Any instance state that depends on the samples/unit ratio should be updated here. The ratio of the new to the old samples/unit is passed in.

Any instance state that depends on the samples/unit ratio should be updated here. The ratio of the new to the old samples/unit is passed in.

Called whenever this node must process audio

Called whenever this node is "reset"

Called whenever the size changes

Returns whether file is open

< Returns true if real and equals value

< Returns true if norm is greater than argument's norm

< Returns true if any components are not equal

Write new element and return oldest

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Return interpolated element from power-of-2 array

Returns frequency response at unit frequency [-0.5, 0.5]

Input element and return Nth delayed element

Generate next sample

Generate next sample with a frequency offset

Generate next sum of all oscillators

Generate next sum of all oscillators

\param[in] itg Leaky integration factor

\param[in] itg Leaky integration factor

Returns f(x) where x lies in the function domain, [0,1)

Get sinusoidal value at unit phase. No bounds checking is performed.

Generate next value

Generate next value

Generate next value

Execute stored function

Return filtered sample