MnM Modules

Under Construction...

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mnm.delta		'
		arguments: 0 - initialize the input size 1 - initialize the filter size attributes: norm - normalization mode 1 (default) or 0 inadddel - add a delay to the delayed input messages: clear - clear the memory of inputs getdelay - get the input ring buffer getring - get the input ring buffer getnorm - get the normalization factor getstate - get the internal weights vector norm - normalization ... mode 1 (default) or 0 inadddel - add a delay to the delayed input filtersize - set the filter size insize - set the input size inlets: 0 - input vector outlets: 0 - output delayed inputs (in phase with deltas) 1 - output deltas 2 - internal values

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mnm.diag		'
		arguments: none attributes: out - reference to an external fmat to store the diagonal messages: out - reference to an external fmat to store the diagonal inlets: 0 - incoming fmat whose diagonal will be extracted outlets: 0 - diagonal of the fmat

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mnm.gmmem		'
		arguments: 0 - number of centers to use attributes: ncenters - number of centers criteria - criteria mode - (diagonal messages: outpriors - reference to external fmat to store priors outcov - reference to external fmat to store covariance outcenters - reference to external fmat to store centers inlets: 0 - fmat outlets: 0 - fmat centers 1 - fmat covariance 2 - fmat priors

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mnm.hist		'
		arguments: 0 - number of bins attributes: norm - values: on=max, sum: normalise histogram so that max or sum is 1 bpf - output two-column fmat with bin indices and histogram values messages: set_n - number of bins norm - values: on=max, sum: normalise histogram so that max or sum is 1 bpf - output two-column fmat with bin indices and histogram values inlets: 0 - data fmat or fvec outlets: 0 - histogram fmat 1 - min data value 2 - max data value

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mnm.lu		'
		arguments: none attributes: outx - out X outpivot - out pivot outu - out U outl - out L messages: outx - out X outpivot - out pivot outu - out U outl - out L solve - solves system with incoming fmat and decomposed fmat determinant - computes determinant of decomposed fmat inlets: 0 - fmat to decompose outlets: 0 - L 1 - U 2 - pivot 3 - X 4 - determinant

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mnm.mahalanobis		'
		arguments: 0 - fmat of mean values 1 - fmat of covariance attributes: out - reference to external fmat to store result messages: out - reference to external fmat to store result set_shift_weight - set shift weight per target (in) line set_shift_weight - set shift weight per target (in) line set_shift - set shift vector per database (mu) line set_shift ... - set shift vector per database (mu) line inlets: 0 - vector 1 - mu 2 - sigma outlets: 0 - mahalanobis distance

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mnm.meanstd		'
		arguments: 0 - (1 attributes: type - (fmat) always output an fmat even for scalar results mode - (row messages: outstd - reference to an external fmat to store the standard deviation outmean - reference to an external fmat to store the mean inlets: 0 - incoming fmat outlets: 0 - mean 1 - standard deviation

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mnm.minmax		'
		arguments: 0 - (1 attributes: type - (fmat) always output an fmat even for scalar results mode - (row messages: outargmax - reference to fmat to store the argmax outmax - reference to fmat to store the max outargmin - reference to fmat to store the argmin outmin - reference to fmat to store the min inlets: 0 - incoming fmat outlets: 0 - min 1 - argmin 2 - max 3 - argmax

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mnm.nmd		'
		arguments: none attributes: itermax - itermax sH - sH criteria - criteria outh - out H messages: outh - out H inlets: 0 - fmat 1 - fmat 2 - outlets: 0 - fmat

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mnm.nmf		'
		arguments: 0 - number of components attributes: itermax - maximum number of iterations rdim - number of components criteria - (float) stopping criteria outh - reference to external fmat to store H outw - reference to external fmat to store W messages: outh - reference to external fmat to store H outw - reference to external fmat to store W inlets: 0 - fmat to be decomposed outlets: 0 - W 1 - H

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mnm.qr		'
		arguments: none attributes: outx - reference to external fmat to store X outr - reference to external fmat to store R outq - reference to external fmat to store Q messages: outx - reference to external fmat to store X outr - reference to external fmat to store R outq - reference to external fmat to store Q solve - solve system with QR decomposition inlets: 0 - fmat to be decomposed outlets: 0 - Q 1 - R 2 - X

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mnm.stats		'
		arguments: output stats attributes: norm - switch normalize messages: set - set histogram vector (fmat) clear - clear histogram bang - output stats norm - switch normalize inlets: 0 - data input outlets: 0 - average 1 - standard deviation 2 - count

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mnm.submat		'
		arguments: none attributes: out - reference to external fmat to store the sub-matrix messages: out - reference to external fmat to store the sub-matrix end - end of submatrix coordinates begin - start of submatrix coordinates inlets: 0 - fmat outlets: 0 - sub-matrix

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mnm.sum		'
		arguments: 0 - (1 attributes: type - (fmat) always output an fmat even for scalar results mode - (row messages: out - reference to external fmat to store the sum inlets: 0 - incoming fmat outlets: 0 - sum of fmat

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mnm.svd		'
		arguments: 0 - number of singular values attributes: mode - (auto messages: outvt - reference to external fmat to store V' outs - reference to external fmat to store S outu - reference to external fmat to store U inlets: 0 - fmat to be decomposed by SVD outlets: 0 - U 1 - S 2 - V'

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mnm.transpose		'
		arguments: none attributes: out - reference to external fmat to store the transposition messages: out - reference to external fmat to store the transposition inlets: 0 - fmat to be transposed outlets: 0 - transposed fmat

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mnm.xdist2		'
		arguments: 0 - fmat to be used as right operand attributes: swap - (yes messages: out - reference to external fmat to store the result inlets: 0 - left operand 1 - right operand outlets: 0 - resulting fmat

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mnm.xmul		'
		arguments: 0 - fmat to be used as right operand attributes: swap - (yes messages: out - reference to an external fmat to store the result inlets: 0 - left hand side fmat operand 1 - right hand side fmat operand outlets: 0 - fmat result