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I made a new release today!
You can download it here: BloodGDX

Changelog:

1. mouse axisY is more smooth now
2.  projectiles fly higher in the parallaxed skies
3. checkwarping fix with non-linked upper and lower stacks
4. voxel preload fix
5. overheadmap broken sectors drawing fix
6.  mario cheat without numbers will end the level
7. loi cutscenes crash fix
8. saves game from v1.21 support
9. voxel loading bug fixed
10. fixed enemies died from lava keep running infinitely in flames
11. sector bobfloor fix (darkwood crash)
12. HOM on smaller screensizes fix
13. electrocution death of monster was sometimes caused by shotgun fixed
14. fixed crash when trying to load an empty file map
15. fixed zombie's broken attack in some cases
16. some voxel floating in the air fix
17. "fire" effect now working with all palettes
18. voxels palette change fix
19. statues(dudes) push fix
20. items shade correct now

Welcome to the bugs report thread
If you have a crash or bug, please, post it here with logs attach. Also you can make savegame file for quickly bug discovering

2. I want to know, how it can happen:

Dassert: nXSprite > 0 && nXSprite < kMaxXSprites
Full stack trace: 	java.lang.Thread.getStackTrace(Unknown Source)
	ru.m210projects.Blood.Globals.dassert(Globals.java:338)
	ru.m210projects.Blood.View.viewDrawScreen(View.java:580)
	ru.m210projects.Blood.Main.GameLoop(Main.java:1381)
	ru.m210projects.Blood.Main.render(Main.java:1999)
	com.badlogic.gdx.backends.lwjgl.LwjglApplication.mainLoop(LwjglApplication.java:207)
	com.badlogic.gdx.backends.lwjgl.LwjglApplication$1.run(LwjglApplication.java:
114)


evict.MAP

Hello everyone
I decompiled ROR system from Blood. And for tests I include this system to eDuke32. You can see my results in this video:



And bad news - it works in Software render only

http://m210.duke4.net/Files/ror.zip - there is an eDuke32 (r3101) and ror.map for your own tests

And question to developers: Can it fix for Polymost render?

And if you want, you can added this system to new version of eDuke32

global.c :

int16_t mirrorcnt;
int16_t MirrorType[MAXMIRRORS];
int32_t MirrorX[MAXMIRRORS];
int32_t MirrorY[MAXMIRRORS];
int32_t MirrorZ[MAXMIRRORS];
int16_t MirrorLSect[MAXMIRRORS];
int16_t MirrorUSect[MAXMIRRORS];
int16_t gUpperLink[MAXSECTORS], gLowerLink[MAXSECTORS];

game.c

extern int16_t mirrorcnt;
extern int16_t MirrorType[MAXMIRRORS];
extern int32_t MirrorX[MAXMIRRORS];
extern int32_t MirrorY[MAXMIRRORS];
extern int32_t MirrorZ[MAXMIRRORS];
extern int16_t MirrorLSect[MAXMIRRORS];
extern int16_t MirrorUSect[MAXMIRRORS];
extern int16_t gUpperLink[MAXSECTORS], gLowerLink[MAXSECTORS];


void DrawMirrors( long x, long y, long z, short ang, long horiz ) //must add this method in G_DrawRooms before drawrooms
{
	int i;
	int type;
	long  tx, ty;
	short tang;

	for( i = MAXMIRRORS - 1; i >= 0; i-- )
	{
		if ( gotpic[(i + MIRRORLABEL) >> 3] & (1 << ((i - MAXMIRRORS) & 7)) )
		{
			type = MirrorType[i];
			if( type == 0 ) { //wall mirror
			
			} else
			if ( type == 1 ) //ceiling mirror
			{
				int nSector = MirrorLSect[i];
				drawrooms(x + MirrorX[i], MirrorY[i] + y, z + MirrorZ[i], ang, horiz, nSector + MAXSECTORS );
				short oldstat = sector[nSector].floorstat;
				sector[nSector].floorstat |= 1; //kSectorParallax
				G_DoSpriteAnimations(x,y,ang,65536);
				drawmasks();
				sector[nSector].floorstat = oldstat;
			} else
			if ( type == 2 ) //floor mirror
			{
				int nSector = MirrorLSect[i];
				drawrooms(x + MirrorX[i], MirrorY[i] + y, z + MirrorZ[i], ang, horiz, nSector + MAXSECTORS );
				short oldstat = sector[nSector].ceilingstat;
				sector[nSector].ceilingstat |= 1; //kSectorParallax
				G_DoSpriteAnimations(x,y,ang,65536);
				drawmasks();
				sector[nSector].ceilingstat = oldstat;
			}
			
			gotpic[(i + MIRRORLABEL) >> 3] &= ~(1 << ((i - MAXMIRRORS) & 7));
			return;
		}
	}
}

premap.c :

#define kMarkerUpperLink 4081
#define kMarkerLowerLink 4082

extern int16_t mirrorcnt;
extern int16_t MirrorType[MAXMIRRORS];
extern int32_t MirrorX[MAXMIRRORS];
extern int32_t MirrorY[MAXMIRRORS];
extern int32_t MirrorZ[MAXMIRRORS];
extern int16_t MirrorLSect[MAXMIRRORS];
extern int16_t MirrorUSect[MAXMIRRORS];
extern int16_t gUpperLink[MAXSECTORS], gLowerLink[MAXSECTORS];

void InitPlayerStartZones( void )
{
	int nSprite;
	int nSector;
	// clear link values
	for ( nSector = 0; nSector < MAXSECTORS; nSector++ )
	{
		gUpperLink[nSector] = -1;
		gLowerLink[nSector] = -1;
	}

	for ( nSprite = 0; nSprite < MAXSPRITES; nSprite++ )
	{
		if (sprite[nSprite].statnum < MAXSTATUS)
		{
			spritetype *pSprite = &sprite[nSprite];
		
			
			
				switch( pSprite->picnum )
				{
					case kMarkerUpperLink:
						gUpperLink[pSprite->sectnum] = (short)nSprite;
						initprintf("UpperLink\n");
						break;

					case kMarkerLowerLink:
						gLowerLink[pSprite->sectnum] = (short)nSprite;
						initprintf("LowerLink\n");
						break;
				}
			
		}
	}

	// verify links have mates and connect them
	int nFrom;
	for ( nFrom = 0; nFrom < MAXSECTORS; nFrom++)
	{
		if ( gUpperLink[nFrom] >= 0 )
		{
			spritetype *pFromSprite = &sprite[gUpperLink[nFrom]];
			
			int nID = pFromSprite->hitag;
			int nTo;
			for ( nTo = 0; nTo < MAXSECTORS; nTo++)
			{
				if ( gLowerLink[nTo] >= 0 )
				{
					spritetype *pToSprite = &sprite[gLowerLink[nTo]];
					

					if ( pToSprite->hitag == nID )
					{
						initprintf("Connecting people\n");
						pFromSprite->owner = (short)gLowerLink[nTo];
						pToSprite->owner = (short)gUpperLink[nFrom];
					}
				}
			}
		}
	}
}


void InitMirrors( void ) //I added this method at the end of G_EnterLevel()
{
	InitPlayerStartZones(); //methods name called as Blood, it's just a part of code, which need for ROR works 
	
	int i, j;
	
	//Scan wall tags
	mirrorcnt = 0;
	tilesizx[MIRROR] = 0;
	tilesizy[MIRROR] = 0;
	for( i = 0; i < MAXMIRRORS; i++)
	{
		tilesizx[i + MIRRORLABEL] = 0;
		tilesizy[i + MIRRORLABEL] = 0;
	}

	for( i = numsectors - 1; i >= 0; i--)
	{
		if (mirrorcnt == MAXMIRRORS)
		{
			initprintf("Maximum mirror count reached.\n");
			break;
		}

		if ( sector[i].floorpicnum == MIRROR )
		{
			int nUpper = gUpperLink[i];
			if(nUpper >= 0) {
				int nLower = sprite[nUpper].owner;

				initprintf("Initializing floor mirror for sector\n");
				MirrorType[mirrorcnt] = 2;
				MirrorX[mirrorcnt] = sprite[nLower].x - sprite[nUpper].x;
				MirrorY[mirrorcnt] = sprite[nLower].y - sprite[nUpper].y;
				MirrorZ[mirrorcnt] = sprite[nLower].z - sprite[nUpper].z;
				MirrorLSect[mirrorcnt] = sprite[nLower].sectnum;
				MirrorUSect[mirrorcnt] = i;
				sector[i].floorpicnum = (short) (MIRRORLABEL + mirrorcnt++);
				initprintf("Initializing ceiling mirror for sector\n");
				MirrorType[mirrorcnt] = 1;
				MirrorX[mirrorcnt] = sprite[nUpper].x - sprite[nLower].x;
				MirrorY[mirrorcnt] = sprite[nUpper].y - sprite[nLower].y;
				MirrorZ[mirrorcnt] = sprite[nUpper].z - sprite[nLower].z;
				MirrorLSect[mirrorcnt] = i;
				MirrorUSect[mirrorcnt] = sprite[nLower].sectnum;
				sector[sprite[nLower].sectnum].ceilingpicnum = (short) (MIRRORLABEL + mirrorcnt);
				mirrorcnt++;
			}
		}
	}

	initprintf("%d mirrors initialized\n", mirrorcnt);
}

I hope this code helps us to optimize ROR for Polymost

Hi all! Did you remember my DoomTC? At last month I worked on map converter from Doom wad files to Duke3D and now I can said, that I completed work on this converter! My converter can make doom's maps almost without editing in mapster32, because my program also converting doors and another doom effects as lights etc. All converted map of Doom, Doom2, Doom2Plutonia and Doom2TNT I put it to my old DoomTC and you can play those maps too My converted understand Doom/Doom2 wad files and also Heretic wads and Hexen wads (geometry only, without textures) So, new eDoomTC includes 132 playable maps, launcher like as BloodCM launcher. Enemies was "almost" disabled, therefore this is a "turist" mod

I don't know, will this mod is interested to somebody, therefore I don't want to continue this mod. But anyway, this is a mod with 132 maps

eDoomTC

So, I released this, and I can continue works with BloodCM now

Hi all! I want to show my new ART files editor (BAFed - Build ART Files Editor)
I made this program, because for edit my ART files I had to use BASTart (for batch import and blood palette support) and Dukeres (for editing tiles and animation)
Of course, It isn't convenient to use several programs for ART editing, therefore I made own program, which combines these two programs, with other palettes support and comfortable GUI like Dukeres.
My program also have other good functions as 32bit png-image support. Uploaded 32bit image will automaticaly converted to choosed palette.
2. You can import a several ART files to one file at once
3. You can import a folder with 8bit *.bmp or 32bit *.png images at once and also export images from opened ART file with saving description.ini file with all information about tiles in ART for subsequent import after edit ini file. (as you can make it throught tga2art and art2tga)
4. BAFed supported Build palettes (dat), photoshop palettes (act) and Microsoft palettes (pal)
5. You can resize choosed tile at opened ART
6. For make animation you can choose last tile of animation with Ctrl + LMB, animation will be from choosed tile to last tile.
7. I made movable preview picture of choosed tile....you can see at all parts of the picture at 700% scale.


Program requires Java installed on your computer

Build ART Files Editor

I hope you enjoy it