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As of yesterday afternoon, the company was still unsure exactly how the faulty code made the program malfunction in the few cases in which data was shifted.
Since the time scale in the measured data was shifted for the sake of synchronization of the conversion events of Rab5 and Rab7 domain proteins, we rescaled it in order to conduct a direct comparison of the numeric simulation (reference model) with the measured data: We used the transformation t ← 4 t + 850.
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The results showed that there were events with quite similar waveforms when the data are shifted by the onset delays.
Propagating waves observed at two different points should have high correlation when data are shifted by a propagation delay.
If, for example, the data are shifted by a multiple of the voxel size, the data are not interpolated at all.
The waveforms of each compressional Pi 2 wave and earthward BBF were well correlated when the data were shifted by the delay times.
On the other hand, if the data are shifted by half of the voxel size (plus an arbitrary multiple of the voxel size), the interpolation effects are maximal.
However, the corresponding peaks of the main shock data are shifted to longer periods, for example, from 0.2 to 0.25 s or from 0.5 to 0.8 s.
Rigid registration is the most simple of all the transformations as one data is purely translated with respect to another; that is, all points in the data are shifted by the same vector.
Also, there are several events whose waveforms are synchronized, including their irregular features when the data are shifted by the onset delays (for example, Figure1b and events F and G in Figure2).
Although the SUNY gridded data is shifted in time (using interpolation) for consistency, we find the hourly readings from two adjacent pixels (within the same timezone but obtained using different satellites) can be very different.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com