Generator yielding equal length sliding windows of the Trace. Return a new Trace object with data going from start to end time. Resample trace data using Fourier method.Ĭorrect for instrument response / Simulate new instrument response. Normalize the trace to its absolute maximum.Ĭreate a simple graph of the current trace. Returns the value of the absolute maximum amplitude in the trace. Interpolate the data using various interpolation techniques. Integrate the trace with respect to time. Return number of data samples of the current trace.ĭownsample trace data by an integer factor.ĭifferentiate the trace with respect to time. Search for and attach channel response to the trace as .stats.response. Return a SEED compatible identifier of the trace. Returns basic information about the trace object. Returns the number of samples contained in the trace. Merges traceA and traceB into one new trace object. Supported Operations trace = traceA + traceB ![]() Sure themselves that no C operations are performed on potentially Trace._always_contiguous = False, in this case the user has to make On the other hand this might result in some Numpy.ndarray will always be made contiguous in memory. data attribute containing the time series samples as a
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