Every once in a while I get stumped. I've been running Applied Ballistics for Android for as long as I can remember so I'm not a first time user, but I have encountered some weird behavior that is most likely attributed to user error, so really this is about helping me understand what I'm doing wrong. This is not about exterior ballistics, I'm just running simulations on the app.
I actually uninstalled the app to hopefully fix the issue, but it seems to persist. Basically my trajectory table is off by less than a minute at the zero distance.
Under the cartridge I select a zero range, say for instance 600 yards and then when I run the solver it shows the path in inches being 2" high at 600 yards. I have the elevation correction factor set to 1. I also have the zero height set to "0". Shouldn't the path be "0" at the zero distance? In the past, that always seemed to be the case. Something is causing an offset and I'm flummoxed about it. This happens when I use CDMs or BCs and regardless or zero range. Although the error does change depending on the zero range.
Any help would be appreciated.
B
PS- I don't have this issue when running the Point Mass Ballistics Solver 3.0 that came with Bryan's book, but
I actually uninstalled the app to hopefully fix the issue, but it seems to persist. Basically my trajectory table is off by less than a minute at the zero distance.
Under the cartridge I select a zero range, say for instance 600 yards and then when I run the solver it shows the path in inches being 2" high at 600 yards. I have the elevation correction factor set to 1. I also have the zero height set to "0". Shouldn't the path be "0" at the zero distance? In the past, that always seemed to be the case. Something is causing an offset and I'm flummoxed about it. This happens when I use CDMs or BCs and regardless or zero range. Although the error does change depending on the zero range.
Any help would be appreciated.
B
PS- I don't have this issue when running the Point Mass Ballistics Solver 3.0 that came with Bryan's book, but