def __repr__(self):
return (
"network metrics:\n" +
"\tdata transmitted: {}\n".format(utils.bytes_to_string(self.bytes_transmitted)) +
"\ttransmit utilization: {:.2f}%\n".format(self.transmit_utilization * 100) +
"\teffective transmit throughput: {}/s ({}/s)\n".format(
utils.bits_to_string(self.effective_transmit_throughput_Bps * 8),
utils.bytes_to_string(self.effective_transmit_throughput_Bps))
)
def __repr__(self):
return (
"network metrics:\n" +
"\tdata transmitted: {}\n".format(utils.bytes_to_string(self.bytes_transmitted)) +
"\ttransmit utilization: {:.2f}%\n".format(self.transmit_utilization * 100) +
"\teffective transmit throughput: {}/s ({}/s)\n".format(
utils.bits_to_string(self.effective_transmit_throughput_Bps * 8),
utils.bytes_to_string(self.effective_transmit_throughput_Bps))
)
def decode(self, bits):
result = { '__NAME': self.name }
idx = 0
for field in self.fields:
name = field[0]
length = field[1]
value = bits[idx:idx+length]
result[name] = bits_to_string(value, prefix=True)
idx += length
return result
def sample(self):
sentence = self.task.train_x[np.random.randint(self.sizes[-1])]
print(bits_to_string(sentence), end='|')
for _ in range(1):
self.Xs = [sentence]
self.forward_pass()
#char = np.random.choice(self.task.get_chars(), p=normalize(self.Xs[-1]))
char = self.task.get_chars()[np.argmax(self.Xs[-1])]
sentence = np.concatenate((sentence[8:], string_to_bits(char)))
print(char, end='')
print('\n\n')
def format(self, name, bits, chain_id, chip=None):
return bits_to_string(bits)
if slice < 4:
for x in range(1, 4):
name = "IOMUX%02i" % (slice + (4 * x))
bit_len = len(tile.values[name])
tile.encode(name, [0] * bit_len, bits, False)
#
# Write the ASC file
#
asc = open(sys.argv[2], 'w')
asc.write(".device 0x%x\n\n" % chip.device_id)
chain_idx = 0
for chain in bits_by_config:
asc.write(".config_chain %i\n" % (chain_idx))
asc.write(bits_to_string(bits_by_config[chain_idx]))
asc.write("\n\n")
chain_idx += 1
for tile_col in range(0, chip.columns):
for tile_row in range(0, chip.rows):
tile = chip.tile_at(tile_col, tile_row)
if tile is None:
continue
asc.write(".%s %i %i\n" % (tile.type, tile_col, tile_row))
bits = bits_by_tile[tile_col][tile_row]
bit_idx = 0
for bit_row in range(0, tile.bitstream_height):
row_str = ""
for bit_col in range(0, tile.bitstream_width):
row_str += str(bits[bit_idx])
