buffer-based FIR filter Use buffir~ object when you need a finite impulse response (FIR) filter that convolves an input signal with samples from an input buffer. Cycling '74 MSP MSP Filters (signal) Input TEXT_HERE (int/float/sig) Begin (samples) TEXT_HERE (int/float/sig) Length (samples) TEXT_HERE (signal) Output TEXT_HERE Buffer name The name of a buffer~ object which buffir~ uses to filter the input signal. Buffer read offset The offset, in samples, into the buffer~ object before buffir~ begins reading samples to construct the filter. The default is 0. Size of input buffer to use when filtering The size, in samples, of the slice in the buffer~ which buffir~ will use for the filter. The default is 0, and the maximum is 4096. Function depends on inlet In middle inlet: The offset into the filter buffer~ from which buffir~ begins to read, in samples.

In right inlet: The size (in samples) of the slice from the buffer~ which is used to filter the input signal (the maximum is 4096). Function depends on inlet In middle inlet: The offset into the filter buffer~ from which buffir~ begins to read, in samples.

In right inlet: The size (in samples) of the slice from the buffer~ which is used to filter the input signal (the maximum is 4096). Clear the filter input history The word clear erases (zeroes) the current input history for the filter. TEXT_HERE TEXT_HERE Specify the buffer~ object used to filter the input signal The word set, followed by the name of a buffer~ object, an int which specifies sample offset, and an optional int which specifies a number of samples, specifies the name of a buffer~ object which buffir~ uses to filter its input signal. Function depends on inlet In left inlet: The signal to be convolved with samples from the buffer~.

In middle inlet: The offset (in samples) into the filter buffer~ from which the buffir~ object begins to read.

In right inlet: The size of the slice from the filter buffer~ which is used to filter the input signal, in samples. The maximum is 4096. The filtered signal, based on a convolution of the input signal with samples in the buffer~.