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TDALABselectchn.m
executable file
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TDALABselectchn.m
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function [s_new, ch_num] = selectchn( s, NoOfSubplots, action );
% function [s_new, fs_new, ch_num] = selectchn( s, NoOfSubplots, action )
% Select Channels Figure
%
% written by T.Watanabe and many others
%
TDALAB_select_sources_window_name = 'Select channels analyzing window';
%initialize
s_new =[];
fs_new =[];
ch_num =[];
global TDALAB_BackGroundColor
global TDALAB_ColorMap
global MaxI
persistent channels_to_load
persistent RealNoOfSubplots
persistent n
persistent T
persistent min_zakr
persistent max_zakr
persistent x_min_display
persistent x_max_display
persistent start_select
persistent stop_select
persistent s_snew
persistent fs_snew
persistent local_MaxI
persistent min_zakr_ax
persistent max_zakr_ax
persistent l_min_zakr
persistent l_max_zakr
persistent all_min_zakr
persistent all_max_zakr
persistent IsSelected
small_font_size_7=7;
h0=[];
global ScreenWidth
global ScreenHeight
global SCR_800x600
global SCR_1024x748
global SCR_1280x1024
if ScreenWidth < 900,
dd = 100/SCR_800x600;
elseif ScreenWidth < 1100,
dd = 100/SCR_1024x748;
else
dd = 100/SCR_1280x1024;
end
% some colors
global TDALAB_ColorMap
NUM_RANDOM_POINTS = 2000;
[NumberOfColors, p_col] = size(TDALAB_ColorMap);
zoom_option = 0;
%%===============================================================
%%=======================
if isempty(s),
axes_all = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
if ~isempty(axes_all),
s = get( axes_all, 'UserData' );
end
main_fig = findobj( 'Tag', 'TDALAB_select_channel_window' );
end
% -############################################################################
if nargin > 2,
% callback functions
% --------------------------------------------------------------------------
% OK button
if strcmp( action, 'button_ok' ) == 1,
is_some_ch = sum(sum(channels_to_load));
if is_some_ch == 0,
% errordlg( 'There are no selected channels', 'There are no selected channels', 'modal' );
choice = questdlg('Delete this mode?', 'Confirm', 'Confirm','Cancel','Cancel');
switch choice
case 'Confirm'
s_snew='delete';
close(main_fig);
case 'Cancel'
return;
end
else
num_ch = [];
for i=1:n,
if channels_to_load(i,1) == 1,
num_ch = [num_ch i];
end
end
s_snew = s( num_ch, start_select:stop_select );
fs_snew = s_snew;
ch_num = channels_to_load;
close( main_fig );
end
% --------------------------------------------------------------------------
% shuffle button
elseif strcmp( action, 'button_shuffle' ) == 1,
is_some_ch = sum(sum(channels_to_load));
if is_some_ch == 0,
errordlg( 'There are no selected channels', 'There are no selected channels', 'modal' );
else
num_ch = [];
for i=1:n,
if channels_to_load(i,1) == 1,
num_ch = [num_ch i];
end
end
fs_snew = s( num_ch, start_select:stop_select );
for i=1:length(num_ch),
s_rand(i,:) = fs_snew(i,randperm(length(fs_snew)));
if NUM_RANDOM_POINTS > length(s_rand(i,:))
NUM_RANDOM_POINTS = round(length(s_rand(i,:))*0.9);
end
s_snew(i,1:NUM_RANDOM_POINTS) = s_rand(i,1:NUM_RANDOM_POINTS);
end
close( main_fig );
end
% --------------------------------------------------------------------------
% Cancel button
elseif strcmp( action, 'button_cancel' ) == 1,
s_snew = [];
% figg = findobj('tag','s_TDALAB_HEAD_PLOT');
% if figg,
% delete(figg);
% end
close( main_fig );
% --------------------------------------------------------------------------
% Save button
elseif strcmp( action, 'button_save' ) == 1,
is_some_ch = sum(sum(channels_to_load));
if is_some_ch == 0,
errordlg( 'There is nothing to save', 'There is nothing to save', 'modal' );
else
num_ch = [];
for i=1:n,
if channels_to_load(i,1) == 1,
num_ch = [num_ch i];
end
end
selected_signals = s( num_ch, start_select:stop_select );
[sfile spath] = uiputfile( 'selected_signals.mat', 'Save as' );
if sfile == 0,
return
end
save( [spath sfile], 'selected_signals' );
end
% --------------------------------------------------------------------------
% Help button
elseif strcmp( action, 'button_help' ) == 1,
TDALAB_help('select_channels');
% figure( main_fig );
% --------------------------------------------------------------------------
% Horizontal move
% --------------------------------------------------------------------------
elseif strcmp( action, 'horizontal_slider' ) == 1,
local_MaxI = x_max_display - x_min_display;
mslider = findobj( 'Tag', 'SelectChnHorizSlider' );
val = get( mslider, 'Value' );
val = round( val );
set( mslider, 'Value', val );
local_MaxI = x_max_display - x_min_display;
x_min_display = val;
x_max_display = val + local_MaxI;
edit_start = findobj( 'Tag', 'DisplayRangeStartEdit' );
edit_stop = findobj( 'Tag', 'DisplayRangeStopEdit' );
set( edit_start, 'Value', x_min_display );
set( edit_start, 'String', num2str(x_min_display) );
set( edit_stop, 'Value', x_max_display );
set( edit_stop, 'String', num2str(x_max_display) );
drawnow
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'XLim', [x_min_display x_max_display] );
axesy = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
set( axesy, 'XLim', [x_min_display x_max_display] );
l1 = findobj( 'Tag', 'StartDisplayLine' );
l2 = findobj( 'Tag', 'StopDisplayLine' );
set( l1, 'XData', [x_min_display x_min_display] );
set( l1, 'YData', [l_min_zakr l_max_zakr] );
set( l2, 'XData', [x_max_display x_max_display] );
set( l2, 'YData', [l_min_zakr l_max_zakr] );
% --------------------------------------------------------------------------
% set start range to display
elseif strcmp( action, 'set_start_display_range' ) == 1,
new_val_str = get( gcbo, 'String' );
new_val = str2double( new_val_str );
if isnan( new_val )
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
fprintf( '\a' );
else
set( gcbo, 'Value', new_val );
if new_val > T,
new_val = T;
end
if new_val < 1,
new_val = 1;
end
if new_val < x_max_display,
x_min_display = new_val;
elseif new_val > x_max_display,
x_min_display = x_max_display;
x_max_display = new_val;
else
x_min_display = new_val;
nv = x_min_display + local_MaxI;
if nv > T
nv = T;
end
x_max_display = nv;
end
if x_min_display == 1 & x_max_display == 1,
nv = x_min_display + local_MaxI;
if nv > T
nv = T;
end
x_max_display = nv;
end
if x_min_display == T & x_min_display == T,
nv = x_min_display - local_MaxI;
if nv < 1
nv = 1;
end
x_min_display = nv;
end
edit_start = findobj( 'Tag', 'DisplayRangeStartEdit' );
edit_stop = findobj( 'Tag', 'DisplayRangeStopEdit' );
set( edit_start, 'String', num2str(x_min_display) );
set( edit_stop, 'String', num2str(x_max_display) );
set( edit_start, 'Value', x_min_display );
set( edit_stop, 'Value', x_max_display );
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
local_MaxI = x_max_display - x_min_display;
mslider = findobj( 'Tag', 'SelectChnHorizSlider' );
set( mslider, 'Value', x_min_display );
if x_max_display == T,
set( mslider, 'Visible', 'off' );
else
set( mslider, 'Visible', 'on' );
set( mslider, 'Max', T-local_MaxI );
set( mslider, 'SliderStep', [local_MaxI/(T-local_MaxI)/100 local_MaxI/(T-local_MaxI)] );
end
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'XLim', [x_min_display x_max_display] );
gaxes = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
set( gaxes, 'XLim', [x_min_display x_max_display] );
end
l1 = findobj( 'Tag', 'StartDisplayLine' );
l2 = findobj( 'Tag', 'StopDisplayLine' );
set( l1, 'XData', [x_min_display x_min_display] );
set( l1, 'YData', [l_min_zakr l_max_zakr] );
set( l2, 'XData', [x_max_display x_max_display] );
set( l2, 'YData', [l_min_zakr l_max_zakr] );
% --------------------------------------------------------------------------
% set stop range to display
elseif strcmp( action, 'set_stop_display_range' ) == 1,
new_val_str = get( gcbo, 'String' );
new_val = str2double( new_val_str );
if isnan( new_val )
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
fprintf( '\a' );
else
set( gcbo, 'Value', new_val );
if new_val > T,
new_val = T;
end
if new_val < 1,
new_val = 1;
end
if new_val > x_min_display,
x_max_display = new_val;
elseif new_val < x_min_display,
x_max_display = x_min_display;
x_min_display = new_val;
else
x_max_display = new_val;
nv = x_max_display - local_MaxI;
if nv < 1
nv = 1;
end
x_min_display = nv;
end
if x_min_display == 1 & x_max_display == 1,
nv = x_min_display + local_MaxI;
if nv > T
nv = T;
end
x_max_display = nv;
end
if x_min_display == T & x_min_display == T,
nv = x_min_display - local_MaxI;
if nv < 1
nv = 1;
end
x_min_display = nv;
end
edit_start = findobj( 'Tag', 'DisplayRangeStartEdit' );
edit_stop = findobj( 'Tag', 'DisplayRangeStopEdit' );
set( edit_start, 'String', num2str(x_min_display) );
set( edit_stop, 'String', num2str(x_max_display) );
set( edit_start, 'Value', x_min_display );
set( edit_stop, 'Value', x_max_display );
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
local_MaxI = x_max_display - x_min_display;
mslider = findobj( 'Tag', 'SelectChnHorizSlider' );
set( mslider, 'Value', x_min_display );
% set( mslider, 'SliderStep', [local_MaxI/(T)/100 local_MaxI/(T)] );
% local_MaxI/(T-local_MaxI)/100
% local_MaxI/(T-local_MaxI)
if x_max_display == T,
set( mslider, 'Visible', 'off' );
else
% [local_MaxI/(T-local_MaxI)/100 local_MaxI/(T-local_MaxI)]
set( mslider, 'Visible', 'on' );
set( mslider, 'Max', T-local_MaxI );
p1 = local_MaxI/T/100;
p2 = local_MaxI/T;
% if p1> 1
% p1 = 1-1/p1;
% end
% if p2> 1
% p2 = 1-1/p2;
% end
if p1 > p2
tmp = p2;
p2 = p1;
p1 = tmp;
end
% p1
% p2
% set( mslider, 'SliderStep', [local_MaxI/(T-local_MaxI)/100 local_MaxI/(T-local_MaxI)] );
set( mslider, 'SliderStep', [p1 p2] );
end
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'XLim', [x_min_display x_max_display] );
gaxes = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
set( gaxes, 'XLim', [x_min_display x_max_display] );
end
l1 = findobj( 'Tag', 'StartDisplayLine' );
l2 = findobj( 'Tag', 'StopDisplayLine' );
set( l1, 'XData', [x_min_display x_min_display] );
set( l1, 'YData', [min_zakr max_zakr] );
set( l2, 'XData', [x_max_display x_max_display] );
set( l2, 'YData', [min_zakr max_zakr] );
% --------------------------------------------------------------------------
% Plots rectangle on selecting part of signals
elseif strcmp( action, 'plot_rectangle' ) == 1,
mslider = findobj( 'Tag', 'Slider_channels' );
if ~isempty(mslider)
val = get( mslider, 'Value' );
start = n-RealNoOfSubplots-val;
else
start = 0;
end
for i=1:RealNoOfSubplots,
num_sig = i + start;
l1 = findobj( 'Tag', ['StartLimitLine' int2str(i)] );
l2 = findobj( 'Tag', ['StopLimitLine' int2str(i)] );
ax_ch = get( l1, 'Parent' );
zakr_y = get( ax_ch, 'YLim' );
set( l1, 'XData', [start_select start_select] );
% set( l1, 'YData', [min_zakr_ax(num_sig) max_zakr_ax(num_sig)] );
set( l1, 'YData', zakr_y );
set( l2, 'XData', [stop_select stop_select] );
% set( l2, 'YData', [min_zakr_ax(num_sig) max_zakr_ax(num_sig)] );
set( l2, 'YData', zakr_y );
if channels_to_load(num_sig,1) == 1,
set( l1, 'Visible', 'on' );
set( l2, 'Visible', 'on' );
else
set( l1, 'Visible', 'off' );
set( l2, 'Visible', 'off' );
end
end
al1 = findobj( 'Tag', 'ALLStartLimitLine' );
al2 = findobj( 'Tag', 'ALLStopLimitLine' );
bl1 = findobj( 'Tag', 'StartDisplayLine' );
bl2 = findobj( 'Tag', 'StopDisplayLine' );
all_ax = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
chall = findobj( 'Tag', 'Check_Plot_All' );
act = get( chall, 'Value' );
set( al1, 'XData', [start_select start_select] );
set( al1, 'YData', [all_min_zakr all_max_zakr] );
set( al2, 'XData', [stop_select stop_select] );
set( al2, 'YData', [all_min_zakr all_max_zakr] );
set( bl1, 'XData', [x_min_display x_min_display] );
set( bl1, 'YData', [l_min_zakr l_max_zakr] );
set( bl2, 'XData', [x_max_display x_max_display] );
set( bl2, 'YData', [l_min_zakr l_max_zakr] );
if act == 1,
set( al1, 'Visible', 'on' );
set( al2, 'Visible', 'on' );
set( bl1, 'Visible', 'on' );
set( bl2, 'Visible', 'on' );
else
set( al1, 'Visible', 'off' );
set( al2, 'Visible', 'off' );
set( bl1, 'Visible', 'off' );
set( bl2, 'Visible', 'off' );
end
if zoom_option == 1,
set( all_ax, 'XLim', [start_select stop_select] );
set( all_ax, 'YLim', [all_min_zakr all_max_zakr] );
end
set( all_ax, 'YLim', [all_min_zakr all_max_zakr] );
% --------------------------------------------------------------------------
% vertical slider
elseif strcmp( action, 'slider_show_channels' ) == 1,
mslider = findobj( 'Tag', 'Slider_channels' );
if ~isempty( mslider )
val = get( mslider, 'Value' );
val = round( val );
set( mslider, 'Value', val );
end
start = n-RealNoOfSubplots-val+1;
for i=1:RealNoOfSubplots,
idx_col = rem(i+start-1,NumberOfColors);
if idx_col == 0,
idx_col = NumberOfColors;
end
axes_line = findobj( 'Tag', ['AxesLine' int2str(i)] );
set( axes_line, 'YData', s(i+start-1,:) );
set( axes_line, 'Color', TDALAB_ColorMap(idx_col,:) );
ax_ch = get( axes_line, 'Parent' );
set(ax_ch, 'YLim', [min_zakr_ax(i+start-1) max_zakr_ax(i+start-1)] );
axes_check = findobj( 'Tag', ['Checkbox' int2str(i)] );
set( axes_check, 'Value', channels_to_load(i+start-1,1) );
str_tmp = ['s' int2str(i+start-1)];
set( axes_check, 'String', str_tmp );
end
TDALAB_selectchn( [], [], 'plot_rectangle' );
% --------------------------------------------------------------------------
% check/uncheck of signals
elseif strcmp( action, 'check_signal' ) == 1,
mslider = findobj( 'Tag', 'Slider_channels' );
if ~isempty(mslider)
val = get( mslider, 'Value' );
start = n-RealNoOfSubplots-val;
else
start = 0;
end
num_sig = get( gcbo, 'UserData' ) + start;
curr_val = get( gcbo, 'Value' );
if curr_val == 1,
channels_to_load( num_sig, 1 ) = 1;
else
channels_to_load( num_sig, 1 ) = 0;
end
min_zakr = 1e200;
max_zakr = -1e200;
for i=1:n,
if channels_to_load(i,1) == 1,
lmaxs = max( s(i,:) );
lmins = min( s(i,:) );
if lmaxs > max_zakr,
max_zakr = lmaxs;
end
if lmins < min_zakr,
min_zakr = lmins;
end
end
end
% zapas 5%
min_zakr = min_zakr - 0.05*abs(min_zakr);
max_zakr = max_zakr + 0.05*abs(max_zakr);
all_min_zakr = min_zakr;
all_max_zakr = max_zakr;
if all_min_zakr == all_max_zakr,
all_max_zakr = all_min_zakr + 1;
end
TDALAB_selectchn( [], [], 'check_plot_all_signals' );
% --------------------------------------------------------------------------
% plot/unplot all signals
elseif strcmp( action, 'check_plot_all_signals' ) == 1,
chall = findobj( 'Tag', 'Check_Plot_All' );
act = get( chall, 'Value' );
for i=1:n,
linia = findobj( 'Tag', ['AxesAllLine' int2str(i)] );
if act == 1,
if channels_to_load(i,1) == 1,
set( linia, 'Visible', 'on' );
else
set( linia, 'Visible', 'off' );
end
else
set( linia, 'Visible', 'off' );
end
end
TDALAB_selectchn( [], [], 'plot_rectangle' );
% --------------------------------------------------------------------------
% guzik select all
elseif strcmp( action, 'select_all_channels' ) == 1,
for i=1:n,
chch = findobj( 'Tag', ['Checkbox' int2str(i)] );
if ~isempty(chch),
set( chch, 'Value', 1 );
end
channels_to_load(i,1) = 1;
end
TDALAB_selectchn( [], [], 'check_plot_all_signals' );
% --------------------------------------------------------------------------
% guzik unselect all
elseif strcmp( action, 'unselect_all_channels' ) == 1,
for i=1:n,
chch = findobj( 'Tag', ['Checkbox' int2str(i)] );
if ~isempty(chch),
set( chch, 'Value', 0 );
end
channels_to_load(i,1) = 0;
end
TDALAB_selectchn( [], [], 'check_plot_all_signals' );
% --------------------------------------------------------------------------
% radio set scale - auto/fixed
elseif strcmp( action, 'radio_set_scale' ) == 1,
type_scale = get( gcbo, 'UserData' );
radio_auto_scale = findobj( 'Tag', 'Radiobutton_automatic_scale' );
radio_fixed_scale = findobj( 'Tag', 'Radiobutton_fixed_scale' );
edit_min_zakr = findobj( 'Tag', 'Edit_set_min_scale' );
edit_max_zakr = findobj( 'Tag', 'Edit_set_max_scale' );
mslider = findobj( 'Tag', 'Slider_channels' );
if ~isempty( mslider )
val = get( mslider, 'Value' );
val = round( val );
set( mslider, 'Value', val );
else
val = 0;
end
if type_scale == 1,
% auto
set( radio_auto_scale, 'Value', 1 );
set( radio_fixed_scale, 'Value', 0 );
set( edit_max_zakr, 'Enable', 'off' );
set( edit_min_zakr, 'Enable', 'off' );
set( edit_min_zakr, 'String', 'N/A' );
set( edit_max_zakr, 'String', 'N/A' );
start = n-RealNoOfSubplots-val;
for i=1:RealNoOfSubplots,
axes_line1 = findobj( 'Tag', ['StartLimitLine' int2str(i)] );
axes_line2 = findobj( 'Tag', ['StopLimitLine' int2str(i)] );
ax_ch = get( axes_line1, 'Parent' );
set(ax_ch, 'YLim', [min_zakr_ax(i+start) max_zakr_ax(i+start)] );
set(axes_line1, 'YData', [min_zakr_ax(i+start) max_zakr_ax(i+start)] );
set(axes_line2, 'YData', [min_zakr_ax(i+start) max_zakr_ax(i+start)] );
end
gaxes = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
set( gaxes, 'YLim', [all_min_zakr all_max_zakr] );
else
% fixed
set( radio_auto_scale, 'Value', 0 );
set( radio_fixed_scale, 'Value', 1 );
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'YLim', [min_zakr max_zakr] );
set( edit_min_zakr, 'String', num2str(min_zakr) );
set( edit_max_zakr, 'String', num2str(max_zakr) );
set( edit_max_zakr, 'Enable', 'on' );
set( edit_min_zakr, 'Enable', 'on' );
start = n-RealNoOfSubplots-val;
for i=1:RealNoOfSubplots,
axes_line1 = findobj( 'Tag', ['StartLimitLine' int2str(i)] );
axes_line2 = findobj( 'Tag', ['StopLimitLine' int2str(i)] );
ax_ch = get( axes_line1, 'Parent' );
set(ax_ch, 'YLim', [min_zakr max_zakr] );
set(axes_line1, 'YData', [min_zakr max_zakr] );
set(axes_line2, 'YData', [min_zakr max_zakr] );
end
end
% --------------------------------------------------------------------------
% edit set min scale
elseif strcmp( action, 'edit_set_min_scale' ) == 1,
new_val_str = get( gcbo, 'String' );
new_val = str2double( new_val_str );
if isnan( new_val )
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
fprintf( '\a' );
else
set( gcbo, 'Value', new_val );
min_zakr = new_val;
if min_zakr > max_zakr,
tmp = min_zakr;
min_zakr = max_zakr;
max_zakr = tmp;
edit_min_zakr = findobj( 'Tag', 'Edit_set_min_scale' );
edit_max_zakr = findobj( 'Tag', 'Edit_set_max_scale' );
set( edit_min_zakr, 'String', num2str(min_zakr) );
set( edit_max_zakr, 'String', num2str(max_zakr) );
set( edit_min_zakr, 'Value', min_zakr );
set( edit_max_zakr, 'Value', max_zakr );
end
if min_zakr == max_zakr,
max_zakr = max(max(s));
min_zakr = min(min(s));
% zapas 5%
min_zakr = min_zakr - 0.05*abs(min_zakr);
max_zakr = max_zakr + 0.05*abs(max_zakr);
edit_min_zakr = findobj( 'Tag', 'Edit_set_min_scale' );
edit_max_zakr = findobj( 'Tag', 'Edit_set_max_scale' );
set( edit_min_zakr, 'String', num2str(min_zakr) );
set( edit_max_zakr, 'String', num2str(max_zakr) );
set( edit_min_zakr, 'Value', min_zakr );
set( edit_max_zakr, 'Value', max_zakr );
end
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'YLim', [min_zakr max_zakr] );
% gaxes = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
% set( gaxes, 'YLim', [min_zakr max_zakr] );
end
TDALAB_selectchn( [], [], 'plot_rectangle' );
% --------------------------------------------------------------------------
% edit set max scale
elseif strcmp( action, 'edit_set_max_scale' ) == 1,
new_val_str = get( gcbo, 'String' );
new_val = str2double( new_val_str );
if isnan( new_val )
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
fprintf( '\a' );
else
set( gcbo, 'Value', new_val );
max_zakr = new_val;
if min_zakr > max_zakr,
tmp = min_zakr;
min_zakr = max_zakr;
max_zakr = tmp;
edit_min_zakr = findobj( 'Tag', 'Edit_set_min_scale' );
edit_max_zakr = findobj( 'Tag', 'Edit_set_max_scale' );
set( edit_min_zakr, 'String', num2str(min_zakr) );
set( edit_max_zakr, 'String', num2str(max_zakr) );
set( edit_min_zakr, 'Value', min_zakr );
set( edit_max_zakr, 'Value', max_zakr );
end
if min_zakr == max_zakr,
max_zakr = max(max(s));
min_zakr = min(min(s));
% zapas 5%
min_zakr = min_zakr - 0.05*abs(min_zakr);
max_zakr = max_zakr + 0.05*abs(max_zakr);
edit_min_zakr = findobj( 'Tag', 'Edit_set_min_scale' );
edit_max_zakr = findobj( 'Tag', 'Edit_set_max_scale' );
set( edit_min_zakr, 'String', num2str(min_zakr) );
set( edit_max_zakr, 'String', num2str(max_zakr) );
set( edit_min_zakr, 'Value', min_zakr );
set( edit_max_zakr, 'Value', max_zakr );
end
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
axesy = findobj( 'Tag', 'ChannelAxes' );
set( axesy, 'YLim', [min_zakr max_zakr] );
% gaxes = findobj( 'Tag', 'TDALAB_select_channels_AxesAll' );
% set( gaxes, 'YLim', [min_zakr max_zakr] );
end
TDALAB_selectchn( [], [], 'plot_rectangle' );
%% % --------------------------------------------------------------------------
%% % slider set min zakr
%% elseif strcmp( action, 'slider_set_start_pos' ) == 1,
%%
%% val = get( gcbo, 'Value' );
%% val = round(val);
%%
%% if val < stop_select,
%% start_select = val;
%% elseif val > stop_select,
%% start_select = stop_select;
%% stop_select = val;
%% else
%% start_select = val;
%% nv = start_select + round(T/10);
%% if nv > T
%% nv = T;
%% end
%% stop_select = nv;
%% end
%%
%% if start_select == 1 & stop_select == 1,
%% nv = start_select + round(T/10);
%% if nv > T
%% nv = T;
%% end
%% stop_select = nv;
%% end
%%
%% if start_select == T & stop_select == T,
%% nv = stop_select - round(T/10);
%% if nv < 1
%% nv = 1;
%% end
%% start_select = nv;
%% end
%%
%% sl_start = findobj( 'Tag','Slider_Set_Start' );
%% sl_stop = findobj( 'Tag','Slider_Set_Stop' );
%% set( sl_start, 'Value', start_select );
%% set( sl_stop, 'Value', stop_select );
%%
%% ed_start = findobj( 'Tag', 'Edit_Set_Start' );
%% ed_stop = findobj( 'Tag', 'Edit_Set_Stop' );
%% set( ed_start, 'Value', start_select );
%% set( ed_stop, 'Value', stop_select );
%% set( ed_start, 'String', num2str(start_select) );
%% set( ed_stop, 'String', num2str(stop_select) );
%%
%% TDALAB_selectchn( [], [], 'plot_rectangle' );
%% % --------------------------------------------------------------------------
%% % slider set max zakr
%% elseif strcmp( action, 'slider_set_stop_pos' ) == 1,
%%
%% val = get( gcbo, 'Value' );
%% val = round(val);
%% set( gcbo, 'Value', val );
%%
%% if val > start_select,
%% stop_select = val;
%% elseif val < start_select,
%% stop_select = start_select;
%% start_select = val;
%% else
%% stop_select = val;
%% nv = start_select - round(T/10);
%% if nv < 1
%% nv = 1;
%% end
%% start_select = nv;
%% end
%%
%% if start_select == 1 & stop_select == 1,
%% nv = start_select + round(T/10);
%% if nv > T
%% nv = T;
%% end
%% stop_select = nv;
%% end
%%
%% if start_select == T & stop_select == T,
%% nv = stop_select - round(T/10);
%% if nv < 1
%% nv = 1;
%% end
%% start_select = nv;
%% end
%%
%% sl_start = findobj( 'Tag','Slider_Set_Start' );
%% sl_stop = findobj( 'Tag','Slider_Set_Stop' );
%% set( sl_start, 'Value', start_select );
%% set( sl_stop, 'Value', stop_select );
%%
%% ed_start = findobj( 'Tag', 'Edit_Set_Start' );
%% ed_stop = findobj( 'Tag', 'Edit_Set_Stop' );
%% set( ed_start, 'Value', start_select );
%% set( ed_stop, 'Value', stop_select );
%% set( ed_start, 'String', num2str(start_select) );
%% set( ed_stop, 'String', num2str(stop_select) );
%%
%% TDALAB_selectchn( [], [], 'plot_rectangle' );
% --------------------------------------------------------------------------
% edit set min zakr
elseif strcmp( action, 'edit_set_start_pos' ) == 1,
ed_start = findobj( 'Tag', 'Edit_Set_Start' );
ed_stop = findobj( 'Tag', 'Edit_Set_Stop' );
%% sl_start = findobj( 'Tag','Slider_Set_Start' );
%% sl_stop = findobj( 'Tag','Slider_Set_Stop' );
val_str = get( gcbo, 'String' );
val = str2double( val_str );
if isnan( val )
set( gcbo, 'String', num2str(get(gcbo,'Value')) );
fprintf( '\a' );
else
if val > T,
val = T;
end
if val < 1,
val = 1;
end
if val < stop_select,
start_select = val;
elseif val > stop_select,
start_select = stop_select;
stop_select = val;
else
start_select = val;
nv = start_select + round(T/10);
if nv > T
nv = T;
end
stop_select = nv;
end
if start_select == 1 & stop_select == 1,
nv = start_select + round(T/10);
if nv > T
nv = T;
end
stop_select = nv;
end
if start_select == T & stop_select == T,
nv = stop_select - round(T/10);
if nv < 1
nv = 1;
end
start_select = nv;
end
%% set( sl_start, 'Value', start_select );
%% set( sl_stop, 'Value', stop_select );
set( ed_start, 'Value', start_select );
set( ed_stop, 'Value', stop_select );
set( ed_start, 'String', num2str(start_select) );
set( ed_stop, 'String', num2str(stop_select) );
end
TDALAB_selectchn( [], [], 'plot_rectangle' );