/// <summary>
/// Gibt die spawnenden Monster für eine Map zurück
/// </summary>
/// <param name="map"></param>
/// <returns></returns>
public static List<MonsterSpawn> GetMonsterSpawnFromMap(TMX map)
{
List<MonsterSpawn> ret=new List<MonsterSpawn>();
foreach(Objectgroup objgroup in map.ObjectLayers)
{
if(objgroup.Name.ToLower()=="object")
{
foreach(CSCL.FileFormats.TMX.Object obj in objgroup.Objects)
{
if(obj.Type!=null)
{
if(obj.Type.ToLower()=="spawn")
{
int MAX_BEINGS=-1;
int MONSTER_ID=-1;
double SPAWN_RATE=-1;
foreach(Property prop in obj.Properties)
{
switch(prop.Name.ToLower())
{
case "monster_id":
{
MONSTER_ID=Convert.ToInt32(prop.Value);
break;
}
case "max_beings":
{
MAX_BEINGS=Convert.ToInt32(prop.Value);
break;
}
case "spawn_rate":
{
SPAWN_RATE=Convert.ToDouble(prop.Value);
break;
}
}
}
ret.Add(new MonsterSpawn(MAX_BEINGS, MONSTER_ID, SPAWN_RATE));
}
}
}
}
}
return ret;
}
static void UpdateMinimaps(bool all, bool clearCache)
{
List<string> files=FileSystem.GetFiles(Globals.folder_data_maps, true, "*.tmx");
if(files==null)
{
Console.WriteLine("Es wurden keine Maps gefunden.");
Console.WriteLine("Eventuell ist der Pfad des Repositories in der Konfigurationdatei falsch.");
return;
}
#region Bilder berechnen
foreach(string i in files)
{
//Nur sichtbare Weltkarte rendern.
if(!all)
{
Map map=new Map(0, FileSystem.GetFilenameWithoutExt(i));
//if(map.MapType=="iw") continue;
//if(map.MapType=="uw") continue;
if(map.MapType=="ow")
{
if(map.X>=-7&&map.X<=7&&map.Y>=-7&&map.Y<=7)
{
//nichts tun (sprich rendern)
}
else
{
continue;
}
}
}
Console.WriteLine("Überprüfe für Map {0} auf Aktualisierung...", FileSystem.GetFilename(i));
GC.Collect(2);
//Hashvergleich
string text=File.ReadAllText(i);
string textHash=Hash.SHA1.HashString(text);
string xmlPath="xml.CalcMinimaps."+FileSystem.GetFilenameWithoutExt(i);
string xmlHash;
try
{
xmlHash=Globals.Options.GetElementAsString(xmlPath);
}
catch
{
xmlHash="";
}
//xmlHash=""; //DEBUG
if(xmlHash=="")
{
Globals.Options.WriteElement("xml.CalcMinimaps."+FileSystem.GetFilenameWithoutExt(i), textHash);
}
else
{
Globals.Options.WriteElement(xmlPath, textHash);
}
//Hashvergleich
if(clearCache==false)
{
if(textHash==xmlHash)
continue;
}
//Karte berechnen
Console.WriteLine("Berechne Minimap für Map {0}", FileSystem.GetFilename(i));
TMX file=new TMX(i);
Graphic pic=file.Render();
int imageSizeOriginalWidth=(int)pic.Width;
int imageSizeOriginalHeight=(int)pic.Height;
double imageVerhaeltnis=imageSizeOriginalWidth/(double)imageSizeOriginalHeight;
int imageSize=100;
pic=pic.Resize(imageSize, (int)(imageSize/imageVerhaeltnis));
string fn=FileSystem.GetFilenameWithoutExt(i);
string fnMinimap=Globals.folder_data_graphics_minimaps+fn+".png";
pic.SaveToFile(fnMinimap);
}
#endregion
Globals.Options.Save();
}
//public partial class FormTileReplacer : Form
//{
// public string Filename { get; set; }
// public int TileID { get; private set; }
// private void pbImage_MouseDoubleClick(object sender, MouseEventArgs e)
// {
// int xInTiles=e.X/32;
// int yInTiles=e.Y/32;
// int tileID=yInTiles*32+xInTiles;
// TileID=tileID;
// DialogResult=DialogResult.OK;
// }
//}
static void TransformTileInMaps(string srcTileset, string dstTileset, int src, int dst)
{
//Maps laden
List<string> mapfiles=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
foreach(string i in mapfiles)
{
bool changed=false;
TMX maptmx=new TMX(i);
//schauen ob zieltileset vorhanden
bool TargetTilesetExists=false;
TMX.TilesetData destTileset=null;
foreach(TMX.TilesetData td in maptmx.Tilesets)
{
if(td.imgsource.IndexOf(FileSystem.GetFilename(dstTileset))!=-1)
{
TargetTilesetExists=true;
destTileset=td;
break;
}
}
//Tiles transformieren
maptmx.RemoveGidsFromLayerData(); //RemoveGidFrom Tiles
if(TargetTilesetExists==false)
{
//Tileset eintragen
TMX.TilesetData tsData=new TMX.TilesetData();
tsData.name=FileSystem.GetFilenameWithoutExt(dstTileset);
tsData.imgsource="../graphics/tiles/"+FileSystem.GetFilename(dstTileset);
tsData.tileheight=32;
tsData.tilewidth=32;
maptmx.Tilesets.Add(tsData);
destTileset=tsData;
}
foreach(TMX.LayerData ld in maptmx.Layers)
{
for(int y=0;y<ld.height;y++)
{
for(int x=0;x<ld.width;x++)
{
TMX.TilesetData ts=ld.tilesetmap[x, y];
int TileNumber=ld.data[x, y];
if(ts.imgsource!=null)
{
if(ts.imgsource.IndexOf(FileSystem.GetFilename(srcTileset))!=-1)
{
if(TileNumber==src)
{
changed=true;
ld.data[x, y]=dst;
ld.tilesetmap[x, y]=destTileset;
}
}
}
}
}
}
if(changed)
{
//FirstGids neu vergeben
maptmx.Tilesets.Sort();
int firstgit=1;
foreach(TMX.TilesetData gidChange in maptmx.Tilesets)
{
gidChange.firstgid=firstgit;
firstgit+=2000; //Sicherheitsabstand
}
//AddGidToTiles
maptmx.AddsGidsToLayerData();
//Map speichern
maptmx.Save(i);
}
}
Console.WriteLine("Tile wurde transformiert.");
}
static void SaveFeatureMapMusic(string filename, Graphic img, TMX map)
{
//Farben
Color green=Color.FromArgb(128, 0, 255, 0);
//Color yellow=Color.FromArgb(128, 255, 255, 0);
Color red=Color.FromArgb(128, 255, 0, 0);
//Color blue=Color.FromArgb(128, 0, 0, 255);
//Images
Graphic tmpImage=img.GetImage();
Graphic tmpDraw=new Graphic(tmpImage.Width, tmpImage.Height, tmpImage.ChannelFormat);
//Properties durchsuchen
bool found=false;
foreach(Property prop in map.Properties)
{
if(prop.Name=="music")
{
found=true;
break;
}
}
if(found)
tmpDraw.Fill(green);
else
tmpDraw.Fill(red);
//Drawen
tmpImage.Draw(0, 0, tmpDraw, true);
tmpImage.SaveToFile(filename);
}
static void RenderTMX(string tmx, string output, double zoom)
{
#if! DEBUG
try
{
#endif
if(!FileSystem.ExistsFile(tmx))
{
Console.WriteLine("Die Datei {0} existiert nicht!.", tmx);
return;
}
TMX map=new TMX(tmx);
Graphic img=map.Render();
if(zoom!=100)
{
int newWidth=(int)(img.Width/100.0*zoom+0.5);
int newHeight=(int)(img.Height/100.0*zoom+0.5);
img=img.Resize(newWidth, newHeight);
}
string fn=output+FileSystem.GetFilenameWithoutExt(tmx)+".png";
img.SaveToPNG(fn);
Console.WriteLine("Datei {0} wurde nach {1} gerendert", tmx, fn);
#if! DEBUG
}
catch(Exception exception)
{
Console.WriteLine("Es gab Probleme beim Parsen der Datei {0}.\n{1}", FileSystem.GetFilename(tmx), exception.ToString());
}
#endif
}
static void RenameTilesetNameInMapsToTilesetFilename()
{
//Maps laden
List<string> mapfiles=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
foreach(string i in mapfiles)
{
bool changed=false;
TMX maptmx=new TMX(i);
//Tiles transformieren
foreach(TMX.TilesetData ld in maptmx.Tilesets)
{
string fnForTilesetName=FileSystem.GetFilenameWithoutExt(ld.imgsource);
if(ld.name!=fnForTilesetName)
{
changed=true;
ld.name=fnForTilesetName;
}
}
if(changed)
{
//Map speichern
maptmx.Save(i);
}
}
}
/// <summary>
/// Gibt die spawnenden Monster für eine Map zurück
/// </summary>
/// <param name="filename"></param>
/// <returns></returns>
public static List<MonsterSpawn> GetMonsterSpawnFromMap(string filename)
{
TMX map=new TMX(filename, false);
return GetMonsterSpawnFromMap(map);
}
static void WriteExternalMapEvents(string fnMap)
{
TMX tmx=new TMX(fnMap, false);
bool ExistDef=false;
string fnLuaScript=String.Format("scripts/maps/{0}.lua", FileSystem.GetFilenameWithoutExt(fnMap));
foreach(Objectgroup og in tmx.ObjectLayers)
{
foreach(CSCL.FileFormats.TMX.Object objk in og.Objects)
{
if(objk.Name.ToLower()=="external map events")
{
//name der Skriptdatei korrekt setzen
foreach(Property prop in objk.Properties)
{
if(prop.Name.ToLower()=="filename")
{
prop.Value=fnLuaScript;
}
}
ExistDef=true;
break;
}
}
}
if(ExistDef==false)
{
Objectgroup objectGroup=null;
if(tmx.ObjectLayers.Count==0)
{
tmx.ObjectLayers.Add(new Objectgroup("Object", 0, 0, 0, 0));
}
objectGroup=tmx.ObjectLayers[0];
CSCL.FileFormats.TMX.Object mapObject=new CSCL.FileFormats.TMX.Object("External Map Events", "SCRIPT", 0, 0, 0, 0);
mapObject.Properties.Add(new Property("FILENAME", fnLuaScript));
objectGroup.Objects.Add(mapObject);
}
tmx.Save(fnMap);
}
static void RemoveBlankTilesFromMaps()
{
//Maps laden
List<string> mapfiles=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
foreach(string i in mapfiles)
{
bool changed=false;
TMX maptmx=new TMX(i);
//für jeden Layer
foreach(TMX.LayerData ld in maptmx.Layers)
{
for(int y=0;y<ld.height;y++)
{
for(int x=0;x<ld.width;x++)
{
int TileNumber=ld.data[x, y];
if(TileNumber==0)
continue; //leeres Tile
Graphic tile=maptmx.GetTile(TileNumber);
Color median=tile.GetMedianColor();
int summe=median.A+median.R+median.G+median.R;
if(summe==0)
{
ld.data[x, y]=0;
changed=true;
}
}
}
}
if(changed)
{
//Map speichern
maptmx.Save(i);
}
}
Console.WriteLine("Leere Tiles wurden entfernt.");
}
static void GetTilesetsFromMapsUsed()
{
if(Globals.folder_root=="")
{
Console.WriteLine("Bitte geben sie in den Optionen den Pfad zum Invertika Repository an.");
return;
}
List<string> maps=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
Dictionary<string, int> usedTilesets=new Dictionary<string, int>();
foreach(string fn in maps)
{
Console.WriteLine("Überprüfe Map {0} auf Tilesets...", FileSystem.GetFilename(fn));
TMX map=new TMX(fn, false);
foreach(CSCL.FileFormats.TMX.TMX.TilesetData fnTileset in map.Tilesets)
{
string cleanTileset=FileSystem.GetFilename(fnTileset.imgsource);
if(usedTilesets.ContainsKey(cleanTileset)==false)
{
usedTilesets.Add(cleanTileset, 1);
}
else
{
int val=usedTilesets[cleanTileset];
val++;
usedTilesets[cleanTileset]=val;
}
}
}
List<string> tilesets=new List<string>();
foreach(string i in usedTilesets.Keys)
{
tilesets.Add(String.Format("{0} ({1} mal)", i, usedTilesets[i]));
}
tilesets.Sort();
foreach(string i in tilesets)
{
Console.WriteLine(i);
}
}
static string CheckMaps()
{
Console.WriteLine("Überprüfe Maps...");
string msg="";
bool found=false;
List<string> maps=FileSystem.GetFiles(Globals.folder_data_maps, true, "*.tmx");
List<string> usedTilesets=new List<string>();
if(maps==null)
{
Console.WriteLine("Es wurden keine Maps gefunden.");
Console.WriteLine("Eventuell ist der Pfad des Repositories in der Konfigurationdatei falsch.");
return "";
}
foreach(string fnCurrent in maps)
{
Console.WriteLine("Map {0} wird überprüft...", FileSystem.GetFilename(fnCurrent));
bool ground=false, fringe=false, over=false, collision=false, @object=false;
int countGround=0, countFringe=0, countOver=0, countCollision=0;
TMX map=null;
try
{
map=new TMX(fnCurrent, false);
}
catch(NotSupportedCompressionException)
{
msg+=String.Format("Unbekannte Kompressionsart (warscheinlich zlib) in Map {0} vorhanden.\n", fnCurrent);
continue;
}
catch
{
msg+=String.Format("Map {0} konnte nicht geöffnet werden.\n", fnCurrent);
continue;
}
string fn=FileSystem.GetRelativePath(fnCurrent, Globals.folder_data);
foreach(CSCL.FileFormats.TMX.TMX.TilesetData fnTileset in map.Tilesets)
{
string cleanTileset=Globals.folder_data+fnTileset.imgsource.Replace("../graphics", "graphics");
if(usedTilesets.IndexOf(cleanTileset)==-1)
usedTilesets.Add(cleanTileset);
}
if(!CheckName(FileSystem.GetFilenameWithoutExt(fn)))
{
found=true;
msg+=String.Format("Mapname {0} enthält kein iw, uw oder ow.\n", fn);
}
//Checkt ob die Layer die selbe Größe wie die Map haben
foreach(TMX.LayerData ld in map.Layers)
{
if(ld.width!=map.Width)
msg+=String.Format("Layerbreite des Layers {0} ungleich Mapbreite in Map {1}.\n", ld.name, fn);
if(ld.height!=map.Height)
msg+=String.Format("Layerhöhe des Layers {0} ungleich Maphöhe in Map {1}.\n", ld.name, fn);
}
foreach(TMX.LayerData ld in map.Layers)
{
switch(ld.name)
{
case "Ground":
{
countGround++;
ground=true;
break;
}
case "Fringe":
{
countFringe++;
fringe=true;
break;
}
case "Over":
{
countOver++;
over=true;
break;
}
case "Collision":
{
countCollision++;
collision=true;
break;
}
default:
{
found=true;
msg+=String.Format("Unbekannter Layer ({0}) in Map {1} vorhanden.\n", ld.name, fn);
break;
}
}
}
bool newEntry=false;
if(!ground)
{
found=true;
newEntry=true;
msg+=String.Format("Ground Layer in Map {0} nicht vorhanden.\n", fn);
}
if(!fringe)
{
found=true;
newEntry=true;
msg+=String.Format("Fringe Layer in Map {0} nicht vorhanden.\n", fn);
}
if(!over)
{
found=true;
newEntry=true;
msg+=String.Format("Over Layer in Map {0} nicht vorhanden.\n", fn);
}
if(!collision)
{
found=true;
newEntry=true;
msg+=String.Format("Collision Layer in Map {0} nicht vorhanden.\n", fn);
}
if(countFringe>1)
{
found=true;
newEntry=true;
msg+=String.Format("Fringe Layer in Map {0} öfter als ein Mal vorhanden.\n", fn);
}
if(countCollision>1)
{
found=true;
newEntry=true;
msg+=String.Format("Collision Layer in Map {0} öfter als ein Mal vorhanden.\n", fn);
}
int externalMapEventsCount=0;
if(map.ObjectLayers.Count==0)
{
msg+=String.Format("Kein Objektlayer in der Map {0} vorhanden.\n", fn);
}
if(map.ObjectLayers.Count>1)
{
msg+=String.Format("Mehr als ein Objektlayer in der Map {0} vorhanden.\n", fn);
}
foreach(Objectgroup og in map.ObjectLayers)
{
if(og.Name=="Object")
{
@object=true;
foreach(CSCL.FileFormats.TMX.Object obj in og.Objects)
{
//Namen überprüfen
if(obj.Name==null||obj.Name=="")
{
found=true;
newEntry=true;
msg+=String.Format("Objektname für ein Objekt in der Map {0} nicht gesetzt.\n", fn);
}
//Warp Überprüfung
if(obj.Type=="WARP")
{
//Prüfen ob Warp auf der Karte liegt
if(!(obj.X/32>=0&&obj.X/32<=map.Width&&obj.Y/32>=0&&obj.Y/32<=map.Height))
{
found=true;
newEntry=true;
msg+=String.Format("WARP ({0}) in Map {1} liegt nicht in der Karte.\n", obj.Name, fn);
}
string dest_map="";
int dest_x=0;
int dest_y=0;
foreach(Property prop in obj.Properties)
{
try
{
switch(prop.Name)
{
case "DEST_MAP":
{
dest_map=prop.Value;
break;
}
case "DEST_X":
{
dest_x=Convert.ToInt32(prop.Value);
break;
}
case "DEST_Y":
{
dest_y=Convert.ToInt32(prop.Value);
break;
}
}
}
catch
{
found=true;
newEntry=true;
msg+=String.Format("Eigenschaft ({0}) in Objekt {1} auf der Map {2} ist nicht gesetzt.\n", prop.Name, obj.Name, fn);
}
}
int dest_x_pixel=dest_x;
int dest_y_pixel=dest_y;
dest_x=dest_x/32;
dest_y=dest_y/32;
string warpmapname=Globals.folder_data_maps+dest_map+".tmx";
if(FileSystem.ExistsFile(warpmapname))
{
TMX warpMap=null;
try
{
warpMap=new TMX(warpmapname);
}
catch(TilesetNotExistsException ex)
{
Console.WriteLine("Tileset {0} existiert nicht (in Map {1})", FileSystem.GetFilename(ex.Filename), fn);
continue;
}
if(!(dest_x>=0&&dest_x<=warpMap.Width&&dest_y>=0&&dest_y<=warpMap.Height)) //Warp in der Map enthalten
{
found=true;
newEntry=true;
msg+=String.Format("WARP ({0}) auf Map ({1}) in Map {2} zeigt auf nicht vorhandenen Bereich.\n", obj.Name, dest_map+".tmx", fn);
}
else
{
//Plausbilitätsprüfung
foreach(Objectgroup ogWarp in warpMap.ObjectLayers)
{
foreach(CSCL.FileFormats.TMX.Object objWarp in ogWarp.Objects)
{
if(ogWarp.Name=="Object")
{
//Warp Überprüfung
if(objWarp.Type=="WARP")
{
bool DestIsInWarp=false;
if((dest_x_pixel>=objWarp.X)&&(dest_x_pixel<=objWarp.X+objWarp.Width))
{
//X liegt drin
if((dest_y_pixel>=objWarp.Y)&&(dest_y_pixel<=objWarp.Y+objWarp.Height))
{
//Y liegt drin
DestIsInWarp=true;
}
}
if(DestIsInWarp)
{
found=true;
newEntry=true;
msg+=String.Format("WARP ({0}) auf Map ({1}) in Map {2} zeigt auf weiteren Warp.\n", obj.Name, dest_map+".tmx", fn);
}
}
}
}
}
}
}
else
{
found=true;
newEntry=true;
msg+=String.Format("Per WARP ({0}) Referenzierte Map ({1}) in Map {2} existiert nicht.\n", obj.Name, dest_map+".tmx", fn);
}
}
else if(obj.Type=="SCRIPT") //Skripte überprüfen
{
if(obj.Name=="External Map Events")
{
externalMapEventsCount++;
if(externalMapEventsCount>1)
{
found=true;
newEntry=true;
msg+=String.Format("Mehrere External Map Events Objekte in der Map ({0}) gefunden.\n", fn);
}
string scriptfilename="";
foreach(Property prop in obj.Properties)
{
switch(prop.Name)
{
case "FILENAME":
{
scriptfilename=prop.Value;
break;
}
}
}
if(!CheckName(FileSystem.GetFilenameWithoutExt(fn)))
{
found=true;
newEntry=true;
msg+=String.Format("Dateiname der Skriptdatei {0} enthält kein uw, iw oder ow.", scriptfilename);
}
if(scriptfilename==""||FileSystem.GetFilenameWithoutExt(fn)!=FileSystem.GetFilenameWithoutExt(scriptfilename))
{
found=true;
newEntry=true;
msg+=String.Format("Dateiname der Skriptdatei in der Map ({0}) entspricht nicht dem Mapnamen.\n", fn);
}
}
else
{
found=true;
newEntry=true;
msg+=String.Format("Unbekanntes SCRIPT Objekt in der Map ({0}) gefunden.\n", fn);
}
}
}
}
else
{
found=true;
newEntry=true;
msg+=String.Format("Unbekannter Objektlayer ({0}) in Map {1} vorhanden.\n", og.Name, fn);
}
}
if(externalMapEventsCount==0)
{
found=true;
newEntry=true;
msg+=String.Format("Es wurde kein \"External Map Events\" in der Map ({0}) gefunden.\n", fn);
}
if(!@object)
{
found=true;
msg+=String.Format("Object Layer in Map {0} nicht vorhanden.\n", fn);
}
if(newEntry)
msg+="\n";
}
usedTilesets.Sort();
foreach(string i in usedTilesets)
{
if(!FileSystem.ExistsFile(i))
{
found=true;
msg+="Tileset existiert nicht: "+i+"\n";
}
}
//Maps XML checken
string fnMapsXml=Globals.folder_data+"maps.xml";
List<Map> mapsXml=Map.GetMapsFromMapsXml(fnMapsXml);
foreach(Map i in mapsXml)
{
string fnMap=Globals.folder_data_maps+i.Name+".tmx";
if(!FileSystem.Exists(fnMap))
{
found=true;
msg+="Map (in maps.xml) existiert nicht: "+i.Name+"\n";
}
}
msg=msg.TrimEnd('\n');
//nichts gefunden
if(found==false)
{
msg="Keine Fehler gefunden.\n";
}
return msg;
}
static void DecompressMaps()
{
List<string> files=FileSystem.GetFiles(Globals.folder_data_maps, true, "*.tmx");
if(files==null)
{
Console.WriteLine("Es wurden keine Maps gefunden.");
Console.WriteLine("Eventuell ist der Pfad des Repositories in der Konfigurationdatei falsch.");
return;
}
#region Bilder berechnen
foreach(string i in files)
{
//Karte berechnen
Console.WriteLine("Dekpmprimiere Map {0}", FileSystem.GetFilename(i));
TMX file=new TMX(i);
file.Save(i, false);
}
#endregion
Globals.Options.Save();
}
static void CreateCollisionsOnMaps()
{
//Maps laden
List<string> mapfiles=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
foreach(string filename in mapfiles)
{
TMX TestTMX=new TMX(filename);
TMX.LayerData fringe=null;
TMX.LayerData coll=null;
foreach(TMX.LayerData layer in TestTMX.Layers)
{
switch(layer.name)
{
case "Fringe":
{
fringe=layer;
break;
}
case "Collision":
{
coll=layer;
break;
}
}
}
if(fringe==null||coll==null)
{
Console.WriteLine("Überspringe Map {0}", FileSystem.GetFilename(filename));
continue;
}
//CollID =
int CollID=coll.data[0, 0];
bool FileChanged=false;
for(int y=0;y<fringe.height;y++)
{
for(int x=0;x<fringe.width;x++)
{
int fieldData=fringe.data[x, y];
if(fieldData==0)
continue;
TMX.TilesetData tInfo=TestTMX.GetTileset(fieldData);
if(CollID==coll.data[x, y])
continue;
switch(FileSystem.GetFilename(tInfo.imgsource))
{
case "wood1_32_64.png":
{
int realID=fieldData-tInfo.firstgid;
switch(realID)
{
case 0: //Stein
case 1: //Stein
case 2: //Pfeil Links
case 3: //Pfeil Rechts
case 4: //Baum
case 5: //Holzteil
case 6: //Pflanze
case 7: //Pflanze
case 10: //Pflanze
case 11: //Pflanze
case 14: //Pflanze
case 15: //Pflanze
case 22: //Heu
case 23: //Heu
case 25: //Schild
case 26: //Schild
case 27: //Schild
case 28: //Schild
case 29: //Schild
case 30: //Schild
case 31: //Schild
case 32: //Pflanze
case 33: //Pflanze
case 34: //Pflanze
case 35: //Pflanze
case 36: //Pflanze
case 37: //Pflanze
case 38: //Pflanze
{
FileChanged=true;
coll.data[x, y]=CollID;
break;
}
}
break;
}
case "wood1_32_96.png":
{
int realID=fieldData-tInfo.firstgid;
switch(realID)
{
case 0: //Baum
case 1: //Baum
case 2: //Baum
case 3: //Baum
case 4: //Baum
case 5: //Baum
case 14: //Baum
case 15: //Baum
case 32: //Pflanze
case 33: //Pflanze
case 34: //Pflanze
case 35: //Pflanze
case 36: //Pflanze
case 37: //Pflanze
case 46: //Baum
case 47: //Baum
{
FileChanged=true;
coll.data[x, y]=CollID;
break;
}
}
break;
}
case "wood1_32_128.png":
{
int realID=fieldData-tInfo.firstgid;
switch(realID)
{
case 0: //Baum
case 1: //Baum
case 2: //Baum
case 3: //Baum
{
FileChanged=true;
coll.data[x, y]=CollID;
break;
}
case 4:
case 7:
{
FileChanged=true;
coll.data[x, y--]=CollID;
break;
}
case 5:
case 6:
{
FileChanged=true;
coll.data[x, y]=CollID;
coll.data[x, y--]=CollID;
break;
}
}
break;
}
case "wood1_32_160.png":
{
int realID=fieldData-tInfo.firstgid;
switch(realID)
{
case 1: //Baum
case 4: //Baum
case 7: //Baum
{
FileChanged=true;
coll.data[x, y]=CollID;
break;
}
}
break;
}
}
}
}
if(FileChanged)
TestTMX.Save(filename);
}
Console.WriteLine("Vorgang beendet.");
}
/// <summary>
/// Speichert eine Karte welche je nach Monsterstärke eingefärbt wird
/// </summary>
/// <param name="filename"></param>
/// <param name="img"></param>
/// <param name="map"></param>
public static void SaveFeatureMapMonsterSpreading(string clientdata, string filename, Graphic img, TMX map)
{
//Farben
Color green=Color.FromArgb(128, 0, 255, 0);
Color yellow=Color.FromArgb(128, 255, 255, 0);
Color red=Color.FromArgb(128, 255, 0, 0);
Color blue=Color.FromArgb(128, 0, 0, 255);
//Images
Graphic tmpImage=img.GetImage();
Graphic tmpDraw=new Graphic(tmpImage.Width, tmpImage.Height, tmpImage.ChannelFormat);
//Ermittlung der Durchschnittswerte
string fnMonsterXml=clientdata+"monsters.xml";
List<Monster> monsters=Monster.GetMonstersFromMonsterXml(fnMonsterXml);
monsters.Sort();
Int64 minFightingStrength=999999999999;
Int64 maxFightingStrength=-999999999999;
Int64 medianFightingStrength=0;
Dictionary<int, Int64> MonsterIDsAndFightingStrength=new Dictionary<int, Int64>();
foreach(Monster monster in monsters)
{
if(monster.ID==1) continue; //Killermade ignorieren
if(monster.ID==31) continue; //Seraphim Nex ignorieren
if(monster.ID>9999) continue; //Experimentelle Monster ignorieren
Int64 fightingStrength=monster.FightingStrength;
if(fightingStrength<minFightingStrength) minFightingStrength=fightingStrength;
if(fightingStrength>maxFightingStrength) maxFightingStrength=fightingStrength;
MonsterIDsAndFightingStrength.Add(monster.ID, fightingStrength);
}
medianFightingStrength=(maxFightingStrength+minFightingStrength)/2;
//Monster der Karte ermitteln
List<MonsterSpawn> mSpawns=Monsters.GetMonsterSpawnFromMap(map);
if(mSpawns.Count>0)
{
Int64 fss=0;
foreach(MonsterSpawn spawn in mSpawns)
{
if(spawn.MonsterID==1) continue; //Killermade ignorieren
if(spawn.MonsterID==31) continue; //Seraphim Nex ignorieren
if(spawn.MonsterID>=10000) continue; //Pflanzen etc ignorieren
fss+=MonsterIDsAndFightingStrength[spawn.MonsterID];
}
fss=fss/mSpawns.Count;
//Einfärben je nach Stärke
Int64 vSmarterGreen=(medianFightingStrength+minFightingStrength)/2;
Int64 vSmarterYellow=(maxFightingStrength+medianFightingStrength)/2;
if(fss<vSmarterGreen)
{
tmpDraw.Fill(green);
}
else if(fss<vSmarterYellow)
{
tmpDraw.Fill(yellow);
}
else
{
tmpDraw.Fill(red);
}
}
else //Keine Monster auf der Karte vorhanden
{
tmpDraw.Fill(blue);
}
//Drawen
tmpImage.Draw(0, 0, tmpDraw, true);
tmpImage.SaveToFile(filename);
}
static void UpdateWorldmap(bool all, bool clearCache)
{
List<string> files=FileSystem.GetFiles(Globals.folder_data_maps, true, "*.tmx");
if(files==null)
{
Console.WriteLine("Es wurden keine Maps gefunden.");
Console.WriteLine("Eventuell ist der Pfad des Repositories in der Konfigurationdatei falsch.");
return;
}
string temp=FileSystem.TempPath+"Invertika Editor"+FileSystem.PathDelimiter;
string tempFmMonsterSpreading=FileSystem.TempPath+"Invertika Editor"+FileSystem.PathDelimiter+"fm-monster-spreading"+FileSystem.PathDelimiter;
string tempFmMusic=FileSystem.TempPath+"Invertika Editor"+FileSystem.PathDelimiter+"fm-music"+FileSystem.PathDelimiter;
#region Bilderordner löschen und neu anlegen
Console.WriteLine("Bereinige Bilderordner...");
FileSystem.RemoveDirectory(temp, true);
FileSystem.CreateDirectory(temp, true);
FileSystem.CreateDirectory(tempFmMonsterSpreading, true);
FileSystem.CreateDirectory(tempFmMusic, true);
#endregion
#region Bilder berechnen
//int debug=0;
foreach(string i in files)
{
Console.WriteLine("Überprüfe für Map {0} auf Aktualisierung...", FileSystem.GetFilename(i));
GC.Collect(2);
//Nur sichtbare Weltkarte rendern.
if(!all)
{
Map map=new Map(0, FileSystem.GetFilenameWithoutExt(i));
//if(map.MapType=="iw") continue;
//if(map.MapType=="uw") continue;
if(map.MapType=="ow")
{
if(map.X>=-7&&map.X<=7&&map.Y>=-7&&map.Y<=7)
{
//nichts tun (sprich rendern)
}
else
{
continue;
}
}
}
//Hashvergleich
string text=File.ReadAllText(i);
string textHash=Hash.SHA1.HashString(text);
string xmlPath="xml.CalcMapImages."+FileSystem.GetFilenameWithoutExt(i);
string xmlHash;
try
{
xmlHash=Globals.Options.GetElementAsString(xmlPath);
}
catch
{
xmlHash="";
}
//xmlHash=""; //DEBUG
if(xmlHash=="")
{
Globals.Options.WriteElement("xml.CalcMapImages."+FileSystem.GetFilenameWithoutExt(i), textHash);
}
else
{
Globals.Options.WriteElement(xmlPath, textHash);
}
if(clearCache==false)
{
if(textHash==xmlHash)
continue;
}
//Karte berechnen
Console.WriteLine("Berechne Bilder für Map {0}", FileSystem.GetFilename(i));
TMX file=new TMX(i);
Graphic pic=file.Render();
int imageSizeOriginalWidth=(int)pic.Width;
int imageSizeOriginalHeight=(int)pic.Height;
double imageVerhaeltnis=imageSizeOriginalWidth/(double)imageSizeOriginalHeight;
//int imageSize=6400;
int imageSize=800;
pic=pic.Resize(imageSize, (int)(imageSize/imageVerhaeltnis));
bool next=true;
while(next)
{
string fn=FileSystem.GetFilenameWithoutExt(i);
string fnNumeric=temp+fn+"-"+imageSize+".png";
pic.SaveToFile(fnNumeric);
//Featuremap Monster Spreading
string fnMonsterSpreading=tempFmMonsterSpreading+fn+"-"+imageSize+".png";
Imaging.SaveFeatureMapMonsterSpreading(Globals.folder_data, fnMonsterSpreading, pic, file);
//Featuremap Music
string fnMusic=tempFmMusic+fn+"-"+imageSize+".png";
SaveFeatureMapMusic(fnMusic, pic, file);
switch(imageSize)
{
//case 6400:
// {
// imageSize=1600;
// break;
// }
//case 100:
// {
// //Minimap zusätzlich speichern
// string fnMinimap=Globals.folder_clientdata_graphics_minimaps+fn+".png";
// pic.SaveToFile(fnMinimap);
// break;
// }
case 10:
{
next=false;
break;
}
}
imageSize=GetNextImageSize(imageSize);
pic=pic.Resize(imageSize, (int)(imageSize/imageVerhaeltnis));
GC.Collect(3);
}
//Debug
//debug++;
//if(debug>5) break;
}
#endregion
#region Bilder per FTP hochladen
List<string> filesToUpload=new List<string>();
filesToUpload.AddRange(FileSystem.GetFiles(temp, true, "*.png"));
Console.WriteLine("Lade {0} Dateien hoch...", filesToUpload.Count);
FTPSClient Client=new FTPSClient();
NetworkCredential networkCredential=new NetworkCredential();
networkCredential.Domain=Globals.Options.GetElementAsString("xml.Options.FTP.Worldmap.Server");
networkCredential.UserName=Globals.Options.GetElementAsString("xml.Options.FTP.Worldmap.User");
networkCredential.Password=Globals.Options.GetElementAsString("xml.Options.FTP.Worldmap.Password");
try
{
Client.Connect(networkCredential.Domain, networkCredential, ESSLSupportMode.ClearText);
}
catch(Exception exception)
{
Console.WriteLine("Fehler: {0}", exception.Message);
return;
}
//Ordner für die Feature Maps
if(!Client.Exists("fm-monster-spreading/ow-o0000-o0000-o0000-800.png")) //Monster Spreading
{
Client.CreateDirectory("fm-monster-spreading");
}
if(!Client.Exists("fm-music/ow-o0000-o0000-o0000-800.png")) //Music
{
Client.CreateDirectory("fm-music");
}
for(int i=0;i<filesToUpload.Count;i++)
{
string filename=filesToUpload[i];
try
{
Console.WriteLine("Lade Bild {0} hoch...", FileSystem.GetFilename(filename));
string uploadf=FileSystem.GetRelativePath(filename, temp);
uploadf=uploadf.Replace('\\', '/');
//Client.UploadFile(i, uploadf);
Client.PutFile(filename, uploadf);
}
catch
{
Console.WriteLine("Fehler beim Upload von Bild {0}.", FileSystem.GetFilename(filename));
Thread.Sleep(2000);
Console.WriteLine("Stelle Verbindung wieder her...", FileSystem.GetFilename(filename));
Client.Connect(networkCredential.Domain, networkCredential, ESSLSupportMode.ClearText);
i--;
}
}
Client.Close();
#endregion
Globals.Options.Save();
Console.WriteLine("Weltkarte geupdatet");
}
static void RemoveNonExistingTilesetsFromMaps()
{
if(Globals.folder_root=="")
{
Console.WriteLine("Bitte geben sie in den Optionen den Pfad zum Invertika Repository an.");
return;
}
List<string> maps=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
int removedTilesets=0;
foreach(string fnCurrent in maps)
{
TMX map=new TMX(fnCurrent, false);
for(int i=0;i<map.Tilesets.Count;i++)
{
CSCL.FileFormats.TMX.TMX.TilesetData fnTileset=map.Tilesets[i];
string cleanTileset=Globals.folder_data+fnTileset.imgsource.Replace("../graphics", "graphics");
if(!FileSystem.ExistsFile(cleanTileset))
{
map.Tilesets.Remove(fnTileset);
removedTilesets++;
}
}
map.Save(fnCurrent);
}
Console.WriteLine("Es wurden "+removedTilesets+" fehlerhafte Tilesets korrigiert.");
}
static void UpdateWorldmapDatabaseSQLFile(string target)
{
if(Globals.folder_root=="")
{
Console.WriteLine("Bitte geben sie in den Optionen den Pfad zum Invertika Repository an.");
return;
}
//Maps laden
string fnMapsXml=Globals.folder_data+"maps.xml";
List<Map> maps=Map.GetMapsFromMapsXml(fnMapsXml);
//Ini
List<string> sqlFile=new List<string>();
//maps
foreach(Map i in maps)
{
string fnMap=Globals.folder_data_maps+i.Name+".tmx";
TMX tmx=new TMX(fnMap, false);
Property p=tmx.GetProperty("music");
if(p==null)
{
sqlFile.Add(String.Format("UPDATE wmInformation SET Music = '{0}' WHERE FileName LIKE \"%{1}%\";", "keine Musikdatei angegeben", i.Name));
}
else
{
sqlFile.Add(String.Format("UPDATE wmInformation SET Music = '{0}' WHERE FileName LIKE \"%{1}%\";", p.Value, i.Name));
}
}
File.WriteAllLines(target, sqlFile.ToArray());
Console.WriteLine("Weltkarten DB SQL Datei geschrieben.");
}
static void RenameTileset(string oldName, string newName)
{
//Maps laden
List<string> mapfiles=FileSystem.GetFiles(Globals.folder_data, true, "*.tmx");
foreach(string i in mapfiles)
{
bool changed=false;
TMX maptmx=new TMX(i);
//Tiles transformieren
foreach(TMX.TilesetData ld in maptmx.Tilesets)
{
string newSource=ld.imgsource.Replace(oldName, newName);
if(ld.imgsource!=newSource)
{
ld.imgsource=newSource;
changed=true;
}
}
if(changed)
{
Console.WriteLine("Bennene Tileset in Map {0} um.", FileSystem.GetFilename(i));
//Map speichern
maptmx.Save(i);
}
}
//Tileset umbennen
string oldFn=Globals.folder_data_graphics_tiles+oldName;
string newFn=Globals.folder_data_graphics_tiles+newName;
FileSystem.RenameFile(oldFn, newFn);
}
// static std::vector< int > tilesetFirstGids;
//
public static Map readMap(string filename)
{
TMX tmx=null;
try
{
tmx=new TMX(filename);
}
catch
{
Logger.Write(LogLevel.Error, "Not a map file ({0}), filename)");
return null;
}
int w=tmx.Width;
int h=tmx.Height;
int tileW=tmx.TileWidth;
int tileH=tmx.TileHeight;
Map map=new Map(w, h, tileW, tileH);
foreach(Property prop in tmx.Properties)
{
Logger.Write(LogLevel.Debug, " {0}: {1}", prop.Name, prop.Value);
map.setProperty(prop.Name, prop.Value);
}
foreach(TMX.LayerData layer in tmx.Layers)
{
if(layer.name.ToLower() == "collision")
{
for(int y=0; y<layer.height; y++)
{
for(int x=0; x<layer.width; x++)
{
if(layer.data[x, y] != 0)
{
map.blockTile(x, y, invertika_game.Enums.BlockType.BLOCKTYPE_WALL);
}
}
}
}
//TODO Layer lesen implementieren
// node = node->xmlChildrenNode;
// int h = map->getHeight();
// int w = map->getWidth();
// int x = 0;
// int y = 0;
//
// // Layers are assumed to be map size, with (0,0) as origin.
// // Find its single "data" element.
// while (node)
// {
// if (xmlStrEqual(node->name, BAD_CAST "data")) break;
// node = node->next;
// }
//
// if (!node)
// {
// LOG_WARN("Layer without any 'data' element.");
// return;
// }
//
// std::string encoding = XML::getProperty(node, "encoding", std::string());
// if (encoding == "base64")
// {
// // Read base64 encoded map file
// xmlNodePtr dataChild = node->xmlChildrenNode;
// if (!dataChild)
// {
// LOG_WARN("Corrupted layer.");
// return;
// }
//
// int len = strlen((const char *) dataChild->content) + 1;
// char *charData = new char[len + 1];
// const char *charStart = (const char *) dataChild->content;
// char *charIndex = charData;
//
// while (*charStart)
// {
// if (*charStart != ' ' && *charStart != '\t' && *charStart != '\n')
// {
// *charIndex = *charStart;
// ++charIndex;
// }
// ++charStart;
// }
// *charIndex = '\0';
//
// int binLen;
// unsigned char *binData =
// php_base64_decode((unsigned char *)charData, strlen(charData), &binLen);
//
// delete[] charData;
//
// if (!binData)
// {
// LOG_WARN("Failed to decode base64-encoded layer.");
// return;
// }
//
// std::string compression =
// XML::getProperty(node, "compression", std::string());
// if (compression == "gzip" || compression == "zlib")
// {
// // Inflate the gzipped layer data
// char *inflated;
// unsigned inflatedSize;
// bool res = inflateMemory((char *)binData, binLen, inflated, inflatedSize);
// free(binData);
//
// if (!res)
// {
// LOG_WARN("Failed to decompress compressed layer");
// return;
// }
//
// binData = (unsigned char *)inflated;
// binLen = inflatedSize;
// }
//
// for (int i = 0; i < binLen - 3; i += 4)
// {
// int gid = binData[i] |
// (binData[i + 1] << 8) |
// (binData[i + 2] << 16) |
// (binData[i + 3] << 24);
//
// setTileWithGid(map, x, y, gid);
//
// if (++x == w)
// {
// x = 0;
// ++y;
// }
// }
// free(binData);
// return;
// }
// else if (encoding == "csv")
// {
// xmlNodePtr dataChild = node->xmlChildrenNode;
// if (!dataChild)
// return;
//
// const char *data = (const char*) xmlNodeGetContent(dataChild);
// std::string csv(data);
//
// size_t pos = 0;
// size_t oldPos = 0;
//
// while (oldPos != csv.npos)
// {
// pos = csv.find_first_of(",", oldPos);
//
// const int gid = atoi(csv.substr(oldPos, pos - oldPos).c_str());
//
// setTileWithGid(map, x, y, gid);
//
// x++;
// if (x == w)
// {
// x = 0;
// ++y;
//
// // When we're done, don't crash on too much data
// if (y == h)
// break;
// }
//
// oldPos = pos + 1;
// }
// }
// else
// {
//
// // Read plain XML map file
// node = node->xmlChildrenNode;
//
// while (node)
// {
// if (xmlStrEqual(node->name, BAD_CAST "tile") && y < h)
// {
// int gid = XML::getProperty(node, "gid", -1);
// setTileWithGid(map, x, y, gid);
//
// if (++x == w)
// {
// x = 0;
// ++y;
// }
// }
//
// node = node->next;
// }
// }
}
foreach(Objectgroup oGroup in tmx.ObjectLayers)
{
if(oGroup.Name.ToLower() != "object")
continue;
foreach(CSCL.FileFormats.TMX.Object obj in oGroup.Objects)
{
string objName = obj.Name;
string objType = obj.Type.ToUpper();
Rectangle rect = new Rectangle(obj.X, obj.Y, obj.Width, obj.Height);
MapObject newObject = new MapObject(rect, objName, objType);
foreach(Property prop in obj.Properties)
{
newObject.addProperty(prop.Name, prop.Value);
}
map.addObject(newObject);
}
}
return map;
}
public void ReplaceTilesetInTilesetMap(TMX.TilesetData oldTileset, TMX.TilesetData newTileset)
{
foreach(TMX.LayerData ld in Layers)
{
for(int y=0;y<ld.height;y++)
{
for(int x=0;x<ld.width;x++)
{
TMX.TilesetData ts=ld.tilesetmap[x, y];
if(ts==oldTileset)
{
ld.tilesetmap[x, y]=newTileset;
}
}
}
}
}