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Rifles, Reloading, Optics, Equipment
Rifles, Bullets, Barrels & Ballistics
Whole new Ballistics algorithm
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<blockquote data-quote="ColoYooper" data-source="post: 766679" data-attributes="member: 64765"><p>I apologize for not being able to attach the .exe program...I'd like some other people to play with it and provide input. The VirtualSpotter HD video streaming program also reads a configuration file that identifies you and the gun, your scope mounting height, the type of crosshairs you have, and whether you want MOA or MILS. But I have managed to attach a couple of screen captures of the simplified VS_Calculator app. Note: It also provides MIL holdoff for entered wind conditions, a vMOA for the bullet drop at the selected yardage, and an hMOA for spin drift at the selected yardage.</p><p>Actually, I do see a minor difference of 0.25MOA at the 300yard estimate between the (2) samples...This is due to the application finding 2 differernt G curves and bending them at different decay rates (93 vs 91) to intersect the observed MOA settings at 550 and 1035 yards. But as you can see in the data, variations in measured v0 velocity do not significantly modify the results.</p></blockquote><p></p>
[QUOTE="ColoYooper, post: 766679, member: 64765"] I apologize for not being able to attach the .exe program...I'd like some other people to play with it and provide input. The VirtualSpotter HD video streaming program also reads a configuration file that identifies you and the gun, your scope mounting height, the type of crosshairs you have, and whether you want MOA or MILS. But I have managed to attach a couple of screen captures of the simplified VS_Calculator app. Note: It also provides MIL holdoff for entered wind conditions, a vMOA for the bullet drop at the selected yardage, and an hMOA for spin drift at the selected yardage. Actually, I do see a minor difference of 0.25MOA at the 300yard estimate between the (2) samples...This is due to the application finding 2 differernt G curves and bending them at different decay rates (93 vs 91) to intersect the observed MOA settings at 550 and 1035 yards. But as you can see in the data, variations in measured v0 velocity do not significantly modify the results. [/QUOTE]
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Rifles, Reloading, Optics, Equipment
Rifles, Bullets, Barrels & Ballistics
Whole new Ballistics algorithm
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