Circle gauge. More...

Inheritance diagram for eVision.ECircleGauge:

Collaboration diagram for eVision.ECircleGauge:

Public Member Functions
None	__init__ (self)
	Constructs a eVision.ECircleGauge.
None	__init__ (self, eVision.ECircleGauge other)
	Constructs a eVision.ECircleGauge.
None	CopyTo (self, eVision.ECircleGauge dest)
	Copies all the data of the current eVision.ECircleGauge object into another eVision.ECircleGauge object.
eVision.ECircle	Measure (self, eVision.EROIBW8 sourceImage, eVision.EFrame frame)
	Performs the gauge measurement.
eVision.ECircle	Measure (self, eVision.EROIBW8 sourceImage)
	Performs the gauge measurement.
eVision.ECircle	Measure (self, eVision.EROIBW8 sourceImage, eVision.ERegion region, eVision.EFrame frame)
	Performs the gauge measurement.
eVision.ECircle	Measure (self, eVision.EROIBW8 sourceImage, eVision.ERegion region)
	Performs the gauge measurement.
eVision.EShapeType	Type (self)
	Shape type.
eVision.EShape\|None	Nominal (self)
	Nominal shape of the gauge.
	Nominal (self, eVision.EShape\|None value)
	Nominal shape of the gauge.
eVision.EEditionMode	AvailableEditionModes (self)
	Returns all possible edition modes of the gauge.
float	Tolerance (self)
	Half thickness of the model fitting gauge.
	Tolerance (self, float value)
	Half thickness of the model fitting gauge.
bool	HVConstraint (self)
	Status of the restriction on the orientation of the point location gauge or model fitting sample paths.
	HVConstraint (self, bool value)
	Status of the restriction on the orientation of the point location gauge or model fitting sample paths.
eVision.ETransitionType	TransitionType (self)
	Transition type.
	TransitionType (self, eVision.ETransitionType value)
	Transition type.
eVision.ETransitionChoice	TransitionChoice (self)
	Transition choice.
	TransitionChoice (self, eVision.ETransitionChoice value)
	Transition choice.
int	TransitionIndex (self)
	Index (from 0 on) of the transition to be retained when the transition choice parameter is set to eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd.
	TransitionIndex (self, int value)
	Index (from 0 on) of the transition to be retained when the transition choice parameter is set to eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd.
int	Threshold (self)
	Threshold level used to delimit significant peaks in the data profile.
	Threshold (self, int value)
	Threshold level used to delimit significant peaks in the data profile.
int	MinAmplitude (self)
	Offset added to the Threshold when a peak is to be detected.
	MinAmplitude (self, int value)
	Offset added to the Threshold when a peak is to be detected.
int	MinArea (self)
	Minimum area value.
	MinArea (self, int value)
	Minimum area value.
int	Thickness (self)
	Number of parallel segments used to extract the data profile.
	Thickness (self, int value)
	Number of parallel segments used to extract the data profile.
int	Smoothing (self)
	Number of pixels used for the low-pass filtering operation.
	Smoothing (self, int value)
	Number of pixels used for the low-pass filtering operation.
bool	RectangularSamplingArea (self)
	Flag indicating whether the sampling area remains a rectangle when rotated, instead of becoming a parallelogram.
	RectangularSamplingArea (self, bool value)
	Flag indicating whether the sampling area remains a rectangle when rotated, instead of becoming a parallelogram.
int	NumSamples (self)
	Number of sampled points during the model fitting operation.
eVision.EShape\|None	Measured (self)
	Copy of the measured shape.
eVision.ECircle	Circle (self)
	Nominal Circle according to a known eVision.ECircle object.
	Circle (self, eVision.ECircle value)
	Nominal Circle according to a known eVision.ECircle object.
eVision.ECircle	MeasuredCircle (self)
	Information pertaining to the fitted Circle.
int	MinNumFitSamples (self)
	Gets the minimum number of samples required for fitting the shape.
	MinNumFitSamples (self, int value)
	Gets the minimum number of samples required for fitting the shape.
Public Member Functions inherited from eVision.EBaseGauge
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, float zoomX, float zoomY, float panX, float panY)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, float zoomX, float zoomY, float panX)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, float zoomX, float zoomY)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, float zoomX)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, eVision.EFrame frame, float zoomX, float zoomY, float panX, float panY)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, eVision.EFrame frame, float zoomX, float zoomY, float panX)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, eVision.EFrame frame, float zoomX, float zoomY)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, eVision.EFrame frame, float zoomX)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
None	Draw (self, eVision.EDrawAdapter\|None graphicContext, eVision.EDrawingMode drawingMode, eVision.EFrame frame)
	Draws a graphical representation of a shape, as defined by eVision.EDrawingMode.
eVision.EEditionMode	HitTest (self, int x, int y, float zoomX, float zoomY, float panX, float panY)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, float zoomX, float zoomY, float panX)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, float zoomX, float zoomY)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, float zoomX)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY, float panX, float panY)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY, float panX)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, eVision.EFrame frame, float zoomX)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
eVision.EEditionMode	HitTest (self, int x, int y, eVision.EFrame frame)
	Checks if there is a handle under the cursor and returns the corresponding edition mode.
None	Drag (self, int x, int y, float zoomX, float zoomY, float panX, float panY)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, float zoomX, float zoomY, float panX)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, float zoomX, float zoomY)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, float zoomX)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY, float panX, float panY)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY, float panX)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, eVision.EFrame frame, float zoomX, float zoomY)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Drag (self, int x, int y, eVision.EFrame frame, float zoomX)
	Moves a handle to a new position and updates the position parameters of the shape.
None	Save (self, str path)
	Saves a gauge.The given eVision.ESerializer must have been created for writing.
None	Save (self, eVision.ESerializer\|None serializer)
	Saves a gauge.The given eVision.ESerializer must have been created for writing.
None	Load (self, str path)
	Loads a gauge.The given eVision.ESerializer must have been created for reading.
None	Load (self, eVision.ESerializer\|None serializer)
	Loads a gauge.The given eVision.ESerializer must have been created for reading.
bool	HasProperty (self, str aProperty)
	Returns whether a eVision.EBaseGauge has a property named aProperty.
str	GetProperty (self, str aProperty)
	Gets the value of property aProperty.
None	SetProperty (self, str aProperty, str aValue)
	Sets the value of property aProperty to aValue for this eVision.EBaseGauge.
None	RemoveProperty (self, str aProperty)
	Removes the property name aProperty from the eVision.EBaseGauge.
bool	HasValidPolarityProperty (self)
	Returns whether the eVision.EBaseGauge has a valid polarity property.
eVision.ESamplePoint	GetSample (self, int index)
	Retrieves sampled points used during the model fitting operation.
bool	HasSamples (self)
	Whether the samples are available or not.
int	AddSkipRange (self, eVision.EIntegerRange range)
	Adds an item to the set of skip ranges and returns the index of the newly added range.
eVision.EIntegerRange	GetSkipRange (self, int index)
	Allows to retrieve the start and end values of the skip range corresponding to the given index, if it is valid (i.e.
None	RemoveSkipRange (self, int index)
	After a call to eVision.EBaseGauge.AddSkipRange, removes the skip range with the given index.
None	RemoveAllSkipRanges (self)
	Removes all the skip ranges previously created by a call to eVision.EBaseGauge.AddSkipRange.
None	MeasureWithoutFitting (self, eVision.EROIBW8 sourceImage, eVision.EFrame frame)
	Triggers the point location without line fitting operation.
None	MeasureWithoutFitting (self, eVision.EROIBW8 sourceImage)
	Triggers the point location without line fitting operation.
None	MeasureWithoutFitting (self, eVision.EROIBW8 sourceImage, eVision.ERegion region, eVision.EFrame frame)
	Triggers the point location without line fitting operation.
None	MeasureWithoutFitting (self, eVision.EROIBW8 sourceImage, eVision.ERegion region)
	Triggers the point location without line fitting operation.
bool	IsFound (self)
	Flag indicating whether a measured shape has been found.
eVision.ESamplePath	MeasureSamplePath (self, eVision.EROIBW8 sourceImage, int pathIndex, eVision.EFrame frame)
	Measures the specified sample path.
eVision.ESamplePath	MeasureSamplePath (self, eVision.EROIBW8 sourceImage, int pathIndex)
	Measures the specified sample path.
eVision.ESamplePath	MeasureSamplePath (self, eVision.EROIBW8 sourceImage, int pathIndex, eVision.ERegion region, eVision.EFrame frame)
	Measures the specified sample path.
eVision.ESamplePath	MeasureSamplePath (self, eVision.EROIBW8 sourceImage, int pathIndex, eVision.ERegion region)
	Measures the specified sample path.
str	Name (self)
	Name of the eVision.EBaseGauge object.
	Name (self, str value)
	Name of the eVision.EBaseGauge object.
eVision.EEditionMode	EditionMode (self)
	Graphical edition mode (default: eVision.EBaseGauge.AvailableEditionModes).
	EditionMode (self, eVision.EEditionMode value)
	Graphical edition mode (default: eVision.EBaseGauge.AvailableEditionModes).
bool	Labeled (self)
	Whether to draw a label describing the gauge (default: no).
	Labeled (self, bool value)
	Whether to draw a label describing the gauge (default: no).
float	SamplingStep (self)
	Approximate distance between sampled points during a model fitting operation.
	SamplingStep (self, float value)
	Approximate distance between sampled points during a model fitting operation.
float	FilteringThreshold (self)
	Relative filtering threshold, that is the fraction of the average distance between the sampled points and the fitted model above which a point is filtered out.
	FilteringThreshold (self, float value)
	Relative filtering threshold, that is the fraction of the average distance between the sampled points and the fitted model above which a point is filtered out.
int	NumFilteringPasses (self)
	Number of filtering passes for a model fitting operation.
	NumFilteringPasses (self, int value)
	Number of filtering passes for a model fitting operation.
int	NumValidSamples (self)
	Number of valid sample points remaining after a model fitting operation.
int	SamplePointIndex (self)
	Sampled.
	SamplePointIndex (self, int value)
	Sampled.
float	AverageDistance (self)
	Average distance between the sampled points and the fitted model.
int	NumSkipRanges (self)
	Number of skip ranges in the gauge after a call to eVision.EBaseGauge.AddSkipRange.

Additional Inherited Members
Static Public Member Functions inherited from eVision.EBaseGauge
eVision.EBaseGauge\|None	Make (str path)
	Creates a gauge of the correct type.

Detailed Description

Circle gauge.

Remarks:

License(s): EasyGauge

Constructor & Destructor Documentation

◆ init() [1/2]

None eVision.ECircleGauge.__init__ ( self )

Constructs a eVision.ECircleGauge.

◆ init() [2/2]

None eVision.ECircleGauge.__init__	(		self,
		eVision.ECircleGauge	other )

Constructs a eVision.ECircleGauge.

Parameters

other eVision.ECircleGauge object to be copied

Member Function Documentation

◆ AvailableEditionModes()

eVision.EEditionMode eVision.ECircleGauge.AvailableEditionModes ( self )

Returns all possible edition modes of the gauge.

Reimplemented from eVision.EBaseGauge.

◆ Circle() [1/2]

eVision.ECircle eVision.ECircleGauge.Circle ( self )

Nominal Circle according to a known eVision.ECircle object.

◆ Circle() [2/2]

eVision.ECircleGauge.Circle	(		self,
		eVision.ECircle	value )

Nominal Circle according to a known eVision.ECircle object.

◆ CopyTo()

None eVision.ECircleGauge.CopyTo	(		self,
		eVision.ECircleGauge	dest )

Copies all the data of the current eVision.ECircleGauge object into another eVision.ECircleGauge object.

Parameters

dest	eVision.ECircleGauge object in which the current eVision.ECircleGauge object data have to be copied.

◆ HVConstraint() [1/2]

bool eVision.ECircleGauge.HVConstraint ( self )

Status of the restriction on the orientation of the point location gauge or model fitting sample paths.

Remarks:

Sample paths are the point location gauges placed along the model to be fitted.

Reimplemented from eVision.EBaseGauge.

◆ HVConstraint() [2/2]

eVision.ECircleGauge.HVConstraint	(		self,
		bool	value )

Status of the restriction on the orientation of the point location gauge or model fitting sample paths.

Remarks:

Sample paths are the point location gauges placed along the model to be fitted.

Reimplemented from eVision.EBaseGauge.

◆ Measure() [1/4]

eVision.ECircle eVision.ECircleGauge.Measure	(		self,
		eVision.EROIBW8	sourceImage )

Performs the gauge measurement.

Parameters

sourceImage Source image.

Reimplemented from eVision.EBaseGauge.

◆ Measure() [2/4]

eVision.ECircle eVision.ECircleGauge.Measure	(		self,
		eVision.EROIBW8	sourceImage,
		eVision.EFrame	frame )

Performs the gauge measurement.

Parameters

sourceImage	Source image.
frame	Frame of reference

Reimplemented from eVision.EBaseGauge.

◆ Measure() [3/4]

eVision.ECircle eVision.ECircleGauge.Measure	(		self,
		eVision.EROIBW8	sourceImage,
		eVision.ERegion	region )

Performs the gauge measurement.

Parameters

sourceImage	Source image.
region	Region to use with the source image.

Reimplemented from eVision.EBaseGauge.

◆ Measure() [4/4]

eVision.ECircle eVision.ECircleGauge.Measure	(		self,
		eVision.EROIBW8	sourceImage,
		eVision.ERegion	region,
		eVision.EFrame	frame )

Performs the gauge measurement.

Parameters

sourceImage	Source image.
region	Region to use with the source image.
frame	Frame of reference

Reimplemented from eVision.EBaseGauge.

◆ Measured()

eVision.EShape | None eVision.ECircleGauge.Measured ( self )

Copy of the measured shape.

Reimplemented from eVision.EBaseGauge.

◆ MeasuredCircle()

eVision.ECircle eVision.ECircleGauge.MeasuredCircle ( self )

Information pertaining to the fitted Circle.

Remarks:

Use method eVision.EBaseGauge.IsFound to get the status of the measurement. eVision.ECircleGauge.MeasuredCircle returns a successful fitted Circle if eVision.EBaseGauge.IsFound is true, otherwise it returns the original (nominal) Circle.

◆ MinAmplitude() [1/2]

int eVision.ECircleGauge.MinAmplitude ( self )

Offset added to the Threshold when a peak is to be detected.

Remarks:

When analyzing a derivative profile, a peak is made up of consecutive pixel values above Threshold. To detect weak [strong] transitions, lower [raise] the Threshold value.

To avoid interference of noise, an additional parameter is provided. The MinAmplitude parameter is an offset added to Threshold when a peak is to be detected.

When the pixel values of the derivative profile do not reach Threshold + MinAmplitude, the peak is not taken into account. Anyway, when a peak is taken into account, all the pixels with values above Threshold are considered (for more accuracy). Setting the MinAmplitude value to 0 merely cancels its effect.

Reimplemented from eVision.EBaseGauge.

◆ MinAmplitude() [2/2]

eVision.ECircleGauge.MinAmplitude	(		self,
		int	value )

Offset added to the Threshold when a peak is to be detected.

Remarks:

When analyzing a derivative profile, a peak is made up of consecutive pixel values above Threshold. To detect weak [strong] transitions, lower [raise] the Threshold value.

To avoid interference of noise, an additional parameter is provided. The MinAmplitude parameter is an offset added to Threshold when a peak is to be detected.

When the pixel values of the derivative profile do not reach Threshold + MinAmplitude, the peak is not taken into account. Anyway, when a peak is taken into account, all the pixels with values above Threshold are considered (for more accuracy). Setting the MinAmplitude value to 0 merely cancels its effect.

Reimplemented from eVision.EBaseGauge.

◆ MinArea() [1/2]

int eVision.ECircleGauge.MinArea ( self )

Minimum area value.

Remarks:

A transition is detected if its derivative peak reaches Threshold + MinAmplitude value, and then declared valid if the area between the peak curve and the horizontal at level Threshold reaches the MinArea value.

Reimplemented from eVision.EBaseGauge.

◆ MinArea() [2/2]

eVision.ECircleGauge.MinArea	(		self,
		int	value )

Minimum area value.

Remarks:

A transition is detected if its derivative peak reaches Threshold + MinAmplitude value, and then declared valid if the area between the peak curve and the horizontal at level Threshold reaches the MinArea value.

Reimplemented from eVision.EBaseGauge.

◆ MinNumFitSamples() [1/2]

int eVision.ECircleGauge.MinNumFitSamples ( self )

Gets the minimum number of samples required for fitting the shape.

Reimplemented from eVision.EBaseGauge.

◆ MinNumFitSamples() [2/2]

eVision.ECircleGauge.MinNumFitSamples	(		self,
		int	value )

Gets the minimum number of samples required for fitting the shape.

Reimplemented from eVision.EBaseGauge.

◆ Nominal() [1/2]

eVision.EShape | None eVision.ECircleGauge.Nominal ( self )

Nominal shape of the gauge.

Remarks:

Note that the gauge stores a copy of the shape and returns a copy of the shape. The gauge applies its eVision.EBaseGauge.EditionMode to the shape.

Reimplemented from eVision.EBaseGauge.

◆ Nominal() [2/2]

eVision.ECircleGauge.Nominal	(		self,
		eVision.EShape \| None	value )

Nominal shape of the gauge.

Remarks:

Note that the gauge stores a copy of the shape and returns a copy of the shape. The gauge applies its eVision.EBaseGauge.EditionMode to the shape.

Reimplemented from eVision.EBaseGauge.

◆ NumSamples()

int eVision.ECircleGauge.NumSamples ( self )

Number of sampled points during the model fitting operation.

Remarks:

Irrelevant in case of a point location operation.

After a model fitting operation, a number of points have been fitted along the model. Among them, some are not reliable because of their Area value. Among the remaining ones, some are filtered out (NumFilteringPasses, FilteringThreshold).

Reimplemented from eVision.EBaseGauge.

◆ RectangularSamplingArea() [1/2]

bool eVision.ECircleGauge.RectangularSamplingArea ( self )

Flag indicating whether the sampling area remains a rectangle when rotated, instead of becoming a parallelogram.

Remarks:

By default, this flag is set to true: the sampling area always remains a rectangle. Setting this property is only useful when the thickness transition parameter is greater than 1. In fact, when thickness transition parameter is equal to 1, rectangle and parallelogram reduce to the same segment.

Reimplemented from eVision.EBaseGauge.

◆ RectangularSamplingArea() [2/2]

eVision.ECircleGauge.RectangularSamplingArea	(		self,
		bool	value )

Flag indicating whether the sampling area remains a rectangle when rotated, instead of becoming a parallelogram.

Remarks:

By default, this flag is set to true: the sampling area always remains a rectangle. Setting this property is only useful when the thickness transition parameter is greater than 1. In fact, when thickness transition parameter is equal to 1, rectangle and parallelogram reduce to the same segment.

Reimplemented from eVision.EBaseGauge.

◆ Smoothing() [1/2]

int eVision.ECircleGauge.Smoothing ( self )

Number of pixels used for the low-pass filtering operation.

Remarks:

To reduce the effect of noise, the profile data can be low-pass filtered along the point location gauge direction.

Reimplemented from eVision.EBaseGauge.

◆ Smoothing() [2/2]

eVision.ECircleGauge.Smoothing	(		self,
		int	value )

Number of pixels used for the low-pass filtering operation.

Remarks:

To reduce the effect of noise, the profile data can be low-pass filtered along the point location gauge direction.

Reimplemented from eVision.EBaseGauge.

◆ Thickness() [1/2]

int eVision.ECircleGauge.Thickness ( self )

Number of parallel segments used to extract the data profile.

Remarks:

To reduce the effect of noise and/or strengthen a transition, several parallel profiles can be accumulated.

Reimplemented from eVision.EBaseGauge.

◆ Thickness() [2/2]

eVision.ECircleGauge.Thickness	(		self,
		int	value )

Number of parallel segments used to extract the data profile.

Remarks:

To reduce the effect of noise and/or strengthen a transition, several parallel profiles can be accumulated.

Reimplemented from eVision.EBaseGauge.

◆ Threshold() [1/2]

int eVision.ECircleGauge.Threshold ( self )

Threshold level used to delimit significant peaks in the data profile.

Remarks:

When analyzing a derivative profile, a peak is made up of consecutive pixel values above Threshold. To detect weak [strong] transitions, lower [raise] the Threshold value.

To avoid interference of noise, an additional parameter is provided. The MinAmplitude parameter is an offset added to Threshold when a peak is to be detected.

When the pixel values of the derivative profile do not reach Threshold + MinAmplitude, the peak is not taken into account. Anyway, when a peak is taken into account, all the pixels with values above Threshold are considered (for more accuracy). Setting the MinAmplitude value to 0 merely cancels its effect.

Reimplemented from eVision.EBaseGauge.

◆ Threshold() [2/2]

eVision.ECircleGauge.Threshold	(		self,
		int	value )

Threshold level used to delimit significant peaks in the data profile.

Remarks:

When analyzing a derivative profile, a peak is made up of consecutive pixel values above Threshold. To detect weak [strong] transitions, lower [raise] the Threshold value.

To avoid interference of noise, an additional parameter is provided. The MinAmplitude parameter is an offset added to Threshold when a peak is to be detected.

When the pixel values of the derivative profile do not reach Threshold + MinAmplitude, the peak is not taken into account. Anyway, when a peak is taken into account, all the pixels with values above Threshold are considered (for more accuracy). Setting the MinAmplitude value to 0 merely cancels its effect.

Reimplemented from eVision.EBaseGauge.

◆ Tolerance() [1/2]

float eVision.ECircleGauge.Tolerance ( self )

Half thickness of the model fitting gauge.

Remarks:

By default, the tolerance is 20 (2x10), which means 20 pixels when the field of view is not calibrated, and 20 physical units in case of a calibrated field of view.

The tolerance isn't taken into consideration for the point gauge.

Reimplemented from eVision.EBaseGauge.

◆ Tolerance() [2/2]

eVision.ECircleGauge.Tolerance	(		self,
		float	value )

Half thickness of the model fitting gauge.

Remarks:

By default, the tolerance is 20 (2x10), which means 20 pixels when the field of view is not calibrated, and 20 physical units in case of a calibrated field of view.

The tolerance isn't taken into consideration for the point gauge.

Reimplemented from eVision.EBaseGauge.

◆ TransitionChoice() [1/2]

eVision.ETransitionChoice eVision.ECircleGauge.TransitionChoice ( self )

Transition choice.

Remarks:

Several peaks may be detected along a point location gauge. This parameter helps to select the desired transition.

In case of eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd transition choice, set eVision.EBaseGauge.TransitionIndex to specify the desired transition.

By default, the selected transition corresponds to the one with the largest amplitude (eVision.ETransitionChoice.LargestAmplitude).

Reimplemented from eVision.EBaseGauge.

◆ TransitionChoice() [2/2]

eVision.ECircleGauge.TransitionChoice	(		self,
		eVision.ETransitionChoice	value )

Transition choice.

Remarks:

Several peaks may be detected along a point location gauge. This parameter helps to select the desired transition.

In case of eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd transition choice, set eVision.EBaseGauge.TransitionIndex to specify the desired transition.

By default, the selected transition corresponds to the one with the largest amplitude (eVision.ETransitionChoice.LargestAmplitude).

Reimplemented from eVision.EBaseGauge.

◆ TransitionIndex() [1/2]

int eVision.ECircleGauge.TransitionIndex ( self )

Index (from 0 on) of the transition to be retained when the transition choice parameter is set to eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd.

Remarks:

Several peaks may be detected along a point location gauge. This parameter helps to select the desired transition.

By default, the first transition is retained (the index value is 0).

Reimplemented from eVision.EBaseGauge.

◆ TransitionIndex() [2/2]

eVision.ECircleGauge.TransitionIndex	(		self,
		int	value )

Index (from 0 on) of the transition to be retained when the transition choice parameter is set to eVision.ETransitionChoice.NthFromBegin or eVision.ETransitionChoice.NthFromEnd.

Remarks:

Several peaks may be detected along a point location gauge. This parameter helps to select the desired transition.

By default, the first transition is retained (the index value is 0).

Reimplemented from eVision.EBaseGauge.

◆ TransitionType() [1/2]

eVision.ETransitionType eVision.ECircleGauge.TransitionType ( self )

Transition type.

Remarks:

The type of transition tells whether it crosses increasing or decreasing gray-level values. This helps discriminate between nearby edges of an object.

By default, the searched transition type is indifferently a black to white or a white to black transition (eVision.ETransitionType.BwOrWb).

Reimplemented from eVision.EBaseGauge.

◆ TransitionType() [2/2]

eVision.ECircleGauge.TransitionType	(		self,
		eVision.ETransitionType	value )

Transition type.

Remarks:

The type of transition tells whether it crosses increasing or decreasing gray-level values. This helps discriminate between nearby edges of an object.

By default, the searched transition type is indifferently a black to white or a white to black transition (eVision.ETransitionType.BwOrWb).

Reimplemented from eVision.EBaseGauge.

◆ Type()

eVision.EShapeType eVision.ECircleGauge.Type ( self )

Shape type.

Reimplemented from eVision.EBaseGauge.

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ __init__() [1/2]

◆ __init__() [2/2]

Member Function Documentation

◆ AvailableEditionModes()

◆ Circle() [1/2]

◆ Circle() [2/2]

◆ CopyTo()

◆ HVConstraint() [1/2]

◆ HVConstraint() [2/2]

◆ Measure() [1/4]

◆ Measure() [2/4]

◆ Measure() [3/4]

◆ Measure() [4/4]

◆ Measured()

◆ MeasuredCircle()

◆ MinAmplitude() [1/2]

◆ MinAmplitude() [2/2]

◆ MinArea() [1/2]

◆ MinArea() [2/2]

◆ MinNumFitSamples() [1/2]

◆ MinNumFitSamples() [2/2]

◆ Nominal() [1/2]

◆ Nominal() [2/2]

◆ NumSamples()

◆ RectangularSamplingArea() [1/2]

◆ RectangularSamplingArea() [2/2]

◆ Smoothing() [1/2]

◆ Smoothing() [2/2]

◆ Thickness() [1/2]

◆ Thickness() [2/2]

◆ Threshold() [1/2]

◆ Threshold() [2/2]

◆ Tolerance() [1/2]

◆ Tolerance() [2/2]

◆ TransitionChoice() [1/2]

◆ TransitionChoice() [2/2]

◆ TransitionIndex() [1/2]

◆ TransitionIndex() [2/2]

◆ TransitionType() [1/2]

◆ TransitionType() [2/2]

◆ Type()

◆ init() [1/2]

◆ init() [2/2]