public abstract class Path extends Shape3D
| Modifier and Type | Field and Description |
|---|---|
static String |
MY_URI |
static String |
PROP_POINTS |
PROP_2D_REPRESENTATIONPROP_BOUNDING_VOLUME, PROP_LOCAL_COORDINATE_SYSTEM, PROP_POINT_REPRESENTATIONOWL_NAMESPACE, TYPE_OWL_INDIVIDUAL, TYPE_OWL_THINGANON_URI_PREFIX, blockAddingTypes, isXMLLiteral, ns_delim_index, PROP_RDF_FIRST, PROP_RDF_REST, PROP_RDF_TYPE, PROP_RDFS_COMMENT, PROP_RDFS_LABEL, PROP_SERIALIZATION_FULL, PROP_SERIALIZATION_OPTIONAL, PROP_SERIALIZATION_REDUCED, PROP_SERIALIZATION_UNDEFINED, PROP_uAAL_INVOLVED_HUMAN_USER, props, RDF_EMPTY_LIST, RDF_NAMESPACE, RDFS_NAMESPACE, TYPE_RDF_LIST, TYPE_RDFS_CLASS, uAAL_NAMESPACE_PREFIX, uAAL_SERVICE_NAMESPACE, uAAL_VOCABULARY_NAMESPACE, uri| Constructor and Description |
|---|
Path()
Creates a Path object
|
Path(Point[] points) |
Path(String uri)
Creates a Path object
|
Path(String uri,
Point[] points)
Creates a Path object.
|
| Modifier and Type | Method and Description |
|---|---|
protected void |
checkValid() |
protected Shape |
computeBoundingVolume()
Implementation Note: Must compute and set bounding sphere or box as
PROP_BOUNDING_VOLUME
|
boolean |
contains(Point p)
returns if the given point is within the shape
|
String |
getClassURI()
Get the class URI for this ManagedIndividual.
|
abstract float |
getDistanceTo(Shape shape) |
Point[] |
getPoints()
This method returns an Point array with the points which define the Path
object
|
int |
getPropSerializationType(String propURI)
Answers if the given property has to be considered when serializing this
individual in a minimized way, and if not ignore-able, whether its value
should be presented in its full form or can be reduced.
|
void |
setLocalCoordinateSystem(CoordinateSystem cs) |
void |
setPoints(Point[] points) |
get2DRepresentation, remove2DRepresentation, set2DRepresentationgetBoundingVolume, getCenter, getDistanceByBoundingVolume, getDistanceTo, getLocalCoordinateSystem, getPointRepresentation, intersects, removeBoundingVolume, removePointRepresentation, setBoundingVolume, setPointRepresentationcheckCompatibility, checkMembership, copy, deepCopy, getClassRestrictionsOnProperty, getInstance, getNonAbstractSuperClasses, getNonabstractSuperClasses, getOntClassInfo, getTypeURI, isRegisteredClassURI, isWellFormed, setProperty, setPropertyPathFromOffset, toManagedIndividualaddType, getLocalName, getNamespace, getProperty, getPropertyURIs, getType, getTypes, getURI, hasQualifiedName, isAnon, numberOfPropertiesaddMultiLangProp, asList, asList, asRDFList, changeProperty, equals, generateAnonURI, getDefaultLang, getFilename, getMultiLangProp, getOrConstructLabel, getOrConstructLabel, getResource, getResourceComment, getResourceLabel, getResourceLabel, getStaticFieldValue, hashCode, hasProperty, isAnon, isBlockingAddingTypes, isClosedCollection, isQualifiedName, literal, representsQualifiedURI, serializesAsXMLLiteral, setPropertyPath, setPropertyPath, setResourceComment, setResourceLabel, toString, toStringRecursive, toStringRecursive, unliteralpublic static final String MY_URI
public static final String PROP_POINTS
public Path(String uri)
uri - the object URIpublic Path()
public Path(String uri, Point[] points)
uri - this value can also be a null objectpoints - an array of all points of the pathpublic Path(Point[] points)
public String getClassURI()
ManagedIndividualgetClassURI in class Shape3Dpublic Point[] getPoints()
public void setPoints(Point[] points)
public abstract float getDistanceTo(Shape shape)
public void setLocalCoordinateSystem(CoordinateSystem cs)
setLocalCoordinateSystem in class Shapepublic int getPropSerializationType(String propURI)
ManagedIndividualResource.PROP_SERIALIZATION_OPTIONAL,
Resource.PROP_SERIALIZATION_REDUCED, or Resource.PROP_SERIALIZATION_FULL.
It can be assumed that the given property is one of those returned by
FinalizedResource.getPropertyURIs(). Decision criterion should be if the value of
this property is absolutely necessary when this resource is being sent to
a remote node. If the subclass rates it as unlikely that the receiver
side would need this info, the answer should be
PROP_SERIALIZATION_OPTIONAL in favor of lower communication
traffic and higher performance even at risk of a possible additional
query on the receiver side for fetching this info. With the same
rationale, if a property should be included in the process of
serialization, it is preferable to include it in a reduced form; in this
case the return value should be PROP_SERIALIZATION_REDUCED,
otherwise PROP_SERIALIZATION_FULL can be returned.getPropSerializationType in class Shape3Dprotected void checkValid()
protected Shape computeBoundingVolume()
ShapecomputeBoundingVolume in class ShapeCopyright © 2015 universAAL Consortium. All rights reserved.