DaremoK3 opened this issue on Aug 24, 2016 ยท 2 posts
DaremoK3 posted Wed, 24 August 2016 at 10:47 PM
This is a two part work-around tutorial for transferring VWD static simulations into (original used/pre-simulation) Conforming Clothes Figures in Poser Pro versions of Poser only (PP2014, and PP11).
The reason it is considered a work-around is due to the fact that VWD converts all clothing meshes (Conforming Figures, or static props) to it's own OBJ static prop cloth mesh for use in both VWD and Poser. As of this writing (and since earliest releases), this breaks compatibility with "original" Poser cloth meshes. This is because the VWD created OBJ does not retain the vertex ordering of the original meshes. For morph target creation work this is an issue, but there is a way for morph targets to still be created, and transferred into the original meshes.
This may only be a temporary solution, because VirtualWorldDynamics has shown interest in resolving this dilemma with the original meshes compatibility. In other words, this work-around tutorial might not even be needed in the future.
This tutorial focuses mainly on the second part of how to actually transfer the morphs from your VWD static prop to the original cloth mesh.
PART 1 - Prepare VWD OBJ static cloth prop mesh, and create VWD static simulation morphs:
This is just a quick primer to get you up and going. It is a simple process that should work following the directions below.
...DONE...
PART 2 - Transferring your prepared VWD static cloth mesh MT's into the original conforming clothes figure:
Poser Pro versions have a Copy Morphs From function that works in two categories. First, is Figure to Figure morph copying for "Body" selections located under "Figure" drop-down menu. Second, is Object morph copying for "Object" selections (Figure Body Parts - Hip, Chest, Head, etc.), and comprises Figure to Figure, and Prop to Figure transfers located under the "Object" drop-down menu. This second one is the one we will be using to transfer the morphs to the original figure.