Uses of Class
com.openinventor.inventor.engines.SoEngineOutput

Packages that use SoEngineOutput

Package	Description
com.openinventor.imageviz.engines	ImageViz engines allow the application of computational algorithms on data extracted from images.
com.openinventor.inventor.engines
com.openinventor.inventor.fields

Uses of SoEngineOutput in com.openinventor.imageviz.engines

Subclasses of SoEngineOutput in com.openinventor.imageviz.engines

Modifier and Type	Class and Description
class	SoImageVizEngineAnalysisOutput<T> Image Processing output class to convert an SoImageAnalysisResult to result details.
class	SoImageVizEngineOutput<T extends SoSFFieldContainer,S extends SoFieldContainer> This class is similar to SoEngineOutput except that it keep a reference to output's value even if no one is connected.

Uses of SoEngineOutput in com.openinventor.inventor.engines

Fields in com.openinventor.inventor.engines declared as SoEngineOutput

Modifier and Type	Field and Description
SoEngineOutput	SoDecomposeRotation.angle ( SoMFFloat ) Angle (in radians) derived from the input.
SoEngineOutput	SoDecomposeRotation.axis ( SoMFVec3f ) Axis of rotation derived from the input.
SoEngineOutput	SoComputeBoundingBox.boxCenter ( SoSFVec3f ) Center of the computed bounding box.
SoEngineOutput	SoTransformVec3f.direction ( SoMFVec3f ) Vector transformed by matrix, ignoring translation.
SoEngineOutput	SoBoolOperation.inverse ( SoMFBool ) Inverse of output.
SoEngineOutput	SoOneShot.isActive ( SoSFBool ) Is true during the active cycle.
SoEngineOutput	SoOnOff.isOff ( SoSFBool ) The inverse of isOn.
SoEngineOutput	SoOnOff.isOn ( SoSFBool ) Switch value.
SoEngineOutput	SoComposeMatrix.matrix ( SoMFMatrix ) Transformation matrix that transforms from object space into the space specified by the inputs.
SoEngineOutput	SoComputeBoundingBox.max ( SoSFVec3f ) Maximum point of the computed bounding box.
SoEngineOutput	SoComputeBoundingBox.min ( SoSFVec3f ) Minimum point of the computed bounding box.
SoEngineOutput	SoTransformVec3f.normalDirection ( SoMFVec3f ) Normalized direction.
SoEngineOutput	SoCalculator.oa (SoMFFloat) Outputs oa-od are the floating-point values.
SoEngineOutput	SoCalculator.oA (SoMFVec3f) Outputs oA-oD are the vectors.
SoEngineOutput	SoCalculator.ob (SoMFFloat) Outputs oa-od are the floating-point values.
SoEngineOutput	SoCalculator.oB (SoMFVec3f) Outputs oA-oD are the vectors.
SoEngineOutput	SoComputeBoundingBox.objectCenter ( SoSFVec3f ) Center of the objects in the graph.
SoEngineOutput	SoCalculator.oc (SoMFFloat) Outputs oa-od are the floating-point values.
SoEngineOutput	SoCalculator.oC (SoMFVec3f) Outputs oA-oD are the vectors.
SoEngineOutput	SoCalculator.od (SoMFFloat) Outputs oa-od are the floating-point values.
SoEngineOutput	SoCalculator.oD (SoMFVec3f) Outputs oA-oD are the vectors.
SoEngineOutput	SoTrackFollower.orientation (SoSFRotation) Rotation interpolated from the alpha value.
SoEngineOutput	SoBoolOperation.output ( SoMFBool ) Result of the Boolean operation applied to the inputs.
SoEngineOutput	SoConcatenate.output Output.
SoEngineOutput	SoCounter.output ( SoSFShort ) Counts min-to-max in step increments.
SoEngineOutput	SoGate.output ( lt ) Contains a copy of the input value if the gate is open.
SoEngineOutput	SoInterpolate.output ( SoMFFloat ) Interpolated value.
SoEngineOutput	SoSelectOne.output ( lt ) The single value selected.
SoEngineOutput	SoTimeCounter.output ( SoSFShort ) Counts min-to-max, in step increments.
SoEngineOutput	SoTriggerAny.output Triggered when any of the inputs is touched.
SoEngineOutput	SoTransformVec3f.point ( SoMFVec3f ) Vector transformed by matrix.
SoEngineOutput	SoTrackFollower.position (SoSFVec3f) Position interpolated from the alpha value.
SoEngineOutput	SoOneShot.ramp ( SoSFFloat ) Ramps linearly from 0.0 to 1.0.
SoEngineOutput	SoComposeRotation.rotation ( SoMFRotation ) Rotation field, defined by the inputs.
SoEngineOutput	SoComposeRotationFromTo.rotation ( SoMFRotation ) A rotation that transforms one vector into another.
SoEngineOutput	SoDecomposeMatrix.rotation ( SoMFRotation ) Derived rotation.
SoEngineOutput	SoDecomposeMatrix.scaleFactor ( SoMFVec3f ) Derived scale values in x, y, and z.
SoEngineOutput	SoDecomposeMatrix.scaleOrientation ( SoMFRotation ) Derived rotational space for scaling.
SoEngineOutput	SoCounter.syncOut ( SoSFTrigger ) Triggers at cycle start.
SoEngineOutput	SoTimeCounter.syncOut ( SoSFTrigger ) Triggers at cycle start.
SoEngineOutput	SoElapsedTime.timeOut ( SoSFTime ) Time elapsed, modified by the speed factor.
SoEngineOutput	SoOneShot.timeOut ( SoSFTime ) Elapsed time from the start.
SoEngineOutput	SoDecomposeMatrix.translation ( SoMFVec3f ) Derived translation in x, y, and z.
SoEngineOutput	SoComposeVec2f.vector ( SoMFVec2f ) Vector composed of x and y components.
SoEngineOutput	SoComposeVec2i32.vector ( SoMFVec2i32 ) Vector composed of x and y components.
SoEngineOutput	SoComposeVec2s.vector ( SoMFVec2s ) Vector composed of x and y components.
SoEngineOutput	SoComposeVec3f.vector ( SoMFVec3f ) Vector composed of x, y, and z.
SoEngineOutput	SoComposeVec4f.vector ( SoMFVec4f ) Vector composed of x, y, z, and w.
SoEngineOutput	SoDecomposeVec4f.w ( SoMFFloat ) Fourth component of the vector.
SoEngineOutput	SoDecomposeVec2f.x ( SoMFFloat ) First component of the vector.
SoEngineOutput	SoDecomposeVec2i32.x ( SoMFInt32 ) First component of the vector.
SoEngineOutput	SoDecomposeVec2s.x ( SoMFShort ) First component of the vector.
SoEngineOutput	SoDecomposeVec3f.x ( SoMFFloat ) First component of the vector.
SoEngineOutput	SoDecomposeVec4f.x ( SoMFFloat ) First component of the vector.
SoEngineOutput	SoDecomposeVec2f.y ( SoMFFloat ) Second component of the vector.
SoEngineOutput	SoDecomposeVec2i32.y ( SoMFInt32 ) Second component of the vector.
SoEngineOutput	SoDecomposeVec2s.y ( SoMFShort ) Second component of the vector.
SoEngineOutput	SoDecomposeVec3f.y ( SoMFFloat ) Second component of the vector.
SoEngineOutput	SoDecomposeVec4f.y ( SoMFFloat ) Second component of the vector.
SoEngineOutput	SoDecomposeVec3f.z ( SoMFFloat ) Third component of the vector.
SoEngineOutput	SoDecomposeVec4f.z ( SoMFFloat ) Third component of the vector.

Methods in com.openinventor.inventor.engines that return SoEngineOutput

Modifier and Type	Method and Description
SoEngineOutput	SoEngine.getOutput(java.lang.String outputName) Returns a reference to the engine output with the given name.

Methods in com.openinventor.inventor.engines with parameters of type SoEngineOutput

Modifier and Type	Method and Description
java.lang.String	SoEngine.getOutputName(SoEngineOutput output) Returns (in outputName) the name of the engine output (output).

Uses of SoEngineOutput in com.openinventor.inventor.fields

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

Modifier and Type	Method and Description
SoEngineOutput	SoField.getConnectedEngine() Returns true if this field is being written into by an engine, and returns the engine output it is connected to in engineOutput.

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

Modifier and Type	Method and Description
boolean	SoField.appendConnection(SoEngineOutput engineOutput) Appends this field to the list of connections from another engineOutput.
boolean	SoField.connectFrom(SoEngineOutput engineOutput) Connects this field from an engine output.
void	SoField.disconnect(SoEngineOutput engineOutput) Disconnect the field from the requested engineOutput.