Uses of Enum Class
xal.smf.impl.profile.ProfileDevice.ANGLE

Packages that use ProfileDevice.ANGLE

Package	Description
xal.smf.impl
xal.smf.impl.profile

Uses of ProfileDevice.ANGLE in xal.smf.impl

Methods in xal.smf.impl with parameters of type ProfileDevice.ANGLE

Modifier and Type	Method	Description
double	WireHarp.DaqConfig.getInitialPosition(ProfileDevice.ANGLE angle)
double	WireScanner.ScanConfig.getInitialPosition(ProfileDevice.ANGLE angle)
double	WireHarp.DaqConfig.getIntervalLength(ProfileDevice.ANGLE angle)
double	WireScanner.ScanConfig.getIntervalLength(ProfileDevice.ANGLE angle)
int	WireHarp.DaqConfig.getSampleCount(ProfileDevice.ANGLE angle)
int	WireScanner.ScanConfig.getSampleCount(ProfileDevice.ANGLE angle)
double[]	WireHarp.DaqConfig.getSamplePositions(ProfileDevice.ANGLE angle)	Returns the array of sampling positions for the profile data
double[]	WireScanner.ScanConfig.getSamplePositions(ProfileDevice.ANGLE angle)
boolean	WireHarp.DaqConfig.validWire(ProfileDevice.ANGLE ang, int index)	Check if the indicated wire is valid, that is, producing valid data.
int	WireHarp.DaqConfig.validWireCount(ProfileDevice.ANGLE ang)	Returns the number of valid harp wires for the given projection plane.
boolean[]	WireHarp.DaqConfig.validWires(ProfileDevice.ANGLE ang)	Creates an array of status flags for each harp wire for the given transverse plane.

Uses of ProfileDevice.ANGLE in xal.smf.impl.profile

Methods in xal.smf.impl.profile that return ProfileDevice.ANGLE

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

Methods in xal.smf.impl.profile with parameters of type ProfileDevice.ANGLE

Modifier and Type	Method	Description
double	ProfileDevice.IProfileDomain.getInitialPosition(ProfileDevice.ANGLE angle)	Return the left-most position of the projection interval, that is, the minimum valued endpoint.
double	ProfileDevice.IProfileDomain.getIntervalLength(ProfileDevice.ANGLE angle)	Return the length of the real interval containing the projection data.
int	ProfileDevice.IProfileDomain.getSampleCount(ProfileDevice.ANGLE angle)	Returns the number of signal samples in the profile data, that is, the number of data points in the domain.
double[]	ProfileDevice.IProfileDomain.getSamplePositions(ProfileDevice.ANGLE angle)	Returns the locations within the domain interval where the profile data samples are taken.
Signal	SignalSet.getSignal(ProfileDevice.ANGLE angle)	Returns the signal object of this set corresponding to the give profile angle.
SignalAttrs	SignalAttrSet.getSignalAttrs(ProfileDevice.ANGLE angle)	Returns the signal attributes of this set corresponding to the give profile angle.
boolean	ProfileDevice.IProfileData.isValidWire(ProfileDevice.ANGLE angle, int iWire)	Indicates whether or not the given wire is operating correctly and producing valid data.
void	SignalSet.setSignal(ProfileDevice.ANGLE angle, Signal signal)	Sets the signal for the given measurement angle to the given signal object.
void	SignalAttrSet.setSignalAttrs(ProfileDevice.ANGLE angle, SignalAttrs attrSignal)	Sets the signal attribute for the given measurement angle to the given signal attribute object.