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BTK Python wrapper
0.3dev.0
Python bindings for the Biomechanical ToolKit library (BTK)
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Separate a collection of points in five categories to be able to distinguish real markers from the others. More...
Public Member Functions | |
| def | AppendVirtualMarker |
| def | AppendVirtualMarkers |
| def | AppendVirtualReferenceFrame |
| def | AppendVirtualReferenceFrames |
| def | GetInput |
| def | GetInputNumber |
| def | GetLabelPrefix |
| def | GetOutput |
| def | GetOutputNumber |
| def | GetTimestamp |
| def | GetValidInputNumber |
| def | GetVirtualMarkers |
| def | GetVirtualReferenceFrames |
| def | ResetState |
| def | SetInput |
| def | SetLabelPrefix |
| def | SetVirtualMarkers |
| def | SetVirtualReferenceFrames |
| def | Update |
Static Public Attributes | |
| AllMarkers = _btk.btkSeparateKnownVirtualMarkersFilter_AllMarkers | |
| Markers = _btk.btkSeparateKnownVirtualMarkersFilter_Markers | |
| OtherPoints = _btk.btkSeparateKnownVirtualMarkersFilter_OtherPoints | |
| VirtualMarkers = _btk.btkSeparateKnownVirtualMarkersFilter_VirtualMarkers | |
| VirtualReferenceFrames = _btk.btkSeparateKnownVirtualMarkersFilter_VirtualReferenceFrames | |
Separate a collection of points in five categories to be able to distinguish real markers from the others.
Separate a collection of points in five categories to be able to distinguish real markers from the others. These categories are: - all kind of markers (real and virtual) as stored in the acquisition - markers - virtual markers used to construct refence frames - other virtual markers (CenterOfMass, ...) - other points (angle, force, moment, power, ...) To select the output corresponding to the chosen category, you can use the method GetOutput() with one of these enum values: AllMarkers, Markers, VirtualReferenceFrames, VirtualMarkers, OtherPoints. By default, the list of labels known as virtual markers used for frame is: - HED(O|A|L|P): HEDO, HEDA, HEDL, HELP - LCL(O|A|L|P) - LFE(O|A|L|P) - LFO(O|A|L|P) - LHN(O|A|L|P) - LHU(O|A|L|P) - LRA(O|A|L|P) - LTI(O|A|L|P) - LTO(O|A|L|P) - PEL(O|A|L|P) - RCL(O|A|L|P) - RFE(O|A|L|P) - RFO(O|A|L|P) - RHN(O|A|L|P) - RHU(O|A|L|P) - RRA(O|A|L|P) - RTI(O|A|L|P) - RTO(O|A|L|P) - TRX(O|A|L|P) By default, the list of labels known as other virtual markers is: - CenterOfMass - CenterOfMassFloor You can also add a prefix for the markers' label by using the method SetLabelPrefix. This prefix will be concatenated to the markers' label during the separation. This filter only copies the pointer associated which each point instead of using a deep copy of it.
| def btk.btkSeparateKnownVirtualMarkersFilter.AppendVirtualMarker | ( | self, | args | ) |
AppendVirtualMarker(self, string) Append a label in the category of the other virtual markers.
| def btk.btkSeparateKnownVirtualMarkersFilter.AppendVirtualMarkers | ( | self, | args | ) |
AppendVirtualMarkers(self, btkStringList) Append a list of labels in the category of the other virtual markers.
| def btk.btkSeparateKnownVirtualMarkersFilter.AppendVirtualReferenceFrame | ( | self, | args | ) |
AppendVirtualReferenceFrame(self, string, string, string, string) AppendVirtualReferenceFrame(self, btkStringAxes) Append a new set of labels for a virtual frame.
| def btk.btkSeparateKnownVirtualMarkersFilter.AppendVirtualReferenceFrames | ( | self, | args | ) |
AppendKnownVirtualMarkerLabelForAxes(self, btkStringAxesList) Append a list of axes' definition in the category of the virtual markers used to defined frames.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetInput | ( | self | ) |
GetInput(self) -> btkPointCollection Gets the input registered with this process.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetInputNumber | ( | self | ) |
GetInputNumber(self) -> int Returns the number of inputs.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetLabelPrefix | ( | self | ) |
GetLabelPrefix(self) -> std::string const & Returns the prefix which will be concatenated to the markers' label during the separation.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetOutput | ( | self, | args | ) |
GetOutput(self, int) -> btkPointCollection Returns the output created with this process.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetOutputNumber | ( | self | ) |
GetOutputNumber(self) -> int Returns the number of outputs.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetTimestamp | ( | self | ) |
GetTimestamp(self) -> unsigned long Returns the timestamp of the object.
| def btk.btkSeparateKnownVirtualMarkersFilter.GetValidInputNumber | ( | self | ) |
GetValidInputNumber(self) -> int Returns the number of inputs which are valid (i.e. not null).
| def btk.btkSeparateKnownVirtualMarkersFilter.GetVirtualMarkers | ( | self | ) |
GetVirtualMarkers(self) -> btkStringList Returns the list of labels for the virtual markers used in another context than virtual frames
| def btk.btkSeparateKnownVirtualMarkersFilter.GetVirtualReferenceFrames | ( | self | ) |
GetVirtualReferenceFrames(self) -> btkStringAxesList Returns the list of labels for the virtual markers used to create frame.
| def btk.btkSeparateKnownVirtualMarkersFilter.ResetState | ( | self | ) |
ResetState(self) Reset the state of the process. Usefull when an exception was thrown during the generation of the data.
| def btk.btkSeparateKnownVirtualMarkersFilter.SetInput | ( | self, | args | ) |
SetInput(self, btkAcquisition) Sets the input required with this process.
| def btk.btkSeparateKnownVirtualMarkersFilter.SetLabelPrefix | ( | self, | args | ) |
SetLabelPrefix(self, string) Sets the prefix which will be concatenated to the markers' label during the separation.
| def btk.btkSeparateKnownVirtualMarkersFilter.SetVirtualMarkers | ( | self, | args | ) |
SetKnownVirtualMarkerLabelsForOthers(self, btkStringList) Sets the list of labels for the virtual markers used in another context than virtual frames. Each label is checked before to be inserted to not have duplication.
| def btk.btkSeparateKnownVirtualMarkersFilter.SetVirtualReferenceFrames | ( | self, | args | ) |
SetKnownVirtualMarkerLabelsForAxes(self, btkStringAxesList) Sets the list of labels for the virtual markers used to create frames.
| def btk.btkSeparateKnownVirtualMarkersFilter.Update | ( | self | ) |
Update(self) Update the pipeline and then all the data inside. Recursive method which 1) determines the processes to update 2) generate the data by using the GenerateData() method.
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Contains all kind of markers (real and virtual) as stored in the acquisition
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Contains only real markers.
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Contains all the other points (i.e angle, force, moment, power, etc.)
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Contains only virtual markers no used for frames (e.g center of mass)
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Contains only virtual markers used to create frames
1.8.5