Great work you are doing here Andy, there are definitely many hurdles to overcome with machine vision but it sounds like you are up for the challenge. Having worked developing automated optical alignment processes, I’ve had a front row seat to the challenges faced by software developers (not me) when implementing machine vision.
In the past I’ve owed a VectorPro LM and for those of you that are familiar with it, it used a mic to trigger the cameras. Given that you need to make a significate impact sound to trigger it, short game shots would not get captured. Eventually (for the fun of it) I decided to build an external optical trigger to register short game shots including putts. I built a trigger using an IR beam break sensor and an Arduino. The ball would be placed between the IR sensors in the hitting area and once the ball was hit the Arduino detects that the ball was gone and triggered the VectorPro through a hardwire that I connected to the internals of the VectorPro. The external trigger worked well enough and I was able to use it to play the E6 trial course that was available for the VectorPro at the time. Anyway I think that you could possibly use this optical trigger idea to trigger your camera to get the screen capture of the current shot. Let me know if you want more details on it.
I’m a GC2 (no HMT, maybe one day…) owner today, it’s obviously way better than my old hacked up VectorPro unit, not even close really. I too have been experimenting with ways to get ball launch data out that would benefit the GCQuad users looking for third party software alternatives. So far I’ve made good progress on this, more to come…
In the past I’ve owed a VectorPro LM and for those of you that are familiar with it, it used a mic to trigger the cameras. Given that you need to make a significate impact sound to trigger it, short game shots would not get captured. Eventually (for the fun of it) I decided to build an external optical trigger to register short game shots including putts. I built a trigger using an IR beam break sensor and an Arduino. The ball would be placed between the IR sensors in the hitting area and once the ball was hit the Arduino detects that the ball was gone and triggered the VectorPro through a hardwire that I connected to the internals of the VectorPro. The external trigger worked well enough and I was able to use it to play the E6 trial course that was available for the VectorPro at the time. Anyway I think that you could possibly use this optical trigger idea to trigger your camera to get the screen capture of the current shot. Let me know if you want more details on it.
I’m a GC2 (no HMT, maybe one day…) owner today, it’s obviously way better than my old hacked up VectorPro unit, not even close really. I too have been experimenting with ways to get ball launch data out that would benefit the GCQuad users looking for third party software alternatives. So far I’ve made good progress on this, more to come…
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