def parse_seeyou_waypoints(lines):
waypoint_list = WaypointList()
first = True
for line in lines:
if first:
first = False
continue
line = line.strip()
if line == '' or line.startswith('*'):
continue
if line == '-----Related Tasks-----':
break
fields = []
line = __CSVLine(line)
while line.has_next():
fields.append(line.next())
if len(fields) < 6:
continue
wp = Waypoint()
wp.lat = __parse_coordinate(fields[3])
wp.lon = __parse_coordinate(fields[4])
wp.altitude = __parse_altitude(fields[5])
wp.name = fields[0].strip()
waypoint_list.append(wp)
return waypoint_list
def parse_seeyou_waypoints(lines):
waypoint_list = WaypointList()
first = True
for line in lines:
if first:
first = False
continue
line = line.strip()
if line == '' or line.startswith('*'):
continue
if line == '-----Related Tasks-----':
break
fields = []
line = __CSVLine(line)
while line.has_next():
fields.append(line.next())
if len(fields) < 6:
continue
wp = Waypoint()
wp.lat = __parse_coordinate(fields[3]);
wp.lon = __parse_coordinate(fields[4]);
wp.altitude = __parse_altitude(fields[5]);
wp.name = fields[0].strip();
waypoint_list.append(wp)
return waypoint_list
def parse_seeyou_waypoints(lines, bounds = None):
waypoint_list = WaypointList()
first = True
for line in lines:
if first:
first = False
continue
line = line.strip()
if line == '' or line.startswith('*'):
continue
if line == '-----Related Tasks-----':
break
fields = []
line = __CSVLine(line)
while line.has_next():
fields.append(line.next())
if len(fields) < 6:
continue
lat = __parse_coordinate(fields[3]);
if bounds and (lat > bounds.top or lat < bounds.bottom):
continue
lon = __parse_coordinate(fields[4]);
if bounds and (lon > bounds.right or lon < bounds.left):
continue
wp = Waypoint()
wp.lat = lat;
wp.lon = lon;
wp.altitude = __parse_altitude(fields[5]);
wp.name = fields[0].strip();
wp.country_code = fields[2].strip();
if len(fields) > 6 and len(fields[6]) > 0:
wp.cup_type = int(fields[6])
if len(fields) > 7 and len(fields[7]) > 0:
wp.runway_dir = int(fields[7]);
if len(fields) > 8 and len(fields[8]) > 0:
wp.runway_len = __parse_length(fields[8]);
if len(fields) > 9 and len(fields[9]) > 0:
wp.freq = float(fields[9]);
if len(fields) > 10 and len(fields[10]) > 0:
wp.comment = fields[10].strip();
waypoint_list.append(wp)
return waypoint_list
def parse_seeyou_waypoints(lines, bounds=None):
waypoint_list = WaypointList()
first = True
for line in lines:
if first:
first = False
continue
line = line.strip()
if line == '' or line.startswith('*'):
continue
if line == '-----Related Tasks-----':
break
fields = []
line = __CSVLine(line)
while line.has_next():
fields.append(line.next())
if len(fields) < 6:
continue
lat = __parse_coordinate(fields[3])
if bounds and (lat > bounds.top or lat < bounds.bottom):
continue
lon = __parse_coordinate(fields[4])
if bounds and (lon > bounds.right or lon < bounds.left):
continue
wp = Waypoint()
wp.lat = lat
wp.lon = lon
wp.altitude = __parse_altitude(fields[5])
wp.name = fields[0].strip()
wp.country_code = fields[2].strip()
if len(fields) > 6 and len(fields[6]) > 0:
wp.cup_type = int(fields[6])
if len(fields) > 7 and len(fields[7]) > 0:
wp.runway_dir = int(fields[7])
if len(fields) > 8 and len(fields[8]) > 0:
wp.runway_len = __parse_length(fields[8])
if len(fields) > 9 and len(fields[9]) > 0:
wp.freq = float(fields[9])
if len(fields) > 10 and len(fields[10]) > 0:
wp.comment = fields[10].strip()
waypoint_list.append(wp)
return waypoint_list
def parse_winpilot_waypoints(lines):
waypoint_list = WaypointList()
for line in lines:
line = line.strip()
if line == '' or line.startswith('*'):
continue
fields = line.split(',')
if len(fields) < 6:
continue
wp = Waypoint()
wp.lat = __parse_coordinate(fields[1]);
wp.lon = __parse_coordinate(fields[2]);
wp.altitude = __parse_altitude(fields[3]);
wp.name = fields[5].strip();
waypoint_list.append(wp)
return waypoint_list
def __parse_line(line, bounds = None):
# Ignore comments
if line.startswith('$'): return None
# Parse latitude
lat = line[45:52]
lat_neg = lat.startswith('S')
lat = float(lat[1:3]) + float(lat[3:5]) / 60. + float(lat[5:7]) / 3600.
if lat_neg: lat = -lat
if bounds and (lat > bounds.top or lat < bounds.bottom): return None
# Parse longitude
lon = line[52:60]
lon_neg = lon.startswith('W')
lon = float(lon[1:4]) + float(lon[4:6]) / 60. + float(lon[6:8]) / 3600.
if lon_neg: lon = -lon
if bounds and (lon > bounds.right or lon < bounds.left): return None
# Create waypoint instance
wp = Waypoint()
wp.lat = lat
wp.lon = lon
# Parse elevation
elev = line[41:45].strip()
if elev != '': wp.altitude = float(elev)
else: wp.altitude = 0.0
# Extract short name
wp.short_name = line[:6].strip()
# Parse and strip optional type identifier from short name
if wp.short_name.endswith('1'):
wp.type = 'airport'
wp.short_name = wp.short_name[:5]
elif wp.short_name.endswith('2'):
wp.type = 'outlanding'
wp.short_name = wp.short_name[:5]
# Extract waypoint name
wp.name = line[7:41].strip()
# Check for extra data indicator
if '*' in wp.name or '#' in wp.name:
# Split data from waypoint name
data = wp.name[17:]
wp.name = wp.name[:16].strip()
# Check waypoint name for glider site indicator
if wp.name.endswith('GLD'):
wp.name = wp.name[:-3].strip()
wp.type = 'glider_site'
# Extract ICAO code if possible
icao = data[:4].strip('!? ')
# Check icao code field for glider site indicator
if icao == 'GLD':
wp.type = 'glider_site'
# Check icao code field for ultra light indicator
if icao == 'ULM' and not wp.type:
wp.type = 'ulm'
# Save ICAO code
if len(icao) == 4:
wp.icao = icao
# Extract and parse surface character
if data[4:5] == 'A': wp.surface = 'asphalt'
elif data[4:5] == 'C': wp.surface = 'concrete'
elif data[4:5] == 'L': wp.surface = 'loam'
elif data[4:5] == 'S': wp.surface = 'sand'
elif data[4:5] == 'Y': wp.surface = 'clay'
elif data[4:5] == 'G': wp.surface = 'gras'
elif data[4:5] == 'V': wp.surface = 'gravel'
elif data[4:5] == 'D': wp.surface = 'dirt'
# Extract and parse runway length and direction
runway_len = data[5:8].strip()
if runway_len != '':
wp.runway_len = int(runway_len) * 10
runway_dir = data[8:10].strip()
if runway_dir != '':
wp.runway_dir = int(runway_dir) * 10
# Extract and parse radio frequency
freq = data[12:17].strip()
if len(freq) == 5:
if freq.endswith('2') or freq.endswith('7'): freq += '5'
else: freq += '0'
wp.freq = float(freq) / 1000.
# Strip uninvited characters from waypoint name
wp.name = wp.name.rstrip('!?1 ')
# Find waypoint type from waypoint name if not available yet
if not wp.type:
if re.search('(^|\s)BERG($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(^|\s)COL($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)PASS($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)TOP($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(\s)A(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)AB(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)BAB(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)(\w){0,3}XA(\d){0,3}($|\s)', wp.name): wp.type = 'highway cross'
if re.search('(\s)(\w){0,3}YA(\d){0,3}($|\s)', wp.name): wp.type = 'highway junction'
if re.search('(\s)STR($|\s)', wp.name): wp.type = 'road'
if re.search('(\s)SX($|\s)', wp.name): wp.type = 'road cross'
if re.search('(\s)SY($|\s)', wp.name): wp.type = 'road junction'
if re.search('(\s)EX($|\s)', wp.name): wp.type = 'railway cross'
if re.search('(\s)EY($|\s)', wp.name): wp.type = 'railway junction'
if re.search('(\s)TR($|\s)', wp.name): wp.type = 'gas station'
if re.search('(\s)BF($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)RS($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)BR($|\s)', wp.name): wp.type = 'bridge'
if re.search('(\s)TV($|\s)', wp.name): wp.type = 'tower'
if re.search('(\s)KW($|\s)', wp.name): wp.type = 'powerplant'
# Format waypoint name properly
wp.name = wp.name.title()
# Strip duplicate spaces from waypoint name
while ' ' in wp.name:
wp.name = wp.name.replace(' ', ' ')
# Extract country code
wp.country_code = line[60:62].strip();
return wp
def __parse_line(line, bounds = None):
if line.startswith('$'): return None
lat = line[45:52]
lat_neg = lat.startswith('S')
lat = float(lat[1:3]) + float(lat[3:5]) / 60. + float(lat[5:7]) / 3600.
if lat_neg: lat = -lat
if bounds and (lat > bounds.top or lat < bounds.bottom): return None
lon = line[52:60]
lon_neg = lon.startswith('W')
lon = float(lon[1:4]) + float(lon[4:6]) / 60. + float(lon[6:8]) / 3600.
if lon_neg: lon = -lon
if bounds and (lon > bounds.right or lon < bounds.left): return None
wp = Waypoint()
wp.lat = lat
wp.lon = lon
elev = line[41:45].strip()
if elev != '': wp.altitude = float(elev)
else: wp.altitude = 0.0
wp.short_name = line[:6]
if wp.short_name.endswith('1'): wp.type = 'airport'
elif wp.short_name.endswith('2'): wp.type = 'outlanding'
wp.short_name = wp.short_name.strip()
wp.name = line[7:41].strip()
if 'GLD' in wp.name: wp.type = 'glider_site'
if 'ULM' in wp.name: wp.type = 'ulm'
pos = -1
if '#' in wp.name: pos = wp.name.find('#')
if '*' in wp.name: pos = wp.name.find('*')
if pos > -1:
data = wp.name[pos + 1:]
wp.name = wp.name[:pos].strip()
icao = data[:4]
if not icao.startswith('GLD') and not icao.startswith('ULM'): wp.icao = icao
if data[4:5] == 'A': wp.surface = 'asphalt'
elif data[4:5] == 'C': wp.surface = 'concrete'
elif data[4:5] == 'L': wp.surface = 'loam'
elif data[4:5] == 'S': wp.surface = 'sand'
elif data[4:5] == 'Y': wp.surface = 'clay'
elif data[4:5] == 'G': wp.surface = 'gras'
elif data[4:5] == 'V': wp.surface = 'gravel'
elif data[4:5] == 'D': wp.surface = 'dirt'
runway_len = data[5:8].strip()
if runway_len != '':
wp.runway_len = int(runway_len) * 10
runway_dir = data[8:10].strip()
if runway_dir != '':
wp.runway_dir = int(runway_dir) * 10
freq = data[12:17].strip()
if len(freq) == 5:
if freq.endswith('2') or freq.endswith('7'): freq += '5'
else: freq += '0'
wp.freq = float(freq) / 1000.
if wp.name.endswith('GLD'):
wp.name = wp.name[:-3].strip()
else:
wp.name = wp.name.rstrip('!?1 ')
if re.search('(^|\s)BERG($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(^|\s)COL($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)PASS($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)TOP($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(\s)A(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)AB(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)BAB(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)(\w){0,3}XA(\d){0,3}($|\s)', wp.name): wp.type = 'highway cross'
if re.search('(\s)(\w){0,3}YA(\d){0,3}($|\s)', wp.name): wp.type = 'highway junction'
if re.search('(\s)STR($|\s)', wp.name): wp.type = 'road'
if re.search('(\s)SX($|\s)', wp.name): wp.type = 'road cross'
if re.search('(\s)SY($|\s)', wp.name): wp.type = 'road junction'
if re.search('(\s)EX($|\s)', wp.name): wp.type = 'railway cross'
if re.search('(\s)EY($|\s)', wp.name): wp.type = 'railway junction'
if re.search('(\s)TR($|\s)', wp.name): wp.type = 'gas station'
if re.search('(\s)BF($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)RS($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)BR($|\s)', wp.name): wp.type = 'bridge'
if re.search('(\s)TV($|\s)', wp.name): wp.type = 'tower'
if re.search('(\s)KW($|\s)', wp.name): wp.type = 'powerplant'
wp.name = wp.name.title()
while ' ' in wp.name:
wp.name = wp.name.replace(' ', ' ')
wp.country_code = line[60:62].strip();
return wp
def __parse_line(line, bounds=None):
# Ignore comments
if line.startswith('$'): return None
# Parse latitude
lat = line[45:52]
lat_neg = lat.startswith('S')
lat = float(lat[1:3]) + float(lat[3:5]) / 60. + float(lat[5:7]) / 3600.
if lat_neg: lat = -lat
if bounds and (lat > bounds.top or lat < bounds.bottom): return None
# Parse longitude
lon = line[52:60]
lon_neg = lon.startswith('W')
lon = float(lon[1:4]) + float(lon[4:6]) / 60. + float(lon[6:8]) / 3600.
if lon_neg: lon = -lon
if bounds and (lon > bounds.right or lon < bounds.left): return None
# Create waypoint instance
wp = Waypoint()
wp.lat = lat
wp.lon = lon
# Parse elevation
elev = line[41:45].strip()
if elev != '': wp.altitude = float(elev)
else: wp.altitude = 0.0
# Extract short name
wp.short_name = line[:6].strip()
# Parse and strip optional type identifier from short name
if wp.short_name.endswith('1'):
wp.type = 'airport'
wp.short_name = wp.short_name[:5]
elif wp.short_name.endswith('2'):
wp.type = 'outlanding'
wp.short_name = wp.short_name[:5]
# Extract waypoint name
wp.name = line[7:41].strip()
# Check for extra data indicator
if '*' in wp.name or '#' in wp.name:
# Split data from waypoint name
data = wp.name[17:]
wp.name = wp.name[:16].strip()
# Check waypoint name for glider site indicator
if wp.name.endswith('GLD'):
wp.name = wp.name[:-3].strip()
wp.type = 'glider_site'
# Extract ICAO code if possible
icao = data[:4].strip('!? ')
# Check icao code field for glider site indicator
if icao == 'GLD':
wp.type = 'glider_site'
# Check icao code field for ultra light indicator
if icao == 'ULM' and not wp.type:
wp.type = 'ulm'
# Save ICAO code
if len(icao) == 4:
wp.icao = icao
# Extract and parse surface character
if data[4:5] == 'A': wp.surface = 'asphalt'
elif data[4:5] == 'C': wp.surface = 'concrete'
elif data[4:5] == 'L': wp.surface = 'loam'
elif data[4:5] == 'S': wp.surface = 'sand'
elif data[4:5] == 'Y': wp.surface = 'clay'
elif data[4:5] == 'G': wp.surface = 'gras'
elif data[4:5] == 'V': wp.surface = 'gravel'
elif data[4:5] == 'D': wp.surface = 'dirt'
# Extract and parse runway length and direction
runway_len = data[5:8].strip()
if runway_len != '':
wp.runway_len = int(runway_len) * 10
runway_dir = data[8:10].strip()
if runway_dir != '':
wp.runway_dir = int(runway_dir) * 10
# Extract and parse radio frequency
freq = data[12:17].strip()
if len(freq) == 5:
if freq.endswith('2') or freq.endswith('7'): freq += '5'
else: freq += '0'
wp.freq = float(freq) / 1000.
# Strip uninvited characters from waypoint name
wp.name = wp.name.rstrip('!?1 ')
# Find waypoint type from waypoint name if not available yet
if not wp.type:
if re.search('(^|\s)BERG($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(^|\s)COL($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)PASS($|\s)', wp.name): wp.type = 'mountain pass'
if re.search('(^|\s)TOP($|\s)', wp.name): wp.type = 'mountain top'
if re.search('(\s)A(\d){0,3}($|\s)', wp.name): wp.type = 'highway exit'
if re.search('(\s)AB(\d){0,3}($|\s)', wp.name):
wp.type = 'highway exit'
if re.search('(\s)BAB(\d){0,3}($|\s)', wp.name):
wp.type = 'highway exit'
if re.search('(\s)(\w){0,3}XA(\d){0,3}($|\s)', wp.name):
wp.type = 'highway cross'
if re.search('(\s)(\w){0,3}YA(\d){0,3}($|\s)', wp.name):
wp.type = 'highway junction'
if re.search('(\s)STR($|\s)', wp.name): wp.type = 'road'
if re.search('(\s)SX($|\s)', wp.name): wp.type = 'road cross'
if re.search('(\s)SY($|\s)', wp.name): wp.type = 'road junction'
if re.search('(\s)EX($|\s)', wp.name): wp.type = 'railway cross'
if re.search('(\s)EY($|\s)', wp.name): wp.type = 'railway junction'
if re.search('(\s)TR($|\s)', wp.name): wp.type = 'gas station'
if re.search('(\s)BF($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)RS($|\s)', wp.name): wp.type = 'railway station'
if re.search('(\s)BR($|\s)', wp.name): wp.type = 'bridge'
if re.search('(\s)TV($|\s)', wp.name): wp.type = 'tower'
if re.search('(\s)KW($|\s)', wp.name): wp.type = 'powerplant'
# Format waypoint name properly
wp.name = wp.name.title()
# Strip duplicate spaces from waypoint name
while ' ' in wp.name:
wp.name = wp.name.replace(' ', ' ')
# Extract country code
wp.country_code = line[60:62].strip()
return wp