VORLON ENERGY BEAMS

The techniques for making these beams? - well I made them up for my own purposes - but hopefully they can help others out - this is one of the things with Lightwave - you will find yourself innovating a lot as you learn more - so I really recommend getting a good notebook and making a note of things as you learn them - because people you won't remember them all! Trust me on that 

During the course of this tutorial we'll be flitting back and forth between Layout and Modeller - so if you're following it - open both programs.

We are trying to replicate the energy convergence when the Vorlon weapon's fire - so we need a basis to work with so load up the VORLON dreadnought into Modeller. Then switch to another layer - nothing in the background and we'll concentrate on making some beams:

First of all make a nice squiggle spline curve - as explained in the Rail Extrude tutorial. Something like this:

Now follow these steps :

Copy this curve to another layer
In one of the layers where the curve is - run the Points2polys plug-in in the tools section then delete all but the top most polygon.
With this layer as the foreground - select the curve as the background and then run rail extrude with default values
you'll get a nice curvy beam like this

Now make 2-3 copies of this beam and paste to different layers - rotate them along the Y axis and/or rotate them around the X axis to create multiple beams - then when you're happy with placement weld the topmost points together and then the same for the bottom and ensure they are on the x=0 position

like so

Right the beam is done - now we have to size the object to the dreadnought -

Next we have to put the Dreadnought into the picture - get yourself a pen/pencil and a piece of paper. We know the beams run diagonally across the boom ends - so we need to make some measurements.

At this point I really do recommend that you get hold of the Supersize Plug-in. I use it for everything I model - it allows you to set a dimension on one axis and then scale the other dimensions to fit - or to simply affect one axis measurement at a time - it is easy to use and I would say almost a necessity - it's freeware - so go get it!

SUPERSIZE - GET IT HERE!!!

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Using the Dreadnought booms as reference take the following measurements - and then using Pythagoras work out the length of the diagonal.

By my calculations A=282m, B=192m. Therefore using Pythagoras - C= square root of A Squared + B Squared , which equals 341.16m which sounds about right - so now using Supersize (or another method) make the beams approx. 341.16 m High along the Y axis - scale the other two axes as well for now.

Now position the object in the right place at the ends of the booms (do this with the dreadnought in the background for reference) and then proceed to rotate about the z/x axis intersection until the ends of the objects touch the relevant parts of the booms - make a note of the angle - in the bottom left of the screen - then undo this action. I made it 56 degrees. At this point save this object as ZAP

Now we go into layout:

Here are my settings for the flares

Boom Flare - energy Origin:

RGB: 255 / 255 / 0
Light intensity - 80%
Intensity Falloff - 150m
Shadow type - Off
Flare Settings:
Flare intensity - 120%
Fade with distance 200m
Fade off screen
Central glow
Random streaks - streak intensity 2% / density 50% / sharpness - 6
Beam Intersection Flares:

same as Boom flare but: Flare intensity = 250% and Intensity Falloff = 400m
I turned off Specular and diffuse for these lights - but that's up to you

Surface Shader settings for the beams: RGB 255 / 255 / 0 ---- Glow at 95% or higher.

This what it looks like: