Measurement Extraction from
3D Body Scan

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General Software Operation
Loading and saving data files
Data manipulation with mouse
Data flow (raw scan data – body model – measurements, landmarks, joints, etc.)
Measurement export to CAD systems
Printing options
Creating Custom Measurement Profiles for Automatic
Measurements
Hundreds of automatic measurement possibilities
Creating custom measurement definitions on a per garment
basis
Measurement definitions and options
Lower body, upper body, bust specific
Customize standard measurements to your definition
2-tiered waist placement logic
“Extra” measurements offset from standard landmarks
Combination measurements (measurement calculator)
Body volume, body joints, body surface landmarks extraction
Miscellaneous additional measurements
Multiple instances of the same measurements using different
definitions
Body widths and depths (front to back)
Front/back splitting of circumferences, selecting your own
split line
Side seam placement and creating a custom split line definition
Batch Processing
Batch processing of raw data to body models
Batch processing of measurements from body models (only 1-3
seconds per scan)
Exporting Batch Processed data to Microsoft Excel
Manual Manipulation Features
View single slices of body data
Manual adjustment of landmarks, measure between landmarks
manually
Manipulate and move/tilt the slice/measurement plane for
manual measuring
Measuring Point to Point manually
Advanced Features
Body Shape Analysis using your own body shape parameters
Combination measurement editor (custom formulas in measurements)
Creating an output measurement form for e-mail or fax
Exporting 3D data for garment draping simulation on the body
scan
New Features
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New Automatic Measurements
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Height to Top of Head - This new
measurement is accessed in “Miscellaneous Measurements”
section of Measurements Editor. The height reported
will be the max height in the raw scan data (you may
need to scan with a skull cap to get accurate height
data).
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New X and Y (forward and side) location measurements
in the shoulders, elbows, and wrists. - These
powerful measures enable automatic posture assessments
in the arm and shoulder. For example, it is generally
assumed that a stooped person has forward shoulders
and a person with erect posture has rearward shoulders.
There are special cases (especially hard to fit) where
a person is stooped along the center of the body/spine
yet has rearward shoulders (we call it stooped but
horizontally erect), and the opposite case where a
person has erect posture along the center of the body
but has forward shoulders. These new measures in the
shoulder can help determine these conditions.
Elbow and wrist positions forward or back of the
body can be used to determine arms that are held forward
or rearward of what is a typical position in garment
patterns. This condition, undetected, can cause unsightly
buckling in the coat/jacket near the top of the sleeve
where it joins the jacket body. A typical alteration
for this condition is to rotate the sleeve body forward
or back at the point it joins the jacket body.
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Enhanced volumetric data extraction

In additional to the option to extract the bulk volume
of the scan data, an automatic volume extraction (to a
Microsoft Excel compatible file) can be performed on the
full torso yielding volume and surface area data on a
1 centimeter slice basis.
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Measurement Enhancements
Neck Point Improvements - The
neck points (especially the back) have been enhanced to
better deal with hair on the back of the neck and other
scan quality issues.
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Software Interface Enhancements
Grid Projection feature for
Screen Viewing and Printouts
A 1 inch or 1 cm grid (depending on units selection)
projection feature can be enabled for screen viewing or
for superimposing on your printouts under the “Tools”
menu. This feature can assist in making visual shape or
posture assessments from your scan data.
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Data Converter Update
The Data Converter tool Version 2.0 has a viewing window
to assist in determining the correct translation, rotation,
and scaling needed to convert data to a raw data format
(.bin). Once the correct transformation parameters are
set – files can be processed in batch mode. Input
file format support now includes .obj, .wrl (VRML), .ply,
and .dat (simple ASCII triads). Color information is supported
with .ply files (see image above).
Multi-format, 3D model data conversion
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