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CoregSettingsView

Namespace: DISPLIB  ·  Library: Display Library

#include <disp/coregsettingsview.h>

class DISPLIB::CoregSettingsView

MRI ↔ head co-registration configuration / refinement panel.

Exposes the inputs of the ICP-based co-registration step (fiducial files, trans-file load / save paths, ICP iteration cap, outlier threshold) plus manual scale / rotation / translation tweak spinboxes.

Inheritance​

Public Methods​

CoregSettingsView(sSettingsPath, parent, f)​

Constructs a CoregSettingsView object.

Parameters:

  • sSettingsPath : const QString & QSettings key prefix used to persist view settings (default empty).

  • parent : *QWidget ** Parent widget (default 0).

  • f : Qt::WindowFlags Window flags passed to the widget (default Qt::Widget).

~CoregSettingsView()​

saveSettings()​

Saves all important settings of this view via QSettings.

loadSettings()​

Loads and inits all important settings of this view via QSettings.

updateGuiMode(mode)​

Update the views GUI based on the set GuiMode (Clinical=0, Research=1).

Parameters:

  • mode : GuiMode The new mode (Clinical=0, Research=1).

updateProcessingMode(mode)​

Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).

Parameters:

  • mode : ProcessingMode The new mode (RealTime=0, Offline=1).

clearSelectionBem()​

Clear/Emüpty the selection menu for bem models.

addSelectionBem(sBemName)​

Add a new Bem to the drop down menu.

Parameters:

  • sBemName : const QString & The name of the bem.

getCurrentSelectedBem()​

Return the currently selected bem.

Returns:

  • QString — The name of the currently selected bem.

getCurrentFiducial()​

Get the checked radio box for fiducial picking.

Returns:

  • int — The currently selected fiducial.

setFiducials(vecAxialPosition)​

Set the position of the fiducials.

Parameters:

  • vecAxialPosition : const QVector3D The vector containig x-,y- and x- Position for LPA, Nasion and RPA.

getMaxIter()​

Get the maximum number of icp iterations.

Returns:

  • int — The maximum number of iterations.

getConvergence()​

Get the onvergence value.

Returns:

  • float — The convergence value.

getAutoScale()​

Get the auto scale state.

If activated, unform scaling is applied for any icp iteration.

Returns:

  • bool — The auto scale state.

getOmmitDistance()​

Get the the maximum distance for digitizers from the surface.

Returns:

  • float — The maximum distance in m.

setOmittedPoints(iN)​

Set the the number of omitted points.

Parameters:

  • iN : const int The number of omitted digitizer points.

setRMSE(fRMSE)​

Set the the Root-Mean-Square-Error (Digitizer-FsSurface) after icp.

Parameters:

  • fRMSE : const float The RMSE in m.

getWeightLPA()​

Get the weights for the digitizer types.

Returns:

  • float — The weight.

getWeightRPA()​

getWeightNAS()​

getWeightEEG()​

getWeightHSP()​

getWeightHPI()​

getDigitizerCheckState()​

Get the types of digitizers to use for coregistration.

Returns:

  • QList< int > — The list containing the digitizer types to use for coregistration.

getTransParams(vecRot, vecTrans, vecScale)​

Get the parameters for the new transformation to build from the adjustment values.

Parameters:

  • vecRot : Eigen::Vector3f & The rotation angle vector in rad (x,y,z).

  • vecTrans : Eigen::Vector3f & The traslation vector (x,y,z).

  • vecScale : Eigen::Vector3f & The vector with the scaling parameters (due to euler transformation: z,y,x).

setTransParams(vecTrans, vecRot, vecScale)​

Set the transformation received from the ICP algorithm.

Parameters:

  • vecRot : const Eigen::Vector3f & The rotation angle vector in rad (x,y,z).

  • vecTrans : const Eigen::Vector3f & The traslation vector (x,y,z).

  • vecScale : const Eigen::Vector3f & The vector with the scaling parameters (due to euler transformation: z,y,x).

clearView()​

Clears the view.

Authors of this file​