tag:blogger.com,1999:blog-8416077501952449955.post7324148946723762088..comments2024-03-28T12:43:52.500+04:00Comments on Shades of Grey: URBAN GENERICSAndy Milburnhttp://www.blogger.com/profile/03292205727891265423noreply@blogger.comBlogger4125tag:blogger.com,1999:blog-8416077501952449955.post-41684824831395251692017-02-17T08:35:22.205+04:002017-02-17T08:35:22.205+04:00hi can you show us how you generate an automatic c...hi can you show us how you generate an automatic computation for irregular parcel areas? I am having trouble on that part. while trying your tutorial. thanksagelaenhttps://www.blogger.com/profile/03487532784677250278noreply@blogger.comtag:blogger.com,1999:blog-8416077501952449955.post-29743272287094191992013-09-15T01:19:36.994+04:002013-09-15T01:19:36.994+04:00Hi Andy,
I've just posted a description on my ...Hi Andy,<br />I've just posted a description on my blog (RevitCat)of how to indent repeaters using 4 point adaptives - but I'm sure you've already figured it out.RevitCathttps://www.blogger.com/profile/17421472010756742971noreply@blogger.comtag:blogger.com,1999:blog-8416077501952449955.post-55749944041913925052013-09-01T08:37:25.369+04:002013-09-01T08:37:25.369+04:00Hi Tim
Would love to see what you come up with. I...Hi Tim<br />Would love to see what you come up with. I did try four point adaptives (towards the end of the post) and sadly these don't seem to compute mass floors. It's critical to me that we are able to generate floor areas and use these in FAR calculations. If you can make headway on this, that would be great. Actually, now I see that it would work if the tower was a simple extrusion and not directly connected to the 4 points. THANKYOU !Andy Milburnhttps://www.blogger.com/profile/03292205727891265423noreply@blogger.comtag:blogger.com,1999:blog-8416077501952449955.post-2635891806908340452013-09-01T03:44:47.274+04:002013-09-01T03:44:47.274+04:00Hi Andy,
Fascinating stuff - I need to read it mo...Hi Andy, <br />Fascinating stuff - I need to read it more closely and test some of the ideas to fully understand it. I have a suggestion for how to indent your divided surface repeaters without any formulas:<br />Instead of using one point adaptive components, create a four point component; place the geometry at the centre between the points; place the adaptive component onto 4 adjacent nodes on the divided surface, then repeat - it won't go over the edges. I might even do a post on that on my blog. One other advantage is that you could use reporting parameters to get the grid spacing and make the adaptive family respond accordingly (eg. taller and skinnier if the blocks get too close).RevitCathttps://www.blogger.com/profile/17421472010756742971noreply@blogger.com