class RoomConfig:
def __init__(self):
"""Initialization"""
self.err = EAMS_Error()
self.rooms = {}
self.zones = {}
self.zonelist = {}
self.roomlist = []
self.roomcapa = []
self.room_neighbours = []
def _getRoomAdjacentWalls(self, room):
"""Get adjacent room of a given room's ID"""
aw = []
aw.append(room['Wall1']['AdjRoom'])
aw.append(room['Wall2']['AdjRoom'])
aw.append(room['Wall3']['AdjRoom'])
aw.append(room['Wall4']['AdjRoom'])
return aw
def _validateAdjacentWallConfig(self, rooms):
"""Validate consistency of adjacent wall(s) configurations in ROOM_CONFIG """
logging.info("Validating adjacent walls configuration...")
awls = {}
for k, v in rooms.iteritems():
awls[k] = self._getRoomAdjacentWalls(v)
logging.debug("Room [%s]'s adjacent rooms [%s]" %
(k, ','.join(awls[k])))
logging.debug("Rooms' adjacent wall's: %s" % awls)
for k, v in awls.iteritems():
nls = v # get awls{'k'} neighbors
# Check duplicate adjacent wall
dls = collections.Counter(nls)
if len([j for j in dls if j != 'Outdoor' and dls[j] > 1]) != 0:
logging.error(
"Duplicate adjacent wall for the room[%s]: %s. HALT." %
(k, dls))
return self.err.eams_config_room_duplicate_wall_err()
# Check if neighbor rooms has also set room{'k'}'s wall as adjacent wall.
for j in range(len(nls)):
nnls = awls.get(nls[j])
if nnls is not None and k not in nnls:
logging.error("[%s] is not adjacent to [%s]. HALT." %
(k, nls[j]))
return self.err.eams_config_room_invalid_wall_err()
logging.info("Adjacent wall configurations, result: True.")
return 0
def loadRoomConfig(self, rfile):
"""Load room configuration from ROOM_CONFIG"""
self.ROOM_CONFIG = rfile
logging.info("Loading room configuration from %s" % self.ROOM_CONFIG)
ret = 0
try:
if self.ROOM_CONFIG == "":
raise IOError("ROOM_CONFIG is not configured. Error.")
rooms = ConfigObj(self.ROOM_CONFIG, file_error=True)
logging.debug("Room properties: %s" % rooms)
logging.debug("Total number of room: %d [%s]" %
(len(rooms), ', '.join(rooms.keys())))
ret = self._validateAdjacentWallConfig(rooms)
if ret < 0:
raise ValidateError()
self.rooms = rooms
except (ConfigObjError, IOError), e:
logging.critical('%s' % (e))
ret = self.err.eams_config_room_err()
except (ValidateError), e:
logging.critical("%s validation error. %d" %
(self.ROOM_CONFIG, ret))
class RoomConfig:
def __init__(self, rl, rh, cl, ch, sl, sm, sh):
"""Initialization"""
self.err = EAMS_Error()
self.ROOM_CONFIG = None
self.WALL_RESISTANCE_LOW = rl
self.WALL_RESISTANCE_HIGH = rh
self.WALL_CAPACITANCE_LOW = cl
self.WALL_CAPACITANCE_HIGH = ch
self.SOLAR_GAIN_LOW = sl
self.SOLAR_GAIN_MEDIUM = sm
self.SOLAR_GAIN_HIGH = sh
# self.ROOM_CONFIG_SPEC = 'Data/eams_room_spec.cfg'
self.ROOM_CONFIG_SPEC = 'Data/ConfigSpecs/eams_room_spec.cfg'
self.rooms = {}
self.zones = {}
self.zonelist = {}
self.roomlist = []
self.roomcapa = []
self.room_neighbours = []
def _getRoomAdjacentWalls(self, room):
"""Get adjacent room of a given room's ID"""
aw = []
aw.append(room['Wall1']['AdjRoom'])
aw.append(room['Wall2']['AdjRoom'])
aw.append(room['Wall3']['AdjRoom'])
aw.append(room['Wall4']['AdjRoom'])
return aw
def _validateAdjacentWallConfig(self, rooms):
"""Validate consistency of adjacent wall(s) configurations in ROOM_CONFIG """
logging.info("Validating adjacent walls configuration...")
awls = {}
for k, v in rooms.iteritems():
awls[k] = self._getRoomAdjacentWalls(v)
logging.debug("Room [%s]'s adjacent rooms [%s]" %
(k, ','.join(awls[k])))
logging.debug("Rooms' adjacent wall's: %s" % awls)
for k, v in awls.iteritems(): #range(len(awls)):
#k = awls.keys()[i] # In room awls{'k'}
nls = v #awls.get(k) # get awls{'k'} neighbors
# Check duplicate adjacent wall
dls = collections.Counter(nls)
if len([j for j in dls if j != 'Outdoor' and dls[j] > 1]) != 0:
logging.error(
"Duplicate adjacent wall for the room[%s]: %s. HALT." %
(k, dls))
return self.err.eams_config_room_duplicate_wall_err()
# Check if neighbor rooms has also set room{'k'}'s wall as adjacent wall.
for j in range(len(nls)):
nnls = awls.get(
nls[j]) # get awls{'k'} neighbors[j]'s neighbors
# logging.debug("neighbor of %s: [%s]" %(nls[j], nnls))
# (nnls is None) : Some adjacent room has no configuration in ROOM_CONFIG. It's OK to ignore.
if nnls is not None and k not in nnls:
logging.error("[%s] is not adjacent to [%s]. HALT." %
(k, nls[j]))
return self.err.eams_config_room_invalid_wall_err()
logging.info("Adjacent wall configurations, result: True.")
return 0
def _validateRoomConfig(self, rooms):
"""Validate ROOM_CONFIG input value based on specification in ROOM_CONFIG_SPEC"""
validator = Validator()
results = rooms.validate(validator)
logging.info("Validating room configuration, result: %s" % results)
if results != True:
for (section_list, key, _) in flatten_errors(rooms, results):
if key is not None:
logging.error(
'The "%s" key in the section "%s" failed validation' %
(key, ', '.join(section_list)))
else:
logging.error(
"Configuration error in %s. Either some section was missing, duplicate key(s) etc..."
% self.ROOM_CONFIG)
return self.err.eams_config_room_err()
return 0
def loadRoomConfig(self, rfile):
"""Load room configuration from ROOM_CONFIG"""
self.ROOM_CONFIG = rfile
logging.info("Loading room configuration from %s" % self.ROOM_CONFIG)
ret = 0
try:
if self.ROOM_CONFIG == "":
raise IOError("ROOM_CONFIG is not configured. Error.")
rooms = ConfigObj(self.ROOM_CONFIG,
configspec=self.ROOM_CONFIG_SPEC,
file_error=True)
for _, v in rooms.iteritems():
for sk, sv in v.iteritems():
if sk == 'Wall1' or sk == 'Wall2' or sk == 'Wall3' or sk == 'Wall4' or sk == 'Ceiling' or sk == 'Floor':
for wk, wv in sv.iteritems():
if (wk == 'R1' or wk == 'R2' or wk == 'R3'
or wk == 'RW') and (wv == 'LR'):
sv[wk] = self.WALL_RESISTANCE_LOW
if (wk == 'R1' or wk == 'R2' or wk == 'R3'
or wk == 'RW') and (wv == 'HR'):
sv[wk] = self.WALL_RESISTANCE_HIGH
if (wk == 'C1' or wk == 'C2') and (wv == 'LC'):
sv[wk] = self.WALL_CAPACITANCE_LOW
if (wk == 'C1' or wk == 'C2') and (wv == 'HC'):
sv[wk] = self.WALL_CAPACITANCE_HIGH
if (wk == 'QS_AM' or wk == 'QS_NOON'
or wk == 'QS_PM') and (wv == 'HG'):
sv[wk] = self.SOLAR_GAIN_HIGH
if (wk == 'QS_AM' or wk == 'QS_NOON'
or wk == 'QS_PM') and (wv == 'MG'):
sv[wk] = self.SOLAR_GAIN_MEDIUM
if (wk == 'QS_AM' or wk == 'QS_NOON'
or wk == 'QS_PM') and (wv == 'LG'):
sv[wk] = self.SOLAR_GAIN_LOW
elif sk == 'CR':
if sv == 'LC':
v[sk] = self.WALL_CAPACITANCE_LOW
elif sv == 'HC':
v[sk] = self.WALL_CAPACITANCE_HIGH
logging.debug("Room properties: %s" % rooms)
logging.debug("Total number of room: %d [%s]" %
(len(rooms), ', '.join(rooms.keys())))
ret = self._validateRoomConfig(rooms)
if ret < 0:
raise ValidateError()
ret = self._validateAdjacentWallConfig(rooms)
if ret < 0:
raise ValidateError()
self.rooms = rooms
except (ConfigObjError, IOError), e:
logging.critical('%s' % (e))
ret = self.err.eams_config_room_err()
except (ValidateError), e:
logging.critical("%s validation error. %d" %
(self.ROOM_CONFIG, ret))