Vector-based envelope follower (multichannel) Use the vectral~ object to filter frame-based signal data such as the output of the fft~ object. Cycling '74 MSP MSP FFT (signal) Output Index TEXT_HERE (signal) Input Index TEXT_HERE (signal) Input Value TEXT_HERE (signal) Output Value TEXT_HERE Vector size The argument is the vector size for the operation. It defaults to 512, but should be set appropriately for the size of the vectors you feed into the vectral~ object. Clear the sample memory Clears object's sample memory (in case of a blow-up). Limit the change in bins of successive vectors to a value range In left inlet: The word deltaclip, followed by two floats, limits the change in bins of successive vectors to the values given. This is equivalent to the time-domain deltaclip~ object. Perform linear vector smoothing across successive frames In left inlet: The word rampsmooth, followed by two ints, causes the vector to be smoothed in a linear fashion across successive frames. The arguments specify the number of frames to use to interpolate values in both directions. This is equivalent to the time-domain filtering done by the rampsmooth~ object. Function depends on inlet In left inlet: A sync signal for the index of the output vector. This is typically in the range of 0 to n-1 (where n is the size of the vector).

In middle inlet: A sync signal received in the middle inlet is used to synchronize the input index of the vector being processed. The sync signal will typically be in the range 0 to n-1 (where n is the size of the vector). If the left and middle inlets are "out-of-sync", the incoming vector's bins will shift by the difference between the two signals.

In right inlet: Signal data to be filtered. This will usually be frequency-domain information such as the output of an fft~ or fftin~ object. Set the vector size for the operation In left inlet: The word size, followed by a number, sets the vector size for the operation. The default is 512. Perform log vector interpolations across successive frames (like slide~) In left inlet: The word slide, followed by two floats, causes vectral~ to do logarithmic interpolation of successive vectors in a manner equivalent to the time-domain slide~ object. The two arguments determine the denominator coefficient for the amount of the slide. It may operate in one of the following modes:
rampsmooth <up> <down>- linear ramp across up/down frames to the new value
slide <up> <down>- logarithmic movement to new value
deltaclip <max> <min>- limits the change in samples to be in the given range A smoothed version of the signal input into the right inlet, according to the parameters given to the vectral~ object.