Mitsubishi Electric Melsensor VS70 User Manual page 33

Tool Settings
Geometry Tools Point-to-Point: Line
Point-to-Point: Mid-Point
Point-to-Point: Dimension
Perpendicular Line
Line Intersection
Bisect Angle
Line From N Points
Circle From N Points
Circle-Line Intersection
User-Defined Point
User-Defined Line
Circle Fit
Line Fit
Math & Logic Tools Math
Logic
Trend
Statistics
Group
Sequence
Compute Point
Variables
Plot Tools Arc
Circle
Cross
Line
Point
Region
String
Image Filter Tools Filter
Transform
Compare
Description
To create a reference line between any two input features, and report the XY coordinates of
the end-points of the created line.
To create a reference line between two input features, and calculate the mid-point between
the features.
The XY coordinates of the mid-point and its angular orientation is reported.
To create two reference lines between two input features and a reference edge or line, and
report the distance between the mid-points of the two created reference lines.
To create a reference line perpendicular to another line or edge, and report the XY
coordinates of the end-points of the perpendicular line.
To create a point where two lines or edges or intersects, and report the XY coordinates of
the intersection point.
To create a reference line that defines the bisection angle between two edges or lines, and
report the XY coordinates of the end-points of the line and the bisection angle.
To create a best fit reference line using three to ten input features, and report the XY
coordinates of the end-points of the line.
To create a best fit circle using three to ten input features, and report the diameter of the
circle.
To create two points where a line intersects a circle, and report the XY coordinates of the
two points.
To position a reference point within an image, and report the XY coordinates of the point.
To create a reference line within an image, and report the XY coordinates of the end-points
of the line.
To create a best fit circle, and report the radius of the circle and its center point.
To create a best fit line, and report the start and end points of the line segment.
To create a mathematical formula to process tool and job data, using standard
mathematical functions, operations, logic, statistics, and trigonometry, using the
[Expression] editor.
To create a logical formula of tool PASS and FAIL signals, using the [Expression] editor.
To report maximum, minimum, average, sample, and standard deviation statistics for
location tools or inspection tools, over a defined number of samples.
To report maximum, minimum, average, sample, and standard deviation statistics for
location tools or inspection tools.
To combine a location tool and an inspection tool into a group.
To define the number of steps for a job requiring multiple image acquisitions or stages in the
assembly process.
To calculate the position of a point on an image based on mathematical expressions.
To define integer, floating point, or string values that can be input to a job from an external
device.
To plot an arc graphic on an image based on mathematical expressions.
To plot a circle graphic on an image based on mathematical expressions.
To plot a cross graphic on an image based on mathematical expressions.
To plot a line graphic on an image based on mathematical expressions.
To plot a point graphic on an image based on mathematical expressions.
To plot a region graphic on an image based on mathematical expressions.
To plot a text graphic on an image based on mathematical expressions.
To filter a region of an image with a pixel-by-pixel image-enhancement technique (such as
thresholding, inverting, equalization, shrinking, expanding, filling, smoothing, or edge
enhancement), and output a tool image.
To filter liner, non-liner, and/or lens distortion from a region of an image, and apply the
transformation from a grid calibration to the image.
To filter a region of an image against a template to represent the normalized difference
between the two.
4
4 FUNCTIONS
31
4.2 Tool List