modellingcomponents:elements:functionalmethods
Unterschiede
Hier werden die Unterschiede zwischen zwei Versionen angezeigt.
| Nächste Überarbeitung | Vorhergehende ÜberarbeitungNächste ÜberarbeitungBeide Seiten der Revision | ||
| modellingcomponents:elements:functionalmethods [2020/09/10 10:04] – angelegt oliver | modellingcomponents:elements:functionalmethods [2020/10/28 07:53] – [Axis of rotation estimation] oliver | ||
|---|---|---|---|
| Zeile 117: | Zeile 117: | ||
| ===Attributes available for all axis of rotation estimation elements=== | ===Attributes available for all axis of rotation estimation elements=== | ||
| - | ^ Attribute | + | ^ Attribute ^ Description ^ Required ^ |
| - | ^ name | | name of the element | Yes | | + | ^ name | name of the element | Yes | |
| - | ^ coordinateSystem | + | ^ coordinateSystem | The name of the base coordinates system the moving marker is defined in. | Yes | |
| - | ^ ReferencePoint| | Typically the estimated axis is the rotation axis of a joint. If this attribute defines a point the joint center is defined by the point on the estimated axis which is as close as possible to the given point. | No | | + | ^ includes | | No | |
| - | ^ includes | + | ^ calibrateIncludes | | Yes| |
| - | ^ calibrateIncludes | + | ^ startEvent | Event type name to be used to defined the start position of phases to limit the frames for the estimation. | No | |
| - | ^ startEvent | + | ^ endEvent | Event type name to be used to defined the endposition of phases to limit the frames for the estimation. | No | |
| - | ^ endEvent | + | ^ phase| Phase type name to define phase to limit the frames for the estimation. | No | |
| - | ^ phase| | Phase type name to define phase to limit the frames for the estimation. | No | | + | ^ Condition | As an alternative to phases or events with this attributes a formula can be defined to be used to descide if a frame should be includes or excluded to the input data. If the value of the formula is bigger than zero than the frame is included. | No | |
| - | ^ Condition | + | ^ ReferencePoint | Typically a marker trajectory which is used to define a "joint center" |
| + | |||
| + | **Bug:** It it seems that the current implementation of the ReferencePoint functionality does not work properly, if the reference point is a parameter or constant formula. | ||
| ===Generated trajectories for all axis of rotation estimation elements=== | ===Generated trajectories for all axis of rotation estimation elements=== | ||
| Zeile 150: | Zeile 152: | ||
| === Specific Attributes=== | === Specific Attributes=== | ||
| ^ Attribute ^ Default ^ Description ^ Required ^ | ^ Attribute ^ Default ^ Description ^ Required ^ | ||
| + | ^ ReferencePoint| | Typically the estimated axis is the rotation axis of a joint. If this attribute defines a point the joint center is defined by the point on the estimated axis which is as close as possible to the given point. | No | | ||
| ^ SignAxis | | The functional method determines a line in space but not the sign needed to define an axis. If this attribute is set to a vector, the orientation of the estimated directions is defined to be as close a possible to this vector/ | ^ SignAxis | | The functional method determines a line in space but not the sign needed to define an axis. If this attribute is set to a vector, the orientation of the estimated directions is defined to be as close a possible to this vector/ | ||
| ^ biasCompensationMaximumChange | 10.0 | If bias compensation is used, the value of this attributes defines a maximum difference between two iterations. | No | | ^ biasCompensationMaximumChange | 10.0 | If bias compensation is used, the value of this attributes defines a maximum difference between two iterations. | No | | ||
| Zeile 188: | Zeile 191: | ||
| ===Specific Attributes=== | ===Specific Attributes=== | ||
| ^ Attribute ^ Default ^ Description ^ Required ^ | ^ Attribute ^ Default ^ Description ^ Required ^ | ||
| + | ^ ReferencePoint| | Typically the estimated axis is the rotation axis of a joint. If this attribute defines a point the joint center is defined by the point on the estimated axis which is as close as possible to the given point. | Yes | | ||
| ^ movingCoordinateSystem | | The name of the base coordinates system the moving marker is defined in. | Yes | | ^ movingCoordinateSystem | | The name of the base coordinates system the moving marker is defined in. | Yes | | ||
| ^ considerSymmetricSolution | false | If this attribute is set to true, than the symmetric solution with the moving coordinate as a reference is calculated and the corresponsing parameters are saved. | No | | ^ considerSymmetricSolution | false | If this attribute is set to true, than the symmetric solution with the moving coordinate as a reference is calculated and the corresponsing parameters are saved. | No | | ||
modellingcomponents/elements/functionalmethods.txt · Zuletzt geändert: 2022/02/25 23:57 von oliver