"Nuuuuuuuu!"OddCrazyMe said:I have glasses now. D:
Yea last week was just my eye exam and getting the frame. Now I actually have them.
I got my new ones last friday.OddCrazyMe said:I have glasses now. D:
Yea last week was just my eye exam and getting the frame. Now I actually have them.
Well can you see better with them?OddCrazyMe said:Yea my nurse says I supposedly have 20/20 however the docter says otherwise. >_>
FTW!Bulerias said:Contacts? Glasses?
20/20 vision FTW.
dragonflamez said:FTW!Bulerias said:Contacts? Glasses?
20/20 vision FTW.
Visual acuity depends upon how accurately light is focused on the retina (mostly the macular region), the integrity of the eye's neural elements, and the interpretative faculty of the brain [8]. "Normal" visual acuity is frequently considered to be what was defined by Snellen as the ability to recognize an optotype when it subtended 5 minutes of arc, that is Snellen's chart 20/20 feet, 6/6 meter, 1.00 decimal or 0.0 logMAR. In humans, the maximum acuity of a healthy, emmetropic eye (and even ametropic eyes with correctors) is approximately 20/16 to 20/12, so it is inaccurate to refer to 20/20 visual acuity as "perfect" vision. 20/20 is the visual acuity needed to discriminate two points separated by 1 arc minute. The significance of the 20/20 standard can best be thought of as the lower limit of normal or as a screening cutoff. When used as a screening test subjects that reach this level need no further investigation, even though the average visual acuity of healthy eyes is 20/16 or 20/12.
Yea I can see much, much better with my glasses. :gyroidveryhappy:STORMCOMMANDER said:Well can you see better with them?OddCrazyMe said:Yea my nurse says I supposedly have 20/20 however the docter says otherwise. >_>
Bah. I have 6 eyes anyways.STORMCOMMANDER said:dragonflamez said:FTW!Bulerias said:Contacts? Glasses?
20/20 vision FTW.Visual acuity depends upon how accurately light is focused on the retina (mostly the macular region), the integrity of the eye's neural elements, and the interpretative faculty of the brain [8]. "Normal" visual acuity is frequently considered to be what was defined by Snellen as the ability to recognize an optotype when it subtended 5 minutes of arc, that is Snellen's chart 20/20 feet, 6/6 meter, 1.00 decimal or 0.0 logMAR. In humans, the maximum acuity of a healthy, emmetropic eye (and even ametropic eyes with correctors) is approximately 20/16 to 20/12, so it is inaccurate to refer to 20/20 visual acuity as "perfect" vision. 20/20 is the visual acuity needed to discriminate two points separated by 1 arc minute. The significance of the 20/20 standard can best be thought of as the lower limit of normal or as a screening cutoff. When used as a screening test subjects that reach this level need no further investigation, even though the average visual acuity of healthy eyes is 20/16 or 20/12.
ding!
dragonflamez said:STORMCOMMANDER said:dragonflamez said:Bulerias said:Contacts?
Never called it perfect, haha.STORMCOMMANDER said:dragonflamez said:FTW!Bulerias said:Contacts? Glasses?
20/20 vision FTW.Visual acuity depends upon how accurately light is focused on the retina (mostly the macular region), the integrity of the eye's neural elements, and the interpretative faculty of the brain [8]. "Normal" visual acuity is frequently considered to be what was defined by Snellen as the ability to recognize an optotype when it subtended 5 minutes of arc, that is Snellen's chart 20/20 feet, 6/6 meter, 1.00 decimal or 0.0 logMAR. In humans, the maximum acuity of a healthy, emmetropic eye (and even ametropic eyes with correctors) is approximately 20/16 to 20/12, so it is inaccurate to refer to 20/20 visual acuity as "perfect" vision. 20/20 is the visual acuity needed to discriminate two points separated by 1 arc minute. The significance of the 20/20 standard can best be thought of as the lower limit of normal or as a screening cutoff. When used as a screening test subjects that reach this level need no further investigation, even though the average visual acuity of healthy eyes is 20/16 or 20/12.
ding!
Flies have 2 eyes.Kyle said:Are you a bug? Like a fly? Flies are teh annoying.dragonflamez said:Bah. I have 6 eyes anyways.STORMCOMMANDER said:dragonflamez said:FTW!Bulerias said:Contacts? Glasses?
20/20 vision FTW.Visual acuity depends upon how accurately light is focused on the retina (mostly the macular region), the integrity of the eye's neural elements, and the interpretative faculty of the brain [8]. "Normal" visual acuity is frequently considered to be what was defined by Snellen as the ability to recognize an optotype when it subtended 5 minutes of arc, that is Snellen's chart 20/20 feet, 6/6 meter, 1.00 decimal or 0.0 logMAR. In humans, the maximum acuity of a healthy, emmetropic eye (and even ametropic eyes with correctors) is approximately 20/16 to 20/12, so it is inaccurate to refer to 20/20 visual acuity as "perfect" vision. 20/20 is the visual acuity needed to discriminate two points separated by 1 arc minute. The significance of the 20/20 standard can best be thought of as the lower limit of normal or as a screening cutoff. When used as a screening test subjects that reach this level need no further investigation, even though the average visual acuity of healthy eyes is 20/16 or 20/12.
ding!
Glasses are sorta good because if you look up when its raining, the glasses block your eyes. The glasses shield your eyes. Glasses FTW.
dragonflamez said:Kyle said:dragonflamez said:STORMCOMMANDER said:dragonflamez said:Bulerias said:Contacts?