Description of vb

DESCRIPTION

 MEX function to add a vector with a matrix without repmat 
 Much faster than using repmat and no need to memory allocation
 --- Usage
 z = vb_repadd(x,y)
 x : M x N
 z : M x N

 case  y : 1 x N
  z = x + repmat(y, [M 1])
  z(m,n) = x(m,n) + y(n)

 case  y : M x 1
  z = x + repmat(y, [1 N])
  z(m,n) = x(m,n) + y(m)

 case  y : 1 x 1
  z = x + y
  z(m,n) = x(m,n) + y

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

CROSS-REFERENCE INFORMATION

vb_next_distance Search next-point index and distance

vb_sq_distance square distance matrix for X and Y

vb_convert_spm_to_mni Convert SPM-right-m to MNI-right-m & Talairach coordinate

vb_find_close_points Find close distance points in y from x

vb_find_min_distance Find min distance point in y from x

vb_mni_mm_to_spm_right Transform MNI coordinate to SPM-Right coordinate

vb_nifti_mm_to_spm_right_mm Transform NIFTI mm coordinate to SPM-Right-m coordinate

vb_spm_right_to_mni_mm Transform SPM-Right-m coordinate to MNI mm coordinate

vb_mutual_distance calculate distance between points

vb_select_act_basis select leadfield for active sensor from leadfield for all channels

vb_channel_bias_remove Remove bias and a linear trend from multi channel data

vb_filter_raw_data filtering and down sampling

vb_temporal_pca Temporal PCA

vb_dipole_field_magdipole Lead field matrix for magnetic dipole

vb_atlas_label Create an area indices based on

cmap_grad Make gradation color map from two color

convert_mni_spm Transform MNI coordinate to SPM-Right coordinate

make_cylinder_old Make cylinder around set of points which represent sequential line

plane_cross_section Find the shortest path from V1 to V2 along surface

sq_distance square distance matrix for X and Y

make_std_brain_model Make standard brain from ICBM152

SOURCE CODE

0001 function    z = vb_repadd(x,y)
0002 % MEX function to add a vector with a matrix without repmat
0003 % Much faster than using repmat and no need to memory allocation
0004 % --- Usage
0005 % z = vb_repadd(x,y)
0006 % x : M x N
0007 % z : M x N
0008 %
0009 % case  y : 1 x N
0010 %  z = x + repmat(y, [M 1])
0011 %  z(m,n) = x(m,n) + y(n)
0012 %
0013 % case  y : M x 1
0014 %  z = x + repmat(y, [1 N])
0015 %  z(m,n) = x(m,n) + y(m)
0016 %
0017 % case  y : 1 x 1
0018 %  z = x + y
0019 %  z(m,n) = x(m,n) + y
0020 %
0021 % Copyright (C) 2011, ATR All Rights Reserved.
0022 % License : New BSD License(see VBMEG_LICENSE.txt)

vb_repadd

PURPOSE

SYNOPSIS

DESCRIPTION

CROSS-REFERENCE INFORMATION

SOURCE CODE