UInt: an unsigned 32-bit integer, ranges from 0 to 2^32 - 1 UShort: an unsigned 16-bit integer, ranges from 0 to 65535 UByte: an unsigned 8-bit integer, ranges from 0 to 255 In addition to integer types, Kotlin provides the following types for unsigned integer numbers: NaN is considered greater than any other element including POSITIVE_INFINITY Any, Comparable, a type parameter), the operations use the equals and compareTo implementations for Float and Double, which disagree with the standard, so that: However, to support generic use cases and provide total ordering, when the operands are not statically typed as floating point numbers (e.g. When the operands a and b are statically known to be Float or Double or their nullable counterparts (the type is declared or inferred or is a result of a smart cast), the operations on the numbers and the range that they form follow the IEEE 754 Standard for Floating-Point Arithmetic. Range instantiation and range checks: a.b, x in a.b, x !in a.b The operations on floating-point numbers discussed in this section are: The grammatical and semantic function of number and plurality are particularly prominent in formal semantics and in syntactic theory.Here is the complete list of bitwise operations: Current research on number concerns all its morphological, morphosyntactic, and semantic dimensions, in particular the interrelations of them as part of the study of natural language typology and of the formal analysis of nominal phrases. Many languages, especially those with classifiers, encode number not as an inflectional category, but through word-formation operations that express readings associated with plurality, including large size. Classifiers can co-occur with other plurality markers, but not when these are obligatory as expressions of an inflectional paradigm, although this is debated, partly because the notion of classifier itself subsumes distinct phenomena. A broad range of exponence patterns can express these contrasts, depending on the morphological profile of a language, from word inflections to freestanding or clitic forms certain choices of classifiers also express readings that can be described as ‘plural,’ at least in certain interpretations. Many languages also distinguish forms interpreted as paucals or as greater plurals, respectively, for small and usually cohesive groups and for generically large ones.
DIFFERENT TYPES OF NUMBERS IN DIFFERENT LANGUAGES TRIAL
The main values of number-marked elements are singular and plural dual and a much rarer trial also exist. Many languages allow a variable proportion of their nominals to appear in a ‘general’ form, which expresses no number information. Verbs can also express part-structural properties of events, but this ‘verbal number’ is not isomorphic to nominal number marking. It is rare for a language to have no linguistic number at all, since a ‘one–many’ opposition is typically implied at least in pronouns, where the category of person discriminates the speaker as ‘one.’ Beyond pronouns, number is typically a property of nouns and/or determiners, although it can appear on other word classes by agreement. In other cases, number opposes a reading of ‘one’ to a reading as ‘not one,’ which includes masses when the ‘one’ reading is morphologically derived from the ‘not one,’ it is called a singulative. In the core contrast, number allows languages to refer to ‘many’ through the description of ‘one’ the sets referred to consist of tokens of the same type, but also of similar types, or of elements pragmatically associated with one named individual. Number marking can apply to a more or less restricted part of the lexicon of a language, being most likely on personal pronouns and human/animate nouns, and least on inanimate nouns. As a linguistic category it has a morphological, a morphosyntactic, and a semantic dimension, which are variously interrelated across language systems.
Number is the category through which languages express information about the individuality, numerosity, and part structure of what we speak about.