sends s, in the format where the numbers represent the (1-indexed) index of the object, ex.
#THE PRIMITIVES PURE RAR PLUS#
It is created using arguments for the number of cubes, tables/cube, rows/table, and columns/table plus an expr, in notation where $f1 is the variable, $f2 is cube index, $f3 table, etc.
#THE PRIMITIVES PURE RAR SERIES#
Hcube is a series of four nested clones: cube, table, row, col(umn), with col holding a dynamically generated object. (See hcube-help.pd for more detailed info.) Though, being (sort of) 4-d, I think it lends itself to audio sequencers, samplers, and esp. Mainly I did this for two reasons, 1) to see what it would look like to have a 4-d "tree" of clone objects and 2) I think it's funny (in a pure data sense).Īs to practical purposes.I leave that up to the user. Hcube: hypercube calculator using 4 layers of nested clones and a dynamic 3001 3002 etc.Īnd of course if the patches are the same (abstractions) use a $ argument.
So if you want to differentiate receiving patches use different ports. If you have a number of patches on that receiving computer then they should use different ports. or every computer is not running Apple Bonjour. If none of your computers are running a master browser. running a receiver (like netreceive or udpreceive~) set to port 3000 That computer would then make the connection to a patch.
So you should be able to use [connect raspberrypi3 3000( if your other computers name is raspberrypi3 while your "name" search will always land (once theDNS servers are updated). much like "localhost" is translated to 127.0.0.1 or "Google" when looked up by your browser on a web DNS server is 142.250.74.195.ĭNS allows IP addresses to change. However, all computers on your network register their names in local dns master browser and the IP address can be looked up. If the patches are on the same computer running in the same instance of Pd then simple and will work.īut once a router is involved it needs an IP address and port to know where to send the data.
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