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I would like to highlight two points that, in my view, may require clarification or correction.:
Threshold Calculation
The documentation and comments mention that the threshold is computed as “mean + std” of the intervals between I/O phases. However, in the code inside merge_overlapping_io_phases() (in dxt.py ), it appears to be simply the average (mean) of those intervals, without adding the standard deviation. Could you confirm which is the intended formula?
--io_phase Option Not Recognized
When attempting to generate the I/O phase plots via -i or --io_phase flags, DXT Explorer returns an “unrecognized argument” error. It looks like the command-line parser includes an --io_phase option, but the installed version or Docker image does not recognize it. Is there a recommended approach or updated version for generating I/O phase plots ?
Any clarification on these points would be really helpful. Thanks in advance, and keep up the great work!
What did you expect to happen?
Hi,
I would like to highlight two points that, in my view, may require clarification or correction.:
Threshold Calculation
The documentation and comments mention that the threshold is computed as “mean + std” of the intervals between I/O phases. However, in the code inside merge_overlapping_io_phases() (in dxt.py ), it appears to be simply the average (mean) of those intervals, without adding the standard deviation. Could you confirm which is the intended formula?
--io_phase Option Not Recognized
When attempting to generate the I/O phase plots via -i or --io_phase flags, DXT Explorer returns an “unrecognized argument” error. It looks like the command-line parser includes an --io_phase option, but the installed version or Docker image does not recognize it. Is there a recommended approach or updated version for generating I/O phase plots ?
Any clarification on these points would be really helpful. Thanks in advance, and keep up the great work!
Version
0.1
Relevant log output
dxt-explorer 1.3 (Aug 17, 2022)
The text was updated successfully, but these errors were encountered:
What happened?
Hi,
I would like to highlight two points that, in my view, may require clarification or correction.:
Threshold Calculation
The documentation and comments mention that the threshold is computed as “mean + std” of the intervals between I/O phases. However, in the code inside merge_overlapping_io_phases() (in dxt.py ), it appears to be simply the average (mean) of those intervals, without adding the standard deviation. Could you confirm which is the intended formula?
--io_phase Option Not Recognized
When attempting to generate the I/O phase plots via -i or --io_phase flags, DXT Explorer returns an “unrecognized argument” error. It looks like the command-line parser includes an --io_phase option, but the installed version or Docker image does not recognize it. Is there a recommended approach or updated version for generating I/O phase plots ?
Any clarification on these points would be really helpful. Thanks in advance, and keep up the great work!
What did you expect to happen?
Hi,
I would like to highlight two points that, in my view, may require clarification or correction.:
Threshold Calculation
The documentation and comments mention that the threshold is computed as “mean + std” of the intervals between I/O phases. However, in the code inside merge_overlapping_io_phases() (in dxt.py ), it appears to be simply the average (mean) of those intervals, without adding the standard deviation. Could you confirm which is the intended formula?
--io_phase Option Not Recognized
When attempting to generate the I/O phase plots via -i or --io_phase flags, DXT Explorer returns an “unrecognized argument” error. It looks like the command-line parser includes an --io_phase option, but the installed version or Docker image does not recognize it. Is there a recommended approach or updated version for generating I/O phase plots ?
Any clarification on these points would be really helpful. Thanks in advance, and keep up the great work!
Version
0.1
Relevant log output
The text was updated successfully, but these errors were encountered: