I'm going to have a go changing the [dline~] abstractions, as inside them the signal is written to a delay line then read at a delay specified by the output position and delay line frequency/length. I'm just confused a bit with how the delay lines are designed, but I must be able to copy the section that connects output position to [dline~] on the right hand delay line over to the input delay line, then use that to read from the delay line.
Surely......
I will have a go in a bit
cheers

From: jbturgid@hotmail.com
To: samueldavidrowe@hotmail.co.uk; pd-list@iem.at
Subject: RE: [PD] delay lines
Date: Tue, 12 Apr 2011 09:38:37 +0100

Ahh, The strength of arrays is that you can specify a specific location. So, to play audio that's stored in an array you usually have to feed it either changing position data from [line~] or [phasor~] which, as it reads each point at your sample rate (usually 44100 points a second) and feeds this data to your speakers you hear the stored audio, of course changed by the speed of the position line you're putting into it.

You could build your own delay unit using tabread~ and tabwrite~ but if you're just starting out, I'd stick to [delread~] and [delwrite~]. Have you managed to do this?

From: samueldavidrowe@hotmail.co.uk
To: pd-list@iem.at
Date: Mon, 11 Apr 2011 17:08:23 +0000
Subject: Re: [PD] delay lines

I'm not quite sure what you mean, simply using [tabread~] and 
[tabwrite~] where I've used [delread~] and [delwrite~]? I wasn't aware 
you could specify a location in an array, I thought you just read it 
all? 
Sorry, I'm pretty new to using delay lines and arrays in Pd 
Thanks

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