Devices / Device

Sensor role:

0 – Main

1 – Buddy

Multiplexing bank settings.

Data source of device output (read-only):

0 – Top

1 – Bottom

2 – Top Left

3 – Top Right

The projector pattern sequence to display when a projector equipped device is running. The following types are possible:

-1 – None

0 – Default

100 – Nine Lines

101 – Focus

102 – Standard Sequence

Whether or not this field is used.

The index of the pattern sequence to display. Choose the pattern that produces the best data.

The indices represent Phase Pattern Sequences, followed by Stripe Pattern Sequences in reverse order. The lower indices are the higher frequency phase code patterns, and the higher indices are the lower frequency binary patterns.

Index 1 [Phase Pattern Sequence Image 5]: Highest frequency sinusoid.

Index 2 [Phase Pattern Sequence Image 4]

[...]

Index 5 [Phase Pattern Sequence Image 1]: Lowest frequency sinusoid.

Index 6 [Stripe Pattern Sequence Image 7]: Highest bar count.

Index 7 [Stripe Pattern Sequence Image 6]

[...]

Index 12 [Stripe Pattern Sequence Image 1]: Lowest bar count)

Index 13 [Reference Image 1]

The minimum index (inclusive)

The maximum index (inclusive)

Whether or not the pattern sequence index should be displayed

The index of the pattern sequence to display.

The minimum index (inclusive).

The maximum index (inclusive).

Whether or not the pattern sequence index should be displayed.

Exposure mode:

0 – Single exposure

1 – Multiple exposures

2 – Dynamic exposure

Whether or not this field is used.

Intensity source:

0 – Both cameras

1 – Front camera

2 – Back camera

Intensity Mode:

0 – Auto

1 - Preserve

Spacing interval type:

0 – Maximum resolution

1 – Balanced

2 – Maximum speed

3 – Custom

See Tracking Child Elements.

See Material Child Elements.

X start (mm).

Y start (mm).

Z start (mm).

X extent (mm).

Y extent (mm).

Z extent (mm).

Layout grid information.

Type of Material settings to use.

0 – Custom

1 – Diffuse

3 – Reflective

The minimum spot detection threshold possible.

The maximum spot detection threshold possible.

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

Spot selection type

0 – Best. Picks the strongest spot in a given column.

1 – Top. Picks the spot which is most Top/Left on the imager

2 – Bottom. Picks the spot which is most Bottom/Right on the imager

3 – None. All spots are available. This option may not be available in some configurations.

4 – Continuity. Picks the most continuous spot.

List of available spot selection types.

Spot detection minimum width.

Determines if the setting’s value is currently used and to be displayed.

Value in use by the sensor, useful for determining value when "used" is false.

Minimum allowed spot detection minimum value.

Maximum allowed spot detection minimum value.

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

Spot detection width threshold.

Determines if the setting’s value is currently used and to be displayed.

Value in use by the sensor, useful for determining value when
"used" is false.

Minimum allowed spot detection width threshold value.

Maximum allowed spot detection width threshold value.

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

Spot detection minimum sum.

Determines if the setting’s value is currently used and to be displayed.

Value in use by the sensor, useful for determining value when "used" is false.

Minimum allowed spot detection sum minimum value.

Maximum allowed spot detection sum minimum value.

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

Sobel spot detection edge window size.

Determines if the setting’s value is currently used and to be displayed.

Value in use by the sensor, useful for determining value when "used" is false.

Minimum allowed Sobel spot detection edge window value.

Maximum allowed Sobel spot detection edge window value.

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

See SpotContinuitySorting Child Elements.

See SpotTranslucentSorting Child Elements.

Surface encoding type:

0 – Standard

1 – Interreflection (advanced use only)

Whether or not property can be modified. If set, the value should be considered read-only by the client. Only has meaning if “used” is also set.

Surface phase filter (correction type)

0 – None

1 – Reflective

2 - Translucent

Contrast detection threshold.

The minimum contrast detection threshold possible.

The maximum contrast detection threshold possible.

Determines if the setting’s value is currently used.

Value in use by the sensor, useful for determining value when used is false.

The spot width threshold below which spots are considered to be in an opaque section of the profile. This is in number of pixels in the video image Y direction.

Determines if the setting’s value is currently used.

Value used by the sensor of the spot width threshold below which spots are considered to be in an opaque section of the profile.

The minimum limit of the spot width threshold below which spots are considered to be in an opaque section of the profile.

The maximum limit of the spot width threshold below which spots are considered to be in an opaque section of the profile.

The spot width required to activate a translucent section in the profile. This is in number of pixels in the video image Y direction.

Determines if the setting’s value is currently used.

Value used by the sensor of the spot width required to activate a translucent section in the profile.

The minimum limit of the spot width required to activate a translucent section in the profile.

The maximum limit of the spot width required to activate a translucent section in the profile.

The minimum length of a translucent section. This is in number of pixels in the video image X direction.

Determines if the setting’s value is currently used.

Value used by the sensor of the minimum length of a translucent section.

The minimum limit of the minimum length of a translucent section.

The maximum limit of the minimum length of a translucent section.

The threading mode used in translucent sorting algorithm.

0 – None

1 – Batching (Default)

Determines if the setting’s value is currently used.

Value used by the sensor of the threading mode used in translucent sorting algorithm.