Difference between revisions of "WCmore's Graphs"

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m (twcweather.forecast.daypart[0])
m (twcweather.forecast.daypart[0])
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== twcweather.forecast.daypart[0] ==
 
== twcweather.forecast.daypart[0] ==
  
Twice a day the data stored under [[TWC_Weather#Partial_day_forecast|twcweather.forecast.daypart[0]]] changes.  Preliminary tests over 15 days (''31 data points'') shows it changes sometime between 3:00 and 3:30.  Often it changes over within the first ten minutes, but I have seen it happen much later on occasions.
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Twice a day the data stored under [[TWC_Weather#Partial_day_forecast|twcweather.forecast.daypart[0]]] shifts.  Preliminary tests over 15 days (''31 data points'') shows it changes sometime between 3:00 and 3:30.  Often it changes over within the first ten minutes, but I have seen it happen much later on occasions.
  
 
Here is a quick graph to show how much it varies day by day.  (''the numbers show how many minutes past 3 AM/PM'')
 
Here is a quick graph to show how much it varies day by day.  (''the numbers show how many minutes past 3 AM/PM'')
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[[File:TwcChangeoverRotate.jpg|none]]
 
[[File:TwcChangeoverRotate.jpg|none]]
  
The change over can not automatically trigger a piston, so to determine the time it changes I have to query it multiple times, and take note of when it changes.  The long bars is when I was checking every 5 or 10 minutes... The short bars is when I was checking every minute (''to narrow it down more precisely'').
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The change over can't automatically trigger a piston, so to determine the time it changes I have to query it multiple times, and take note of when it changes.  Each mark above denotes the last time the old data was seen, and the first time the new data was seen.  The long bars is when I was checking every 5 or 10 minutes... The short bars is when I was checking every minute (''to narrow it down more precisely'').  
  
For those wanting a reliable piston, I would make your queries at 3:35 AM/PM or later to assure that you are getting the new data.  On the other hand, if you want to capture the old data right before it vanishes, I would grab that at 2:55 AM/PM or earlier.
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For those wanting a reliable piston, I would make your queries at 3:35 AM/PM (''or later'') to assure that you are getting the new data.  On the other hand, if you want to capture the old data right before it vanishes, I would grab that at 2:55 AM/PM (''or earlier'').
  
 
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[[TWC_Weather#Partial_day_forecast|WebCoRE's official page on $twcweather]]
 
[[TWC_Weather#Partial_day_forecast|WebCoRE's official page on $twcweather]]

Revision as of 02:27, 31 March 2019

twcweather.forecast.daypart[0]

Twice a day the data stored under twcweather.forecast.daypart[0] shifts. Preliminary tests over 15 days (31 data points) shows it changes sometime between 3:00 and 3:30. Often it changes over within the first ten minutes, but I have seen it happen much later on occasions.

Here is a quick graph to show how much it varies day by day. (the numbers show how many minutes past 3 AM/PM)

TwcChangeoverRotate.jpg

The change over can't automatically trigger a piston, so to determine the time it changes I have to query it multiple times, and take note of when it changes. Each mark above denotes the last time the old data was seen, and the first time the new data was seen. The long bars is when I was checking every 5 or 10 minutes... The short bars is when I was checking every minute (to narrow it down more precisely).

For those wanting a reliable piston, I would make your queries at 3:35 AM/PM (or later) to assure that you are getting the new data. On the other hand, if you want to capture the old data right before it vanishes, I would grab that at 2:55 AM/PM (or earlier).


WebCoRE's official page on $twcweather