[Measurement (Fine Matching)]

The judge OK conditions involve the number of labels, area and defect coordinates. Defect Coordinates are the gravity center of detected defects.

In the "Item tab" area, tap [Measurement].
If necessary, set up the "Measurement condition" area.
Modifying the Measurement Condition
When the setting has been changed, tap [Measure] in the "Detail" area to verify whether measurements can be made correctly.

In the "Judgement condition" area, tap [...] and input a value for each item.

For how to input value, see

Table: Measurement (Fine Matching) - Judgement Condition
Setting Options		Set Value [Factory Default]	Description
Count	Upper	0 to [9999]	Specify the range of the number of OK labels. When the "Binary" is used, the entire white pixels will be regarded as one label.
Count	Lower	[0] to 9999
Area	Upper	0 to [999999999.9999]	Specify the area range of OK labels. When the "Labeling" method is used, the area of the label No. will be specified instead.
Area	Lower	[0] to 999999999.9999
Defect coordinate X	Upper	-99999.9999 to [99999.9999]	Specify the X and Y axis move range of gravity position of OK labels. When the "Labeling" method is used, the gravity position of the label No. will be specified instead.
Defect coordinate X	Lower	[-99999.9999] to 99999.9999
Defect coordinate Y	Upper	-99999.9999 to [99999.9999]	Specify the X and Y axis move range of gravity position of OK labels. When the "Labeling" method is used, the gravity position of the label No. will be specified instead.
Defect coordinate Y	Lower	[-99999.9999] to 99999.9999

For the inspection method, see

For the subsequent operations, see

This item can be changed if necessary. Usually, the factory default value can be used.

Select "Inspection" in the "Measurement condition" area.

Table: Measurement (Fine Matching) - Measurement Condition - Inspection
Setting Options	Set Value [Factory defaults]	Description
Inspection	Images that are different from the model will be converted into 2-digits images internally. Inspections that are used to detect 2-digits images should be selected.
	[Binary]	Defect is judged based on the total area of white pixels.
	Labeling	A white pixel will be detected as 1 label, which is then compared with a label which is consistent with the set conditions. With this, defect will be determined.

When "Labeling" is selected for "Inspection" in Step 1, tap [...] or [

] for each of the following items and specify a value respectively.

If "Binary" is chosen in the "Inspection", the following operations are not necessary.

For how to input value, see

Table: Measurement (Fine Matching) - Measurement Condition
Item		Set Value [Factory defaults]	Description
Label No.		0 to 2499 [0]	Specify the label number used to determine whether defects exist. Different settings for "Sort condition" will lead to different un-matching method.
Sort condition		Specify the conditions by which label numbers are re-assigned. When the X and Y Coordinate are in accordance with the reference value, the upper left will become the origin, which will not affect the Coordinate set up through "Camera Image".
		Area ascending	No. re-assigning begins from the label with a smaller area.
		[Area descending]	No. re-assigning begins from the label with a larger area.
		X ascending	No. re-assigning begins from the label with a smaller gravity X-Coordinate.
		X descending	No. re-assigning begins from the label with a bigger gravity X-Coordinate.
		Y ascending	No. re-assigning begins from the label with a smaller gravity Y-Coordinate.
		Y descending	No. re-assigning begins from the label with a bigger gravity Y-Coordinate.
Label area	Upper	0 to [999999999]	Input the area range that is accepted as the label.
Label area	Lower	[0] to 999999999	Input the area range that is accepted as the label.