Apollo Maximus, Poser/Daz Studio 3D human figure,
is a human polymesh 3D Poser figure model that has been designed, and rigged, to take the
fullest advantage of the 3D figure rendering software packages,
Poser 4, Poser
5, Poser 6, Poser 7 and Daz
Studio. Apollo Maximus
is a very different Poser figure design from the traditional
Daz Productions/Curious Labs legacy/methodology of doing
figures. I went in a new direction. Please try to keep this in mind. Some things
may seem very alien at first, which is expected. Give yourself some time to get
accustomed to him. Apollo Maximus poses/scales extremely well, far surpassing
other figures. Keep this read-me file open
while getting to know him for the first time. Everything you need is included.
Remember
this free human 3D Poser figure is man, boy, hero, and many other figures in one. And that legacy will pass
down to clothes. No Spam. No tricks. Just a great figure that’s a lot of fun.
Enjoy him please!!!!!!!!!
Environment:
Open GL 3D Software Type: Subdivision ModelerPoser 3D Figure Relevance :
Models, Props, Clothing, Hair, and 3D Poser Figure meshes.
3D
Software Description: Wings 3D is a subdivision modeler inspired by Nendo and Mirai from Izware.
This is a must have 3d software modeller for anyone interested in creating
content for Daz Studio or Poser 3D figure content. It is easy and fun to use.
-Windows: Any version; OpenGL required.
-Mac OS X: From 0.98.35: 10.4 ("Tiger") or higher required. Intel-based Macs: Currently, you must build from source. Sorry for that. From 0.98.26 (Nov 2004): 10.3 ("Panther") or higher required. Earlier releases run on 10.2 or higher. There is no Mac OS 9 version.
-Linux: Open GL or Mesa required.
-Other Unix: OpenGL required; you'll need to build from source.
Environment:
3D Software Type: UV Texture MapperPoser
3D Figure Relevance : Creates Uv mapping coordinates for
Models, Props, Clothing, Hair, and 3D Poser Figure meshes in .obj file format.
3D
Software Description: UVMapper is a stand-alone texture mapping utility for the creation and modification of UV coordinates for n-sided polygonal 3D models.
