Accent and tone are essential phonetic concepts, exhibiting significant variations across the world's languages and fulfilling distinct functions. In most languages, accent refers to suprasegmental aspects that influence the pronunciation of vowels and consonants, indicating a stressed syllable within a word or phrase, without altering the lexical meaning of the words. In contrast, in tonal languages such as Chinese, tone is a crucial phonetic feature that can change the meaning of words, generating different interpretations for the same group of sounds. This aspect is often graphically marked by diacritics or numbering, playing a fundamental role in the semantic structure of the language. In certain languages, the functions of tone may be taken over by accent, making accent a significant characteristic in determining meaning. Additionally, the formula of the presented algorithm refers to the graphical representation of accent or tone and the associated information, maintaining a constant position in the formula to highlight its function within the sentence. This approach can bring significant benefits to both blind and deaf-mute individuals, improving their access to information and quality of life. Adapting these methods to meet the specific needs of these groups can promote greater inclusion and enhance information accessibility.