parameter is zero, each segment of the input Polycurve becomes a separate Bezier curve. If maxAllowableOffset if greater than zero, the polycurve is generalized first by the DouglasPoiker method using the maxAllowableOffset value. Bezier curves are then created for each of the remaining segments. The created BezierCurve polycurve is an approximation of the original polycurve. At each vertex, the adjoining BezierCurves have complementary tangents which creates a continuous (smooth) transition between segments.
As an alternative, compare IConstructCurve2::ApproximateByBeziers.
smooth
in interface IPolycurve
maxAllowableOffset
 The maxAllowableOffset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPath.smooth(double)
,
IPath.smoothLocal(int)
,
IBezierCurve
,
IPolycurve.smooth(double)
public void splitAtPoint(IPoint splitPoint, boolean projectOnto, boolean createPart, boolean[] splitHappened, int[] newPartIndex, int[] newSegmentIndex) throws IOException, AutomationException
Adds a new vertex along the curve as the specified input point, or the projection onto the curve of the specified input point.
projectOnto is an input parameter that determines if the output point will be located on the polycurve. If projectOnto is true and the input point is not already on the polycurve then the point is projected on the curve.
createPart is an input parameter that determines if parts (paths) have to be created. createPart must be FALSE for polygons. For polylines, if createPart is TRUE, the part on which the new split point falls is split into two parts with the newly added vertex serving as the end of the first part and the beginning of the second.
SplitHappened is an output parameter that tells if the polycurve has been split or not.
newPartIndex is an output parameter that tells on which part (ring or path) the point has been introduced.
newSegmentIndex is an output parameter that tells what is the index of the new created segment. That index is zero based and part relative (start at 0 for each part).
splitAtPoint
in interface IPolycurve
splitPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)projectOnto
 The projectOnto (in)createPart
 The createPart (in)splitHappened
 The splitHappened (out: use single element array)newPartIndex
 The newPartIndex (out: use single element array)newSegmentIndex
 The newSegmentIndex (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void splitAtDistance(double distance, boolean asRatio, boolean createPart, boolean[] splitHappened, int[] newPartIndex, int[] newSegmentIndex) throws IOException, AutomationException
Adds a new vertex point to the curve at a specified distance from the From point of the curve. For a split to happen, the split distance must be between the From and To points of the polycurve.
CreatePart must be FALSE for polygons. For polylines, if CreatePart is TRUE, the part on which the new split point falls is split into two parts with the newly added vertex serving as the end of the first part and the beginning of the second.
splitAtDistance
in interface IPolycurve
distance
 The distance (in)asRatio
 The asRatio (in)createPart
 The createPart (in)splitHappened
 The splitHappened (out: use single element array)newPartIndex
 The newPartIndex (out: use single element array)newSegmentIndex
 The newSegmentIndex (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSplitPoint splitAtPoints(IEnumVertex splitPoints, boolean projectOnto, boolean createParts, double cutoffDistance) throws IOException, AutomationException
The SplitAtPoints method allows splitting a polycurve (polygon or polyline) in sections using a set of points.
Parameters description:
splitPoints: Input IEnumVertex object. It represents the points to be used to split the polycurve.
projectOnto: The projectOnto is an input parameter that determines if the output point will be located on the polycurve. If projectOnto is true and the input point is not already on the polycurve then the point is projected on the curve. If false, the polycurve is split and modified to pass trough the point.
createParts: The createParts is an input parameter that determines if parts (paths) have to be created. createPart must be FALSE for polygons. For polylines, if createPart is TRUE, the part on which the new split point falls is split into two parts with the newly added vertex serving as the end of the first part and the beginning of the second.
cutoffDistance: Input Double that represents the distance from the curve from where points are not considered anymore has being valid split points.
Note: The IEnumSplitPoint contains the input points.
splitAtPoints
in interface IPolycurve2
splitPoints
 A reference to a com.esri.arcgis.geometry.IEnumVertex (in)projectOnto
 The projectOnto (in)createParts
 The createParts (in)cutoffDistance
 The cutoffDistance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSplitPoint splitAtDistances(int distanceCount, double[] distances, boolean asRatios, boolean createParts) throws IOException, AutomationException
GeometryEnvironment.splitAtDistances(com.esri.arcgis.geometry.IPolycurve2, double[], boolean, boolean)
.
splitAtDistances
in interface IPolycurve2
distanceCount
 The distanceCount (in)distances
 The distances (in)asRatios
 The asRatios (in)createParts
 The createParts (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void densifyByAngle(double maxSegmentLength, double maxAngleDeviation) throws IOException, AutomationException
Converts a Polycurve into a Polycurve composed of Line segments with length maxSegmentLength (or less) that are within maxDeviation of the original polycurve. If maxDeviation = 0, maxDeviation is ignored and Line segments with length maxSegmentLength are constructed with vertices located on the original curve. All of the segments in the final polyline will be Lines. The maxDeviation is an angle in radians.
If the maxSegmentLength is negative IGeometryEnvironment::AutoDensifyTolerance is used. IGeometryEnvironment::AutoDensifyTolerance default value is 0. This value can be explicitly set via IGeometryEnvironment::AutoDensifyTolerance.
If the maxDeviation is negative IGeometryEnvironment::AngularAutoDensifyTolerance is used. The default value is Pi / 18.0. That value can be explicitly set via IGeometryEnvironment::AngularAutoDensifyTolerance.
In order to avoid the creation of too many segments, the geometry system uses a maxDeviation = 2*XYresolution * 100 (or 2/XYUnits * 100) as the default value if maxSegmentLength is 0 and the maxDeviation is 0.
The maximum number of segments that can be produced is 2000, an external user cannot modify that value.
NOTE: The default values given in this topic are subject to change without notice. If you have specific values that you want to be maintained, we recommend using the methods on IGeometryEnvironment to set them explicitly.
The start and end points are always honored and remain the same as for the original feature.
densifyByAngle
in interface IPolycurve2
maxSegmentLength
 The maxSegmentLength (in)maxAngleDeviation
 The maxAngleDeviation (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getLengthGeodetic(int geodeticLineType, ILinearUnit pLU) throws IOException, AutomationException
getLengthGeodetic
in interface IPolycurveGeodetic
geodeticLineType
 A com.esri.arcgis.geometry.esriGeodeticType constant (in)pLU
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void densifyGeodetic(int geodeticLineType, ILinearUnit pLU, int densifyMethod, double densifyParameter) throws IOException, AutomationException
Densifies the polycurve by connecting its existing vertices with geodetic curves of the specified type.
enum esriGeodeticType
{
esriGeodeticTypeGeodesic = 0,
esriGeodeticTypeLoxodrome = 1,
esriGeodeticTypeGreatElliptic = 2,
esriGeodeticTypeNormalSection = 3
};
densifyGeodetic
in interface IPolycurveGeodetic
geodeticLineType
 A com.esri.arcgis.geometry.esriGeodeticType constant (in)pLU
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)densifyMethod
 A com.esri.arcgis.geometry.esriCurveDensifyMethod constant (in)densifyParameter
 The densifyParameter (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void geodesicDensify(double maxSegmentLength) throws IOException, AutomationException
The GeodesicDensify method modifies a polyline or polygon by inserting vertices. The original geometry is interpreted as a sequential collection of "stops" on the Earth's surface. The inserted vertices define the shape of the shortest ground path connecting those stops. The geometry must be associated with a geographic coordinate system.
The maxSegmentLength parameter is in the units (usually meters) of the semimajor axis of the coordinate system's ellipsoid. The minimum allowable value for this parameter is 1/10,000 of the length of the semimajor axis. This minimum value will be used for densification if the input value of maxSegmentLength is less than that.
The image below shows the results of applying the GeodesicDensify method to a polyline representing a flight path with stops in Honolulu and Los Angeles. The original polyline is modified by adding additional segments that identify the shortest ground distance between these locations.
geodesicDensify
in interface IPolycurve4
maxSegmentLength
 The maxSegmentLength (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructGeodeticLineFromPoints(int geodeticLineType, IPoint fromPoint, IPoint toPoint, ILinearUnit linearUnit, int densifyMethod, double densifyParameter) throws IOException, AutomationException
Constructs a geodetic line connecting the specified points. The esriCurveDensifyByLength and esriCurveDensifyByDeviation densification methods can be specified. If the from point has a spatial reference (PCS or GCS) associated with it, then that spatial reference will be assigned to the polycurve being constructed. Otherwise, if the polycurve already has a spatial reference, that one will be used. See the above section on common behavior for additional information on this method. This method is not implemented for polygons (E_NOTIMPL is returned).
Length of output line will always be less than one hemisphere.
constructGeodeticLineFromPoints
in interface IConstructGeodetic
geodeticLineType
 A com.esri.arcgis.geometry.esriGeodeticType constant (in)fromPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)toPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)linearUnit
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)densifyMethod
 A com.esri.arcgis.geometry.esriCurveDensifyMethod constant (in)densifyParameter
 The densifyParameter (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructGeodeticLineFromDistance(int geodeticLineType, IPoint fromPoint, ILinearUnit linearUnit, double length, double azimuth, int densifyMethod, double densifyParameter) throws IOException, AutomationException
Constructs a geodetic line with the specified length and azimuth (clockwise angle from north). The esriCurveDensifyByLength and esriCurveDensifyByDeviation densification methods can be specified. Output length is always less than one hemisphere. See the above section on common behavior for additional information on this method. This method is not implemented for polygons (E_NOTIMPL is returned).
Length of output line will always be less than one hemisphere.
constructGeodeticLineFromDistance
in interface IConstructGeodetic
geodeticLineType
 A com.esri.arcgis.geometry.esriGeodeticType constant (in)fromPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)linearUnit
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)length
 The length (in)azimuth
 The azimuth (in)densifyMethod
 A com.esri.arcgis.geometry.esriCurveDensifyMethod constant (in)densifyParameter
 The densifyParameter (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructGeodesicCircle(IPoint centerPoint, ILinearUnit linearUnit, double radius, int densifyMethod, double densifyParameter) throws IOException, AutomationException
Constructs a geodesic circle centered on the specified point. The esriCurveDensifyByAngle and esriCurveDensifyByDeviation densification methods are supported. If this method is applied to a polygon, the output polygon will have one or two parts, depending on the size of the ellipse. If the ellipse covers both poles and covers a hemisphere, the ellipse perimeter becomes the inner ring (the hole) and the horizon rectangle for the GCS becomes the outer ring.
constructGeodesicCircle
in interface IConstructGeodetic
centerPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)linearUnit
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)radius
 The radius (in)densifyMethod
 A com.esri.arcgis.geometry.esriCurveDensifyMethod constant (in)densifyParameter
 The densifyParameter (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructGeodesicEllipse(IPoint centerPoint, ILinearUnit linearUnit, double semiMajorAxisLength, double semiMinorAxisLength, double semiMajorAxisAzimuth, int densifyMethod, double densifyParameter) throws IOException, AutomationException
Constructs a geodesic ellipse centered on the specified point. The esriCurveDensifyByAngle and esriCurveDensifyByDeviation densification methods are supported. If this method is applied to a polygon, the output polygon will have one or two parts, depending on the size of the ellipse. If the ellipse covers both poles and covers a hemisphere, the ellipse perimeter becomes the inner ring (the hole) and the horizon rectangle for the GCS becomes the outer ring.
constructGeodesicEllipse
in interface IConstructGeodetic
centerPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)linearUnit
 A reference to a com.esri.arcgis.geometry.ILinearUnit (in)semiMajorAxisLength
 The semiMajorAxisLength (in)semiMinorAxisLength
 The semiMinorAxisLength (in)semiMajorAxisAzimuth
 The semiMajorAxisAzimuth (in)densifyMethod
 A com.esri.arcgis.geometry.esriCurveDensifyMethod constant (in)densifyParameter
 The densifyParameter (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean reshape(IPath reshapeSource) throws IOException, AutomationException
Reshape replaces the Segments in the Polyline between consecutive Intersections with the input Path segments that connect those intersections. Reshape returns a boolean indicating whether or not a modification to the Polyline occurred.
Algorithm of Reshape method is described below:
1. Find the intersections of the Reshape path with the polyline parts. Select two intersection points: The first one to be closest to the one end of the Reshape path, and the second one to be closest to the other end of the Reshape path.
2. If both intersecion points belong to the same part of the polyline, replace all the segments of the Polyline part between the selected intersection points with the subcurve of the Reshape path that is between the selected intersecion points.
3. If the selected intersection points belong to the different parts of the polyline, then connect the part of the polyline with the subcurve of the reshape path and get rid of the superflous segments of the parts:
a. for the first selected intersecting part (in the stored part order), get rid of all segments after the selected intersection,
b. for the other selected intersecting part, get rid of all segments before the selected intersection point.
Leave the parts that are between the selected intersecting parts intact, even if they intersect the Reshape path.
Direction of the Reshape path does not matter and can change. The order of the parts is preserved.
Result is not simple. No intersection points are introduced except the selected two.
Note: For multipart (more than one path) polyline output part ordering may not be preserved. The orientation of vertices within parts is preserved.
reshape
in interface IPolyline
reshapeSource
 A reference to a com.esri.arcgis.geometry.IPath (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IPolyline.reshape(com.esri.arcgis.geometry.IPath)
,
IRing.reshape(com.esri.arcgis.geometry.IPath)
public void simplifyNetwork() throws IOException, AutomationException
Performs a partial simplification of the Polyline to ensure necessary consistency for a valid Network but not true topological simplicity. SimplifyNetwork performs the following alterations to the base Polyline:
1) Deletes empty and zero length segments.
2) Removes empty parts.
3) Makes segment orientation mutually consistent. Ensures that the following FromPoints and preceding ToPoints of connected segments are equal.
4) Creates new parts for discontiguous segments or segments with different attributes.
5) Merge parts where exactly two parts share an endpoint.
6) For a pair of segments in a part that share an endpoint such that one segment has NaN attributes and the other has nonNaN attributes, assign the nonNaN attributes of one to the corresponding NaN slots of the other.
It is possbile for network features to have an inconsistent geometry requiring simplification, for example, a network edge can be a multipart feature whose parts share an endpoint. To correct the feature's geometry, set IsKnownSimple to False and call SimplifyNetwork on the feature to correct the inconsistency.
simplifyNetwork
in interface IPolyline
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSegment getEnumShortestPath(int fromPart, int fromPoint, int toPart, int toPoint) throws IOException, AutomationException
getEnumShortestPath
in interface IPolyline2
fromPart
 The fromPart (in)fromPoint
 The fromPoint (in)toPart
 The toPart (in)toPoint
 The toPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void touchCut(IPolyline pCutter, IGeometry[] ppLeftGeom, IGeometry[] ppRightGeom) throws IOException, AutomationException
Use the TouchCut method if the polyline has to be cut even if the cutter is only touching (End points on the interior of other geometry) the polyline. ITopologicalOperator::Cut would cut the polyline only if the cutter crosses it.
touchCut
in interface IPolyline3
pCutter
 A reference to a com.esri.arcgis.geometry.IPolyline (in)ppLeftGeom
 A reference to a com.esri.arcgis.geometry.IGeometry (out: use single element array)ppRightGeom
 A reference to a com.esri.arcgis.geometry.IGeometry (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void simplifyEx(boolean planarSimplify) throws IOException, AutomationException
The Simplify method, when applied to an maware polyline, will not attempt to detect selfintersections, overlaps, etc. You can use this method to force planar simplification of maware polylines.
simplifyEx
in interface IPolyline4
planarSimplify
 The planarSimplify (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean reshapeEx(IPath reshapeSource, boolean bInterpolateReshaped) throws IOException, AutomationException
reshapeEx
in interface IPolyline5
reshapeSource
 A reference to a com.esri.arcgis.geometry.IPath (in)bInterpolateReshaped
 The bInterpolateReshaped (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isMAware() throws IOException, AutomationException
Returns or sets the M Awareness state of the geometry object. If MAware is TRUE, then the object will recognize that it has M attributes and perform operations on them as necessary. If MAware is FALSE, the object will ignore Ms while performing operations.
isMAware
in interface IMAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setMAware(boolean mAware) throws IOException, AutomationException
setMAware
in interface IMAware
mAware
 The mAware (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isMSimple() throws IOException, AutomationException
MSimple is TRUE if none of the M values held by the geometry object are NaN. If any of the Ms within the object are NaN, MSimple is FALSE.
isMSimple
in interface IMAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void dropMs() throws IOException, AutomationException
Resets all of the current M values held by the geometry object back to NaN. MAware does not change.
dropMs
in interface IMAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getMMin() throws IOException, AutomationException
Returns the minimum M attribute contained within the MAware object collection.
getMMin
in interface IMCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getMMax() throws IOException, AutomationException
Returns the maximum M attribute contained within the MAware object collection.
getMMax
in interface IMCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void multiplyMs(double factor) throws IOException, AutomationException
The MultiplyMs method will update all the measure attributes for a PolyLine, and should only be used if every measure has been set (i.e. there are no NaNs). Check the IMAware::MSimple property or use the IMSegmentation methods to fill in any missing measure values. MultiplyMs is analogous to scaling spatial coordinates.
multiplyMs
in interface IMCollection
factor
 The factor (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void offsetMs(double offset) throws IOException, AutomationException
The OffsetMs method will update all the measure attributes for a PolyLine, and should only be used if every measure has been set (i.e. there are no NaNs). Check the IMAware::MSimple property or use the IMSegmentation methods to fill in any missing measure values. OffsetMs is analgous to moving spatial coordinates.
offsetMs
in interface IMCollection
offset
 The offset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getMMonotonic() throws IOException, AutomationException
Returns an esriMMonotonicEnum indicating whether or not the Ms are monotonic as well as whether they are ascending or descending. The Ms are esriMAscending if the Ms are ordered such that M1 < M2 < M3 < . . . < Mn. The Ms are esriMDescending if the Ms are ordered such that M1 > M2 > M3 > . . . > Mn.
getMMonotonic
in interface IMSegmentation
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public Object getMsAtDistance(double distance, boolean asRatio) throws IOException, AutomationException
getMsAtDistance
in interface IMSegmentation
distance
 The distance (in)asRatio
 The asRatio (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void insertMAtDistance(double m, double distance, boolean asRatio, boolean createPart, boolean[] splitHappened, int[] newPartIndex, int[] newSegmentIndex) throws IOException, AutomationException
insertMAtDistance
in interface IMSegmentation
m
 The m (in)distance
 The distance (in)asRatio
 The asRatio (in)createPart
 The createPart (in)splitHappened
 The splitHappened (out: use single element array)newPartIndex
 The newPartIndex (out: use single element array)newSegmentIndex
 The newSegmentIndex (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public Object getDistancesAtM(boolean asRatio, double m) throws IOException, AutomationException
getDistancesAtM
in interface IMSegmentation
asRatio
 The asRatio (in)m
 The m (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void reverseMsOrder() throws IOException, AutomationException
Note that the m values are simply reversed. Any length:measure ratios that were present before ReverseMsOrder is called are not preserved.
reverseMsOrder
in interface IMSegmentation
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void interpolateMsBetween(int fromPart, int fromPoint, int toPart, int toPoint) throws IOException, AutomationException
interpolateMsBetween
in interface IMSegmentation
fromPart
 The fromPart (in)fromPoint
 The fromPoint (in)toPart
 The toPart (in)toPoint
 The toPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setAndInterpolateMsBetween(double fromM, double toM) throws IOException, AutomationException
setAndInterpolateMsBetween
in interface IMSegmentation
fromM
 The fromM (in)toM
 The toM (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setMsAsDistance(boolean asRatio) throws IOException, AutomationException
setMsAsDistance
in interface IMSegmentation
asRatio
 The asRatio (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.setMsAsDistance2(com.esri.arcgis.geometry.IPoint, double, double, boolean)
public void extrapolateMs(int extrapolationStyle, int fromPart, int fromPoint, int toPart, int toPoint) throws IOException, AutomationException
extrapolateMs
in interface IMSegmentation
extrapolationStyle
 A com.esri.arcgis.geometry.esriExtrapolationEnum constant (in)fromPart
 The fromPart (in)fromPoint
 The fromPoint (in)toPart
 The toPart (in)toPoint
 The toPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void calculateNonSimpleMs() throws IOException, AutomationException
calculateNonSimpleMs
in interface IMSegmentation
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometryCollection getPointsAtM(double m, double lateralOffset) throws IOException, AutomationException
getPointsAtM
in interface IMSegmentation
m
 The m (in)lateralOffset
 The lateralOffset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometryCollection getSubcurveBetweenMs(double fromM, double toM) throws IOException, AutomationException
getSubcurveBetweenMs
in interface IMSegmentation
fromM
 The fromM (in)toM
 The toM (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.getSubcurveBetweenMsEx(double, double, int[], int[])
public void setMsAsDistance2(IPoint origin, double scale, double offset, boolean ignoreGaps) throws IOException, AutomationException
setMsAsDistance2
in interface IMSegmentation2
origin
 A reference to a com.esri.arcgis.geometry.IPoint (in)scale
 The scale (in)offset
 The offset (in)ignoreGaps
 The ignoreGaps (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation.setMsAsDistance(boolean)
public void updateMsByDistance(int fromPart, int fromPoint, int toPart, int toPoint, double fromM, double toM, int updateHow, boolean ignoreGaps) throws IOException, AutomationException
The updateHow argument is given as a combination of esriGeometryUpdateMEnum values. When combining multiple values, the bitwise Or operator should always be used. This assures an errorfree combination of the values (as long as the attempted combination is valid). Do not use the addition operator (+) to combine the values as unexpected results may occur.
For example, to interpolate between the input points and to extrapolate before and after the input points, you would use 7, which equates to: esriGeometryInterpolate OR esriGeometryExtrapolateBefore OR esriGeometryExtrapolateAfter
esriGeometryInterpolate = 0001 (1)
esriGeometryExtrapolateBefore = 0010 (2)
esriGeometryExtrapolateAfter = 0100 (4)
0001
0010
0100

0111
updateMsByDistance
in interface IMSegmentation2
fromPart
 The fromPart (in)fromPoint
 The fromPoint (in)toPart
 The toPart (in)toPoint
 The toPoint (in)fromM
 The fromM (in)toM
 The toM (in)updateHow
 The updateHow (in)ignoreGaps
 The ignoreGaps (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.updateMsByMs(int, int, int, int, double, double, int)
public void updateMsByMs(int fromPart, int fromPoint, int toPart, int toPoint, double fromM, double toM, int updateHow) throws IOException, AutomationException
The updateHow argument is given as a combination of esriGeometryUpdateMEnum values. When combining multiple values, the bitwise Or operator should always be used. This assures an errorfree combination of the values (as long as the attempted combination is valid). Do not use the addition operator (+) to combine the values as unexpected results may occur.
For example, to interpolate between the input points and to extrapolate before and after the input points, you would use 7, which equates to: esriGeometryInterpolate OR esriGeometryExtrapolateBefore OR esriGeometryExtrapolateAfter
esriGeometryInterpolate = 0001 (1)
esriGeometryExtrapolateBefore = 0010 (2)
esriGeometryExtrapolateAfter = 0100 (4)
0001
0010
0100

0111
updateMsByMs
in interface IMSegmentation2
fromPart
 The fromPart (in)fromPoint
 The fromPoint (in)toPart
 The toPart (in)toPoint
 The toPoint (in)fromM
 The fromM (in)toM
 The toM (in)updateHow
 The updateHow (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.updateMsByDistance(int, int, int, int, double, double, int, boolean)
public IEnumSplitPoint calibrateByDistance(IEnumVertex points, int updateHow, boolean ignoreGaps, double cutoffDistance) throws IOException, AutomationException
The updateHow argument is given as a combination of esriGeometryUpdateMEnum values. When combining multiple values, the bitwise Or operator should always be used. This assures an errorfree combination of the values (as long as the attempted combination is valid). Do not use the addition operator (+) to combine the values as unexpected results may occur.
For example, to interpolate between the input points and to extrapolate before and after the input points, you would use 7, which equates to: esriGeometryInterpolate OR esriGeometryExtrapolateBefore OR esriGeometryExtrapolateAfter. A value of 0 will only split the input polyline and assign the Ms value to the new created vertex. If an input point has the same X (or projected to the same X) as an existing vertex the Ms value of the existing vertex will be updated.
Note : The "After" and "Before" for the updateHow parameter is define by the order of the points in the multipoints. Ex : If the points are define from left to right the "Before" will be at the left of the first point and the "After" will be at the right of the last point.
The cutoffDistance parameter is an input Double that represents the distance from the polyline from where points are not considered anymore as being valid calibration points.
The following picture demonstrates graphically the method behavior. A updateHow paramater of 7 has been used.
esriGeometryInterpolate =
0001 (1)
esriGeometryExtrapolateBefore = 0010 (2)
esriGeometryExtrapolateAfter = 0100 (4)
0001
0010
0100

0111
calibrateByDistance
in interface IMSegmentation2
points
 A reference to a com.esri.arcgis.geometry.IEnumVertex (in)updateHow
 The updateHow (in)ignoreGaps
 The ignoreGaps (in)cutoffDistance
 The cutoffDistance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.calibrateByMs(com.esri.arcgis.geometry.IEnumVertex, int, double)
public IEnumSplitPoint calibrateByMs(IEnumVertex points, int updateHow, double cutoffDistance) throws IOException, AutomationException
The updateHow argument is given as a combination of esriGeometryUpdateMEnum values. When combining multiple values, the bitwise Or operator should always be used. This assures an errorfree combination of the values (as long as the attempted combination is valid). Do not use the addition operator (+) to combine the values as unexpected results may occur.
The cutoffDistance parameter is an input Double that represents the distance from the polyline from where points are not considered anymore as being valid calibration points.
For example, to interpolate between the input points and to extrapolate before and after the input points, you would use 7, which equates to: esriGeometryInterpolate OR esriGeometryExtrapolateBefore OR esriGeometryExtrapolateAfter
esriGeometryInterpolate = 0001 (1)
esriGeometryExtrapolateBefore = 0010 (2)
esriGeometryExtrapolateAfter = 0100 (4)
0001
0010
0100

0111
calibrateByMs
in interface IMSegmentation2
points
 A reference to a com.esri.arcgis.geometry.IEnumVertex (in)updateHow
 The updateHow (in)cutoffDistance
 The cutoffDistance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation2.calibrateByDistance(com.esri.arcgis.geometry.IEnumVertex, int, boolean, double)
public IGeometryCollection getSubcurveBetweenMsEx(double fromM, double toM, int[] fromMDetails, int[] toMDetails) throws IOException, AutomationException
getSubcurveBetweenMsEx
in interface IMSegmentation2
fromM
 The fromM (in)toM
 The toM (in)fromMDetails
 The fromMDetails (in/out: use single element array)toMDetails
 The toMDetails (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IMSegmentation.getSubcurveBetweenMs(double, double)
public void updateAllMsByMs(IPoint origin, double scale, double offset, boolean ignoreGaps) throws IOException, AutomationException
updateAllMsByMs
in interface IMSegmentation3
origin
 A reference to a com.esri.arcgis.geometry.IPoint (in)scale
 The scale (in)offset
 The offset (in)ignoreGaps
 The ignoreGaps (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometryCollection getNormalsAtM(double m, double length) throws IOException, AutomationException
Note : The Length parameter represents the length of the normal lines returned. A negative value returns the normal lines on the left of the polyline.
In the above example the specified M was 10 and the Length was 50. The normal line was then created on the right side of the polyline at the location of M = 10.
getNormalsAtM
in interface IMSegmentation3
m
 The m (in)length
 The length (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public int getMMonotonicity() throws IOException, AutomationException
The MMonotonicity value in the above case is 15 because that polyline has intervals that EsriValueIncreases (1), EsriValueLevel (2), EsriValueDecreases(4) and EsriValuesEmpty(8).
Note : That method returns a combination of esriMonotinicityEnum values.
getMMonotonicity
in interface IMSegmentation3
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryFirstLastM(double[] firstM, double[] lastM) throws IOException, AutomationException
QueryFirstLastM returns the first and the last NonNAN Ms on the polyline. If all the vertex attributes are NANs then NANs are returned.
Note : NAN stands for Not A Number.
queryFirstLastM
in interface IMSegmentation3
firstM
 The firstM (out: use single element array)lastM
 The lastM (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void orientByMs() throws IOException, AutomationException
orientByMs
in interface IMSegmentation3
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isZAware() throws IOException, AutomationException
Returns or sets the Z Awareness state of the geometry object. If ZAware is TRUE, then the object will recognize that it has Z attributes and perform operations on them as necessary. If ZAware is FALSE, the object will ignore Zs while performing operations. ZAware should only be set to TRUE when all of the Zs are not NaN.
Use ZAware = True when you want geometries to retain Z values during geometry operations.
isZAware
in interface IZAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setZAware(boolean zAware) throws IOException, AutomationException
setZAware
in interface IZAware
zAware
 The zAware (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isZSimple() throws IOException, AutomationException
ZSimple is TRUE if none of the Z values held by the geometry object are NaN. If any of the Zs within the object are NaN, ZSimple is FALSE.
isZSimple
in interface IZAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void dropZs() throws IOException, AutomationException
Resets all of the current Z values held by the geometry object back to NaN. ZAware does not change.
dropZs
in interface IZAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getZMin() throws IOException, AutomationException
Returns the minimum Z attribute contained within the ZAware object collection.
getZMin
in interface IZCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getZMax() throws IOException, AutomationException
Returns the maximum Z attribute contained within the ZAware object collection.
getZMax
in interface IZCollection
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void multiplyZs(double factor) throws IOException, AutomationException
Multiplies all Zs within the ZAware collection by a given input factor. This is analgous to scaling spatial coordinates.
multiplyZs
in interface IZCollection
factor
 The factor (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void offsetZs(double offset) throws IOException, AutomationException
Offsets all Zs within the ZAware collection by a given input factor. This is analgous to moving spatial coordinates.
offsetZs
in interface IZCollection
offset
 The offset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isZVertical() throws IOException, AutomationException
Returns TRUE when at least two consecutive vertices have the same X and Y coordinates, but different Z attributes. Returns FALSE if all consecutive vertices have different X and Y coordinates, or if they have the same Z attribute.
isZVertical
in interface IZ
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void interpolateFromSurface(IFunctionalSurface interpolationSurface) throws IOException, AutomationException
Sets Z attributes for all Points on the interfaced Geometry within the Domain of the FunctionalSurface equal to the Z value on the FunctionalSurface at each (X, Y) Point.
interpolateFromSurface
in interface IZ
interpolationSurface
 A reference to a com.esri.arcgis.geometry.IFunctionalSurface (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void interpolateZsBetween(int startPart, int startPoint, int endPart, int endPoint) throws IOException, AutomationException
Sets the Z attributes from the vertices between the StartPoint of the startPart and the EndPoint of the endPart. The values of the StartPoint and EndPoint remain unchanged, but all vertices inbetween are assigned Z values proportional to the distance along the curve between the StartPoint and EndPoint and the difference between the Z values of the StartPoint and EndPoint.
interpolateZsBetween
in interface IZ
startPart
 The startPart (in)startPoint
 The startPoint (in)endPart
 The endPart (in)endPoint
 The endPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void calculateNonSimpleZs() throws IOException, AutomationException
Calculates Z attribute values for each nonsimple (NaN) Z value from existing simple (nonNaN) Z attributes on the interfaced Geometry.
calculateNonSimpleZs
in interface IZ
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setConstantZ(double zLevel) throws IOException, AutomationException
Sets all Z attributes in the object equal to the constant input Z value.
setConstantZ
in interface IZ
zLevel
 The zLevel (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setNonSimpleZs(double zLevel) throws IOException, AutomationException
setNonSimpleZs
in interface IZ2
zLevel
 The zLevel (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isPointIDAware() throws IOException, AutomationException
Returns or sets the PointID Awareness state of the geometry object. If PointIDAware is TRUE, then the object will recognize that it has PointID attributes and perform operations on them as necessary. If PointIDAware is FALSE, the object will ignore PointIDs while performing operations.
isPointIDAware
in interface IPointIDAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setPointIDAware(boolean idAware) throws IOException, AutomationException
setPointIDAware
in interface IPointIDAware
idAware
 The idAware (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isPointIDSimple() throws IOException, AutomationException
PointIDSimple is TRUE when all of the PointIDs are well defined (not equal to 0). If any PointIDs equal 0, PointIDSimple is FALSE.
isPointIDSimple
in interface IPointIDAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void dropPointIDs() throws IOException, AutomationException
Resets all PointID values to there initial value of 0. PointIDAware does not change.
dropPointIDs
in interface IPointIDAware
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void checkInvalidate() throws IOException, AutomationException
checkInvalidate
in interface ISpatialIndex2
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setAllowIndexing(boolean allowIndexing) throws IOException, AutomationException
The SpatialIndex if enabled is used by the IRelationalOperator's methods.
setAllowIndexing
in interface ISpatialIndex
allowIndexing
 The allowIndexing (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isAllowIndexing() throws IOException, AutomationException
isAllowIndexing
in interface ISpatialIndex
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void invalidate() throws IOException, AutomationException
invalidate
in interface ISpatialIndex
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean esri_equals(IGeometry other) throws IOException, AutomationException
esri_equals
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean touches(IGeometry other) throws IOException, AutomationException
Two geometries are said to touch when the intersection of the geometries is nonempty, but the intersection of their interiors is empty. Touches is a Clementini operator. For example, a point touches a polyline only if the point is coincident with one of the polyline end points.
Touches examples. Only "true" relationships are showed in this picture.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
Touch does not apply for point/point comparison.
If either one of the two geometries is empty, the geometries are not touched.
touches
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean contains(IGeometry other) throws IOException, AutomationException
The base geometry contains the comparison geometry (other) if the comparison geometry is a subset of the base geometry and the intersection of their interiors is not empty. Therefore a polygon does not contain any part of its 1D boundary. Contains is the opposite operator of Within.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
If geometry1 Contains geometry2, then geometry2 is Within geometry1.
An empty geometry does not contain another geometry. On the other hand, an empty geometry is contained in another geometry, unless the other geometry is empty.
Contains examples. Only "true" relationships are showed in this picture.
contains
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean within(IGeometry other) throws IOException, AutomationException
The base geometry is within the comparison geometry if the base geometry is the intersection of the geometries and the intersection of their interiors is not empty. Within is a Clementini operator. Within is the opposite operator of contains.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
If geometry1 is Within geometry2, then geometry2 Contains geometry1.
An empty geometry is within another geometry, unless the other geometry is empty.
Within examples. Only "true" relationships are showed in this picture.
within
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean disjoint(IGeometry other) throws IOException, AutomationException
Two geometries are disjoint if their intersection is empty. Two geometries intersect if disjoint is "false". Disjoint is a Clementini operator.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
Two geometries are disjoint if either one is empty.
Disjoint example. Only "true" relationships are showed in this picture.
disjoint
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean crosses(IGeometry other) throws IOException, AutomationException
Two polylines cross if they share only points in common, at least one of which is not an endpoint. A polyline and an polygon cross if they share a polyline or a point (for vertical line) in common on the interior of the polygon which is not equivalent to the entire polyline. Cross is a Clementini operator.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
Cross only applies to polyline/polyline, polyline/polygon, or polygon/polyline relations.
If either one of the geometries is empty, the geometries do not cross.
Crosses examples. Only "true" relationships are showed in this picture.
crosses
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean overlaps(IGeometry other) throws IOException, AutomationException
Two geometries overlap if the region of their intersection is of the same dimension as the geometries involved and is not equivalent to either of the geometries. Overlaps is a Clementini operator.
Only geometries that support the IRelationalOperator interface can be used as input geometries.
Overlaps only applies to polyline/polyline, polygon/polygon and multipoint/multipoint relations.
Two geometries do not overlap if either one is empty.
Overlaps examples. Only "true" relationships are showed in this picture.
overlaps
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean relation(IGeometry other, String relationDescription) throws IOException, AutomationException
Relation allows a general relation defined using the Shape Comparison Language to be determined between two input geometries. The Shape Comparison Language is based on the CalculusBased Method (CBM), as described and defined by Clementini and Felice, but has some extensions specific to working with vertexbased geometries and is fully described in the Technical Documents section of the ArcObjects Developer Help. Please refer to the Shape Comparison Language documentation for proper syntax and available functionality.
Note that at the current release, Relation only operates with straight lines.
Here is a VBA example of using the "RELATE" function to detect overlapping polylines. It assumes two polyline features are selected. G1 and G2 are placeholders for, in this example, the VBA variables r1 and r2.
Option Explicit
Public Sub overlapstest()
Dim ef As IEnumFeature
Dim d As IMxDocument
Set d = ThisDocument
Set ef = d.FocusMap.FeatureSelection
Dim r1 As IRelationalOperator, r2 As IRelationalOperator
Set r1 = ef.Next.Shape
Set r2 = ef.Next.Shape
Debug.Print "relation:", r1.Relation(r2, "RELATE(G1, G2, ""1********"")")
End Sub
relation
in interface IRelationalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)relationDescription
 The relationDescription (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean containsEx(IGeometry pOther, int relation) throws IOException, AutomationException
containsEx
in interface IRelationalOperator2
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)relation
 A com.esri.arcgis.geometry.esriSpatialRelationExEnum constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean withinEx(IGeometry pOther, int relation) throws IOException, AutomationException
withinEx
in interface IRelationalOperator2
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)relation
 A com.esri.arcgis.geometry.esriSpatialRelationExEnum constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isNear(IGeometry pOther, double distance) throws IOException, AutomationException
isNear
in interface IRelationalOperator2
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)distance
 The distance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryNearestPoint(IPoint p, int extension, IPoint nearest) throws IOException, AutomationException
Queries the nearest point on a geometry to the input point. Depending on the method of segment extension, the nearest point can also be found on an extension of the geometry.
queryNearestPoint
in interface IProximityOperator
p
 A reference to a com.esri.arcgis.geometry.IPoint (in)extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)nearest
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.esriSegmentExtension
,
IProximityOperator.returnNearestPoint(com.esri.arcgis.geometry.IPoint, int)
public IPoint returnNearestPoint(IPoint p, int extension) throws IOException, AutomationException
Finds and returns the nearest point on a geometry to the input point. Depending on the method of segment extension, the nearest point can also be found on an extension of the geometry.
returnNearestPoint
in interface IProximityOperator
p
 A reference to a com.esri.arcgis.geometry.IPoint (in)extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.esriSegmentExtension
,
IProximityOperator.queryNearestPoint(com.esri.arcgis.geometry.IPoint, int, com.esri.arcgis.geometry.IPoint)
public double returnDistance(IGeometry other) throws IOException, AutomationException
Returns the minimum distance between two geometries. If the geometries intersect, the minimum distance is 0. Only returns the distance, and not the nearest points.
The geometry combinations which can be used with ReturnDistance are:
Point: Point, MultiPoint, Envelope, Polyline, Polygon, Line, CircularArc, EllipticArc, BezierCurve.
Multipoint: Point, MultiPoint, Envelope, Polyline, Polygon.
Envelope: Point, MultiPoint, Envelope, Line, CircularArc, EllipticArc, BezierCurve, PolyLine, Polygon.
PolyLine: Point, Multipoint, Envelope, PolyLine, Polygon.
Polygon: Point, Multipoint, Envelope, PolyLine, Polygon.
Line: Point, Envelope, Line, CircularArc, EllipticArc, BezierCurve.
CircularArc: Point, Envelope, Line, CircularArc, EllipticArc (not implemented yet), BezierCurve.
EllipticArc: Point, Envelope, Line, CircularArc (not implemented yet), EllipticArc (not implemented yet), BezierCurve (not implemented yet).
BezierCurve: Point, Envelope, Line, CircularArc, EllipticArc (not implemented yet), BezierCurve.
Note: To get the distance between a segment (Line, CircularArc, EllipticArc, BezierCurve) and a MultiPoint, PolyLine or Polygon, add that segment to a PolyLine.
returnDistance
in interface IProximityOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isSimple() throws IOException, AutomationException
Returns TRUE if the geometry is topologically Simple (refer to the discussion for the Simplify method). If the geometry is not Simple, it may be necessary to call Simplify to enforce topological consistency. Editing a geometry can change the IsSimple state of the geometry.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
The xy cluster tolerance value of the geometry's associated spatial reference is used by this method. If the goal of this method is to determine if a geometry can be persisted in an sde (or other integerbased) layer without alteration, you may wish to use the minimum xy cluster tolerance value (ISpatialReferenceTolerance::SetMinimumXYTolerance) before applying this method (don't forget to set it back).
This method does not support GeometryBags.
isSimple
in interface ITopologicalOperator
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isKnownSimple() throws IOException, AutomationException
Returns TRUE when the geometry is aware that it is Simple. IsKnownSimple may return FALSE even if the geometry is simple as long as the geometry is not aware of its IsSimple state. Calling either IsSimple or Simplify makes the IsSimple state known to the geometry. Topologically altering the geometry makes the IsKnownSimple state FALSE until the IsSimple state is again checked.
Here is the status of the IsKnownSimple flag in some common situations:
IsKnownSimple = 'False'
 A nonempty newly created geometry. For example, creating a polygon using IPointCollection sets the flag IsKnownSimple = 'false' on that geometry.
 Geometry after projection (IGeometry::Project )
 Geometry after generalization (IPolycurve::Generalize ) or smoothing(IPolycurve::Smooth )
 …
IsKnownSimple = 'True'
 A geometry coming directly from a feature class
 An empty geometry
 Output geometry of any method on ITopologicalOperator
 …
This method does not support GeometryBags.
isKnownSimple
in interface ITopologicalOperator
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void simplify() throws IOException, AutomationException
Simplify permanently alters the input geometry, making its definition "topologically legal" with respect to its geometry type:
The XY tolerance property of the geometry's associated spatial
reference is used during the simplify operation for polylines and
polygons.
This method first looks at the ITopologicalOperator::IsKnownSimple flag before starting processing. If the flag is 'true' then operation is interrupted and the geometry is considered simple. If the flag is 'false' then the geometry consistency is checked and the geometry is updated as needed.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
simplify
in interface ITopologicalOperator
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry buffer(double distance) throws IOException, AutomationException
The buffer distance is in the same units as the source shape that
is being buffered.
A negative distance can be specified to produce a buffer inside
the original polygon. This cannot be used with polyline.
ITopologicalOperator methods must be applied on toplevel
geometries only. TopLevel geometries are point, multipoint,
polyline and polygon. To use this method with
segments (Line, Circular Arc, Elliptic Arc, Bézier Curve),
paths or rings, they must be wrapped with a toplevel type.
buffer
in interface ITopologicalOperator
distance
 The distance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry convexHull() throws IOException, AutomationException
The ConvexHull of a geometry is the minimal bounding polygon such that all outer angles are convex. The ConvexHull of a point is the point itself.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
ConvexHull method does not deal with Z attribute now.
convexHull
in interface ITopologicalOperator
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry intersect(IGeometry other, int resultDimension) throws IOException, AutomationException
The Intersection of two Geometries of the same Dimension is a Geometry containing only the regions of overlap between the original geometries.
Intersection is basically an AND between input geometries.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
Since ArcGIS 9.2, Intersect has a larger cost  it takes longer to run the method. Therefore, it is a better approach to test if the two geometries are disjoint before calling Intersect.
intersect
in interface ITopologicalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)resultDimension
 A com.esri.arcgis.geometry.esriGeometryDimension constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.IConstructMultipoint.constructIntersectionEx(com.esri.arcgis.geometry.ISegment, int, com.esri.arcgis.geometry.ISegment, int, double[], double[], int[])
,
IConstructMultipoint.constructIntersection(com.esri.arcgis.geometry.ISegment, int, com.esri.arcgis.geometry.ISegment, int, Object[], Object[], Object[])
,
ITopologicalOperator.intersect(com.esri.arcgis.geometry.IGeometry, int)
public IGeometry union(IGeometry other) throws IOException, AutomationException
The Union of two Geometries of the same Dimension is a single Geometry corresponding to the combination of both Geometries such that anything within either of the original geometries is also part of the unioned geometry, but anything common to both geometries only exists once in the unioned geometry.
The Union is basically an OR between the input geometries.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
union
in interface ITopologicalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructUnion(IEnumGeometry geometries) throws IOException, AutomationException
ConstructUnion simultaneously Unions an Enumeration of geometries of the same Dimension into a single geometry. ConstructUnion is more efficient for unioning a large collection of geometries simultaneously rather than cycling through each geometry individually.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
Temproray files might be created. If environment variable
"ARCTMPDIR" exists, then the files are written to the path,
otherwise written to current directory or system temp
directory.
constructUnion
in interface ITopologicalOperator
geometries
 A reference to a com.esri.arcgis.geometry.IEnumGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry difference(IGeometry other) throws IOException, AutomationException
Difference create a Geometry that is composed only of the region unique to the base geometry but not part of the input geometry.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
difference
in interface ITopologicalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry symmetricDifference(IGeometry other) throws IOException, AutomationException
The SymmetricDifference between two Geometries of the same Dimension is the Union of those Geometries minus the Intersection of those Geometries. Thus, the SymmetricDifference is composed only of regions unique to only one of the geometries.
This method does not support GeometryBags.
SymmetricDifference is basically an XOR between the input geometries.
SymmetricDifference of G1 and G2 can also be described as the Union(Difference(G1, G2), Difference(G2, G1)).
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
symmetricDifference
in interface ITopologicalOperator
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void clip(IEnvelope clipperEnvelope) throws IOException, AutomationException
The Clip method clips the geometry of the feature that is receiving the method call. The Clip method does not return an envelope. The geometry that is clipped will depend on what is Contained by the input clipperEnvelope.
Use QueryClipped or QueryClippedDense methods to send the results to a different polygon.
ITopologicalOperator methods must be applied on highlevel
geometries only. HighLevel geometries are point, multipoint,
polyline and polygon. To use this method with
lowlevel geometries such as segments (Line, Circular Arc, Elliptic
Arc, Bézier Curve), paths or rings, they must be wrapped
into highlevel geometries types.
clip
in interface ITopologicalOperator
clipperEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryClipped(IEnvelope clipperEnvelope, IGeometry clippedGeometry) throws IOException, AutomationException
QueryClipped returns the portion of the input Geometry that is Contained by the input Envelope. The returned geometry is the same type as the original geometry.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
The other geometry must be an highlevel geometry. HighLevel geometries are point, multipoint, polyline and polygon. To use it with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), path or ring they must be wrapped into highlevel geometries type. The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
This method does not support GeometryBags.
queryClipped
in interface ITopologicalOperator
clipperEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)clippedGeometry
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryClippedDense(IEnvelope clipperEnvelope, double denseDistance, IGeometry clippedGeometry) throws IOException, AutomationException
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
The other geometry must be an highlevel geometry. HighLevel geometries are point, multipoint, polyline and polygon. To use it with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), path or ring they must be wrapped into highlevel geometries type. The output geometry must be cocreated prior to the query. The output geometry is not cocreated by the method; it is populated. This can be used in performance critical situations. For example, creating the geometry only once outside a loop and use the query method could improve performance.
This method does not support GeometryBags.
queryClippedDense
in interface ITopologicalOperator
clipperEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)denseDistance
 The denseDistance (in)clippedGeometry
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void cut(IPolyline cutter, IGeometry[] leftGeom, IGeometry[] rightGeom) throws IOException, AutomationException
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
When a polyline/polygon is cut, it is split where it intersects the cutter polyline. Each piece is classified as ‘left of’ or ‘right of’ the cutter. This classification is based on the orientation of the cutter line. Parts of the target polyline that do not intersect the cutting polyline are returned as part of the ‘right of’ result for that input polyline. If a geometry is not cut, the left geometry will be empty.
When using a multipart polyline to cut a single ring of a polyline, the orientation of the polyline paths is important. The cut piece of the ring must be on the same side of each cutting path as defined by the orientation of each path.
This method does not support GeometryBags.
cut
in interface ITopologicalOperator
cutter
 A reference to a com.esri.arcgis.geometry.IPolyline (in)leftGeom
 A reference to a com.esri.arcgis.geometry.IGeometry (out: use single element array)rightGeom
 A reference to a com.esri.arcgis.geometry.IGeometry (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry getBoundary() throws IOException, AutomationException
The Boundary of a Geometry is the part one the exterior of the Geometry. The Boundary is one Dimension lower than the Dimension of the original Geometry. The Boundary of a Polygon are the Polylines that form the Rings of the Polygon. The Boundary of a Polyline is a Multipoint corresponding to the endpoints of each Path in the Polyline. The Boundary of a Multipoint is an empty set.
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
getBoundary
in interface ITopologicalOperator
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void clipDense(IEnvelope clipperEnvelope, double denseDistance) throws IOException, AutomationException
ITopologicalOperator methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this method with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bézier Curve), paths or rings, they must be wrapped into highlevel geometries types.
This method does not support GeometryBags.
clipDense
in interface ITopologicalOperator
clipperEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)denseDistance
 The denseDistance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumGeometry constructBuffers(int numBuffers, double[] distances) throws IOException, AutomationException
GeometryEnvironment.constructBuffers(com.esri.arcgis.geometry.ITopologicalOperator2, double[])
.
use the generic version of this method accesible through the GeometryEnvironment singleton object via the IGeometryBridge interface.
This method is only implemented for polygons and polylines.
constructBuffers
in interface ITopologicalOperator2
numBuffers
 The numBuffers (in)distances
 The distances (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void clipToDomain() throws IOException, AutomationException
clipToDomain
in interface ITopologicalOperator2
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void setIsKnownSimple(boolean rhs1) throws IOException, AutomationException
setIsKnownSimple
in interface ITopologicalOperator2
rhs1
 The rhs1 (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry intersectMultidimension(IGeometry other) throws IOException, AutomationException
This method only works with the following combination of geometries: Polygon with Polyline (and vice versa), Polyline with Multipoint (and vice versa), Polygon with Multipoint (and vice versa).
When using this method to intersect a Polygon with a Polyline (or vice versa) the geometry returned will be a GeometryBag.
When using this method to intersect a Multipoint with a Polygon (or vice versa) or Multipoint with a Polyline (or vice versa) the geometry returned will be a Multipoint.
If the desired combination of geometries is not available on this function, use Intersect on ITopologicalOperator.
intersectMultidimension
in interface ITopologicalOperator2
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isSimpleEx(int[] reason) throws IOException, AutomationException
isSimpleEx
in interface ITopologicalOperator3
reason
 A com.esri.arcgis.geometry.esriNonSimpleReasonEnum constant (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void geoNormalizeEx(ISpatialReference sR, double denseDistance) throws IOException, AutomationException
Not implemented for Multipatches.
geoNormalizeEx
in interface ITopologicalOperator3
sR
 A reference to a com.esri.arcgis.geometry.ISpatialReference (in)denseDistance
 The denseDistance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void clipEx(IEnvelope clipperEnvelope, boolean bIncludeBoundary) throws IOException, AutomationException
The ClipEx method clips the geometry of the feature that is receiving the method call to the input clipperEnvelope, with the added option of whether you want to include segments lying on the boundary.
ITopologicalOperator5 methods must be applied on highlevel geometries only. HighLevel geometries are point, multipoint, polyline and polygon. To use this interface with lowlevel geometries such as segments (Line, Circular Arc, Elliptic Arc, Bezier Curve), paths or rings, they must be wrapped into highlevel geometry types.
clipEx
in interface ITopologicalOperator5
clipperEnvelope
 A reference to a com.esri.arcgis.geometry.IEnvelope (in)bIncludeBoundary
 The bIncludeBoundary (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometryCollection cut2(IPolyline pCutter) throws IOException, AutomationException
This method provides a more robust alternative to ITopologicalOperator::Cut. It does not classify the cut polygon pieces as left or right of the cutting polyline. Cut2 is now only available in polygons.
cut2
in interface ITopologicalOperator4
pCutter
 A reference to a com.esri.arcgis.geometry.IPolyline (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructUnionEx(IEnumGeometry pEnum, boolean bNonPlanar) throws IOException, AutomationException
constructUnionEx
in interface ITopologicalOperator6
pEnum
 A reference to a com.esri.arcgis.geometry.IEnumGeometry (in)bNonPlanar
 The bNonPlanar (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry intersectEx(IGeometry other, boolean bNonPlanar, int resultDimension) throws IOException, AutomationException
intersectEx
in interface ITopologicalOperator6
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)bNonPlanar
 The bNonPlanar (in)resultDimension
 A com.esri.arcgis.geometry.esriGeometryDimension constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry unionEx(IGeometry other, boolean bNonPlanar) throws IOException, AutomationException
unionEx
in interface ITopologicalOperator6
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)bNonPlanar
 The bNonPlanar (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry intersectMultidimensionEx(IGeometry other, boolean bNonPlanar) throws IOException, AutomationException
intersectMultidimensionEx
in interface ITopologicalOperator6
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)bNonPlanar
 The bNonPlanar (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry differenceEx(IGeometry other, boolean bNonPlanar) throws IOException, AutomationException
differenceEx
in interface ITopologicalOperator6
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)bNonPlanar
 The bNonPlanar (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry symmetricDifferenceEx(IGeometry other, boolean bNonPlanar) throws IOException, AutomationException
symmetricDifferenceEx
in interface ITopologicalOperator6
other
 A reference to a com.esri.arcgis.geometry.IGeometry (in)bNonPlanar
 The bNonPlanar (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void simplifyAsFeature() throws IOException, AutomationException
simplifyAsFeature
in interface ITopologicalOperator6
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean hitTest(IPoint queryPoint, double searchRadius, int geometryPart, IPoint hitPoint, double[] hitDistance, int[] hitPartIndex, int[] hitSegmentIndex, boolean[] bRightSide) throws IOException, AutomationException
The segment index returned has different meanings depending on the esriGeometryHitPartType used (Please see the example for more details).
EsriGeometryPartVertex: returns a vertex index
EsriGeometryPartBoundary, esriGeometryPartMidpoint and esriGeometryPartEndpoint: return a segment index
EsriGeometryPartCentroid: Always returns 0 for the part index and the segment index.
brightside: Indicates if the input point is on the right side of the input geometry
Note: The distance units use in this method are the units of the input geometry. No conversion is performed. esriGeometryHitPartType parameter cannot be a combination of several esriGeometryHitPartTypes.
hitTest
in interface IHitTest
queryPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)searchRadius
 The searchRadius (in)geometryPart
 A com.esri.arcgis.geometry.esriGeometryHitPartType constant (in)hitPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)hitDistance
 The hitDistance (in/out: use single element array)hitPartIndex
 The hitPartIndex (in/out: use single element array)hitSegmentIndex
 The hitSegmentIndex (in/out: use single element array)bRightSide
 The bRightSide (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean hitTest3D(IPoint queryPoint, double searchRadius, int geometryPart, IPoint hitPoint, double[] hitDistance, int[] hitPartIndex, int[] hitSegmentIndex) throws IOException, AutomationException
hitTest3D
in interface IHitTest3D
queryPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)searchRadius
 The searchRadius (in)geometryPart
 A com.esri.arcgis.geometry.esriGeometryHitPartType constant (in)hitPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)hitDistance
 The hitDistance (in/out: use single element array)hitPartIndex
 The hitPartIndex (in/out: use single element array)hitSegmentIndex
 The hitSegmentIndex (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean hitTestCone(IRay pQueryRay, double minAngle, int geometryPart, IPoint pHitPoint, double[] pHitDistance, int[] pHitPartIndex, int[] pHitSegmentIndex) throws IOException, AutomationException
hitTestCone
in interface IHitTest3D
pQueryRay
 A reference to a com.esri.arcgis.geometry.IRay (in)minAngle
 The minAngle (in)geometryPart
 A com.esri.arcgis.geometry.esriGeometryHitPartType constant (in)pHitPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)pHitDistance
 The pHitDistance (in/out: use single element array)pHitPartIndex
 The pHitPartIndex (in/out: use single element array)pHitSegmentIndex
 The pHitSegmentIndex (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructOffset(IPolycurve inCurve, double offset, Object offsetHow, Object bevelRatio) throws IOException, AutomationException
ConstructOffset constructs the offset of the given input Polycurve. If the offset parameter is positive, the constructed offset will be on the right side of the curve (left side offsets are constructed with negative offset parameters). Tracing the curve from it's first vertex to the last will give you a direction along the curve. It is to the right and left respective of this direction that the positive and negative parameters will dictate where the offset is constructed. In these terms it is simple to infer where the offset of even horizontal polycurves will be constructed. The offsetHow parameter determines how outer corners between segments are handled. Rounded offset rounds the corner between extended offsets. Bevelled offset squares off the corner after a given ratio distance. Mitered offset attempts to allow extended offsets to naturally intersect, but if that intersection occurs too far from the corner, the corner is eventually bevelled off at a fixed distance.
This results produced by this method are sensitive to large offset distances, particularly when the offset distance is larger than the length of the segments in the reference geometry. The remove self intersecting arcs feature is particularly problematic when extremely large offsets are involved.
The sides of the curve are determined from the order of the vertices of the curve. Tracing the curve from the first vertex to the last will give you a direction along the curve it is to the right and left of this direction that the positive and negative parameters will dictate where the offset is constructed. In these terms it is simple to infer where the offset will be constructed.
One alternative is to use buffer to generate the offsets.
constructOffset
in interface IConstructCurve
inCurve
 A reference to a com.esri.arcgis.geometry.IPolycurve (in)offset
 The offset (in)offsetHow
 A Variant (in, optional, pass null if not required)bevelRatio
 A Variant (in, optional, pass null if not required)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructKoch(IPolycurve p, double r, int recursionLevel) throws IOException, AutomationException
ConstructKoch creates a Koch fractal from the given input curve. It treats all segments as linear segments (ie. All CircularArcs, BezierCurves, and EllipticArc as treated like lines between the From and To Points.).
constructKoch
in interface IConstructCurve
p
 A reference to a com.esri.arcgis.geometry.IPolycurve (in)r
 The r (in)recursionLevel
 The recursionLevel (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void constructExtended(ICurve fromCurve, ICurve toCurve, int extensionFlags, boolean[] extensionsPerformed) throws IOException, AutomationException
This method will return an empty geometry if you attempt to create a polygon from two linear
geometries as input. This is not a way to create a polygon from two polylines.
If the input curve is a polygon the result will be a copy of the polygon.
The flags are bitwise combined esriCurveExtension values.
constructExtended
in interface IConstructCurve
fromCurve
 A reference to a com.esri.arcgis.geometry.ICurve (in)toCurve
 A reference to a com.esri.arcgis.geometry.ICurve (in)extensionFlags
 The extensionFlags (in)extensionsPerformed
 The extensionsPerformed (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void approximateByBeziers(IPolycurve pInCurve, Object pMaxDistance, Object smoothClosedParts) throws IOException, AutomationException
ApproximateByBeziers constructs a curve consisting Bezier segments that being the approximation of input polycurve inCurve. The maxDistance parameter defines the maximum distance between the vertices of the input curve to the generated curve. If maxDistance is zero then for each segment of inCurve there is one Bezier segment created for this geometry. The parameter smoothClosedParts defines whether or not the last segment of the input polyline curve which is closed should be smoothed with the first segment of the curve. The smoothClosedParts parameter is only used if both this geometry and inCurve are polylines. If this geometry or inCurve is a polygon then smoothClosedParts is overwritten and set to true.
The resulting geometry is a polygon or polyline depending on the type of "this geometry" rather than the type of inCurve. If "this geometry" is a polygon and inCurve is a polyline with any open path, an error is returned (result is an empty polygon).
approximateByBeziers
in interface IConstructCurve2
pInCurve
 A reference to a com.esri.arcgis.geometry.IPolycurve (in)pMaxDistance
 A Variant (in, optional, pass null if not required)smoothClosedParts
 A Variant (in, optional, pass null if not required)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IEnumSegment constructExtendedEx(ICurve fromCurve, ICurve toCurve, int extensionFlags, boolean[] extensionsPerformed) throws IOException, AutomationException
constructExtendedEx
in interface IConstructCurve3
fromCurve
 A reference to a com.esri.arcgis.geometry.ICurve (in)toCurve
 A reference to a com.esri.arcgis.geometry.ICurve (in)extensionFlags
 The extensionFlags (in)extensionsPerformed
 The extensionsPerformed (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void interfaceSupportsErrorInfo(GUID riid) throws IOException, AutomationException
Indicates whether the interface supports IErrorInfo.
interfaceSupportsErrorInfo
in interface ISupportErrorInfo
riid
 A Structure: com.esri.arcgis.support.ms.stdole.GUID (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void getClassID(GUID[] pClassID) throws IOException, AutomationException
IPersist is a Microsoft interface. Please refer to MSDN for information about this interface.
getClassID
in interface IPersist
pClassID
 A Structure: com.esri.arcgis.support.ms.stdole.GUID (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void isDirty() throws IOException, AutomationException
IPersistStream is a Microsoft interface. Please refer to MSDN for information about this interface.
isDirty
in interface IPersistStream
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void load(IStream pstm) throws IOException, AutomationException
IPersistStream is a Microsoft interface. Please refer to MSDN for information about this interface.
load
in interface IPersistStream
pstm
 A reference to a com.esri.arcgis.system.IStream (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void save(IStream pstm, int fClearDirty) throws IOException, AutomationException
IPersistStream is a Microsoft interface. Please refer to MSDN for information about this interface.
save
in interface IPersistStream
pstm
 A reference to a com.esri.arcgis.system.IStream (in)fClearDirty
 The fClearDirty (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void getSizeMax(_ULARGE_INTEGER[] pcbSize) throws IOException, AutomationException
IPersistStream is a Microsoft interface. Please refer to MSDN for information about this interface.
getSizeMax
in interface IPersistStream
pcbSize
 A Structure: com.esri.arcgis.system._ULARGE_INTEGER (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IClone esri_clone() throws IOException, AutomationException
esri_clone
in interface IClone
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void assign(IClone src) throws IOException, AutomationException
assign
in interface IClone
src
 A reference to a com.esri.arcgis.system.IClone (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isEqual(IClone other) throws IOException, AutomationException
IsEqual returns True if the receiver and the source have the same properties. Note, this does not imply that the receiver and the source reference the same object.
isEqual
in interface IClone
other
 A reference to a com.esri.arcgis.system.IClone (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isIdentical(IClone other) throws IOException, AutomationException
IsIdentical returns true if the receiver and the source reference the same object.
isIdentical
in interface IClone
other
 A reference to a com.esri.arcgis.system.IClone (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void move(double dx, double dy) throws IOException, AutomationException
Moves the Geometry dX units along the XAxis and dY units along the YAxis. Only changes the position of the Geometry without altering any of the other characteristics. Move is a spatial offset.
move
in interface ITransform2D
dx
 The dx (in)dy
 The dy (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void moveVector(ILine v) throws IOException, AutomationException
Moves the Geometry dX units along the XAxis and dY units along the YAxis, where dX and dY are calculated from the input vector Line. Only the Length and Angle of the vector affect the transformation. The location of the vector does not change the transformation. Only changes the position of the Geometry without altering any of the other characteristics. Move is a spatial offset.
moveVector
in interface ITransform2D
v
 A reference to a com.esri.arcgis.geometry.ILine (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void scale(IPoint origin, double sx, double sy) throws IOException, AutomationException
Stretches the Geometry a factor of sX along the XAxis and a factor of sY along the YAxis (where sX is the ratio of Old Width to New Width, and sY is the ratio of Old Height to New Height). The Origin point is the reference Point from which the transformation is performed (Regardless of the location of the Origin point, the Geometry resulting from the transformation is the same, except for a positional offset). The Origin is the only point in the transformation guaranted to remain in the same location after the transformation is complete.
Note: Caution must be taken when scaling a CircularArc or a geometry containing CircularArc segments. Unless Abs(ScaleX) = Abs(ScaleY), the resulting CircularArcs will not retain the characteristics of the original geometry (since they remain CircularArcs).
scale
in interface ITransform2D
origin
 A reference to a com.esri.arcgis.geometry.IPoint (in)sx
 The sx (in)sy
 The sy (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void rotate(IPoint origin, double rotationAngle) throws IOException, AutomationException
Rotate performs an angular transform (rotation) on the Geometry. The Origin is the only point in the transformation guaranteed to remain in the same location after the transformation is performed. Regardless of the Origin, the transformed Geometry is the same, except for a positional offset. The RotationAngle is measured in radians.
An Envelope cannot be Rotated.
rotate
in interface ITransform2D
origin
 A reference to a com.esri.arcgis.geometry.IPoint (in)rotationAngle
 The rotationAngle (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void transform(int direction, ITransformation transformation) throws IOException, AutomationException
transform
in interface ITransform2D
direction
 A com.esri.arcgis.geometry.esriTransformDirection constant (in)transformation
 A reference to a com.esri.arcgis.geometry.ITransformation (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void move3D(double dx, double dy, double dz) throws IOException, AutomationException
move3D
in interface ITransform3D
dx
 The dx (in)dy
 The dy (in)dz
 The dz (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void moveVector3D(IVector3D v) throws IOException, AutomationException
moveVector3D
in interface ITransform3D
v
 A reference to a com.esri.arcgis.geometry.IVector3D (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void scale3D(IPoint origin, double sx, double sy, double sz) throws IOException, AutomationException
scale3D
in interface ITransform3D
origin
 A reference to a com.esri.arcgis.geometry.IPoint (in)sx
 The sx (in)sy
 The sy (in)sz
 The sz (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void rotateVector3D(IVector3D axis, double rotationAngle) throws IOException, AutomationException
The angle of rotation must be in radians. To convert to radians from decimal degrees, multiply by PI/180.
rotateVector3D
in interface ITransform3D
axis
 A reference to a com.esri.arcgis.geometry.IVector3D (in)rotationAngle
 The rotationAngle (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void transform3D(int direction, ITransformation3D transformation) throws IOException, AutomationException
transform3D
in interface ITransform3D
direction
 A com.esri.arcgis.geometry.esriTransformDirection constant (in)transformation
 A reference to a com.esri.arcgis.geometry.ITransformation3D (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IGeometry projectToPlane(IPoint planarOrigin, IVector3D planarPositiveX, IVector3D planarNorm) throws IOException, AutomationException
projectToPlane
in interface ITransform3D
planarOrigin
 A reference to a com.esri.arcgis.geometry.IPoint (in)planarPositiveX
 A reference to a com.esri.arcgis.geometry.IVector3D (in)planarNorm
 A reference to a com.esri.arcgis.geometry.IVector3D (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void serialize(IXMLSerializeData data) throws IOException, AutomationException
serialize
in interface IXMLSerialize
data
 A reference to a com.esri.arcgis.system.IXMLSerializeData (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void deserialize(IXMLSerializeData data) throws IOException, AutomationException
deserialize
in interface IXMLSerialize
data
 A reference to a com.esri.arcgis.system.IXMLSerializeData (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void snap() throws IOException, AutomationException
snap
in interface IMSnap
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void densify3D(double maxSegmentLength, double maxDeviation) throws IOException, AutomationException
Converts Polycurve into a Polycurve composed of Line segments
with 3D length maxSegmentLength (or less) that are within
maxDeviation of the original polycurve. If maxDeviation = 0,
maxDeviation is ignored and Line segments with length
maxSegmentLength are constructed with vertices laying on the
original curve. All of the segments in the final polyline
will be 3D Lines.
densify3D
in interface IPolycurve3D
maxSegmentLength
 The maxSegmentLength (in)maxDeviation
 The maxDeviation (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void generalize3D(double maxAllowableOffset) throws IOException, AutomationException
Generalizes each part of a Polycurve into a generalized
collection of Line segments. Generalize3D performs a
DouglasPoiker Generalization algorithm, extended to operate in 3D
space, with a specified maximum offset tolerance, given in 3D, as
input. For Line segments, the Generalized output is a subset of the
original input vertices. For nonLinear segments, the
Generalized output contains points along all parts of the curve,
not necessarily only the vertices.
generalize3D
in interface IPolycurve3D
maxAllowableOffset
 The maxAllowableOffset (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void weed3D(double maxAllowableOffsetFactor) throws IOException, AutomationException
Weed generalizes each part of a Polycurve into a generalized
collection of z aware Line segments. Weed performs a
DouglasPoiker Generalization algorithm, extended to operate in 3D
space, with a specified multiple of the internal tolerance given as
input. For Line segments, the Generalized output is a subset
of the original input vertices. For nonLinear segments, the
Generalized output contains points along all parts of the curve,
not necessarily only the vertices.
weed3D
in interface IPolycurve3D
maxAllowableOffsetFactor
 The maxAllowableOffsetFactor (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double getLength3D() throws IOException, AutomationException
Returns the 3D length of the entire curve. The length of
the curve is the sum of the lengths along each parameterized
Segment between vertices along the curve.
getLength3D
in interface ICurve3D
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryPoint3D(int extension, double distanceAlongCurve, boolean bAsRatio, IPoint pOutPoint) throws IOException, AutomationException
Returns the Point at a given 3D distance along the curve or
extended curve. If the distance is less than the length of
the curve, then the returned point is the point at that distance
along the curve. If the distance is less than zero, or
greater than the length of the curve, then the returned point is on
the curve specified by the extension method. The distance may
be specified as a fixed unit of measure or a ratio of the 3D length
of the curve.
queryPoint3D
in interface ICurve3D
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)distanceAlongCurve
 The distanceAlongCurve (in)bAsRatio
 The bAsRatio (in)pOutPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void getSubcurve3D(double fromDistance, double toDistance, boolean bAsRatio, ICurve3D[] ppOutSubCurve) throws IOException, AutomationException
Gets the subcurve between the specified points along the
original curve and creates a new curve. The elements in the new
subcurve are the same type and have the same properties as the
elements of the original curve.
getSubcurve3D
in interface ICurve3D
fromDistance
 The fromDistance (in)toDistance
 The toDistance (in)bAsRatio
 The bAsRatio (in)ppOutSubCurve
 A reference to a com.esri.arcgis.geometry.ICurve3D (out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryPointAndDistance3D(int extension, IPoint pInPoint, boolean bAsRatio, IPoint pOutPoint, double[] pDistanceAlongCurve, double[] pDistanceFromCurve) throws IOException, AutomationException
Finds the Point on the specified extended curve nearest to the
input point and the distance between those points. Also
returns information about the side of the curve the input point is
on as well as the distance along the curve that the nearest point
occurs. The operation is performed in 3D space.
queryPointAndDistance3D
in interface ICurve3D
extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)pInPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)bAsRatio
 The bAsRatio (in)pOutPoint
 A reference to a com.esri.arcgis.geometry.IPoint (in)pDistanceAlongCurve
 The pDistanceAlongCurve (in/out: use single element array)pDistanceFromCurve
 The pDistanceFromCurve (in/out: use single element array)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isClosed3D() throws IOException, AutomationException
isClosed3D
in interface ICurve3D
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void queryNearestPoint3D(IPoint pInP, int extension, IPoint pNearest) throws IOException, AutomationException
Queries the nearest point on a z aware geometry to the input
point in 3D space. Depending on the method of segment
extension, the nearest point can also be found on an extension of
the geometry.
If the geometry is an Envelope and the input point is located within the bounds of the Envelope, QueryNearestPoint3D will return a point on the exterior of the Envelope nearest the input point.
queryNearestPoint3D
in interface IProximityOperator3D
pInP
 A reference to a com.esri.arcgis.geometry.IPoint (in)extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)pNearest
 A reference to a com.esri.arcgis.geometry.IPoint (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public IPoint returnNearestPoint3D(IPoint pInP, int extension) throws IOException, AutomationException
Finds and returns the nearest point, in 3D space, on a z aware
geometry to the input point. Depending on the method of
segment extension, the nearest point can also be found on an
extension of the geometry.
If the geometry is an Envelope and the input point is located within the bounds of the Envelope, QueryNearestPoint3D will return a point on the exterior of the Envelope nearest the input point.
returnNearestPoint3D
in interface IProximityOperator3D
pInP
 A reference to a com.esri.arcgis.geometry.IPoint (in)extension
 A com.esri.arcgis.geometry.esriSegmentExtension constant (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public double returnDistance3D(IGeometry pOther) throws IOException, AutomationException
Returns the minimum distance between two z aware geometries in
3D space. If the geometries intersect, the minimum distance
is 0. Only returns the distance, and not the nearest
points.
returnDistance3D
in interface IProximityOperator3D
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean disjoint3D(IGeometry pOther) throws IOException, AutomationException
Determines whether two z aware geometries intersect in 3D
space. Two geometries are disjoint if their intersection is
empty. Two geometries intersect if disjoint is FALSE.
disjoint3D
in interface IRelationalOperator3D
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public boolean isNear3D(IGeometry pOther, double distance) throws IOException, AutomationException
isNear3D
in interface IRelationalOperator3D2
pOther
 A reference to a com.esri.arcgis.geometry.IGeometry (in)distance
 The distance (in)
IOException
 If there are interop problems.
AutomationException
 If the ArcObject component throws an exception.public void writeExternal(ObjectOutput out) throws IOException
writeExternal
in interface Externalizable
IOException
public void readExternal(ObjectInput in) throws IOException, ClassNotFoundException
readExternal
in interface Externalizable
IOException
ClassNotFoundException


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