fine.
Plus, supporting communications between analog modems is cool :)
-
"""
def __init__(self, modem,
self.ring_uncertainty = ring_uncertainty
self.symbol_uncertainty = symbol_distance / 2.
- logging.debug("dot time: transmit: %.2f receive: (%.2f, %.2f)",
+ logging.debug("dot ---------> transmit time: %.2f "
+ "receive time: between %.2f and %.2f",
self.dot_time,
(self.dot_time - self.symbol_uncertainty),
(self.dot_time + self.symbol_uncertainty))
- logging.debug("dash time: transmit: %.2f receive: (%.2f, %.2f)",
+ logging.debug("dash --------> transmit time: %.2f "
+ "receive time: between %.2f and %.2f",
self.dash_time,
(self.dash_time - self.symbol_uncertainty),
(self.dash_time + self.symbol_uncertainty))
- logging.debug("signalspace time: transmit: %.2f receive: (%.2f, %.2f)",
+ logging.debug("singalspace -> transmit time: %.2f "
+ "receive time: between %.2f and %.2f",
self.signalspace_time,
(self.signalspace_time - self.symbol_uncertainty),
(self.signalspace_time + self.symbol_uncertainty))
- logging.debug("wordspace time: transmit: %.2f receive: (%.2f, %.2f)",
+ logging.debug("wordspace ---> transmit time: %.2f "
+ "receive time: between %.2f and %.2f",
self.wordspace_time,
(self.wordspace_time - self.symbol_uncertainty),
(self.wordspace_time + self.symbol_uncertainty))
- logging.debug("EOM time: transmit: %.2f receive: (%.2f, +inf)",
+ logging.debug("EOM ---------> transmit time: %.2f "
+ "receive time: between %.2f and inf",
self.eom_time,
(self.eom_time - self.symbol_uncertainty))
return
# if the code made it up to here, something fishy is going on
- logging.error("Unexpected distance: %.2f", ring_distance)
+ logging.error("Unexpected distance: %.2f", call_distance)
logging.error("Check the transmitter and receiver parameters")
def receive_loop(self):
transmitting_time += self.eom_time
- logging.debug("Estimated transmitting time: %d seconds",
+ logging.debug("Estimated transmitting time: %.2f seconds",
transmitting_time)