Transform signal data into matrices Transforms MSP signals into a stream of jitter matrices. Cycling '74 Jitter Jitter Audio input channel 0 TEXT_HERE input channel 1 TEXT_HERE a matrix of floats representing the input signal(s) TEXT_HERE a matrix of floats representing the input signal(s) TEXT_HERE The number of input signals. An inlet will be created for each channel and the output matrices will contain the data for each channel on a separate plane. Trigger output Receiving a bang may trigger a matrix to be output, depending on the mode and the amount of signal data that has been received since the last bang. Set the sample buffer size The word bufsize, followed by a floating-point number, sets the size of the buffer to be sampled. Capture and convert an audio signal Signal data received in any inlet of a jit.catch~ object will be converted to a stream of Jitter matrices and sent out the object's outlet. Set downsampling factor A downsampling factor (default=1). If downsampling value is set to n, each group of n successive samples are averaged. Output matrix width In some modes, the width of the output matrix. (default=320) Capture and output mode Four different modes are possible: in mode 0, all data since the last output is output in a one-dimensional matrix. In mode 1 the amount of buffered data that fits into a multiple of the framesize is output in two dimensions; data not output will be saved for the next time. In these first two modes, every sample collected should be output once and only once. In mode 2 a framesize of the most recent data is output. Mode 3 causes jit.catch~ to behave like an oscilloscope, triggering on channel trigchan when the signal crosses triglevel in the direction trigdir. If the threshold has not been passed for the duration of the entire internal data buffer (100 ms), jit.catch~ reverts temporarily to mode 2 behavior and outputs the most recent data until the threshold is crossed again. Set the trigger direction The direction to use to identify crosses in the trigger point: 0 is upwards, and 1 is downwards. (default=0) Set the channel for trigger points In mode 3, the channel to use for trigger points (default=0) Set the trigger signal level The signal level at which to trigger a redraw in mode 3 (default=0.0)