Difference between revisions of "Workflow:Archiving outputs of 3D scanning"

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<!-- Describe what your workflow is for - i.e. what it is designed to achieve, what the organisational context of the workflow is, and what content it is designed to work with -->
 
<!-- Describe what your workflow is for - i.e. what it is designed to achieve, what the organisational context of the workflow is, and what content it is designed to work with -->
 
The workflow documents the process of creating 3D models (of objects) and their derivatives by a stereo-scanner, and specifies which outputs can and need to be archived.
 
The workflow documents the process of creating 3D models (of objects) and their derivatives by a stereo-scanner, and specifies which outputs can and need to be archived.
# 1. Data acquisition - scanning (and archiving?)
+
# Data acquisition - scanning (and archiving?)
# 2. Data processing
+
# Data processing
## 2.1 Generating and archiving 3D mesh  
+
## Generating and archiving 3D mesh  
## 2.2 Positioning of the object based on its geometric properties
+
## Positioning of the object based on its geometric properties
# 3. Output - generating and archiving standard drawings or set of views on the model.
+
# Output - generating and archiving standard drawings or set of views on the model.
  
 
==Evaluation/Review==
 
==Evaluation/Review==

Revision as of 16:02, 28 February 2022

Archiving outputs of 3D scanning
Status:Draft
Tools:
Input:Set of images acquired with a 3D scanner (TIFF files).
Output:A 3D model of the object (mesh) and its drawing produced from the model.
Organisation:Computational Archaeology Lab, The Hebrew University of Jerusalem

Workflow Description

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Purpose, Context and Content

The workflow documents the process of creating 3D models (of objects) and their derivatives by a stereo-scanner, and specifies which outputs can and need to be archived.

  1. Data acquisition - scanning (and archiving?)
  2. Data processing
    1. Generating and archiving 3D mesh
    2. Positioning of the object based on its geometric properties
  3. Output - generating and archiving standard drawings or set of views on the model.

Evaluation/Review

Further Information

Scanner software: https://www.polymetric.de/index.php?id=44&L=2 Core publications: Karasik, A. and Smilansky U. 2011. Computerized morphological classification of ceramics. Journal of Archaeological Science 38(10):2644-2657. Karasik, A. and Smilansky U. 2008. 3D scanning technology as a standard archaeological tool for pottery analysis: practice and theory. Journal of Archaeological Science 35(5):1148-1168.

Sveti1 (talk) 14:29, 28 February 2022 (UTC)