Tilt-Controlled Slider
mdznr.com
Tilt-Controlled Slider
1–10 of 10 posts
Re: Tilt-Controlled Slider
#2Just one thing: I think you would benefit from hosting yout videos in a way that can be streamed. Not everyone has QuickTime installed, so having to download .mov videos is kind of annoying
Re: Tilt-Controlled Slider
#3I like how you're only re-drawing if the motion change passes a threshold.
Re: Tilt-Controlled Slider
#4Looks pretty, although it seems a little bit excessive to me (others might have a different oppinion). Just one thing: I think you would benefit from hosting yout videos in a way that can be streamed. Not everyone has QuickTime installed, so having to download .mov videos is kind of annoying
Re: Tilt-Controlled Slider
#5Here's my implementation from June 2012: https://github.com/danielamitay/DAAnisotropicImage I like how you're only re-drawing if the motion change passes a threshold.
Re: Tilt-Controlled Slider
#6Here's my implementation from June 2012: https://github.com/danielamitay/DAAnisotropicImage I like how you're only re-drawing if the motion change passes a threshold.
Thanks! I will have to check out your implementation. Has anyone contacted you about using it in their app?
That's the thing: I wish more people would notify you when they use your open source stuff. Attribution means less to me than simply knowing that it's being used.
Re: Tilt-Controlled Slider
#7Earlier quoted context omitted.
Thanks! I will have to check out your implementation. Has anyone contacted you about using it in their app?
I've found two apps using it so far. That's the thing: I wish more people would notify you when they use your open source stuff. Attribution means less to me than simply knowing that it's being used.
Re: Tilt-Controlled Slider
#8 > Apple's implementation is also backwards. [...]
> You'll notice that when changing the roll of the knob,
> the shines rotate in the same direction (against the roll)
It's dependent upon whether the source of light is on the same or opposite side of the surface normal as you are. Try it again with the light source behind you and you will see Apple's implementation.Re: Tilt-Controlled Slider
#9> Apple's implementation is also backwards. [...] > You'll notice that when changing the roll of the knob, > the shines rotate in the same direction (against the roll) It's dependent upon whether the source of light is on the same or opposite side of the surface normal as you are. Try it again with the light source behind you and you will see Apple's implementation.
The part that's backwards about Apple's implementation is that tilting the device (roll) should rotate the shines and tilting the device (pitch) should change the size of the shines. Apple's rotates on pitch and changes size on roll.
Re: Tilt-Controlled Slider
#10> Apple's implementation is also backwards. [...] > You'll notice that when changing the roll of the knob, > the shines rotate in the same direction (against the roll) It's dependent upon whether the source of light is on the same or opposite side of the surface normal as you are. Try it again with the light source behind you and you will see Apple's implementation.
You're right on whether the source of light is on the same or opposite side. I'm assuming the light is coming from above you and with respect to the view, in front of it. http://mdznr.com/bJ The way, I think, you're talking about is if the light were to be coming from the user's chest (certainly not what's expected and not in the HIG). The part that's backwards about Apple's implementation is that tilting the device…
If Apple's HIG says that the light source should always be directly ahead of you, then you are certainly correct. However, if straight ahead is 0 degrees then you can reproduce the opposite behavior (the effects of pitch and roll get swapped) by having the light source at 90 degrees (reading light beside the chair's right arm). The direction of shine rotation on the knob is reversed by having the light source 180 degrees from its current position (reading light beside the chair's left arm).