def format_datagram(cls, datagram):
result = []
result.append('size {}'.format(len(datagram)))
index = 0
while index < len(datagram):
chunk = datagram[index:index + 16]
line = '{: >4} '.format(index)
hex_blocks = []
ascii_block = ''
for chunk in utils.group_iterable_by_count(chunk, 4):
hex_block = []
for byte in chunk:
char = int(byte)
if 31 < char < 127:
char = chr(char)
else:
char = '.'
ascii_block += char
hexed = hex(byte)[2:].zfill(2)
hex_block.append(hexed)
hex_block = ' '.join(hex_block)
hex_blocks.append(hex_block)
hex_blocks = ' '.join(hex_blocks)
ascii_block = '|{}|'.format(ascii_block)
hex_blocks = '{: <53}'.format(hex_blocks)
line += hex_blocks
line += ascii_block
result.append(line)
index += 16
result = '\n'.join(result)
return result
def format_datagram(datagram):
result = []
result.append("size {}".format(len(datagram)))
index = 0
while index < len(datagram):
chunk = datagram[index : index + 16]
line = "{: >4} ".format(index)
hex_blocks = []
ascii_block = ""
for chunk in utils.group_iterable_by_count(chunk, 4):
hex_block = []
for byte in chunk:
char = int(byte)
if 31 < char < 127:
char = chr(char)
else:
char = "."
ascii_block += char
hexed = hex(byte)[2:].zfill(2)
hex_block.append(hexed)
hex_block = " ".join(hex_block)
hex_blocks.append(hex_block)
hex_blocks = " ".join(hex_blocks)
ascii_block = "|{}|".format(ascii_block)
hex_blocks = "{: <53}".format(hex_blocks)
line += hex_blocks
line += ascii_block
result.append(line)
index += 16
result = "\n".join(result)
return result
def _handle_input_levels(self, message):
contents = message.contents[2:]
peak_levels = []
rms_levels = []
for peak, rms in utils.group_iterable_by_count(contents, 2):
peak_levels.append(peak)
rms_levels.append(rms)
self._input_meter_peak_levels = tuple(peak_levels)
self._input_meter_rms_levels = tuple(rms_levels)
def _handle_output_levels(self, message):
contents = message.contents[2:]
peak_levels = []
rms_levels = []
for peak, rms in utils.group_iterable_by_count(contents, 2):
peak_levels.append(peak)
rms_levels.append(rms)
self._output_meter_peak_levels = tuple(peak_levels)
self._output_meter_rms_levels = tuple(rms_levels)
supriya.system.PubSub.notify(
"server-meters",
{
"input_meter_peak_levels": self._input_meter_peak_levels,
"input_meter_rms_levels": self._input_meter_rms_levels,
"output_meter_peak_levels": self._output_meter_peak_levels,
"output_meter_rms_levels": self._output_meter_rms_levels,
},
)
def new(cls, sources):
import supriya.synthdefs
import supriya.ugens
sources = cls._flatten_sources(sources)
summed_sources = []
for part in utils.group_iterable_by_count(sources, 4):
if len(part) == 4:
summed_sources.append(supriya.ugens.Sum4(*part))
elif len(part) == 3:
summed_sources.append(supriya.ugens.Sum3(*part))
elif len(part) == 2:
summed_sources.append(part[0] + part[1])
else:
summed_sources.append(part[0])
if len(summed_sources) == 1:
return summed_sources[0]
return Mix.new(summed_sources)
def new(cls, sources):
import supriya.synthdefs
import supriya.ugens
sources = cls._flatten_sources(sources)
summed_sources = []
for part in utils.group_iterable_by_count(sources, 4):
if len(part) == 4:
summed_sources.append(supriya.ugens.Sum4(*part))
elif len(part) == 3:
summed_sources.append(supriya.ugens.Sum3(*part))
elif len(part) == 2:
summed_sources.append(part[0] + part[1])
else:
summed_sources.append(part[0])
if len(summed_sources) == 1:
return summed_sources[0]
return Mix.new(summed_sources)
def new(cls, sources):
import supriya.synthdefs
import supriya.ugens
flattened_sources = []
for source in sources:
if isinstance(source, supriya.synthdefs.UGenArray):
flattened_sources.extend(source)
else:
flattened_sources.append(source)
sources = supriya.synthdefs.UGenArray(flattened_sources)
summed_sources = []
for part in utils.group_iterable_by_count(sources, 4):
if len(part) == 4:
summed_sources.append(supriya.ugens.Sum4(*part))
elif len(part) == 3:
summed_sources.append(supriya.ugens.Sum3(*part))
elif len(part) == 2:
summed_sources.append(part[0] + part[1])
else:
summed_sources.append(part[0])
if len(summed_sources) == 1:
return summed_sources[0]
return Mix.new(summed_sources)