23 lines
626 B
Python
23 lines
626 B
Python
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import numpy
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def result():
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o=MeasurementResult("overview")
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for r in results:
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if r is None: continue
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#print r
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data["single scan"]=r
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phase = r.get_description("phase")
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i = int(r.get_description("i"))
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r1=numpy.array(r.get_result_by_index(0).y[0], dtype="Float64")
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r2=numpy.array(r.get_result_by_index(1).y[0], dtype="Float64")
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#print r1
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r1-=r1.mean()
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r1/=r1.std()
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r2-=r2.mean()
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r2/=r2.std()
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c = numpy.dot(r1, r2)
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print c
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o[phase+360*i]=AccumulatedValue(c)
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data["overview"]=o
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