< Get position from fraction within interval

Get the current zero-crossing rate, in [0, 0.5]

\returns a pointer to the read buffer

Read sample from tap

Read value using linear interpolation

Returns number of pointers to memory address being managed

Get release length

Reset envelope

Reset the silence counter

Reset envelope

Reset trigger

< Zero internal delay

Resize buffers

Returns reversed slice

Get number of seconds in one buffer

Returns the section 'v' lies in in [0,num] divided into 'div' sections.

Set seed value of RNG

Set seed of RNG

Set seed of RNG

Set seed of RNG

Set sequence history to value

Set all control parameters

Set all control parameters of oscillator i

\param[in] frq Frequency \param[in] amp Amplitude \param[in] dcy T60 decay length (negative == no decay) \param[in] phs Phase in [0, 1)

\param[in] i index of oscillator \param[in] frq Frequency \param[in] amp Amplitude \param[in] dcy T60 decay length (negative == no decay) \param[i

The phase state will be rewound 1 iteration so the first function call will return a complex number at the desired phase.

< Return multiplicative inverse, 1/z

< Returns cos(z)

Backward sine transform (synthesis) with odd wave numbers */