def _handle_data(self, data):
# Do user callbacks first
for callback in self.callbacks:
callback(data)
# Send data to dataCatcher/corrSaver
for baseline in data.baselines:
# Get our data arrays
baseline_data = data[baseline]
# Send the appropriate chunk
if baseline.is_valid():
# Get baseline antennas
ant_left = baseline.left._ant
ant_right = baseline.right._ant
# Get the chunk
chunk = baseline.left._chk
# Get baseline polarizations
pol_left = baseline.left._pol
pol_right = baseline.right._pol
# Get each sidebands data
usb_data = baseline_data[chunk]["USB"]
if baseline.is_auto():
lsb_data = usb_data.copy()
else:
lsb_data = baseline_data[chunk]["LSB"]
# Send our integration
send_integration(
data.int_time - (data.int_length / 2.0),
data.int_length,
chunk,
ant_left,
pol_left,
ant_right,
pol_right,
lsb_data,
usb_data,
0,
)
# Debug log this baseline
self.logger.debug("processed baseline: {!s}".format(baseline))
# Info log the set
self.logger.info("processed all baselines")
import time
import random
import pysendint
amp = 1e9
antennas = range(2, 9)
#lsbCross = [0.0,] * 2**15
#usbCross = [0.0,] * 2**15
now = time.time(); print now
for chunk in [0, 1]:
for i in antennas:
for j in antennas:
lsbCross = list(amp*random.random() for p in range(2**15))
usbCross = list(amp*random.random() for p in range(2**15))
print i, j, pysendint.send_integration(time.time(), 32.0, chunk, i, 1, j, 1, lsbCross, usbCross, 0)