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

Textual description


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)