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Packages that use Entity | |
sugr | This package (SUGR) is a library for Statistically Uncertain Geometric reasoning. |
Uses of Entity in sugr |
Subclasses of Entity in sugr | |
class |
Line_2D
Implementation of Line_2D |
class |
Line_3D
Implementation of Line_3D |
class |
Object_2D
A common upper class for all 2D objects. |
class |
Object_3D
A upper class for all 3D objects. |
class |
Plane_3D
Implementation of Plane_3D |
class |
Point_2D
Implementation of Point_2D |
class |
Point_3D
Implementation of Point_3D |
Fields in sugr declared as Entity | |
private Entity |
Relation.second
The second part of the relation. |
private Entity |
TriRelationalProperty.first
|
private Entity |
TriRelationalProperty.second
|
protected Entity |
BiRelationalProperty.first
Represents the first entity of the binary relation |
Methods in sugr that return Entity | |
Entity |
ProjectiveCamera.transform(Entity e)
This method invokes the appropriate transform, if the Object has been downcasted |
abstract Entity |
Transformation.transform(Entity e)
Transforms an entity with this transformation. |
protected Entity |
Transformation.transform(Matrix h,
Matrix covariance,
Entity e,
java.lang.Class newType)
Do a transformation with given transformation matrix and covariance of tranformation matrix. |
Entity |
TriRelationalProperty.getFirstEntity()
Get the first Entity. |
Entity |
TriRelationalProperty.getSecondEntity()
Get the second Entity. |
Entity |
BiRelationalProperty.getFirstEntity()
Get the first part of the relation. |
static Entity |
Factory.getEntity(Vector v,
Matrix cov,
java.lang.String classname)
Initialize an Entity with given entities and class name. |
static Entity |
Factory.getEntity(Vector v,
Matrix cov,
java.lang.Class classid)
Initialize an Entity with given entities and class ID. |
Entity |
Homography_3D.transform(Entity e)
Transforms an entity with this transformation. |
Entity |
Homography_2D.transform(Entity e)
Transforms an entity with this transformation. |
Methods in sugr with parameters of type Entity | |
double |
Plane_3D.getDistance(Entity e)
Compute the (euclidean) distance to another entity. |
Entity |
ProjectiveCamera.transform(Entity e)
This method invokes the appropriate transform, if the Object has been downcasted |
Matrix |
ProjectiveCamera.getJacobianAfterFirst(Entity e)
The the Jacobian after the first entity of a trilinear relation. |
Matrix |
ProjectiveCamera.getJacobianAfterSecond(Entity e)
The the Jacobian after the second entity of a trilinear relation. |
double |
Point_3D.getDistance(Entity e)
Compute the (euclidean) distance to another entity. |
double |
Point_2D.getDistance(Entity e)
Compute the (euclidean) distance to another entity. |
private void |
Relation.createRelationalProperty(Entity _first,
java.lang.Class _second,
java.lang.Class relationType)
Create the relational property out of an entity and a relation type |
abstract Entity |
Transformation.transform(Entity e)
Transforms an entity with this transformation. |
protected Entity |
Transformation.transform(Matrix h,
Matrix covariance,
Entity e,
java.lang.Class newType)
Do a transformation with given transformation matrix and covariance of tranformation matrix. |
abstract Matrix |
Transformation.getJacobianAfterFirst(Entity e)
The the Jacobian after the first entity of a trilinear relation. |
abstract Matrix |
Transformation.getJacobianAfterSecond(Entity e)
The the Jacobian after the second entity of a trilinear relation. |
double |
Line_3D.getDistance(Entity e)
Compute the (euclidean) distance to another entity. |
double |
Line_2D.getDistance(Entity e)
calculates the distance between this line and a Point_2D |
abstract double |
Entity.getDistance(Entity entity)
Compute the (euclidean) distance to another entity. |
boolean |
Entity.isEqual(Entity e)
Checks, if this element and e are the same |
boolean |
Entity.isParallel(Entity e)
checks, if this element and e are parallel |
boolean |
Entity.isIncident(Entity e)
checks, if this element and e are incident |
boolean |
Entity.isOrthogonal(Entity e)
checks, if this element and e are orthogonal |
static double |
Entity.getConditionFactorF(Entity x,
Entity y)
calculates the condition factor which depends on two elements. |
static double |
Entity.getConditionFactorF(Entity[] elist)
calculates the condition factor which depends on a set of elements. |
static double |
Entity.doCondition(Entity[] elist)
Do the conditioning of a set of entities. |
static Relation |
Factory.getRelationByName(Entity e1,
Entity e2,
java.lang.String relation)
Initialize a relation class with given entities and class name. |
static Relation |
Factory.getRelation(Entity e1,
Entity e2,
java.lang.Class relationID)
Initialize a relation class with given entities and class ID. |
static Relation |
Factory.getRelation(Entity e1,
Entity e2,
java.lang.String relationclassname)
Initialize a relation class with given entities and class name. |
Entity |
Homography_3D.transform(Entity e)
Transforms an entity with this transformation. |
Matrix |
Homography_3D.getJacobianAfterFirst(Entity e)
The the Jacobian after the first entity of a trilinear relation. |
Matrix |
Homography_3D.getJacobianAfterSecond(Entity e)
The the Jacobian after the second entity of a trilinear relation. |
Entity |
Homography_2D.transform(Entity e)
Transforms an entity with this transformation. |
Matrix |
Homography_2D.getJacobianAfterFirst(Entity e)
The the Jacobian after the first entity of a trilinear relation. |
Matrix |
Homography_2D.getJacobianAfterSecond(Entity e)
The the Jacobian after the second entity of a trilinear relation. |
Constructors in sugr with parameters of type Entity | |
Incident(Entity e,
java.lang.Class secondClass)
Build up an Incident-Relation between two entities |
|
Relation(Entity _first,
Entity _second,
java.lang.Class relationType)
Constructs a concrete relation. |
|
Relation(Entity _first,
Entity _second,
java.lang.Class relationType,
boolean doConditioning)
Constructs a concrete relation. |
|
Relation(BiRelationalProperty _rprop,
Entity _second)
Constructs a concrete relation. |
|
Relation(BiRelationalProperty _rprop,
Entity _second,
boolean doConditioning)
Constructs a concrete relation. |
|
TriRelationalProperty(Entity _first,
Entity _second,
java.lang.Class _targetType)
Construct a trilinear Relation e2= T*e1. |
|
BiRelationalProperty(Entity _first,
java.lang.Class _secondEntityType)
Create a new relational Property. |
|
Equal(Entity e)
Build up an Equal relation between to Entities. |
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