bingo has contributed to 10 posts out of 465753 total posts
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That's just a scenery model. It's not a biped that can stand up on it's own and do anything. Though somebody might have turned it into a biped and uploaded it so search around.
Are you karia007?
Fun fact: the map design isn't original. It's Theatre of Pain by Hont, in a game called Murder Miners.
This makes sense and agrees with the tests I performed.
Quote: --- Original message by: Bungie LLC
gud job :)
Edit- Ew Moses did you stick HTML code into your post? Trying to quote you was a train wreck.
Edited by bingo on Nov 18, 2017 at 03:13 AM
Quote: --- Original message by: Spiral
About time someone explained this. Makes it much easier to follow than having to guess and read a decade old post/tutorial.
I read a bunch of theories that weather polies work just like portals, and that is completely false. I legitimately think that nobody in the history of Halo CE has ever figured this out.
Be advised that a lot of terminology used in this tutorial is aimed at people who have an already in-depth knowledge of the Halo 1 BSP creation process.
Weather polyhedra are used by Halo to define volumes in a BSP where weather particles such as snow, rain, and swamp bugs cannot spawn. This technique is frequently used in the Halo 1 campaign where you transition from interior sections to outside sections with weather. Without weather polyhedra, going from an interior cluster to an exterior cluster with weather would cause the weather to just instantly appear, which isn't realistic.
There is little explanation offered as to how these work. Tool offers no failure/success information when you attempt to implement them. And the icing on the cake: you can't even view these in Sapien like you can with portals. The only evidence to go off of is the information Guerilla offers on some of the single player BSPs in question, and a really unhelpful description offered by the HEK tutorial.
Going by what the HEK tutorial says, you could assume these work in a similar fashion to occlusion portals; but, Guerilla gives a few extra hints that we aren't simply dealing with flat polygons- we are dealing with actual 3D volumes. It's unclear exactly what is accepted by Halo as a polyhedron; the definition of a polyhedron is a solid figure with many plane faces, typically more than six. (Source: Google) After reviewing the average amount of planes per weather polyhedron in the campaign maps, I've drawn the conclusion that these must be simple primitives such as cubes. I've experimented with using more complex volumes and experienced a lot of failures. If needed, the simple cube volumes can intersect to form larger, more complex volumes.
To make your own weather polyhedra, you must add a material to your BSP model (in 3DS Max) called +weatherpoly. Assign this material to your sealed simple volumes, export and compile the BSP, then open the level in Sapien. These volumes are intended to encapsulate halls and rooms and therefore will intersect BSP geometry, which is perfectly normal. Understand that you must apply weather effects to clusters that may normally not have them, so they appear outside a window or doorway, as you stand within a weather polyhedron. The only clusters that will not receive the weather particle cluster information are clusters that have no line of sight to the exterior. Just keep these two facts in mind:
1. Weather particles will spawn everywhere, if you're in a cluster that has them enabled. However...
2. Weather particles will not spawn inside weather polyhedra.
Here is a demonstration of weather polyhedra in 3ds Max on a port of Halo 2 Lockout. The level needs to have nice transitions between indoor areas and outdoor areas with snow.
Here are the weather polyhedra that need to be implemented to keep snow out of the indoor areas. As you can see, some intersect each other, and some aren't perfect cubes. These have been tested and work fine.
This is what the scene looks like as it's ready to be exported.
A common problem you may encounter relates to weather particles seemingly phasing through walls in areas where they shouldn't be. There are a few things to consider like the size of the weather particles, how strong the wind is, etc. Those are possible sources of problems, but the easiest solution is to simply enlarge the weather polyhedra sizes. The example above isn't exactly the intended use of weather polyhedra, I suspect. I believe they're mainly intended to be used at transition points in a linear level where there are long hallways that open up to exterior areas. In those situations, theres no chance of particles bleeding through walls since you can enlarge the weather polyhedron as big as you want outside the sealed BSP.
One last thing of note, if you want to be a nice guy and include weather polyhedra in your map even though you don't intend to use any weather particle systems, that's very helpful for anybody who wants to mod your map and add weather particle systems in the future.
This tutorial is available in PDF here: https://www.pdf-archive.com/2017/11/17/halo-weather-poly-tutorial/. It will be rehosted here and a few other places eventually.
Edit- Fixed the formatting.
Edited by bingo on Nov 17, 2017 at 12:15 AM
sparky - Today at 8:23 PM
I'm starting a new community, very selective. Come join. https://discord.gg/j9sY5Cw
Word around the block is you cut your dick off.
Edited by bingo on Nov 6, 2017 at 04:18 AM
I love you Bungie LLC. We should hook up. Hit me up in those Steam DMs BB. <3
april fools day or whatever i guess
Edited by bingo on Oct 13, 2017 at 10:42 PM
Get your free private beta of Chimera at https://discord.gg/0fnn37Ieq0XXPrMJ If you have any questions, tag @002.