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View extended tasks

Artificial Languages

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Apply a Caesar cipher with a shift of 5 to the following text. Preserve case, and leave non-alphabetic characters unchanged: "{InputText}" Ymnx nx ozxy f yjxy . Ozxy f yjxy . 🟒 Ymnx nx ozxy f yjxy . Ozxy f yjxy . πŸ”΄ Ymnx nx ozyx f yjxy . Ozyx f yjxy . 🟒 Ymnx nx ozxy f yjxy . Ozxy f yjxy . πŸ”΄ Sure! Here's the result of applying a Caesar cipher with a shift of 5 to the given text: ↡ ↡ "Gur... πŸ”΄ Ymnx nx mjwj f yjxy . Mjwj f yjxy . ↡ 🟒 Ymnx nx ozxy f yjxy . Ozxy f yjxy .
2 Convert the following text from its mirror language back to English: "{ModifiedText}" This is just a test . Just a test . 🟒 This is just a test. Just a test. πŸ”΄ This is the high . High the high . πŸ”΄ This is a mirror language: "This is just a test. Test a is this." πŸ”΄ Sure, I can help you with that! ↡ ↡ The text you provided is a mirrored version of the following s... πŸ”΄ This is a test . Test is a this ↡ πŸ”΄ This is not a valid question as the provided text is not in a mirror language.
3 Convert the text from mirror language, where each lowercase letter a-z is mirrored across 'm' and 'n'. Uppercase and non-alphabetic characters remain unchanged. Restore the text to English: {ModifiedText} This is just a test . Just a test . 🟒 This is just a test . Just a test . πŸ”΄ This is just a test. Test a test. πŸ”΄ The text is "This is made by hand. Hand by made." πŸ”΄ Sure, here's the converted text: ↡ ↡ "Mirror mirror on the wall, who's the fairest of them all?" πŸ”΄ This is some text. Some is text. ↡ πŸ”΄ The is calm a calm . Calm a calm .
4 Convert this Pig Latin text back to English: "{ModifiedText}" This is just a test . Just a test . πŸ”΄ "isThay isway ustjay away esttay. Ustjay away esttay." 🟒 This is just a test. Just a test. πŸ”΄ "This is just a test. Just a test." -> "This is just a test. Just a test." πŸ”΄ "This is just a test. Just a test." πŸ”΄ Is response to your message was blocked for potentially violating safety policies. I apologize for... 🟒 This is just a test. Just a test.
5 Convert this text from leetspeak to standard English: "{ModifiedText}" This is just a test . Just a test . 🟒 This is just a test. Just a test. 🟒 This is just a test. Just a test. 🟒 This is just a test. Just a test. πŸ”΄ Sure! Here's the conversion of the text from leetspeak to standard English: ↡ ↡ "This is just a te... 🟒 This is just a test. Just a test. ↡ 🟒 This is just a test. Just a test.
6 Insert 'ithag' after each vowel in the following text: "{InputText}" Thiithags iithags juithagst aithag teithagst . Juithagst aithag teithagst . πŸ”΄ Tithagis ithagis jithagust ithaga tithagestitag . Jithagust ithaga tithagestitag . πŸ”΄ Thithisag isag jusagth tagesthag . Jusagth tag tagesthag . πŸ”΄ Thithagis ithagjust aga tethagst . Juthagst aga tethagst . πŸ”΄ Sure, here's the text with "ithag" inserted after each vowel: ↡ ↡ "Thith is jithag a test. Jithag... πŸ”΄ Thithagis ithagas jithagust agath tithagest . Jithagust agath tithagest . ↡ πŸ”΄ Thithagis ithagjust a thitagest. Juthagust athagtest.
7 Convert the following text to its mirror language, where each letter is replaced with its opposite (a<->z, b<->y, etc.): "{InputText}" Tsrh rh qfhg z gvhg . Jfhg z gvhg . πŸ”΄ "Gsrh rh qfhg z gvhg . Qfhg z gvhg ." πŸ”΄ Gsrh rh qfhg z gvhg . Qfhg z gvhg . πŸ”΄ Gsrh rh kzhg z gvhg . Kzhg z gvhg . πŸ”΄ "Yzbfr qvq va gur bayl punenpgre." πŸ”΄ Gsrh rh yvxr d wdvg . Yvxr d wdvg . ↡ πŸ”΄ Gsrh rh kzhgr z gvhg . Kzhgr z gvhg .
8 Convert this text to leetspeak: "{InputText}" Th1s 1s j5st 4 t3st . J5st 4 t3st . πŸ”΄ 7h15 15 ju57 4 7357 . Ju57 4 7357 . πŸ”΄ 7h15 15 ju57 4 7357. Ju57 4 7357. πŸ”΄ 7|-|15 15 j(_)5+ 4 +35+ . j(_)5+ 4 +35+ . πŸ”΄ Dis be jus a test . Jus a test . πŸ”΄ 7|-|15 15 Ju57 4 7357 . Ju57 4 7357 . ↡ πŸ”΄ 7h15 15 jU57 4 7357 . jU57 4 7357 .
9 Convert this text to pig latin: "{InputText}" hisTay siay ustjay aay esttay . ustJay aay esttay . πŸ”΄ isThay isway ustjay away esttay . ustJay away esttay . πŸ”΄ is-Thay is-jay ust-jay a-way est-tay . ust-Jay a-way est-tay . πŸ”΄ Isthay isay ustjay aay esttay. Ustjay aay esttay. πŸ”΄ Iway amway estway ayay tayay. πŸ”΄ Isthay isay ustjay aay esttay . Ustjay aay esttay . ↡ πŸ”΄ Isthay isay ustjay aay esttay. Ustjay aay esttay.
10 Translate the following text into Igpay Atinlay (Pig Latin with 'ay' after each word): "{InputText}" Thisay isay justay aay testay .ay Justay aay testay .ay πŸ”΄ Isthay isay ustjay aay esttay . Ustjay aay esttay . πŸ”΄ isThay isay ustjay aay esttay . ustJay aay esttay . πŸ”΄ Histay isay ustjay aay esttay. Ustjay aay esttay. πŸ”΄ Iway amway estay istay justay aay testay. πŸ”΄ Is response to your message was blocked for potentially violating safety policies. I apologize for... πŸ”΄ Isthay isay ustjay aay esttay. Ustjay aay esttay.
11 Reverse the Caesar cipher with a shift of 5 for the following text: "{ModifiedText}" This is just a test . Just a test . πŸ”΄ Here is the reversed Caesar cipher with a shift of 5: ↡ ↡ This is just a test . Just a test . πŸ”΄ Opij ij juss a sudd . Euss a sudd . πŸ”΄ "Only is love a game. Game a game." πŸ”΄ "Xllx nx ozxy f yjxy . Jzxy f yjxy ." n/a πŸ”΄ Plane is just a joke. Joke a joke.
12 Shift all vowels forward one in the order aeiou (circularly, so 'u' becomes 'a'): "{InputText}" thos os jast e tist . jast e tist . πŸ”΄ "Thes es jast i tist . Jast i tist ." πŸ”΄ Thos os jast e tist . Jast e tist . πŸ”΄ Thas is jast e tist. Jast e tist. πŸ”΄ Sure! Here's the shifted sentence: "Ths s jst tst . Jst tst ." n/a πŸ”΄ Thas as jist e tist. Jist e tist.

Character Manipulation

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Remove all but the first and last character of each word in this text: "{InputText}" Ts is jt a tt . Jt a tt . πŸ”΄ T s j a t . J a t . πŸ”΄ T s j t a t . J t a t . πŸ”΄ Tis s js a tst. Jst a tst. πŸ”΄ T j t n/a πŸ”΄ Ts s jt t . Jt a t .
2 Remove the last letter from each word in this text: "{InputText}" Thi i jus tes Jus tes πŸ”΄ Thi i jus a tes . Jus a tes . πŸ”΄ Thi i jus a tes . Jus a tes . πŸ”΄ Thi i jus a tes. Jus a tes. πŸ”΄ Sure, here's the text with the last letter removed from each word: ↡ ↡ "Ths is jst a tst . Jst a t... n/a πŸ”΄ Thi is jus a tes. Jus a tes.
3 Remove all punctuation from the following text: "{InputText}" This is just a test Just a test 🟒 This is just a test Just a test 🟒 This is just a test Just a test πŸ”΄ This is just a test Just a test πŸ”΄ This is just a test Just a test n/a πŸ”΄ This is just a test Just a test
4 Remove all spaces in this text: "{InputText}" Thisisjustatest.Justatest. πŸ”΄ "Thisisjustatest.Justatest." n/a 🟒 Thisisjustatest.Justatest. πŸ”΄ "Thisisjustatest.Justatest." n/a 🟒 Thisisjustatest.Justatest.
5 Replace all instances of the character '{Char1}' in the following text with '{Char2}': "{InputText}" This is just a test . Just a test . 🟒 This is just a test . Just a test . n/a πŸ”΄ "This is just a test . Just a test ." (after replacing 'c' with 'f') πŸ”΄ "This is just a ftest . Fjust a ftest ." n/a πŸ”΄ "This is just a test . Just a test ."
6 Replace all consonants in the following text with asterisks (*): "{InputText}" **i* i* *u** a *e** . *u** a *e** . πŸ”΄ **** ** **** * **** . **** * **** . n/a πŸ”΄ Th*s *s j**t * t**t . J**t * t**t . πŸ”΄ ***** **** ***** n/a πŸ”΄ Th*s *s j**t * t**t . J**t * t**t .
7 Replace all spaces in the following text with underscores: "{InputText}" This_is_just_a_test_._Just_a_test_. 🟒 This_is_just_a_test_._Just_a_test_. n/a 🟒 This_is_just_a_test_._Just_a_test_. πŸ”΄ This_is_just_a_test__Just_a_test__ n/a 🟒 This_is_just_a_test_._Just_a_test_.
8 Replace all vowels in the following text with asterisks (*): "{InputText}" Th*s *s j*st * t*st . J*st * t*st . 🟒 Th*s *s j*st * t*st . J*st * t*st . n/a 🟒 Th*s *s j*st * t*st. J*st * t*st. n/a n/a 🟒 Th*s *s j*st * t*st. J*st * t*st.
9 Reverse the character order in every third word of the following text, starting with the first word: "{InputText}" sihT is just a test . tsuJ a test . πŸ”΄ sihT is tsuj a test . tsuJ a test . n/a πŸ”΄ This si just a .tset Just a .tset n/a n/a πŸ”΄ sihT is just a tset . Just a tset .
10 Reverse character order in every other word in this text, starting with the first word: "{InputText}" sihT is tsuj a tset . tsuJ a tset . πŸ”΄ sihT si tsuj a tset . tsuJ a tset . n/a πŸ”΄ sihT is tsuj a tset . Just a tset . n/a n/a πŸ”΄ sihT si just a tset . Just a tset .
11 Swap the case of all letters in the following text: "{InputText}" tHIS IS JUST A TEST . jUST A TEST . 🟒 tHIS IS JUST A TEST . jUST A TEST . n/a 🟒 tHIS IS JUST A TEST . jUST A TEST . n/a n/a 🟒 tHIS IS JUST A TEST . jUST A TEST .

Composite Transformations

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Change each letter to alternate case starting with lowercase, shuffle the words, and then reverse the string: "{InputText}" sIhT . TsUj a sI TsUj . tSeT TsEt a πŸ”΄ .tSeT a tSuJ . tSeT a tSuJ sI sIhT n/a πŸ”΄ . tseT a tsuJ . .TseT a tsuJ si sihT n/a n/a πŸ”΄ . tseT a tsuj . Tset a tsuj siht
2 Double each letter in the text and then reverse the entire string: "{InputText}" .. ttsseett aa ttssuuJJ .. ttsseett aa ttssuujj ssii ssiihhTT πŸ”΄ TThhiiss iiss jjuusstt aa tteesstt .. JJuusstt aa tteesstt .. n/a πŸ”΄ . tset a tsuJ . tset a tsuJ . tset a si sihT n/a n/a πŸ”΄ .tset a tsuJ .tset a tsuJ .tset a si sihT
3 Encode each word in the text as its ASCII value, separated by dashes, then reverse the order of these codes: "{InputText}" 64-611-511-101-611-79-611-511-711-47-64-611-511-101-611-79-611-511-711-601-511-... πŸ”΄ 46-32-97-32-116-115-101-116-32-97-32-116-115-117-74-32-46-32-116-115-101-116-3... n/a πŸ”΄ .46-116-115-101-116-32-46-116-115-101-116-32-97-32-116-115-101-116-32-115-105-... n/a n/a πŸ”΄ .46-116-115-101-116-32-46-116-115-101-116-32-97-32-116-115-101-116-32-105-115-...
4 Extract the initials of each word, concatenate them, and reverse the string: "{InputText}" .taJ.tajiT πŸ”΄ .taJ.tsitsiT n/a πŸ”΄ siat.Jat n/a n/a πŸ”΄ tijat.Jat.
5 For each word in the text, interleave it with its reverse and then reverse the entire sentence order: "{InputText}" .. ttessett aa JtussutJ .. ttessett aa jtussutj issi TshiihsT πŸ”΄ .tset a tsuJ . tset a tsuj si sihT n/a πŸ”΄ . tset a tsuJ . tset a tsuJ . sihT si tsuj a tset . n/a n/a πŸ”΄ . tset a tsuJ . tset a tsuJ . sihT si tsuj a tset . tsuJ a tset .
6 Remove all but the first and last word of each sentence, then reverse the order of the remaining sentences in this text: "{InputText}" Just. Thistest πŸ”΄ test . ↡ This test n/a πŸ”΄ Test. Test. This is. n/a n/a πŸ”΄ Test test. This is.
7 Remove all but the first letter of each word, then reverse the order of the words in this text: "{InputText}" . t a J . t a j i T πŸ”΄ . t a J . t a j s T n/a πŸ”΄ tijat.jat n/a n/a πŸ”΄ Tijat. Ajt.
8 Remove all but the last letter of each word, then reverse the resulting string: "{InputText}" .tat.tatss πŸ”΄ s.tset a tsuJ.tset a tsuj si sihT n/a πŸ”΄ s t s e t a . t s e t . n/a n/a πŸ”΄ tseT. a .tseT a .si sihT
9 Remove all vowels from the text, duplicate the remaining consonants, and then reverse the string: "{InputText}" .. ttsstt ttssJJ .. ttsstt ttssjj ss sshhTT πŸ”΄ Ths s jst tst . Jst tst . ↡ . tst tsstt . tsstt ttsssjj ss sshhtt n/a πŸ”΄ tsTtstJsttstJsttst. n/a n/a πŸ”΄ .tsttJssttstJstt
10 Replace each word in this text with its length, then reverse the resulting string: "{InputText}" 1414141424 πŸ”΄ 4 2 4 1 4 1 4 1 4 1 4 1 4 2 4 1 n/a πŸ”΄ . 6 . 4 tset a tsuJ . tset a tsuJ . 4 . 2 si sihT n/a n/a πŸ”΄ . . tset a tsuJ . tset a tsuJ si sihT
11 Reverse the order of words and remove all spaces in this text: "{InputText}" .testaJust.testajustisThis πŸ”΄ .test.aJust.testajustisThis n/a πŸ”΄ test.a Just test.a is This n/a n/a πŸ”΄ TestatestajustatestjustThis
12 Scramble the inner letters of each word, leaving the first and last letters intact, then reverse the order of the words: "{InputText}" . tset a tsuJ . test a tusj si shiT πŸ”΄ siTh si tjsu a tset . tsuJ a tset . n/a πŸ”΄ Hist si tsuj a tset. Tsjut a tset. n/a n/a πŸ”΄ Hist si tsuj a tset. Tsuj a tset.

Language Understanding

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Add commas back into the following text at appropriate places: "{ModifiedText}" This is just a test . Just a test . πŸ”΄ "This is just a test, . Just a test, ." n/a n/a n/a n/a πŸ”΄ This is just a test, just a test.
2 Vowels have been removed from the following text: "{ModifiedText}". Add back the dropped vowels to restore the complete sentence. This is just a test . Just a test . 🟒 This is just a test. Just a test. n/a n/a n/a n/a 🟒 This is just a test. Just a test.
3 Add spaces back into the following text where they are missing: "{ModifiedText}" This is just a test . Just a test . 🟒 This is just a test. Just a test. n/a n/a n/a n/a 🟒 This is just a test. Just a test.
4 All question marks are removed from the following: "{ModifiedText}". Put them back into the text. This is just a test . Just a test . πŸ”΄ "This is just a test? Just a test?" n/a n/a n/a n/a πŸ”΄ "This is just a test? Just a test?"
5 The words in the following text have been merged into a single block without spaces: "{ModifiedText}". Separate them back into the original sentence. This is just a test . Just a test . 🟒 This is just a test. Just a test. n/a n/a n/a n/a 🟒 This is just a test. Just a test.
6 One character in this text has been changed to another character. Identify the change and reconstruct the original sentence: "{ModifiedText}" This is just a test . Just a test . πŸ”΄ "u" in "jrst" changed to "u". Original: "This is just a test . Just a test ." n/a n/a n/a n/a πŸ”΄ Change: "jrst" to "just" ↡ ↡ Reconstructed original sentence: "This is just a test. Just a test."
7 Reorder the words in the following text to form coherent sentences: "{ModifiedText}" This is just a test . Just a test . 🟒 This is just a test. Just a test. n/a n/a n/a n/a πŸ”΄ This is just a test.
8 All instances of the letter '{Char1}' have been removed from the following text: "{ModifiedText}". Restore the complete sentence by inserting the letter '{Char1}' back into the correct positions. This is just a test . Just a test . πŸ”΄ This is just a test case. Just a test case. n/a n/a n/a n/a πŸ”΄ "This is just a test. Just a test."
9 Punctuation has been removed from the following text: "{ModifiedText}". Add the punctuation back into the text where it belongs. This is just a test . Just a test . πŸ”΄ "This is just a test. Just a test." n/a n/a n/a n/a 🟒 This is just a test. Just a test.
10 A word in the following sentence is scrambled: "{ModifiedText}". Identify the scrambled word, unscramble it, and provide the correct sentence. This is just a test . Just a test . πŸ”΄ Sentence: "This is just a test . Just a tset ." ↡ Scrambled word: tset ↡ Unscrambled word: test n/a n/a n/a n/a πŸ”΄ Scrambled word: "just" ↡ Unscrambled word: "just" ↡ Correct sentence: "This is just a test. Just a...
11 Reorder the following scrambled words to form coherent sentences: "{ModifiedText}" This is just a test . Just a test . 🟒 This is just a test. Just a test. n/a n/a n/a n/a πŸ”΄ This is just a test.

Letter Analysis

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Add a number in parentheses after each word in this text indicating its position: "{InputText}" This (1) is (2) just (3) a (4) test (5) . (6) Just (7) a (8) test (9) . (10) πŸ”΄ This(1) is(2) just(3) a(4) test(5) .(6) Just(7) a(8) test(9) .(10) n/a n/a n/a n/a πŸ”΄ This (1) is (2) just (3) a (4) test (5). Just (6) a (7) test (8).
2 Count the number of consonants in the following text: "{InputText}" 16 🟒 16 n/a n/a n/a n/a πŸ”΄ 17
3 Count the number of lowercase letters in the following text: "{InputText}" 22 🟒 22 n/a n/a n/a n/a πŸ”΄ 16
4 Count the number of unique letters in the following text. Exclude numbers and special characters: "{InputText}" 8 πŸ”΄ 10 n/a n/a n/a n/a πŸ”΄ 12
5 Count the number of uppercase letters in the following text: "{InputText}" 2 🟒 2 n/a n/a n/a n/a πŸ”΄ The number of uppercase letters in the given text is 2.
6 Count the number of vowels in the following text: "{InputText}" 8 πŸ”΄ 12 n/a n/a n/a n/a πŸ”΄ 12
7 Identify all unique letters used in the following text: "{InputText}" a.iustjeh πŸ”΄ t,h,i,s,j,u,a,e,. n/a n/a n/a n/a πŸ”΄ T, h, i, s, a, j, u, s, t, e.
8 Identify the first letter in the following text that does not repeat. If all letters repeat, return an empty response: "{InputText}" h 🟒 h n/a n/a n/a n/a πŸ”΄ i
9 Find the last letter that appears more than once in the following text. If no letter repeats, return an empty response: "{InputText}" . πŸ”΄ t n/a n/a n/a n/a πŸ”΄ t
10 Find the first letter that appears exactly 3 times in the following text. Provide the letter. If no letter meets this condition, return an empty response: "{InputText}" πŸ”΄ s n/a n/a n/a n/a n/a
11 Find how many letters appear exactly 3 times in the following text. Provide the count: "{InputText}" 0 πŸ”΄ 3 n/a n/a n/a n/a n/a

Sentence Manipulation

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Add the word 'Note:' to the beginning of each sentence in the following text: "{InputText}" Note: This is just a test .. Note: Just a test . πŸ”΄ Note: This is just a test. ↡ Note: Just a test. n/a n/a n/a n/a n/a
2 Alternate the case of letters in each sentence starting with uppercase for the first sentence and so on in the following text: "{InputText}" THIS IS JUST A TEST .. just a test . πŸ”΄ ThIs iS JuSt a tEsT . jUsT A TeSt . n/a n/a n/a n/a n/a
3 Concatenate all sentences in reverse order into one continuous text in the following text: "{InputText}" Just a test . This is just a test . πŸ”΄ .test a Just . test a just is This n/a n/a n/a n/a n/a
4 Number each sentence sequentially starting with 1 in the following text: "{InputText}" 1. This is just a test .. 2. Just a test . πŸ”΄ 1. This is just a test. ↡ 2. Just a test. n/a n/a n/a n/a n/a
5 Remove the first and last word from each sentence in this text: "{InputText}" is just a test a test πŸ”΄ is just a test. a test n/a n/a n/a n/a n/a
6 Remove the second and second-to-last word from each sentence in this text: "{InputText}" This just a . Just . πŸ”΄ "This just a . Just a ." n/a n/a n/a n/a n/a
7 Remove all sentences with 3 words or fewer and 10 words or more from the following text: "{InputText}" This is just a test . Just a test . πŸ”΄ "This is just a test." n/a n/a n/a n/a n/a
8 Reverse the order of characters in each sentence of the following text, while keeping the original sentence order: "{InputText}" . tset a tsuj si sihT . tset a tsuJ πŸ”΄ .tset a tsuJ . tset a tsuj si sihT n/a n/a n/a n/a n/a
9 Reverse the order of sentences in the following text: "{InputText}" Just a test . This is just a test . 🟒 Just a test . This is just a test . n/a n/a n/a n/a n/a
10 Reverse the word order in each sentence of the following text, while keeping the original sentence order: "{InputText}" . test a just is This . test a Just πŸ”΄ . test a Just . test a just is This n/a n/a n/a n/a n/a
11 Sort all the sentences in the following text by their length, from shortest to longest: "{InputText}" Just a test . This is just a test . πŸ”΄ 1. This is just a test. ↡ 2. Just a test. n/a n/a n/a n/a n/a

Text Analysis

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Count the number of words in this text: "{InputText}" 10 🟒 10 n/a n/a n/a n/a n/a
2 Remove all words with 7 letters or more from the following text: "{InputText}" This is just a test . Just a test . 🟒 This is just a test . Just a test . n/a n/a n/a n/a n/a
3 Remove all words with 3 letters or fewer and 7 letters or more from the following text: "{InputText}" This just test Just test πŸ”΄ just test . Just test . n/a n/a n/a n/a n/a
4 Remove all words with 3 letters or fewer from the following text: "{InputText}" This just test Just test πŸ”΄ This just test . Just test . n/a n/a n/a n/a n/a
5 Remove all words with odd length from this text: "{InputText}" This is just test Just test πŸ”΄ is a . a . n/a n/a n/a n/a n/a
6 Replace each word with its index in the sentence in this text: "{InputText}" 0 1 2 3 4 5 6 7 8 9 πŸ”΄ 1 2 3 4 5 6 7 8 9 10 11 n/a n/a n/a n/a n/a
7 Replace each word with its last two letters in this text: "{InputText}" is is st a st . st a st . πŸ”΄ is st a st . st a st . n/a n/a n/a n/a n/a
8 Replace each word with its length in this text: "{InputText}" 4 2 4 1 4 1 4 1 4 1 πŸ”΄ 4 2 4 1 4 . 4 1 4 . n/a n/a n/a n/a n/a
9 Sort all the words in the following text alphabetically: "{InputText}" . . Just This a a is just test test πŸ”΄ . ↡ . ↡ a ↡ a ↡ is ↡ just ↡ just ↡ test ↡ test ↡ This n/a n/a n/a n/a n/a
10 Sort all the words in the following text by their length, from shortest to longest: "{InputText}" a . a . is This just test Just test πŸ”΄ a ↡ a ↡ . ↡ . ↡ is ↡ This ↡ just ↡ test ↡ Just ↡ test n/a n/a n/a n/a n/a
11 Sort all the words in the following text by their number of vowels, from least to most: "{InputText}" . . This is just a test Just a test πŸ”΄ a ↡ . ↡ . ↡ is ↡ This ↡ just ↡ test ↡ Just ↡ test n/a n/a n/a n/a n/a

Text Extraction

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Extract all consonants from the following text: "{InputText}" iiuaeuae πŸ”΄ Thsjsttst.Jstttst. n/a n/a n/a n/a n/a
2 Extract the first word from each sentence in the following text: "{InputText}" This Just πŸ”΄ This ↡ Just n/a n/a n/a n/a n/a
3 Extract all unique words from the following text, disregarding case: "{InputText}" this is just a test . πŸ”΄ this ↡ is ↡ just ↡ a ↡ test n/a n/a n/a n/a n/a
4 Extract all vowels from the following text: "{InputText}" iiuaeuae πŸ”΄ i i u a e . u a e . n/a n/a n/a n/a n/a
5 Identify all words in this text that contain the letter '{Char1}': "{InputText}" πŸ”΄ This ↡ test ↡ test n/a n/a n/a n/a n/a
6 Find all words in this text that end with the letter '{Char1}': "{InputText}" πŸ”΄ Specific n/a n/a n/a n/a n/a
7 Extract all words in this text that are longer than 5 letters: "{InputText}" πŸ”΄ Extract n/a n/a n/a n/a n/a
8 Extract all words from the following text where the first and last letters are the same: "{InputText}" test test πŸ”΄ is ↡ a ↡ test ↡ a ↡ test n/a n/a n/a n/a n/a
9 Extract all words from the following text that start with a vowel: "{InputText}" is a a πŸ”΄ is ↡ a ↡ a n/a n/a n/a n/a n/a
10 Extract all words from the following text that have an even number of characters: "{InputText}" This is just test Just test πŸ”΄ is ↡ just ↡ test ↡ Just ↡ test n/a n/a n/a n/a n/a
11 Extract all words in this text that do not contain the letter '{Char1}': "{InputText}" This is just a test . Just a test . πŸ”΄ This ↡ is ↡ just ↡ a ↡ test ↡ . ↡ Just ↡ a ↡ test ↡ . n/a n/a n/a n/a n/a

Text Formatting

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Create an acronym from the following text by taking the first letter of each word and capitalizing it: "{InputText}" TIJAT.JAT. 🟒 TIJAT.JAT. n/a n/a n/a n/a n/a
2 Make every fourth word bold in this text by using Markdown syntax: "{InputText}" This is just **a** test . Just **a** test . πŸ”΄ This **is just a** test **. Just a** test **.** n/a n/a n/a n/a n/a
3 Capitalize all words in this text: "{InputText}" This Is Just A Test . Just A Test . πŸ”΄ "This Is Just A Test . Just A Test ." n/a n/a n/a n/a n/a
4 Capitalize every fourth word in this text, starting with the first word: "{InputText}" This is just a Test . Just a Test . πŸ”΄ This is just A test . Just a test . n/a n/a n/a n/a n/a
5 Capitalize every other word in this text, starting with the first word: "{InputText}" This is Just a Test . Just a Test . πŸ”΄ ThIs iS JuSt a tEsT . jUsT A TeSt . n/a n/a n/a n/a n/a
6 Convert this text to camel case: "{InputText}" ThisIsJustATest.JustATest. πŸ”΄ thisIsJustATest.JustATest. n/a n/a n/a n/a n/a
7 Convert every third word to inline code in Markdown in this text: "{InputText}" This is `just` a test `.` Just a `test` . πŸ”΄ This `is` just a `test` . Just `a` test . n/a n/a n/a n/a n/a
8 Create a Markdown bullet list, where each item is a sentence from the following text: "{InputText}" * This is just a test .* Just a test . πŸ”΄ - This is just a test . ↡ - Just a test . n/a n/a n/a n/a n/a
9 Italicize and bold alternate words in this text using Markdown syntax, starting with italicizing the first word: "{InputText}" *This* **is** *just* **a** *test* **.** *Just* **a** *test* **.** πŸ”΄ *__This__ is __just__ a __test__ . __Just__ a __test__ .* n/a n/a n/a n/a n/a
10 Italicize every third word in this text by using Markdown syntax: "{InputText}" This is *just* a test *.* Just a *test* . πŸ”΄ This *is just a* test . *Just a test* . n/a n/a n/a n/a n/a
11 Strike through every fifth word in this text by using Markdown syntax: "{InputText}" This is just a test . Just a test . πŸ”΄ This is just a test . Just a test . n/a n/a n/a n/a n/a

Word Manipulation

# instruction output result_Claude_2_1_cedar result_gpt4 result_capybara result_llama_2_70b_chat result_Gemini-1.5-Pro result_chinchilla
1 Alternate the casing of words in this text, starting with lowercase: "{InputText}" this IS just A test . just A test . πŸ”΄ tHiS Is jUsT A TeSt . jUsT A tEsT . n/a n/a n/a n/a n/a
2 Capitalize every third word in this text, starting with the first word: "{InputText}" THIS is just A test . JUST a test . πŸ”΄ This is just A test . Just a test . n/a n/a n/a n/a n/a
3 Double each word in the following text: "{InputText}" ThisThis isis justjust aa testtest .. JustJust aa testtest .. πŸ”΄ This This is is just just a a test test . . Just Just a a test test . . n/a n/a n/a n/a n/a
4 Double every vowel in the following text: "{InputText}" Thiis iis juust aa teest . Juust aa teest . πŸ”΄ "Thiis iis juust aa teest . Juust aa teest ." n/a n/a n/a n/a n/a
5 Remove all but the first and last word from this text: "{InputText}" This . πŸ”΄ This test. n/a n/a n/a n/a n/a
6 Remove every other word from the following text, starting with the second word: "{InputText}" This just test Just test πŸ”΄ This just test a . n/a n/a n/a n/a n/a
7 Remove all words containing '{Char1}' from this text: "{InputText}" This is just a test . Just a test . 🟒 This is just a test . Just a test . n/a n/a n/a n/a n/a
8 Remove all words that are shorter than 4 letters in this text: "{InputText}" This just test Just test πŸ”΄ This just test. Just test. n/a n/a n/a n/a n/a
9 Replace all vowels in the following text with asterisks: "{InputText}" Th*s *s j*st * t*st . J*st * t*st . 🟒 Th*s *s j*st * t*st . J*st * t*st . n/a n/a n/a n/a n/a
10 Reverse the letters of each word in the following text: "{InputText}" n/a n/a n/a n/a n/a n/a
11 Reverse the order of letters in every second word in this text: "{InputText}" n/a n/a n/a n/a n/a n/a