ReadMe

Product: Uni Flow

Copyright: C2003 John Austin

Author: John Austin

E-Mail: johnaustin911@msn.com

Required Program: Poser (pc version)

Summary: The 10 Uni Flow models depict the cycle, at 10% intervals, of fluid motion as it leaves, for instance, a bottle, tap, hose pipe, water spout or a sea dragon!. This depiction is achieved by the use of high resolution 'organic' mesh.

The use of an 'organic' mesh is critical in capturing the fluid nature of liquid. The dynamic nature of liquid is accurately captured in Uni Flow. Fluids very rarely leave a vessel in the shape of cylinders, cones or spheres!

All 10 Uni Flow models consist of 'organically' shaped elements.

The Uni Flow models are intended to be multipurpose - use one or more to encapsulate another figure or as a water dragon weapon! In fact, alternative uses are only restricted by the imagination.   
	 
Product Files: Uni Flow Folder containing:
	ReadMe.txt
	Licence.txt
	Index.jpeg
	Uni Flow Obj folder containing:	
	Uni Flow 10.obj
	Uni Flow 20.obj
	Uni Flow 30.obj
	Uni Flow 40.obj
	Uni Flow 50.obj
	Uni Flow 60.obj
	Uni Flow 70.obj
	Uni Flow 80.obj
	Uni Flow 90.obj
	Uni Flow 100.obj

	Uni Flow 10.mtl
	Uni Flow 20.mtl
	Uni Flow 30.mtl
	Uni Flow 40.mtl
	Uni Flow 50.mtl
	Uni Flow 60.mtl
	Uni Flow 70.mtl
	Uni Flow 80.mtl
	Uni Flow 90.mtl
	Uni Flow 100.mtl
Please note each Uni Flow model is pre loaded with only a simple plain material. Therefore, it is necessary for you to apply a material of your choosing to the Uni Flow model/s.


Installation:
	Copy the 10 Uni Flow models and Material files to your chosen objects folder or use them directly from the unzip location.


Application Instructions:
	Using the Wavefront OBJ import option within Poser load, position and scale the Uni Flow model/s to suit your preferences. Please note each Uni Flow model is pre loaded with only a simple plain material. Therefore, it is necessary for you to apply a material of your choosing to the Uni Flow model/s.


Usage Limitations:
	Each of the 10 Uni Flow models are intended to primarily represent accurate fluid motion. Accordingly, the best results are achieved when a liquid, glass, metal or solid material/texture is applied. The use of some 'special effects' materials may require changes to the material settings of the chosen material.


I trust you find the 10 Uni Flow models value for money and useful. Should you have any comments or queries please do not hesitate to contact me by e-mail.

Best Wishes,
John Austin

johnaustin911@msn.com