vb_util_arrange_list

PURPOSE

SYNOPSIS

DESCRIPTION

 arrange to [N x 1] or [1 x N]
 [usage]
   arranged_list = vb_util_arrange_list(list, mode)
 [input]
   list : array whose size must be [N x 1] or [1 x N]
   mode : arranging mode (0 or 1) [0]
        :   0 : arrange to [N x 1]
        :   1 : arrange to [1 x N]
 [output]
   arranged_list : list which has been arranged
 [note]
 
 [history]
   2006-12-05 (Sako) initial version

 Copyright (C) 2011, ATR All Rights Reserved.
 License : New BSD License(see VBMEG_LICENSE.txt)

CROSS-REFERENCE INFORMATION

• vb_is_invalid_coordinate check given coordinate is valid or not
• vb_util_check_numerical_lists check two numerical lists whether target is included by base
• vb_util_check_string_lists check two string lists whether all element of target are included by base
• vb_util_clean_list return list exclusive of idx from body
• vb_util_diff_lists get difference between two lists
• vb_util_get_cross_checked_list do cross check source label list with destination label list
• vb_util_get_index return index lists which are the same in two lists
• vb_util_get_labels_to_read return labels to read
• vb_util_get_matching_label_index return matching index numbers on base label list
• vb_util_get_overlapping_vector return overlapping data of two vectors
• vb_util_omit_list omit string or numerical list from baseline list
• vb_posfile_get_posinfo <> return data from POS-MAT file
• vb_posfile_remake_eegfile remake EEG-MAT file by loading posfile
• vb_do_mark_trigger mark trigger point by hand
• vb_eeg_make_light_info make eeg_light_info struct from acquisition files
• vb_read_bdf_save_ch_bin read BDF file and make initial EEGinfo data and file
• vb_read_ch_data_eeg read experiment data from channel binary data file
• vb_util_get_bit_on_list get ON bit indices ALL and BEGINNING and ENDING
• vb_util_get_bit_status return list which expresses on/off status of specified bit
• vb_util_read_trigger_file read trigger file and get trigger samples
• vb_eeg_make_channel_bit_array make bit arrays of specified channels
• vb_eegfile_get_channel_label return valid channel label list from eegfile
• vb_eegfile_load_data load eeg data file and return eeg data (Nchannel x Nsample x Ntrial)
• vb_job_eeg_biosemi make EEG-MAT file from BDF file
• vb_ch_info_set_channel_info_ext <> set EXTRA channel label list to ch_info
• vb_ch_info_set_channel_info_meg <> set MEG channel label list to ch_info
• vb_ch_info_set_channel_info_ref <> set REFFERENCE channel label list to ch_info
• vb_megfile_get_sensor_position_by_type return information of sensor position
• vb_megfile_load_data_external load specified data from MEG-MAT file which has data externally (binary)
• vb_megfile_load_data_internal load specified data from MEG-MAT file which has data internally
• vb_megfile_make_loaded_megfile make MEG-MAT file which includes loaded data and updated information
• vb_megfile_make_new_megfile make new megfile
• vb_meginfo_get_channel_label_whole return label list of whole channels which include MEG and EXTRA
• vb_meginfo_solve_refmg_channel update refmg channel data by ch_name without change extra channels
• vb_info_get_trial_data return trial data that you want from info.Trial struct
• vb_info_set_active_channel <> set active_channel value to info (MEGinfo or EEGinfo)
• vb_info_set_active_trial <> set active trial value to info (MEGinfo or EEGinfo)
• vb_loadspec_make_trial_sample make list of start-end samples from LoadSpec
• vb_msrmnt_get_channel_list load channel list
• vb_msrmnt_get_trigger_samples return indices of trigger sample from measurement file and specified
• vb_head_join_files join plural single layer head files to single head file serially-concatenated
• vb_headinfo_join join plural Headinfo to single head file serially-concatenated

SOURCE CODE

0001 function arranged_list = vb_util_arrange_list(list, mode)
0002 % arrange to [N x 1] or [1 x N]
0003 % [usage]
0004 %   arranged_list = vb_util_arrange_list(list, mode)
0005 % [input]
0006 %   list : array whose size must be [N x 1] or [1 x N]
0007 %   mode : arranging mode (0 or 1) [0]
0008 %        :   0 : arrange to [N x 1]
0009 %        :   1 : arrange to [1 x N]
0010 % [output]
0011 %   arranged_list : list which has been arranged
0012 % [note]
0013 %
0014 % [history]
0015 %   2006-12-05 (Sako) initial version
0016 %
0017 % Copyright (C) 2011, ATR All Rights Reserved.
0018 % License : New BSD License(see VBMEG_LICENSE.txt)
0019 if ~exist('mode', 'var') || isempty(mode)
0020   mode = 0;
0021 end
0022 
0023 nr = size(list,1);
0024 nc = size(list,2);
0025 
0026 if nr ~= 1 && nc ~= 1
0027   error('invalid list size [%d x %d]', nr, nc);
0028 end
0029 
0030 if mode == 0  % to [N x 1]
0031   if nr == 1
0032     arranged_list = list';
0033   else
0034     arranged_list = list;
0035   end
0036 elseif mode == 1  % to [1 x N]
0037   if nr == 1
0038     arranged_list = list;
0039   else
0040     arranged_list = list';
0041   end
0042 else
0043   error('undefined mode : %d', mode);
0044 end
0045 
0046 %%% END OF FILE %%%