the only place that seems a bit bright for me is the menu, this can be easily changed
You need to create an autorun script that does it on every boot (like MAXIMUS said). Search the forums, I'm certain there are example ones for LCD TweakerThe setting do not save in LCD tweaker when i restart the GP2X, im using FW 2.0
Just drop the gamma using the CPU Tweaker in an autorun script. Easy fix.
The GP32 BLU has a tinted screen protector to save your eyes from the harsh light the lcds give off. If you have a MkII you could try applying a sticky-back film to the screen protector or even make a tinted replacement.
The original screens may benefit too but I suspect they will appear even fuzzier than they do already.
The BLU units use a yellow tint. I guess there is a reason for the colour used, so some experimentation would be in order. Since white appears white through the filter the screens must be emitting a higher proportion of blue light on the GP32 BLU.
I have a MK2, and I think I need to brighten everything, because I can't play Quake anymore.
I have a MK2, and I think I need to brighten everything, because I can't play Quake anymore.
Dito.
Is there anyone that could give me some advice on that? I've got a similar problem with Hexen, but that's close to the edge. Which parameter for the lcd tweaker ( if there is one ) is used for the brigthness?
/mnt/sd/cpu_speed.gpe 1 2 266 0.6
I have a MK2, and I think I need to brighten everything, because I can't play Quake anymore.
Dito.
Is there anyone that could give me some advice on that? I've got a similar problem with Hexen, but that's close to the edge. Which parameter for the lcd tweaker ( if there is one ) is used for the brigthness?
Edit: I completely misunderstood his reply to Jabberwocky here, it is retracted.The GP32 BLU has a tinted screen protector to save your eyes from the harsh light the lcds give off. If you have a MkII you could try applying a sticky-back film to the screen protector or even make a tinted replacement.
The original screens may benefit too but I suspect they will appear even fuzzier than they do already.
The BLU units use a yellow tint. I guess there is a reason for the colour used, so some experimentation would be in order. Since white appears white through the filter the screens must be emitting a higher proportion of blue light on the GP32 BLU.
True..blue light is exceptionally harsh on your eyes, possibly causing complications later on. That's why our lens get naturally tinted yellow as we age.
No, the BLU stands for Back Lit Unit. Not Blue LEDs.The GP32 BLU has a tinted screen protector to save your eyes from the harsh light the lcds give off. If you have a MkII you could try applying a sticky-back film to the screen protector or even make a tinted replacement.
The original screens may benefit too but I suspect they will appear even fuzzier than they do already.
The BLU units use a yellow tint. I guess there is a reason for the colour used, so some experimentation would be in order. Since white appears white through the filter the screens must be emitting a higher proportion of blue light on the GP32 BLU.
True..blue light is exceptionally harsh on your eyes, possibly causing complications later on. That's why our lens get naturally tinted yellow as we age.
Also he is saying that LCD's give off harsh light, a technical untruth, a LCD can only give off the light coming out of its backlight.
The white LED's do in fact hurt my eyes, it is an unshielded arc of electrons jumping the gap on the PN junction of the diode.
Is it at all possible to actually adjust the backlight intensity or voltage? How about a mosfet with variable voltage output tied to the LCD?
No, the BLU stands for Back Lit Unit. Not Blue LEDs.The GP32 BLU has a tinted screen protector to save your eyes from the harsh light the lcds give off. If you have a MkII you could try applying a sticky-back film to the screen protector or even make a tinted replacement.
The original screens may benefit too but I suspect they will appear even fuzzier than they do already.
The BLU units use a yellow tint. I guess there is a reason for the colour used, so some experimentation would be in order. Since white appears white through the filter the screens must be emitting a higher proportion of blue light on the GP32 BLU.
True..blue light is exceptionally harsh on your eyes, possibly causing complications later on. That's why our lens get naturally tinted yellow as we age.
Also he is saying that LCD's give off harsh light, a technical untruth, a LCD can only give off the light coming out of its backlight.
The white LED's do in fact hurt my eyes, it is an unshielded arc of electrons jumping the gap on the PN junction of the diode.
Is it at all possible to actually adjust the backlight intensity or voltage? How about a mosfet with variable voltage output tied to the LCD?
I actually considered that, I just don't want to break it right off the bat. I really don't want to break my ribbon cable.Just add a pot to the wire that delivers power to the LEDs. That way you can fine tune it exactly how you want it