World's simplest browser-based utility for calculating letter sum. Load your text in the input form on the left and you'll instantly get the sum of all letter indexes in the output area. Powerful, free, and fast. Load plain text – add alphabet positions. Created by developers from team Browserling.
World's simplest browser-based utility for calculating letter sum. Load your text in the input form on the left and you'll instantly get the sum of all letter indexes in the output area. Powerful, free, and fast. Load plain text – add alphabet positions. Created by developers from team Browserling.
With this online tool, you can calculate the sum of letters in any text. The sum calculation is based on the ordinal positions of letters in the alphabet. The program takes the input text, splits it into individual letters, and assigns an index value to each letter. The first letter "a" is at index 1, the next letter "b" is at index 2, and it continues in alphabetical order. Once the indexes have been assigned to all the letters, they are added up, and the total sum is displayed on the screen. For example, by entering the word "cat" as the input, you'll get the output equal to 24 (because "c" is 3, "a" is 1, and "t" is 20, so 3+1+20 = 24). The uppercase and lowercase letters have the same indexes. For example, both the lowercase letter "c" and the uppercase letter "C" have an index of 3. The program also includes the "Reassign Letter Values" option that lets you customize the index values for all letters and symbols in the text. You can assign a new score to any character, digit, and even punctuation mark. This option accepts the "letter=score" rule format and it's a multi-line option, meaning that you can enter multiple scores in it simultaneously. For example, if you enter the rules "c=300" and "a=-100", then for the word "cat" the sum will be equal to 220 (because "c" is now 300, "a" is now -100, and "t" is still 20, so 300+(-100)+20 = 220). If you want to get the sum of only unique letters in the output, then you can activate the "Count Unique Letters" option. And if you want to visually track the calculation of the sum, then you can activate the "Show Full Sum" option. In this case, instead of a single number, for the word "cat", the output will be the string "c(300) + a(-100) + t(20) = 220". You can also calculate the sum of letters for each line of text individually. By activating the "Multiline Sum" mode and entering multiple lines of text as the input, you'll get a sum value for each line as the output. Additionally, you can convert the result to binary, octal, decimal, hexadecimal, or a custom base (from 2 to 64). Textabulous!
With this online tool, you can calculate the sum of letters in any text. The sum calculation is based on the ordinal positions of letters in the alphabet. The program takes the input text, splits it into individual letters, and assigns an index value to each letter. The first letter "a" is at index 1, the next letter "b" is at index 2, and it continues in alphabetical order. Once the indexes have been assigned to all the letters, they are added up, and the total sum is displayed on the screen. For example, by entering the word "cat" as the input, you'll get the output equal to 24 (because "c" is 3, "a" is 1, and "t" is 20, so 3+1+20 = 24). The uppercase and lowercase letters have the same indexes. For example, both the lowercase letter "c" and the uppercase letter "C" have an index of 3. The program also includes the "Reassign Letter Values" option that lets you customize the index values for all letters and symbols in the text. You can assign a new score to any character, digit, and even punctuation mark. This option accepts the "letter=score" rule format and it's a multi-line option, meaning that you can enter multiple scores in it simultaneously. For example, if you enter the rules "c=300" and "a=-100", then for the word "cat" the sum will be equal to 220 (because "c" is now 300, "a" is now -100, and "t" is still 20, so 300+(-100)+20 = 220). If you want to get the sum of only unique letters in the output, then you can activate the "Count Unique Letters" option. And if you want to visually track the calculation of the sum, then you can activate the "Show Full Sum" option. In this case, instead of a single number, for the word "cat", the output will be the string "c(300) + a(-100) + t(20) = 220". You can also calculate the sum of letters for each line of text individually. By activating the "Multiline Sum" mode and entering multiple lines of text as the input, you'll get a sum value for each line as the output. Additionally, you can convert the result to binary, octal, decimal, hexadecimal, or a custom base (from 2 to 64). Textabulous!
In this example, we're playing a game "Who Has The Most Powerful Name?". The game rules are very simple, we enter all names in the input (one per line) and calculate the sum of the first and last name letters. The person with the highest score is the winner. To do the calculation, each letter is converted into an alphabet index and then all index positions are summed together. As a result, we find that the name "Tony Miles" has a sum of letters equal to 132 and is the winner.
In this example, we calculate not only the letter sum but also the sum of other symbols in the text. We assign a custom weight to the capital letter "L" (equal to 27), comma (equal to 28), exclamation mark (equal to 29), and space (equal to -1). The assignment is done via four rules that we enter in the "New Letter Values" option. We also activate the "Count Unique Letters" option and turn on the "Show Full Sum" mode to see the mathematical expression of the summation in the output.
In this example, we load a secret message from our friend that contains a PIN number for unlocking a hidden treasure. To decode the message, we need to calculate the sum of all the letters in it using the octal base. Therefore, we switch from the regular decimal base to an octal one, and in the output, we get the four digits of the PIN code.
You can pass input to this tool via ?input query argument and it will automatically compute output. Here's how to type it in your browser's address bar. Click to try!
Find Levenstein distance of two text fragments.
Create a list of all words in text.
Lemmatize all words in text.
Apply stemming to all words in text.
Add color to punctuation symbols in text.
Add color to letters in text.
Add color to words in text.
Add color to sentences in text.
Add color to paragraphs in text.
Add slight perturbations to the given text.
Mess up characters in your text.
Generate text using random words.
Generate lorem ipsum placeholder text.
Generate a crossword puzzle from the given words.
Convert English text to Braille writing system.
Convert Braille symbols to English text.
Convert text characters to their corresponding code points.
Convert numeric character code points to text.
Convert CSV data to plain text columns.
Convert plain text columns to a CSV file.
Create a list of all 3-grams.
Encode the entire text to a single number.
Decode text that was encoded as a number back to text.
Divide text into chunks of certain size.
Apply formatting and modification functions to text.
Count the number of punctuation marks and other sybmols in text.
Count the number of letters in text.
Count the number of sentences in text.
Count the number of paragraphs in text.
Apply text transformation rules to any text.
Analyze text for interesting patterns.
Add accent marks to text letters.
Add a counter before every letter in text.
Add a counter before every word in text.
Add a counter before every sentence in text.
Add a counter before every paragraph in text.
Interleave the letters or words of the given text fragments.
Mess up the spacing between letters in any text.
Extract all emails from text.
Extract all URLs from text.
Extract all numbers from text.
Extract all countries from text.
Extract all cities from text.
Convert text to punycode.
Convert punycode to text.
Encode text to Baudot encoding.
Decode Baudot-encoded text.
Encode text to base32 encoding.
Decode base32-encoded text.
Encode text to base45 encoding.
Decode base45-encoded text.
Encode text to base58 encoding.
Decode base58-encoded text.
Encode text to Ascii85 encoding.
Decode Ascii85-encoded text.
Encode text to base65536 encoding.
Decode base65536-encoded text.
Encode text to nettext encoding.
Decode nettext-encoded text.
Convert written text into natural sounding voice.
Convert a voice recording to text.
Encode text to UTF8 encoding.
Decode UTF8-encoded text.
Encode text to UTF16 encoding.
Decode UTF8-encoded text.
Encode text to UTF32 encoding.
Decode UTF32-encoded text.
Encode text to IDN.
Decode IDN-encoded text.
Convert text to Unix-to-Unix encoding.
Decode Unix-to-Unix-encoded text.
Convert text to Xxencoding.
Decode Xxencoded text.
Encode text to QP encoding.
Decode QP-encoded text.
Remove all HTML tags from Text.
Remove all XML tags from Text.
Remove new line symbols from the end of each text line.
Find the difference between two text fragments.
Generate various text typos.
Generate a mirror reflection of text.
Cut out a piece of text.
Grep text for regular expression matches.
Extract first symbols, words, or lines from text.
Extract last symbols, words, or lines from text
Return the first letter of each word in text.
Make every paragraph to be two paragraphs in the given text.
Create an image from all words in text.
Create a circle from all letters in text.
Create a spiral from all letters in text.
Create a circle from all words in text.
Create a matrix of any dimensions from letters in text.
Create a matrix of any dimensions from words in text.
Create a spiral from all words in text.
Split the input text into syllables.
Write any text on an LCD display (with LCD font).
Convert text to 2-dimensional drawing.
Convert text to 3-dimensional drawing.
Create a horizontally or vertically scrolling text.
Create a GIF animation of a text message.
Create a GIF animation that slowly reveals a text message.
Decode text using the wrong encoding and create garbled text.
Try to find original text from garbled mojibaked text.
Make text harder to read.
Generate the entire alphabet from a to z.
Print the alphabet in random order.
Delete swear words from text.
Edit text in a neat browser-based editor.
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We're Browserling — a friendly and fun cross-browser testing company powered by alien technology. At Browserling we love to make people's lives easier, so we created this collection of online text tools. Our tools are focused on getting things done and as soon as you load your text in the input of any of our tools, you'll instantly get the result. Behind the scenes, our online text tools are actually powered by our web developer tools that we created over the last couple of years. Check them out!
