
[General]

;1 - use the focus of the zoom table for the run
UseDefaultFocus=1

;calculate zoom for freeze image or freeze in OneDotMarkingZoom
CalculateZoomForFreeze=0

MicrodotResolution=0.070

;0 - use 1 column target for IMR of +-1mm
Use1ColumnForIMR1mm=0

;0 - use 1 column target for IMR of +-1mm
Use1ColumnForIMR2mm=0

;margins in top and bottom of the image which we require when calculating the zoom for marking
TargetMarginsForZoomCalc=10

;required gap between 2 dots in the spread so algorithm will identify them
GapBetweenDots=10

;microdot diameter
MicrodotDiameter=0.2

;horizontal web movement in mm
ThickPaperDiameter=1.8

MicrodotMarkingZoom=3.0
OneDotMarkingZoom=1.0
OneDotIMR=3

;time from the first time we identify 0 speed during CD2 till we decide to stop the process [sec]
LowSpeedTimeTh=0

OneDotProcessResolution=0.120
AddPressureBeforeRegister=0
AddPressureVal=30.0
ConsiderAlgDecisionForEmptyImage=1

;tracing the web in y direction 0-closed, -1/1 - movement sign
CorrectY=0

;0 = algorithm calculate, 1 = use pixel size based on HW tick, 2 = use pixel size from INI file
UsePixelSizeFromFile=0

;0 = algorithm calculate, 1 = use pixel size based on HW tick, 2 = use pixel size from INI file
UsePixelSizeFromFileMicrodot=0

MicrodotCalibrationResolution=0.0
CalibrationResolution=0.0

;when camera is mirrored in pvsetup, this flag should be 1. otherwise, it is 0
FlipYMovementSignInIniFile=1

;flip the vertical movement signs for the sequence
FlipYMovementSign=0

;flip the horizontal movement signs for the sequence
FlipXMovementSign=0

UseIrisAutoAdjustCD2=1
IrisGrayLevelTarget=220
MaxPercentAllowedForIris=20
CenterFirstImage=1

;the register movements in the opening scene for Microdot target
RegisterMoveForMicrodot=1.0

;the vertical speed of the register motors - in [% JobHeight/sec]
VerticalMoveSpeed=0.041

;the vertical speed of the register motors - in [mm/sec]
HorizontalMoveSpeed=0.53

UseROI=1

;horizontal web movement in mm
HorizontalWebMovement=15

MilimeterPerSceneHeader=3000
MilimeterPerScenePresco=600
MilimeterPerSceneRegister=6000
MilimeterPerSceneRegisterMovement=4000
AddSpeedFactorForMilimeterPerSence=0
MinNumRepeatesForRegisterMovement=7
LeftOneDotROI=3
RightOneDotROI=3
CheckFirstImage=1

;calculate trends behaviour before starting the process in oredr to find the mid Y Pos
CalcTrendsBeforeStart=0

;polling time for HW general thread during CD2 [msec]
HWThreadPollingTime=3000

MilimeterPerSceneLargePressureMovement=3000
MinNumRepeatesForLargePressureMovement=5

;min number of repeats for calculating average y trend from side to side
CalculateAverageY=0

;min number of repeats for calculating average y trend from side to side
MinAverageYRepeatNum=5

;percentage of distance from CI in which we will calculate average y trend
PercentFromDistToCI=0.7

DebugTraceOneDotSplit=0
NumImagesForAverageForSplitRegister=2

;added repaets number to the calculations of number of repeats for camera movement from side to side
RepeatNumDelta=10

StepMicronCD2=15
MaxRangeCD2=300

;percentage from camera to CI distance which we add when waiting for asymetric movement to reach the camera before starting to search for the pattern
WaitDistanceFactor=0.8
AdditionalMetersToWaitAfterMove=0
WaitMetersBeforeSmallPregCD2=0
MaxDiffForSplitRun=500

;Number of repeats (flashes) in second during the sequence
NumOfRepeatsInSecond=3.0

InitialMisRegister=3.0

;save images of tracing calculations for debug needs
RegisterOnlyWithSequence=0

;call GetPosition command twice before "omit colors" dialog due to a bug in the first call
CallGetPositionTimes=2

;use ROi of 1/3 image in the second side helpful in case print is confusing the algorithm
UseNarrowROIForSecondSide=0

CropDigitalImage=0
