FTM Modules

Reference under construction...

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ftm.absargs		'
		arguments: none attributes: none messages: bang - output abstraction arguments and attributes inlets: none outlets: 0 - name of the abstraction 1 - list of abstraction arguments 2 - dump attributes as attribute/value pairs (one list for each attribute)

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ftm.buffer		'
		arguments: initialization arguments attributes: none messages: inlets: none outlets: 0 - output (reference to) fmat

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ftm.copy		'
		arguments: init class by name (optionally) and copy destination attributes: none messages: set - set copy destination inlets: 0 - FTM object to copy 1 - set copy destination outlets: 0 - output (reference to) copy destination

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ftm.ex~		'
		arguments: 0 - period attributes: period - period messages: period - period inlets: 0 - input signal outlets: 0 - output signal low 1 - output signal high 2 - bang for each transition

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ftm.guilistener		'
		arguments: initialize guiobj in guilistener attributes: none messages: none inlets: none outlets: 0 - output gui interactions as list: <name, values ... >

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ftm.inter		'
		arguments: 0 - fmat of values corresponding to the interpolation factor 0 1 - fmat of values corresponding to the interpolation factor 1 attributes: out - set output fmat messages: out - set output fmat inlets: 0 - interpolation factor (fraction between 0 and 1) 1 - fmat of values corresponding to the interpolation factor 0 2 - fmat of values corresponding to the interpolation factor 1 outlets: 0 - interpolated FTM fmat object containing interpolated values

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ftm.jitter		'
		arguments: define target (FTM or Jitter object) attributes: plane - define plane to copy outof Jitter matrix messages: plane - define plane to copy outof Jitter matrix inlets: 0 - FTM or Jitter object to be copied to target 1 - set target Jitter or FTM object outlets: 0 - output target object

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ftm.mess		'
		arguments: none attributes: none messages: - input message inlets: 0 - input list outlets: 0 - message outlet

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ftm.o		'
		arguments: initialization arguments attributes: persist - switch FTM object persitence: 'yes' | 'no' (default is 'no') scope - FTM object scope: 'global' | 'local' (default is 'local') name - FTM object name messages: #load - reload object content to file #save - dump object content to file #close - close FTM object editor #open - open FTM object editor bang - output (reference to) FTM object - messages redirected to FTM object inlets: none outlets: 0 - (reference to) the FTM object 1 - return values of messages send to the FTM object

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ftm.object		'
		arguments: none attributes: none messages: bang - output reference - message to object inlets: none outlets: 0 - object reference (when bang) 1 - method return values

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ftm.play		play a sequence
		Plays a sequence outputting the sequence elements. .
		arguments: initialize sequence and optionally begin, end and speed attributes: erase - switch whether to successively erase objects from sequence while playing messages: stop - stop playing (resets current position) pause - pause playing start - start playing loop - loop current or optionally given sequence and segment (begin and end) play - play current or optionally given sequence and segment (begin and end) bang - play sequence from beginning next - jump to next event sync - sync to given position locate - locate to given position (stops playing) jump - jump to given position reset - stop and reset playing segment to entire sequence set - set sequence and optionally begin, end and speed duration - set duration of playing segment (sets speed so that the playing segment fits given duration) speed - set playing speed end - set end of playing segment begin - set beginning of playing segment erase - switch whether to successively erase objects from sequence while playing inlets: 0 - message input 1 - set beginning of playing segment 2 - set end of playing segment 3 - set playing speed outlets: 0 - events while playing 1 - time while playing 2 - bang at end of segment or sequence

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ftm.print		print to the console
		Prints any input (single values, lists, messages) to the console. Evokes print method of FTM objects when incoming as single value.
		arguments: 0 - <sym: prompt> - prompt symbol attributes: none messages: - print message or FTM object bang - print bang inlets: 0 - [<any: values> ...] - print value or list outlets: none

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ftm.record		'
		arguments: 0 - initialize track to record attributes: mode - select record mode (clear | erase | overdub) clone - switch whether to clone objects before recording messages: set - set track to record stop - stop recording (resets current position) pause - pause recording start - start recording locate - jump to given position (default 0.) mode - select record mode (clear | erase | overdub) clone - switch whether to clone objects before recording inlets: 0 - value to record (has to match track type) outlets: 0 - current recording time

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ftm.sdif.info		'
		arguments: 0 - default file name 1 - outinfo [mat]: set mat to receive content summary info 2 - outnvt [dict]: set dict to receive header name-value tables attributes: outnvt - outnvt [dict]: set dict to receive header name-value tables outinfo - outinfo [mat]: set mat to receive content summary info messages: print - print [filename]: print info of last file to console bang - get info of last file get - get [filename] [matrixref]: get info set - set <filename> [matrixref]: set file name to get info of outnvt - outnvt [dict]: set dict to receive header name-value tables outinfo - outinfo [mat]: set mat to receive content summary info inlets: none outlets: 0 - duration of SDIF file in milliseconds 1 - summary of data in SDIF file in an FTM mat object, one line per occuring SDIF matrix 2 - NVT (Name-Value Table) header information in an FTM dict of dicts

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ftm.sdif.write		'
		arguments: none attributes: none messages: close - stop writing and close file stop - stop writing and close file record - open, rewind, truncate file and write the header start - open, rewind, truncate file and write the header bang - open, rewind, truncate file and write the header write - write <time> <list>: write list values into separate frames at given time. If values are tracks, write track data interleaved, offset by time. nvt - nvt <dict> | nvt <name> <value> ...: add nvt info from dict or from list of name--value pairs define - define <typedef>: add sdif description types in string typedef open - open [filename] [framespec]: store filename and matrix selection for output data, open file inlets: 0 - each inlet receives an element or tuple of data (int, float, symbol, fvec, fmat) and writes it to an SDIF frame outlets: none

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ftm.tween		'
		arguments: 0 - initialize sequence attributes: none messages: prev - jump to the position of the previous value next - jump to the position of the next value inlets: 0 - position in sequence 1 - set sequence outlets: 0 - factor corresponding to the position between sucessive values in the sequence (fraction between 0 and 1) 1 - value at or right before the given position 2 - value right after the given position 3 - distance (time in msec) between the values at or before and after the given position

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ftm.value		'
		arguments: 0 - initialize value attributes: none messages: bang - output current value inlets: 0 - value to be stored and output 1 - value to be stored (without output) outlets: 0 - current value