modellingcomponents:elements:angles:adjunctrotationangles
Unterschiede
Hier werden die Unterschiede zwischen zwei Versionen angezeigt.
Beide Seiten der vorigen RevisionVorhergehende ÜberarbeitungNächste Überarbeitung | Vorhergehende Überarbeitung | ||
modellingcomponents:elements:angles:adjunctrotationangles [2018/04/17 16:34] – [Adjunct Rotation] oliver | modellingcomponents:elements:angles:adjunctrotationangles [2020/10/30 17:43] (aktuell) – [Create trajectories and parameters] oliver | ||
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===== Adjunct Rotation ===== | ===== Adjunct Rotation ===== | ||
Adjunct rotation is accumulated (integrated) infinitesimal rotation along the real path of the movement. | Adjunct rotation is accumulated (integrated) infinitesimal rotation along the real path of the movement. | ||
+ | |||
+ | The expression child element defines the start values. It must be of type Tuple3d. This can be reached by using the function " | ||
+ | |||
+ | If phase definitions are used to with start values and if two phases are continous a NaN value is inserted for the end position index of the first phase. This leads to non continouus values needed in the plot UI component. | ||
==== Configuration ==== | ==== Configuration ==== | ||
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^ basisCoordinateSystem | | | Yes | | ^ basisCoordinateSystem | | | Yes | | ||
^ movingCoordinateSystem | ^ movingCoordinateSystem | ||
- | ^ threshold | | | No | | + | ^ rotationSign | Infinitesimal angles are added if set to " |
+ | ^ avoidZeroCrossing | If this flag is set to " | ||
+ | ^ threshold | Values smaller than the threshold are set to NaN. This is useful, if a ratio from adjunct rotation angles is calculated, e.g. the adjunct SHR ratio. | ||
^ diffMethod or the deprecated name method | The determination of the needed derivatives can be made based on different equations: based on " | ^ diffMethod or the deprecated name method | The determination of the needed derivatives can be made based on different equations: based on " | ||
^ eventType | If no phase defined and found and also no event found, the integration starts with the first found frame. | GG | No | | ^ eventType | If no phase defined and found and also no event found, the integration starts with the first found frame. | GG | No | | ||
^ phaseType | If this attribute is set to the phase type name, the integration starts with beginning of each phase and ends with the end of each phase. | | No | | ^ phaseType | If this attribute is set to the phase type name, the integration starts with beginning of each phase and ends with the end of each phase. | | No | | ||
^ rotationOrder | xyz or xyx ... used for method==cardan, | ^ rotationOrder | xyz or xyx ... used for method==cardan, | ||
- | ^ unit | deg or rad | deg | No | | + | ^ unit | "deg" |
- | The expression child element defines the start values. It must be of type Tuple3d. This can be reached by using the function " | ||
- | If phase definitions are used to with start values and if two phases are continous a NaN value is inserted for the end position index of the first phase. This leads to non continouus values needed in the plot UI component. | + | ==== Created |
- | ==== Create | + | |
^ Name ^ Type ^ Description ^ Timeserie ^ | ^ Name ^ Type ^ Description ^ Timeserie ^ | ||
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| | ||
</ | </ | ||
- | + | ||
+ | ==== Note ==== | ||
+ | If the default method, based on the poisson equation is used, the adjunct rotation angles are available after postprocessing only. That´s why the values are not available in the step by step processing! |
modellingcomponents/elements/angles/adjunctrotationangles.txt · Zuletzt geändert: 2020/10/30 17:43 von oliver