RES = TDFWRITEDATAEMG (FILENAME,STARTTIME,FREQUENCY,EMGMAP,LABELS,EMGDATA) writes

to FILENAME the EMG data sampling start time ([s]) and sampling rate ([Hz]),

the correspondance map between EMG logical channels and physical channels stored

in EMGMAP, the EMG channel labels stored in LABELS and the EMG data stored in EMGDATA.

EMGMAP must be a [nSignals,1] array such that EMGMAP(logical channel) == physical channel.

LABELS must be a matrix whose rows are the EMG channel labels.

EMGDATA must be an array of size nSignals x nSamples such that

EMGDATA(s,:) stores the samples of the EMG channel s.



res = TDFWRITEDATAEMG (...,FORMAT) specifies the format for the EMG data block.

Valid entries for FORMAT are bytrack (default), byframe .

See Tdf File format documentation for further details.



If the file specified does not exist, a new one is created.

RES is 0 in case of success, -1 otherwise.-RES = TDFWRITEDATAEMG (FILENAME,STARTTIME,FREQUENCY,EMGMAP,LABELS,EMGDATA) writes

　　to FILENAME the EMG data sampling start time ([s]) and sampling rate ([Hz]),

　　the correspondance map between EMG logical channels and physical channels stored

　　in EMGMAP, the EMG channel labels stored in LABELS and the EMG data stored in EMGDATA.

　　EMGMAP must be a [nSignals,1] array such that EMGMAP(logical channel) == physical channel.

　　LABELS must be a matrix whose rows are the EMG channel labels.

　　EMGDATA must be an array of size nSignals x nSamples such that

　　EMGDATA(s,:) stores the samples of the EMG channel s.



　　res = TDFWRITEDATAEMG (...,FORMAT) specifies the format for the EMG data block.

　　Valid entries for FORMAT are　bytrack　(default),　byframe .

　　See Tdf File format documentation for further details.



　　If the file specified does not exist, a new one is created.

　　RES is 0 in case of success, -1 otherwise.