inline void SetCam(ID::Drawable* d, int x, int y)
{
Cam* c;
int offsetX;
int offsetY;
int16_t posX;
int16_t posY;
int caseX;
int caseY;
c = Cam::GetInstance();
d->GetOffset(&offsetX, &offsetY);
d->GetPos(&posX, &posY);
caseX = c->GetMapWidth() * (x - offsetX - posX) / d->GetWidth();
caseY = c->GetMapHeight() * (y - offsetY - posY) / d->GetHeight();
c->SetCam(caseX, caseY);
}
int Map_Drawable::RefreshToSurface(ID::Surface* s,
int x, int y)
{
Game* g;
Cam* c;
Map* m;
Light_Drawable* cases;
uint32_t i;
// uint32_t indexSaver;
uint32_t tmpSaver;
std::list<Unit*>::iterator itU;
std::list<Unit*>::iterator endU;
int xMin;
int yMin;
int xMax;
int yMax;
int offsetCamX;
int offsetCamY;
ID::Draw_Geometry_Circle* focus;
double xU;
double yU;
bool selected;
g = Game::GetInstance();
c = Cam::GetInstance();
m = Map::GetInstance();
focus = ID::Draw_Geometry_Circle::GetInstance();
if (this->__RefreshGrounds(UNDER_BACKGROUND, ON_BACKGROUND, s, x, y) == -1)
return -1;
cases = c->GetCases();
offsetCamX = c->GetOffsetX();
offsetCamY = c->GetOffsetY();
xMax = c->GetCameraWidth() / CASE_SIDE_PIXELS;
yMax = c->GetCameraHeight() / CASE_SIDE_PIXELS;
// indexSaver = ((c->GetY() / CASE_SIDE_PIXELS) -
// (c->GetCameraHeightRayon() / CASE_SIDE_PIXELS)) *
// (c->GetMapWidth() / CASE_SIDE_PIXELS) +
// (c->GetX() / CASE_SIDE_PIXELS - c->GetCameraWidthRayon() / CASE_SIDE_PIXELS);
tmpSaver = g->currentTick;
yMin = 0;
while (yMin < yMax)
{
xMin = 0;
i = ((yMin + (c->GetOffsetY() / CASE_SIDE_PIXELS)) *
(c->GetMapWidth() / CASE_SIDE_PIXELS)) +
(c->GetOffsetX() / CASE_SIDE_PIXELS);
while (xMin < xMax)
{
itU = m->cases[i].units.begin();
endU = m->cases[i].units.end();
while (itU != endU)
{
if (((*itU)->GetModel()->GetType() == TYPE_GROUND ||
(*itU)->GetModel()->GetType() == 3) &&
(*itU)->GetUpdateSaver() != tmpSaver)
{
(*itU)->SetUpdateSaver(tmpSaver);
(*itU)->GetPositionXY(&xU, &yU);
selected = (*itU)->GetTickSelection() == g->lastSelection;
focus->Draw(s,
xU * CASE_SIDE_PIXELS - offsetCamX,
yU * CASE_SIDE_PIXELS - offsetCamY,
(*itU)->GetModel()->GetSize(),
selected,
&(m->_colorsPalette[(*itU)->GetPlayer()->GetID()]));
}
++itU;
}
++xMin;
++i;
}
++yMin;
}
if (this->__RefreshGrounds(MIDDLEGROUND, MIDDLEGROUND, s, x, y) == -1)
return -1;
tmpSaver = g->currentTick + 1;
// i = indexSaver;
yMin = 0;
// std::cout << "- - - - - - - - \n";
while (yMin < yMax)
{
xMin = 0;
i = ((yMin + (c->GetOffsetY() / CASE_SIDE_PIXELS)) *
(c->GetMapWidth() / CASE_SIDE_PIXELS)) +
(c->GetOffsetX() / CASE_SIDE_PIXELS);
while (xMin < xMax)
{
itU = m->cases[i].units.begin();
endU = m->cases[i].units.end();
// std::cout << i << " ";
while (itU != endU)
{
if (((*itU)->GetModel()->GetType() == TYPE_AIR ||
(*itU)->GetModel()->GetType() == 4) &&
(*itU)->GetUpdateSaver() != tmpSaver)
{
// std::cout << "|";
(*itU)->SetUpdateSaver(tmpSaver);
(*itU)->GetPositionXY(&xU, &yU);
selected = ((*itU)->GetTickSelection() == g->lastSelection);
focus->Draw(s,
xU * CASE_SIDE_PIXELS - offsetCamX,
yU * CASE_SIDE_PIXELS - offsetCamY,
(*itU)->GetModel()->GetSize(),
selected,
&(m->_colorsPalette[(*itU)->GetPlayer()->GetID()]));
}
++itU;
}
++xMin;
++i;
}
// std::cout << "\n";
++yMin;
}
if (this->__RefreshGrounds(HIGHGROUND, HIGHGROUND, s, x, y) == -1)
return -1;
tmpSaver = g->currentTick - 1;
//i = indexSaver;
yMin = 0;
while (yMin < yMax)
{
i = ((yMin + (c->GetOffsetY() / CASE_SIDE_PIXELS)) *
(c->GetMapWidth() / CASE_SIDE_PIXELS)) +
(c->GetOffsetX() / CASE_SIDE_PIXELS);
xMin = 0;
while (xMin < xMax)
{
itU = m->cases[i].units.begin();
endU = m->cases[i].units.end();
while (itU != endU)
{
if ((*itU)->GetUpdateSaver() != tmpSaver)
{
(*itU)->SetUpdateSaver(tmpSaver);
(*itU)->GetPositionXY(&xU, &yU);
this->__RefreshBars(s,
xU * CASE_SIDE_PIXELS - offsetCamX - (*itU)->GetModel()->GetSize(),
yU * CASE_SIDE_PIXELS - offsetCamY - (*itU)->GetModel()->GetSize() - 5,
(*itU)->GetModel()->GetSize(),
(*itU)->GetHP(),
(*itU)->GetModel()->GetHPMax());
}
++itU;
}
++xMin;
++i;
}
++yMin;
}
if (this->__RefreshGrounds(FOREGROUND, FOREGROUND, s, x, y) == -1)
return -1;
this->SetInvalidate(false);
return 0;
}
