def __init__(self, lon_lat, tile_index, path_to_scenery, magic):
"""Read all lines from stg to memory.
Store our/other lines in two separate lists."""
self.path_to_stg = calc_tile.construct_path_to_stg(
path_to_scenery, lon_lat)
self.file_name = self.path_to_stg + str(tile_index) + ".stg"
self.other_list = []
self.our_list = []
self.magic = magic
self.our_magic_start = delimiter_string(self.magic, True)
self.our_magic_end = delimiter_string(self.magic, False)
try:
stg = open(self.file_name, 'r')
lines = stg.readlines()
stg.close()
except IOError as reason:
logger.warning("error reading %s: %s", self.file_name, reason)
return
try:
ours_start = lines.index(self.our_magic_start)
except ValueError:
self.other_list = lines
return
try:
ours_end = lines.index(self.our_magic_end)
except ValueError:
ours_end = len(lines)
self.other_list = lines[:ours_start] + lines[ours_end + 1:]
self.our_list = lines[ours_start + 1:ours_end]
def quick_stg_line(path_to_scenery, ac_fname, position, elevation, heading, show=True):
"""debug."""
stg_path = calc_tile.construct_path_to_stg(path_to_scenery, position)
stg_fname = calc_tile.construct_stg_file_name(position)
stg_line = "OBJECT_STATIC %s %1.7f %1.7f %1.2f %g\n" % (ac_fname, position.lon, position.lat, elevation, heading)
if show == 1 or show == 3:
print stg_path + stg_fname
if show == 2 or show == 3:
print stg_line
# print "%s\n%s" % (stg_path + stg_fname, stg_line)
return stg_path, stg_fname, stg_line
def __init__(self, lon_lat, tile_index, path_to_scenery, magic):
"""Read all lines from stg to memory.
Store our/other lines in two separate lists."""
self.path_to_stg = calc_tile.construct_path_to_stg(path_to_scenery, lon_lat)
self.file_name = self.path_to_stg + "%07i.stg" % tile_index
self.other_list = []
self.our_list = []
self.magic = magic
self.our_magic_start = delimiter_string(self.magic, True)
self.our_magic_end = delimiter_string(self.magic, False)
try:
stg = open(self.file_name, "r")
lines = stg.readlines()
stg.close()
except IOError, reason:
logger.warning("error reading %s: %s", self.file_name, reason)
return
def __init__(self, lon_lat, tile_index, path_to_scenery, magic):
"""Read all lines from stg to memory.
Store our/other lines in two separate lists."""
self.path_to_stg = calc_tile.construct_path_to_stg(
path_to_scenery, lon_lat)
self.file_name = self.path_to_stg + "%07i.stg" % tile_index
self.other_list = []
self.our_list = []
self.magic = magic
self.our_magic_start = delimiter_string(self.magic, True)
self.our_magic_end = delimiter_string(self.magic, False)
try:
stg = open(self.file_name, 'r')
lines = stg.readlines()
stg.close()
except IOError, reason:
logging.warning("error reading %s: %s", self.file_name, reason)
return
def quick_stg_line(path_to_scenery,
ac_fname,
position,
elevation,
heading,
show=True):
"""debug."""
stg_path = calc_tile.construct_path_to_stg(path_to_scenery, position)
stg_fname = calc_tile.construct_stg_file_name(position)
stg_line = "OBJECT_STATIC %s %1.7f %1.7f %1.2f %g\n" % (
ac_fname, position.lon, position.lat, elevation, heading)
if show == 1 or show == 3:
print(stg_path + stg_fname)
if show == 2 or show == 3:
print(stg_line)
# print ("%s\n%s" % (stg_path + stg_fname, stg_line))
return stg_path, stg_fname, stg_line
logging.info("probing elevation")
ac_file_list = []
ac_object_list = []
for o in objects:
if o.msl == None:
if not args.no_elev:
o.msl = elev_prober(o.pos)
else:
o.msl = 0.1
#logging.debug("object %s: elev probed %s" % (o.file, str(o.msl)))
else:
logging.debug("object %s: using provided MSL=%g" % (o.file, o.msl))
stg_file_name = calc_tile.construct_stg_file_name(o.pos)
stg_path = calc_tile.construct_path_to_stg(path_to_fg_out, o.pos)
#print stg_file_name, stg_path
# -- build list of objects to be converted
full_path = get_source_path(o)
full_path = "/tmp"
if full_path != False:
path_to_stg = stg_manager.add_object_shared(o.prefix + o.file + ".ac", o.pos, o.msl, 90-o.hdg)
mk_dirs(path_to_stg + o.prefix)
o.path_to_ac = path_to_stg + o.prefix + o.file + '.ac'
if o.path_to_ac not in ac_file_list:
ac_file_list.append(o.path_to_ac)
ac_object_list.append(o)
if os.path.exists(o.path_to_ac):
print "EX ", o
else:
s = "convert('%s', '%s')\n" % (full_path, o.path_to_ac)
logging.info("probing elevation")
ac_file_list = []
ac_object_list = []
for o in objects:
if o.msl == None:
if not args.no_elev:
o.msl = elev_prober(o.pos)
else:
o.msl = 0.1
#logging.debug("object %s: elev probed %s" % (o.file, str(o.msl)))
else:
logging.debug("object %s: using provided MSL=%g" % (o.file, o.msl))
stg_file_name = calc_tile.construct_stg_file_name(o.pos)
stg_path = calc_tile.construct_path_to_stg(path_to_fg_out, o.pos)
#print stg_file_name, stg_path
# -- build list of objects to be converted
full_path = get_source_path(o)
full_path = "/tmp"
if full_path != False:
path_to_stg = stg_manager.add_object_shared(o.prefix + o.file + ".ac",
o.pos, o.msl, 90 - o.hdg)
mk_dirs(path_to_stg + o.prefix)
o.path_to_ac = path_to_stg + o.prefix + o.file + '.ac'
if o.path_to_ac not in ac_file_list:
ac_file_list.append(o.path_to_ac)
ac_object_list.append(o)
if os.path.exists(o.path_to_ac):
print "EX ", o
else:
