Uses of Class
com.openinventor.inventor.SbVec3f

Packages that use SbVec3f

Package	Description
com.openinventor.imageviz	The ImageViz extension allows easy integration of advanced 2D and 3D image processing and analysis capabilities into imaging software applications.
com.openinventor.imageviz.nodes.images	Data conversion conventions in ImageViz
com.openinventor.imageviz.workflows
com.openinventor.inventor	Open Inventor is an object-oriented and OpenGL-based API for real-time 3D visualization.
com.openinventor.inventor.actions
com.openinventor.inventor.caches
com.openinventor.inventor.collision	Collision Detection.
com.openinventor.inventor.elements	The element classes are used internally for storing information in Open Inventor's traversal state list.
com.openinventor.inventor.events
com.openinventor.inventor.fields
com.openinventor.inventor.manips
com.openinventor.inventor.misc
com.openinventor.inventor.nodes
com.openinventor.inventor.projection
com.openinventor.inventor.projectors
com.openinventor.inventor.simplifier	Large Model Visualization.
com.openinventor.inventor.viewercomponents	Viewer components contains helpful tools to implement a custom viewer.
com.openinventor.inventor.viewercomponents.awt
com.openinventor.inventor.viewercomponents.awt.glcanvas.renderareas
com.openinventor.inventor.viewercomponents.awt.newt.renderareas
com.openinventor.inventor.viewercomponents.nodes	Viewer components nodes independent from graphical user interface.
com.openinventor.inventor.viewercomponents.swt.glcanvas.renderareas
com.openinventor.inventor.viewercomponents.swt.glcanvas.viewers
com.openinventor.ldm	Large Data Management.
com.openinventor.ldm.nodes
com.openinventor.ldm.readers
com.openinventor.medical.helpers	Provides some nodes and helper classes specifically created to facilitate implementation of medical applications.
com.openinventor.medical.nodes	Provides some nodes and helper classes specifically created to facilitate implementation of medical applications.
com.openinventor.meshviz.data
com.openinventor.meshviz.fields
com.openinventor.meshviz.graph
com.openinventor.meshviz.nodes
com.openinventor.meshvizxlm.mapping.details	Provides classes for detail information storage.
com.openinventor.volumeviz.details
com.openinventor.volumeviz.readers

Uses of SbVec3f in com.openinventor.imageviz

Methods in com.openinventor.imageviz that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SbStructuredQuadrilateralMesh.getVertex(long i, long j)	Returns the vertex position.

Methods in com.openinventor.imageviz with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SbStructuredQuadrilateralMesh.setVertex(long i, long j, SbVec3f vertex)	Sets the position of a vertex.

Uses of SbVec3f in com.openinventor.imageviz.nodes.images

Methods in com.openinventor.imageviz.nodes.images that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoImageDataAdapter.getColumnDirection()	Returns the vector in physical coordinate that points from the origin (0,0,0) to the point (0,1,0).
SbVec3f	SoImageDataAdapter.getOrigin()	Returns the image origin in 3D.
SbVec3f	SoImageDataAdapter.getPlaneDirection()	Returns the vector in physical coordinate that points from the origin (0,0,0) to the point (0,0,1).
SbVec3f	SoImageDataAdapter.getRowDirection()	Returns the vector in physical coordinate that points from the origin (0,0,0) to the point (1,0,0).
SbVec3f	SoImageDataAdapter.getVoxelSize()	Returns the size of a voxel in 3D.

Methods in com.openinventor.imageviz.nodes.images with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SoImageDataAdapter.setDirection(SbVec3f rowDirection, SbVec3f columnsDirection)	Set the direction cosines of rows and columns.
void	SoImageDataAdapter.setOrigin(SbVec3f origin)	Sets the image origin in 3D.
void	SoImageDataAdapter.setVoxelSize(SbVec3f voxelSize)	Sets the voxel size in 3D.

Uses of SbVec3f in com.openinventor.imageviz.workflows

Methods in com.openinventor.imageviz.workflows that return types with arguments of type SbVec3f

Modifier and Type	Method	Description
java.util.ArrayList<SbVec3f>	DentalPanoramicExtractor.getArchCurve()	Get the list of vertices forming the dental arch which is used to compute the arch mesh.
java.util.ArrayList<SbVec3f>	DentalPanoramicExtractor.getInsideArchCurve()	Get the list of vertices forming the inside border of the search area for fitting the arch mesh.
java.util.ArrayList<SbVec3f>	DentalPanoramicExtractor.getOutsideArchCurve()	Get the list of vertices forming the outside border of the search area for fitting the arch mesh.

Method parameters in com.openinventor.imageviz.workflows with type arguments of type SbVec3f

Modifier and Type	Method	Description
void	DentalPanoramicExtractor.setArchCurve(java.util.Collection<SbVec3f> name_11)	Set the list of vertices forming the dental arch which is used to compute the arch mesh.

Uses of SbVec3f in com.openinventor.inventor

Subclasses of SbVec3f in com.openinventor.inventor

Modifier and Type	Class	Description
class	SbColor	Color vector class.

Fields in com.openinventor.inventor declared as SbVec3f

Modifier and Type	Field	Description
SbVec3f	SbRotation.AxisAngle.axis
SbVec3f	SbMatrix.Factorization.s
SbVec3f	SbMatrix.Decomposition.scaleFactor
SbVec3f	SbMatrix.Factorization.t
SbVec3f	SbMatrix.Decomposition.translation

Methods in com.openinventor.inventor that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SbVec3f.cross(SbVec3f v)	Returns right-handed cross product of vector and another vector.
SbVec3f	SbBox3f.getCenter()	Returns the center of the box.
SbVec3f	SbBox3i32.getCenter()	Returns the center of the box.
SbVec3f	SbBox3s.getCenter()	Returns the center of the box.
SbVec3f	SbSphere.getCenter()	Return the center.
SbVec3f	SbXfBox3f.getCenter()	Returns the center of the box.
SbVec3f	SbVec3f.getClosestAxis()	Returns principal axis that is closest (based on maximum dot product) to this vector.
SbVec3f	SbBox3f.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbBox3i32.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbBox3s.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbLine.getClosestPoint(SbVec3f point)	Returns the closest point on the line to the given point.
SbVec3f[]	SbLine.getClosestPoints(SbLine line2)	Finds the two closest points between this line and line2, and loads them into ptOnThis and ptOnLine2.
SbVec3f	SbLine.getDirection()	Returns direction vector of line.
SbVec3f	SbBox3f.getMax()	Returns the maximum point of the box.
SbVec3f	SbBox3f.getMin()	Returns the minimum point of the box.
SbVec3f[]	SbBox3f.getMinMax()	Gets the corners of the box.
SbVec3f[]	SbXfBox3f.getMinMax()	Gets the bounds of the box.
SbVec3f	SbPlane.getNormal()	Returns normal vector to plane.
SbVec3f	SoPickedPoint.getNormal()	Returns the surface normal in world space.
SbVec3f	SoPrimitiveVertex.getNormal()	Returns the normal in object space.
SbVec3f	SoPickedPoint.getObjectNormal()	Calls getObjectNormal((com.openinventor.inventor.nodes.SoNode)null).
SbVec3f	SoPickedPoint.getObjectNormal(SoNode node)	Returns the surface normal in the object space corresponding to the given node in the path.
SbVec3f	SoPickedPoint.getObjectPoint()	Calls getObjectPoint((com.openinventor.inventor.nodes.SoNode)null).
SbVec3f	SoPickedPoint.getObjectPoint(SoNode node)	Returns the intersection point in the object space corresponding to the given node in the path.
SbVec3f	SbViewVolume.getPlanePoint(float distFromEye, SbVec2f normPoint)	Maps a 2D point in normalized screen coordinates (0 <= x,y <= 1) to a 3D world coordinates point on the plane parallel to the near plane that is at distFromEye units from the eye.
SbVec3f	SoPickedPoint.getPoint()	Returns the intersection point in world space.
SbVec3f	SoPrimitiveVertex.getPoint()	Returns the surface point in object space.
SbVec3f	SbLine.getPosition()	Returns position of line origin point.
SbVec3f	SbViewVolume.getProjectionDirection()	Returns projection direction.
SbVec3f	SbViewVolume.getProjectionPoint()	Returns projection point.
SbVec3f	SbVec4f.getReal()	Returns the real portion of the vector by dividing by the fourth value.
SbVec3f	SbViewVolume.getSightPoint(float distFromEye)	Returns the point along the line of sight at the given distance from the projection point (eye).
SbVec3f	SbBox3f.getSize()	Gets box size.
SbVec3f[]	SbCylinder.intersect(SbLine l)	Intersect line and cylinder, returning true if there is an intersection.
SbVec3f	SbPlane.intersect(SbLine l)	Intersect line and plane, returning true if there is an intersection, false if line is parallel to plane.
SbVec3f[]	SbSphere.intersect(SbLine l)	Intersect line and sphere, returning true if there is an intersection.
SbVec3f	SbCylinder.intersectFirst(SbLine l)	Intersect line and cylinder, returning true if there is an intersection.
SbVec3f	SbSphere.intersectFirst(SbLine l)	Intersect line and sphere, returning true if there is an intersection.
SbVec3f	SbVec3f.minus(SbVec3f v2)	Component-wise binary vector subtraction operator.
SbVec3f	SbMatrix.multDirMatrix(SbVec3f src)	Pre-multiplies the matrix by the given row vector, giving vector result.
SbVec3f	SbMatrix.multMatrixVec(SbVec3f src)	Post-multiplies matrix by the given column vector, giving a 3D vector result.
SbVec3f	SbMatrix3.multMatrixVec(SbVec3f src)	Post-multiplies matrix by the given column vector, giving a 3D vector result.
SbVec3f	SbRotation.multVec(SbVec3f src)	Multiplies the given vector by the matrix of this rotation.
SbVec3f	SbMatrix.multVecMatrix(SbVec3f src)	Pre-multiplies matrix by the given row vector, giving a 3D vector result.
SbVec3f	SbMatrix3.multVecMatrix(SbVec3f src)	Pre-multiplies matrix by the given row vector, giving a 3D vector result.
SbVec3f	SbVec3f.over(float d)	Component-wise binary scalar division operator.
SbVec3f	SbVec3f.plus(SbVec3f v2)	Component-wise binary vector addition operator.
SbVec3f	SbViewVolume.projectFromScreen(SbVec3f src)	Maps a 3D point in normalized screen coordinates (0 <= x,y,z <= 1) to a 3D world point.
SbVec3f	SbViewVolume.projectToScreen(SbVec3f src)	Maps a 3D point in world coordinates to a 2D point in normalized screen coordinates (0 <= x,y,z <= 1).
SbVec3f	SbVec3f.setValue(float[] components)
SbVec3f	SbVec3f.setValue(float[] components, int startIndex)
SbVec3f	SbVec3f.setValue(float c0, float c1, float c2)
SbVec3f	SbVec3f.setValue(SbVec3d vec3d)	Sets value of vector from a double precision vector.
SbVec3f	SbVec3f.setValue(SbVec3f barycentic, SbVec3f v0, SbVec3f v1, SbVec3f v2)	Sets value of vector as the weighted average of 3 other vectors.
SbVec3f	SbMatrix3.times(SbVec3f v)	Multiplies matrices by vector, returning a matrix result.
SbVec3f	SbVec3f.times(float d)	Component-wise binary scalar multiplication operator.
SbVec3f	SbVec3f.times(SbVec3f v)	Component-wise vector multiplication operator.
static SbVec3f[]	SbVec3f.toArray(long nativeArray, long length)
SbVec3f	SbViewVolume.zVector()	Returns the positive z axis in eye space.

Methods in com.openinventor.inventor with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SbVec3f.add(SbVec3f v)	Component-wise vector addition operator.
float	SbBox3f.computeMaxDistance2(SbVec3f p)	Returns the squared maximum distance between a point and the 8 bounding box's vertices.
SbVec3f	SbVec3f.cross(SbVec3f v)	Returns right-handed cross product of vector and another vector.
SbMatrix.Decomposition	SbMatrix.decompose(SbVec3f center)	Decomposes the matrix into a translation, rotation, scale, and scale orientation.
float	SbVec3f.dot(SbVec3f v)	Returns dot (inner) product of vector and another vector.
boolean	SbVec3f.equals(SbVec3f v, float tolerance)	Equality comparison within given tolerance - the square of the length of the maximum distance between the two vectors.
void	SbBox3f.extendBy(SbVec3f pt)	Extends this box (if necessary) to contain the specified point.
void	SbBox3i32.extendBy(SbVec3f pt)	Extends this box (if necessary) to contain the specified point.
void	SbBox3s.extendBy(SbVec3f pt)	Extends this box (if necessary) to contain the specified point.
void	SbXfBox3f.extendBy(SbVec3f pt)	Extends the box (if necessary) to contain the given 3D point.
SbVec3f	SbBox3f.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbBox3i32.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbBox3s.getClosestPoint(SbVec3f point)	Returns the closest point on the box to the given point.
SbVec3f	SbLine.getClosestPoint(SbVec3f point)	Returns the closest point on the line to the given point.
float	SbPlane.getDistance(SbVec3f point)	Returns the distance from a point to plane.
float[]	SbBox3f.getSpan(SbVec3f direction)	Finds the span of a box along a specified direction.
float[]	SbBox3i32.getSpan(SbVec3f direction)	Finds the span of a box along a specified direction.
float[]	SbBox3s.getSpan(SbVec3f direction)	Finds the span of a box along a specified direction.
float[]	SbXfBox3f.getSpan(SbVec3f direction)	Finds the extent of the box along a particular direction.
float	SbViewVolume.getWorldToScreenScale(SbVec3f worldCenter, float normRadius)	Returns a scale factor that would scale a unit sphere centered at worldCenter so that it would appear to have the given radius in normalized screen coordinates when projected onto the near plane.
boolean	SbBox3f.intersect(SbVec3f pt)	Returns true if the specified point intersects this box.
boolean	SbBox3i32.intersect(SbVec3f pt)	Returns true if the specified point intersects this box.
boolean	SbBox3s.intersect(SbVec3f pt)	Returns true if the specified point intersects this box.
boolean	SbXfBox3f.intersect(SbVec3f pt)	Returns true if intersection of given point and this box is not empty.
boolean	SbPlane.isInHalfSpace(SbVec3f point)	Returns true if the given point is within the half-space defined by the plane.
SbVec3f	SbVec3f.minus(SbVec3f v2)	Component-wise binary vector subtraction operator.
SbVec3f	SbMatrix.multDirMatrix(SbVec3f src)	Pre-multiplies the matrix by the given row vector, giving vector result.
void	SbVec3f.multiply(SbVec3f v)	Component-wise vector multiplication operator.
SbVec3f	SbMatrix.multMatrixVec(SbVec3f src)	Post-multiplies matrix by the given column vector, giving a 3D vector result.
SbVec3f	SbMatrix3.multMatrixVec(SbVec3f src)	Post-multiplies matrix by the given column vector, giving a 3D vector result.
SbVec4f	SbMatrix.multMatrixVec4(SbVec3f src)	Posts-multiplies matrix by the given column vector, giving vector result in homogeneous coordinates.
SbVec3f	SbRotation.multVec(SbVec3f src)	Multiplies the given vector by the matrix of this rotation.
SbVec4f	SbMatrix.multVec4Matrix(SbVec3f src)	Pre-multiplies matrix by the given row vector, giving vector result in homogeneous coordinates.
SbVec3f	SbMatrix.multVecMatrix(SbVec3f src)	Pre-multiplies matrix by the given row vector, giving a 3D vector result.
SbVec3f	SbMatrix3.multVecMatrix(SbVec3f src)	Pre-multiplies matrix by the given row vector, giving a 3D vector result.
SbVec3f	SbVec3f.plus(SbVec3f v2)	Component-wise binary vector addition operator.
SbVec3f	SbViewVolume.projectFromScreen(SbVec3f src)	Maps a 3D point in normalized screen coordinates (0 <= x,y,z <= 1) to a 3D world point.
SbVec3f	SbViewVolume.projectToScreen(SbVec3f src)	Maps a 3D point in world coordinates to a 2D point in normalized screen coordinates (0 <= x,y,z <= 1).
void	SbMatrix.scale(SbVec3f scaleFactor)	Scales this matrice by the given vector.
void	SbBox3f.setBounds(SbVec3f _min, SbVec3f _max)	Sets the corners of the box.
void	SbXfBox3f.setBounds(SbVec3f _min, SbVec3f _max)	Sets the bounds of the box.
void	SbSphere.setCenter(SbVec3f c)	Set the center.
void	SoPickedPoint.setObjectNormal(SbVec3f normal)
void	SbLine.setPosDir(SbVec3f position, SbVec3f direction)	Sets line using a position and a direction vector.
void	SbMatrix.setScale(SbVec3f s)	Sets matrix to scale by given vector.
void	SbMatrix3.setScale(SbVec3f s)	Sets matrix to scale by given vector.
void	SbMatrix.setTransform(SbVec3f t, SbRotation r, SbVec3f s)	Composes the matrix based on a translation, rotation, and scale.
void	SbMatrix.setTransform(SbVec3f t, SbRotation r, SbVec3f s, SbRotation so)	Composes the matrix based on a translation, rotation, scale, and orientation for scale.
void	SbMatrix.setTransform(SbVec3f translation, SbRotation rotation, SbVec3f scaleFactor, SbRotation scaleOrientation, SbVec3f center)	Composes the matrix based on a translation, rotation, scale, orientation for scale, and center.
void	SbMatrix.setTranslate(SbVec3f t)	Sets matrix to translate by given vector.
void	SbLine.setValue(SbVec3f p0, SbVec3f p1)	Sets line to pass through points p0 and p1.
SbRotation	SbRotation.setValue(SbVec3f axis, float radians)	Sets value of vector from 3D rotation axis vector and angle in radians.
SbRotation	SbRotation.setValue(SbVec3f rotateFrom, SbVec3f rotateTo)	Sets rotation to rotate one direction vector to another.
void	SbSphere.setValue(SbVec3f c, float r)	Change the center and radius.
SbVec3d	SbVec3d.setValue(SbVec3f vec3f)	Sets value of vector from a single precision vector.
void	SbVec3f.setValue(SbVec3f copyFrom)
SbVec3f	SbVec3f.setValue(SbVec3f barycentic, SbVec3f v0, SbVec3f v1, SbVec3f v2)	Sets value of vector as the weighted average of 3 other vectors.
void	SbVec3f.substract(SbVec3f v)	Component-wise vector subtraction operator.
SbVec3f	SbMatrix3.times(SbVec3f v)	Multiplies matrices by vector, returning a matrix result.
SbVec3f	SbVec3f.times(SbVec3f v)	Component-wise vector multiplication operator.
void	SbMatrix.translate(SbVec3f translation)	Translates this matrice by the given vector.
void	SbViewVolume.translateCamera(SbVec3f v)	Translate the camera viewpoint.
boolean	SbBox3f.triangleBoxOverlap(SbVec3f u0, SbVec3f u1, SbVec3f u2)	Return true if the given triangle intersects the bounding box.

Constructors in com.openinventor.inventor with parameters of type SbVec3f

Constructor	Description
SbBox3f(SbVec3f _min, SbVec3f _max)	Constructor for a 3D float box.
SbColor(SbVec3f vec3f)	Constructor that takes a vector value.
SbLine(SbVec3f p0, SbVec3f p1)	Constructor.
SbPlane(SbVec3f normal, float distance)	Constructor.
SbPlane(SbVec3f normal, SbVec3f point)	Constructor.
SbPlane(SbVec3f p0, SbVec3f p1, SbVec3f p2)	Constructor.
SbRotation(SbVec3f axis, float radians)	Constructor.
SbRotation(SbVec3f rotateFrom, SbVec3f rotateTo)	Constructor.
SbSphere(SbVec3f c, float r)	Constructor that takes a center and a radius.
SbVec3f(SbVec3f copyFrom)
SbXfBox3f(SbVec3f _min, SbVec3f _max)	Constructor.

Uses of SbVec3f in com.openinventor.inventor.actions

Methods in com.openinventor.inventor.actions that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoGetBoundingBoxAction.getCenter()	Returns computed center point in world space.
SbVec3f	SoCallbackAction.getCoordinate3(int index)	Returns the current coordinates from the state.
SbVec3f	SoCallbackAction.getLightAttenuation()	Returns the current lighting model information from the state.
SbVec3f	SoCallbackAction.getNormal(int index)	Returns the current normal information from the state.
SbVec3f	SoCallbackAction.getProfileCoordinate3(int index)	Returns the current profiles and their coordinates from the state.
SbVec3f	SoRayPickAction.intersect(SbVec3f v0, SbVec3f v1)

Methods in com.openinventor.inventor.actions with parameters of type SbVec3f

Modifier and Type	Method	Description
SoPickedPoint	SoRayPickAction.addIntersection(SbVec3f objectSpacePoint)	Adds an SoPickedPoint instance representing the given object space point to the current list and returns it.
boolean	SoRayPickAction.intersect(SbVec3f point)
SbVec3f	SoRayPickAction.intersect(SbVec3f v0, SbVec3f v1)
boolean	SoRayPickAction.isBetweenPlanes(SbVec3f intersection)
void	SoGetBoundingBoxAction.setCenter(SbVec3f center, boolean transformCenter)
void	SoRayPickAction.setRay(float fovy, SbVec3f start, SbVec3f direction)	Calls setRay(fovy, start, direction, (float)-1.0, (float)-1.0).
void	SoRayPickAction.setRay(float fovy, SbVec3f start, SbVec3f direction, float nearDistance)	Calls setRay(fovy, start, direction, nearDistance, (float)-1.0).
void	SoRayPickAction.setRay(float fovy, SbVec3f start, SbVec3f direction, float nearDistance, float farDistance)	Sets a world-space ray along which to pick in the the same way as the other version of setRay(), but allows you to set a view angle value.
void	SoRayPickAction.setRay(SbVec3f start, SbVec3f direction)	Calls setRay(start, direction, (float)-1.0, (float)-1.0).
void	SoRayPickAction.setRay(SbVec3f start, SbVec3f direction, float nearDistance)	Calls setRay(start, direction, nearDistance, (float)-1.0).
void	SoRayPickAction.setRay(SbVec3f start, SbVec3f direction, float nearDistance, float farDistance)	Sets a world-space ray along which to pick.

Uses of SbVec3f in com.openinventor.inventor.caches

Methods in com.openinventor.inventor.caches that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoBoundingBoxCache.getCenter()
SbVec3f[]	SoNormalCache.getNormals()	Returns the list of normals in the cache .
SbVec3f[]	SoTangentCache.getTangents()	Returns the list of tangents in the cache .

Methods in com.openinventor.inventor.caches with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SoBoundingBoxCache.set(SbXfBox3f boundingBox, boolean centerSet, SbVec3f centerPoint)
void	SoNormalCache.set(SbVec3f[] normals, SoNormalBindingElement.Bindings normalBinding)	Calls set(normals, normalBinding, (int)0).
void	SoNormalCache.set(SbVec3f[] normals, SoNormalBindingElement.Bindings normalBinding, int startIndex)	Stores a list of normals in the cache .
void	SoTangentCache.set(SbVec3f[] tangents, SoTangentBindingElement.Bindings tangentBinding)	Calls set(tangents, tangentBinding, (int)0).
void	SoTangentCache.set(SbVec3f[] tangents, SoTangentBindingElement.Bindings tangentBinding, int startIndex)	Stores a list of tangents in the cache .

Uses of SbVec3f in com.openinventor.inventor.collision

Fields in com.openinventor.inventor.collision declared as SbVec3f

Modifier and Type	Field	Description
SbVec3f[]	SoCollisionManager.CollidingPrimitive.vertices

Constructors in com.openinventor.inventor.collision with parameters of type SbVec3f

Constructor	Description
CollidingPrimitive(SoPath path, SbVec3f[] vertices)

Uses of SbVec3f in com.openinventor.inventor.elements

Fields in com.openinventor.inventor.elements declared as SbVec3f

Modifier and Type	Field	Description
SbVec3f	SoEnvironmentElement.EnvironmentParameters.attenuation

Methods in com.openinventor.inventor.elements that return SbVec3f

Modifier and Type	Method	Description
static SbVec3f	SoLightAttenuationElement.get(SoState state)	Returns the current light attenuation from the state.
SbVec3f	SoNormalElement.get(int index)	Returns the indexed normal from an element.
SbVec3f	SoTangentElement.get(int index)	Returns the indexed tangent from an element.
SbVec3f	SoCoordinateElement.get3(int index)	Returns the indexed coordinate from an element as a 3-vector, converting if necessary.
SbVec3f	SoProfileCoordinateElement.get3(int index)	Returns the indexed coordinate from an element as a 3D vector, converting if necessary.
SbVec3f	SoTextureCoordinate3Element.get3(int index)	Calls get3(index, (int)0).
SbVec3f	SoTextureCoordinate3Element.get3(int index, int unit)	Returns the indexed coordinate from an element as a 3- or 4-vector, converting if necessary.
static SbVec3f	SoLightAttenuationElement.getDefault()	Returns the default light attenuation.
static SbVec3f	SoCoordinateElement.getDefault3()	Returns the default 3-D coordinate.
static SbVec3f	SoProfileCoordinateElement.getDefault3()	Returns the default 3D profile coordinate.
static SbVec3f	SoEnvironmentElement.getLightAttenuation(SoState state)	Gets the light attenuation.
SbVec3f	SoModelScaleElement.getScaleFactor()	Returns the of this element model scale - if the overall SoModelMatrix is diagonazible Not all the SoModelMatrix are diagonalizable because a SoMatrixTransform or a direct set of the SoModelMatrix with a not diagonalizable matrix, so the getScaleFactor can return a vector containing one or more NaN or zeros.
static SbVec3f	SoModelScaleElement.getScaleFactor(SoState state)	Returns current model scale - if the overall SoModelMatrix is diagonazible Not all the SoModelMatrix are diagonalizable because a SoMatrixTransform or a direct set of the SoModelMatrix with a not diagonalizable matrix, so the getScaleFactor can return a vector containing one or more NaN or zeros.
static SbVec3f[]	SoModifyViewVolumeElement.getWallCoordinates(SoState state)	Returns the current coordinates of the virtual window in the real world.

Methods in com.openinventor.inventor.elements with parameters of type SbVec3f

Modifier and Type	Method	Description
SbVec4f	SoTextureCoordinate3Element.get(SbVec3f point, SbVec3f normal)	Calls get(point, normal, (int)0).
SbVec4f	SoTextureCoordinate3Element.get(SbVec3f point, SbVec3f normal, int unit)	Given point and normal, returns texture coordinate.
SbVec4f	SoTextureCoordinateElement.get(SbVec3f point, SbVec3f normal)	Calls get(point, normal, (int)0).
SbVec4f	SoTextureCoordinateElement.get(SbVec3f point, SbVec3f normal, int unit)	Given point and normal, returns texture coordinate.
static void	SoLocalBBoxMatrixElement.scaleBy(SoState state, SbVec3f scaleFactor)	Multiplies a matrix that performs the specified transformation into the local matrix.
static void	SoModelMatrixElement.scaleBy(SoState state, SoNode node, SbVec3f scaleFactor)	This multiplies a matrix that performs the specified transformation into the model matrix.
static void	SoTextureMatrixElement.scaleBy(SoState state, SoNode node, SbVec3f scaleFactor)	Multiplies a matrix that performs the specified transformation into the texture matrix.
static void	SoGeoOriginElement.set(SoState state, SoNode node, boolean rotateYUp, SbVec3f geoOrigin)	Sets the current attributes.
static void	SoLightAttenuationElement.set(SoState state, SoNode node, SbVec3f attenuation)	Sets the current light attenuation(s).
static void	SoNormalElement.set(SoState state, SoNode node, SbVec3f[] normals)	Sets the current normals.
static void	SoTangentElement.set(SoState state, SoNode node, SbVec3f[] tangents)	Sets the current tangents.
static void	SoCoordinateElement.set3(SoState state, SoNode node, SbVec3f[] coords)	Sets the current coordinates in the state as 3-vectors.
static void	SoProfileCoordinateElement.set3(SoState state, SoNode node, SbVec3f[] coords)	Sets the current 3D profile coordinates.
static void	SoTextureCoordinate3Element.set3(SoState state, SoNode node, SbVec3f[] coords)	Calls set3(state, node, coords, false).
static void	SoTextureCoordinate3Element.set3(SoState state, SoNode node, SbVec3f[] coords, boolean frcSend)
static void	SoModifyViewVolumeElement.setWallCoordinates(SoState state, SbVec3f lowerLeft, SbVec3f lowerRight, SbVec3f upperLeft)	Sets the current coordinates of the virtual window in the real world.
static void	SoLocalBBoxMatrixElement.translateBy(SoState state, SbVec3f translation)	Multiplies a matrix that performs the specified transformation into the local matrix.
static void	SoModelMatrixElement.translateBy(SoState state, SoNode node, SbVec3f translation)	This multiplies a matrix that performs the specified transformation into the model matrix.
static void	SoTextureMatrixElement.translateBy(SoState state, SoNode node, SbVec3f translation)	Multiplies a matrix that performs the specified transformation into the texture matrix.

Uses of SbVec3f in com.openinventor.inventor.events

Methods in com.openinventor.inventor.events that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SbTrackerInfo.getPosition3()	Get position of tracker in world coordinates.
SbVec3f	SoControllerButtonEvent.getPosition3()	Get position of associated tracker in world coordinates.
SbVec3f	SoTrackerEvent.getPosition3()	Get position of associated tracker in world coordinates.
SbVec3f	SoMotion3Event.getTranslation()	Gets the relative change in translation since the last translation event.

Methods in com.openinventor.inventor.events with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SbTrackerInfo.setOrientation(SbVec3f axis, float angle)	Set orientation value from axis and angle in radians.
void	SoControllerButtonEvent.setOrientation(SbVec3f axis, float angle)	Set orientation value of associated tracker from axis and angle in radians.
void	SoTrackerEvent.setOrientation(SbVec3f axis, float angle)	Set orientation value of associated tracker from axis and angle in radians.
void	SbTrackerInfo.setPosition3(SbVec3f p)	Set position of tracker in world coordinates.
void	SoControllerButtonEvent.setPosition3(SbVec3f p)	Set position of associated tracker in world coordinates.
void	SoTrackerEvent.setPosition3(SbVec3f p)	Set position of associated tracker in world coordinates.
void	SoMotion3Event.setTranslation(SbVec3f t)	Sets the relative change in translation since the last translation event.

Uses of SbVec3f in com.openinventor.inventor.fields

Methods in com.openinventor.inventor.fields that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoSFVec3f.getValue()	Returns this field's value.
SbVec3f	SoMFVec3f.getValueAt(int i)
SbVec3f[]	SoMFVec3f.getValues(int start)	Returns a pointer into the array of values in the field, starting at index start.

Methods in com.openinventor.inventor.fields with parameters of type SbVec3f

Modifier and Type	Method	Description
int	SoMFVec3f.find(SbVec3f targetValue)	Calls find(targetValue, false).
int	SoMFVec3f.find(SbVec3f targetValue, boolean addIfNotFound)	Finds the given targetValue in the array and returns the index of that value.
void	SoMFColor.set1Value(int index, SbVec3f vec)	Sets one of N RGB colors from SbVec3f.
void	SoMFRotation.set1Value(int index, SbVec3f axis, float angle)	Sets the index 'th value to the given axis/angle.
void	SoMFVec3f.set1Value(int index, SbVec3f newValue)	Sets the index'th value in the array to newValue.
void	SoMFVec3i32.set1Value(int index, SbVec3f vec3f)	Sets one value from single precision vector.
void	SoMFVec3s.set1Value(int index, SbVec3f vec3f)	Sets one value from single precision vector.
void	SoMFColor.setValue(SbVec3f vec)	Sets the field to contain one and only one value, the given color (expressed as RGB floating point values in the range 0.0 to 1.0), and deletes the second and subsequent values.
void	SoMFRotation.setValue(SbVec3f axis, float angle)	Makes this field have exactly one value, given by axis and angle .
void	SoMFVec3f.setValue(SbVec3f newValue)	Sets the first value in the array to newValue, and deletes.
void	SoMFVec3i32.setValue(SbVec3f vec3f)	Sets to one value from single precision vector.
void	SoMFVec3s.setValue(SbVec3f vec3f)	Sets to one value from single precision vector.
void	SoSFBox3f.setValue(SbVec3f _min, SbVec3f _max)	Sets the box dimensions.
void	SoSFColor.setValue(SbVec3f vec)	Convenience method for setting the value.
void	SoSFRotation.setValue(SbVec3f axis, float angle)	Sets the field to the rotation given by axis/angle.
void	SoSFVec3f.setValue(SbVec3f newValue)	Sets this field to newValue.
void	SoSFVec3i32.setValue(SbVec3f vec3f)	Convenience method that allows you to specify a field value using a single precision variable.
void	SoMFVec3f.setValues(int start, SbVec3f[] newValues)	Sets num values starting at index start to the values.
void	SoMFVec3i32.setValues(int start, int num, SbVec3f[] vec3f)	Deprecated. As of Open Inventor 9.3.1, use SoMFVec3i32.setValues(int, com.openinventor.inventor.SbVec3f[]) instead.
void	SoMFVec3i32.setValues(int start, SbVec3f[] vec3f)	Sets values from array of single precision vectors.
void	SoMFVec3s.setValues(int start, int num, SbVec3f[] vec3f)	Deprecated. As of Open Inventor 9.3.1, use SoMFVec3s.setValues(int, com.openinventor.inventor.SbVec3f[]) instead.
void	SoMFVec3s.setValues(int start, SbVec3f[] vec3f)	Sets values from array of single precision vectors.

Constructors in com.openinventor.inventor.fields with parameters of type SbVec3f

Constructor	Description
SoSFVec3f(SoFieldContainer fieldContainer, java.lang.String fieldName, SoField.FieldTypes fieldType, SbVec3f defaultValue)	Default constructor.

Uses of SbVec3f in com.openinventor.inventor.manips

Methods in com.openinventor.inventor.manips with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SoClipPlaneManip.setValue(SbBox3f box, SbVec3f planeNormal, float draggerScaleFactor)	Convenience method to set the clip plane and the dragger position, orientation and size.

Uses of SbVec3f in com.openinventor.inventor.misc

Method parameters in com.openinventor.inventor.misc with type arguments of type SbVec3f

Modifier and Type	Method	Description
static SoShape	SbExtrusionGenerator.createFrom3DPoints(java.util.Collection<SbVec3f> pointsInWorld, SoPath nodePath, SbViewVolume volume)	Calls createFrom3DPoints(pointsInWorld, nodePath, volume, new com.openinventor.inventor.SbBox3f()).
static SoShape	SbExtrusionGenerator.createFrom3DPoints(java.util.Collection<SbVec3f> pointsInWorld, SoPath nodePath, SbViewVolume volume, SbBox3f bboxInLocal)	Create an extruded shape from points in world space.

Uses of SbVec3f in com.openinventor.inventor.nodes

Methods in com.openinventor.inventor.nodes that return SbVec3f

Modifier and Type	Method	Description
static SbVec3f[]	SoProjection.checkProjection(SoState state, SoNode node, SbVec3f[] coords)	Apply projection to given coordinates.
SbVec3f[]	SoExtSelection.getLassoCoordsWC()	Returns the lasso coordinates in world coordinates.

Methods in com.openinventor.inventor.nodes with parameters of type SbVec3f

Modifier and Type	Method	Description
static SbVec3f[]	SoProjection.checkProjection(SoState state, SoNode node, SbVec3f[] coords)	Apply projection to given coordinates.
SbViewVolume	SoCamera.getViewVolume(float aspectRatio, float nearDist, float farDist, SbVec3f position, SbRotation rotation)	Computes a view volume from the given parameters.
void	SoCamera.pointAt(SbVec3f targetPoint)	Sets the orientation of the camera so that it points toward the given target point while keeping the "up" direction of the camera parallel to the positive y-axis.
void	SoTransform.pointAt(SbVec3f fromPoint, SbVec3f toPoint)	Sets the node to translate the origin to the fromPoint and rotate the negative z-axis (0,0,-1) to lie on the vector from fromPoint to toPoint .
void	SoTransform.recenter(SbVec3f newCenter)	Changes the center of the transformation to the given point without affecting the overall effect of the transformation.

Uses of SbVec3f in com.openinventor.inventor.projection

Methods in com.openinventor.inventor.projection that return SbVec3f

Modifier and Type	Method	Description
SbVec3f[]	SbProjectionCoordinates.getCoordinates()	Return coordinates .
SbVec3f	SbProjection.inverse()	Apply the inverse coordinate to one point.
SbVec3f	SbProjection.project()	Apply the complete computation (matrix, pre-projection, projection, post-projection) to one point.
SbVec3f	SbProj4Projection.toGeocentric()	Transform the given coordinates from Geodetic coordinate system to Geocentric coordinate system .
SbVec3f	SbProj4Projection.toGeodetic()	Transform the given coordinates from Geocentric coordinate system to Geodetic coordinate system .

Uses of SbVec3f in com.openinventor.inventor.projectors

Methods in com.openinventor.inventor.projectors that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SbLineProjector.getVector(SbVec2f mousePosition)	Gets a vector given the current mouse point.
SbVec3f	SbLineProjector.getVector(SbVec2f mousePosition1, SbVec2f mousePosition2)	Gets a vector on this line given two normalized mouse points.
SbVec3f	SbPlaneProjector.getVector(SbVec2f mousePosition)	Gets a vector given the current mouse point.
SbVec3f	SbPlaneProjector.getVector(SbVec2f mousePosition1, SbVec2f mousePosition2)	Gets a vector on this plane given two normalized mouse positions.
SbVec3f	SbProjector.intersect(SbLine line)	Applies the projector using the given line in world coordinates, returning the point in three dimensions that it projects to.
SbVec3f	SbLineProjector.project(SbVec2f point)	Applies the projector using the given point, returning the point in three dimensions that it projects to and the status.
SbVec3f	SbProjector.project(SbVec2f point)	Apply the projector using the given point, returning the point in three dimensions that it projects to.

Methods in com.openinventor.inventor.projectors with parameters of type SbVec3f

Modifier and Type	Method	Description
SbRotation	SbCylinderProjector.getRotation(SbVec3f point1, SbVec3f point2)	Gets a rotation given two points on this cylinder projector.
SbRotation	SbSphereProjector.getRotation(SbVec3f point1, SbVec3f point2)	Gets a rotation given two points on this sphere projector.
boolean	SbCylinderProjector.isPointInFront(SbVec3f point)	Gets whether the projector should intersect the half of the cylinder that faces the eye.
boolean	SbSphereProjector.isPointInFront(SbVec3f point)	Gets whether the projector should intersect the half of the sphere that faces the eye.
boolean	SbCylinderSectionProjector.isWithinTolerance(SbVec3f point)	Finds whether this point on the cylinder or tolerance plane is within tolerance.
boolean	SbSphereSectionProjector.isWithinTolerance(SbVec3f point)	Finds whether this point on the sphere or tolerance plane is within tolerance.
void	SbLineProjector.setStartPosition(SbVec3f point)	Sets the initial position from a point on the projector.
void	SbPlaneProjector.setStartPosition(SbVec3f point)	Sets the initial position from a point on the projector.

Uses of SbVec3f in com.openinventor.inventor.simplifier

Methods in com.openinventor.inventor.simplifier with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SoSimplifier.setNormal(SbVec3f name_21850)	Method to set optional vertex data (normal).
void	SoSimplifier.setVertex(SbVec3f name_21849)	Specifies a new vertex location.

Uses of SbVec3f in com.openinventor.inventor.viewercomponents

Methods in com.openinventor.inventor.viewercomponents that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoCameraInteractor.getDirectionVector()	Returns the direction vector of the camera.
SbVec3f	SoCameraInteractor.getFocalPoint()	Returns the camera's "focal point", located focalDistance units from the camera position along the view direction vector (defined by the camera's orientation field).
SbVec3f	SoCameraInteractor.getViewportCenter()	Deprecated. As of Open Inventor 9500.
SbVec3f	SoCameraInteractor.projectToPlane(SbVec2f point, float distFromEye, SbViewportRegion vpRegion)	Project specified 2D point on the plane parallel to the near plane that is at distFromEye units from the eye, see also SbViewVolume.getPlanePoint.

Methods in com.openinventor.inventor.viewercomponents with parameters of type SbVec3f

Modifier and Type	Method	Description
SbRotation	SoCameraInteractor.lookAt(SbVec3f position, SbVec3f target, SbVec3f up)	Returns the rotation needed to point a camera at position toward the given target point while keeping the "up" direction of the camera parallel to the specified up vector.
void	SoCameraInteractor.pointAt(SbVec3f targetPoint)	Sets the orientation of the camera so that it points toward the given target point while keeping the "up" direction of the camera parallel to the positive world coordinate y-axis.
SbVec2f	SoCameraInteractor.projectToScreen(SbVec3f point, SbViewportRegion vpRegion)	Map a 3D point in world coordinates to a 2D point in normalized screen coordinates (0 <= x,y <= 1), see also SbViewVolume.projectToScreen.
void	SoCameraInteractor.setPosition(SbVec3f pos)	Move camera to the specified position.
void	SoCameraInteractor.setRotationAxis(SbVec3f axis)	Set the axis of rotation.
void	SoCameraInteractor.setRotationCenter(SbVec3f pos)	Set the center of rotation.
void	SoCameraInteractor.translate(SbVec3f trans)	Move camera by the specified 3D displacement.
void	SoCameraInteractor.viewAxis(SbVec3f direction, SbVec3f up)	Moves and rotates the camera to be aligned with the given direction vector while keeping the up direction of the camera parallel to the specified up vector.

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.awt

Methods in com.openinventor.inventor.viewercomponents.awt with parameters of type SbVec3f

Modifier and Type	Method	Description
void	IRenderAreaInteractive.viewAxis(SbVec3f direction, SbVec3f up)	Moves the camera to be aligned with the given direction vector while keeping the "up" direction of the camera parallel to the specified up vector.

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.awt.glcanvas.renderareas

Methods in com.openinventor.inventor.viewercomponents.awt.glcanvas.renderareas with parameters of type SbVec3f

Modifier and Type	Method	Description
void	RenderAreaInteractive.viewAxis(SbVec3f direction, SbVec3f up)

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.awt.newt.renderareas

Methods in com.openinventor.inventor.viewercomponents.awt.newt.renderareas with parameters of type SbVec3f

Modifier and Type	Method	Description
void	RenderAreaInteractive.viewAxis(SbVec3f direction, SbVec3f up)

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.nodes

Methods in com.openinventor.inventor.viewercomponents.nodes with parameters of type SbVec3f

Modifier and Type	Method	Description
void	SceneInteractor.viewAxis(SbVec3f direction, SbVec3f up)	Moves the camera to be aligned with the given direction vector while keeping the "up" direction of the camera parallel to the specified up vector.

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.swt.glcanvas.renderareas

Methods in com.openinventor.inventor.viewercomponents.swt.glcanvas.renderareas with parameters of type SbVec3f

Modifier and Type	Method	Description
void	RenderAreaInteractive.viewAxis(SbVec3f direction, SbVec3f up)

Uses of SbVec3f in com.openinventor.inventor.viewercomponents.swt.glcanvas.viewers

Methods in com.openinventor.inventor.viewercomponents.swt.glcanvas.viewers with parameters of type SbVec3f

Modifier and Type	Method	Description
void	ViewerExaminer.viewAxis(SbVec3f direction, SbVec3f up)

Uses of SbVec3f in com.openinventor.ldm

Methods in com.openinventor.ldm that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoLDMDataAccess.voxelToXYZ(SbVec3i32 dataPosition)	Converts a voxel coordinate (I,J,K) to a geometry coordinate (X,Y,Z).

Methods in com.openinventor.ldm with parameters of type SbVec3f

Modifier and Type	Method	Description
SbVec3i32	SoLDMDataAccess.XYZToVoxel(SbVec3f dataPosition)	Converts a geometry coordinate (X,Y,Z) to a voxel coordinate (I,J,K).

Uses of SbVec3f in com.openinventor.ldm.nodes

Methods in com.openinventor.ldm.nodes that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoDataSet.voxelToXYZ(SbVec3f dataPosition)	Converts the specified point in voxel coordinates (I,J,K) to geometric coordinates (X,Y,Z).
SbVec3f	SoDataSet.XYZToVoxel(SbVec3f dataPosition)	Converts the specified point in geometric coordinates (X,Y,Z) to voxel coordinates (I,J,K).

Methods in com.openinventor.ldm.nodes with parameters of type SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoDataSet.voxelToXYZ(SbVec3f dataPosition)	Converts the specified point in voxel coordinates (I,J,K) to geometric coordinates (X,Y,Z).
SbVec3f	SoDataSet.XYZToVoxel(SbVec3f dataPosition)	Converts the specified point in geometric coordinates (X,Y,Z) to voxel coordinates (I,J,K).

Uses of SbVec3f in com.openinventor.ldm.readers

Methods in com.openinventor.ldm.readers that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoLDMReader.getCenter(int fileId)	Returns the center of the data associated with the specified file ID.

Uses of SbVec3f in com.openinventor.medical.helpers

Methods in com.openinventor.medical.helpers that return SbVec3f

Modifier and Type	Method	Description
static SbVec3f	MedicalHelper.dicomGetImagePosition(SoVolumeData volume)	Get the "Image Position (Patient)" attribute (0020,0032) from a DICOM volume.

Uses of SbVec3f in com.openinventor.medical.nodes

Methods in com.openinventor.medical.nodes with parameters of type SbVec3f

Modifier and Type	Method	Description
void	Gnomon.setScale(SbVec3f scale)	Scale the size of the gnomon (default is 1,1,1).

Uses of SbVec3f in com.openinventor.meshviz.data

Fields in com.openinventor.meshviz.data declared as SbVec3f

Modifier and Type	Field	Description
SbVec3f	PbMesh.ContainingCell.pcoord

Methods in com.openinventor.meshviz.data that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	PbCell.getCenter()	Gets the cell's geometric center.
SbVec3f	PbCell.getNodeCoord(int nod)	Gets the coordinate of the nod (nod must be >=0 and < getNumNodes()).
SbVec3f	PbGrid2D.getNodeCoord(int i, int j)	Gets the coordinates of a node defined by its i,j indices on the grid.
SbVec3f	PbGrid3D.getNodeCoord(int i, int j, int k)	Gets the coordinates of a node defined by its i,j,k indices on the grid.
SbVec3f	PbMesh.getNodeCoord(int nod_index)	Gets the coordinates of a node.
SbVec3f	PbCell.getValue(float[] weight, SbVec3f[] v)	Gets the vector value of a point in this cell, given the point's weights.
SbVec3f	PbCell.getValue(SbVec3f pcoord, SbVec3f[] v)	Get the vector value of a point in the cell.
SbVec3f[]	PbMesh.getVecsSet(int set_index)	Gets a set of vector values.
SbVec3f	PbCell.locatePoint(SbVec3f coord, float tolerance)	Returns 1 if the point is inside the cell, 0 otherwise.

Methods in com.openinventor.meshviz.data with parameters of type SbVec3f

Modifier and Type	Method	Description
void	PbMesh.addVecsSet(int set_index, SbVec3f[] val)	Calls addVecsSet(set_index, val, "").
void	PbMesh.addVecsSet(int set_index, SbVec3f[] val, java.lang.String set_name)	Adds a set of vector values .
PbMesh.ContainingCell	PbMesh.findContainingCell(SbVec3f point, float tolerance)	Find the cell that contains the point.
PbMesh.ContainingCell	PbMesh.findContainingCell(SbVec3f point, float tolerance, PbCell adjacent_cell)
float[]	PbHexahedronCell.getDerivs(SbVec3f pcoord)	Gets the derivs of a point defined by its parametric coordinates.
float[]	PbPyramidCell.getDerivs(SbVec3f pcoord)	Returns the derivs of a point defined by its parametric coordinates.
float[]	PbQuadrangleCell.getDerivs(SbVec3f pcoord)	Gets the derivs of a point defined by its parametric coordinates .
float[]	PbWedgeCell.getDerivs(SbVec3f pcoord)	Returns the derivs of a point defined by its parametric coordinates.
PbMesh2D	PbMesh2D.getFaultMesh(int num_fault_lines, int[] fault_line_sizes, SbVec3f[] coord)	Same as calling getFaultMesh(num_fault_lines, fault_line_sizes, coord,PbMesh2D.USE_ADJACENT_DERIVS, PbDefinedValue())
SbVec3f	PbCell.getValue(float[] weight, SbVec3f[] v)	Gets the vector value of a point in this cell, given the point's weights.
float	PbCell.getValue(SbVec3f pcoord, float[] s)	Get the scalar value of a point in the cell.
SbVec3f	PbCell.getValue(SbVec3f pcoord, SbVec3f[] v)	Get the vector value of a point in the cell.
SbVec3f	PbCell.locatePoint(SbVec3f coord, float tolerance)	Returns 1 if the point is inside the cell, 0 otherwise.

Uses of SbVec3f in com.openinventor.meshviz.fields

Methods in com.openinventor.meshviz.fields with parameters of type SbVec3f

Modifier and Type	Method	Description
void	PoSFMesh.addVecsSet(int index, SbVec3f[] val)	Calls addVecsSet(index, val, "").
void	PoSFMesh.addVecsSet(int index, SbVec3f[] val, java.lang.String setName)	Convenience methods that adds a set of vector values to the internal PbMesh object.

Uses of SbVec3f in com.openinventor.meshviz.graph

Constructors in com.openinventor.meshviz.graph with parameters of type SbVec3f

Constructor	Description
PoArrow3(SbVec3f[] _point)	Calls PoArrow3(_point, PoArrow3.PatternTypes.valueOf( PoArrow3.PatternTypes.NO_PATTERN.getValue() ), PoArrow3.PatternTypes.valueOf( PoArrow3.PatternTypes.NO_PATTERN.getValue() ), (float)0.05f, (float)0.03f).
PoArrow3(SbVec3f[] _point, PoArrow3.PatternTypes startType)	Calls PoArrow3(_point, startType, PoArrow3.PatternTypes.valueOf( PoArrow3.PatternTypes.NO_PATTERN.getValue() ), (float)0.05f, (float)0.03f).
PoArrow3(SbVec3f[] _point, PoArrow3.PatternTypes startType, PoArrow3.PatternTypes endType)	Calls PoArrow3(_point, startType, endType, (float)0.05f, (float)0.03f).
PoArrow3(SbVec3f[] _point, PoArrow3.PatternTypes startType, PoArrow3.PatternTypes endType, float _patternWidth)	Calls PoArrow3(_point, startType, endType, _patternWidth, (float)0.03f).
PoArrow3(SbVec3f[] _point, PoArrow3.PatternTypes startType, PoArrow3.PatternTypes endType, float _patternWidth, float _patternHeight)	Constructor.
PoAutoCubeAxis(SbVec3f _start, SbVec3f _end, PoAutoCubeAxis.AxisTypes xAxisType, PoAutoCubeAxis.AxisTypes yAxisType, PoAutoCubeAxis.AxisTypes zAxisType)	Calls PoAutoCubeAxis(_start, _end, xAxisType, yAxisType, zAxisType, (java.lang.String)null, (java.lang.String)null, (java.lang.String)null).
PoAutoCubeAxis(SbVec3f _start, SbVec3f _end, PoAutoCubeAxis.AxisTypes xAxisType, PoAutoCubeAxis.AxisTypes yAxisType, PoAutoCubeAxis.AxisTypes zAxisType, java.lang.String xTtle)	Calls PoAutoCubeAxis(_start, _end, xAxisType, yAxisType, zAxisType, xTtle, (java.lang.String)null, (java.lang.String)null).
PoAutoCubeAxis(SbVec3f _start, SbVec3f _end, PoAutoCubeAxis.AxisTypes xAxisType, PoAutoCubeAxis.AxisTypes yAxisType, PoAutoCubeAxis.AxisTypes zAxisType, java.lang.String xTtle, java.lang.String yTtle)	Calls PoAutoCubeAxis(_start, _end, xAxisType, yAxisType, zAxisType, xTtle, yTtle, (java.lang.String)null).
PoAutoCubeAxis(SbVec3f _start, SbVec3f _end, PoAutoCubeAxis.AxisTypes xAxisType, PoAutoCubeAxis.AxisTypes yAxisType, PoAutoCubeAxis.AxisTypes zAxisType, java.lang.String xTtle, java.lang.String yTtle, java.lang.String zTtle)	Constructor.
PoCircle3CenterRadius(SbVec3f _center, float _radius, SbVec3f _normal)	Constructor.
PoCircle3ThreePoints(SbVec3f _p, SbVec3f _q, SbVec3f _r)	Constructor.
PoCircleArc3CtrPtAngle(SbVec3f _center, SbVec3f _startPoint, float _angle, SbVec3f _normal)	Constructor.
PoCircleArc3CtrTwoPts(SbVec3f _center, SbVec3f _startPoint, SbVec3f _endPoint)	Constructor.
PoCircleArc3ThreePts(SbVec3f _startPoint, SbVec3f _middlePoint, SbVec3f _endPoint)	Constructor.
PoCoordinateSystemAxis(SbVec3f _start, SbVec3f _end, java.lang.String _xTitle, java.lang.String _yTitle, java.lang.String _zTitle, float _arrowLengthFactor, float _titleTranslationFactor)	Constructor.
PoCurve3(SbVec3f[] _point)	Calls PoCurve3(_point, PoCurve3.CurveReps.valueOf( PoCurve3.CurveReps.CURVE_POLYLINE.getValue() )).
PoCurve3(SbVec3f[] _point, PoCurve3.CurveReps _curveRep)	Constructor.
PoGenAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, java.lang.String[] _gradList)	Constructor of a generalized axis with graduations _gradList .
PoGroup3Axis3(SbVec3f _start, SbVec3f _end, PoGroup3Axis3.AxisTypes _xAxisType, PoGroup3Axis3.AxisTypes _yAxisType, PoGroup3Axis3.AxisTypes _zAxisType)	Calls PoGroup3Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, PoGroup3Axis3.AxisNames.valueOf( PoGroup3Axis3.AxisNames.Z_AXIS.getValue() ), (java.lang.String)null, (java.lang.String)null, (java.lang.String)null).
PoGroup3Axis3(SbVec3f _start, SbVec3f _end, PoGroup3Axis3.AxisTypes _xAxisType, PoGroup3Axis3.AxisTypes _yAxisType, PoGroup3Axis3.AxisTypes _zAxisType, PoGroup3Axis3.AxisNames vertAxis)	Calls PoGroup3Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, vertAxis, (java.lang.String)null, (java.lang.String)null, (java.lang.String)null).
PoGroup3Axis3(SbVec3f _start, SbVec3f _end, PoGroup3Axis3.AxisTypes _xAxisType, PoGroup3Axis3.AxisTypes _yAxisType, PoGroup3Axis3.AxisTypes _zAxisType, PoGroup3Axis3.AxisNames vertAxis, java.lang.String xTtle)	Calls PoGroup3Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, vertAxis, xTtle, (java.lang.String)null, (java.lang.String)null).
PoGroup3Axis3(SbVec3f _start, SbVec3f _end, PoGroup3Axis3.AxisTypes _xAxisType, PoGroup3Axis3.AxisTypes _yAxisType, PoGroup3Axis3.AxisTypes _zAxisType, PoGroup3Axis3.AxisNames vertAxis, java.lang.String xTtle, java.lang.String yTtle)	Calls PoGroup3Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, vertAxis, xTtle, yTtle, (java.lang.String)null).
PoGroup3Axis3(SbVec3f _start, SbVec3f _end, PoGroup3Axis3.AxisTypes _xAxisType, PoGroup3Axis3.AxisTypes _yAxisType, PoGroup3Axis3.AxisTypes _zAxisType, PoGroup3Axis3.AxisNames vertAxis, java.lang.String xTtle, java.lang.String yTtle, java.lang.String zTtle)	Constructor.
PoGroup6Axis3(SbVec3f _start, SbVec3f _end, PoGroup6Axis3.AxisTypes _xAxisType, PoGroup6Axis3.AxisTypes _yAxisType, PoGroup6Axis3.AxisTypes _zAxisType)	Calls PoGroup6Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, (java.lang.String)null, (java.lang.String)null, (java.lang.String)null).
PoGroup6Axis3(SbVec3f _start, SbVec3f _end, PoGroup6Axis3.AxisTypes _xAxisType, PoGroup6Axis3.AxisTypes _yAxisType, PoGroup6Axis3.AxisTypes _zAxisType, java.lang.String xTtle)	Calls PoGroup6Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, xTtle, (java.lang.String)null, (java.lang.String)null).
PoGroup6Axis3(SbVec3f _start, SbVec3f _end, PoGroup6Axis3.AxisTypes _xAxisType, PoGroup6Axis3.AxisTypes _yAxisType, PoGroup6Axis3.AxisTypes _zAxisType, java.lang.String xTtle, java.lang.String yTtle)	Calls PoGroup6Axis3(_start, _end, _xAxisType, _yAxisType, _zAxisType, xTtle, yTtle, (java.lang.String)null).
PoGroup6Axis3(SbVec3f _start, SbVec3f _end, PoGroup6Axis3.AxisTypes _xAxisType, PoGroup6Axis3.AxisTypes _yAxisType, PoGroup6Axis3.AxisTypes _zAxisType, java.lang.String xTtle, java.lang.String yTtle, java.lang.String zTtle)	Constructor.
PoLinearAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type)	Calls PoLinearAxis(_start, _end, _type, (float)0.0).
PoLinearAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _step)	Constructor.
PoLinearAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _gradStart, float _gradEnd)	Calls PoLinearAxis(_start, _end, _type, _gradStart, _gradEnd, (float)0.0).
PoLinearAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _gradStart, float _gradEnd, float _step)	Constructor.
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type)	Calls PoLogAxis(_start, _end, _type, PoLogAxis.DecadeListDefs.valueOf( PoLogAxis.DecadeListDefs.DECADE_LIST_AUTO.getValue() ), (short[])null).
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _gradStart, float _gradEnd)	Calls PoLogAxis(_start, _end, _type, _gradStart, _gradEnd, PoLogAxis.DecadeListDefs.valueOf( PoLogAxis.DecadeListDefs.DECADE_LIST_AUTO.getValue() ), (short[])null).
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _gradStart, float _gradEnd, PoLogAxis.DecadeListDefs _decadeListDef)	Calls PoLogAxis(_start, _end, _type, _gradStart, _gradEnd, _decadeListDef, (short[])null).
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, float _gradStart, float _gradEnd, PoLogAxis.DecadeListDefs _decadeListDef, short[] _decadeList)	Constructor.
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, PoLogAxis.DecadeListDefs _decadeListDef)	Calls PoLogAxis(_start, _end, _type, _decadeListDef, (short[])null).
PoLogAxis(SbVec3f _start, float _end, PoCartesianAxis.Types _type, PoLogAxis.DecadeListDefs _decadeListDef, short[] _decadeList)	Constructor.
PoParallelogram3(SbVec3f _p, SbVec3f _q, SbVec3f _r)	Constructor.
PoPieChart3D(SbVec3f _center, float _zCenter2, float _radius, java.lang.String[] sliceTexts, float[] sliceValues, SbColor[] sliceColors)	Constructor.
PoPointsFieldBars(SbVec3f[] _point, float[] _value, float _width, float _height)	Constructor.

Uses of SbVec3f in com.openinventor.meshviz.nodes

Methods in com.openinventor.meshviz.nodes with parameters of type SbVec3f

Modifier and Type	Method	Description
void	PoMeshProperty.addVecsSet(int index, SbVec3f[] val)	Calls addVecsSet(index, val, "").
void	PoMeshProperty.addVecsSet(int index, SbVec3f[] val, java.lang.String set_name)	Convenience method to add a new set of vector values to the mesh.
void	PoDomain.setValues(SbVec3f min, SbVec3f max)	Calls setValues(min, max, PoDomain.BoundingBoxTypes.valueOf( PoDomain.BoundingBoxTypes.AS_IS.getValue() )).
void	PoDomain.setValues(SbVec3f min, SbVec3f max, PoDomain.BoundingBoxTypes type)	Convenience method to define a 3D domain.

Uses of SbVec3f in com.openinventor.meshvizxlm.mapping.details

Methods in com.openinventor.meshvizxlm.mapping.details with parameters of type SbVec3f

Modifier and Type	Method	Description
double	MoFaceDetail.getValue(SbVec3f point)	Computes and returns the value of the mapped scalarset at the given point.
double	MoLineDetail.getValue(SbVec3f point)	Computes and returns the value of the mapped scalarset at the given point.

Uses of SbVec3f in com.openinventor.volumeviz.details

Fields in com.openinventor.volumeviz.details declared as SbVec3f

Modifier and Type	Field	Description
SbVec3f	SoVolumeDetail.ProfileValue.objPos
SbVec3f	SoVolumeDetail.ProfileValueD.objPos
SbVec3f	SoVolumeDetail.TransparentDoubleValue.objPos
SbVec3f	SoVolumeDetail.TransparentLongValue.objPos

Methods in com.openinventor.volumeviz.details that return SbVec3f

Modifier and Type	Method	Description
SbVec3f[]	SoVolumeDetail.getProfileObjectPos()	Returns the profile position in object space (world coordinates).
SbVec3f	SoSliceDetail.getValueObjectPos()

Uses of SbVec3f in com.openinventor.volumeviz.readers

Methods in com.openinventor.volumeviz.readers that return SbVec3f

Modifier and Type	Method	Description
SbVec3f	SoVRDicomData.getImagePosition()	Returns the position of the first frame's top left voxel center in the patient space.
SbVec3f	SoVRDicomData.getPosition()	Returns the 3D position of the center of the image.