void
perfroll::update_sizes ()
{
int h_bars = m_roll_length_ticks / (m_ticks_per_bar);
int h_bars_visible = (m_window_x * m_perf_scale_x) / (m_ticks_per_bar);
int h_max_value = h_bars - h_bars_visible;
m_hadjust.set_lower(0);
m_hadjust.set_upper(h_bars);
m_hadjust.set_page_size(h_bars_visible);
m_hadjust.set_step_increment(1);
m_hadjust.set_page_increment(1);
if (m_hadjust.get_value() > h_max_value)
m_hadjust.set_value(h_max_value);
m_vadjust.set_lower(0);
m_vadjust.set_upper(m_sequence_max);
m_vadjust.set_page_size(m_window_y / m_names_y);
m_vadjust.set_step_increment(1);
m_vadjust.set_page_increment(1);
int v_max_value = m_sequence_max - (m_window_y / m_names_y);
if (m_vadjust.get_value() > v_max_value)
m_vadjust.set_value(v_max_value);
if (is_realized())
m_pixmap = Gdk::Pixmap::create(m_window, m_window_x, m_window_y, -1);
queue_draw();
}
void ScreenAreaGl::vDrawBlackScreen()
{
if (m_puiPixels && is_realized())
{
memset(m_puiPixels, 0, m_iHeight * (m_iWidth + 1) * sizeof(u32));
queue_draw_area(0, 0, get_width(), get_height());
}
}
void
seqdata::update_sizes ()
{
if (is_realized())
{
m_pixmap = Gdk::Pixmap::create(m_window, m_window_x, m_window_y, -1);
redraw();
}
}
void
seqtime::update_sizes ()
{
if (is_realized()) /* set this for later */
{
m_pixmap = Gdk::Pixmap::create(m_window, m_window_x, m_window_y, -1);
update_pixmap();
queue_draw();
}
}
void
perfroll::set_guides (int a_snap, int a_measure, int a_beat)
{
m_snap = a_snap;
m_measure_length = a_measure;
m_beat_length = a_beat;
if (is_realized())
fill_background_pixmap();
queue_draw();
}
void ScreenAreaGl::vOnSizeUpdated()
{
if (!is_realized())
return;
Glib::RefPtr<Gdk::GL::Window> glwindow = get_gl_window();
if (!glwindow->gl_begin(get_gl_context()))
return;
vUpdateTexture();
glwindow->gl_end();
}
void OSGDrawingArea::on_size_allocate (Gtk::Allocation& pAllocation)
{
#ifdef DEBUG
//??std::cout <<"void OSGDrawingArea::on_size_allocate (Gtk::Allocation& pAllocation)<<"<< std::endl;
#endif
set_allocation (pAllocation);
if (is_realized ())
{
get_window ()->move_resize (pAllocation.get_x (), pAllocation.get_y (),
pAllocation.get_width (), pAllocation.get_height ());
}//if
#ifdef DEBUG
//??std::cout <<"void OSGDrawingArea::on_size_allocate (Gtk::Allocation& pAllocation)>>"<< std::endl;
#endif
}
void
seqroll::update_sizes ()
{
m_hadjust->set_lower(0); /* set default size */
m_hadjust->set_upper(m_seq->get_length());
m_hadjust->set_page_size(m_window_x * m_zoom);
/*
* The horizontal step increment is 1 semiquaver (1/16) note per zoom
* level.
*/
m_hadjust->set_step_increment((c_ppqn / 4) * m_zoom);
/*
* The page increment is always one bar.
*/
int page_increment = int
(
double(c_ppqn) * double(m_seq->get_bpm()) * (4.0 / double(m_seq->get_bw()))
);
m_hadjust->set_page_increment(page_increment);
int h_max_value = (m_seq->get_length() - (m_window_x * m_zoom));
if (m_hadjust->get_value() > h_max_value)
m_hadjust->set_value(h_max_value);
m_vadjust->set_lower(0);
m_vadjust->set_upper(c_num_keys);
m_vadjust->set_page_size(m_window_y / c_key_y);
m_vadjust->set_step_increment(12);
m_vadjust->set_page_increment(12);
int v_max_value = c_num_keys - (m_window_y / c_key_y);
if (m_vadjust->get_value() > v_max_value)
{
m_vadjust->set_value(v_max_value);
}
if (is_realized()) /* create pixmaps with window dimentions */
{
m_pixmap = Gdk::Pixmap::create(m_window, m_window_x, m_window_y, -1);
m_background = Gdk::Pixmap::create(m_window, m_window_x, m_window_y, -1);
change_vert();
}
}
void OSGDrawingArea::onResizeInternal (Gtk::Allocation& pAllocation)
{
#ifdef DEBUG
//??std::cout <<"void OSGDrawingArea::onResizeInternal (Gtk::Allocation& pAllocation)<<"<< std::endl;
#endif // DEBUG
if (!is_realized ())
return;
if (!beginGL ())
return;
onResize (pAllocation);
endGL ();
#ifdef DEBUG
//??std::cout <<"void OSGDrawingArea::onResizeInternal (Gtk::Allocation& pAllocation)>>"<< std::endl;
#endif // DEBUG
}
void
perfroll::update_sizes()
{
int h_bars = m_roll_length_ticks / (c_ppqn * 16);
int h_bars_visable = (m_window_x * m_perf_scale_x) / (c_ppqn * 16);
m_hadjust->set_lower( 0 );
m_hadjust->set_upper( h_bars );
m_hadjust->set_page_size( h_bars_visable );
m_hadjust->set_step_increment( 1 );
m_hadjust->set_page_increment( 1 );
int h_max_value = h_bars - h_bars_visable;
if ( m_hadjust->get_value() > h_max_value )
{
m_hadjust->set_value( h_max_value );
}
m_vadjust->set_lower( 0 );
m_vadjust->set_upper( c_total_seqs );
m_vadjust->set_page_size( m_window_y / c_names_y );
m_vadjust->set_step_increment( 1 );
m_vadjust->set_page_increment( 1 );
int v_max_value = c_total_seqs - (m_window_y / c_names_y);
if ( m_vadjust->get_value() > v_max_value )
{
m_vadjust->set_value(v_max_value);
}
if ( is_realized() )
{
m_pixmap = Gdk::Pixmap::create( m_window,
m_window_x,
m_window_y, -1 );
}
queue_draw();
}
void
perfedit::draw_sequences ()
{
if (is_realized())
m_perfnames->draw_sequences();
}
