linecount = 0
blocknum = 1
if compress_temp_files:
nodefile=bz2.BZ2File(scratchSpace+'/nodeblock'+str(blocknum)+'.dat','w')
else:
nodefile=open(scratchSpace+'/nodeblock'+str(blocknum)+'.dat','w')
while True:
# Read the next line from the OSM file
uline = osmFile.getNextTag()
if uline == '':
break
element = osmFile.getElement()
linecount += 1
if linecount % 2000000 == 0:
AddMsgAndPrint(str(nodecount) +' Vertices '+str(waycount)+' Ways ' + str(taggednodecount) +' Tagged Nodes '+str(nodetagcount)+ ' Node Tags')
if element=='node':
ftype = fieldType.unknown
ftags = []
node = osmFile.returnNode()
# Make sure lat/long make sense before continuing
if (math.fabs(float(node[1])) > 180) or (math.fabs(float(node[2])) > 90):
continue
ftype = fieldType.node
if compress_temp_files:
nodefile = bz2.BZ2File(
scratchSpace + '/nodeblock' + str(blocknum) + '.dat', 'w')
else:
nodefile = open(scratchSpace + '/nodeblock' + str(blocknum) + '.dat',
'w')
while True:
# Read the next line from the OSM file
uline = osmFile.getNextTag()
if uline == '':
break
element = osmFile.getElement()
linecount += 1
if linecount % 2000000 == 0:
AddMsgAndPrint(
str(nodecount) + ' Vertices ' + str(waycount) +
' Ways ' + str(taggednodecount) + ' Tagged Nodes ' +
str(nodetagcount) + ' Node Tags')
if element == 'node':
ftype = fieldType.unknown
ftags = []
node = osmFile.returnNode()
# Make sure lat/long make sense before continuing
if (math.fabs(float(node[1])) > 180) or (math.fabs(float(node[2]))
