I enjoyed creating a red stereoscopic image of a point (No. 18 Yugamine rhyolite) (Minamiminowa village, Mikoshiba site). The red stereoscopic image was created from a 3D model using the red stereoscopic principle invented by Mr. Tatsuro Chiba. I will use the red stereoscopic image as a resource to deepen my understanding of the shape of the point.
Red stereoscopic image from a panoramic point of view
I made a prototype of a red stereoscopic image of a feature seen from a viewpoint. I felt that not only the "from above" viewpoint but also the red stereoscopic image from the viewpoint of the view is useful.
A red stereoscopic image created by expanding the Jomon pottery 3D model in a plane
From the Jomon pottery 3D model, I created a planar shape expansion 3D model with GigaMesh Software Framework, and then created a red stereoscopic image that expresses unevenness from the planar shape 3D model. It is a test work to confirm the operation procedure and to examine whether the red stereoscopic image is useful for Jomon pottery observation.
Earthenware with animal design (Katsusaka type III) 3D model developed into a plane shape
A 3D model developed from the original 3D model (https://skfb.ly/osDF9) into a planar shape using the GigaMesh Software Framework（https://gigamesh.eu/?page=home）.
Creating a red stereoscopic image of Owl-faced clay figurine
I created a 3D model of the Owl-faced clay figurine that was previously exhibited in the lobby of the Abiko City Education Committee. This time, I created a red stereoscopic image from the 3D model. If you make a red stereoscopic image, you can see the stereoscopic effect very well even though it is a flat material. We have confirmed that the application of the red stereoscopic principle (invented by Mr. Tatsuro Chiba) to archaeological relics is a very excellent method.
Red stereoscopic image of a spatula-shaped waist ornament made of dolphin mandible
The dolphin mandibular spatula-shaped waist ornament has already created an observation record 3D model.
Using this observation record 3D model, I created a red stereoscopic image using the red stereoscopic principle (invented by Mr. Tatsuro Chiba). This product has a spatula shape with no sharp irregularities. When actually making a red stereoscopic image, the subtle stereoscopic effect of the actual product was well expressed.
Applying the red stereoscopic principle to the Yamagata clay figurine 3D model
I made a red stereoscopic image by applying the red stereoscopic principle (invented by Mr. Tatsuro Chiba) to a 3D model of Yamagata clay figurine (Uchino Daiichi site,Chiba city), and thought about the significance of the red stereoscopic image.
Using a point as an example, the surface fine irregularities were expressed in a red stereoscopic image, and the correspondence with the actual measurement map was examined in advance. A red stereoscopic image is an image created based on the red stereoscopic principle (invented by Tatsuro Chiba). In this image, the unevenness of the feature is expressed intuitively. I would like to thank Mr. Tatsuro Chiba for teaching me how to create a red stereoscopic image.
