public static void Run( string source, PngLevel pngLevel, int checkId, bool tolerant )
{
PSD.File psd = QueryImage.Run( source );
if ( !ImportImage.CheckPSD( psd ) ) return;
MapInfo info = MapInfo.FromBitmap( psd.Layers[Boot.MapInfoLayerName].Image );
// Extract the 3 buffers from the PSD
int[] colorbuffer, idbuffer, borderbuffer;
ImportImage.GetBuffers( psd, out colorbuffer, out idbuffer, out borderbuffer );
// Get the convertor
IIDConvertor convertor = ImportImage.GetConvertor( info );
if ( convertor == null ) return;
IIDConvertor tconvertor = null;
if ( convertor is Inferis2IDConvertor && tolerant ) tconvertor = new InferisProxIDConvertor();
if ( tconvertor != null )
Console.WriteLine( "Using tolerant ID conversion." );
// If needed, write out test PNGs of the extracted layers
if ( pngLevel != PngLevel.None ) ImportImage.WriteTestPNGs( colorbuffer, idbuffer, borderbuffer, pngLevel, info );
if ( info.LightmapZoom == 0 ) {
Console.Write( "Checking ID map... " );
// Use another buffer, since we need to remember the original for the image import later on.
int[] cidbuffer = new int[idbuffer.Length];
if ( checkId >= 0 && checkId <= Province.Count ) {
Point[] tagged = new Point[idbuffer.Length];
int t = 0;
for ( int i=0; i<idbuffer.Length; ++i ) {
cidbuffer[i] = convertor.ConvertRGB( idbuffer[i] );
if ( cidbuffer[i] == checkId ) {
tagged[t++] = new Point( i%info.Width, i/info.Width );
}
}
Console.WriteLine( "Done." );
Console.WriteLine();
Console.WriteLine( "ID {0} was found at the following locations in the file:", checkId );
for ( int i=0; i<t; ++i ) {
Console.WriteLine( "* {0},{1}", tagged[i].X, tagged[i].Y );
}
}
else {
ushort[] tagged = new ushort[Province.InternalCount];
int invalid = 0;
for ( int i=0; i<idbuffer.Length; ++i ) {
cidbuffer[i] = convertor.ConvertRGB( idbuffer[i] );
if ( cidbuffer[i] < 0 || cidbuffer[i] > Province.Count ) {
if ( tconvertor != null ) cidbuffer[i] = tconvertor.ConvertRGB( idbuffer[i] );
if ( cidbuffer[i] < 0 || cidbuffer[i] > Province.Count ) {
if ( invalid++ == 0 ) Console.WriteLine();
Console.WriteLine( "Error: Found invalid ID {2} at ({0},{1}). RGB value = {3:X6}", i % info.Width, (int)(i/info.Width), cidbuffer[i], (idbuffer[i] & 0xFFFFFF) );
}
else {
tagged[cidbuffer[i]]++;
}
}
else {
tagged[cidbuffer[i]]++;
}
}
if ( invalid > 0 ) {
Console.WriteLine( "Error: Invalid IDs encountered. Cannot import. Please fix." );
return;
}
Console.WriteLine( "Done." );
Console.WriteLine();
Console.WriteLine( "The IDs found in this file are:" );
bool first = true;
int avgtot = 0, avgcnt = 0;
for ( int i=0; i<tagged.Length; ++i ) {
if ( tagged[i] > 0 ) {
if ( !first ) Console.Write( ", " );
Console.Write( "{0} ({1})", i, tagged[i] );
first = false;
avgtot += tagged[i];
avgcnt++;
}
}
Console.WriteLine();
Console.WriteLine();
avgtot = (avgtot/avgcnt)/10;
Console.WriteLine( "Possible stray IDs (average = {0}):", avgtot*10 );
for ( int i=0; i<tagged.Length; ++i ) {
if ( tagged[i] > 0 && tagged[i] < avgtot ) {
Console.WriteLine( "* {0} ({1}x)", i, tagged[i] );
}
}
Console.WriteLine();
}
}
else {
Console.WriteLine( "This is not a lightmap1 exported file: no id check is necessary." );
}
Console.WriteLine( "The source file checked out okay. You should probably do a /SI run now before importing." );
}
private void MapImageParsedArguments_ProcessOption(ParsedArguments sender, ProcessArgumentEventArgs e)
{
switch ( e.Value.ToLower() ) {
case "i": case "import":
action = Action.ImportImage;
simulate = false;
break;
case "e": case "export":
action = Action.ExportImage;
break;
case "q": case "query":
action = Action.QueryImage;
break;
case "si": case "simulateimport":
action = Action.ImportImage;
simulate = true;
break;
case "c": case "check":
action = Action.CheckImage;
break;
case "o":
overwrite = true;
break;
case "1": case "2": case "3":
useLightmap = int.Parse( e.Value );
break;
case "p": case "png":
if (e.Data.Length > 0) {
foreach(string s in e.Data.Split(new char[] { ',' })) {
switch (s.ToLower()) {
case "shading":
case "s":
case "shades":
case "shade":
pngLevel |= PngLevel.Shading;
break;
case "ids":
case "i":
case "id":
case "idmap":
pngLevel |= PngLevel.IDs;
break;
case "borders":
case "b":
case "border":
pngLevel |= PngLevel.Borders;
break;
}
}
}
else {
pngLevel = PngLevel.All;
}
break;
case "d": case "direct":
direct = true;
break;
case "g":
if ( e.Data.Length > 0 ) {
try {
regen = int.Parse( e.Data );
}
catch ( FormatException ) {
// Do nothing
}
}
else {
regen = 1;
}
break;
case "r":
if ( e.Data.Length > 0 ) {
if ( e.Data.ToLower() == "full" ) {
region = new Rectangle( -1, -1, -1, -1 );
mode = RegionMode.Full;
}
else {
int size = -1;
try {
size = int.Parse( e.Data );
}
catch ( FormatException ) {
size = -1;
}
if ( size <= 0 ) {
string[] spec= e.Data.Split( new char[] {','}, 4 );
if ( spec.Length >= 4 ) {
Rectangle newRegion = region;
try {
newRegion = new Rectangle( int.Parse( spec[0] ), int.Parse( spec[1] ), int.Parse( spec[2] ), int.Parse( spec[3] ) );
}
catch ( FormatException ) {
// Do nothing
}
region = newRegion;
}
mode = RegionMode.Normal;
}
else {
region = new Rectangle( 0, 0, size, size );
mode = RegionMode.All;
}
}
}
break;
case "relocate":
if ( e.Data.Length > 0 ) {
string[] spec= e.Data.Split( new char[] {','}, 2 );
if ( spec.Length >= 2 ) {
Point newReloc = reloc;
try {
newReloc = new Point( int.Parse( spec[0] ), int.Parse( spec[1] ) );
}
catch ( FormatException ) {
// Do nothing
}
reloc = newReloc;
}
}
break;
case "id":
try {
id = int.Parse( e.Data );
}
catch ( FormatException ) {
id = -1;
}
break;
case "pedantic":
tolerant = false;
break;
case "checkidgrid":
checkidgrid = true;
break;
}
}
public static void Run( string source, string target, int regen, Point relocate, bool nowrite, PngLevel pngLevel, bool tolerant, bool checkIdgrid )
{
if (pngLevel != PngLevel.All && pngLevel != PngLevel.None) {
Console.WriteLine("Can't use PNG specifier with import. Use /p instead of /p:<spec>.");
return;
}
if ( nowrite ) Console.WriteLine( "*** Simulation ***\n" );
// Open the PSD, and check if it's valid.
PSD.File psd = QueryImage.Run( source );
if ( !CheckPSD( psd ) ) return;
Console.WriteLine( );
// Get the mapinfo from the PSD
MapInfo info = MapInfo.FromBitmap( psd.Layers[Boot.MapInfoLayerName].Image );
if ( !relocate.IsEmpty ) {
relocate = new Point( Lightmap.FitToGrid( relocate.X ), Lightmap.FitToGrid( relocate.Y ) );
Console.WriteLine( "Image will be relocated from {0},{1} to {2},{3}...", info.X, info.Y, relocate.X, relocate.Y );
info.Location = relocate;
}
// Extract the 3 buffers from the PSD
int[] colorbuffer, idbuffer, borderbuffer;
ImportImage.GetBuffers( psd, out colorbuffer, out idbuffer, out borderbuffer );
// Remove ref to PSD so it can get garbagecollected
psd = null;
// Get the convertor
IIDConvertor convertor = GetConvertor( info );
if ( convertor == null ) return;
IIDConvertor tconvertor = null;
if ( convertor is Inferis2IDConvertor && tolerant ) tconvertor = new InferisProxIDConvertor();
if ( tconvertor != null )
Console.WriteLine( "Using tolerant ID conversion." );
// Now, open the map file
Console.WriteLine( "Opening target file \"{0}\"...", Path.GetFileName( target ) );
EU2.Edit.File file = new EU2.Edit.File();
file.ReadFrom( target );
int[] cidbuffer = null;
if ( info.LightmapZoom == 0 ) {
Console.Write( "Checking ID map... " );
// Use another buffer, since we need to remember the original for the image import later on.
cidbuffer = new int[idbuffer.Length];
int invalid = 0;
for ( int i=0; i<idbuffer.Length; ++i ) {
cidbuffer[i] = convertor.ConvertRGB( idbuffer[i] );
if ( cidbuffer[i] < 0 || cidbuffer[i] > Province.Count ) {
if ( tconvertor != null ) cidbuffer[i] = tconvertor.ConvertRGB( idbuffer[i] );
if ( cidbuffer[i] < 0 || cidbuffer[i] > Province.Count ) {
Console.WriteLine( "Error: Found invalid ID {2} at ({0},{1}). RGB value = {3:X6}", i % info.Width, (int)(i/info.Width), cidbuffer[i], (idbuffer[i] & 0xFFFFFF) );
if ( invalid++ > 10 ) {
Console.WriteLine( "Error: Too many invalid IDs found... Stopping." );
break;
}
}
}
if ( cidbuffer[i] == Province.TerraIncognitaID ) cidbuffer[i] = Province.MaxValue;
}
if ( invalid > 0 ) {
Console.WriteLine( "Error: Invalid IDs encountered. Cannot import. Please fix." );
return;
}
}
// If needed, write out test PNGs of the extracted layers
if (pngLevel != PngLevel.None)
WriteTestPNGs(colorbuffer, idbuffer, borderbuffer, pngLevel, info);
// and get the correct Lightmap
Lightmap map = null;
switch ( info.LightmapZoom ) {
case 0:
map = file.Lightmap1; break;
case 1:
map = file.Lightmap2; break;
case 2:
map = file.Lightmap3; break;
}
if ( map == null ) {
Console.WriteLine( "Error: The source image was exported from lightmap{0}, but it no longer exists in the target file." );
return;
}
if ( map.Zoom == 0 ) {
// Then check if the bitmap differs...
ushort[] checkbuffer = file.IDMap.ExportBitmapBuffer( info.Bounds );
bool mismatch = false;
System.Diagnostics.Debug.Assert( checkbuffer.Length == cidbuffer.Length, "ID buffers have non-matching size" );
for ( int i=0; !mismatch && i<cidbuffer.Length; ++i ) {
if ( cidbuffer[i] != checkbuffer[i] ) mismatch = true;
}
if ( mismatch ) {
if ( map.Zoom > 0 ) {
Console.WriteLine( "Changes to ID map only supported for lightmap 1." );
return;
}
Console.WriteLine( "Mismatch found, updating the ID map." );
file.IDMap.ImportBitmapBuffer( info.Bounds, cidbuffer );
}
else
Console.WriteLine( " No update needed to the ID map." );
ushort[] affectedIDs = null;
bool doBoundboxes = false;
if ( regen > 0 ) {
// regenerate certain files first...
if ( regen > 2 ) {
Console.WriteLine( "Regenerating adjacenties (complete)..." );
file.AdjacencyTable = file.IDMap.BuildAdjacencyTable( file.Provinces );
// This marks all ids as affected.
affectedIDs = new ushort[Province.Count];
for ( ushort i=0; i<Province.Count; ++i ) affectedIDs[i] = i;
// Force regen of boundboxes
doBoundboxes = true;
}
else if ( mismatch || regen > 1 ) {
Console.Write( "Regenerating adjacenties (quick) " );
if ( regen > 1 ) Console.Write( "(forced)" );
Console.WriteLine( "... " );
// Rebuild part and note the affected Ids.
affectedIDs = file.IDMap.BuildAdjacencyTable( file.AdjacencyTable, info.Bounds, file.Provinces );
// Force regen of boundboxes
doBoundboxes = true;
}
}
// reattach
map.Attach( file.Provinces, file.AdjacencyTable, file.IDMap );
if ( doBoundboxes ) {
Console.WriteLine( "Regenerating boundboxes..." );
file.BoundBoxes = new BoundBoxes( file.IDMap.CalculateBoundBoxes() );
}
if ( affectedIDs != null && affectedIDs.Length > 0 ) {
Rectangle[] boxes = file.BoundBoxes.GetBoxes( affectedIDs );
int[] indexes = map.GetBlockIndexes( boxes );
int[] indexes2 = map.GetBlockIndexes( info.Bounds );
int total = indexes.Length;
for ( int i=0; i<indexes.Length; ++i ) {
for ( int e=0; e<indexes2.Length; ++e ) {
if ( indexes[i] == indexes2[e] ) {
indexes[i] = -1;
total--;
break;
}
}
}
Console.WriteLine( "Decompressing blocks of affected provinces outside of modified area." );
Console.Write( "{0} provinces affected, {1} blocks to recompress... ", affectedIDs.Length, total );
if ( total > 0 ) {
indexes2 = new int[total];
total = 0;
for ( int i=0; i<indexes.Length; ++i ) {
if ( indexes[i] > 0 ) indexes2[total++] = indexes[i];
}
map.Recompress( indexes2 );
}
if ( nowrite && checkIdgrid ) {
Console.Write( "Checking for IDGrid complexity..." );
Rectangle errorArea;
if ( IDGrid.CheckAreaForOverflow( file.IDMap, info.Bounds, out errorArea ) ) {
Console.WriteLine(" ok!" );
}
else {
Console.WriteLine( " too complex (error in region {0},{1}-{2},{3}).", errorArea.Left, errorArea.Top, errorArea.Right, errorArea.Bottom);
}
}
Console.WriteLine( "Done." );
}
}
else {
Console.Write( "Scaling down ID map (file changes will not be applied at this zoom level)..." );
ushort[] tmpbuffer = MapToolsLib.Utils.ScaleIDBuffer( file.IDMap.ExportBitmapGrid( map.CoordMap.ZoomedToActual( info.Bounds ) ), map.Zoom );
idbuffer = new int[tmpbuffer.Length];
for ( int i=0; i<idbuffer.Length; ++i ) {
if ( tmpbuffer[i] >= Province.Count ) tmpbuffer[i] = Province.TerraIncognitaID;
idbuffer[i] = (tconvertor == null ? convertor : tconvertor).ConvertID( tmpbuffer[i] );
}
Console.WriteLine( " Done." );
}
Console.WriteLine( "Importing image..." );
RawImage rawimg = new IOShader( tconvertor == null ? convertor : tconvertor ).Unshade32( map.Zoom, info.Bounds, colorbuffer, idbuffer, borderbuffer );
map.EncodeImage( rawimg );
if ( !nowrite ) {
file.WriteTo( target );
Console.Write( "Import successful." );
}
else {
try {
file.WriteTo( System.IO.FileStream.Null );
}
catch ( Exception e ) {
Console.Write( "There's an error when saving the target file." );
throw e;
}
Console.Write( "The import process was tested successfully. You can safely do a real import with the same source and target." );
}
}
public static void WriteTestPNGs( int[] colorbuffer, int[] idbuffer, int[] borderbuffer, PngLevel pngLevel, MapInfo info )
{
Console.Write( "Writing buffer check PNGs...");
if ((pngLevel & PngLevel.Shading)>0) {
Console.Write("Colorbuffer... ");
Visualiser.CreateImage32(colorbuffer, info.Size).Save("test-Shading.png", ImageFormat.Png);
}
if ((pngLevel & PngLevel.IDs)>0) {
Console.Write("IDbuffer... ");
Visualiser.CreateImage32(idbuffer, info.Size).Save("test-IDs.png", ImageFormat.Png);
}
if ((pngLevel & PngLevel.Borders)>0) {
Console.Write("Borderbuffer... ");
Visualiser.CreateImage32(borderbuffer, info.Size).Save("test-Borders.png", ImageFormat.Png);
}
Console.WriteLine( "Done!" );
}
private static void DoExport( Lightmap map, Rectangle region, PngLevel pngLevel, IDMap idmap, string sourcefile, string target )
{
Console.WriteLine( "Decoding image..." );
RawImage rawimg = map.DecodeImage( region );
int[] shadebuffer, idbuffer, borderbuffer;
new IOShader( Boot.DefaultConvertor ).MultiShade32( rawimg, out shadebuffer, out idbuffer, out borderbuffer );
// We don't use the lightmap version as a source: this can lead to errors.
// Use the idmap as source. For lightmap2 and lightmap3, this needs to be scaled down.
// -- NOTE: if this is changed, don't forget to turn on the id converting in the IOShader.Multishade above!
ushort[] tmpbuffer = null;
if ( map.Zoom == 0 ) {
tmpbuffer = idmap.ExportBitmapBuffer( rawimg.Bounds );
}
else {
Console.WriteLine( "Scaling idmap..." );
tmpbuffer = MapToolsLib.Utils.ScaleIDBuffer( idmap.ExportBitmapGrid( map.CoordMap.ZoomedToActual( rawimg.Bounds ) ), map.Zoom );
}
// Convert it to the map format
for ( int i=0; i<idbuffer.Length; ++i ) {
if ( tmpbuffer[i] >= Province.Count ) tmpbuffer[i] = Province.TerraIncognitaID;
idbuffer[i] = Boot.DefaultConvertor.ConvertID( tmpbuffer[i] );
}
if ( pngLevel != PngLevel.None ) {
string basetarget = Path.ChangeExtension( Path.GetFileNameWithoutExtension( target ) + "-###", Path.GetExtension( target ) );
if ((pngLevel & PngLevel.Shading) > 0) {
target = basetarget.Replace("###", Boot.ShadingLayerName);
Console.WriteLine("Exporting to \"{0}\"...", Path.GetFileName(target));
Visualiser.CreateImage32(shadebuffer, rawimg.Size).Save(target, ImageFormat.Png);
}
if ((pngLevel & PngLevel.IDs) > 0) {
target = basetarget.Replace("###", Boot.IDLayerName);
Console.WriteLine("Exporting to \"{0}\"...", Path.GetFileName(target));
Visualiser.CreateImage32(idbuffer, rawimg.Size).Save(target, ImageFormat.Png);
}
if ((pngLevel & PngLevel.Borders) > 0) {
target = basetarget.Replace("###", Boot.BorderLayerName);
Console.WriteLine("Exporting to \"{0}\"...", Path.GetFileName(target));
Visualiser.CreateImage32(borderbuffer, rawimg.Size).Save(target, ImageFormat.Png);
}
}
else {
Console.WriteLine( "Exporting to \"{0}\"...", Path.GetFileName( target ) );
PSD.File psd = new PSD.File( rawimg.Size );
Bitmap img = new MapInfo( map.Zoom, rawimg.Location, rawimg.Size, sourcefile, Path.GetFileName( target ), Boot.DefaultConvertor ).AsBitmap();
PSD.Layer l = psd.Layers.Add( new PSD.Layer( Boot.MapInfoLayerName, 0, 0, img ) );
l.Opacity = 255;
l.Visible = false;
l.ProtectTransparancy = true;
img = Visualiser.CreateImage32( shadebuffer, rawimg.Size );
l = psd.Layers.Add( new PSD.Layer( Boot.ShadingLayerName, 0, 0, img ) );
l.Opacity = 254;
l.Visible = true;
l.ProtectTransparancy = false;
img = Visualiser.CreateImage32( idbuffer, rawimg.Size );
l = psd.Layers.Add( new PSD.Layer( Boot.IDLayerName, 0, 0, img ) );
l.Opacity = 254;
l.Mode = PSD.LayerMode.Overlay;
l.Visible = true;
l.ProtectTransparancy = false;
img = Visualiser.CreateImage32( borderbuffer, rawimg.Size, true );
l = psd.Layers.Add( new PSD.Layer( Boot.BorderLayerName, 0, 0, img ) );
l.Opacity = 254;
l.Visible = true;
l.ProtectTransparancy = false;
// -- Write the psd
FileStream stream = null;
try {
stream = new FileStream( target, FileMode.Create, FileAccess.Write, FileShare.None );
psd.WriteTo( new BinaryWriter( stream ) );
}
finally {
if ( stream != null ) stream.Close();
}
}
}
public static void Run( string source, string target, Rectangle region, RegionMode mode, int zoom, PngLevel pngLevel, bool direct )
{
if ( (mode == RegionMode.Normal && region.IsEmpty) || (mode == RegionMode.All && region.Width <= 0 ) ) {
Console.WriteLine( "No region was specified. Use \"/r:<x,y,width,height>\", \"/r:full\" or \"/r:<size>\" to specify the region to export." );
return;
}
Console.WriteLine( "Opening source file \"{0}\"...", Path.GetFileName( source ) );
region.Width -= 1;
region.Height -= 1;
IFile file;
if ( direct ) {
file = new EU2.Edit.EU2Proxy();
file.ReadFrom( source ); // source is EU2 dir
}
else {
file = new EU2.Edit.File();
file.ReadFrom( source );
}
Lightmap map = null;
switch ( zoom ) {
case 1:
map = file.Lightmap1; break;
case 2:
map = file.Lightmap2; break;
case 3:
map = file.Lightmap3; break;
}
if ( map == null ) {
Console.WriteLine( "The source file does not contain lightmap{0}.", zoom );
return;
}
map.VolatileDecompression = true;
if ( mode == RegionMode.All ) {
int size = ((region.Width+Lightmap.BlockSize-1) >> Lightmap.BlockFactor) << Lightmap.BlockFactor;
Console.WriteLine( "Exporting full map as separate files of size {0}x{0}.", size );
for ( int y=0; y<map.Size.Height; y+=size ) {
for ( int x=0; x<map.Size.Width; x+=size ) {
region = new Rectangle( x, y, size, size );
string parttarget = Path.Combine( Path.GetDirectoryName( target ),
Path.GetFileNameWithoutExtension( target ) +
String.Format( "-[{0},{1}-{2},{3}]", region.Left, region.Top, region.Right, region.Bottom ) +
Path.GetExtension( target ) );
DoExport( map, region, pngLevel, file.IDMap, Path.GetFileName( source ), parttarget );
}
}
}
else if ( mode == RegionMode.Full ) {
Console.WriteLine( "Exporting full map as one file." );
region = new Rectangle( new Point( 0, 0 ), map.Size );
DoExport( map, region, pngLevel, file.IDMap, Path.GetFileName( source ), target );
}
else {
Console.WriteLine( "Exporting map region: ({0},{1})-({2},{3}) (width={4}, height={5}).", region.Left, region.Top, region.Right, region.Bottom, region.Width, region.Height );
DoExport(map, region, pngLevel, file.IDMap, Path.GetFileName(source), target);
}
Console.Write( "Export successful." );
}