I'm having trouble thinking something through......
I understand how taking into account atmospheric conditions for where you're shooting (elevation, temperature, blah blah) is important to accurate ballistics information. However......
What about capturing atmospheric conditions for when zero is established? I use the ballistics app called Shooter. To get come-ups and ballistics tables for a given round in a given situation there are all kinds of places in the app to get that data input. But when putting a load in for one of your guns (where you document bullet weight, sight-in distance, bullet ballistics coefficient, muzzle velocity, etc.) there isn't anywhere to document atmosphere. (You can select "Zero Atmosphere" and then input a bunch of conditions. The manual states this is for when you zero *beyond* 100 yds.)
So.....I'm having a hard time understanding this. I would *think* atmospheric conditions would need to be documented for any zero - 100 yds or not.
Can anyone educate me?
Thanks.
OR
I understand how taking into account atmospheric conditions for where you're shooting (elevation, temperature, blah blah) is important to accurate ballistics information. However......
What about capturing atmospheric conditions for when zero is established? I use the ballistics app called Shooter. To get come-ups and ballistics tables for a given round in a given situation there are all kinds of places in the app to get that data input. But when putting a load in for one of your guns (where you document bullet weight, sight-in distance, bullet ballistics coefficient, muzzle velocity, etc.) there isn't anywhere to document atmosphere. (You can select "Zero Atmosphere" and then input a bunch of conditions. The manual states this is for when you zero *beyond* 100 yds.)
So.....I'm having a hard time understanding this. I would *think* atmospheric conditions would need to be documented for any zero - 100 yds or not.
Can anyone educate me?
Thanks.
OR