PC-Dmis 2010 MR3 Object Library | Send comments on this topic. | See Object Hierarchy Chart
QualificationSettings Object Members
See Also Overview

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# Public Methods

GetTool | This method returns a tool object.
SetTool | Required expression that evaluates to a QualificationSettings object.

# Public Properties

CreateReplaceMap | Read/Write: Indicates if the map should be created or replaced This determines whether or not a map should be created or replaced. Read/Write.
EndA | A Angle End Value This determines the ending A angle to use during qualification.
EndAngle | End Angle on Tool This determines the End Angle to use on the qualification tool.
EndB | B Angle End Value This determines the ending B angle to use during qualification.
EndC | C Angle End Value
ExecuteMode | Type of Calibration Action to Be Taken This determines the type of calibration action to take.
IncrementA | A Angle Increment Value This determines the angle increment to use for the A angle during qualification.
IncrementB | B Angle Increment Value This determines the angle increment to for the B angle during qualification.
IncrementC | C Angle Increment Value
Mode | Calibration Mode: DCC or Manual This determines the Calibration Mode. Either DCC or Manual.
MoveSpeed | Probe Move Speed During Calibration This determines the speed the probe moves during calibration.
NumHits | Number of hits around calibration tool This determines the number of hits to take around the calibration tool.
NumLevels | Number of levels on Tool This determines the number of levels that to use in the calibration process. PC-DMIS divides the number of hits by the number of levels to determine how many hits will be taken on each level of the qualification tool.
PHSAPriority | For PHS Systems, whether A or B receives priority This indicates whether angle A or B for a PHS system receives priority during the calibration process. TRUE means Angle A gets priority. FALSE means Angle B gets priority.
PHSTol | For PHS Systems, the PHS Tolerance Value For PHS systems, this determines the PHS tolerance value.
PreHit | Prehit distance used during calibration This determines the Prehit distance to use during calibration.
ShankCheck | Boolean value indicating whether a shank check should occur This determines whether or not you'll calibrate the shank of the probe as well.
ShankHits | Number of hits on shank This determines the number of hits used to measure the shank.
ShankOffset | Shank Offset for calibration
StartA | A Angle Start Value This determines the starting A angle to use during qualification.
StartAngle | Start Angle on Tool This determines the Start Angle to use on the qualification tool.
StartB | B Angle Start Value This determines the starting B angle to use during qualification.
StartC | C Angle Start Value
ToolMoved | Indicates whether tool moved or not or if user should be asked This indicates whether a tool has moved or not or if the user should be asked.
ToolOnRotaryTable | Indicates whether or not tool is located on rotary table This indicates whether or not the tool is located on a rotary table.
ToolOverideI | I Vector Tool Overide Value This determines the I value for the Tool Override's IJK vector.
ToolOverideJ | J Vector Tool Overide Value This determines the J value for the Tool Override's IJK vector.
ToolOverideK | K Vector Tool Overide Value This determines the K value for the Tool Override's IJK vector.
Touchspeed | Probe Touch Speed used during calibration This determines the Touch Speed to use during calibration.
UserDefinedCalibrationMode | Indicates whether End Angle, Start Angle, and Numlevels is used or ignored This determines whether End Angle, Start Angle, and NumLevels are used in the calibration process, or if they're ignored.
UserDefinedCalibrationOrder | Indicates whether Tool Overide Settings are used or ignored This determines whether or not the calibration order is user defined.

# See Also

QualificationSettings Overview

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