'default:furnace_active',
'beds:fancy_bed_top',
'beds:fancy_bed_bottom',
'beds:bed_top',
'beds:bed_bottom'
]
for row in sourcecursor0.execute("SELECT `pos` FROM `blocks`"):
pos = getIntegerAsBlock(row[0])
if pos[0]**2 + pos[2]**2 < (160 / 16)**2 and pos[1] > (
-60 / 16) and pos[1] < (
128 / 16): #just small central map part for fast demonstration
for datarow in sourcecursor.execute(
"SELECT `data` FROM `blocks` WHERE `pos` == ? LIMIT 1;",
(row[0], )):
tempA = mt_block_parser.MtBlockParser(datarow[0])
tempA.nodeDataParse()
tempA.nodeMetadataParse()
tempA.nameIdMappingsParse()
tempB = mt_block_parser.MtBlockParser(0) #blank block
for i in range(0, 4096):
tempB.arrayParam0[i] = tempA.arrayParam0[m[i]]
tempB.arrayParam1[i] = tempA.arrayParam1[m[i]]
tempB.arrayParam2[i] = tempA.arrayParam2[m[i]]
if tempA.arrayParam0[i] not in tempB.nameIdMappings:
tempB.nameIdMappings[tempA.arrayParam0[
i]] = tempA.nameIdMappings[tempA.arrayParam0[i]]
if m[i] in tempA.arrayMetadataRead:
tempB.arrayMetadataRead[i] = tempA.arrayMetadataRead[m[i]]
useful_block_evidence = re.compile(
"default:cobble|"+
"protector:protect|default:chest_locked|doors:door_steel|"+
"default:chest|default:torch|default:stonebrick|default:glass|default:obsidian_glass|"+
"default:ladder|default:rail|default:fence_wood|"+
"bones:bones"
)
sourceconn = sqlite3.connect(source)
targetconn = sqlite3.connect(target)
sourcecursor = sourceconn.cursor()
targetcursor = targetconn.cursor()
targetcursor.execute("CREATE TABLE IF NOT EXISTS `blocks` (`pos` INT NOT NULL PRIMARY KEY, `data` BLOB);")
for row in sourcecursor.execute("SELECT `pos`, `data` "+" FROM `blocks`;"):
pos=getIntegerAsBlock(row[0])
if pos[0]**2 + pos[2]**2 < (160/16)**2 and pos[1]>(-60/16): #160 nodes radius and 60 nodes deep
targetcursor.execute("INSERT OR IGNORE INTO `blocks` VALUES (?, ?);", (row[0], row[1]))
else:
try:
temp = mt_block_parser.MtBlockParser(row[1])
if useful_block_evidence.search(temp.nameIdMappingsRead)!=None:
targetcursor.execute("INSERT OR IGNORE INTO `blocks` VALUES (?, ?);", (row[0], row[1]))
except:
print "Block parse error:", pos[0], pos[1], pos[2]
targetconn.commit()
sourceconn.close()
targetconn.close()
for row in sourcecursor.execute(" SELECT "+
" CASE WHEN `X` < 2048 THEN `X` ELSE `X` - 4096 END AS X, "+
" CASE WHEN `Y` < 2048 THEN `Y` ELSE `Y` - 4096 END AS Y, "+
" CASE WHEN `Z` < 2048 THEN `Z` ELSE `Z` - 4096 END AS Z, "+
" `pos`, "+
" `data` "+
" FROM ("+"SELECT "+
" `pos`, "+
" (`pos`) & 4095 AS X, "+
" ((`pos`) & 16773120)>>12 AS Y, "+
" ((`pos`) & 68702699520)>>24 AS Z, "+
" `data` "+
" FROM `blocks`"+
")"+
" WHERE Y == 0; "):
block = mt_block_parser.MtBlockParser(row[4])
if useful_block_evidence.search(str(block.nameIdMappingsRead)) != None:
if row[0] - minX < 0 or width <= row[0] - minX or height - row[2] + minZ < 0 or height <= height - row[2] + minZ:
print("Do not fit:", row[0], row[1], row[2])
else:
block.nodeDataParse()
block.nameIdMappingsParse()
chunk_blockdict = {k: blockdict[v] for k, v in block.nameIdMappings.items() if blockdict.get(v) is not None}
for z in range(16):
for x in range(16):
blockmap = chunk_blockdict.get(block.arrayParam0[z*256 + 2*16 + x])
if blockmap == 5 or blockmap == 9:
blockmap += block.arrayParam2[z*256 + 2*16 + x]
elif blockmap == 2 and block.arrayParam2[z*256 + 2*16 + x] == 0:
blockmap += 1
data[row[2]*16 + z][row[0]*16 + x] = blockmap
target = r'<Put path to output text file>'
arguments = sys.argv
if(len(arguments) > 1 ):
source = str(arguments[1])
if(len(arguments) > 2 ):
target = str(arguments[2])
sourceconn = sqlite3.connect(source)
sourcecursor0 = sourceconn.cursor()
sourcecursor = sourceconn.cursor()
nodelist = {}
for row in sourcecursor0.execute("SELECT `pos` FROM `blocks`"):
for datarow in sourcecursor.execute("SELECT `data` FROM `blocks` WHERE `pos` == ? LIMIT 1;", (row[0],)):
temp = mt_block_parser.MtBlockParser(datarow[0])
temp.nameIdMappingsParse()
for key,value in temp.nameIdMappings.iteritems():
if value not in nodelist:
nodelist[value] = 0
#Counting all nodes takes too long
# temp.nodeDataParse()
# for i in range(0, 4096):
# tempName = temp.nameIdMappings[temp.arrayParam0[i]]
# nodelist[tempName]+= 1
s_nodelist = sorted(nodelist)
#s_nodelist = sorted(nodelist.items(), key=operator.itemgetter(1))