Paralaks: Pabidaan ralatan

← Ralatan sabalumnya Ralatan labih hanyar →

Konten dihapus Konten ditambahkan

Sebaris

Ralatan matan 21 April 2021 05.53

Animasi ngini marupakan contoh matan paralaks. Kawa diitihi sudut pandangnya bagarak matan sabuting sisi ka sabuting sisi lainnya, ubjik nang tajauh kalihatan bagarak talambat pada ubjik nang taparak lawan kamera. Di kasus ngini, kutak putih nang ada di muka kalihatan bagarak tacapat pada kutak warna hijau nang ada ditangah.

Paralaks (baasal matan kata Yunani Bahari παράλλαξις (parallaxis) nang artinya alternisasi) marupakan pamindahan atawa parbidaan dalam malihat andak sabuting ubjik lawan dua buting sudut pandang nang balain wan diukur lawan sudut atawa semi-sudut kamiringan antara dua garis ngitu.^[1]^[2] Maraga perspektif, ubjik nang taparak manampaiakan paralaks nang taganal pada ubjik nang tajauh amun diitihi matan andak nang balaian, jadi paralaks kawa dipakai gasan manantuakan jarak.

Perspektif visual

Mata manusia wan binatang nang lainnya baandak di tampat nang balain-lain di kapalanya, parbidaan andak ngini mahasilakan sudut pandang nang balain jua. Hal ngini marupakan basis matan stereopsis, sabuah proses di mana otak maeksploitasi paralaks maraga pandangan nang balain matan mata gasan mandapatakan persepsi nang jalas wan mamparkiraakan jarak ka ubjik.^[3] Binatang mamakai jua paralaks garak, dimana binatang (atawa kapalanya haja) bagarak gasan manadapatakan sudut pandang nang balain. Cuntuhnya, merpati (nang matanya kada baisi bidang pandang nang batumpang tindih jadinya inya kada kawa mamakai stereopsis) manggelengakan kapalanya kaatas wan kabawah sakira kawa malihat labih jalas.^[4]

The motion parallax is exploited also in wiggle stereoscopy, computer graphics which provide depth cues through viewpoint-shifting animation rather than through binocular vision.

Weapon sights

Parallax affects sighting devices of ranged weapons in many ways. On sights fitted on small arms and bows, etc., the perpendicular distance between the sight and the weapon's launch axis (e.g. the bore axis of a gun)—generally referred to as "sight height"—can induce significant aiming errors when shooting at close range, particularly when shooting at small targets.^[5] This parallax error is compensated for (when needed) via calculations that also take in other variables such as bullet drop, windage, and the distance at which the target is expected to be.^[6]

Catatan Batis

^ "Parallax".Shorter Oxford English Dictionary.(1968). “Mutual inclination of two lines meeting in an angle”
^ "Parallax".Oxford English Dictionary(Second).(1989). “Astron. Apparent displacement, or difference in the apparent position, of an object, caused by actual change (or difference) of position of the point of observation; spec. the angular amount of such displacement or difference of position, being the angle contained between the two straight lines drawn to the object from the two different points of view, and constituting a measure of the distance of the object.”
^ Steinman, Scott B.; Garzia, Ralph Philip (2000). Foundations of Binocular Vision: A Clinical perspective. McGraw-Hill Professional. hlm. 2–5. ISBN 978-0-8385-2670-5.
^ Steinman & Garzia 2000, p. 180.
^ "Ballistic Explorer Help". www.dexadine.com. Diarsipkan dari versi asli tanggal 2011-09-28.
^ "Crossbows / Arrows & Bolts / Trajectory / Trajectories". www.crossbowmen.com. Diarsipkan dari versi asli tanggal 2011-07-08.

Raralatan Luar

Instructions for having background images on a web page use parallax effects
Actual parallax project measuring the distance to the moon within 2.3%
BBC's Sky at Night programme: Patrick Moore demonstrates Parallax using Cricket. (Mamarluakan RealPlayer)
Berkeley Center for Cosmological Physics Parallax
Parallax on an educational website, including a quick estimate of distance based on parallax using eyes and a thumb only

[1] "Parallax".Shorter Oxford English Dictionary.(1968). “Mutual inclination of two lines meeting in an angle”

[oed-2] "Parallax".Oxford English Dictionary(Second).(1989). “Astron. Apparent displacement, or difference in the apparent position, of an object, caused by actual change (or difference) of position of the point of observation; spec. the angular amount of such displacement or difference of position, being the angle contained between the two straight lines drawn to the object from the two different points of view, and constituting a measure of the distance of the object.”

[3] Steinman, Scott B.; Garzia, Ralph Philip (2000). Foundations of Binocular Vision: A Clinical perspective. McGraw-Hill Professional. hlm. 2–5. ISBN 978-0-8385-2670-5.

[4] Steinman & Garzia 2000, p. 180.

[5] "Ballistic Explorer Help". www.dexadine.com. Diarsipkan dari versi asli tanggal 2011-09-28.

[6] "Crossbows / Arrows & Bolts / Trajectory / Trajectories". www.crossbowmen.com. Diarsipkan dari versi asli tanggal 2011-07-08.

[1]

[2]

[3]

[4]

[5]

[6]

@@ Baris 7: / Baris 7: @@
 [[File:The sun, street light and Parallax edit.jpg|thumb|right|Di foto ngini, [[Matahari]] talihat diatas [[lampu jalan]]. Di pantulannya nang ada di banyu, matahari cungul sajalur lawan lampu jalan maraga [[gambar virtual]] tabantuk matan posisi malihat nang balain.]]
-Mata manusia wan binatang nang lainnya baandak di tampat nang balain-lain di kapalanya, parbidaan andak ngini mahasilakan sudut pandang nang balain jua. Hal ngini marupakan basis matan [[stereoskopik]], sabuah proses di mana otak maeksploitasi paralaks maraga pandangan nang balain matan mata gasan mandapatakan persepsi nang jalas wan mamparkiraakan jarak ka ubjik.<ref>{{Cite book | last1=Steinman | first1=Scott B. | last2=Garzia | first2=Ralph Philip | date=2000 | title=Foundations of Binocular Vision: A Clinical perspective |  publisher=McGraw-Hill Professional | isbn=978-0-8385-2670-5 | pages=2–5 }}</ref> Animals also use ''motion parallax'', in which the animals (or just the head) move to gain different viewpoints. For example, [[pigeon]]s (whose eyes do not have overlapping fields of view and thus cannot use stereopsis) bob their heads up and down to see depth.<ref>{{harvnb|Steinman|Garzia|2000|loc=p. 180}}.</ref>
+Mata manusia wan binatang nang lainnya baandak di tampat nang balain-lain di kapalanya, parbidaan andak ngini mahasilakan sudut pandang nang balain jua. Hal ngini marupakan basis matan [[stereopsis]], sabuah proses di mana otak maeksploitasi paralaks maraga pandangan nang balain matan mata gasan mandapatakan persepsi nang jalas wan mamparkiraakan jarak ka ubjik.<ref>{{Cite book | last1=Steinman | first1=Scott B. | last2=Garzia | first2=Ralph Philip | date=2000 | title=Foundations of Binocular Vision: A Clinical perspective |  publisher=McGraw-Hill Professional | isbn=978-0-8385-2670-5 | pages=2–5 }}</ref> Binatang mamakai jua ''paralaks garak'', dimana binatang (atawa kapalanya haja) bagarak gasan manadapatakan sudut pandang nang balain. Cuntuhnya, [[merpati]] (nang matanya kada baisi bidang pandang nang batumpang tindih jadinya inya kada kawa mamakai stereopsis) manggelengakan kapalanya kaatas wan kabawah sakira kawa malihat labih jalas.<ref>{{harvnb|Steinman|Garzia|2000|loc=p. 180}}.</ref>
 The motion parallax is exploited also in [[wiggle stereoscopy]], computer graphics which provide depth cues through viewpoint-shifting animation rather than through binocular vision.