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pg.descriptor~	External		Sonogram and analysis of a buffer~ (beta).
vj.buffer_cropper	Abstraction		remove silence from the beginning of an audio recording within a buffer~ object remove silence from the beginning of an audio recording within a buffer~ object
2d.wave~	External		Two dimensional Phase-driven oscillator using a buffer~ as a wavetable Similar to wave~, but with an additional axis. A given ms range of an audio file will be divided into n rows. Y phase input will determine which row(s) will be used for playback. Try loading a 16-bar loop and setting your rows to be 16(or 7 for that matter). Try also using a short(150 ms or so) section of an audio file as a 2-d wave table. Set the phasor of one axis to be very fast, and one to be very slow.
autobuffer~	Abstraction		Abstraction for creating random named buffers.
bag~	Abstraction		sample and write This little utility was designed to sample a signal and write it to disk, back in the days when there was no way to view a waveform in MAX/FTS on the ISPW. This abstraction was made as a debugging aid to help track down clicks by recording samples to disk and viewing them with the aid of a sound editing program. This could still be useful tool in MSP, however, because it contains a pre-configured buffer~ and record~ and it has a nice short name that’s fast to type. Once you’ve recorded a bit of problematic sound, all you need to do is double-click on the buffer~ inside bag~ to see the recorded waveform.
buf.Op	Javaclass (mxj)		buffer~ operations perform operations on a buffer~, get detailed information about a buffer~ object
bufedit~	External		It enables you to modify data in buffer~ It enables you to modify data in buffer~. It will be useful for making weird sound or impulse response. Don't ask me why don't you use peek~... I didn't know peek~ untill I've finished coding of bufedit~. bufedit~ has advantages and disadvantage with peek~. Advantage of bufedit~ is a lot of supported messages, for example, it is possible to make a window with a few command without Uzi, or when performing convolution and if impulse response is static or less changes, bufedit~'s fft command will help you with computational expences. And unlike peek~, bufedit~ can store value greater than 1. Disadvantage is that I strongly believe DZ's programming skill is superior than mine and I've not tested bufedit~ much yet (it seems stable for me). So please use bufedit~ at your own risk, I don't owe any responssibility to disbenefit caused by using bufedit~.
buffer~	External		Multichannel sample buffer buffer~ works in conjunction with many different objects, including play~/groove~ (to play the buffer), record~ (records into the buffer), info~ (to report information about the buffer), peek~ (to write into/read from the buffer like the table object), lookup~ (to use the buffer for waveshaping), cycle~ (to specify a 512-point waveform), and wave~ (to specify a waveform).
buffir~	External		buffir~ is a buffer~ based fir(finite impulse response) filter. buffir~ is a buffer~ based fir(finite impulse response) filter. an input signal is convolved with n samples of a buffer. Currently the maximum number of points is 128.
bufGranul~	External		sound buffer~ granulation DSP object Advanced sound buffer~ granulation DSP engine for MaxMSP. Features are buffer based enveloppe, float/signal parameter control, internal spatialisation of each grain on 2-4-6-8 channels, high polyphony ( up to 512 simultaneous grains ).
byplay~	External		byplay~ provides note-statement-like playback of audio from a buffer~
cda	External		Python script which gives audio CD support for Windows : import .cda tracks into [buffer~], retrieve CD infos from CDDB (artist, title, track names...). Requires [Pyext] external, Python 2.4.x and some additional python modules. Warning ! For Python lovers only (or for CD fanatics) : As there's still no cd support in max/Msp for windows, it is an attempt to provide one. It is written in python and runs through the great [pyext] object, which is a python wrapper for max/Msp, by Thomas Grill. Luckily, it's really stable, and relatively fast ! When the device is "cold", it takes 5s for importing 2 megs and about 30s for a 4-5min file. Same or faster than Sound Forge, and already in your buffer~ ! Last but not least, it doesn't interrupt MSP process while importing...
convolve~	External		convolve~ is a buffer~ based FIR (finite impulse response) convolution filter. An input signal is convolved with the samples of the buffer. An amplitude treshold can be set for saving processing time. The FIR length is free. The functionality is similar to the "buffir~" object: a buffer~ is used to hold the FIR that will convolve the signal coming in the first inlet. But convolve~ scans the buffer~ for data above a given amplitude treshold so that the callculation process can be reduced (instead of high dynamic precision.) This faster calculation has as a consequence that the offset and legth of the FIR aren't signal inlets like in buffir~.
ctr.grain~	External		Read grains from a buffer~ within a range Read fragments of recorded material with granular techniques, allowing users to change grain density and dimension and to modulate pitch transposition in a simple and effective
ctr.shuffle~	External		Read random segments from a buffer~ within a range ctr.shuffle~ can read different sections of a buffer sequentially, producing a continuously changing result that can be defined by several parameters including playback direction (forward, backward and alternating).
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