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Location: light9/light8/Patch.py - annotation
f0e1dde35aec
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text/x-python
better brakes and numerics (oscillations are still possible if the updates get
better brakes and numerics (oscillations are still possible if the updates get
slow, like when you're moving a lot of faders)
better brakes and numerics (oscillations are still possible if the updates get
slow, like when you're moving a lot of faders)
f974a462133f 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 f974a462133f 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 f974a462133f 45b12307c695 f974a462133f f974a462133f f974a462133f f974a462133f 45b12307c695 f974a462133f f974a462133f 45b12307c695 45b12307c695 45b12307c695 f974a462133f 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 45b12307c695 | from types import TupleType
def get_dmx_channel(name):
if name in patch:
return patch[name]
try:
i = int(name)
return i
except ValueError:
raise "Invalid channel name:", name
def get_channel_name(dmxnum):
try:
return reverse_patch[dmxnum]
except KeyError:
return str(dmxnum)
def reload_data(dummy):
global patch, reverse_patch
if dummy:
import ConfigDummy as Config
else:
import Config
reload(Config)
loadedpatch = Config.patch
patch = {}
reverse_patch = {}
for k, v in loadedpatch.items():
if type(k) == TupleType:
for name in k:
patch[name] = v
reverse_patch[v] = k[0]
else:
patch[k] = v
reverse_patch[v] = k
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