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modellingcomponents:elements:functionalmethods

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modellingcomponents:elements:functionalmethods [2020/10/01 11:54] – [AoRGamage2002] olivermodellingcomponents:elements:functionalmethods [2022/02/25 23:57] (aktuell) – [CoRChang2006] oliver
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 ====CoRChang2006 ==== ====CoRChang2006 ====
 ===Attributes=== ===Attributes===
-^ Attribute ^ Default ^ Description ^ Required ^  +^ Attribute ^ Description ^ Required ^  
-^ name | name of the element | Yes | +^ name | name of the element | Yes | 
-^ coordinateSystem | The name of the base coordinates system the moving marker is defined in. | Yes |+^ coordinateSystem | The name of the base coordinates system the moving marker is defined in. | Yes |
  
 ====CoRNewton ==== ====CoRNewton ====
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 ===Attributes available for all axis of rotation estimation elements=== ===Attributes available for all axis of rotation estimation elements===
-^ Attribute ^ Default ^ Description ^ Required ^  +^ Attribute ^ Description ^ Required ^  
-^ name | name of the element | Yes | +^ name | name of the element | Yes | 
-^ coordinateSystem | The name of the base coordinates system the moving marker is defined in. | Yes | +^ coordinateSystem | The name of the base coordinates system the moving marker is defined in. | Yes | 
-^ includes | | No | +^ includes | | No | 
-^ calibrateIncludes | | Yes| +^ calibrateIncludes | | Yes| 
-^ startEvent | Event type name to be used to defined the start position of phases to limit the frames for the estimation. | No | +^ startEvent | Event type name to be used to defined the start position of phases to limit the frames for the estimation. | No | 
-^ endEvent | Event type name to be used to defined the endposition of phases to limit the frames for the estimation. | No | +^ endEvent | Event type name to be used to defined the endposition of phases to limit the frames for the estimation. | No | 
-^ 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 | 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 | 
 +^ ReferencePoint | Typically a marker trajectory which is used to define a "joint center" on the estimated axis. This joint center is determined by the point on the axis which has the smallest distance to the given reference point. | No | 
 + 
 +**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===
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 ===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 |
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 ^ Name ^ Type ^ Description ^ ^ Name ^ Type ^ Description ^
 ^ <name>SignAxisLocal| 3d vector| Sign axis in coordinates of the base/local coordinate systen, if the sign axis attribute is used. | ^ <name>SignAxisLocal| 3d vector| Sign axis in coordinates of the base/local coordinate systen, if the sign axis attribute is used. |
-^ <name>AxisLocal2 | 3d vector | Estimated axis in coordinates of the moving coordinate system, if the corresponding attribute is set to true.  | +^ <name>AxisLocal2 | 3d vector | Estimated axis in coordinates of the moving coordinate system, if the corresponding attribute "considerSymmetricSolution" is set to true.  | 
-^ <name>OriginLocal2 | 3d vector | Origin of the axis in the coordinate of the moving coordinate systen, if the corresponding attribute is set to true. |+^ <name>OriginLocal2 | 3d vector | Origin of the axis in the coordinate of the moving coordinate systen, if the corresponding attribute "considerSymmetricSolution" is set to true. |
  
 ===Examples=== ===Examples===
modellingcomponents/elements/functionalmethods.1601546083.txt.gz · Zuletzt geändert: 2020/10/01 11:54 von oliver

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