ARCHEOMATIC A - GIS, 3D, OPEN DATA WORKSHOPS PRE ACTS ARCHEOFOSS 2021 CONFERENCE - GEOWEB
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Quarterly Magazine, Volume XIII september 2021
ISSUE 3 SPECIAL SUPPLEMENT
A A
Cultural Heritage Technologies
rcheomatic
international
ArcheoFoSS 2021 conFerence
GIS, 3D, oPen DATA
WorKShoPS
Pre AcTS
www.archeomatica.it
EDITORIAL
ArcheoFoSS 2021 PreSenTATIon
• Introduction: The ArcheoFOSS 2021 Conference.
The 15th edition of the international conference ArcheoFOSS Open Software, hardware, processes, data, and
formats in archaeology is now open.
Italian.
The conference will address a range of important topics and themes relating to data sharing, open tools, processes
and formats in the archaeological domain.
• The structure of the conference.
• A ‘light version’ for a ‘complex issue’.
years.
• The FOSS way to organise ArcheoFOSS
• State of the art
management.
• Closing
• Credits
by Domizia D'erasmo, Cristina Esteban Gonzalez, Paolo Rosati, Matteo Serpetti, Livia Tirabassi
IN THIS ISSUE
Section 1: GiS uSinG qGiS, qfield and pyarchinit in the
maaSSer el-Shouf archaeoloGical proJect
open Source GiS for coloSSeum Study and (lebanon)
manaGement Silvia feStuccia, roberto montaGnetti,
eliSa cella, fabio fumaGalli, pietro Giovanna verde
Giannini, Silvia impinna,franceSco
laddaGa, barbara nazzaro, federica from micro-reGional to intra-Site analySeS:
rinaldi, Jacopo ruSSo, emiliano tondi, the maipe GiS in the kurdiStan reGion
martina almonte, Simona morretta of iraq aS a caSe-Study
valentina oSelini, luca peyrone, eliSa
an open Source platform addreSSinG Ginoli, michael campeGGi, andrea
Structural Stability riSk aSSeSSment in pezzotti, luca forti
hiStorical centerS
renzo carlucci, charilaoS maniatakiS, un ecoSiStema diGitale per la conoScenza,
philip fayad, andrea di iorio, nikolauS la conServazione e la valorizzazione del
SketakiS, coStantine SpyrakoS, hariS Sito archeoloGico medievale di Satrianum
SaroGlou, aleSSio di iorio, alexandroS (tito, pz). Strumenti foSS.
paraSkeuaS, nikoS papadopouloS GiorGia dato, euGenio Saccà, aleSSandro
Spadaro,
mo(v)eit: proof of concept of a road
Graph for late antique eGypt Section 3: 3d
Julian boGdani
Sapienza univerSity of rome virtual tour realizzato con pannellum ed
inteGrazioneleafletJS
palaeo-landScape feature identification: martina frau, valerio de luca
a foSS cloud-baSed python approach
throuGh GooGle earth enGine (Gee) the roman villa of l’albir (alicante,
Guillem dominGo-ribaS, filippo brandolini Spain). the uSe of blender and the
extended matrix in the virtual recreation
Section 2: GiS Jaime molina, carolina fríaS, Javier
muñoz, laia fabreGat, aleJandro martín,
qfield, pyarchinit and bradypuS, daniel teJerina,
interchanGe of protocolS and workflowS
for academic reSearch uSe of 3d modellinG and open-Source
by GiuSeppe Guarino, paolo roSati proGramS for Student reSearch proJectS
on the ancient maya Site of pacbitun,
belize.
Sheldon SkaGGS, hadJa Jalloh, GeorGe
micheletti, terry powiS
ArcheomaticA
CULTURAL HERITAGE TECHNOLOGIES
chIeF eDITor
Renzo CaRluCCi
dir@archeomatica.it
Quarterly Magazine, Volume XII Special Issue 3 2021
MAnAGInG eDITor
Archeomatica, quarterly published since 2009, is the MiChele Fasolo eDITorS
michele.fasolo@archeomatica.it MaRia ChiaRa spezia
redazione@archeomatica.it
eDITorIAl BoArD
annalisa CipRiani, MauRizio FoRte, liCia RoMano
tation, analysis and diagnosis, restoration and mainte
BeRnaRd FRisCheR, Giovanni ettoRe GiGante, licia.romano@archeomatica.it
MaRio MiCheli, steFano Monti, valeRio CaRluCCi
FRanCesCo pRospeRetti, MaRCo RaMazzotti, valerio.carlucci@archeomatica.it
antonino saGGio, FRanCesCa salveMini, luCa papi
RodolFo MaRia stRollo luca.papi@archeomatica.it
combination of StandardiSed methodS 25/11/2021
to create a detailed Source-baSed
reconStruction of thetepidarium at wikimedia italia and archeofoSS,
l’alcudia de elche, alicante, Spain wikiproJect 2021 the meaninG and the
criStina Gonzalez-eSteban upload of the archeofoSS 2019-20
articleS in wikibookS
Section 4: open data by paolo roSati
uSinG proGramminG environmentS for encodinG and inputtinG ancient eGyptian
academic reSearch and writinG and coptic for further diGitization of
morGan lemmer-webber cultural heritaGe in the future
by So miYaGawa
re3draGon – the archaeoloGical floS
reSearch reSource reGiStry and api for #mich, il primo contatto: da pyarchinit
data draGonS a extended matrix in blender per le
thiery allard-meeS ricoStruzioni 3d di Sequenze StratiGrafiche
by enzo cocca, luca mandoleSi, emanuel
epiGraphic databaSe rome (edr) towardS demetreScu, bruno fanini
relational openneSS: development of the
JSon format 26/11/2021
Silvia orlandi, Saverio Giulio malateSta,
lanfranco fabriani direttiva 2019/790/ue e beni culturali
by pierGiovanna GroSSi, marco ciurcina
workShopS
dalla carta al SiStema informativo
24/11/2021 territoriale archeoloGico: il caSo di
rubiera (re)
full immerSion in cultural heritaGe by pierGiovanna GroSSi, alberto beluSSi,
environmentS: a new ideha for data annaliSa capurSo, Sara miGliorini,
manaGinG and diSplayinG
by luca bevilacqua, bruno fanini, nicola open hiStory map - cloud firSt
mariniello, auGuSto palombini, vladimiro Scotto infraStructure fordiGital humanitieS
di carlo, antonio SorGente, paolo vanacore by marco montanari, lorenzo GiGli
bduS4 reSt api: proGrammatic acceSS to open hiStory map data index - monitorinG
bduS4 web databaSeS to build rich internet the quality and coveraGe of open data of
applicationS or deSktop appS the paSt
by Julian, boGdani marco montanari
dal cielo alla terra fin Sulla carta con open hiStory map
pyarchinit marco montanari, lucia marSicano,
by roberto montaGnetti raffaele troJaniS, Silvia bernardoni
a publication
Science & Technology Communication
SuBScrIPTIonS GrAPhIc DeSIGn
tatiana iasillo daniele CaRluCCi
diffusione@archeomatica.it daniele@archeomatica.it
Science & Technology Communication
MediaGeo soC. Coop. PuBlISher PrInTeD By
via palestRo, 95 MediaGeo soC. Coop. SySTeM GrAPhIc Srl
00185 RoMa Archeomatica è una testata registrata al VIA DI Torre SAnTA AnASTASIA 61 00134 roMA
tel. 06.64.87.12.09 Tribunale di Roma con il numero 395/2009
Fax. 06.62.20.95.10 del 19 novembre 2009
www.archeomatica.it
ClosinG date: 11 noveMBeR 2021
ARCHEOFOSS - SECTION 1: GIS
OPEN-SOURCE GIS FOR COLOS- The database currently consists of thousands of geom-
etries, images, or technical relations, accessible both via
SEUM STUDY AND MANAGEMENT the QGis platform for the cartographic part and with an ap-
plication for complex queries.The maintenance manage-
by Elisa Cella, Fabio Fumagalli, Pietro Giannini, Silvia ment app object of this presentation is currently un-
Impinna, Francesco Laddaga, Barbara Nazzaro, Federica
Rinaldi, Jacopo Russo, Emiliano Tondi, Martina Almonte,
Simona Morretta an integral partof the general system and was created
through an OS Webgis laying on the mapping dataset,
integrated by an intervention management dashboard.The
app generates a location-based alert, like textual and
-
tics of the intervention needed. The reporting activity
the archaeological site (engineers, workers, cleaners,
rejects the ticket and is in charge of opening new activities,
such as assigning priorities, deadlines, setting chronologi-
details to the original tracker. He also has itsmanage-
ment dashboard in a desktop environment, connected
to the same PostGIS database used by the "tracker."Every
report or ticket is connected to a reference system based
on the architectural characteristics of the Colosseum and
is called "Flavian Coordinates." Instead of latitude, longi-
Both the architectural and fruition complexity of the Flavi- tude, and altitude, we have adopted three coordinates
an Amphitheatrehas become even more evident during the identifying the fornix, the ring, and the order, divid-
pandemic lockdowns: the past months saw the increase ing the monument into univocal and coded reference units.
of maintenance and conservation activities, together with Opening a ticket starts a procedure designed for adaptive
the last phase of the restoration works of the hypogea, as screens and optimized for mobile devices: the system pro-
the second act of a broader intervention on the vides a three screens wizard for locating the anomaly by
entire monument, started in 2011 by SSCol Superin- simply tapping the surface of the device in correspondence
with the Flavian coordinates in which the element is; com-
and Southern Colosseum fronts. It gave a chance to design -
in 2016 an OSS GIS for the storage of all the conser- cabularies and accessible text areas; uploading one
vation mappings and interventions carried out on the
- areas to control. Once saved, the report becomes part of
ment's architectural and archaeological elements. Mainly the tickets archive. It is visible in a summary map of allthe
intended as an atlas, the system allowed the query of alerts waiting for check: thanks to this procedure, all
any information from the drawings or documents stored, the interventions deriving from a report are stored, as
including images at the deepest detail, as in the case of the well as the evolutions in priorities or intervention planning,
brick curtain wall of the southern front, consisting of about tracking the historical memory of the maintenance status of
22,000 bricks vectorized in 1:1 scale. In 2018, at the start every single element reported.
Thanks to this archive, the Colosseum maintenance app
expand the GIS system, creating a broader atlas of res- may become a core tool for managing a monument that
toration, architectural and archaeological features of the would provide challenging tasks even if it were not open to
entire monument. Most of all, the whole dataset was the public. The chance to historicize and track any inter-
used to enhance and computerize the daily, complex, ventions and check over the past years' reports allows one
and multifaceted management of the building's ordinary to better understand the anomalies of the moment. It im-
plements the ordinary integrated maintenance of the mon-
the use of OS software, considering the constant updates, ument, providing a helpful tool to strengthen long-lasting
- strategies. The entire OS GIS is, in fact, much broader and
ligation to comply with the Digital Administration Code. more complex than illustrated and obviously allows to in-
A vast interdisciplinary team developed a programming and terrogate and manage, for documentation and research ac-
monitoring system for structural and ordinary management tivities, all the archaeological and archival aspects, through
issues; the range of activities goes from cleaning and complex queries of historical cartography, drawings, and
electrical systems report management to consolidation in- photographs through the use of metadata; however, the
terventions, based on a dataset of all the restorations car- system is designed to interact with future activities, as it is
ried out on the walls of the monument from 2017 onwards. provided for the connection to the BIM system, related to
The management heart of the OS system architecture is the the 3D survey of the entire monument for the new forth-
PostGIS database. It counts hundreds of cross-checking re- coming seismic monitoring.
ports and automation, guaranteeing the consistency of
-
cation system allows the safe management of different
users' needs, with varying authorization levels.
6 ArcheomaticA N°3 september 2021
Cultural Heritage Technologies 7
BiBliographical sources Symposium, 2 – 6 September 2013, Strasbourg, France.
E. Cella, A.Palombini (2012) Il futuro della professione di Paolini, A. et al., (2012). Risk Management at Heritage
archeologo, fra la tutela del diritto intellettuale e il libero Sites: a case study of the Petra World Heritage Site, Am-
accesso ai dati, in MapPapers 3-II: pp. 76-80.
M. Acerno, D.Fiorani (2019) Innovative Tools For Managing -
Historical Buildings: The Use Of Geographic Information tenance and Monitoring of Monuments and Sites. Available
System And Ontologies For Historical Centers, in ISPRS An- at: http://precomos.org [Accessed June 7, 2011].
nals of the Photogrammetry, Remote Sensing and Spatial Waller R., (1995) Risk management applied to preventive
Information Sciences.
G. Panzarino (2016) WebGIS e divulgazione del dato ar- eds. Storage of natural history collections: A preventive
cheologico con software open source. Il progetto “Siponto conservation approach, pp.21–28.
aperta" 2016, in F. Stanco, G. Gallo (a cura di), Proceed-
ings of ArcheoFOSS. Open Source, Free Software e Open
Format nei processi di ricerca archeologica. VIII workshop
(Catania, 18-19 giugno 2013), Archaeopress, pp. 101-111. Keywords
M. Canciani, F. Chiappetta, M. Michelini, E. Pallottino, M. Colosseo; ParCo; PostGIS; QGIS; WebGIS
Saccone, A. Scortecci (2014) A new Gis-based map of Villa
Adriana, a multimedia guide for ancient paths, in ISPRS An- authors
nals of the Photogrammetry, Remote Sensing and Spatial Elisa Cella1, Fabio Fumagalli2, Pietro Giannini3, Silvia Im-
Information Sciences. pinna3 3 1
, Federica,
A. Salvatori (2009) Web Map Service nei processi di ricerca Rinaldi Jacopo Russo , Emiliano Tondi , Martina Almonte1,
1 3 3
archeologica, in Archeologia e Calcolatori, Suppl. 2, pp. Simona Morretta4
145-152.
O. Vileikis, B. Dumont, E. Serruys, K. Van Balen, V.Tigny, P. Parco archeologico del Colosseo1, Freelance2, Poleis scarl3,
Soprintendenza Speciale Archeologia Belle Arti e Paesaggio
And Monitoring With The Support Of The Silk Roads Cultural di Roma4.
Heritage Resource Information System, in ISPRS Annals of
the Photogrammetry, Remote Sensing and Spatial Infor-
mation Sciences, Volume II-5/W1, XXIV International CIPA
®
ACADEMY ®
AN OPEN-SOURCE PLATFORM Geometrical data
ADDRESSING STRUCTURAL
STABILITY RISK ASSESSMENT IN Satellite data
HISTORICAL CENTERS
Vulnerability data
The Structural Model processor
Fig. 1 - The indicative output of the code for the test case in Nafplion (Greece).
algorithms and create models and applications with this.
Introduction
eling system with the integration of different data, from
spectral data.
mation, to create deformation soil maps. To achieve those
The structural data
The risk map generation
compact format for transferring geospatial information.
The Seismic hazard data
of points within the area of interest. The side of the grid is
timate of the spectral displacement of the expected hazard
The GIS platform
Structural data
open format.
8 ArcheomaticA N°3 september 2021
Cultural Heritage Technologies 9
ABSTrAcT
Actual achievements
KeyWorDS
BIBlIoGrAPhIcAl reFerenceS
AuThorS
1 2
, An
5 6
,
ing, ,
10 11
Orsini12
10,11
.
SoFTWAre AnD lIcenSe
Structures
odology to determine elastic displacement spectra in the
ing,
Soil Dynamics
Hazards and Earth System Sciences
Remote
Sens. 2021,
Remote Sens.
Rev. Geo
phys.
stitute
MO(V)EIT: PROOF OF CONCEPT
OF A ROAD GRAPH FOR LATE
graph.
ANTIQUE EGYPT
general landscape.
Screenshot of MOvEIT web application
the polyline representing the Nile, while farther sites were
Nile.
application to their own data sets.
The road graph
information.
The Web application
dered as a point layer, and providing the nodes of the graph.
The second, a polyline layer, connecting these nodes and as
lished explaining the methodology followed to localize and
the already listed sites and in providing geographical coor
10 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 11
the application.
aBstRaCt
tation of the Atlas.
authoR
list oF Floss soFtwaRe used/ data RepositoRy and liCenCe:
Via Indipendenza, 106
46028 Sermide - Mantova - Italy
Phone +39.0386.62628
info@geogra.it
www.geogra.itPALAEO-LANDSCAPE FEATURE
IDENTIFICATION: A FOSS
CLOUD-BASED PYTHON APPROACH
THROUGH GOOGLE EARTH ENGINE
(GEE)
by
Test case area
ity and effectiveness of the methodology that we propose.
Contemporary landscapes materialise from the complex
ing this type of approach.
activities as active geomorphological agents that modify
velopment perspectives.
scape research. These tools have improved the analysis of
landscape dynamics over different spatial and temporal
Materials and methods
mercial archaeological companies do not normally receive
a high investment, software companies’ licenses can hinder
12 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 13
ABSTrAcT
for any area of the world.
KeyWorDS
2
AuThorS
1
Filippo Brandolini2
Final remarks
,
1 2
regarding the mitigation of specialist software, data licens
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
BIBlIoGrAPhIcAl reFerenceS
Comput
ing in Science & Engineering
World Archaeol
ogy
In
to Reading the Landscape
Heritage & Society
towards their integration into everyday archaeological
EnvironmentalARCHEOFOSS - SECTION 2: GIS
QFIELD, PYARCHINIT AND BRADY-
PUS , INTERCHANGE OF PROTO-
COLS AND WORKFLOWS FOR ACA-
DEMIC RESEARCH
From PyArchInit to BraDypUS and vice versa
by Giuseppe Guarino, Paolo Rosati
own OS.
Name Type
standardise 0 N
1 sito
digitally standardised. 2 nazione
regione
5 descrizione
6 provincia
software to aid in developing a criterion for the creation sito
Tab 1. PyArchInit “Scheda Sito” - Site table, (credits Enzo Cocca 2021)
The systems used
Soprintendenza’
1
14 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 15
KeyWorDS
From GIS archaeological platform to QField
AuThorS
1
2
1
2
.
lIST oF FloSS SoFTWAre uSeD/DATA rePoSITory AnD lIcence
enD noTeS
1
2
BIBlIoGrAPhIcAl reFerenceS
Archeologia e tecnologie di rete. Me
todi, strumenti e risorse digitali
cessi di ricerca archeologica”
Field.’ In
Di Ricerca Archeologica”
Format nei processi di ricerca archeologica”
ABSTrAcTUSING QGIS, QFIELD AND Construction, processing, and development of the
Geographic Information System (MeSAP QGIS)
PYARCHINIT IN THE MAASSER
EL-SHOUF ARCHAEOLOGICAL
PROJECT (MESAP)
by Silvia Festuccia, Roberto Montagnetti,
Giovanna Verde
veyed.
ritory in the this area is very im
archaeological and ecological heritage.
in press
the area.
et alii, in press
settlement and paying attention to the exploitation systems
scape.
et alii, in press
Another priority is the extensive excavation of the area of
16 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 17
ABSTrAcT
nean coast, from the Bronze age to the Ottoman period.
Concerning the archaeological investigation interventions,
search.
team.
m space.
veys, remote sensing, geoprocessing and conservation and
KeyWorDS
AuThor
1
2
1
Conclusions lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
BIBlIoGrAPhIcAl reFerenceS
per la gestione dei dati di scavo, Archeologia e Calcolatori,
cheologica
archaeologist,
et alii in print
et alii in print,
Landscape/Heritage Preservation Strategies’FROM MICRO-REGIONAL TO INTRA- The geomorphological approach for the reconstruction of
the archaeological landscape between Helawa and Aliawa
SITE ANALYSIS: THE GIS OF THE
ITALIAN ARCHAEOLOGICAL EXPE-
DITION IN THE ERBIL PLAIN (KURD-
ISTAN REGION OF IRAQ)
Forti,
Elisa Ginoli, Andrea Pezzotta, Luca Peyronel
the different landforms with several linear and polygonal
2
.
The archaeological survey collection data management
. The
Fig.1 - Slope Analysis of Helawa with the indication of excavation areas and the
characterisation of the anthropic environment around the mound and the natural sides, in which diagnostic materials were collected and lo
gullies. The colour shades indicate steepness in percentage. The MAIPE team
has realised the Slope Analysis of Helawa with QGIS on the basis of the Digital
Elevation Model developed in 2013 (©MAIPE).
etc.
drainage system together with the Siwasor and the Bastora
et al. tion.
1
managing the archaeological and paleoenvironmental data At Aliawa, a similar collection and digitisation methodology
spatial development and its geomorphological setting in the
18 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 19
QGIS for the archaeological excavation
ABSTrAcT
etc
relation to other layers, dimensions, elevation, and associ
ated materials. analyses considering the complex diachronic development
KeyWorDS
phology
AuThorS
Valentina Oselini1 * 2
5 6
Conclusions
Italy1
created with licensed software and to integrate data made
BIBlIoGrAPhy
Archeologia e Calcola
tori
ogy
pettive per la ricerca. Archeologia e Calcolatori
Archeo
logia e Calcolatori
Mesopotamia
thUN ECOSISTEMA DIGITALE PER LA
CONOSCENZA, LA CONSERVAZIONE
E LA VALORIZZAZIONE DEL SITO
ARCHEOLOGICO MEDIEVALE DI mento delle campagne.
SATRIANUM (TITO, PZ). Satrianum
STRUMENTI FOSS
ta.1
by Giorgia Dato, Eugenio Saccà, Alessandro Spadaro, , attra
Francesca Sogliani Festivalia.
storytelling digitale e di
SmartLab inseriti
Heritage Smart Lab coordinato dal
Cluster Basilicata Creativa.
Satrianum,2 e la realizzazi
di archiviazione digitale.
database
open source
mettesse di organizzare, analizzare, gestire e rappresen
tare dati spaziali.
database nasce dall’esigenza di
localizzandoli nello spazio attraverso la geolocalizzazione.
data
set
Service e, nello specif
delle ortofoto di maggior dettaglio relative alle tre aree
ge
layer geometrico poligonale
pi divisi in schede e menù a tendina, organizzati e gestiti
tramite il widget
Fig. 1 - Panoramica del sito archeologico di Satrianum in GIS e focus sul data-
base pertinente alle strutture della cattedrale.
one.
Satri
anum
in Basilicata.
ad esempio, in occasione di eventi meteorologici, tanto di
dataset on
20 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 21
ABSTrAcT
) in formato raster to di Satrianum
database spaziale
e sono state salvate in formato
data set completo così
one di interventi volti alla conservazione, la valorizzazione
Satrianum.
. KeyWorDS
5
ware open source Structure From Mo Satrianum
tion mesh
l’ortofoto zenitale del modello per la rappresentazione AuThorS
Digital Elevation Model. 1 2
, Alessandro Spadaro ,
Francesca Sogliani
formato . 1
I dataset .
Attraverso l’ 2
interpolate per ottenere la mesh
relativi
layers sono stati poi organizzati all’interno
dell’outliner collection
mesh lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
2
tonici nel loro contesto geomorfologico e altimetrico in am
enD noTeS
1
BIBlIoGrAPhy
ani.
2
Archeologia e Calcolatori
drone
Archeomatica
,a 5ARCHEOFOSS - SECTION 3: 3D
VIRTUAL TOUR REALIZZATO CON tiles
PANNELLUM ED INTEGRAZIONE set di tiles
LEAFLETJS
di Martina Frau, Valerio De Luca
popup
diali, permettono l’approfondimento delle conoscenze del
sito in oggetto.
titlebar
scenename
credits
della mappa di navigazione.
5
metrie del sito totalmente personalizzate.
open source
alizzazione di mappe interattive, sia per dispositivi
l’esperienza in loco che
da remoto.
mento di conoscenza, potente mezzo di conservazione e
valorizzazione, oltre che essere fondamentale nell’ottica
momento, e a prescindere dalla propria posizione geogra
.I
popup
nano le sfere secondo il percorso di visita ideale, sono stati
inoltre integrati da tooltip
informativi in situ che appare al passaggio del mouse
scename.
esempio, di campagne di scavo o per il monitoraggio di archeologiche.
fenomeni di degrado.
interessati al soggetto.
Tool1
2
.
22 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 23
BIBlIoGrAPhy KeyWorDS
In Archeologia e Calcolatori, AuThorS
1
,
1
ABSTrAcT
1
erare le tiles delle immagini sferiche e l’intero processo
avviene in locale. lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
1 2
e sono stati ag
titlebar
erbar
enD noTeS
1
2
5
Sottocontrollo
tel. +39 02 4830.2175
info@codevintec.it Strumenti per:
www.codevintec.it
Indagini archeologiche
e pre-scavo
Mappatura di cavità
e oggetti sepolti
Ispezione di muri,
colonne, pareti…
CODEVINTEC
Tecnologie per le Scienze della Terra
Innovativi Georadar
per indagini pre-scavo
e profili 3D del sottosuoloTHE ROMAN VILLA OF L’ALBIR period, which is part of a large town that is partially miss
(ALICANTE, SPAIN). THE USE OF
BLENDER AND THE EXTENDED posed that allows visiting not only the initial thermal space,
MATRIX IN THE VIRTUAL
RECREATION
by Jaime Molina, Carolina Frías, Javier Muñoz, Laia Fabre
gat, Alejandro Martín, Daniel Tajerina,
that affects the creation of characters, their clothing and
This tool allows incorporating elements that do not neces
on a series of historical events and an economic, social and
and a series of secondary characters who participate in the
atic excavation and end with their consolidation, enhance In addition to the characters, we also proceeded to create a
comes into play, which is committed to a research and inno
transparent and, on the other hand, that the whole team
the next phase.
ing to the characters and the addition of environmental
24 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 25
ABSTrAcT
and recreation of the entire archaeological site, as well as
the excavated archaeological remains. In parallel, we also
Keywords
the management of the archaeological site itself. AuThorS
1 2
,
BIBlIoGrAPhy 5 6
proach
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence:
ware.
1
Francia.USE OF 3D MODELLING AND OPEN-
SOURCE PROGRAMS FOR STUDENT
RESEARCH PROJECTS ON THE AN-
CIENT MAYA SITE OF PACBITUN,
BELIZE
Terry G. Powis
El Quemado El Q
ca.
El
Q
-
re (600-300 BC) at Pacbitun, Belize.
tifacts is standard practice for all archaeologists today,
and with the advent of digital cameras, the limits on the
et al.
2
. Next, animations
et al.
et al.
26 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 27
BIBlIoGrAPhIcAl SourceS
tural Heritage
KeyWorDS
AuThorS
1* 2
,
An Archaeo
1
2
Pacbitun
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcenSe
2013 Field Season
enD noTeS
1
2
ABSTrAcT
L E V A ME
RI
E
NT
TEL
O 3
D
M
NI
O
TO RA G GIO
G
IS IS
E WEBG
E
ZION
VA
O
www.gter.it info@gter.it
N
RMAZION
IN
GNSS FO E
RICERCA ECOMBINATION OF STANDARDISED
METHODS TO CREATE A DETAILED
SOURCE-BASED RECONSTRUCTION EM
OF THE TEPIDARIUM AT L’ALCUDIA
DE ELCHE, ALICANTE, SPAIN
RU
GS
Fig. 1 - Standardised recording of metadata and paradata for the proposed
reconstruction of the Tepidarium of the Western Thermae of L’Alcudia de
Elche, Alicante, Spain.
Tepidarium of L’Alcudia
th
th
wards, this land was farmed and looted, as rich remains
Thermae Tepidarium
st
data and paradata standardisation.
Thermae st rd
th
th
et al.
Caldarium
Standardisation techniques
renamed Tepidarium. The room shows its history of repairs,
ry has shown a growth in recordings and displays of archaeo c. th
Methodology
Nevertheless, representations of archaeological interpre
three of them.
1.
2.
scanner
5.
28 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 29
6.
Applied Sciences 11,
.
Discussion
919,
Nevertheless, a series of limitations evidence the need to .
1. . The method separates each step
Ciudades Romanas Valencianas.
Actas de las Jornadas sobre Ciudades Romanas Valencianas.
Actualidad de la investigación historicoarqueológica, cel
edited
terpretations, as they are very common in Archaeology
. the Caldarium switched into a Tepidarium
2. Novelty
2010s, its application has not expanded yet, meaning ABSTrAcT
3. Incipient discipline. There are still not many experts
recording and display of archaeology. It aims to create new
of the process.
The Tepidarium
1. Time/Effort
KeyWorDS
els of heritage sites.
2. Potential
search. AuThor
Conclusions lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
.
Tepidarium
BIBlIoGrAPhIcAl reFerenceS
.ARCHEOFOSS - SECTION 4: GENERAL
USING PROGRAMMING ENVIRON- my dissertation in the same repository .
MENTS FOR ACADEMIC RE-SEARCH
AND WRITING
to rely on assistance from a more experienced developer
port. Incorporating git and git annex as someone with mini
experience and experimentation with the tools. For revision
written on the physical draft of her dissertation into the scribble sourcecode
(right monitor), which is displayed via html in the browser (left monitor)”.
decade. For most of that time, my free software advocacy
space for experimentation and to show progress on a pro
1
ments as research and writing tools.
5
2
to write an academic paper
6
.
predate and differ from most of the standard commands
30 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 31
KeyWorDS
AuThor
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
enD noTeS
1
2
- 5
front, and the source code on the reverse. 6
tors who made changes, when and preserves older copies
BIBlIoGrAPhIcAl reFerenceS
ABSTrAcTRE3DRAGON – A RESEARCH
REGISTRY RESOURCE API FOR
DATA DRAGONS
by Florian Thiery, Allard W. Mees
, re
Fig. 1 – re3dragon https://cloud.rgzm.de/index.php/s/2JaboQ6TTeLPXgC.
Hic sunt 5
dracones
6
tool Cocoda .
.
1
2
lado10 and wd11
property value
rdf:type lado:DataDragonLair
owl:sameAs wd:Q611299
rdfs:label Getty AAT
lado:description controlled vocabulary used for describing items of art,
architecture, and material culture
lado:author Getty Research Institute
lado:sparqlendpoint http://vocab.getty.edu/sparql
lado:hasLegalType lado:ResearchInstitution
lado:language lado:en
Tab. 1 - Dragon Lair example as RDF (Getty AAT).
32 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 33
/re3dragon/rest/search?repo=gettyaat&q=lion
[{
“displayLabel”: {
tive Methods in Archaeology.
“en”: “Panthera leo (species)”
},
„type“: [„http://www.w3.org/2004/02/skos/core#Concept“],
„lair“: {
„scheme“: „Getty AAT“,
Hic Sunt Dracones! The
„legaltype“: „lado:ResearchInstitution“,
„id“: „ULBU3XXM“,
.
„type“: „Thesaurus“,
„wikidata“: „wd:Q611299“, Organization Systems’.
„quality“: „lado:qualityHigh“, .
„group“: „lado:chreferencethesauriGroup“
},
“uri”: “http://vocab.getty.edu/aat/300310388”,
„displayDesc“: {
„en“: „Large, powerful species of cat that is well-muscled, with a large
head, short legs, size and appearance that varies considerably between the sexes, and is
.
unique among the cats in living in family groups or prides. [...]“
},
„similarity“: { ABSTrAcT
„levenshtein“: 20.0,
„dameraulevenshtein“: 20.0,
„jarowinkler“: 0.52,
„normalizedlevenshtein“: 0.91,
„searchstring“: „lion“,
„lairstring“: „Panthera leo (species)“
}
}]
Tab. 2 - Dragon Lair example as RDF (Getty AAT).
KeyWorDS
AuThorS
provides a standard
1
tions, mapping properties, as well as space and time typolo
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
BIBlIoGrAPhIcAl reFerenceS
.
. enD noTeS
1
2
5
. 6
.
.
10
11
CAA2015. Keep theEPIGRAPHIC DATABASE ROME
(EDR) TOWARDS RELATIONAL entered.
ad hoc
OPENNESS: DEVELOPMENT OF THE
JSON FORMAT
on the epigraphs of their competence, never separated
Hispania enrichment and enhancement of epigraphic images and
Epigraphica
regiones in
Aemilia Apulia et Calabria
1216, Etruria Latium et
Campania Liguria Picenum , Regio incerta
Roma Sabina et Samnium Sardinia
Sicily Transpadana Venetia et
Histria
heritage.
34 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 35
completed.
Instead, the management of the images is
photographs relating to the epigraphs were also
moment. From this point of view, we therefore hope
for greater awareness of the opening and sharing
BIBlIoGrAPhIcAl reFerenceS C’è vita nel nostro mondo.
AuThorS
1
, Silvia Orlandi2
2
ABSTrAcT
KeyWorDS
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
www.epsilon-italia.it
www.inspire-helpdesk.euARCHEOFOSS - WORKSHOP
FULL IMMERSION IN CULTURAL DAL CIELO ALLA TERRA FIN SULLA
HERITAGE ENVIRONMENTS: CARTA CON PYARCHINIT
A NEW IDEHA FOR DATA by Roberto Montagnetti
MANAGING AND DISPLAYING
Augusto Palombini, Vladimiro Scotto di Carlo, Anto
nio Sorgente, Paolo Vanacore
dall’impianto del rilievo dalla fotogrammetria da
di ricerca o legati all’archeologia preventiva e alle
Carte di potenziale archeologico. Vedremo vari
BDUS4 REST API: PROGRAMMATIC
ACCESS TO BDUS4 WEB
DATABASES TO BUILD RICH
INTERNET APPLICATIONS
OR DESKTOP APPS
36 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 37
DIRETTIVA 2019/790/UE E BENI
CULTURALI quater
espressamente prevede che
di Marco Ciurcina, Piergiovanna Grossi
.
1
5
tesi6
del procedimento2.
opera o altri materiali presenti permanentemente nelle loro
casi previsti.
necessaria a tale conservazione. quater
.
ai mandati ad esso conferiti dai titolari di diritti, a certe con
quater previsto
dallo Schema di decreto legislativo, che fa venir meno il diritto
loro raccolta.
bis invitati a intervenire con domande o osservazioni.
ter
all’art. 1, comma 1, lett. m, l’adozione degli articoli da ABSTrAcT
undecies septiesdecies3.
KeyWorDS
38 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 39
AuThorS
1 2
Verona, Verona, Italia1
enD noTeS
1
2
idenza il 6 agosto 2021. Schema di decreto legislativo recante
5
6
index121.htm.DALLA CARTA AL SISTEMA
INFORMATIVO TERRITORIALE 5
6
ARCHEOLOGICO:
IL CASO DI RUBIERA (RE)
Grossi, Sara Migliorini
taglio la progettazione e i software impiegati.
Fig. 1 – re3dragon https://cloud.rgzm.de/index.php/s/2JaboQ6TTeLPXgC .
sociate alle schede le immagini degli scavi e dei reperti.
ministrazioni o enti di ricerca che necessitino di accedere
titolo di esempio, il datato ma importante lavoro di sintesi
raccolta digitale complessiva dei dati di archivio e editi,
A partire dal modello dei Sistemi Informativi Archeologici
1 2
40 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 41
BIBlIoGrAPhIcAl SourceS
ABSTrAcT
1 2
,
Verona, Italy1,
2
rona, Verona, Italy
KeyWorDS
AuThorS
*
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcenceARCHEOFOSS - WORKSHOPS
WIKIMEDIA ITALIA AND
ARCHEOFOSS, WIKIPROJECT 2021
THE MEANING AND THE UPLOAD
OF THE ARCHEOFOSS 2019-20 dati in modo che possano essere reimpiegati da altri ap
ARTICLES IN WIKIBOOKS plicativi.
dei vari applicativi.
sistemi differenti. Nella prima fase verranno mostrate le
e i processi di analisi e sintesi che portano dalle evidenze
ENCODING AND INPUTTING
ANCIENT EGYPTIAN AND COPTIC
FOR FURTHER DIGITIZATION OF
CULTURAL HERITAGE IN THE
FUTURE
#MICH, IL PRIMO CONTATTO:
DA PYARCHINIT A EXTENDED
MATRIX IN BLENDER PER LE
RICOSTRUZIONI 3D DI
SEQUENZE STRATIGRAFICHE
by Enzo Cocca, Luca Mandolesi,
42 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 43
OPEN HISTORY MAP - CLOUD FIRST
INFRASTRUCTURE FOR DIGITAL
ally Tile Server
HUMANITIES
ponents, as, for example, a service might not need to write
Open History Map Cloud Architecture
principle and other general principles of software architec
Beyond the main map, all other tools are always carto
Street View. Both mainly contain points, in contrast with
44 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 45
KeyWorDS
of the form of the world in history, respectively.
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
AuThorS
1 2
1
2
from the main map, optimized for point management.
from local storage.
BIBlIoGrPAhIcAl reFerenceS
2015 Digital Heritage
.
Archeologia e Calcolatori
2
.
Historical Social Research / Historische Sozi
ABSTrAcTOPEN HISTORY MAP DATA
INDEX - MONITORING THE QUALITY
AND COVERAGE OF OPEN DATA OF
THE PAST
in modern ages.
categorization of imprecise temporal assertions in an ap
Based on these two approaches, with the latest iteration of
form collects and imports. The importance of an external
are into six dimensions.
Open History Map Data Index status dashboard
Agriculture
Climate
in climate in the past.
Economy
past with modern economic conditions.
whole. The change of paradigm in the import of the data Entertainment
ema.
Industry
Infrastructures
Politics
Religion
Urban
tion over time.
Ephemeral
datasets and research regard
Class Dimension Meaning movements of people, ships,
Objective Spatial Coverage What area or areas does the research cover?
War
Period What time frame or time frames does the research cover? and research regard detailed as
pects of war.
Topic What topic or topics does the research cover?
Geography
Subtopic What kind of information is collected about the topic? datasets and research regard
Process Reliability How reliable is the research? What methodologies have been
used?
Subjective Quality How precise is the information collected?
46 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 47
Location
Structure
cities, areas.
Model
Events
descriptor for the single dataset or for the whole collec
Usage
BIBlIoGrAPhy
elements.
Indexes
Journal
General
.
ABSTrAcT
already partial.
KeyWorDS
AuThorS
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
Apache 2.0
Apache 2.0
or errors.
Space coverage ohm:area geonames:6295630
Period coverage ohm:from_time 1750
ohm:to_time 1855
ohm:topic ephemeral
ohm:topic:topic location
Data quality ohm:source_quality 6
Data reliability ohm:source_reliability 5OPEN HISTORY MAP
In addition to these already existing parts, the following
tologies and different representations for similar aspects. platforms.
ferent ways to read the data contained in the core data
in history or, on the contrary, similar points of view on very
distant events over time.
48 ArcheomaticA N°3 september 2021Cultural Heritage Technologies 49
ABSTrAcT
ported into the system. This component is one of the core
new importers for their own open datasets. In addition to
sets, i.e. representation of vicinity for historical characters
KeyWorDS
license of all the code is Apache 2.0 in order to facilitate
AuThor
1 2
, Sil
BIBlIoGrAPhy via Bernardoni
Archeologia e Calcolatori n.
.
lIST oF FloSS SoFTWAre uSeD/ DATA rePoSITory AnD lIcence
. Apache 2.0
Apache 2.0
Sciences
.
2.0
2015 Digital Heritage
.
Historical Social Research / Historische SoziARCHEOFOSS SCIENTIFIC AND ORGANIZING COMMITTEE
How to cite this content:
Organising committee:
2021 15th conference’s
This is an open access content
unrestricted use, distribution,
and reproduction in any
medium, provided the original
commercial purposes.
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50 ArcheomaticA N°3 september 2021
www.geomatica.it • www.disto.it • www.termocamere.comCultural Heritage Technologies 51
Paestum Salerno
25-28 novembre 2021
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info@bmta.it seguici su #BMTA2021 www.bmta.itYou can also read
