void worldmap::Generate()
{
Alloc2D(OldAltitudeBuffer, XSize, YSize);
Alloc2D(OldTypeBuffer, XSize, YSize);
Alloc2D(NoIslandAltitudeBuffer, XSize, YSize);
for(;;)
{
RandomizeAltitude();
SmoothAltitude();
GenerateClimate();
SmoothClimate();
CalculateContinents();
std::vector<continent*> PerfectForAttnam, PerfectForNewAttnam;
for(uint c = 1; c < Continent.size(); ++c)
if(Continent[c]->GetSize() > 250 && Continent[c]->GetSize() < 750
&& Continent[c]->GetGTerrainAmount(EGForestType)
&& Continent[c]->GetGTerrainAmount(SnowType))
PerfectForAttnam.push_back(Continent[c]);
if(!PerfectForAttnam.size())
continue;
v2 AttnamPos, ElpuriCavePos, NewAttnamPos, TunnelEntry, TunnelExit;
truth Correct = false;
continent* PetrusLikes;
// Store this before we start making islands which have no continent number.
for(int x = 0; x < XSize; ++x)
for(int y = 0; y < YSize; ++y)
NoIslandAltitudeBuffer[x][y] = AltitudeBuffer[x][y];
for(int c1 = 0; c1 < 25; ++c1)
{
game::BusyAnimation();
PetrusLikes = PerfectForAttnam[RAND() % PerfectForAttnam.size()];
AttnamPos = PetrusLikes->GetRandomMember(EGForestType);
ElpuriCavePos = PetrusLikes->GetRandomMember(SnowType);
for(int c2 = 1; c2 < 50; ++c2)
{
TunnelExit = PetrusLikes->GetMember(RAND() % PetrusLikes->GetSize());
if(AttnamPos != TunnelExit && ElpuriCavePos != TunnelExit)
{
for(int d1 = 0; d1 < 8; ++d1)
{
v2 Pos = TunnelExit + game::GetMoveVector(d1);
if(IsValidPos(Pos) && AltitudeBuffer[Pos.X][Pos.Y] <= 0)
{
int Distance = 3 + (RAND() & 3);
truth Error = false;
TunnelEntry = Pos;
for(int c2 = 0; c2 < Distance; ++c2)
{
TunnelEntry += game::GetMoveVector(d1);
if(!IsValidPos(TunnelEntry)
|| AltitudeBuffer[TunnelEntry.X][TunnelEntry.Y] > 0)
{
Error = true;
break;
}
}
if(Error)
continue;
int x, y;
int Counter = 0;
for(x = TunnelEntry.X - 3; x <= TunnelEntry.X + 3; ++x)
{
for(y = TunnelEntry.Y - 3; y <= TunnelEntry.Y + 3;
++y, ++Counter)
if(Counter != 0 && Counter != 6
&& Counter != 42 && Counter != 48
&& (!IsValidPos(x, y)
|| AltitudeBuffer[x][y] > 0
|| AltitudeBuffer[x][y] < -350))
{
Error = true;
break;
}
if(Error)
break;
}
if(Error)
continue;
Error = true;
for(x = 0; x < XSize; ++x)
if(TypeBuffer[x][TunnelEntry.Y] == JungleType)
{
Error = false;
break;
}
if(Error)
continue;
Counter = 0;
for(x = TunnelEntry.X - 2; x <= TunnelEntry.X + 2; ++x)
for(y = TunnelEntry.Y - 2; y <= TunnelEntry.Y + 2;
++y, ++Counter)
if(Counter != 0 && Counter != 4
&& Counter != 20 && Counter != 24)
AltitudeBuffer[x][y] /= 2;
AltitudeBuffer[TunnelEntry.X][TunnelEntry.Y] = 1 + RAND() % 50;
TypeBuffer[TunnelEntry.X][TunnelEntry.Y] = JungleType;
GetWSquare(TunnelEntry)->ChangeGWTerrain(jungle::Spawn());
int NewAttnamIndex;
for(NewAttnamIndex = RAND() & 7;
NewAttnamIndex == 7 - d1;
NewAttnamIndex = RAND() & 7);
NewAttnamPos = TunnelEntry
+ game::GetMoveVector(NewAttnamIndex);
static int DiagonalDir[4] = { 0, 2, 5, 7 };
static int NotDiagonalDir[4] = { 1, 3, 4, 6 };
static int AdjacentDir[4][2] = { { 0, 1 }, { 0, 2 },
{ 1, 3 }, { 2, 3 } };
truth Raised[] = { false, false, false, false };
int d2;
for(d2 = 0; d2 < 4; ++d2)
if(NotDiagonalDir[d2] != 7 - d1
&& (NotDiagonalDir[d2] == NewAttnamIndex
|| !(RAND() & 2)))
{
v2 Pos = TunnelEntry
+ game::GetMoveVector(NotDiagonalDir[d2]);
AltitudeBuffer[Pos.X][Pos.Y] = 1 + RAND() % 50;
TypeBuffer[Pos.X][Pos.Y] = JungleType;
GetWSquare(Pos)->ChangeGWTerrain(jungle::Spawn());
Raised[d2] = true;
}
for(d2 = 0; d2 < 4; ++d2)
if(DiagonalDir[d2] != 7 - d1
&& (DiagonalDir[d2] == NewAttnamIndex
|| (Raised[AdjacentDir[d2][0]]
&& Raised[AdjacentDir[d2][1]] && !(RAND() & 2))))
{
v2 Pos = TunnelEntry
+ game::GetMoveVector(DiagonalDir[d2]);
AltitudeBuffer[Pos.X][Pos.Y] = 1 + RAND() % 50;
TypeBuffer[Pos.X][Pos.Y] = JungleType;
GetWSquare(Pos)->ChangeGWTerrain(jungle::Spawn());
}
Correct = true;
break;
}
}
if(Correct)
break;
}
}
if(Correct)
break;
}
if(!Correct)
continue;
// Use a Poisson disc sampler to find random nicely-spaced points on the world map
// Third argument is radius. Radius = 6 produces circa 120 positions (more spaced-out), Radius = 5 produces circa 200 positions (closer together)
AllocateGlobalPossibleLocations(XSize, YSize, 6, 10);
// Create a vector of location data structures from the available locations
std::vector <location> AvailableLocations;
// Pick out all the locations above ground as valid candidate locations
for(int x1 = 0; x1 < XSize; ++x1)
for(int y1 = 0; y1 < YSize; ++y1)
if((PossibleLocationBuffer[x1][y1] == true) && (NoIslandAltitudeBuffer[x1][y1] > 0))
{
AvailableLocations.push_back(location(v2(x1, y1), TypeBuffer[x1][y1], GetContinentUnder(v2(x1, y1))->GetIndex(), (AttnamPos - v2(x1, y1)).GetManhattanLength()));
}
// Remove those positions that have already been taken up by core places, plus the origin. Theoretically, New Attnam and Tunnel Entry need not be checked.
std::vector<v2> ForbiddenPositions = {v2(0, 0), NewAttnamPos, TunnelEntry, TunnelExit, AttnamPos, ElpuriCavePos};
for(uint i = 0; i < ForbiddenPositions.size(); i++)
{
AvailableLocations.erase(
std::remove_if(
AvailableLocations.begin(),
AvailableLocations.end(),
[ForbiddenPositions, i](location vec) -> truth {return vec.Position == ForbiddenPositions[i];}),
AvailableLocations.end());
}
// Sort the vector of global available locations according to distance to attnam. Closest places are first.
std::sort(AvailableLocations.begin(), AvailableLocations.end(), distancetoattnam());
// Make up a vector of places from the script that need to be placed
std::vector<place> ToBePlaced;
// Pick out only the places that can be generated, and get their native ground terrain type
for(int Type = 1; Type < protocontainer<owterrain>::GetSize(); ++Type)
{
const owterrain::prototype* Proto = protocontainer<owterrain>::GetProto(Type);
const owterrain::database*const* ConfigData = Proto->GetConfigData();
int ConfigSize = Proto->GetConfigSize();
for(int c = 0; c < ConfigSize; ++c)
{
const owterrain::database* DataBase = ConfigData[c];
if(!DataBase->IsAbstract && DataBase->CanBeGenerated)
{
place ConfigID(Type, DataBase->Config, DataBase->NativeGTerrainType, false, DataBase->CanBeOnAnyTerrain);
ToBePlaced.push_back(ConfigID);
}
}
}
// Re-order the places so they appear in random order:
std::random_shuffle(ToBePlaced.begin(), ToBePlaced.end());
// Do this for as many times as there are number of continents.
for(uint c = 1; c < Continent.size(); ++c)
{
// Get the next nearest continent index by looking at the top of the available locations.
int ThisContinent = AvailableLocations[0].ContinentIndex;
// Get each available location on the first continent.
std::vector<location> AvailableLocationsOnThisContinent;
// Collect all remaining available locations on this continent.
for(uint i = 0; i < AvailableLocations.size(); i++)
{
if(AvailableLocations[i].ContinentIndex == ThisContinent)
{
AvailableLocationsOnThisContinent.push_back(AvailableLocations[i]);
}
}
// Go through all the locations on the continent. These are always in order of distance to Attnam, closest at the top.
for(uint i = 0; i < AvailableLocationsOnThisContinent.size(); i++)
{
// Go through all remaining places. These are always in a random order :)
for(uint j = 0; j < ToBePlaced.size(); j++)
{
// If the terrain type of the available location matches that of the place, then put the place there.
if((AvailableLocationsOnThisContinent[i].GTerrainType == GetTypeOfNativeGTerrainType(ToBePlaced[j].NativeGTerrainType)) || (ToBePlaced[j].CanBeOnAnyTerrain))
{
owterrain* NewPlace = protocontainer<owterrain>::GetProto(ToBePlaced[j].Type)->Spawn();
v2 NewPos = AvailableLocationsOnThisContinent[i].Position;
if(!NewPlace->HideLocationInitially())
GetWSquare(NewPos)->ChangeOWTerrain(NewPlace);
SetEntryPos(NewPlace->GetAttachedDungeon(), NewPos);
ToBePlaced[j].HasBeenPlaced = true;
if(NewPlace->RevealEnvironmentInitially())
RevealEnvironment(NewPos, 1);
break;
}
}
// Remove any places that have been placed, so we don't try to pick them out of our vector again.
ToBePlaced.erase(
std::remove_if(
ToBePlaced.begin(),
ToBePlaced.end(),
[](place vec) -> truth {return vec.HasBeenPlaced;}),
ToBePlaced.end());
}
// Remove the locations on the continent we have just examined. Whether or not they populate with places, they will not be re-visited.
AvailableLocations.erase(
std::remove_if(
AvailableLocations.begin(),
AvailableLocations.end(),
[ThisContinent](location vec) -> truth {return vec.ContinentIndex == ThisContinent;}),
AvailableLocations.end());
AvailableLocationsOnThisContinent.clear();
// Two early stopping criteria. In the default case we just run out of continents to step through.
if(AvailableLocations.empty())
break;
if(ToBePlaced.empty())
break;
}
GetWSquare(AttnamPos)->ChangeOWTerrain(attnam::Spawn());
SetEntryPos(ATTNAM, AttnamPos);
RevealEnvironment(AttnamPos, 1);
GetWSquare(NewAttnamPos)->ChangeOWTerrain(newattnam::Spawn());
SetEntryPos(NEW_ATTNAM, NewAttnamPos);
SetEntryPos(ELPURI_CAVE, ElpuriCavePos);
GetWSquare(TunnelEntry)->ChangeOWTerrain(underwatertunnel::Spawn());
SetEntryPos(UNDER_WATER_TUNNEL, TunnelEntry);
GetWSquare(TunnelExit)->ChangeOWTerrain(underwatertunnelexit::Spawn());
SetEntryPos(UNDER_WATER_TUNNEL_EXIT, TunnelExit);
PLAYER->PutTo(NewAttnamPos);
CalculateLuminances();
CalculateNeighbourBitmapPoses();
break;
}
delete [] OldAltitudeBuffer;
delete [] OldTypeBuffer;
delete [] NoIslandAltitudeBuffer;
}
void worldmap::Generate()
{
Alloc2D(OldAltitudeBuffer, XSize, YSize);
Alloc2D(OldTypeBuffer, XSize, YSize);
for(;;)
{
RandomizeAltitude();
SmoothAltitude();
GenerateClimate();
SmoothClimate();
CalculateContinents();
std::vector<continent*> PerfectForAttnam, PerfectForNewAttnam;
for(uint c = 1; c < Continent.size(); ++c)
if(Continent[c]->GetSize() > 25 && Continent[c]->GetSize() < 1000
&& Continent[c]->GetGTerrainAmount(EGForestType)
&& Continent[c]->GetGTerrainAmount(SnowType))
PerfectForAttnam.push_back(Continent[c]);
if(!PerfectForAttnam.size())
continue;
v2 AttnamPos, ElpuriCavePos, NewAttnamPos, TunnelEntry, TunnelExit;
truth Correct = false;
continent* PetrusLikes;
for(int c1 = 0; c1 < 25; ++c1)
{
game::BusyAnimation();
PetrusLikes = PerfectForAttnam[RAND() % PerfectForAttnam.size()];
AttnamPos = PetrusLikes->GetRandomMember(EGForestType);
ElpuriCavePos = PetrusLikes->GetRandomMember(SnowType);
for(int c2 = 1; c2 < 50; ++c2)
{
TunnelExit = PetrusLikes->GetMember(RAND() % PetrusLikes->GetSize());
if(AttnamPos != TunnelExit && ElpuriCavePos != TunnelExit)
{
for(int d1 = 0; d1 < 8; ++d1)
{
v2 Pos = TunnelExit + game::GetMoveVector(d1);
if(IsValidPos(Pos) && AltitudeBuffer[Pos.X][Pos.Y] <= 0)
{
int Distance = 3 + (RAND() & 3);
truth Error = false;
TunnelEntry = Pos;
for(int c2 = 0; c2 < Distance; ++c2)
{
TunnelEntry += game::GetMoveVector(d1);
if(!IsValidPos(TunnelEntry)
|| AltitudeBuffer[TunnelEntry.X][TunnelEntry.Y] > 0)
{
Error = true;
break;
}
}
if(Error)
continue;
int x, y;
int Counter = 0;
for(x = TunnelEntry.X - 3; x <= TunnelEntry.X + 3; ++x)
{
for(y = TunnelEntry.Y - 3; y <= TunnelEntry.Y + 3;
++y, ++Counter)
if(Counter != 0 && Counter != 6
&& Counter != 42 && Counter != 48
&& (!IsValidPos(x, y)
|| AltitudeBuffer[x][y] > 0
|| AltitudeBuffer[x][y] < -350))
{
Error = true;
break;
}
if(Error)
break;
}
if(Error)
continue;
Error = true;
for(x = 0; x < XSize; ++x)
if(TypeBuffer[x][TunnelEntry.Y] == JungleType)
{
Error = false;
break;
}
if(Error)
continue;
Counter = 0;
for(x = TunnelEntry.X - 2; x <= TunnelEntry.X + 2; ++x)
for(y = TunnelEntry.Y - 2; y <= TunnelEntry.Y + 2;
++y, ++Counter)
if(Counter != 0 && Counter != 4
&& Counter != 20 && Counter != 24)
AltitudeBuffer[x][y] /= 2;
AltitudeBuffer[TunnelEntry.X][TunnelEntry.Y] = 1 + RAND() % 50;
TypeBuffer[TunnelEntry.X][TunnelEntry.Y] = JungleType;
GetWSquare(TunnelEntry)->ChangeGWTerrain(jungle::Spawn());
int NewAttnamIndex;
for(NewAttnamIndex = RAND() & 7;
NewAttnamIndex == 7 - d1;
NewAttnamIndex = RAND() & 7);
NewAttnamPos = TunnelEntry
+ game::GetMoveVector(NewAttnamIndex);
static int DiagonalDir[4] = { 0, 2, 5, 7 };
static int NotDiagonalDir[4] = { 1, 3, 4, 6 };
static int AdjacentDir[4][2] = { { 0, 1 }, { 0, 2 },
{ 1, 3 }, { 2, 3 } };
truth Raised[] = { false, false, false, false };
int d2;
for(d2 = 0; d2 < 4; ++d2)
if(NotDiagonalDir[d2] != 7 - d1
&& (NotDiagonalDir[d2] == NewAttnamIndex
|| !(RAND() & 2)))
{
v2 Pos = TunnelEntry
+ game::GetMoveVector(NotDiagonalDir[d2]);
AltitudeBuffer[Pos.X][Pos.Y] = 1 + RAND() % 50;
TypeBuffer[Pos.X][Pos.Y] = JungleType;
GetWSquare(Pos)->ChangeGWTerrain(jungle::Spawn());
Raised[d2] = true;
}
for(d2 = 0; d2 < 4; ++d2)
if(DiagonalDir[d2] != 7 - d1
&& (DiagonalDir[d2] == NewAttnamIndex
|| (Raised[AdjacentDir[d2][0]]
&& Raised[AdjacentDir[d2][1]] && !(RAND() & 2))))
{
v2 Pos = TunnelEntry
+ game::GetMoveVector(DiagonalDir[d2]);
AltitudeBuffer[Pos.X][Pos.Y] = 1 + RAND() % 50;
TypeBuffer[Pos.X][Pos.Y] = JungleType;
GetWSquare(Pos)->ChangeGWTerrain(jungle::Spawn());
}
Correct = true;
break;
}
}
if(Correct)
break;
}
}
if(Correct)
break;
}
if(!Correct)
continue;
GetWSquare(AttnamPos)->ChangeOWTerrain(attnam::Spawn());
SetEntryPos(ATTNAM, AttnamPos);
RevealEnvironment(AttnamPos, 1);
GetWSquare(NewAttnamPos)->ChangeOWTerrain(newattnam::Spawn());
SetEntryPos(NEW_ATTNAM, NewAttnamPos);
SetEntryPos(ELPURI_CAVE, ElpuriCavePos);
GetWSquare(TunnelEntry)->ChangeOWTerrain(underwatertunnel::Spawn());
SetEntryPos(UNDER_WATER_TUNNEL, TunnelEntry);
GetWSquare(TunnelExit)->ChangeOWTerrain(underwatertunnelexit::Spawn());
SetEntryPos(UNDER_WATER_TUNNEL_EXIT, TunnelExit);
PLAYER->PutTo(NewAttnamPos);
CalculateLuminances();
CalculateNeighbourBitmapPoses();
break;
}
delete [] OldAltitudeBuffer;
delete [] OldTypeBuffer;
}