Objects			page : 1 2 3 4 5 6 7
dot.listpipe	Abstraction		Delays a stream of input like pipe, but also works for lists.
dur-from-ED	Abstraction		Calculcats note durations from entry delays (ED) and a duration factor.
echo	Javaclass (mxj)		super midi delay the echo object sends out delayed versions of input notes with attributes for altering the period multiplicatively, additively or randomly with a gaussian distribution, controlling the amount of feedback, the maximum number of taps, and a probability threshold that determines the chance of each subsequent tap occurring.
ED-rhythm	Abstraction		rythm generator Creates a rhythm by selecting entry delays supplied by a list of entry delays which has to be sent to the rightmost inlet. The selection is achieved by one of the three selection mechanisms alea (=1), series (=2), and sequence (=3) which is the argument of this function.
ED-trans	Abstraction		produces a ritardando or an accelerando Generates a transition between two entry delays (ED) within a certain time span producing either a ritardando or an accelerando. A number (= time in ms) sent to the leftmost inlet starts the process.
ED2EP	Abstraction		Converts ED (= entry delays) into EP (= entry points)
ej.vdb-sig~	Abstraction		Variable delay without clicks or transposition (accept signal as delay time) Variable delay without clicks or transposition (cheaper than vdb~ in the Bennies)
ej.vdb~	Abstraction		Variable delay without clicks or transposition. Variable delay without clicks or transposition (cheaper than vdb~ in the Bennies)
f0.clock	Abstraction		slow down metro/line/delay/pipe/clocker/timeline objects
f0.delay	Abstraction		fifo delay line for messages
f0.delayf	Abstraction		fifo delay line for numbers with feedback
f0.list_arpeggio	Abstraction		iterates over a list with a delay
f0.multidelay~	Abstraction		tap delay with variable number of tap outputs, independent delaytimes and levels
f0.sched	Abstraction		delay items or lists
Feedback Delay Line	External		Quality Feedback Delay Line with adjustable resampling algorithm. The primary goal of the project was to implement a Feedback Delay Line with comparable audio quality to the delays found in the Supercollider environment. It even goes a step further and implements a resampling algorithm (developed by ccrma at Stanford) which results in a far better audio quality at low reading speeds.
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