3D Modeling of Glass Vessels with Mobile Application: Example of Amphoriskos and Anthropomorphic Vessels in Aksaray Museum

Şükran Tosun Çolak; Avşar Timuçin Çolak

Article Details

3D Modeling of Glass Vessels with Mobile Application: Example of Amphoriskos and Anthropomorphic Vessels in Aksaray Museum

Authors:

Şükran Tosun Çolak | Avşar Timuçin Çolak

Publisher:

Mersin University

Main Topics:

Arkeoloji Bilimi

Journal:

Kültürel Miras Araştırmaları Vol.4 Issue 2, pp.72-78

Document Type:

Article

Publication Date:

12/2023

Document Language:

Turkish

Document ID (Org No.):

2001305146

pISSN:

2757-9662

Keywords:

Abstract:

 Cultural heritage is a source of wealth that contains valuable elements from the past of societies and is passed on to future generations. This heritage includes many areas such as history, art, traditions, crafts, language, music, architecture and most importantly archaeology. Documentation of archaeological artifacts unearthed as a result of scientific excavations in the archaeological sense in the protection of cultural heritage, climate control, lighting, exhibition, security, cleaning-maintenance, visitor control, etc. The duties fall on museums. In this study, three-dimensional 3D models of the Amphoriskos and Anthropomorphic Vessel Samples made of glass in the Aksaray Museum were created with a mobile application polycam. As a result of the study, negative situations such as the possibility of damage to the work during the documentation process were minimized due to the sensitive and fragile nature of the glass works. By performing 3D modeling with a LIDAR-enabled iPhone 14 Pro mobile phone and a mobile application called Polycam, the possibility of damage to glass works due to their fragile structure has been reduced to a minimum, saving time and preserving the works modeled in very high resolution, and restoration in terms of surface and chemical changes that occur in the work. It offers 3D data for your studies. However, as a result of 3D modeling studies, the object. The data obtained in the format was exhibited on the LCD Liquid Crystal Display screen in the Aksaray Museum exhibition hall with the help of the video display program, contributing to the understanding of contemporary museology.

 Cultural heritage is a source of wealth that contains valuable elements from the past of societies and is passed on to future generations. This heritage includes many areas such as history, art, traditions, crafts, language, music, architecture and most importantly archaeology. Documentation of archaeological artifacts unearthed as a result of scientific excavations in the archaeological sense in the protection of cultural heritage, climate control, lighting, exhibition, security, cleaning-maintenance, visitor control, etc. The duties fall on museums. In this study, three-dimensional 3D models of the Amphoriskos and Anthropomorphic Vessel Samples made of glass in the Aksaray Museum were created with a mobile application polycam. As a result of the study, negative situations such as the possibility of damage to the work during the documentation process were minimized due to the sensitive and fragile nature of the glass works. By performing 3D modeling with a LIDAR-enabled iPhone 14 Pro mobile phone and a mobile application called Polycam, the possibility of damage to glass works due to their fragile structure has been reduced to a minimum, saving time and preserving the works modeled in very high resolution, and restoration in terms of surface and chemical changes that occur in the work. It offers 3D data for your studies. However, as a result of 3D modeling studies, the object. The data obtained in the format was exhibited on the LCD Liquid Crystal Display screen in the Aksaray Museum exhibition hall with the help of the video display program, contributing to the understanding of contemporary museology.

 Cultural heritage is a source of wealth that contains valuable elements from the past of societies and is passed on to future generations. This heritage includes many areas such as history, art, traditions, crafts, language, music, architecture and most importantly archaeology. Documentation of archaeological artifacts unearthed as a result of scientific excavations in the archaeological sense in the protection of cultural heritage, climate control, lighting, exhibition, security, cleaning-maintenance, visitor control, etc. The duties fall on museums. In this study, three-dimensional 3D models of the Amphoriskos and Anthropomorphic Vessel Samples made of glass in the Aksaray Museum were created with a mobile application polycam. As a result of the study, negative situations such as the possibility of damage to the work during the documentation process were minimized due to the sensitive and fragile nature of the glass works. By performing 3D modeling with a LIDAR-enabled iPhone 14 Pro mobile phone and a mobile application called Polycam, the possibility of damage to glass works due to their fragile structure has been reduced to a minimum, saving time and preserving the works modeled in very high resolution, and restoration in terms of surface and chemical changes that occur in the work. It offers 3D data for your studies. However, as a result of 3D modeling studies, the object. The data obtained in the format was exhibited on the LCD Liquid Crystal Display screen in the Aksaray Museum exhibition hall with the help of the video display program, contributing to the understanding of contemporary museology.

 Kültürel miras, toplumların geçmişlerinden gelen değerli unsurları içeren ve gelecek nesillere aktarılan bir zenginlik kaynağıdır. Bu miras, tarih, sanat, gelenekler, el sanatları, dil, müzik, mimari ve en önemlisi arkeoloji olmak üzere daha birçok alanı içerir. Kültürel mirasın korunmasında arkeolojik anlamda bilimsel kazı çalışmaları sonucunda ortaya çıkan arkeolojik eserlerin belgelenmesi, iklim kontrolü, aydınlatma, sergileme, güvenlik, temizlik-bakım, ziyaretçi kontrolü vb. görevler müzelere düşmektedir. Bu çalışma ile Aksaray Müzesinde bulunan cam malzemeden üretilmiş Amphoriskos ve Antropomorfik Kap Örneği mobil uygulama polycam ile üç boyutlu 3B modelleri oluşturulmuştur. Çalışma sonucunda cam eserlerin hassas ve kırılgan yapıları nedeniyle belgeleme işlemleri esnasında eser üzerinde hasar meydana gelme ihtimali gibi yaşanan olumsuz durumlar en aza indirgenmesi sağlanmıştır. LİDAR özellikli Iphone 14 Pro mobil telefon ve Polycam isimli mobil uygulama ile 3B modelleme yapılarak cam eserlerin kırılgan yapıları nedeni ile zarar meydana gelme ihtimali aza indirgenmiş, zamandan tasarruf sağlanmakla birlikte, oldukça yüksek çözünürlükte modellenen eserlerin saklanması, eserde meydana gelen yüzey ve kimyasal değişiklikler noktasında restorasyon çalışmaları için 3B veri imkânı sunmaktadır. Bununla birlikte 3B modelleme çalışmaları sonucunda obj. formatında elde edilen veri, video görüntüleme programı yardımı ile LCD Liquid Crystal Display ekranda Aksaray Müzesi teşhir salonunda sergilenmiş olup, çağdaş müzecilik anlayışına katkı sağlanmıştır.

Article Details

3D Modeling of Glass Vessels with Mobile Application: Example of Amphoriskos and Anthropomorphic Vessels in Aksaray Museum

Authors:

Şükran Tosun Çolak | Avşar Timuçin Çolak

Publisher:

Mersin University

Main Topics:

Arkeoloji Bilimi

Journal:

Kültürel Miras Araştırmaları Vol.4 Issue 2, pp.72-78

Document Type:

Article

Publication Date:

12/2023

Document Language:

Turkish

Document ID (Org No.):

2001305146

pISSN:

2757-9662

Museology

cultural heritage

glass vessels

3D modelingmüzecilik

kültürel miras

cam kaplar

3B Modelleme

Issues

Article Details

Authors: Şükran Tosun Çolak | Avşar Timuçin Çolak

Publisher: Mersin University

Main Topics: Arkeoloji Bilimi

Journal: Kültürel Miras Araştırmaları Vol.4 Issue 2, pp.72-78

Document Type: Article

Publication Date: 12/2023

Document Language: Turkish

Document ID (Org No.): 2001305146

pISSN: 2757-9662

Issues

Authors:

Şükran Tosun Çolak | Avşar Timuçin Çolak

Publisher:

Mersin University

Main Topics:

Arkeoloji Bilimi

Journal:

Kültürel Miras Araştırmaları Vol.4 Issue 2, pp.72-78

Document Type:

Article

Publication Date:

12/2023

Document Language:

Turkish

Document ID (Org No.):

2001305146

pISSN:

2757-9662