PASS - LinFiltState(b,a): a[0] == 0(LinFiltState: a[0] == 0)

PASS - LinFilt(b,a): a[0] == 0(LinFiltState: a[0] == 0)

PASS - LinFiltState(b,a): b == 0(LinFiltState: b == 0)

PASS - LinFilt(b,a): b == 0(LinFiltState: b == 0)

PASS - LinFiltState(b,a): b.size() == 0(LinFiltState: b.size() == 0)

PASS - LinFilt(b,a): b.size() == 0(LinFiltState: b.size() == 0)

PASS - LinFiltState(b,a): a.size() == 0(LinFiltState: a.size() == 0)

PASS - LinFilt(b,a): a.size() == 0(LinFiltState: a.size() == 0)

PASS - zero length input to apply()

PASS - (all exception tests)

PASS - (all trivial filter tests )

PASS - (all trivial filter tests )

PASS - FIR filter

PASS - Start times are equal

PASS - End times are equal

PASS - Sample rates are equal

PASS - Name is correct

PASS - FIR filter state (output length)

PASS - FIR filter state (values)

PASS - FIR filter, split input

PASS - (all FIR filter tests )

PASS - FIR filter

PASS - Start times are equal

PASS - End times are equal

PASS - Sample rates are equal

PASS - Name is correct

PASS - FIR filter state (output length)

PASS - FIR filter state (values)

PASS - FIR filter, split input

PASS - (all FIR filter tests )

PASS - FIR filter ,std::complex >

PASS - Start times are equal

PASS - End times are equal

PASS - Sample rates are equal

PASS - Name is correct

PASS - FIR filter state (output length) ,std::complex >

PASS - FIR filter state (values) ,std::complex >

PASS - FIR filter, split input,std::complex >

PASS - (all FIR filter tests >)

PASS - FIR filter ,std::complex >

PASS - Start times are equal

PASS - End times are equal

PASS - Sample rates are equal

PASS - Name is correct

PASS - FIR filter state (output length) ,std::complex >

PASS - FIR filter state (values) ,std::complex >

PASS - FIR filter, split input,std::complex >

PASS - (all FIR filter tests >)

PASS - FIR filter ,std::complex >

PASS - (all std::complex FIR filter tests >)

PASS - FIR filter ,std::complex >

PASS - (all std::complex FIR filter tests >)

PASS - all-pole filter

PASS - all-pole filter, split input

PASS - (all all-pole filter tests )

PASS - all-pole filter

PASS - all-pole filter, split input

PASS - (all all-pole filter tests )

PASS - all-pole filter ,std::complex >

PASS - all-pole filter, split input ,std::complex >

PASS - (all all-pole filter tests >)

PASS - all-pole filter ,std::complex >

PASS - all-pole filter, split input ,std::complex >

PASS - (all all-pole filter tests >)

PASS - IIR filter ,std::complex >

PASS - split IIR filter ,std::complex >

PASS - IIR filter std::complex

PASS - IIR filter ,std::complex >

PASS - split IIR filter ,std::complex >

PASS - IIR filter std::complex

PASS - full filter

PASS - full filter, split input

PASS - (all full filter tests )

PASS - full filter ,std::complex >

PASS - full filter, split input ,std::complex >

PASS - (all full filter tests >)

PASS - full filter

PASS - full filter, split input

PASS - (all full filter tests )

PASS - full filter ,std::complex >

PASS - full filter, split input ,std::complex >

PASS - (all full filter tests >)

PASS - full filter ,std::complex >

PASS - split full filter ,std::complex >

PASS - full filter std::complex

PASS - full filter ,std::complex >

PASS - split full filter ,std::complex >

PASS - full filter std::complex

PASS - FIR ZPG vs. coefficients: values are correct

PASS - IIR ZPG vs. coefficients: values are correct

PASS - General ZPG vs. coefficients: values are correct

PASS - ZPG filter, double

PASS - Power below fc is reduced

PASS - Power above fc is unaffected

PASS - Power below fc is reduced

PASS - Power above fc is unaffected