Bingo! Many thanks!  Bob

bg@n4mrv:~/weewx_tonga_browse-main$ sudo python3 ./tonga_barometer.py
distance to eruption 12056.6 km
arrival at 1642257762 (2022-01-15 09:42:41)
opposite pulse arrival at 1642307533 (2022-01-15 23:32:13)
second time around pulse arrival at 1642382887 (2022-01-16 20:28:06)
select datetime, barometer from archive where datetime > 1642240800 and 
datetime
 < 1642395600 and barometer is not null order by dateTime;
query returned 171 data points
Fitting between 1642240800.0 and 1642395600.0 with 10 knots

[image: Figure_1.png]

On Sunday, January 23, 2022 at 11:56:22 AM UTC-5 bgra...@umw.edu wrote:

> Hi morrowwm,
> I have tried your latest github post and am getting the following error:
> ```
> root@n4mrv:/home/bg/weewx_tonga_browse-main# ./tonga_barometer.py
>
> distance to eruption 12056.6 km
> arrival at 1642257762 (2022-01-15 09:42:41)
> opposite pulse arrival at 1642307533 (2022-01-15 23:32:13)
> second time around pulse arrival at 1642382887 (2022-01-16 20:28:06)
> select datetime, barometer from archive where datetime > 1642240800 and 
> datetime < 1642395600 and barometer is not null order by dateTime;
> query returned 171 data points
>
> Traceback (most recent call last):
>   File "./tonga_barometer.py", line 96, in <module>
>     knots = np.linspace(np.min(tdata), np.max(tdata), 
> (stop_time-start_time)/(3600*smoothing_hours), endpoint=True)  # spline 
> knot every N hours
>   File "<__array_function__ internals>", line 180, in linspace
>   File 
> "/usr/local/lib/python3.8/dist-packages/numpy/core/function_base.py", line 
> 120, in linspace
>     num = operator.index(num)
> TypeError: 'float' object cannot be interpreted as an integer
> ```
> The earlier version worked correctly and I don't think I have changed 
> anything. I am using the same copy of weewx.sdb and only changed my 
> lat/lon. 
> Much appreciated for your work on this software.
> Cheers,
> Bob
> On Saturday, January 22, 2022 at 4:14:51 PM UTC-5 morr...@gmail.com wrote:
>
>> Also, I found a bug in calculating the smooth (spline fit) curve which is 
>> removed to highlight the eruption events. Added display of the points used 
>> to calculate the fitted curve.
>>
>> On Saturday, January 22, 2022 at 4:32:47 p.m. UTC-4 morr...@gmail.com 
>> wrote:
>>
>>> Forgot that, thanks for the reminder. Added now.
>>>
>>> On Saturday, January 22, 2022 at 4:22:51 p.m. UTC-4 storm...@gmail.com 
>>> wrote:
>>>
>>>> Nice work (Morrowwn  thanks!).  If you have any nulls in the data 
>>>> during the selected timeframe, change the query to read:  (Cameron D 
>>>> thanks!)
>>>>
>>>> *query = "select datetime, barometer from archive where datetime > %.0f 
>>>> and datetime < %.0f and barometer is not null order by dateTime;" % 
>>>> (start_time, stop_time)*
>>>>
>>>>
>>>>
>>>>
>>>> [image: hunga_tonga.png]
>>>>
>>>> If you want the bars closer to the rise and falls of the events, need 
>>>> to adjust the speed of sound slightly.
>>>> On Saturday, January 22, 2022 at 2:37:09 PM UTC-5 pmcg...@gmail.com 
>>>> wrote:
>>>>
>>>>> WOW!  This is some interesting data, here is my location in Northern 
>>>>> Utah.  Looks like the reverse may be a little off in calculation but this 
>>>>> made it easy to find instead of hunting through the data.
>>>>>
>>>>> Great Work!
>>>>> [image: hunga_tonga.png]
>>>>> On Saturday, January 22, 2022 at 12:16:45 PM UTC-7 morr...@gmail.com 
>>>>> wrote:
>>>>>
>>>>>> Did an update to my script at: 
>>>>>> https://github.com/morrowwm/weewx_tonga_browse
>>>>>>
>>>>>> Mostly incorporating additions from Cameron (thanks!)
>>>>>>
>>>>>> All parameters you likely want to set are near the top of the script.
>>>>>>
>>>>>>    1. support for mysql (untested, I don't have a mysql based weewx 
>>>>>>    installation)
>>>>>>    2. calculation and display of all three initial arrival, arrival 
>>>>>>    from opposite direction, and second arrival after one trip around the 
>>>>>> globe
>>>>>>    3. highlighting of the three events with grey bars
>>>>>>    4. cubic spline curve fit of raw data and use of that fit to 
>>>>>>    remove the base pressure variations. The new smoothing_hours 
>>>>>> parameter can 
>>>>>>    be used to control how close the fit is. 
>>>>>>    5. changed the display of data to highlight the extracted events 
>>>>>>    and subdue the original data, other cosmetic changes
>>>>>>
>>>>>> I had a data outage about 26 hours after the event, we're quite a 
>>>>>> distance from Tonga, plus a major storm was clearing out in our area. So 
>>>>>> not obviously anything unusual happened.
>>>>>>
>>>>>> Some scientist might be interested in the arrival times of all this 
>>>>>> data, though.
>>>>>> [image: hunga_tonga.png]
>>>>>>
>>>>>>

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