for( int i = 0 ; vfilters[i].psz_filter != NULL ; i++ )
{
wxCheckBox *box = new wxCheckBox( panel, Filter0_Event + i,
- wxT( _( vfilters[i].psz_name ) ) );
+ wxU( _( vfilters[i].psz_name ) ) );
t_col_sizer->Add( box );
- box->SetToolTip( wxT( _( vfilters[i].psz_help ) ) );
+ box->SetToolTip( wxU( _( vfilters[i].psz_help ) ) );
}
filter_sizer->Add( t_col_sizer );
i_values[i] = 400 - i_val;
sprintf( psz_val, "%.1f", f );
band_texts[i]->SetLabel( band_frequencies[i] + wxT("\n") +
- wxT( psz_val ) + wxT("dB") );
+ wxU( psz_val ) + wxT("dB") );
if( p == NULL )
{
break;
sprintf( psz_val, "%.1f", f_preamp );
preamp_slider->SetValue( 400 - i_val );
const wxString preamp = wxT("Preamp\n");
- preamp_text->SetLabel( preamp + wxT( psz_val ) + wxT( "dB" ) );
+ preamp_text->SetLabel( preamp + wxU( psz_val ) + wxT( "dB" ) );
eq_chkbox->SetValue( TRUE );
b_update = VLC_FALSE;
}
sprintf( psz_val, "%.1f", f );
const wxString preamp = wxT("Preamp\n");
- preamp_text->SetLabel( preamp + wxT( psz_val ) + wxT( "dB" ) );
+ preamp_text->SetLabel( preamp + wxU( psz_val ) + wxT( "dB" ) );
if( p_aout == NULL )
{
sprintf( psz_values, "%s %f", psz_values, f_val );
sprintf( psz_val, "%.1f", f_val );
band_texts[i]->SetLabel( band_frequencies[i] + wxT("\n") +
- wxT( psz_val ) + wxT("dB" ) );
+ wxU( psz_val ) + wxT("dB" ) );
}
if( p_aout == NULL )
{