void DIALOG_PAD_PROPERTIES::redraw()
{
if( m_parent->IsGalCanvasActive() )
{
m_dummyPad->ViewUpdate();
BOX2I bbox = m_dummyPad->ViewBBox();
if( bbox.GetSize().x > 0 && bbox.GetSize().y > 0 )
{
// gives a size to the full drawable area
BOX2I drawbox;
drawbox.Move( m_dummyPad->GetPosition() );
drawbox.Inflate( bbox.GetSize().x*2, bbox.GetSize().y*2 );
m_panelShowPadGal->GetView()->SetBoundary( drawbox );
// Autozoom
m_panelShowPadGal->GetView()->SetViewport( BOX2D( bbox.GetOrigin(), bbox.GetSize() ) );
// Add a margin
m_panelShowPadGal->GetView()->SetScale( m_panelShowPadGal->GetView()->GetScale() * 0.7 );
m_panelShowPadGal->Refresh();
}
}
else
{
m_panelShowPad->Refresh();
}
}
void DIALOG_PAD_PROPERTIES::redraw()
{
if( m_parent->IsGalCanvasActive() )
{
m_dummyPad->ViewUpdate();
BOX2I bbox = m_dummyPad->ViewBBox();
if( bbox.GetSize().x > 0 && bbox.GetSize().y > 0 )
{
// Autozoom
m_panelShowPadGal->GetView()->SetViewport( BOX2D( bbox.GetOrigin(), bbox.GetSize() ) );
// Add a margin
m_panelShowPadGal->GetView()->SetScale( m_panelShowPadGal->GetView()->GetScale() * 0.7 );
m_panelShowPadGal->Refresh();
}
}
else
{
m_panelShowPad->Refresh();
}
}
//=================================================================================================
void City::Load(HANDLE file, bool local)
{
OutsideLocation::Load(file, local);
ReadFile(file, &citzens, sizeof(citzens), &tmp, NULL);
ReadFile(file, &citzens_world, sizeof(citzens_world), &tmp, NULL);
if(last_visit != -1)
{
int side;
BOX2D spawn_area;
BOX2D exit_area;
float spawn_dir;
if(LOAD_VERSION < V_0_3)
{
ReadFile(file, &side, sizeof(side), &tmp, NULL);
ReadFile(file, &spawn_area, sizeof(spawn_area), &tmp, NULL);
ReadFile(file, &exit_area, sizeof(exit_area), &tmp, NULL);
ReadFile(file, &spawn_dir, sizeof(spawn_dir), &tmp, NULL);
}
else
{
File f(file);
f.ReadVector1(entry_points);
f >> have_exit;
gates = f.Read<byte>();
}
uint ile;
ReadFile(file, &ile, sizeof(ile), &tmp, NULL);
buildings.resize(ile);
ReadFile(file, &buildings[0], sizeof(CityBuilding)*ile, &tmp, NULL);
ReadFile(file, &inside_offset, sizeof(inside_offset), &tmp, NULL);
ReadFile(file, &ile, sizeof(ile), &tmp, NULL);
inside_buildings.resize(ile);
int index = 0;
for(vector<InsideBuilding*>::iterator it = inside_buildings.begin(), end = inside_buildings.end(); it != end; ++it, ++index)
{
*it = new InsideBuilding;
(*it)->Load(file, local);
(*it)->ctx.building_id = index;
(*it)->ctx.mine = INT2((*it)->level_shift.x*256, (*it)->level_shift.y*256);
(*it)->ctx.maxe = (*it)->ctx.mine + INT2(256,256);
}
ReadFile(file, &quest_burmistrz, sizeof(quest_burmistrz), &tmp, NULL);
ReadFile(file, &quest_burmistrz_czas, sizeof(quest_burmistrz_czas), &tmp, NULL);
ReadFile(file, &quest_dowodca, sizeof(quest_dowodca), &tmp, NULL);
ReadFile(file, &quest_dowodca_czas, sizeof(quest_dowodca_czas), &tmp, NULL);
ReadFile(file, &arena_czas, sizeof(arena_czas), &tmp, NULL);
ReadFile(file, &arena_pos, sizeof(arena_pos), &tmp, NULL);
if(LOAD_VERSION < V_0_3)
{
const float aa = 11.1f;
const float bb = 12.6f;
const float es = 1.3f;
const uint _s = 16 * 8;
const int w = size;
const int w1 = w+1;
const int mur1 = int(0.15f*w);
const int mur2 = int(0.85f*w);
TERRAIN_TILE road_type;
// setup entrance
switch(side)
{
case 0: // from top
{
VEC2 p(float(_s)+1.f, 0.8f*_s*2);
exit_area = BOX2D(p.x-es, p.y+aa, p.x+es, p.y+bb);
gates = GATE_NORTH;
road_type = tiles[w/2+int(0.85f*w-2)*w].t;
}
break;
case 1: // from left
{
VEC2 p(0.2f*_s*2, float(_s)+1.f);
exit_area = BOX2D(p.x-bb, p.y-es, p.x-aa, p.y+es);
gates = GATE_WEST;
road_type = tiles[int(0.15f*w)+2+(w/2)*w].t;
}
break;
case 2: // from bottom
{
VEC2 p(float(_s)+1.f, 0.2f*_s*2);
exit_area = BOX2D(p.x-es, p.y-bb, p.x+es, p.y-aa);
gates = GATE_SOUTH;
road_type = tiles[w/2+int(0.15f*w+2)*w].t;
}
break;
case 3: // from right
{
VEC2 p(0.8f*_s*2, float(_s)+1.f);
exit_area = BOX2D(p.x+aa, p.y-es, p.x+bb, p.y+es);
gates = GATE_EAST;
road_type = tiles[int(0.85f*w)-2+(w/2)*w].t;
}
break;
}
// update terrain tiles
// tiles under walls
for(int i=mur1; i<=mur2; ++i)
{
// north
tiles[i+mur1*w].Set(TT_SAND, TM_BUILDING);
if(tiles[i+(mur1+1)*w].t == TT_GRASS)
tiles[i+(mur1+1)*w].Set(TT_SAND, TT_GRASS, 128, TM_BUILDING);
// south
tiles[i+mur2*w].Set(TT_SAND, TM_BUILDING);
if(tiles[i+(mur2-1)*w].t == TT_GRASS)
tiles[i+(mur2-1)*w].Set(TT_SAND, TT_GRASS, 128, TM_BUILDING);
// west
tiles[mur1+i*w].Set(TT_SAND, TM_BUILDING);
if(tiles[mur1+1+i*w].t == TT_GRASS)
tiles[mur1+1+i*w].Set(TT_SAND, TT_GRASS, 128, TM_BUILDING);
// east
tiles[mur2+i*w].Set(TT_SAND, TM_BUILDING);
if(tiles[mur2-1+i*w].t == TT_GRASS)
tiles[mur2-1+i*w].Set(TT_SAND, TT_GRASS, 128, TM_BUILDING);
}
// tiles under gates
if(gates == GATE_SOUTH)
{
tiles[w/2-1+int(0.15f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2 +int(0.15f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2+1+int(0.15f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2-1+(int(0.15f*w)+1)*w].Set(road_type, TM_ROAD);
tiles[w/2 +(int(0.15f*w)+1)*w].Set(road_type, TM_ROAD);
tiles[w/2+1+(int(0.15f*w)+1)*w].Set(road_type, TM_ROAD);
}
if(gates == GATE_WEST)
{
tiles[int(0.15f*w)+(w/2-1)*w].Set(road_type, TM_ROAD);
tiles[int(0.15f*w)+(w/2 )*w].Set(road_type, TM_ROAD);
tiles[int(0.15f*w)+(w/2+1)*w].Set(road_type, TM_ROAD);
tiles[int(0.15f*w)+1+(w/2-1)*w].Set(road_type, TM_ROAD);
tiles[int(0.15f*w)+1+(w/2 )*w].Set(road_type, TM_ROAD);
tiles[int(0.15f*w)+1+(w/2+1)*w].Set(road_type, TM_ROAD);
}
if(gates == GATE_NORTH)
{
tiles[w/2-1+int(0.85f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2 +int(0.85f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2+1+int(0.85f*w)*w].Set(road_type, TM_ROAD);
tiles[w/2-1+(int(0.85f*w)-1)*w].Set(road_type, TM_ROAD);
tiles[w/2 +(int(0.85f*w)-1)*w].Set(road_type, TM_ROAD);
tiles[w/2+1+(int(0.85f*w)-1)*w].Set(road_type, TM_ROAD);
}
if(gates == GATE_EAST)
{
tiles[int(0.85f*w)+(w/2-1)*w].Set(road_type, TM_ROAD);
tiles[int(0.85f*w)+(w/2 )*w].Set(road_type, TM_ROAD);
tiles[int(0.85f*w)+(w/2+1)*w].Set(road_type, TM_ROAD);
tiles[int(0.85f*w)-1+(w/2-1)*w].Set(road_type, TM_ROAD);
tiles[int(0.85f*w)-1+(w/2 )*w].Set(road_type, TM_ROAD);
tiles[int(0.85f*w)-1+(w/2+1)*w].Set(road_type, TM_ROAD);
}
// delete old walls
Obj* to_remove = FindObject("to_remove");
vector<Object>::iterator it = objects.begin();
while(it != objects.end())
{
if(it->base == to_remove)
it = objects.erase(it);
else
++it;
}
// add new buildings
Obj* oMur = FindObject("wall");
Obj* oWieza = FindObject("tower");
const int mid = int(0.5f*_s);
// walls
for(int i=mur1; i<mur2; i += 3)
{
// top
if(side != 2 || i < mid-1 || i > mid)
{
Object& o = Add1(objects);
o.pos = VEC3(float(i)*2+1.f, 1.f, int(0.15f*_s)*2+1.f);
o.rot = VEC3(0,PI,0);
o.scale = 1.f;
o.base = oMur;
o.mesh = oMur->ani;
}
// bottom
if(side != 0 || i < mid-1 || i > mid)
{
Object& o = Add1(objects);
o.pos = VEC3(float(i)*2+1.f, 1.f, int(0.85f*_s)*2+1.f);
o.rot = VEC3(0,0,0);
o.scale = 1.f;
o.base = oMur;
o.mesh = oMur->ani;
}
// left
if(side != 1 || i < mid-1 || i > mid)
{
Object& o = Add1(objects);
o.pos = VEC3(int(0.15f*_s)*2+1.f, 1.f, float(i)*2+1.f);
o.rot = VEC3(0,PI*3/2,0);
o.scale = 1.f;
o.base = oMur;
o.mesh = oMur->ani;
}
// right
if(side != 3 || i < mid-1 || i > mid)
{
Object& o = Add1(objects);
o.pos = VEC3(int(0.85f*_s)*2+1.f, 1.f, float(i)*2+1.f);
o.rot = VEC3(0,PI/2,0);
o.scale = 1.f;
o.base = oMur;
o.mesh = oMur->ani;
}
}
// towers
{
// right top
Object& o = Add1(objects);
o.pos = VEC3(int(0.85f*_s)*2+1.f,1.f,int(0.85f*_s)*2+1.f);
o.rot = VEC3(0,0,0);
o.scale = 1.f;
o.base = oWieza;
o.mesh = oWieza->ani;
}
{
// right bottom
Object& o = Add1(objects);
o.pos = VEC3(int(0.85f*_s)*2+1.f,1.f,int(0.15f*_s)*2+1.f);
o.rot = VEC3(0,PI/2,0);
o.scale = 1.f;
o.base = oWieza;
o.mesh = oWieza->ani;
}
{
// left bottom
Object& o = Add1(objects);
o.pos = VEC3(int(0.15f*_s)*2+1.f,1.f,int(0.15f*_s)*2+1.f);
o.rot = VEC3(0,PI,0);
o.scale = 1.f;
o.base = oWieza;
o.mesh = oWieza->ani;
}
{
// left top
Object& o = Add1(objects);
o.pos = VEC3(int(0.15f*_s)*2+1.f,1.f,int(0.85f*_s)*2+1.f);
o.rot = VEC3(0,PI*3/2,0);
o.scale = 1.f;
o.base = oWieza;
o.mesh = oWieza->ani;
}
// gate
Object& o = Add1(objects);
o.rot.x = o.rot.z = 0.f;
o.scale = 1.f;
o.base = FindObject("gate");
o.mesh = o.base->ani;
switch(side)
{
case 0:
o.rot.y = 0;
o.pos = VEC3(0.5f*_s*2+1.f,1.f,0.85f*_s*2);
break;
case 1:
o.rot.y = PI*3/2;
o.pos = VEC3(0.15f*_s*2,1.f,0.5f*_s*2+1.f);
break;
case 2:
o.rot.y = PI;
o.pos = VEC3(0.5f*_s*2+1.f,1.f,0.15f*_s*2);
break;
case 3:
o.rot.y = PI/2;
o.pos = VEC3(0.85f*_s*2,1.f,0.5f*_s*2+1.f);
break;
}
// grate
Object& o2 = Add1(objects);
o2.pos = o.pos;
o2.rot = o.rot;
o2.scale = 1.f;
o2.base = FindObject("grate");
o2.mesh = o2.base->ani;
// exit
EntryPoint& entry = Add1(entry_points);
entry.spawn_area = spawn_area;
entry.spawn_rot = spawn_dir;
entry.exit_area = exit_area;
entry.exit_y = 1.1f;
}
}
