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WSeries< DataType_t > Member List

This is the complete list of members for WSeries< DataType_t >, including all inherited members.

add(const wavearray< DataType_t > &, int=0, int=0, int=0)wavearray< DataType_t >
append(const wavearray< DataType_t > &)wavearray< DataType_t >
append(DataType_t)wavearray< DataType_t >
bandpass(wavearray< DataType_t > &ts, double flow, double fhigh, int n=-1)WSeries< DataType_t >
bandpass(double flow, double fhigh, double a=0.)WSeries< DataType_t >
bppWSeries< DataType_t >
Browse(TBrowser *b)WSeries< DataType_t >inlinevirtual
calibrate(size_t, double, d_complex *, d_complex *, wavearray< double > &, wavearray< double > &, size_t ch=0)WSeries< DataType_t >virtual
coincidence(WSeries< DataType_t > &, int=0, int=0, double=0.)WSeries< DataType_t >virtual
Coincidence(WSeries< DataType_t > &, double=0., double=0.)WSeries< DataType_t >virtual
compare(const void *x, const void *y)wavearray< DataType_t >inlinestatic
cpf(const wavearray< DataType_t > &, int=0, int=0, int=0)wavearray< DataType_t >
datawavearray< DataType_t >
delay(double T)wavearray< DataType_t >virtual
Dump(const char *, int=0)WSeries< DataType_t >virtual
DumpBinary(const char *, int=0)wavearray< DataType_t >virtual
DumpObject(const char *)wavearray< DataType_t >virtual
DumpShort(const char *, int=0)wavearray< DataType_t >virtual
Edgewavearray< DataType_t >
edge(double s)wavearray< DataType_t >inlinevirtual
edge() constwavearray< DataType_t >inlinevirtual
exponential(double)wavearray< DataType_t >virtual
f_highWSeries< DataType_t >
f_lowWSeries< DataType_t >
FFT(int=1)wavearray< DataType_t >virtual
fftwwavearray< DataType_t >
FFTW(int=1)wavearray< DataType_t >virtual
filter(size_t)WSeries< DataType_t >virtual
Forward(int n=-1)WSeries< DataType_t >
Forward(wavearray< DataType_t > &, int n=-1)WSeries< DataType_t >
Forward(wavearray< DataType_t > &, Wavelet &, int n=-1)WSeries< DataType_t >
fraction(double=0., double=0., int=0)WSeries< DataType_t >virtual
frequency(int l)WSeries< DataType_t >
Gamma2Gauss(TH1F *=NULL)WSeries< DataType_t >
get(size_t i)wavearray< DataType_t >inline
get(double t, double dt=0.)wavearray< DataType_t >inline
getbpp() constWSeries< DataType_t >inline
gethigh() constWSeries< DataType_t >inline
getLayer(wavearray< DataType_t > &w, double n)WSeries< DataType_t >
getLevel()WSeries< DataType_t >inline
getlow() constWSeries< DataType_t >inline
getLPRFilter(int, int=0, int=0)wavearray< DataType_t >virtual
getMaxLevel()WSeries< DataType_t >
getSample(int n, double m)WSeries< DataType_t >inline
getSampleRank(size_t n, size_t l, size_t r) constwavearray< DataType_t >virtual
getSampleRankE(size_t n, size_t l, size_t r) constwavearray< DataType_t >virtual
getSlice(double n)WSeries< DataType_t >inline
wavearray::getSlice() constwavearray< DataType_t >inlinevirtual
getStatistics(double &mean, double &rms) constwavearray< DataType_t >
gSignificance(double, double=1., double=0.)WSeries< DataType_t >virtual
hann(void)wavearray< DataType_t >inline
ifftwwavearray< DataType_t >
Inverse(int n=-1)WSeries< DataType_t >
isWDM()WSeries< DataType_t >inline
layer(double f)WSeries< DataType_t >
limit() constwavearray< DataType_t >inlinevirtual
limit(const std::slice &) constwavearray< DataType_t >inlinevirtual
limit(const wavearray< DataType_t > &) constwavearray< DataType_t >inlinevirtual
lprFilter(double, int=0, double=0., double=0.)WSeries< DataType_t >virtual
wavearray::lprFilter(wavearray< double > &)wavearray< DataType_t >virtual
wavearray::lprFilter(double, int=0, double=0., double=0., int=0)wavearray< DataType_t >virtual
max() constwavearray< DataType_t >virtual
max(wavearray< DataType_t > &)wavearray< DataType_t >virtual
maxEnergy(wavearray< DataType_t > &ts, Wavelet &w, double=0, int=1, int=0, TH1F *=NULL)WSeries< DataType_t >
maxIndex()WSeries< DataType_t >inline
maxLayer()WSeries< DataType_t >inline
mean() constwavearray< DataType_t >virtual
mean(double f)wavearray< DataType_t >virtual
mean(const std::slice &)wavearray< DataType_t >virtual
mean(double t, wavearray< DataType_t > *in, bool fl=false, size_t n=1)wavearray< DataType_t >virtual
median(double t, bool norm=false)WSeries< DataType_t >virtual
wavearray::median(size_t=0, size_t=0) constwavearray< DataType_t >virtual
wavearray::median(double t, wavearray< DataType_t > *in, bool fl=false, size_t n=1)wavearray< DataType_t >virtual
min() constwavearray< DataType_t >virtual
mul(WSeries< DataType_t > &)WSeries< DataType_t >
operator*=(WSeries< DataType_t > &)WSeries< DataType_t >virtual
operator*=(wavearray< DataType_t > &)WSeries< DataType_t >virtual
operator*=(const DataType_t)WSeries< DataType_t >virtual
operator+=(WSeries< DataType_t > &)WSeries< DataType_t >virtual
operator+=(wavearray< DataType_t > &)WSeries< DataType_t >virtual
operator+=(const DataType_t)WSeries< DataType_t >virtual
operator-=(WSeries< DataType_t > &)WSeries< DataType_t >virtual
operator-=(wavearray< DataType_t > &)WSeries< DataType_t >virtual
operator-=(const DataType_t)WSeries< DataType_t >virtual
operator<<(wavearray< DataType_t > &)wavearray< DataType_t >virtual
operator=(const wavearray< DataType_t > &)WSeries< DataType_t >
operator=(const WSeries< DataType_t > &)WSeries< DataType_t >
operator=(const DataType_t)WSeries< DataType_t >
operator>>(char *)wavearray< DataType_t >virtual
operator[](const std::slice &)WSeries< DataType_t >virtual
wavearray::operator[](const unsigned int)wavearray< DataType_t >virtual
percentile(double=0., int=0, WSeries< DataType_t > *=NULL)WSeries< DataType_t >virtual
pixclean(double=0.)WSeries< DataType_t >virtual
print()WSeries< DataType_t >
putLayer(wavearray< DataType_t > &, double n)WSeries< DataType_t >
putSample(DataType_t a, int n, double m)WSeries< DataType_t >inline
pWaveletWSeries< DataType_t >
rand48(long k=1024)wavearray< DataType_t >inline
rank(double=0.5) constwavearray< DataType_t >
Ratewavearray< DataType_t >
rate(double r)wavearray< DataType_t >inlinevirtual
rate() constwavearray< DataType_t >inlinevirtual
ReadBinary(const char *, int=0)wavearray< DataType_t >virtual
ReadShort(const char *)wavearray< DataType_t >virtual
resample(double, int=6)WSeries< DataType_t >virtual
wavearray::resample(const wavearray< DataType_t > &, double, int=6)wavearray< DataType_t >
Resample(const wavearray< DataType_t > &, double, int=6)wavearray< DataType_t >
Resample(double)wavearray< DataType_t >virtual
resetFFTW()wavearray< DataType_t >virtual
resize(unsigned int)WSeries< DataType_t >virtual
resolution(int=0)WSeries< DataType_t >inline
rms()wavearray< DataType_t >virtual
rms(const std::slice &)wavearray< DataType_t >virtual
rms(double t, wavearray< DataType_t > *in, bool fl=false, size_t n=1)wavearray< DataType_t >virtual
rSignificance(double, double=1., double=0.)WSeries< DataType_t >virtual
rsignificance(size_t=0, double=1.)WSeries< DataType_t >virtual
setbpp(double f)WSeries< DataType_t >inline
sethigh(double f)WSeries< DataType_t >inline
setLevel(size_t n)WSeries< DataType_t >inline
setlow(double f)WSeries< DataType_t >inline
setSlice(const std::slice &s)wavearray< DataType_t >inlinevirtual
setWavelet(const Wavelet &w)WSeries< DataType_t >
significance(double, double=1.)WSeries< DataType_t >virtual
Sizewavearray< DataType_t >
size() constwavearray< DataType_t >inlinevirtual
sizeZero()WSeries< DataType_t >inline
Slicewavearray< DataType_t >
spesla(double, double, double=0.)wavearray< DataType_t >virtual
SQRT()wavearray< DataType_t >inlinevirtual
Stack(const wavearray< DataType_t > &, int)wavearray< DataType_t >
Stack(const wavearray< DataType_t > &, int, int)wavearray< DataType_t >
Stack(const wavearray< DataType_t > &, double)wavearray< DataType_t >
start(double s)wavearray< DataType_t >inlinevirtual
start() constwavearray< DataType_t >inlinevirtual
Startwavearray< DataType_t >
Stopwavearray< DataType_t >
stop(double s)wavearray< DataType_t >inlinevirtual
stop() constwavearray< DataType_t >inlinevirtual
sub(const wavearray< DataType_t > &, int=0, int=0, int=0)wavearray< DataType_t >
uniform()wavearray< DataType_t >inline
variability(double=0., double=-1., double=-1.)WSeries< DataType_t >virtual
w_modeWSeries< DataType_t >
wavearray(int)wavearray< DataType_t >
wavearray()wavearray< DataType_t >
wavearray(const wavearray< DataType_t > &)wavearray< DataType_t >
wavearray(const T *, unsigned int, double=0.)wavearray< DataType_t >
wavecount(double x, int n=0)wavearray< DataType_t >inline
wavescan(WSeries< DataType_t > **, int, TH1F *=NULL)WSeries< DataType_t >
waveSort(DataType_t **pp, size_t l=0, size_t r=0) constwavearray< DataType_t >virtual
waveSort(size_t l=0, size_t r=0)wavearray< DataType_t >virtual
waveSplit(DataType_t **pp, size_t l, size_t r, size_t m) constwavearray< DataType_t >virtual
waveSplit(size_t l, size_t r, size_t m)wavearray< DataType_t >virtual
waveSplit(size_t m)wavearray< DataType_t >virtual
wdmPacket(int pattern, char opt='L', TH1F *=NULL)WSeries< DataType_t >
white(double, int, double=0., double=0.)WSeries< DataType_t >virtual
white(WSeries< double > ws, int mode=0)WSeries< DataType_t >virtual
wavearray::white(double, int=0, double=0., double=0.) constwavearray< DataType_t >virtual
wrate(double r)WSeries< DataType_t >inline
wrate() constWSeries< DataType_t >inline
wRateWSeries< DataType_t >
WSeries()WSeries< DataType_t >
WSeries(const Wavelet &w)WSeries< DataType_t >explicit
WSeries(const wavearray< DataType_t > &value, const Wavelet &w)WSeries< DataType_t >explicit
WSeries(const WSeries< DataType_t > &value)WSeries< DataType_t >
xsize()WSeries< DataType_t >inline
~wavearray()wavearray< DataType_t >virtual
~WSeries()WSeries< DataType_t >virtual