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use new api for run command in examples

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Christos Falas 2025-05-15 16:52:13 +01:00
parent a2aa7301d4
commit 6c33c8e37e
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3 changed files with 46 additions and 36 deletions
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52
examples/measurements.py
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@ -10,15 +10,22 @@ from where_fi.collection.ingest import RealtimeCSIProducer
from where_fi.config import config from where_fi.config import config
from where_fi.visualise import server as visualise from where_fi.visualise import server as visualise
producer = RealtimeCSIProducer() app = CSIApplication(visualise_raw=True)
app = CSIApplication(producer, visualise_raw=True)
visualise.figures.all_figures["median"] = visualise.figures.RandomVariable( visualise.figures.all_figures["median"] = visualise.figures.RandomVariable(
"Median Phase" "Median Phase"
) )
visualise.figures.all_figures["magn"] = visualise.figures.RandomVariable( visualise.figures.all_figures["median_magn"] = visualise.figures.RandomVariable(
"Median Magnitude" "Median Magnitude"
) )
visualise.figures.all_figures["denoised"] = visualise.figures.PerAntennaFigure(
[
visualise.figures.SimpleLineChart("Denoised CSI Phase", "Subcarrier", "Phase"),
visualise.figures.SimpleLineChart(
"Denoised CSI Amplitude", "Subcarrier", "Amplitude"
),
],
[np.angle, np.abs],
)
measurements: list[np.complex64] = [] measurements: list[np.complex64] = []
@ -76,27 +83,28 @@ def _(proc: CSIMatrix) -> None:
if proc_magn[i].full(): if proc_magn[i].full():
proc_magn[i].get() proc_magn[i].get()
proc_magn[i].put(magn) proc_magn[i].put(magn)
if cnt % 100 == 0: print(sum(proc_phase[0, 0, 0].queue))
print(sum(proc_phase[0, 0, 0].queue)) app.visualise_data(
app.visualise_data( np.array([x.queue for x in proc_phase.values()]),
np.array([x.queue for x in proc_phase.values()]), "median",
"median", )
) app.visualise_data(
app.visualise_data( np.array([x.queue for x in proc_magn.values()]),
np.array([x.queue for x in proc_magn.values()]), "median_magn",
"magn", )
) app.visualise_data(
app.visualise_data( np.array([x.queue for x in subcarrier_phase.values()]),
np.array([x.queue for x in subcarrier_phase.values()]), visualise.figures.Figure.PHASE_ANALYSIS,
visualise.figures.Figure.PHASE_ANALYSIS, )
) app.visualise_data(
app.visualise_data( np.array([x.queue for x in subcarrier_magn.values()]),
np.array([x.queue for x in subcarrier_magn.values()]), visualise.figures.Figure.MAGN_ANALYSIS,
visualise.figures.Figure.MAGN_ANALYSIS, )
) app.visualise_data(proc, "denoised")
cnt += 1 cnt += 1
if __name__ == "__main__": if __name__ == "__main__":
print("Starting app") print("Starting app")
app.set_producer(RealtimeCSIProducer())
app.start() app.start()

15
examples/motion_detector.py
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@ -12,8 +12,7 @@ from where_fi.application import CSIApplication
from where_fi.collection.ingest import RealtimeCSIProducer from where_fi.collection.ingest import RealtimeCSIProducer
# Connect to a FeitCSI host # Connect to a FeitCSI host
producer = RealtimeCSIProducer() app = CSIApplication(visualise_raw=True)
app = CSIApplication(producer)
# Stores historical data for each receiving antenna, for each subcarrier # Stores historical data for each receiving antenna, for each subcarrier
@ -21,7 +20,7 @@ historical: dict[tuple[int, int], Queue[np.complex64]] = {}
MAGN_THRESHOLD = 20 MAGN_THRESHOLD = 20
PHASE_THRESHOLD = 0.5 PHASE_THRESHOLD = 0.5
QUEUE_SIZE = 2000 QUEUE_SIZE = 20
@app.on_process @app.on_process
@ -62,6 +61,10 @@ def _(sample: npt.NDArray[np.complex64]) -> None:
np.abs(mean - current) > MAGN_THRESHOLD np.abs(mean - current) > MAGN_THRESHOLD
or np.abs(np.angle(mean) - np.angle(current)) > PHASE_THRESHOLD or np.abs(np.angle(mean) - np.angle(current)) > PHASE_THRESHOLD
): ):
print(
f"Change detected in antenna {antenna}, subcarrier {subcarrier}: "
f"magn: {np.abs(mean - current)}, angle: {np.abs(np.angle(mean) - np.angle(current))}"
)
change = True change = True
if change: if change:
print("Motion detected!") print("Motion detected!")
@ -69,4 +72,8 @@ def _(sample: npt.NDArray[np.complex64]) -> None:
print("No motion detected!") print("No motion detected!")
app.start() if __name__ == "__main__":
# Start the application
print("Starting app")
app.set_producer(RealtimeCSIProducer())
app.start()

15
examples/music.py
View File

@ -8,16 +8,8 @@ from where_fi.collection import CSIMatrix
from where_fi.collection.ingest import RealtimeCSIProducer from where_fi.collection.ingest import RealtimeCSIProducer
from where_fi.config import config from where_fi.config import config
from where_fi.processing import aoa from where_fi.processing import aoa
from where_fi.visualise import server as visualise
producer = RealtimeCSIProducer() app = CSIApplication(visualise_raw=True)
app = CSIApplication(producer, visualise_raw=True)
visualise.figures.all_figures["median"] = visualise.figures.RandomVariable(
"Median Phase"
)
visualise.figures.all_figures["magn"] = visualise.figures.RandomVariable(
"Median Magnitude"
)
logging.basicConfig(level=logging.INFO) logging.basicConfig(level=logging.INFO)
@ -65,4 +57,7 @@ def _(_: CSIMatrix) -> None:
# return torch.abs(c)[:, 0, 0] # return torch.abs(c)[:, 0, 0]
app.start() if __name__ == "__main__":
producer = RealtimeCSIProducer()
app.set_producer(producer)
app.start()