static void update_adjusted_color(palette_t *palette, UINT32 group, UINT32 index)
{
UINT32 finalindex = group * palette->numcolors + index;
palette_client *client;
rgb_t adjusted;
/* compute the adjusted value */
adjusted = adjust_palette_entry(palette->entry_color[index],
palette->group_bright[group] + palette->brightness,
palette->group_contrast[group] * palette->entry_contrast[index] * palette->contrast,
palette->gamma_map);
/* if not different, ignore */
if (palette->adjusted_color[finalindex] == adjusted)
return;
/* otherwise, modify the adjusted color array */
palette->adjusted_color[finalindex] = adjusted;
palette->adjusted_rgb15[finalindex] = rgb_to_rgb15(adjusted);
/* mark dirty in all clients */
for (client = palette->client_list; client != NULL; client = client->next)
{
client->live.dirty[finalindex / 32] |= 1 << (finalindex % 32);
client->live.mindirty = MIN(client->live.mindirty, finalindex);
client->live.maxdirty = MAX(client->live.maxdirty, finalindex);
}
}
void palette_t::update_adjusted_color(uint32_t group, uint32_t index)
{
// compute the adjusted value
rgb_t adjusted = adjust_palette_entry(m_entry_color[index],
m_group_bright[group] + m_brightness,
m_group_contrast[group] * m_entry_contrast[index] * m_contrast,
m_gamma_map);
// if not different, ignore
uint32_t finalindex = group * m_numcolors + index;
if (m_adjusted_color[finalindex] == adjusted)
return;
// otherwise, modify the adjusted color array
m_adjusted_color[finalindex] = adjusted;
m_adjusted_rgb15[finalindex] = adjusted.as_rgb15();
// mark dirty in all clients
for (palette_client *client = m_client_list; client != nullptr; client = client->next())
client->mark_dirty(finalindex);
}
