emerging-ezaudio
Search uses release 0.4.0.0 · 1,035 definitions
Definitions (1,035)
- def sp.a1e2slots 10 and 4, times 5153
- def sp.a1e1
- def sp.a1e
- def sp.a1f2slots 5 and 9, times 6574
- def sp.a1f1
- def sp.a1f
- def sp.a1g4slots 8 and 6, times 37489, then slot 7 times 75038
- def sp.a1g3
- def sp.a1g2
- def sp.a1g
- def sp.a1go6
- def sp.a1go5
- def sp.a1go4
- def sp.a1go3
- def sp.a1go2
- def sp.a1go1
- def sp.a1first grouped window sum
- def sp.a2a4taps 898, 770, 642, 514
- def sp.a2a3
- def sp.a2a2
- def sp.a2a1
- def sp.a2a
- def sp.a2b2taps 386 and 258
- def sp.a2b1
- def sp.a2b
- def sp.a2c1tap 130
- def sp.a2c
- def sp.a2d1tap 2
- def sp.a2d
- def sp.a2go3
- def sp.a2go2
- def sp.a2go1
- def sp.a2second window sum, eight weighted taps
- type PpPCM and delay line while pairing synth samples
- def sp.pair2one synth pair: two scaled samples
- def sp.pair1
- def sp.pair
- def blk.pairsfour synth pairs that open a block
- type Sbdelay line and the PCM written so far
- def blk.armed1
- def blk.armedpairs read the delay line the preamble just wrote
- type Bgpolyphase state, the granule Array the rows still read, and the window table
- def blk.arm2preamble done: the pairs read the delay line, the granule and window stay put
- def blk.armopen a block: preamble, then the four pairs
- type Sra finished row, with the window table the next row still reads
- def blk.row1
- def blk.row3
- def blk.rowwindow the row just written
- def blk.step2window the row, keeping the granule for the rows still to come
- def blk.stepone row of the block, from i = 14 down to 0
- def blk.i.gofifteen rows
- def blk.oneone time block
- def blk.gonine time blocks, time = 0, 2, ..., 16
- def qmf.evone even delay sample and the odd slot kept from the carried tail.
- def qmf.ststereo tail: 960 delay-Array samples in one pull.
- def qmf.pickmono keeps odd slots; stereo replaces the whole tail from the delay Array
- def qmf.savesave the 15-block tail off the delay Array, one pass, no List.set
- type PcPCM, the overlap to carry, and the polyphase delay
- def syn.zovzero overlap, 288 samples, one channel
- def syn.zqmfzero polyphase delay
- def ch.prepantialias, IMDCT, and the sign flip for one channel
- def syn.st2append the second channel's overlap.
- def syn.stjoin two channel states.
- def syn.chprepare one or two channels
- def syn.readytables shared by a granule.
- def sy.dct2second channel starts at bin 576
- def sy.dctDCT-II of each channel.
- def sy.lindelay line: the carried tail, then zeros (4096-slot Array starts at 0.0)
- def sy.pcmempty PCM for one granule (2048-slot Array covers mono 576 and stereo 1152)
- def sy.pcm.listPCM Array back to a list of length 576*nch
- def syn.dropthe granule Array is finished once the nine blocks have read it
- def syn.outrun the polyphase and keep the overlap from the IMDCT
- def syn.pcmDCT-II then nine polyphase blocks.
- def syn.finishsynthesis of a prepared granule
- def syn.granone granule to PCM.
- def syn.imIMDCT only, 32 bands, no antialias.
- def syn.nthone PCM sample of a granule, as a binary32 word
- def syn.word1drop the spectrum Array once sample 0 has been read
- def syn.wordfirst sample of an IMDCT buffer, as a binary32 word
- def syn.probePCM word ii of one granule whose spectrum is a unit impulse at bin 0.
- def syn.impulseunit impulse at bin 0.