void TransitionTerrain::addTransitionOnMap(Tiled::Map &tiledMap)
{
const unsigned int w=tiledMap.width();
const unsigned int h=tiledMap.height();
//list the layer name to parse
QHash<QString,LoadMap::Terrain> transition;
QStringList transitionList;
for(int height=0;height<5;height++)
for(int moisure=0;moisure<6;moisure++)
{
LoadMap::Terrain &terrain=LoadMap::terrainList[height][moisure];
if(!terrain.tmp_layerString.isEmpty())
{
if(!transitionList.contains(terrain.terrainName))
{
transition[terrain.terrainName]=terrain;
transitionList << terrain.terrainName;
}
}
}
{
Tiled::TileLayer * transitionLayerMask=LoadMap::searchTileLayerByName(tiledMap,"OnGrass");
Tiled::TileLayer * const colisionLayerMask=LoadMap::searchTileLayerByName(tiledMap,"Collisions");
unsigned int index=0;
while(index<(unsigned int)transitionList.size())
{
const LoadMap::Terrain &terrain=transition.value(transitionList.at(index));
Tiled::TileLayer * terrainLayer=terrain.tileLayer;
Tiled::TileLayer * transitionLayer=NULL;
uint16_t XORop;
if(terrain.outsideBorder)
{
transitionLayer=terrainLayer;
XORop=0x01ff;
}
else
{
const unsigned int index=LoadMap::searchTileIndexByName(tiledMap,terrain.tmp_layerString);
Tiled::Layer * rawLayer=tiledMap.layerAt(index+1);
if(!rawLayer->isTileLayer())
{
std::cerr << "Next layer after " << terrain.tmp_layerString.toStdString() << "is not tile layer (abort)" << std::endl;
abort();
}
transitionLayer=static_cast<Tiled::TileLayer *>(rawLayer);
transitionLayerMask=transitionLayer;
XORop=0x0000;
}
unsigned int y=0;
while(y<h)
{
unsigned int x=0;
while(x<w)
{
const bool innerBool=!XORop && (terrainLayer->cellAt(x,y).tile==terrain.tile);
const unsigned int &bitMask=x+y*w;
const bool outerBool=XORop && terrainLayer->cellAt(x,y).tile!=terrain.tile && !(MapBrush::mapMask[bitMask/8] & (1<<(7-bitMask%8)));
if(
//inner
innerBool ||
//outer
outerBool
)
{
//check the near tile and determine what transition use
const uint16_t to_type_match=layerMask(terrainLayer,x,y,terrain.tile,XORop);
if(to_type_match>512)
abort();
if(to_type_match!=0 && to_type_match!=16)
{
unsigned int indexTile=0;
if(XORop)
{
const uint16_t to_type_match_collision=layerMask(colisionLayerMask,x,y,NULL,false);
const bool onGrass=transitionLayerMask->cellAt(x,y).tile!=NULL;
bool forceDisplay=false;
//outer border
if(to_type_match&2)
{
if(to_type_match&8)
{
indexTile=8;
}
else if(to_type_match&32)
{
indexTile=9;
}
else
{
indexTile=5;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
}
}
else if(to_type_match&128)
{
if(to_type_match&8)
{
indexTile=11;
}
else if(to_type_match&32)
{
indexTile=10;
}
else
{
indexTile=1;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
}
}
else if(to_type_match&8)
{
indexTile=3;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
else if(to_type_match&32)
{
indexTile=7;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
else if(to_type_match&256)
{
indexTile=0;
if(!(to_type_match_collision&256))
{
if(to_type_match_collision&32 && to_type_match_collision&128)
forceDisplay=true;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
}
else if(to_type_match&64)
{
indexTile=2;
if(!(to_type_match_collision&64))
{
if(to_type_match_collision&8 && to_type_match_collision&128)
forceDisplay=true;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
}
else if(to_type_match&1)
{
indexTile=4;
if(!(to_type_match_collision&1))
{
if(to_type_match_collision&2 && to_type_match_collision&8)
forceDisplay=true;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
}
else if(to_type_match&4)
{
indexTile=6;
if(!(to_type_match_collision&4))
{
if(to_type_match_collision&2 && to_type_match_collision&32)
forceDisplay=true;
if(to_type_match_collision&8 && to_type_match_collision&32)
forceDisplay=true;
if(to_type_match_collision&2 && to_type_match_collision&128)
forceDisplay=true;
}
}
if(!onGrass || forceDisplay)
{
Tiled::Cell cell;
cell.tile=terrain.transition_tile.at(indexTile);
cell.flippedHorizontally=false;
cell.flippedVertically=false;
cell.flippedAntiDiagonally=false;
transitionLayer->setCell(x,y,cell);
}
}
else
{
//inner border
if(to_type_match&2)
{
if(to_type_match&8)
indexTile=0;
else if(to_type_match&32)
indexTile=2;
else
indexTile=1;
}
else if(to_type_match&128)
{
if(to_type_match&8)
indexTile=6;
else if(to_type_match&32)
indexTile=4;
else
indexTile=5;
}
else if(to_type_match&8)
indexTile=7;
else if(to_type_match&32)
indexTile=3;
else if(to_type_match&256)
indexTile=8;
else if(to_type_match&64)
indexTile=9;
else if(to_type_match&1)
indexTile=10;
else if(to_type_match&4)
indexTile=11;
Tiled::Cell cell;
cell.tile=terrain.transition_tile.at(indexTile);
cell.flippedHorizontally=false;
cell.flippedVertically=false;
cell.flippedAntiDiagonally=false;
transitionLayer->setCell(x,y,cell);
}
}
}
x++;
}
y++;
}
index++;
}
}
}
void TransitionTerrain::addTransitionGroupOnMap(Tiled::Map &tiledMap)
{
const unsigned int w=tiledMap.width();
const unsigned int h=tiledMap.height();
//list the layer name to parse
QHash<QString,LoadMap::Terrain> transition;
QStringList transitionList;
for(int height=0;height<5;height++)
for(int moisure=0;moisure<6;moisure++)
{
LoadMap::Terrain &terrain=LoadMap::terrainList[height][moisure];
if(!terrain.tmp_layerString.isEmpty())
{
if(!transitionList.contains(terrain.terrainName))
{
transition[terrain.terrainName]=terrain;
transitionList << terrain.terrainName;
}
}
}
//outer border
{
unsigned int index=0;
while(index<(unsigned int)LoadMap::groupedTerrainList.size())
{
const LoadMap::GroupedTerrain &groupedTerrain=LoadMap::groupedTerrainList.at(index);
Tiled::TileLayer * transitionLayer=groupedTerrain.tileLayer;
unsigned int y=0;
while(y<h)
{
unsigned int x=0;
while(x<w)
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+y*w].index);
const unsigned int &bitMask=x+y*w;
if(!(MapBrush::mapMask[bitMask/8] & (1<<(7-bitMask%8))))
{
if(zone.height<groupedTerrain.height)
{
//check the near tile and determine what transition use
uint8_t to_type_match=0;//9 bits used-1=8bit, the center bit is the current tile
if(x>0 && y>0)
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x-1+(y-1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=1;
}
if(y>0)
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+(y-1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=2;
}
if(x<(w-1) && y>0)
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+1+(y-1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=4;
}
if(x>0)
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x-1+y*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=8;
}
if(x<(w-1))
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+1+y*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=16;
}
if(x>0 && y<(h-1))
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x-1+(y+1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=32;
}
if(y<(h-1))
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+(y+1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=64;
}
if(x<(w-1) && y<(h-1))
{
const vd::PolygonZone &zone=vd::voronoiMap.zones.at(vd::voronoiMap.tileToPolygonZoneIndex[x+1+(y+1)*w].index);
if(zone.height>=groupedTerrain.height)
to_type_match|=128;
}
if(to_type_match!=0)
{
unsigned int indexTile=0;
if(to_type_match&2)
{
if(to_type_match&8)
indexTile=8;
else if(to_type_match&16)
indexTile=9;
else
indexTile=5;
}
else if(to_type_match&64)
{
if(to_type_match&8)
indexTile=11;
else if(to_type_match&16)
indexTile=10;
else
indexTile=1;
}
else if(to_type_match&8)
indexTile=3;
else if(to_type_match&16)
indexTile=7;
else if(to_type_match&128)
indexTile=0;
else if(to_type_match&32)
indexTile=2;
else if(to_type_match&1)
indexTile=4;
else if(to_type_match&4)
indexTile=6;
Tiled::Cell cell;
cell.tile=groupedTerrain.transition_tile.at(indexTile);
cell.flippedHorizontally=false;
cell.flippedVertically=false;
cell.flippedAntiDiagonally=false;
transitionLayer->setCell(x,y,cell);
}
}
}
x++;
}
y++;
}
index++;
}
}
}
void TransitionTerrain::mergeDown(Tiled::Map &tiledMap)
{
const unsigned int w=tiledMap.width();
const unsigned int h=tiledMap.height();
std::vector<Tiled::TileLayer *> layerToDelete;
unsigned int terrainIndex=0;
while(terrainIndex<(unsigned int)LoadMap::terrainFlatList.size())
{
const QString &terrainName=LoadMap::terrainFlatList.at(terrainIndex);
LoadMap::Terrain * terrain=LoadMap::terrainNameToObject.value(terrainName);
if(terrain->outsideBorder)
{
Tiled::TileLayer * const transitionLayerMask=LoadMap::searchTileLayerByName(tiledMap,"[T]"+terrainName);
layerToDelete.push_back(transitionLayerMask);
//search the layer
int tileLayerIndex=0;
while(true)
{
if(tiledMap.layerCount()<tileLayerIndex)
{
std::cerr << "tiledMap.layerCount()<tileLayerIndexTemp (abort)" << std::endl;
abort();
}
Tiled::Layer * tempLayer=tiledMap.layerAt(tileLayerIndex);
if(tempLayer->isTileLayer() &&
//tempLayer==transitionLayerMask
tempLayer->name()==terrain->tmp_layerString
)
break;
else
tileLayerIndex++;
}
unsigned int y=0;
while(y<h)
{
unsigned int x=0;
while(x<w)
{
const Tiled::Cell &cell=transitionLayerMask->cellAt(x,y);
if(cell.tile!=NULL)
{
int tileLayerIndexTemp=tileLayerIndex;
while(true)
{
if(tiledMap.layerCount()<tileLayerIndexTemp)
{
std::cerr << "tiledMap.layerCount()<tileLayerIndexTemp (abort)" << std::endl;
abort();
}
Tiled::Layer * tempLayer=tiledMap.layerAt(tileLayerIndexTemp);
if(!tempLayer->isTileLayer())
{
std::cerr << "!tempLayer->isTileLayer() (abort)" << std::endl;
abort();
}
if(static_cast<Tiled::TileLayer *>(tempLayer)->cellAt(x,y).tile!=NULL)
{
if(cell.tile!=terrain->tile)
tileLayerIndexTemp++;
else
{
tileLayerIndexTemp++;
//clean the upper layer
while(tileLayerIndexTemp<(tileLayerIndex+3))
{
Tiled::TileLayer * tileLayer=static_cast<Tiled::TileLayer *>(tiledMap.layerAt(tileLayerIndexTemp));
Tiled::Cell cell;
cell.tile=NULL;
cell.flippedHorizontally=false;
cell.flippedVertically=false;
cell.flippedAntiDiagonally=false;
tileLayer->setCell(x,y,cell);
tileLayerIndexTemp++;
}
tileLayerIndexTemp=tileLayerIndex;
break;
}
}
else
break;
}
Tiled::TileLayer * tileLayer=static_cast<Tiled::TileLayer *>(tiledMap.layerAt(tileLayerIndexTemp));
tileLayer->setCell(x,y,cell);
}
x++;
}
y++;
}
}
terrainIndex++;
}
unsigned int index=0;
while(index<layerToDelete.size())
{
Tiled::TileLayer * layer=layerToDelete.at(index);
//layer->setVisible(false);
const int indexOfLayer=tiledMap.indexOfLayer(layer->name());
if(indexOfLayer>=0)
delete tiledMap.takeLayerAt(indexOfLayer);
index++;
}
}