MbeadDraw

Specifies that the default graphics context of the current MIL application is used.

Note that there is a different default graphics context for each thread.

Draws the index of the templates containing the points that fulfill the conditions of the DrawOption parameter. For example, if you set the DrawOption parameter to M_TRAINED, the index of all the successfully trained templates will be drawn.

Draws the label of the templates containing the points that fulfill the conditions of the DrawOption parameter. For example, if you set the DrawOption parameter to M_FAIL, the label of all the templates with at least one failed point will be drawn.

Draws the index value of the point. If you specify M_USER, you can only perform this drawing operation for templates with a path that follows a polyline (MbeadControl() with M_TRAINING_PATH), otherwise you will get an error.

Draws the polyline that connects the points. If the template's path follows a circle, MIL draws an actual circle (smooth curve).

Draws an H-type line (|-|) indicating the width of the bead at that point.

This value is only supported for stripe-beads.

Draws the training image. To draw the training image, you must have internally saved it with the bead context, by calling MbeadTrain() with M_SAVE_TRAINING_IMAGE. This operation cannot draw in a graphics list.

Specifies the default value.

For a bead context, the default value is the same as M_TRAINED. For a bead result, the default value is the same as M_ALL. For an M_DRAW_TRAINING_IMAGE operation, the default indicates that this parameter's information is not required.

Specifies that MIL performs the drawing operation using all the trained points that were expected but not found, during the training phase (MbeadTrain()). In this case, the drawing operation uses the expected position of the trained point.

Specifies that MIL performs the drawing operation using the vertices of the template.

If the template's path follows a polyline (MbeadControl() with M_TRAINING_PATH), M_USER refers to the specified polyline points (MbeadTemplate()). If the template's path follows a circle or segment, M_USER refers to the minimum critical points that MIL internally calculates based on the specified settings of the path. For a path that follows a segment, MIL calculates three critical points, according to the specified start and end of the segment (MbeadControl() with M_TEMPLATE_SEGMENT_...). For a path that follows a circle, MIL calculates five critical points, according to the specified center and radius of the circle (M_TEMPLATE_CIRCLE_...).

You cannot specify M_USER for an M_DRAW_WIDTH operation; MIL considers width a trained aspect of the bead (as is the case, for example, when you are using a training image to establish the width).

Specifies that the drawing operation will be performed using all measured points, regardless of whether they have passed (M_PASS) or failed (M_FAIL). For measured points that were not found, the drawing operation uses their expected position.

Specifies that the drawing operation will be performed using all measured points that were expected but did not pass verification. In this case, the drawing operation uses the expected position of the measured point.

Specifies that the drawing operation will be performed using all measured points that have failed verification because their intensity is greater than the highest intensity allowed, as specified using MbeadControl() with M_INTENSITY_NOMINAL + M_INTENSITY_DELTA_POS.

This value is only supported for stripe-beads.

Specifies that the drawing operation will be performed using all measured points that have failed verification because their intensity is less than the lowest intensity allowed, as specified using MbeadControl() with M_INTENSITY_NOMINAL - M_INTENSITY_DELTA_NEG.

This value is only supported for stripe-beads.

Specifies that the drawing operation will be performed using all measured points that have failed verification because the width of the measured bead at their position is greater than the maximum width criterion, as specified using MbeadControl() with M_TRAINING_WIDTH_NOMINAL + M_WIDTH_DELTA_POS.

This value is only supported for stripe-beads.

Specifies that the drawing operation will be performed using all measured points that have failed verification because the width of the measured bead at their position is less than the minimum width criterion, as specified using MbeadControl() with M_TRAINING_WIDTH_NOMINAL - M_WIDTH_DELTA_NEG.

This value is only supported for stripe-beads.

Specifies that you are performing a general type of drawing operation. You can only use M_GENERAL with M_DRAW_TRAINING_IMAGE.

Specifies that you are performing a general type of drawing operation. In this case, the entire template is either drawn or not, depending on whether it contains one or more points that meet the conditions of the drawing operation. You must specify M_GENERAL when using M_DRAW_TRAINING_IMAGE.

Specifies the index of the point in the specified templates for which to perform the drawing operation. The index is from 0 (inclusive) to the total number of points in the template minus 1. To get the number of trained points in the template, use MbeadGetResult() with M_NUMBER.

Specifies that MIL performs drawings with fail-type points differently than drawings with other types of points. That is, when possible, drawing operations (M_DRAW_...) with M_..._FAIL or M_FAIL_... points, such as M_TRAINED_FAIL and M_FAIL_NOT_FOUND, will be visually distinguishable from drawing operations with other types of points, such as M_USER, M_TRAINED_PASS, and M_PASS.

This can be useful when drawing both fail-type and pass-type points, either by calling MbeadDraw() multiple times, or by performing the drawing operation on all points (M_TRAINED and M_ALL). For example, if you specify M_DRAW_POSITION_INDEX and M_ALL, the index of each trained point is drawn, if its associated measured point has been found (pass); for measured points that were expected but not found (fail), the index of their associated trained point is drawn with a horizontal line above it.

You cannot use M_ENHANCED when drawing the training image (M_DRAW_TRAINING_IMAGE).