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Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
Livio De Luca CNRS-‐MAP, France
This project has been funded with support from the European Commission‘s CIP ICT PSP programme
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q 4.1 DigiNsaNon (post-‐processing) execuNon (MAP)
q 4.2 Metadata creaNon (CISA)
q 4.3 DigiNsaNon (post-‐processing) monitoring and control (CISA)
Objec&ve
General Tasks
execute the digiNsaNon in a smooth and secure way, according to the digiNsaNon plan defined in WP2
WP4 tasksWorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
What is (3D) post processing ?
2D post-‐processing
sampling, filte
ring
2D DigiNsaNo
n
Final outpu
t
WorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
What is (3D) post processing ?
2D post-‐processing 3D post-‐processing
Sampling, filte
ring
Geom
etry re
construcNo
n
Mod
el structuring
Visual enrichm
ent
sampling, filte
ring
2D DigiNsaNo
n
Final outpu
t
WorkPackage 4 -‐ Post processing
3D DigiNsaNo
n
Final outpu
t
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q TECHNIQUES q AutomaNc meshing from a dense 3D point cloud q InteracNve or semi-‐automaNc reconstrucNon based on relevant
profiles q InteracNve or semi-‐automaNc reconstrucNon based on primiNves
adjustment q InteracNve reconstrucNon based on technical iconography (plans,
cross-‐secNons and elevaNons) q InteracNve reconstrucNon based on arNsNc iconography (sketches,
painNngs, etc.)
q SOURCE 3D MODEL FORMAT q ply, Obj, 3DsMAX, Maya, …
q FINAL 3D MODEL FORMAT (for 3D real-‐&me rendering) q Collada , Obj, Ply, …
Post processing execution
Geometric reconstrucNonClassificaNon of post processing techniques et methodologies
WorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q METHODOLOGY q Unstructured (point clouds, simple mesh, ...) q Decomposed in elementary enNNes q Decomposed in elementary enNNes hierarchically organized
( e.g. architectural layouts) q Decomposed in enNNes organized in classes (e.g. materials,
temporal states, etc.)
q DATASET STRUCTURE q 3D GEOMETRY
q Single 3D file structured (1 LOD) q MulNple independent 3D files (1 LOD) q MulNple independent 3D files (mulNple LODs)
q TEXTURES q Embedded into the 3D geometry file q External 2D images
Model structuringClassificaNon of post processing techniques et methodologies
Post processing executionWorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q TECHNIQUES
q Texture extracNon and projecNon starNng from photographs finely oriented on the 3D model (e.g. image-‐based modeling, photogrammetry)
q Texturing by photographic samples of the real materials of the arNfact
q Texturing by generic shaders.
q SOURCE 2D IMAGES FORMAT q TIFF, BMP, TGA, …
q FINAL 2D IMAGES FORMAT (for 3D real-‐&me rendering) q JPG, PNG, …
Visual enrichmentClassificaNon of post processing techniques et methodologies
Post processing executionWorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q HYPOTHETICAL RECONSTRUCTION
q METHODOLOGIES q Basing on the 3D acquisiNon of exisNng (or existed) parts;
q Basing on previous 2D surveys of exisNng (or existed) parts;
q Basing on non-‐metric iconographic sources of the studied arNfact;
q Basing on iconographic sources (metric and / or non-‐metric) related to similar arNfacts;
q SCIENTIFIC (Historic) ADVISING
q ScienNfic Commicee q Bibliographic references
HypotheNcal reconstrucNonClassificaNon of post processing techniques et methodologies
Post processing executionWorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q TYPE OF MEDIA q StaNc image (e.g. renderings) q Animated images (e.g. videotours) q InteracNve Image (e.g. panoramic imaging)
q FORMAT
q Image : q source file : TIFF, TGA,… q final output : JPG, PNG, …
q Video : q source file : MOV, AVI, … q final output : MPEG4, etc...
q Panorama : q source file : TIF, JPG, ... q final output : QuickTime MOV, Flash, ...
Complementary 2D media (images, videos, VR scenes,..)ClassificaNon of post processing techniques et methodologies
Post processing executionWorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
Cerveteri and Tarquinia Tombs (FBK)
Centre Pompidou in Paris (CNRS)
Roman archaeological finds (POLIMI)
Treasury of Marseille in Delphi (CNRS)
Analysis of 4 case studiesClassificaNon of post processing techniques et methodologies
Post processing executionWorkPackage 4 -‐ Post processing
Livio De Luca, MAP Laboratory (UMR 3495 CNRS/MCC) _ FR hcp://www.map.archi.fr
A -‐ GEOMETRIC RECONSTRUCTION
A1 Automa&c meshing from a dense 3D point cloud
A2 InteracNve or semi-‐automaNc reconstrucNon based on relevant profiles
A3 InteracNve or semi-‐automaNc reconstrucNon based on primiNves adjustment
A4 InteracNve reconstrucNon based on technical iconography (plans, cross-‐secNons and elevaNons)
A5 InteracNve reconstrucNon based on arNsNc iconography (sketches, painNngs, etc.)
B -‐ MODEL STRUCTURING
B1 Unstructured (point clouds, simple mesh, ...)
B2 Decomposed in elementary enNNes
B3 Decomposed in elementary enNNes hierarchically organized ( e.g. architectural layouts)
B4 Decomposed in enNNes organized in classes (e.g. materials, temporal states, etc.)
C -‐ DATASET STRUCTURE (Geometry)
C1 Single 3D file structured (1 LOD)
C2 MulNple independent 3D files (1 LOD)
C3 MulNple independent 3D files (mulNple LODs)
D -‐ DATASET STRUCTURE (Textures)
D1 Embedded into the 3D geometry file
D2 External 2D images
E -‐ VISUAL ENRICHMENT
E1 Texture extrac&on and projec&on star&ng from photographs finely oriented on the 3D model (e.g. image-‐based modeling, photogrammetry)
E2 Texturing by photographic samples of the real materials of the arNfact
E3 Texturing by generic shaders.
F -‐ HYPOTHETICAL RECONSTRUCTION
F1 Basing on the 3D acquisiNon of exisNng (or existed) parts;
F2 Basing on previous 2D surveys of exisNng (or existed) parts;
F3 Basing on non-‐metric iconographic sources of the studied arNfact;
F4 Basing on iconographic sources (metric and / or non-‐metric) related to similar arNfacts;
G -‐ SCIENTIFIC (Historic) ADVISING
G1 ScienNfic Commicee
G2 Bibliographic references
Case study 1
Cerveteri and Tarquinia Tombs (FBK)
Livio De Luca, MAP Laboratory (UMR 3495 CNRS/MCC) _ FR hcp://www.map.archi.fr
A -‐ GEOMETRIC RECONSTRUCTION
A1 AutomaNc meshing from a dense 3D point cloud
A2 Interac&ve or semi-‐automa&c reconstruc&on based on relevant profiles
A3 InteracNve or semi-‐automaNc reconstrucNon based on primiNves adjustment
A4 Interac&ve reconstruc&on based on technical iconography (plans, cross-‐sec&ons and eleva&ons)
A5 InteracNve reconstrucNon based on arNsNc iconography (sketches, painNngs, etc.)
B -‐ MODEL STRUCTURING
B1 Unstructured (point clouds, simple mesh, ...)
B2 Decomposed in elementary enNNes
B3 Decomposed in elementary enNNes hierarchically organized ( e.g. architectural layouts)
B4 Decomposed in en&&es organized in classes (e.g. materials, temporal states, etc.)
C -‐ DATASET STRUCTURE (Geometry)
C1 Single 3D file structured (1 LOD)
C2 MulNple independent 3D files (1 LOD)
C3 Mul&ple independent 3D files (mul&ple LODs)
D -‐ DATASET STRUCTURE (Textures)
D1 Embedded into the 3D geometry file
D2 External 2D images
E -‐ VISUAL ENRICHMENT
E1 Texture extracNon and projecNon starNng from photographs finely oriented on the 3D model (e.g. image-‐based modeling, photogrammetry)
E2 Texturing by photographic samples of the real materials of the ar&fact
E3 Texturing by generic shaders.
F -‐ HYPOTHETICAL RECONSTRUCTION
F1 Basing on the 3D acquisiNon of exisNng (or existed) parts;
F2 Basing on previous 2D surveys of exisNng (or existed) parts;
F3 Basing on non-‐metric iconographic sources of the studied arNfact;
F4 Basing on iconographic sources (metric and / or non-‐metric) related to similar arNfacts;
G -‐ SCIENTIFIC (Historic) ADVISING
G1 ScienNfic Commicee
G2 Bibliographic references
Case study 2
Centre Pompidou in Paris (CNRS)
Livio De Luca, MAP Laboratory (UMR 3495 CNRS/MCC) _ FR hcp://www.map.archi.fr
A -‐ GEOMETRIC RECONSTRUCTION
A1 Automa&c meshing from a dense 3D point cloud
A2 InteracNve or semi-‐automaNc reconstrucNon based on relevant profiles
A3 InteracNve or semi-‐automaNc reconstrucNon based on primiNves adjustment
A4 InteracNve reconstrucNon based on technical iconography (plans, cross-‐secNons and elevaNons)
A5 InteracNve reconstrucNon based on arNsNc iconography (sketches, painNngs, etc.)
B -‐ MODEL STRUCTURING
B1 Unstructured (point clouds, simple mesh, ...)
B2 Decomposed in elementary enNNes
B3 Decomposed in elementary enNNes hierarchically organized ( e.g. architectural layouts)
B4 Decomposed in enNNes organized in classes (e.g. materials, temporal states, etc.)
C -‐ DATASET STRUCTURE (Geometry)
C1 Single 3D file structured (1 LOD)
C2 MulNple independent 3D files (1 LOD)
C3 MulNple independent 3D files (mulNple LODs)
D -‐ DATASET STRUCTURE (Textures)
D1 Embedded into the 3D geometry file
D2 External 2D images
E -‐ VISUAL ENRICHMENT
E1 Texture extrac&on and projec&on star&ng from photographs finely oriented on the 3D model (e.g. image-‐based modeling, photogrammetry)
E2 Texturing by photographic samples of the real materials of the arNfact
E3 Texturing by generic shaders.
F -‐ HYPOTHETICAL RECONSTRUCTION
F1 Basing on the 3D acquisiNon of exisNng (or existed) parts;
F2 Basing on previous 2D surveys of exisNng (or existed) parts;
F3 Basing on non-‐metric iconographic sources of the studied arNfact;
F4 Basing on iconographic sources (metric and / or non-‐metric) related to similar arNfacts;
G -‐ SCIENTIFIC (Historic) ADVISING
G1 Scien&fic CommiYee
G2 Bibliographic references
Case study 3
Roman archaeological finds (POLIMI)
Livio De Luca, MAP Laboratory (UMR 3495 CNRS/MCC) _ FR hcp://www.map.archi.fr
A -‐ GEOMETRIC RECONSTRUCTION
A1 Automa&c meshing from a dense 3D point cloud
A2 Interac&ve or semi-‐automa&c reconstruc&on based on relevant profiles
A3 InteracNve or semi-‐automaNc reconstrucNon based on primiNves adjustment
A4 InteracNve reconstrucNon based on technical iconography (plans, cross-‐secNons and elevaNons)
A5 InteracNve reconstrucNon based on arNsNc iconography (sketches, painNngs, etc.)
B -‐ MODEL STRUCTURING
B1 Unstructured (point clouds, simple mesh, ...)
B2 Decomposed in elementary en&&es
B3 Decomposed in elementary enNNes hierarchically organized ( e.g. architectural layouts)
B4 Decomposed in enNNes organized in classes (e.g. materials, temporal states, etc.)
C -‐ DATASET STRUCTURE (Geometry)
C1 Single 3D file structured (1 LOD)
C2 MulNple independent 3D files (1 LOD)
C3 MulNple independent 3D files (mulNple LODs)
D -‐ DATASET STRUCTURE (Textures)
D1 Embedded into the 3D geometry file
D2 External 2D images
E -‐ VISUAL ENRICHMENT
E1 Texture extrac&on and projec&on star&ng from photographs finely oriented on the 3D model (e.g. image-‐based modeling, photogrammetry)
E2 Texturing by photographic samples of the real materials of the arNfact
E3 Texturing by generic shaders.
F -‐ HYPOTHETICAL RECONSTRUCTION
F1 Basing on the 3D acquisi&on of exis&ng (or existed) parts;
F2 Basing on previous 2D surveys of exisNng (or existed) parts;
F3 Basing on non-‐metric iconographic sources of the studied ar&fact;
F4 Basing on iconographic sources (metric and / or non-‐metric) related to similar ar&facts;
G -‐ SCIENTIFIC (Historic) ADVISING
G1 Scien&fic CommiYee
G2 Bibliographic references
Case study 4
Treasury of Marseille in Delphi (CNRS)
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q TYPE 1 q Dense point cloud + regular mesh + vertex coloring q automaNc processing + opNmizaNon q unstructured q final model managed in : Meshlab, RapidForm, ....
q TYPE 2 q Sparse point cloud + structured geometry + texture mapping q semi-‐automaNc and manual processing q structured q final model managed in 3D sokwares (3D studio, Maya, etc..)
q TYPE 3 -‐ integrated techniques
Typical post processing pipelines
}}
}
WorkPackage 4 -‐ Post processing
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
q TYPE 1 q Dense point cloud + regular mesh + vertex coloring q automaNc processing + opNmizaNon q unstructured q final model managed in : Meshlab, RapidForm, ....
q TYPE 2 q Sparse point cloud + structured geometry + texture mapping q semi-‐automaNc and manual processing q structured q final model managed in 3D sokwares (3D studio, Maya, etc..)
q TYPE 3 -‐ integrated techniques
Publica&on formats
WP 5
}}
Typical post processing pipelines
}}}
}
Towards final on-‐line publicaNon formats
WorkPackage 4 -‐ Post processing
final output ready to be converted
final output ready to be converted
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
DIGITISATION
WorkPackage 4 -‐ Post processing
FINAL OUTPUT
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
DIGITISATION }POST PROCESSING
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
WorkPackage 4 -‐ Post processing
MULTIPLE D
IGITAL
ASSETS
FINAL OUTPUT
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
Digi&sa&on
WorkPackage 4 -‐ Post processing
Post processing
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
Post processing
WorkPackage 4 -‐ Post processing
Digi&sa&on
Complementary 2D Media
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
Complementary 2D media
WorkPackage 4 -‐ Post processing
Post processing
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
How many final outputs ?
3D digitization
Terrestrial photogrammetry
3D Laser scanning
1 Pointcloud - exterior
2 Pointcloud - interior32 col Photographs - Details
43 col Photographs - Building parts
Aerial photogrammetry
1 Pointcloud - landscape
1 Orthophotography - landscape
32 Pointclouds - elements
14 Pointclouds - details
Post processing
3D modeling - current state1 CAD-like 3D model - exterior
4 CAD-like 3D models - interior
46 Textured 3D models - details
1 3D Textured mode - exterior
4 3D textured models
1 Textured 3D model
3D modeling - hypothetical states
1 Textured 3D mode - 12th century
1 Textured 3D model - 11th century
1 Textured 3D mode - 10th century
1 Textured 3D model (interior/detail) - 11th century
Complementary 2D media
3D model - current state
3D model - 12th century3D model - 11 th century
3D model - 10th century
4 images - 1 video
4 images - 1 video
2 images - 1 video
3 images - 1 video1 video
50 images - detail
}q 3D Digi&sa&on
q Images : 75 collecNons (+ 450 images) + 1 orthophotography
q 3D models : 50 pointclouds
q Post processing q Current state :
q 5 cad-‐like 3D models q 52 textured 3D models
q HypotheNcal states : q 4 textured 3D models
q Complementary 2D media (derived from 3D models) q 63 Images (rendering) q 5 Video animaNons
-‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ -‐ q Total
q 111 3D Models q 50 pointclouds q 5 cad-‐like 3D models q 56 textured 3D models
q 514 images q 75 images collecNons (+ 450 images) q 64 images (derived from the 3D model)
WorkPackage 4 -‐ Post processing
The case of Saint Michel de Cuxa’s cloister
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
WorkPackage 4 -‐ Post processing
Metadata creationLinking the 3D processing pipeline to the metadata creaNonVersailles Petit Trianon Chambre de la Reine
Sécrétaire W1-‐38-‐1
Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project Analysis of the 3D reconstruction methodologies used within the framework of the 3D-‐ICONS project
WorkPackage 4 -‐ Post processing
Metadata creationLinking the 3D processing pipeline to the metadata creaNonVersailles Petit Trianon Chambre de la Reine
Sécrétaire W1-‐38-‐1
Digital asset 3D Textured PointCloud HD version
Digital asset 3D Textured Model HD and LD version
Digital asset Video animation
PHYSICALOBJECT
DIGITALASSET
DIGITALASSET
DIGITALASSET
a
even
t typ
e
event type event type event type event type
ACTIVITY
3D Modeling process
2D medias (derived from the 3D model) Scientific and technical support Origin of resource
Type of sur
vey /
Dat
a ac
quisi
tion
VR objects) documentation term
inology representation hypothesis figurative search simolar properties
(passive senso
r)
(a
ctiv
e se
nsor
)
Geo
detic
Sec
tions
/ Sk
etch
-up
re
cons
truct
ion
re
co
nstructio
n s
tructuring enrichment (e.g. renderings) (e.g. videotours) (e.g. panoram
ic, specific appropriate problems of the reconstruction research stylistic and
analysis with
Image-b
ased
Ra
nge-
base
d
To
pogr
aphi
c
CAD
/ M
aps
Rea
lity b
ased
H
ypothetical
Model
Visual Static images Animated images Interactive images To provide To suggest an To identify the Formulate a Bibliographic Iconographic,
Comparative
Library reference
collection and
online
bibliographic
search engine
Library referencecollection and
online bibliographicsearch engine
Morphology,
typology,m
aterials,etc.
Historical period,
architectural typology,
climate zone, etc.
Based on a
comparative
analysis with
similar
properties
A B C
Report on
archaeological
work, static
and dynamic
analysis, etc.
DIGIT
IZAT
ION
3D M
ODELING RENDERING SCIENTIFIC ADVISING DOCUMENTATION
ORGANIZATION
Country
Co
ntac
ts
Name Source Date
ACTOR
Actor type Actor type
Team (or o
rgan
isat
ion)
Individual
Actor Name Roles Place of Birth Place of Dead Date of Birth Dateof Dead
Disp
lay d
ate
P
lace
of Acti
vity
Stat
ic Im
ages
A
nim
ated
Imag
es
I
nter
activ
e Im
ages
Consu
lte
d during the project
Created during the project Photos Sketch CAD MAPS Raw
Consolidated Interactive Work 3D Model Source 3D Model W
eb 3D Model
Type of ressource
Documentary Photos 2D Drawings Point cloud 3D Model
Com
plem
enta
ry
Documentary
DIGITALRESOURCES
Appe
latio
n na
me
Spatia
l
Description
HERITAGEASSET
HA(Monument)
HA(Part de)
HA(Element)
Appelation name Spatial Description
type
ty
pe type type
resources
2
D M
edia
reso
urces
Appelation name Spatial DescriptionAppelation name
S
patial
Desc
riptio
n
HA(Furniture)
ACTIVITYAppelation Name**
Event Type*Has General PurposeActorHas assistedIs derived ofHad Specific PurposeStart DateEnd DateMethodsMaterialSoftware
4ème Campagne de relevé du mobilier des appartements du 1er etage du Petit TrianonDigitizationNumérisation photographique et laser du mobilier conservé en AngleterreLazare GRENIER, Noémie RENAUDIN
Novembre 2008Novembre 2008Image-based survey, Range-based surveyNIKON D300, Nikkor 18-70mm, Konica Minolta V-910
ACTORActor Name **Actor TypeRolesPlace of BirthPlace of DeathPlace of ActivityDate of BirthDate of DeathDisplay Dates
Noémie RENAUDINIndividualAssistante Ingenieur
Lazare GRENIERIndividualGéomètre
ORGANIZATIONOrganization Name **Source *Date *Country *Contacts Name *Contacts RoleContacts OrganizationContacts Address Building NameContacts Address Number In RoadContacts Address Road NameContacts Address Town Or CityContacts Address Postcode or ZipcodeContacts Address LocalityContacts Address Admin AreaContacts Address CountryContacts PhoneContacts FaxContacts EmailContacts Description
UMR 3495 CNRS/MCC MAPUMR 3495 CNRS/MCC MAP13/02/2014FRANCELivio DE LUCAIngénieur de Recherche au CNRS, HDRUMR 3495 CNRS/MCC MAPCampus CNRS Joseph Aiguier, Bât Z'31Chemin Joseph AiguierMarseille Cedex 2013402
FRANCE+33 (0)491164347+33 (0)[email protected]
Appelation Name**Description**
Link (thumbnail)**Object **Is Shown at**Copyright Credit Line**Europeana Rights **Access Rights (enum)Reproduction RightsLicenceType*Format* DetailsPublisherPlace (publication)Actor
Data_10.vvdNuage de point issu du relevé laser de la table mécanique W1-38-1 UMR 3495 CNRS/MCC MAPThe Public Domain Mark (PDM) Nuage de points.vvd Noémie RENAUDIN
DIGITAL RESSOURCE
Is part of
W 1-38-1
Chambre de la Reine
Digitisation
24 photos
1 point-cloud
A1
PHYSICALOBJECT
DIGITALASSET
DIGITAL ASSET -‐ 3D POINT CLOUD
a
even
t typ
e
event type event type event type event type
ACTIVITY
3D Modeling process
2D medias (derived from the 3D model) Scientific and technical support Origin of resource
Type of sur
vey /
Dat
a ac
quisi
tion
VR objects) documentation term
inology representation hypothesis figurative search simolar properties
(passive senso
r)
(a
ctiv
e se
nsor
)
Geo
detic
Sec
tions
/ Sk
etch
-up
re
cons
truct
ion
re
co
nstructio
n s
tructuring enrichment (e.g. renderings) (e.g. videotours) (e.g. panoram
ic, specific appropriate problems of the reconstruction research stylistic and
analysis with
Image-b
ased
Ra
nge-
base
d
To
pogr
aphi
c
CAD
/ M
aps
Rea
lity b
ased
H
ypothetical
Model
Visual Static images Animated images Interactive images To provide To suggest an To identify the Formulate a Bibliographic Iconographic,
Comparative
Library reference
collection and
online
bibliographic
search engine
Library referencecollection and
online bibliographicsearch engine
Morphology,
typology,m
aterials,etc.
Historical period,
architectural typology,
climate zone, etc.
Based on a
comparative
analysis with
similar
properties
A B C
Report on
archaeological
work, static
and dynamic
analysis, etc.
DIGIT
IZAT
ION
3D M
ODELING RENDERING SCIENTIFIC ADVISING DOCUMENTATION
ORGANIZATION
Country
Co
ntac
ts
Name Source Date
ACTOR
Actor type Actor type
Team (or o
rgan
isat
ion)
Individual
Actor Name Roles Place of Birth Place of Dead Date of Birth Dateof Dead
Disp
lay d
ate
P
lace
of Acti
vity
Stat
ic Im
ages
A
nim
ated
Imag
es
I
nter
activ
e Im
ages
Consu
lte
d during the project
Created during the project Photos Sketch CAD MAPS Raw
Consolidated Interactive Work 3D Model Source 3D Model W
eb 3D Model
Type of ressource
Documentary Photos 2D Drawings Point cloud 3D Model
Com
plem
enta
ry
Documentary
DIGITALRESOURCES
Appe
latio
n na
me
Spatia
l
Description
HERITAGEASSET
HA(Monument)
HA(Part de)
HA(Element)
Appelation name Spatial Description
type
ty
pe type type
resources
2
D M
edia
reso
urces
Appelation name Spatial DescriptionAppelation name
S
patial
Desc
riptio
n
HA(Furniture)
ACTIVITYAppelation Name**
Event Type*Has General PurposeActorHas assistedIs derived ofHad Specific PurposeStart DateEnd DateMethodsMaterialSoftware
Modélisation 3D de la table mécanique W1-38-1
3D ModelingModélisation 3D de la table mécanique W1-38-1Luca FORESI, Noémie RENAUDIN
Août 2009Août 2009Geometric Reconstruction, Visual Enrichment
Autodesk Image Modeler 4.0 ; Autodesk Maya 2008
ACTORActor Name **Actor TypeRolesPlace of BirthPlace of DeathPlace of ActivityDate of BirthDate of DeathDisplay Dates
Luca FORESIIndividualGéomètre
ORGANIZATIONOrganization Name **Source *Date *Country *Contacts Name *Contacts RoleContacts OrganizationContacts Address Building NameContacts Address Number In RoadContacts Address Road NameContacts Address Town Or CityContacts Address Postcode or ZipcodeContacts Address LocalityContacts Address Admin AreaContacts Address CountryContacts PhoneContacts FaxContacts EmailContacts Description
UMR 3495 CNRS/MCC MAPUMR 3495 CNRS/MCC MAP13/02/2014FRANCELivio DE LUCAIngénieur de Recherche au CNRS, HDRUMR 3495 CNRS/MCC MAPCampus CNRS Joseph Aiguier, Bât Z'31Chemin Joseph AiguierMarseille Cedex 2013402
FRANCE+33 (0)491164347+33 (0)[email protected]
Appelation Name**Description**
Link (thumbnail)**Object **Is Shown at**Copyright Credit Line**Europeana Rights **Access Rights (enum)Reproduction RightsLicenceType*Format* DetailsPublisherPlace (publication)Actor
W1-38-1.mbFichier Maya de reconstruction 3D de la table mécanique W1-38-1 UMR 3495 CNRS/MCC MAPThe Public Domain Mark (PDM) 3D.mb Luca FORESI
DIGITAL RESSOURCE
Is part of
Noémie RENAUDINIndividualAssistante Ingenieur
W 1-38-1
Chambre de la Reine
3D modeling
1 HD 3D Model (local) 1 LD 3D model (web)
A1
A2
PHYSICALOBJECT
DIGITALASSET
DIGITAL ASSET -‐ TEXTURED 3D MODEL
a
even
t typ
e
event type event type event type event type
ACTIVITY
3D Modeling process
2D medias (derived from the 3D model) Scientific and technical support Origin of resource
Type of sur
vey /
Dat
a ac
quisi
tion
VR objects) documentation term
inology representation hypothesis figurative search simolar properties
(passive senso
r)
(a
ctiv
e se
nsor
)
Geo
detic
Sec
tions
/ Sk
etch
-up
re
cons
truct
ion
re
co
nstructio
n s
tructuring enrichment (e.g. renderings) (e.g. videotours) (e.g. panoram
ic, specific appropriate problems of the reconstruction research stylistic and
analysis with
Image-b
ased
Ra
nge-
base
d
To
pogr
aphi
c
CAD
/ M
aps
Rea
lity b
ased
H
ypothetical
Model
Visual Static images Animated images Interactive images To provide To suggest an To identify the Formulate a Bibliographic Iconographic,
Comparative
Library reference
collection and
online
bibliographic
search engine
Library referencecollection and
online bibliographicsearch engine
Morphology,
typology,m
aterials,etc.
Historical period,
architectural typology,
climate zone, etc.
Based on a
comparative
analysis with
similar
properties
A B C
Report on
archaeological
work, static
and dynamic
analysis, etc.
DIGIT
IZAT
ION
3D M
ODELING RENDERING SCIENTIFIC ADVISING DOCUMENTATION
ORGANIZATION
Country
Co
ntac
ts
Name Source Date
ACTOR
Actor type Actor type
Team (or o
rgan
isat
ion)
Individual
Actor Name Roles Place of Birth Place of Dead Date of Birth Dateof Dead
Disp
lay d
ate
P
lace
of Acti
vity
Stat
ic Im
ages
A
nim
ated
Imag
es
I
nter
activ
e Im
ages
Consu
lte
d during the project
Created during the project Photos Sketch CAD MAPS Raw
Consolidated Interactive Work 3D Model Source 3D Model W
eb 3D Model
Type of ressource
Documentary Photos 2D Drawings Point cloud 3D Model
Com
plem
enta
ry
Documentary
DIGITALRESOURCES
Appe
latio
n na
me
Spatia
l
Description
HERITAGEASSET
HA(Monument)
HA(Part de)
HA(Element)
Appelation name Spatial Description
type
ty
pe type type
resources
2
D M
edia
reso
urces
Appelation name Spatial DescriptionAppelation name
S
patial
Desc
riptio
n
HA(Furniture)
ACTIVITYAppelation Name**
Event Type*Has General PurposeActorHas assistedIs derived ofHad Specific PurposeStart DateEnd DateMethodsMaterialSoftware
Création de médias 2D asscociés à la table mécanique W1-38-1
RenderingRendu Vidéo de la manipulation de la table mécanique W1-38-1Luca FORESI, Noémie RENAUDIN
Août 2009Août 2009Animated Images
Autodesk Maya 2008
ACTORActor Name **Actor TypeRolesPlace of BirthPlace of DeathPlace of ActivityDate of BirthDate of DeathDisplay Dates
Luca FORESIIndividualGéomètre
ORGANIZATIONOrganization Name **Source *Date *Country *Contacts Name *Contacts RoleContacts OrganizationContacts Address Building NameContacts Address Number In RoadContacts Address Road NameContacts Address Town Or CityContacts Address Postcode or ZipcodeContacts Address LocalityContacts Address Admin AreaContacts Address CountryContacts PhoneContacts FaxContacts EmailContacts Description
UMR 3495 CNRS/MCC MAPUMR 3495 CNRS/MCC MAP13/02/2014FRANCELivio DE LUCAIngénieur de Recherche au CNRS, HDRUMR 3495 CNRS/MCC MAPCampus CNRS Joseph Aiguier, Bât Z'31Chemin Joseph AiguierMarseille Cedex 2013402
FRANCE+33 (0)491164347+33 (0)[email protected]
Appelation Name**Description**
Link (thumbnail)**Object **Is Shown at**Copyright Credit Line**Europeana Rights **Access Rights (enum)Reproduction RightsLicenceType*Format* DetailsPublisherPlace (publication)Actor
secretaire-7.movVidéo de la manipulation de la table mécanique W1-38-1 UMR 3495 CNRS/MCC MAPThe Public Domain Mark (PDM) Vidéo.mov Noémie RENAUDIN
DIGITAL RESSOURCE
Is part of
Noémie RENAUDINIndividualAssistante Ingenieur
W 1-38-1
Chambre de la Reine
Complementary 2D media (video)
1 video animation A1
A2 A3
1 HD 3D Model (local) 1 LD 3D model (web)
24
1point-cloud
PHYSICALOBJECT
DIGITALASSET
DIGITAL ASSET -‐ VIDEO ANIMATION
