while practicing some dry firing, i came up with an idea. What if i had some kind of device which could track my point of aim and show me afterwards whats happening every time i pull the trigger? I then came up with the idea of mounting a standard laser sight onto my pistol and pointing it at a blank wall 15-20 yards away where that laser dot will be tracked via a camera by a computer program. it will draw the arc which the laser produces and show me the pattern on screen. and so i set out to create such a device.
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after much decision making and with my current level of knowledge on computer programming, this is what i came up with...
IT WORKS! yes, thats just a stick with a pen taped to the end then taped to my gun. with a friend of mine watching up close we managed to identify where and how i was jerking the trigger and as time passed the little scribbles on paper shrank in size.
in all seriousness, now that the theory has been tested, i will be working with a friend to create a program which can do exactly what i described above. I will post more info as we begin to have something to show.
the plan:
- program tracks the laser and draws the path of which it travels
- a switch or sensor which is attached to the gun will detect when the hammer falls
- when sensor is tripped the program will take a snapshot of the laser's path from 1/8 of a second prior to 1/2 of a second after the sensor is tripped.
- from -1/8 of a second to 0 is highlighted in one color, from 0 to +1/2 second will be highlighted in another color.
- the program will archive a record of these snaoshots for comparison.
.
.
.
.
.
.
.
after much decision making and with my current level of knowledge on computer programming, this is what i came up with...

IT WORKS! yes, thats just a stick with a pen taped to the end then taped to my gun. with a friend of mine watching up close we managed to identify where and how i was jerking the trigger and as time passed the little scribbles on paper shrank in size.
in all seriousness, now that the theory has been tested, i will be working with a friend to create a program which can do exactly what i described above. I will post more info as we begin to have something to show.
the plan:
- program tracks the laser and draws the path of which it travels
- a switch or sensor which is attached to the gun will detect when the hammer falls
- when sensor is tripped the program will take a snapshot of the laser's path from 1/8 of a second prior to 1/2 of a second after the sensor is tripped.
- from -1/8 of a second to 0 is highlighted in one color, from 0 to +1/2 second will be highlighted in another color.
- the program will archive a record of these snaoshots for comparison.
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