subtitlecat.com

All language subtitles for 14 - Color Bit Depth

Afrikaans

Akan

Albanian

Amharic

Arabic

Armenian

Azerbaijani

Basque

Belarusian

Bemba

Bengali

Bihari

Bosnian

Breton

Bulgarian

Cambodian

Catalan

Cebuano

Cherokee

Chichewa

Chinese (Simplified)

Chinese (Traditional)

Corsican

Croatian

Czech

Danish

Dutch

English

Esperanto

Estonian

Ewe

Faroese

Filipino

Finnish

French

Frisian

Galician

Georgian

German

Greek

Guarani

Gujarati

Haitian Creole

Hausa

Hawaiian

Hebrew

Hindi

Hmong

Hungarian

Icelandic

Igbo

Indonesian

Interlingua

Irish

Italian

Japanese

Javanese

Kannada

Kazakh

Kinyarwanda

Kirundi

Kongo

Korean

Krio (Sierra Leone)

Kurdish

Kurdish (Soranî)

Kyrgyz

Laothian

Latin

Latvian

Lingala

Lithuanian

Lozi

Luganda

Luo

Luxembourgish

Macedonian

Malagasy

Malay

Malayalam

Maltese

Maori

Marathi

Mauritian Creole

Moldavian

Mongolian

Myanmar (Burmese) Download

Montenegrin

Nepali

Nigerian Pidgin

Northern Sotho

Norwegian

Norwegian (Nynorsk)

Occitan

Oriya

Oromo

Pashto

Persian

Polish

Portuguese (Brazil)

Portuguese (Portugal)

Punjabi

Quechua

Romanian

Romansh

Runyakitara

Russian

Samoan

Scots Gaelic

Serbian

Serbo-Croatian

Sesotho

Setswana

Seychellois Creole

Shona

Sindhi

Sinhalese

Slovak

Slovenian

Somali

Spanish

Spanish (Latin American)

Sundanese

Swahili

Swedish

Tajik

Tamil

Tatar

Telugu

Thai

Tigrinya

Tonga

Tshiluba

Tumbuka

Turkish

Turkmen

Twi

Uighur

Ukrainian

Urdu

Uzbek

Vietnamese

Welsh

Wolof

Xhosa

Yiddish

Yoruba

Zulu

Would you like to inspect the original subtitles? These are the user uploaded subtitles that are being translated: 1 00:00:00,466 --> 00:00:06,066 The amount of colors that a file format supports is known as color bit depth. 2 00:00:06,133 --> 00:00:10,666 A standard JPEG file will consist of eight bit color depth, 3 00:00:10,766 --> 00:00:13,466 a raw file, TIFF file or DNG 4 00:00:13,466 --> 00:00:17,533 supports 16 bit color depth. 5 00:00:17,633 --> 00:00:18,833 Since a wider spectrum 6 00:00:18,833 --> 00:00:24,400 of colors generally lends to better quality photos and image enhancements, 7 00:00:24,466 --> 00:00:28,933 some photographers prefer to shoot in raw rather than JPEG. 8 00:00:29,033 --> 00:00:32,466 This is becoming more common is improvements in technology 9 00:00:32,466 --> 00:00:37,900 have paved the way for extremely high capacity SD cards. 10 00:00:37,966 --> 00:00:39,666 Raw files also allow you 11 00:00:39,666 --> 00:00:43,500 to make certain adjustments after the photo was taken. 12 00:00:43,566 --> 00:00:45,666 We'll explore that when we work with raw 13 00:00:45,666 --> 00:00:50,066 files later on. 14 00:00:50,133 --> 00:00:51,833 As you probably guessed, raw 15 00:00:51,833 --> 00:00:55,466 files are much larger in size than JPEG files. 16 00:00:55,533 --> 00:00:58,700 JPEG files are considered a compressed file format 17 00:00:58,700 --> 00:01:03,066 because they reduce the 16 bit color depth to eight bit. 18 00:01:03,133 --> 00:01:05,966 This means a lower spectrum of colors in the palette, 19 00:01:05,966 --> 00:01:08,966 but also a smaller file size. 20 00:01:09,033 --> 00:01:11,766 The level of JPEG compression can vary. 21 00:01:11,766 --> 00:01:14,700 Your camera will typically give you the option to save 22 00:01:14,700 --> 00:01:18,900 as either low, medium or high quality JPEG. 23 00:01:18,966 --> 00:01:20,033 Some cameras give 24 00:01:20,033 --> 00:01:23,033 an even wider spectrum of options 25 00:01:23,066 --> 00:01:23,933 either way. 26 00:01:23,933 --> 00:01:28,166 Each image setting will compress the color range progressively higher 27 00:01:28,233 --> 00:01:31,466 as we transition to a lower setting. 28 00:01:31,533 --> 00:01:34,966 A high quality JPEG has the least compression, 29 00:01:35,066 --> 00:01:38,733 whereas the low quality JPEG has the highest level of compression. 2406