grep -nHIrF --include=*.m -- circV

find_circV

./auditory-front-end/src/Processors/pitchProc.m:236:            pObj.maxConfBuf = circVBuf(bufferDurSec*pObj.FsHzIn,1);
./auditory-front-end/src/Processors/pitchProc.m:237:            pObj.maxConf = circVBufArrayInterface(pObj.maxConfBuf);
./auditory-front-end/src/Signals/circVBuf.m:1:classdef circVBuf < handle
./auditory-front-end/src/Signals/circVBuf.m:2:    %circVBuf class defines a circular double buffered vector buffer
./auditory-front-end/src/Signals/circVBuf.m:51:    % example 1 - loop over new vectors of a circVBuf (slow because of copy):
./auditory-front-end/src/Signals/circVBuf.m:52:    %     for ix=circVBufObj.VBuf.new:circVBuf.VBuf.lst
./auditory-front-end/src/Signals/circVBuf.m:53:    %        vec(:) = circVBuf.VBuf.raw(:,bId);
./auditory-front-end/src/Signals/circVBuf.m:57:    %     new = circVBuf.VBuf.new;
./auditory-front-end/src/Signals/circVBuf.m:58:    %     lst = circVBuf.VBuf.lst;
./auditory-front-end/src/Signals/circVBuf.m:59:    %     mean = mean(circVBuf.VBuf.raw(3:7,new:lst));
./auditory-front-end/src/Signals/circVBuf.m:93:        function obj = circVBuf(bufSize,matSize)
./auditory-front-end/src/Signals/circVBuf.m:218:            testObj = circVBuf(int64(bufferSz),int64(vectorLen),appendType);
./auditory-front-end/src/Signals/circVBufArrayInterface.m:2:%  of the circVBuf class. It wraps the circular buffer and provides an array-like
./auditory-front-end/src/Signals/circVBufArrayInterface.m:23:classdef circVBufArrayInterface < handle
./auditory-front-end/src/Signals/circVBufArrayInterface.m:35:        function obj = circVBufArrayInterface(cbuf)
./auditory-front-end/src/Signals/circVBufC.m:1:classdef circVBufC < handle
./auditory-front-end/src/Signals/circVBufC.m:2:    %circVBufC class defines a circular complex single vector ring buffer
./auditory-front-end/src/Signals/circVBufC.m:3:    %   for details see circVBuf.m
./auditory-front-end/src/Signals/circVBufC.m:24:        function obj = circVBufC(bufSize,matSize)
./auditory-front-end/src/Signals/circVBufC.m:133:            testObj = circVBufC(int64(bufferSz),int64(vectorLen));
./auditory-front-end/src/Signals/dataObject.m:33:        % See also circVBuf, circVBufArrayInterface
./auditory-front-end/src/Signals/Signal.m:25:% See also signals (folder), circVBuf, circVBufArrayInterface
./auditory-front-end/src/Signals/Signal.m:77:            sObj.Buf = circVBuf( bufferSizeSamples, bufferElemSize );
./auditory-front-end/src/Signals/Signal.m:78:            sObj.Data = circVBufArrayInterface( sObj.Buf );
./auditory-front-end/src/Signals/Signal.m:97:            sObj.Buf = circVBuf( bufferSizeSamples, sObj.Buf.matSz );
./auditory-front-end/src/Signals/Signal.m:98:            sObj.Data = circVBufArrayInterface( sObj.Buf );
./auditory-front-end/src/Signals/Signal.m:224:            if isa(newSobj.Buf, 'circVBuf')
./auditory-front-end/src/Signals/Signal.m:400:                if isa( cpObj.Buf, 'circVBuf' ) && cpObj.Buf.isvalid()
./auditory-front-end/src/Signals/STFTSignal.m:3:%   see circVBufC and TimeFrequenySignal
./auditory-front-end/src/Signals/STFTSignal.m:66:            sObj.Buf = circVBufC( bufferSizeSamples, sObj.Buf.matSz );
./auditory-front-end/src/Signals/STFTSignal.m:67:            sObj.Data = circVBufArrayInterface( sObj.Buf );
./main/Tools/misc/circVBuf.m:1:classdef circVBuf < handle
./main/Tools/misc/circVBuf.m:2:    %circVBuf class defines a circular double buffered vector buffer
./main/Tools/misc/circVBuf.m:51:    % example 1 - loop over new vectors of a circVBuf (slow because of copy):
./main/Tools/misc/circVBuf.m:52:    %     for ix=circVBufObj.VBuf.new:circVBuf.VBuf.lst
./main/Tools/misc/circVBuf.m:53:    %        vec(:) = circVBuf.VBuf.raw(:,bId);
./main/Tools/misc/circVBuf.m:57:    %     new = circVBuf.VBuf.new;
./main/Tools/misc/circVBuf.m:58:    %     lst = circVBuf.VBuf.lst;
./main/Tools/misc/circVBuf.m:59:    %     mean = mean(circVBuf.VBuf.raw(3:7,new:lst));
./main/Tools/misc/circVBuf.m:93:        function obj = circVBuf(bufSize,matSize)
./main/Tools/misc/circVBuf.m:218:            testObj = circVBuf(int64(bufferSz),int64(vectorLen),appendType);
./main/Tools/misc/circVBufArrayInterface.m:2:%  of the circVBuf class. It wraps the circular buffer and provides an array-like
./main/Tools/misc/circVBufArrayInterface.m:23:classdef circVBufArrayInterface < handle
./main/Tools/misc/circVBufArrayInterface.m:35:        function obj = circVBufArrayInterface(cbuf)
Search completed with 78 matches.