void Game_Screen::Update() {
if (data.tint_time_left > 0) {
data.tint_current_red = interpolate(data.tint_time_left, data.tint_current_red, data.tint_finish_red);
data.tint_current_green = interpolate(data.tint_time_left, data.tint_current_green, data.tint_finish_green);
data.tint_current_blue = interpolate(data.tint_time_left, data.tint_current_blue, data.tint_finish_blue);
data.tint_current_sat = interpolate(data.tint_time_left, data.tint_current_sat, data.tint_finish_sat);
data.tint_time_left--;
}
if (data.flash_time_left > 0) {
data.flash_current_level -= data.flash_current_level / data.flash_time_left;
data.flash_time_left--;
if (data.flash_time_left <= 0)
data.flash_time_left = data.flash_continuous ? flash_period : 0;
}
if (data.shake_continuous || data.shake_time_left > 0 || data.shake_position != 0) {
double delta = (data.shake_strength * data.shake_speed * shake_direction) / 10.0;
if (data.shake_time_left <= 1 && data.shake_position * (data.shake_position + delta) < 0)
data.shake_position = 0;
else
data.shake_position += (int)delta;
if (data.shake_position > data.shake_strength * 2)
shake_direction = -1;
if (data.shake_position < -data.shake_strength * 2)
shake_direction = 1;
if (data.shake_time_left > 0)
data.shake_time_left--;
}
std::vector<std::shared_ptr<Game_Picture> >::const_iterator it;
for (it = pictures.begin(); it != pictures.end(); ++it) {
if (*it) {
(*it)->Update();
}
}
if (!movie_filename.empty()) {
/* update movie */
}
switch (data.weather) {
case Weather_None:
break;
case Weather_Rain:
InitSnowRain();
UpdateSnowRain(4);
break;
case Weather_Snow:
InitSnowRain();
UpdateSnowRain(2);
break;
case Weather_Fog:
break;
case Weather_Sandstorm:
break;
}
}
void Game_Screen::Update() {
if (data.tint_time_left > 0) {
data.tint_current_red = interpolate(data.tint_time_left, data.tint_current_red, data.tint_finish_red);
data.tint_current_green = interpolate(data.tint_time_left, data.tint_current_green, data.tint_finish_green);
data.tint_current_blue = interpolate(data.tint_time_left, data.tint_current_blue, data.tint_finish_blue);
data.tint_current_sat = interpolate(data.tint_time_left, data.tint_current_sat, data.tint_finish_sat);
data.tint_time_left--;
}
if (data.flash_time_left > 0) {
data.flash_current_level = interpolate(data.flash_time_left, data.flash_current_level / 31, 0);
data.flash_time_left--;
if (data.flash_time_left <= 0)
data.flash_time_left = data.flash_continuous ? flash_period : 0;
}
if (data.shake_continuous || data.shake_time_left > 0 || data.shake_position != 0) {
double delta = (data.shake_strength * data.shake_speed * shake_direction) / 10.0;
if (data.shake_time_left <= 1 && data.shake_position * (data.shake_position + delta) < 0)
data.shake_position = 0;
else
data.shake_position += delta;
if (data.shake_position > data.shake_strength * 2)
shake_direction = -1;
if (data.shake_position < -data.shake_strength * 2)
shake_direction = 1;
if (data.shake_time_left > 0)
data.shake_time_left--;
}
std::vector<EASYRPG_SHARED_PTR<Picture> >::const_iterator it;
for (it = pictures.begin(); it != pictures.end(); it++) {
if(*it) { (*it)->Update(); }
}
if (!movie_filename.empty()) {
/* update movie */
}
switch (data.weather) {
case Weather_None:
break;
case Weather_Rain:
InitWeather();
InitSnowRain();
UpdateSnowRain(4);
DrawRain();
break;
case Weather_Snow:
InitWeather();
InitSnowRain();
UpdateSnowRain(2);
DrawSnow();
break;
case Weather_Fog:
InitWeather();
DrawFog();
break;
case Weather_Sandstorm:
InitWeather();
DrawSandstorm();
break;
}
if (animation != NULL) {
animation->Update();
if (animation->IsDone()) {
animation.reset();
}
}
}
