private void update_palettes(object sender, EventArgs e)
{
palette_small plt = sender as palette_small;
active_palette = plt.active ? plt.id:-1;
m_sel_clr_ind = plt.get_color_inds()[plt.color_slot];
update();
}
private void check_color(int _x, int _y)
{
if (_x < 0 || _y < 0 || _x >= m_pix_box.Width || _y >= m_pix_box.Height)
{
return;
}
#if DEF_NES // row ordered data
m_sel_clr_ind = (_x >> 4) + ((_y >> 4) << 4);
#elif DEF_SMS // column ordered data
m_sel_clr_ind = ((_x >> 4) << 2) + (_y >> 4);
#elif DEF_PCE // column ordered data
m_sel_clr_ind = ((_x >> 2) << 3) + (_y >> 3);
#endif
update();
// dispatch an index of a selected color to the active palette
if (m_active_plt_id >= 0)
{
palette_small plt = m_plt_arr[m_active_plt_id];
#if DEF_NES
if (plt.color_slot == 0)
{
// if active slot is a zero number, fill zero slot of the all palettes by a selected color
for (int i = 0; i < utils.CONST_NUM_SMALL_PALETTES; i++)
{
m_plt_arr[i].update_color(m_sel_clr_ind, 0);
}
}
else
#endif
{
m_plt_arr[m_active_plt_id].update_color(m_sel_clr_ind);
#if DEF_FIXED_LEN_PALETTE16_ARR
palettes_array.Instance.update_color((m_active_plt_id << 2) + m_plt_arr[m_active_plt_id].color_slot, m_sel_clr_ind);
#endif
}
dispatch_event_update_color();
}
}
