You realize the screen will not only not be square, it will also have a specific width to height ratio, depending on the resolution.
Actually...No, it wouldn't. Did everyone here skip geometry class to get high under the bleachers?
Actually...
It would, but I think you're misunderstanding his point. I think he's referring to the idea (bear with me) that if you have 40 yards of fencing, then to get the biggest area in your fence you would build a 10yd by 10yd fence, which is in fact a square, and gives you 100 square yards of space.![]()
Actually...
It would, but I think you're misunderstanding his point. I think he's referring to the idea (bear with me) that if you have 40 yards of fencing, then to get the biggest area in your fence you would build a 10yd by 10yd fence, which is in fact a square, and gives you 100 square yards of space.![]()
How would Apple benefit from that? I think we've had this discussion before. It's not like "Hey everyone let's release information on a product that's better than the one we're actually making so people can get their hopes up and then get letdown when the device actually comes out" That would be the most retarded business strategy ever. If they were trying to get more people to attend WWDC that would make sense but I'm pretty sure they don't have a problem with participation. I think it's just Apple working on prototypes for future products that will come out after WWDC not any time soon. I wish these rumors would stop popping up considering that only the iPhone 2 will be released at WWDC (or at least that's what I think)
Um... 4 inches diagonal is not 2in x 2 in, more like 3x3 if it's a square. The current iPhone has a 3.5 inch screen...
A 1x100yd fence fence gives you exactly 100 square yards of space too. What are you talking about? There's no "40 yards of fencing" rule here.
I'm not sure if anyone has mentioned it yet, but a 4 inch touch-screen would be 2x2 inches only!![]()
A 1x100yd fence fence gives you exactly 100 square yards of space too. What are you talking about? There's no "40 yards of fencing" rule here.
I'm not sure if anyone has mentioned it yet, but a 4 inch touch-screen would be 2x2 inches only!
That means square and it means that it won't be able to display the typical home screen of the iPhone, or the soft keyboard, or web pages etc. without some incredibly ugly "shoe-horning."
Time for a quick Pythagoras lesson
Going by your square screen idea, it would not be 2 by 2 taking the original dimension of 4 inches to be a diagonal measurement as the standard as arised (although thats another story all together).
A 2 inch by 2 inch would infact using pythagorus theorem be:
SQRT(2^2 + 2^2) = 2.8 inches diagonal, not 4 as you saideasy mistake though.
So to derive a 4 inch diagonal screen and also working with your premesis that it will be square (which is also a bit off lol) you need to work backwards.
SQRT (X^2 + X^2) = 4
This equates X to equal 2.828 inches. Thus the actual square screen size would be 2.828 inches wide by 2.828 inches high.
So this logic can then be applied to the 7 inch diagonal screen and then you would get the square width and height dimensions.
So looking at this in a more iPhone-esk mannor we would have to take into account the orignal iPhones native aspect ratio.
So 7.5cm / 5.2cm gives an aspect ratio of 1.442:1
Applying this to the 4 inch diagonal screen rumored and also speculating that the aspect ratio will stay the same gives the following calculation:
SQRT (1.442xX^2 + X^2) = 4
This equates X to be 2.56 inches wide, then multiplying by 1.442 to get 3.691 inches high. Those would then be the rough dimensions of a 4 inch device at the aspect ratio of 1.442:1
Thus for a 7 inch device at that same aspect ratio we derive:
SQRT (1.442xX^2 + X^2) = 7
Which equates X to be 4.48 inches wide, multiplied by 1.442 to give a height of 6.46 inches.
The proof of this concept can be proven through the dimensions of the original iPhone:
SQRT (1.44231xX^2 + X^2) = 9cm (Going metric this time!!)
This equates X to 5.759 cm wide, then multiplying by 1.442 we get a height of 8.3 cm.
Its not exact, for some reason my calculations are coming out not quite right. Might be rounding but it is pretty darn close!!
Class dismissed![]()
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No, you'd get 100 sq yards inside for a square. You could get the BIGGEST area if you made a circle: ~127 sq. yards.
Pwnage.
Nice math but its already been discussed
We are just going in circles now... or should I say... squares? haha
Nice math but its already been discussed
We are just going in circles now... or should I say... squares? haha
*sigh*No, you'd get 100 sq yards inside for a square. You could get the BIGGEST area if you made a circle: ~127 sq. yards.
Pwnage.
Nice math but its already been discussed
We are just going in circles now... or should I say... squares? haha
Realised that after I had posted it lol, took so long to type it all out.
It does address the aspect ratio point a bit more though![]()
A 50-50 chance -- talk about hedging your bets. Shaw Wu is really going out on a limb this time! There's a 50-50 chance of anything happening, either it does or it doesn't.