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Quick preview - Halfway through recording B-roll footage :)
🕑 Added 2020-11-12 20:39:58 +0000 UTCSeeing as this one is taking a little longer I thought I'd drop you guys a preview of what I've been working on :)
These are improved versions of the cave floor tiles I showed in the mountainblocks system, with some awesome new features I couldn't fit into that video:
Improved magnetic connections, that I'll be expanding into the building tiles in an upcoming video if my experiments pan out (I think I figured out a way to do it!)
An easier way to make floor tiles with foam to the ground that hides the card (no need to squash foam!)
An easy to apply, dirt cheap (literally) improvement to the mountainblock paint scheme (think weathering...)
Realistic ground cover including rocky areas, stalalgmites, cracks in the floor, rubble and more...
Interesting modular ways to connect them together - placing them in the corners of tiles allows you to make a wide range of different looking environments just by rotating tiles...
Less need for scatter terrain with bases that weirdly hover over the tiles/ground, these pieces meld with the ground seamlessly :D
AND a new, realistic way to make stalagmites/stalactites, including a massive centrepiece that can be connected with modular bridges to other areas, or even support wider overhang areas (thank you Robert for helping me with that idea, I'd been thinking in circles on that one for a while!)
I'm aiming to keep the video a reasonable length so I'll be including a ton of extra tips and guides in the pinned comment, as well as being free to answer any questions you guys have, as always :)
I'm aiming to have it uploaded to you guys at some point on Sunday - hope you enjoy!
Comments
PensiveBadger
Thanks Ryan! Coming as soon as I can get it done π
PensiveBadger
Glad you like it :) I can't wait to use it in a game, it's really immersive!
Ryan Stevens
Looks awesome , canβt wait to see video!
DuskMaiden
This looks absolutely fantastic!! Really looking forward to watching (and hopefully craft) this π
