ELineGauge::GetKnownAngle
ELineGauge::SetKnownAngle
Flag indicating whether the slope of the line to be fitted is known or not.
Namespace: Euresys::Open_eVision_2_11
[C++]
BOOL GetKnownAngle()
void SetKnownAngle(BOOL bKnownAngle)
Remarks
A line model to be fitted may have a well-known slope. It is possible to impose the value of this slope, thus removing one degree of freedom. The line fitting gauge slope is set by means of ELineGauge. The sign of the rotation angle depends whether the field of view is calibrated or not. * When the field of view is calibrated, the coordinate system is said to be direct, the abscissa extends rightwards and the ordinate extends upwards. In this case, an anticlockwise rotation leads to a positive angle value. * When the field of view is not calibrated, the coordinate system is said to be inverse, the abscissa extends rightwards and the ordinate extends downwards. In this case, a clockwise rotation leads to a positive angle value.
ELineGauge.KnownAngle
Flag indicating whether the slope of the line to be fitted is known or not.
Namespace: Euresys.Open_eVision_2_11
[C#]
bool KnownAngle
{ get; set; }
Remarks
A line model to be fitted may have a well-known slope. It is possible to impose the value of this slope, thus removing one degree of freedom. The line fitting gauge slope is set by means of ELineGauge. The sign of the rotation angle depends whether the field of view is calibrated or not. * When the field of view is calibrated, the coordinate system is said to be direct, the abscissa extends rightwards and the ordinate extends upwards. In this case, an anticlockwise rotation leads to a positive angle value. * When the field of view is not calibrated, the coordinate system is said to be inverse, the abscissa extends rightwards and the ordinate extends downwards. In this case, a clockwise rotation leads to a positive angle value.