Difference between revisions of "Advanced Sculptie Exporter From Maya"

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== In-world Scripts ==
== In-world Scripts ==
The next bit is tedious. First, create a prim called "qDynaPrim". Into this, place all the textures above together with the following scripts, which you'll want to bulk upload:  
The next bit is tedious. First, create a prim called "qDynaPrim". Into this, place all the textures above together with the following scripts:  


* [http://www.qarl.com/qLab/pile/ant/prim prim]
* [http://www.qarl.com/qLab/pile/ant/prim prim]

Revision as of 20:38, 20 June 2007

Qlab ant.jpg

(this is bare bones template for communal work - please, PLEASE, feel free to rewrite every word here. in fact, the first person to do a major clean-up becomes my new best buddy. an original copy of the tutorial (complete with graphics and witty banter) is available at qLab ALSO - if you feel so inclined, feel free to improve upon the codebase here.)

Overview

Qlab maya.jpg

The idea here is to take an entire Maya scene, modeled with NURBS, and import it directly into Second Life complete with surface textures, baked lighting and all position/scale/rotation information. It builds upon the maya exporter we released with the initial sculptie launch.

First-up in an example Maya scene: here we have a generous contribution from Bret St. Clair, his ant: ant.ma


Maya Scripts

Qlab sculpt.jpg

With the maya scene open, now execute this mel script: sculpt.mel

The option to "Bake surface textures" will do just that - create one surface texture per prim, to be applied later. Unfortunately, our Maya ant has no interesting textures (he's white) but we do capture his lighting (and shadows). You also want to click "Generate Primscript," which creates a file describing the scene.

In-world Scripts

The next bit is tedious. First, create a prim called "qDynaPrim". Into this, place all the textures above together with the following scripts:

(These scripts were generated with the qLab assembler - which may explain why they look a bit funny.)

Now create another prim and call it "ant maker" (this name isn't terribly important) and put the "qDynaPrim" into it (THIS name is important). Put the prim script into it, also.

This "primscript" will read your primscript file - rez copies of the "qDynaPrim" - and send them commands to control their shape/position/appearance.

Now you need only to invoke the primscript command (which listens on channel 500). Create a notecard containing the primscript, get its UUID, and say:

/500 primscript -script 32fad6a2-630e-aaf0-2659-817ea00b1052

Of course, you'll want to replace that UUID with your own - especially if you want to make something OTHER than ants.

Hope you enjoy.

Qlab bad ant.jpg