In this tutorial, we will explore some basic techniques to model a custom Sphericon pendant for 3d printing. You will need 3dsmax 2010 or higher to follow along. No additional plugins or addons required. The techniques used here make use of general polygonal modeling tools, and can be translated to almost any capable polygonal modeling package. The result is ideal for 3d printing or sculptural design.
This video is a companion tutorial based on my previous 3dsmax video of the same object, in which we will model this complex mathematical sculpture for use as a digital render asset, or for 3d printing. The techniques used here are directly translated to Blender from the techniques I developed in 3dsmax. Be sure you have the Loop Tools addon enabled for this tutorial. I have the Pie Menu, and Dynamic Spacebar Menu addon enabled, but they are not necessary to complete this exercise. As always, thank you for watching, and please don't forget to Like this video, and subscribe to my channel for many more. Enjoy.
In this tutorial, we will create a triply periodic, cubic abstract based on an implementation of the Schwarz P minimal surface. You will need 3dsmax 2010 or higher to follow along. No additional plugins or addons required. The techniques used here make use of general polygonal modeling tools, and can be translated to almost any capable polygonal modeling package. The result is ideal for 3d printing, and can also be used as an interesting scene prop, or jewelry item, in a 3d render.
This tutorial will help anyone with intermediate knowledge of Daz Studio 4.8 and Blender 2.7 create morphs for figures used in Daz Studio.plzholla on 2:35AM Sat, 10 October 2015
There are a number of significant improvements and changes from the UI of iClone 5 to iClone 6. iClone 6 features increased functionality and customization based on your unique workflow, as well as more freedom to determine the appearance, resolution, and color scheme of your workplace and create custom virtual folders for easier access to your own custom categories of content. Check out this tutorial for more info on those topics and more!
This is a Blender companion video to my previous tutorial, in which we will model this complex mathematical sculpture for use as a digital render asset, or for 3d printing. The techniques used here are directly translated to Blender from the techniques I developed in 3dsmax, and we will be taking full advantage of a NEW modifier introduced in the Blender 2.75a release, called "Corrective Smooth". You will need the 2.75a release to follow along, and please be sure you have all the Extra Objects addons enabled in your Preferences. I will be using the Pie Menus, Dynamic Spacebar Menu, and Icons:Dev addons in this tutorial as well, but those are not necessary to complete this project.
This, my latest tutorial, illustrates a step-by-step process to creating a stunning, complex mathematical sculpture. I call it an Octo-Star, because it begins with a 8-point tetrahedron compound primitive. This is a manifold object; ideal for 3d printing, jewelry, or architectural design. The application of this process is limited only by your imagination. No plugins or addons are required. An intermediate knowledge of polygon modeling is recommended.
This is a companion video to my recent 3dsmax tutorial, in which we translate the process of modeling this shape to Blender 2.75, for 3d printing or digital design. The techniques shown here employ standard polygonal modeling tools, and no plugins or addons are necessary. The Dynamic Spacebar, Pie Menus, and Icons:Dev addons are enabled, but not required, for this tutorial.
In this tutorial I will introduce the step by step techniques involved in creating this beautiful, cubic gyroid abstract object in 3dsmax. This interesting shape is ideal for 3d printing, or as a unique digital jewelry design. This object requires no addons or plugins, and can translate to other 3d modeling packages easily. An intermediate knowledge of hotkey shortcuts, and standard editable polygon tools is recommended.
How to render your entire Daz scene with texture animations, base opacity animations and camera switches. Includes how to replace specific images in a rendered image sequence. Using Texture Animator plugin for Daz Studio 4, which is available at my Renderosity store: http://www.renderosity.com/mod/bcs/index.php?vendor=744699
Tutorial covers how-to install, load the plugins interface and all the BASICS! Texture Animator plugin for Daz Studio 4 is available at my Renderosity store: http://www.renderosity.com/mod/bcs/index.php?vendor=744699
This latest video is the Blender edition of my recent modeling tutorial for 3dsmax, in which I demonstrate a relatively quick and painless strategy to achieving a "nested" dodecahedron math model. This fascinating shape is really much less complex than it appears, but creating it will take us through some very interesting, and useful techniques to seamlessly connect concentric polygonal shapes, using the Loop Tools' Bridge command. Along the way, we also utilize advanced tactics for selecting and isolating interconnected surface elements on cumbersome geometry. The resulting model is ideal for 3D Printing; as an interesting piece of jewelry, decor; or simply as a digital design asset.
How to create, remove, save and load base opacity animations using Texture Animator plugin for Daz Studio 4, which is available at my Renderosity store: http://www.renderosity.com/mod/bcs/index.php?vendor=744699
How to create, edit, remove, save and load texture animation jobs using Texture Animator plugin for Daz Studio 4, which is available at my Renderosity store: http://www.renderosity.com/mod/bcs/index.php?vendor=744699
In this tutorial I show how to easily and quickly model a fully connected, concentric dodecahedron nest, as a solid, printable object, using the Named Selection Sets feature in 3dsmax. The techniques shown here utilize basic polygonal modeling principals, and default modifiers and tools. Using the parametric hedra primitive, we start with a simple truncated dodecahedron, and use edit poly to procedurally build the finished shape.
I am doing a tutorial series on using Poser Game Development to create assets for Unreal Engine 4. I hope that others can learn by my mistakes and insights as I used the products to create a Poser based Gaming experience. I have brought in characters, animations and props to date. I hope that I can encourage others to start using this feature set.
This tutorial is an addendum to my previous video for 3dsmax, in which I show a very simple technique to creating an interesting Ported Cube object in Blender. The procedure shown here should work in any version of Blender from 2.6x to 2.75. No addons are required, but I am utilizing the Pie Menus and Dynamic Spacebar Menu addons in this demonstration.
This tutorial is a translation of my previous video for 3dsmax, in which I demonstrate an intermediate technique to achieve a beautiful trefoil star-shaped pendant object (known also as a Cayley Cubic Surface), which could be used as an interesting digital asset, or for 3d printing.
In this brief tutorial, I'll show you how to quickly create a ported cube object in 3dsmax, which could make a beautiful 3d printed pencil holder, or some other interesting decorative item. All of the techniques shown here are basic polygonal modeling procedures which could be translated to almost any capable polygon modeling package. I plan to also do a Blender version of this tutorial as well.
In this tutorial, we will model a voronoi-style bangle bracelet; suitable for use as either a high quality digital prop, or real-world 3d print, using basic polygonal modeling strategies in Blender 2.74. There are no addons required, but I do have pie menus, and the dynamic spacebar addons enabled for this demonstration. These are completely optional, of course, and should not affect the techniques shown in this tutorial.
This video will demonstrate an easy technique to model a trefoil star object, which can be used as an interesting virtual pendant, or a fun 3d print. Following the basics of this approach, you could come up with many unique variations, or custom designs, of your own. The only limit is your own imagination.