S
Skybuck Flying
Hello,
Monitor manufacturers like to publish the size of their monitors in inches.
This is known as the diagonal line.
However I could sell you a monitor which has 0.00001 inch width and 24 inch
height or a monitor which is 24 inch width and 0.00001 inch height.
Both of these foolish monitors would classify as 24 inch monitors since
their diagonal is close to 24 inch.
However it doesn's take a genius to understand that these monitors have even
less pixels than a 15 inch monitor.
Now that I feel awakened you by giving two foolish examples I will explain
further.
Think of a circle with a dot in the center, now connect a vertical line from
the center/dot to the top edge of the circle.
Now start turning this line around the edge of the circle, in a
counter-click wise fashion.
As the line turns around and starts to become more of a diagonal, the
rectangle which decribes the diagonal starts to become more square, and as
it becomes more square it's area increases.
It's only logical to assume that when it's a perfect square it's area is
maximized. So an angle of 45 degrees would give the maximum area.
I haven't even yet calculated if this is true but it seems like it.
This means the best possible 24 inch monitor one could buy is a monitor with
a diagonal slope of 45 degrees.
However this is not what monitor manufacturers sell. They do not sell square
monitors.
Instead they sell these weird wide inch monitors.
This is apperently a trick, to classify their monitors as one inch more than
a 23 inch monitor or multiple inches more as a 17 inch monitor which was
more square.
The reason/motivation/thinking/explanation behind this is ofcourse perfectly
clear: Rectangular monitors has less pixels, in this case because it has
more vertical lines, and less horizontal lines, saving on pixels on the
horizontal lines, so the ultimately reason is: less pixels to produce.
Producing pixels is error prone... some pixels could be dead pixels, so this
brings down the chance of producing a monitor with a bad pixel.
This has now lead to monitors like 1920x1200 pixels where I do feel I am
somewhat constrained In the vertical space.
Some say it's because we see more in 180 degree field horizontal... which is
true in a sense.
But I could perfectly well handle a 2000x2000 monitor since the 2000 is
still within my viewing space.
Therefore I hope that 2000x2000 monitors will come into existence into the
future.
Since 1200 vertically kinda sux.
Fortunately for consumers the resolution is always specified so that at
least gives you some sense of what to expect.
Though be ware it becomes even stranger with 1920x1080 monitors ! Those
are even missing a few horizontal lines ! Worthless monitors in my oppinion.
Some may say this is to prevent black lines while watching movies ?!?!?!?
Can it get anymore retarded ?!? It probably could, but don't let it ! =D
I am glad with my 1200 monitor though.... 1080 would just suck even worse !
=D
Bye,
Skybuck =D
Monitor manufacturers like to publish the size of their monitors in inches.
This is known as the diagonal line.
However I could sell you a monitor which has 0.00001 inch width and 24 inch
height or a monitor which is 24 inch width and 0.00001 inch height.
Both of these foolish monitors would classify as 24 inch monitors since
their diagonal is close to 24 inch.
However it doesn's take a genius to understand that these monitors have even
less pixels than a 15 inch monitor.
Now that I feel awakened you by giving two foolish examples I will explain
further.
Think of a circle with a dot in the center, now connect a vertical line from
the center/dot to the top edge of the circle.
Now start turning this line around the edge of the circle, in a
counter-click wise fashion.
As the line turns around and starts to become more of a diagonal, the
rectangle which decribes the diagonal starts to become more square, and as
it becomes more square it's area increases.
It's only logical to assume that when it's a perfect square it's area is
maximized. So an angle of 45 degrees would give the maximum area.
I haven't even yet calculated if this is true but it seems like it.
This means the best possible 24 inch monitor one could buy is a monitor with
a diagonal slope of 45 degrees.
However this is not what monitor manufacturers sell. They do not sell square
monitors.
Instead they sell these weird wide inch monitors.
This is apperently a trick, to classify their monitors as one inch more than
a 23 inch monitor or multiple inches more as a 17 inch monitor which was
more square.
The reason/motivation/thinking/explanation behind this is ofcourse perfectly
clear: Rectangular monitors has less pixels, in this case because it has
more vertical lines, and less horizontal lines, saving on pixels on the
horizontal lines, so the ultimately reason is: less pixels to produce.
Producing pixels is error prone... some pixels could be dead pixels, so this
brings down the chance of producing a monitor with a bad pixel.
This has now lead to monitors like 1920x1200 pixels where I do feel I am
somewhat constrained In the vertical space.
Some say it's because we see more in 180 degree field horizontal... which is
true in a sense.
But I could perfectly well handle a 2000x2000 monitor since the 2000 is
still within my viewing space.
Therefore I hope that 2000x2000 monitors will come into existence into the
future.
Since 1200 vertically kinda sux.
Fortunately for consumers the resolution is always specified so that at
least gives you some sense of what to expect.
Though be ware it becomes even stranger with 1920x1080 monitors ! Those
are even missing a few horizontal lines ! Worthless monitors in my oppinion.
Some may say this is to prevent black lines while watching movies ?!?!?!?
Can it get anymore retarded ?!? It probably could, but don't let it ! =D
I am glad with my 1200 monitor though.... 1080 would just suck even worse !
=D
Bye,
Skybuck =D