| ... | @@ -140,11 +140,12 @@ This number indicates the number of files you wish to merge together. Entering a |
... | @@ -140,11 +140,12 @@ This number indicates the number of files you wish to merge together. Entering a |
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**mergefiles**
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**mergefiles**
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This field can be left empty if you are not merging files. if you are nmergeing files leave this empty to prompt a browser to select the additional files you would like to merge to the loaded file. For example if in the end I would like to combine 8 files. I use from above ```[merges],8``` and ```[mergefiles],''``` to browse for the other **7** files. Alternatively you can use swap strings to generate the names of the files and place them in a cell array. For example, ```[mergefiles],'[batch_dfn,_,-1]_m1.bdf' '[batch_dfn,_,-1]_m2.bdf'```
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This field can be left empty if you are not merging files. if you are nmergeing files leave this empty to prompt a browser to select the additional files you would like to merge to the loaded file. For example if in the end I would like to combine 8 files. I use from above ```[merges],8``` and ```[mergefiles],''``` to browse for the other **7** files. Alternatively you can use swap strings to generate the names of the files and place them in a cell array. For example, ```[mergefiles],'[batch_dfn,_,-1]_m1.bdf' '[batch_dfn,_,-1]_m2.bdf'```
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**change_srate**
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**change_srate**
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This item is very similar to **NotEEG_chans** but is a list of the indices of the fiducials. ESS capsules denote this information by specifying the channel *Type* as *FID* and will automatically use these when warping , but if you are using config you will have to specify these. For example our lab uses the first three channel locations as the LPA, NZ and RPA fiducials, using```[Fid_chans],[1 2 3]``` will set these as the landmarks for warping and then remove them from EEG.data afterwards. If you the leave config empty the following GUI will be displayed. Simply type in a indices of the channels, you do not have to do [ ] brackets in the GUI as it is already expecting a matrix. For example type```1 2 3```.
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This item allows you to down sample your data's sampling rate. Use ```[change_srate],0``` or your current EEG.srate to leave the file as is. Type a new number to re sample to that frequency. If the field is left empty a GUI will prompt.
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**erename**
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**erename**
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This item is very similar to **NotEEG_chans** but is a list of the indices of the fiducials. ESS capsules denote this information by specifying the channel *Type* as *FID* and will automatically use these when warping , but if you are using config you will have to specify these. For example our lab uses the first three channel locations as the LPA, NZ and RPA fiducials, using```[Fid_chans],[1 2 3]``` will set these as the landmarks for warping and then remove them from EEG.data afterwards. If you the leave config empty the following GUI will be displayed. Simply type in a indices of the channels, you do not have to do [ ] brackets in the GUI as it is already expecting a matrix. For example type```1 2 3```.
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This item is very similar to **NotEEG_chans** but is a list of the indices of the fiducials. ESS capsules denote this information by specifying the channel *Type* as *FID* and will automatically use these when warping , but if you are using config you will have to specify these. For example our lab uses the first three channel locations as the LPA, NZ and RPA fiducials, using```[Fid_chans],[1 2 3]``` will set these as the landmarks for warping and then remove them from EEG.data afterwards. If you the leave config empty the following GUI will be displayed. Simply type in a indices of the channels, you do not have to do [ ] brackets in the GUI as it is already expecting a matrix. For example type```1 2 3```.
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