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Digital Anatomy Course

Digital Anatomy Course

3 STUDENTS ENROLLED

moDigital Anatomy Module

face-to-face course – duration: 4 days

Teacher. Jean François UHL (Paris Descartes University)

Day 1:

PRE-EVALUATION TEST

9 am-12pm Principles of 3d modeling in morphological sciences

History (x-ray scanner)
Principles of 3D reconstruction
2 types of 3D model rendering:
Volume rendering (VRT)
Surface rendering (vector model)
Origin of data
Radiological (digital: CT, MRI)
Anatomical (sections – visible human)
histologic
Results:
Anatomical research
Quantitative morphology
Computer-assisted anatomical dissection
Education
applications
Morphology
Surgery
Future: robotics, simulations, e-learning.
Augmented reality in surgery

2 p.m. – 3.30 p.m. WORKSHOP with Horos® software (mac)

DICOM data
Main functions of Horos®
Segmentation of an angioscan in VRT
Rotational film or walk

4 pm-6pm Questions and answers

Copy of software and anatomical sections for the next workshop

Important: participants must bring their PC or Mac notebook as well as a 3-button mouse and a hard drive or USB key

Day 2: New digital anatomy tools for teaching and research.

9 am-10.30am Modeling tools

3d movies and walks
3D and QTVR® objects in powerpoint®
Virtual reality (Oculus®)
Photogrammetry (123D catch®)
“Visible human” projects
Virtual dissection table (DIVA3d):

use of the acrobat 3dpdf interface

Coffee break

11 am-12.30pm WORKSHOP with WINSURF® software (PC)

Presentation of the “visible human korean” database
Winsurf options menu
mono and multi channel segmentation
Winsurf tips and tricks
Construction of vector 3d anatomical objects

Lunch

2 p.m. – 4 p.m. WORKSHOP with WINSURF® software (2)

Assemblies of objects
segmentation of complex objects
Textures and smoothing
Export of models

4.30-6 p.m. Workshop – Acrobat 3dpdf demonstration

Basic functions of acrobat pro
Advanced functions of acrobat pro
JavaScript programming concepts

J 3: WORKSHOP Printing of anatomical 3d objects

9 am-10.30am Horos® Workshop:

Manufacture of models to be printed from angioscans thanks to the “vector modeling” function of Horos.

Cleaning
Choice of thresholding
Automatic 3D segmentation
Mesh 3d production
data export

11 am-12pm General and software demonstration

copy of mesh models for the workshop
Touch-up and cleaning with Meshlab®
Model segmentation with Meshmixer®
printing with Cura® software

Lunch

2 pm-4:30pm WORKSHOP 3d printing software

Meshlab
Meshmixer
Cura

5 pm-6pm Summary – Questions and answers

Day 4: 3D modeler workshop with Blender®:

9 am-12pm

Introduction to Blender® Addicts
Display, layers, manipulation of objects
Editing 3d mesh
Improvement, retouching of anatomical objects
Blender modifiers and advanced functions
Segmentation, skins

Lunch

2 p.m. – 4.30 p.m. Workshop for using Acrobat® 3dpdf:

Export of the models in .u3d format

Working with Acrobat 3dtoolkit

Programming Acrobat pro in javascript

5 pm-6pm Summary of the 4 training days

Questions answers

POST EVALUATION TEST

Course Curriculum

Index
ANATOMIE NUMERIQUE: La révolution de la modélisation 3D 00:00:00
Modeling 00:00:00
QUIZ of DIGITAL ANATOMY 00:30:00

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