![]() Now your basic Suzanne is made up of less than 1000 triangles and that isn't nearly enough for our purposes so we will need to subdivide them. Clicking once should give you a little monkey on the middle of your screen Hit the decimal point on your numeric key pad, followed by the 1 on the numeric keypad and your view should zoom in. What's that, you didn't know monkey was a geometric shape? Its kind of a Blender tradition. ![]() Select the create tab and scroll down past the cube, the sphere, the cylinder, and all the other familiar primitive shapes until you get to to "monkey". The shape and density of the starting polygon mesh have a lot to do with the look of the final Voronoi mesh. In order to do this well we need to have a fairly fine mesh of polygons to work with. We will generate our seeds by randomly selecting points on the surface of our object and then generate Voronoi cells based on those seeds. It also makes it a lot less expensive if you are having it printed by a service like Shapeways. ![]() It also dramatically reduces the amount of material in a print which makes it quicker (if not necessarily easier) to print. The best thing to remember is that it makes a really cool pattern. Beyond that it gets into stuff involving lots of numbers and weird symbols and chalkboards full of writing that make my head hurt. Wave your magic wand and each dot (more properly called a seed) will generate a cell around itself consisting of every part of the surface which is closer to that seed than it is to any other seed. Take a surface (in this case the surface of our model) and scatter a bunch of dots on it. You will be glad to know that I don't understand the mathematical significance of this pattern, but it is pretty easy to understand the basics. The artifact is the property of the Greek government.The Voronoi diagram is named for Georgy Voronoy, a Russian mathematician who died in 1908 at the age of 40 (Useful info if you go to trivia night at a very geeky pub). Permission for re-use should be addressed to that the licensing model is only for the model itself. This ring was published in Jack L Davis and Sharon R Stocker, "The Lord of the Gold Rings: The Griffin Warrior of Pylos," Hesperia 85 (2016) 627-655 Ring 4. ģD Model of SN24-736 from Pylos Type: Generic Work Description/Abstract: A 3D model in PLY format, created from photogrammetry of the seated female figure, approached by a small woman signet ring associated with the Griffin Warrior Grave at Pylos, Greece, excavated in 2015. This ring was published in Jack L Davis and Sharon R Stocker, "The Lord of the Gold Rings: The Griffin Warrior of Pylos," Hesperia 85 (2016) 627-655 Ring 3. ģD Model of SN24-702 from Pylos Type: Generic Work Description/Abstract: A 3D model in PLY format, created from photogrammetry of the female figure with a staff flanked by two birds signet ring associated with the Griffin Warrior Grave at Pylos, Greece, excavated in 2015. This ring was published in Jack L Davis and Sharon R Stocker, "The Lord of the Gold Rings: The Griffin Warrior of Pylos," Hesperia 85 (2016) 627-655 Ring 2. Creator/Author: Wallrodt, John Submitter: Date Uploaded: Date Modified: License: All rights reservedģD Model of SN24-30 from Pylos Type: Generic Work Description/Abstract: A 3D model in PLY format, created from photogrammetry of the female figures flanking a shrine signet ring associated with the Griffin Warrior Grave at Pylos, Greece, excavated in 2015. The artifact is the property of the Greek government. These files can be imported into MeshLab ( ).Īs better models become available, they will be added to this archive. MeshLab is free, open source, and available for Mac, Windows, Linux, iOS, and Android. ![]() The model can be opened in any 3d viewer/editor capable of importing a. This ring was published in Jack L Davis and Sharon R Stocker, "The Lord of the Gold Rings: The Griffin Warrior of Pylos," Hesperia 85 (2016) 627-655 Ring 1. 3D Model of SN24-18 from Pylos Type: Generic Work Description/Abstract: A 3D model in PLY format, created from photogrammetry of the bull and bull-leaper signet ring associated with the Griffin Warrior Grave at Pylos, Greece, excavated in 2015.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |