Long version of the demo/presentation made @ MODINT Sizing Seminar 2016 (23rd June 2016) in Zeist (The Netherlands). It includes videos from Kidsize and Eurofit projects.

1. 3D Anthropometry
applied to
Fashion Industry
Alfredo Ballester
Sizing Seminar 2016: The ways in which
innovation and sizing go hand in hand perfectly

2. 23rd June 2016, MODINT, Zeist, The Netherlands
Kidsize demo

3. 23rd June 2016, MODINT, Zeist, The Netherlands
Full live demo
with figurines
Video Demo
with real child
Kidsize Demo

4. 23rd June 2016, MODINT, Zeist, The Netherlands
Other IBV services
Database processing
3D Data Analytics
Examples of application

5. 23rd June 2016, MODINT, Zeist, The Netherlands
3D data around the world

6. 23rd June 2016, MODINT, Zeist, The Netherlands
Spanish 3D data

7. 23rd June 2016, MODINT, Zeist, The Netherlands
Spanish 3D data

8. 23rd June 2016, MODINT, Zeist, The Netherlands
Other IBV services (I)
Database gathering
3D Data Analytics

9. 23rd June 2016, MODINT, Zeist, The Netherlands
3D registration
Common Rigged Topology
Point-to-point correspondence
Common Body References
Body part focus

10. 23rd June 2016, MODINT, Zeist, The Netherlands
3D Registration
Homodel
HOMODEL
CREATION
SCAN
PRE-PROCESSING
Raw Scan Pre-processed Mesh

11. 23rd June 2016, MODINT, Zeist, The Netherlands
Homodel
HOMODEL
CREATION
SCAN
PRE-PROCESSING
Raw Scan Pre-processed Mesh
>1 mm
0.5 mm
0.75 mm
0.25 mm
0 mm
3D Registration

12. 23rd June 2016, MODINT, Zeist, The Netherlands
Size Spain
Vitus XXL
CAESAR USA
Cyberware
Size Portugal
TC2- NX
3D Registration

13. 23rd June 2016, MODINT, Zeist, The Netherlands
Rigging and Kinematics
1. Skeleton transfer from template
2. Recalculation of skin attachments
Neutral Pose Harmonization
Body kinematics & postures

14. 23rd June 2016, MODINT, Zeist, The Netherlands
Digital Measuring Tape
• Pre-defined 100 measurements including
the most common ISO8559 and ISO7250
• Definition of new measurements using
measuring functions and XML definitions
 Reference points
 Direct Distance
 Topological Distance
 Plane sections
 Convex hull
 Max/Min searches for points or sections
 Etc.

15. 23rd June 2016, MODINT, Zeist, The Netherlands
Body Shape Analysis
• PCA calculation (vertices)
• Shape Space Visualisation
• Body Part Focus
• Statistical Mannequins
• PCA-Measurement correlation
• Shape Space Modelling
through measurements

16. 23rd June 2016, MODINT, Zeist, The Netherlands
• PCA calculation
• Shape Space Visualisation
• Extensible Digital Tape
• Body Part Focus
• Statistical Mannequins
• PCA-Measurement correlation
• Shape Space Modelling
Shape Analysis

17. 23rd June 2016, MODINT, Zeist, The Netherlands
• PCA calculation
• Shape Space Visualisation
• Extensible Digital Tape
• Body Part Focus
• Statistical Mannequins
• PCA-Measurement correlation
• Shape Space Modelling
Body Shape Analysis
Size
Breadth
Arch

18. 23rd June 2016, MODINT, Zeist, The Netherlands
Other IBV services
Examples of application

19. 23rd June 2016, MODINT, Zeist, The Netherlands
From measurements to avatars
Homologous
3D data
1D
data
Shape synthesis
through PCA
Model relating
3D shape
components to
measurements
Step 0:
Input of
measurements
Step 1:
Approx.
shape from
model
Step 2:
Iterative
measurement &
shape search

20. 23rd June 2016, MODINT, Zeist, The Netherlands
From measurements to avatars

Homologous
3D data
1D
data
Shape synthesis
through PCA
Model relating
3D shape
components to
measurements
Step 0:
Input of
measurements
Step 1:
Approx.
shape from
model
Step 2:
Iterative
measurement &
shape search

21. 23rd June 2016, MODINT, Zeist, The Netherlands
From measurements to avatars

Homologous
3D data
1D
data
Shape synthesis
through PCA
Model relating
3D shape
components to
measurements
Step 0:
Input of
measurements
Step 1:
Approx.
shape from
model
Step 2:
Iterative
measurement &
shape search

22. 23rd June 2016, MODINT, Zeist, The Netherlands
From measurements to avatars

Homologous
3D data
1D
data
Shape synthesis
through PCA
Model relating
3D shape
components to
measurements
Step 0:
Input of
measurements
Step 1:
Approx.
shape from
model
Step 2:
Iterative
measurement &
shape search

23. 23rd June 2016, MODINT, Zeist, The Netherlands
Tools for fashion (adults)

24. 23rd June 2016, MODINT, Zeist, The Netherlands
Tools for fashion (adults)

25. 23rd June 2016, MODINT, Zeist, The Netherlands
1) Population “heatmap” for primary
and secondary measurement
pairs for each age group
(EN13402-3 )
2) Statistical avatars and physical
mini-mannequins (Ballester et al. 2014)
3) Full measurement description of
statistical avatars (Ballester et al. 2014)
Tools for fashion (adults)

26. 23rd June 2016, MODINT, Zeist, The Netherlands
Hip 84
Waist 65
Hip 92
Waist 73
Hip 100
Waist 79
Hip 108
Waist 89
Hip 116
Waist 101
Hip 125
Waist 111
Hip 135
Waist 119
Tools for fashion (adults)

27. 23rd June 2016, MODINT, Zeist, The Netherlands
Hip 84
Waist 65
Hip 92
Waist 73
Hip 100
Waist 79
Hip 108
Waist 89
Hip 116
Waist 101
Hip 125
Waist 111
Hip 135
Waist 119
7977 81 8375
Waist variations
for Hip 100 cm
Tools for fashion (adults)

28. 23rd June 2016, MODINT, Zeist, The Netherlands
Bust 92cm
Hip 100cm
16-34 55-65
Tools for fashion (adults)

29. 23rd June 2016, MODINT, Zeist, The Netherlands
16-34 55-65
Tools for fashion (adults)

30. 23rd June 2016, MODINT, Zeist, The Netherlands
Tools for fashion (children)

31. 23rd June 2016, MODINT, Zeist, The Netherlands
Tools for fashion (children)

32. 23rd June 2016, MODINT, Zeist, The Netherlands
“scanning” in 3D with a phone

33. 23rd June 2016, MODINT, Zeist, The Netherlands
Virtual look
Age 28
Weight 53
Height 166
Bust 83
Waist 66
Hip 90
DAZ
Parametric
IBV Enriched Virtual try-on

34. 23rd June 2016, MODINT, Zeist, The Netherlands
Virtual look
Age 40
Weight 60
Height 175
Bust 90
Waist 73
Hip 102
DAZ
Parametric
IBV Enriched Virtual try-on

35. 23rd June 2016, MODINT, Zeist, The Netherlands
Learn more about us at:
http://anthropometry.ibv.org/en/
https://www.youtube.com/user/EurofitProject
http://www.kidsizesolution.com
alfredo.ballester@ibv.upv.es