The training mask
	Masks out the non-important edges selected during training
B	Emphasizes the important feature of the object
C	Is what some instructors were in late October
D	Masks out what you trained in the locator screen for Dry Run purposes

The instruction VISION GET_OFFSET VIS_PRO VR[1] JMP LBL[99]
	Gets VIS_PRO offset data, adds it to Vision Register 1 and sets the total offset
B	Is an invalid instruction
C	Gets VIS_PRO offset data, puts it in Vision Register 1 and jumps to label 99
D	Gets VIS_PRO offset data and puts it in Vision Register 1

Use of a GigE high resolution camera
	Requires 64M of DRAM
B	Is not possible with iR Vision
C	Will allow a resolution of up to 659 x 494 pixels
D	Improves vision system cycle time

The maximum number of cameras you can have on an iR Vision system is
	32
B	16
C	4
D	Only 1, utilizing the single port on the CPU

If you are connected to the robot with a computer, you can view
	Vision Setup, Vision Log, Vision Runtime
B	Vision Runtime
C	Vision Log, Vision Runtime
D	Vision Setup, Vision Runtime

On the TP you can view
	Vision Log, Vision Runtime
B	Vision Setup, Vision Log, Vision Runtime
C	Vision Runtime
D	Vision Setup, Vision Runtime

There are two types of calibration for a 2D application
	Grid and Simple 3pt Calibration
B	Grid and Dynamic 3-D Calibration
C	Grid and Dynamic 2-D Calibration
D	Grid and Simple 2-D Calibration

If you use an Emphasis Area in your Pattern, during a snap and Find iR Vision will find the Pattern if
	70% if the Emphases Ares is found
B	100% if the Emphases Ares is found
C	The system determines the Emphases Ares Threshold
D	It finds a higher percentage that specified in the EA Score Threshold

Successful Grid Calibration requires
	The Grid to be perpendicular to the camera
B	The entire grid to be found
C	You to be in perfect focus
D	The four big circles to be found

Using the Teach Pendent the Runtime Display can be viewed unless disabled in the Configuration screen
	True
B	False