dsp_extra¶
unitimpulse function (generic::unitimpulse)¶
template <typename T = int> auto unitimpulse()
Returns expression template that generates a unit impulse
jaehne function (generic::jaehne)¶
template <typename T = fbase>
auto jaehne(std::type_identity_t<T> magn, size_t size)
Returns expression template that generates a jaehne vector Generates the sine with linearly increasing frequency from 0hz to nyquist frequency.
swept function (generic::swept)¶
template <typename T = fbase>
auto swept(std::type_identity_t<T> magn, size_t size)
Returns expression template that generates a jaehne vector Generates the sine with logarithmically increasing frequency from 0hz to nyquist frequency.
note_to_hertz class (generic::fn::note_to_hertz)¶
note_to_hertz
hertz_to_note class (generic::fn::hertz_to_note)¶
hertz_to_note
amp_to_dB class (generic::fn::amp_to_dB)¶
amp_to_dB
dB_to_amp class (generic::fn::dB_to_amp)¶
dB_to_amp
power_to_dB class (generic::fn::power_to_dB)¶
power_to_dB
dB_to_power class (generic::fn::dB_to_power)¶
dB_to_power
speaker_type enum¶
enum class speaker_type : int
Speaker types (positions) Matches VST3 definitions
speaker_arrangement enum¶
enum class speaker_arrangement : int
Predefined speaker arrangements Matches VST3 definitions
arrangement_speakers function¶
std::span<const speaker_type>
arrangement_speakers(speaker_arrangement arr) noexcept
Returns the canonical channel list for a speaker arrangement.
Maps a speaker_arrangement to an ordered, immutable sequence of speaker_type values.
The returned span references static storage valid for the program lifetime and performs no allocations.
Param arr The speaker arrangement to resolve.
Returns std::span<const speaker_type> Ordered channels for the arrangement, or an empty span if
unsupported.
arrangement_for_channels function¶
speaker_arrangement
arrangement_for_channels(size_t count) noexcept
Returns a predefined speaker arrangement for a given number of channels If no predefined arrangement exists, returns speaker_arrangement::None
saturate_I class (generic::fn::saturate_I)¶
saturate_I
saturate_II class (generic::fn::saturate_II)¶
saturate_II
mixdown function (generic::mixdown)¶
template <typename... E>
expression_function<fn::add, E...> mixdown(E &&...e)
Returns template expression that returns the sum of all the inputs
stereo_matrix class (generic::stereo_matrix)¶
stereo_matrix
mixdown_stereo function (generic::mixdown_stereo)¶
template <typename Left, typename Right,
typename Result = expression_function<
stereo_matrix, expression_pack<Left, Right>>>
Result mixdown_stereo(Left &&left, Right &&right,
const f64x2x2 &matrix)
Returns template expression that returns the vector of length 2 containing mix of the left and right channels
aweighting class (generic::fn::aweighting)¶
aweighting
bweighting class (generic::fn::bweighting)¶
bweighting
cweighting class (generic::fn::cweighting)¶
cweighting
expression_goertzel class (generic::expression_goertzel)¶
template <typename T> expression_goertzel
expression_parallel_goertzel class (generic::expression_parallel_goertzel)¶
template <typename T, size_t width>
expression_parallel_goertzel
Auto-generated from sources, Revision , https://github.com/kfrlib/kfr/blob//include/kfr/