def __init__(self, id, power, network, address, resolution=256, channels=64):
"""
Constructor for a Renard SSR board object:
RenardControllerUnit(id, power, network, address, [resolution], [channels])
Specify the correct PowerSource object for this unit and
the unit address (0-127). (We will call the first unit address 0,
even though behind the scenes the address byte's MSB will be sent
when transmitted (so unit address 0 transmits as 0x80, address 1
transmits as 0x81, etc.) The number of channels defaults to 64, but there
are known Renard implementations with 8, 16, 24, 32 and 64 channels and
probably others. This sets the upper bound for channel IDs on this
controller unit, and also the packet size which will always be sent
when pending changes are flushed out to the hardware.
The resolution probably won't ever need to be changed. The Renards
use 256 dimmer levels, so that's the default for that parameter.
"""
ControllerUnit.__init__(self, id, power, network, resolution)
self.address = int(address)
self.type = 'Renard SSR Controller (%d channels)' % channels
self.channels = [None] * channels
self.update_pending = False
self.iter_channels = self._iter_non_null_channel_list
if not 0 <= self.address < 127:
raise ValueError("Address %d out of range for a Renard SSR Controller" % self.address)
def add_channel(self, id, name=None, load=None, dimmer=True, warm=None, resolution=None, power=None):
try:
id = int(id)
assert 0 <= id <= 47
except:
raise ValueError, "Lumos 48SSR channel IDs must be integers from 0-47"
if resolution is not None:
resolution = int(resolution)
else:
resolution=self.resolution
ControllerUnit.add_channel(self, id, name, load, dimmer, warm, resolution, power)
def add_channel(self, id, name=None, load=None, dimmer=True, warm=None, resolution=None, power=None):
try:
id = int(id)
assert 0 <= id < len(self.channels)
except:
raise ValueError("%d-channel FireGod channel IDs must be integers from 0-%d"
% (len(self.channels), len(self.channels)-1))
if resolution is not None:
resolution = int(resolution)
else:
resolution=self.resolution
ControllerUnit.add_channel(self, id, name, load, dimmer, warm, resolution, power)
def add_channel(self, id, name=None, load=None, dimmer=True, warm=None, resolution=None, power=None):
try:
id = self.channel_id_from_string(id)
assert('A' <= id[0] <= 'P')
assert(1 <= int(id[1:]) <= 16)
except:
raise ValueError, "X-10 channels must be 'A1'..'P16'"
if resolution is not None:
resolution = int(resolution)
else:
resolution = self.resolution
ControllerUnit.add_channel(self, id, name, load, dimmer, warm, resolution, power)
def __init__(self, id, power, network, address, resolution=32):
"""
Constructor for a 48-Channel SSR board object:
LumosControllerUnit(id, power, address, [resolution])
Specify the correct PowerSource object for this unit and
the unit address (0-15). The resolution defaults to 32,
which is correct for the 3.1 revision of the boards.
"""
ControllerUnit.__init__(self, id, power, network, resolution)
self.address = int(address)
self.type = 'Lumos 48-Channel SSR Controller'
self.iter_channels = self._iter_non_null_channel_list
if not 0 <= self.address <= 15:
raise ValueError, "Address %d out of range for Lumos 48-Channel SSR Controller" % self.address
def __init__(self, id, power, network, address, resolution=32):
"""
Constructor for a 48-Channel SSR board object:
LumosControllerUnit(id, power, address, [resolution])
Specify the correct PowerSource object for this unit and
the unit address (0-15). The resolution defaults to 32,
which is correct for the 3.1 revision of the boards.
"""
ControllerUnit.__init__(self, id, power, network, resolution)
self.address = int(address)
self.type = 'Lumos 48-Channel SSR Controller'
self.iter_channels = self._iter_non_null_channel_list
if not 0 <= self.address <= 15:
raise ValueError, "Address %d out of range for Lumos 48-Channel SSR Controller" % self.address
def __init__(self, id, power, network, channels=64):
"""
Constructor for an Olsen 595/Grinch controller object:
Olsen595ControllerUnit(power, network, [channels])
Specify the correct PowerSource object for this unit,
the network this board (or chained set of boards) talks
through. Also specify the number of channels implemented
on this (set of) controller(s). The default is 64. Lumos
will transmit that many bits on each update.
"""
ControllerUnit.__init__(self, id, power, network)
self.type = 'Olsen595 Controller'
self.channels = [0] * channels
self.needs_update = False
def __init__(self, id, power, network, channels=64):
"""
Constructor for an Olsen 595/Grinch controller object:
Olsen595ControllerUnit(power, network, [channels])
Specify the correct PowerSource object for this unit,
the network this board (or chained set of boards) talks
through. Also specify the number of channels implemented
on this (set of) controller(s). The default is 64. Lumos
will transmit that many bits on each update.
"""
ControllerUnit.__init__(self, id, power, network)
self.type = 'Olsen595 Controller'
self.channels = [0] * channels
self.needs_update = False
def add_channel(self,
id,
name=None,
load=None,
dimmer=True,
warm=None,
resolution=None,
power=None):
try:
id = int(id)
assert 0 <= id <= 47
except:
raise ValueError, "Lumos 48SSR channel IDs must be integers from 0-47"
if resolution is not None:
resolution = int(resolution)
else:
resolution = self.resolution
ControllerUnit.add_channel(self, id, name, load, dimmer, warm,
resolution, power)
def add_channel(self,
id,
name=None,
load=None,
dimmer=True,
warm=None,
resolution=None,
power=None):
try:
id = int(id)
assert 0 <= id < len(self.channels)
except:
raise ValueError(
"%d-channel Renard channel IDs must be integers from 0-%d" %
(len(self.channels), len(self.channels) - 1))
if resolution is not None:
resolution = int(resolution)
else:
resolution = self.resolution
ControllerUnit.add_channel(self, id, name, load, dimmer, warm,
resolution, power)
def __init__(self,
id,
power,
network,
address,
resolution=256,
channels=64):
"""
Constructor for a Renard SSR board object:
RenardControllerUnit(id, power, network, address, [resolution], [channels])
Specify the correct PowerSource object for this unit and
the unit address (0-127). (We will call the first unit address 0,
even though behind the scenes the address byte's MSB will be sent
when transmitted (so unit address 0 transmits as 0x80, address 1
transmits as 0x81, etc.) The number of channels defaults to 64, but there
are known Renard implementations with 8, 16, 24, 32 and 64 channels and
probably others. This sets the upper bound for channel IDs on this
controller unit, and also the packet size which will always be sent
when pending changes are flushed out to the hardware.
The resolution probably won't ever need to be changed. The Renards
use 256 dimmer levels, so that's the default for that parameter.
"""
ControllerUnit.__init__(self, id, power, network, resolution)
self.address = int(address)
self.type = 'Renard SSR Controller (%d channels)' % channels
self.channels = [None] * channels
self.update_pending = False
self.iter_channels = self._iter_non_null_channel_list
if not 0 <= self.address < 127:
raise ValueError(
"Address %d out of range for a Renard SSR Controller" %
self.address)
def __init__(self, id, power, network, address, resolution=101, channels=32):
"""
Constructor for a FireGod dimmable 128-channel SSR board object:
FireGodControllerUnit(power, id, network, address, [resolution], [channels])
Specify the correct PowerSource object for this unit and
the module address (1-4). The number of channels defaults to 32, but this
can be changed if you have a controller which implements a different number
of channels per module. This will change the number of levels transmitted
in the command packets.
The resolution probably won't ever need to be changed. The FireGod units
use 101 dimmer levels (0%-100%), so that's the default for that parameter.
"""
ControllerUnit.__init__(self, id, power, network, resolution)
self.address = int(address)
self.type = 'FireGod SSR Controller (%d channels)' % channels
self.channels = [None] * channels
self.update_pending = False
self.iter_channels = self._iter_non_null_channel_list
if not 1 <= self.address <= 4:
raise ValueError("Address %d out of range for a FireGod SSR Controller Module" % self.address)
def __init__(self, id, power, network, resolution=16):
ControllerUnit.__init__(self, id, power, network, resolution)
self.type = 'X-10 Controller'
