Uses of Enum Class
xal.extension.wirescan.profile.ProfileData.Angle

Packages that use ProfileData.Angle

Package	Description
xal.extension.wirescan.profile

Uses of ProfileData.Angle in xal.extension.wirescan.profile

Methods in xal.extension.wirescan.profile that return ProfileData.Angle

Modifier and Type	Method	Description
static ProfileData.Angle	ProfileData.Angle.valueOf(String name)	Returns the enum constant of this class with the specified name.
static ProfileData.Angle[]	ProfileData.Angle.values()	Returns an array containing the constants of this enum class, in the order they are declared.

Methods in xal.extension.wirescan.profile with parameters of type ProfileData.Angle

Modifier and Type	Method	Description
double	ProfileDataStatistics.compAveAxisStepSize(ProfileData.Angle view)	Compute and return the average step size between axis sample positions for the given projection view.
double	ProfileDataStatistics.compStdDev(ProfileData.Angle view)	Return the (normalized) standard deviation σ of the given projection.
double	ProfileDataStatistics.computeCentralMoment(int intOrder, ProfileData.Angle view)	Compute and return the indicated central moment for the given projection data.
double	ProfileDataStatistics.computeMoment(int intOrder, ProfileData.Angle view)	Compute and return the indicated moment for the given projection data.
double	ProfileDataStatistics.computeWeightedSum(int intOrder, double dblCntr, ProfileData.Angle view)	Compute and return the weighted central summation Sn(μ) which is defined Sn(μ) = Σk(k - μ)nfk
double	ProfileDataStatistics.getAxisOffset(ProfileData.Angle view)	Return the initial axis position for the given projection angle, that is the axis location x0 of the first sample.
double	ProfileData.getAxisPositionAt(ProfileData.Angle view, int index)	Returns the axis position at given index for the given viewing angle.
double[]	ProfileData.getAxisPositions(ProfileData.Angle view)	Returns the vector array of axis positions for each data value.
double	ProfileDataStatistics.getCenter(ProfileData.Angle view)	Return the (normalized) center of mass (i.e., the first moment) for the given projection.
double	ProfileDataStatistics.getMass(ProfileData.Angle view)	Return the total mass (i.e., the first integral, or zeroth moment) of the given projection.
double[]	ProfileDataProcessor.getProcessedData(ProfileData.Angle view)	Return the processed data for the given profile view.
double[]	ProfileData.getProjection(ProfileData.Angle view)	Returns the projection data array for the given viewing angle.
double	ProfileData.getProjectionAt(ProfileData.Angle view, int index)	Returns the value of given projection data at given index.
double[]	ProfileDataProcessor.indicatorFunction(ProfileData.Angle view)	Compute and return the signal presence indicator function for the given projection view.
void	ProfileData.setAxisPositionAt(ProfileData.Angle view, int index, double dblVal)	Set axis position at the given index.
void	ProfileData.setAxisPositions(ProfileData.Angle view, double[] arrVals)	Set the entire axis position vector for the given viewing angle.
void	ProfileData.setAxisPositions(ProfileData.Angle view, List<Double> lstVals)	Set the entire axis position data array for the given projection angle.
void	ProfileData.setProjection(ProfileData.Angle view, double[] arrVals)	Set the entire projection data array.
void	ProfileData.setProjection(ProfileData.Angle view, List<Double> lstVals)	Set the entire projection data array.
void	ProfileData.setProjectionAt(ProfileData.Angle view, int index, double dblVal)	Set given view profile value at index.