Multiplex (interleave) two matrices into one matrix The jit.multiplex object takes two matrices as input, and derives a single output matrix from it by interleaving the input matrices across a specified dimension. Cycling '74 Jitter Jitter Data in TEXT_HERE in2 TEXT_HERE out TEXT_HERE dumpout TEXT_HERE char long float32 float64 char long float32 float64 Matrix clear on output flag Matrix clear following output flag (default = 1) Matrix underflow mode Matrix underflow mode (default = 0 (stop))
0 = stop: If one input matrix is exhausted before the other, do nothing
1 = wrap: If one input matrix is exhausted before the other, return to that matrix's beginning and continue until the second matrix is also exhausted
2 = clip: If one input matrix is exhausted before the other, repeat that matrix's final sample until the second matrix is also exhausted
Dimension across which multiplexing occurs The dimension across which multiplexing occurs (default = 0). The most common arguments specify horizontal (i.e., dim[0]) or vertical (dim[1]) multiplexing. Number of scanlines to sample from the left input matrix The number of scanlines to sample from the left input matrix (default = 1) Number of scanlines to sample from the right input matrix The number of scanlines to sample from the right input matrix (default = 1) Input truncation flag Input truncation flag (default = 1) When the flag is set, the right input's dimensions are truncated to the left input's dimensions if the right dimensions are greater than the left. Truncation is performed for all dimensions except the multiplex dimension. Otherwise, no truncation occurs. Specifically, the object takes a set of scanlines across the first input matrix, placing these into the output matrix, then takes a set of scanlines across the second input matrix, appending them to the output matrix, alternating between the two input sources until their data is exhausted.