Thought I would post back and say thanks for helping me program the
target.
It was very straightforward in the end. And if someone else 'Googles'
it in the future this is bound to come up!
Identify the centre point, then use the X and Y coordinates of it as a
correction factor
Use Pythagoras
Hello - Thanks for your reply!
What you have just mentioned is pretty much where I'm stuck!
I don't know how to identify programatically where the target actually
is. Would this be done using pixel coordinates?
Is there a way to determine the resolution of the phone (screen) that
the app is being
On Tue, Aug 3, 2010 at 11:25 AM, kingh32 horaceb1...@gmail.com wrote:
Would this be done using pixel coordinates?
I guess.
Is there a way to determine the resolution of the phone (screen) that
the app is being run on and adjust these calculations accordingly?
On Tue, Aug 3, 2010 at 11:25 AM, kingh32 horaceb1...@gmail.com wrote:
Is there a way to determine the resolution of the phone (screen) that the
app is being run on and adjust these calculations accordingly?
Also, if I were you, I'd start by simply hard-coding a known size (like that
of
Everything -- both the positions and the image widget size -- will be
in pixel coordinates. Actually, you don't need to know that -- just
that they're the same. Hell, I could even be wrong; I'm not going to
take out a microscope and check.
If you have different coordinates for your image data (or
Thanks, both of you for your help.
I imagine I'll be back with more questions soon!
On Aug 3, 8:08 pm, Bob Kerns r...@acm.org wrote:
Everything -- both the positions and the image widget size -- will be
in pixel coordinates. Actually, you don't need to know that -- just
that they're the same.
6 matches
Mail list logo
