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train:blog [2025/06/18 16:10] Roy Proutytrain:blog [2025/06/18 16:10] (current) Roy Prouty
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 |  YYYYmmddTHHMM | Object  | Filter  |  time | gain | airmass | mag(V) | HH | DD  | type  | Scope | Purpose | tracking? Others?| |  YYYYmmddTHHMM | Object  | Filter  |  time | gain | airmass | mag(V) | HH | DD  | type  | Scope | Purpose | tracking? Others?|
  
-Use this table to record every frame taken that night, make sure not to miss any of the table cells. It is important that the research team receives as much information about the observing conditions as possible to account for any confounding variables in the data. +Use this table to record every frame taken that night, make sure not to miss any of the table cells. It is important that the research team receives as much information about the observing conditions as possible to account for any confounding variables in the data. This frame table must include rows for any light frames (different rows for different capture parameters), along with separate rows for each calibration frame -- again different rows for different parameters (e.g., time, filter, gain, etc). 
          
 In order from left to right: In order from left to right:
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   * **Notes** - Anything of note about the specific frame (ex. dropped frames, deleted, clouds rolled in during the capture, etc.)   * **Notes** - Anything of note about the specific frame (ex. dropped frames, deleted, clouds rolled in during the capture, etc.)
  
-This frame table must include rows for any light frames (different rows for different capture parameters), along with separate rows for each calibration frame -- again different rows for different parameters (e.g., time, filter, gain, etc).+
  
 =====Log===== =====Log=====