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| rdfs:comment | - The integers are the set of numbers consisting of whole numbers and their negatives. The set of all integers is equal to Every integer can be expressed as a difference of two natural numbers. The set of integers is closed under multiplication, addition, and subtraction, and is a countably infinite set.
- An integer is a number that cannot be a fraction/decimal.
- An integer variable (declared with the int keyword) is a 32-bit signed integer. It can hold a value from -2,147,483,648 to 2,147,483,647.
- an integer is a whole number that is stored into the computer,the computer then can use and modify the number dim (name) as integer
- An integer is a 32 bit number which can contain values from -2147483647 up to 2147483647.
- Integers are the computer term for whole numbers. Integers can be any whole number. Unlike Strings and Characters, Integers can be mathematically changed. For example you can multiple or divide two integers.
- Integer is a . Integers represent *uhm, yes* Integers. The range of this numbers is from until (the default range for integers on 32-Bit computers). As Python has the automatic type-inference, it will interpret all numerics withought digits-after-the-comma as integers.
- An integer is a whole number (one without decimal places). It may be negative, positve or zero in value.
- The integers (from the Latin integer, literally "unclean", hence "whole": the word entire comes from the same origin, but via French) are whole numbers and their opposites. All integers are rational numbers. Although, some integers have been known to be negative. Nonetheless, all integers are integral to the state of the world as we know it.
- The class Integer is the base class of the classes Fixnum and Bignum. Fixnum is the class of all integers within a certain machine-dependent range that can be implemented more efficiently than Bignum can. Bignum defines signed integers with range limited only by available memory. Arithmetic involving only Bignum and Fixnum will produce a Fixnum if the result is small enough, and Bignum otherwise. The two types are thus more or less interchangeable and the programmer will seldom if ever need to worry about the difference between them.
- Integer Values may be any whole number, positive or Negative. However, many Integer Values have not been written to handle anything outside of the range which they might expect. This could mean that the value is limited to always be above 0, or to always be between 0 and 100. Ideally the name will grant insight into what range of values are acceptable, but when it comes down to it, the only way to know for certain is to check the programming for where the value is used in equations. For example: For example: .getCombat(), .changeCombat(1) & .setCombat(5)
- An integer is a term from mathmatics. Integers include all rational numbers that do not include decimals, as well as zero. In other words: ...,-2,-1,0,1,2,... Here, as in all programming, decimal numbers are handled differently than integers. Note, that integers are different from whole numbers in that integers may be both positive and negative. Whole numbers include all positive values that do not include decimals, as well as zero. The range of natural numbers are all positive values without decimals excluding zero.
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| abstract | - The class Integer is the base class of the classes Fixnum and Bignum. Fixnum is the class of all integers within a certain machine-dependent range that can be implemented more efficiently than Bignum can. Bignum defines signed integers with range limited only by available memory. Arithmetic involving only Bignum and Fixnum will produce a Fixnum if the result is small enough, and Bignum otherwise. The two types are thus more or less interchangeable and the programmer will seldom if ever need to worry about the difference between them. Inherits: <a href="/mediawiki/Numeric" title="Numeric">Numeric</a>. Mixins: <a href="/mediawiki/Comparable" title="Comparable">Comparable</a> (from Numeric), <a href="/mediawiki/Precision" title="Precision">Precision</a>.
- The integers are the set of numbers consisting of whole numbers and their negatives. The set of all integers is equal to Every integer can be expressed as a difference of two natural numbers. The set of integers is closed under multiplication, addition, and subtraction, and is a countably infinite set.
- An integer is a number that cannot be a fraction/decimal.
- Integer Values may be any whole number, positive or Negative. However, many Integer Values have not been written to handle anything outside of the range which they might expect. This could mean that the value is limited to always be above 0, or to always be between 0 and 100. Ideally the name will grant insight into what range of values are acceptable, but when it comes down to it, the only way to know for certain is to check the programming for where the value is used in equations. If an Integer is Divided, the game will Truncate the value. Meaning that 1.999 and 1.001 would both be taken as simply 1. This can frequently lead to the loss of information which might be desired for calculations to be completely accurate, and thus it is preferable to use a Float variable if decimals are expected and accuracy desired. Naming conventions dictate that any Integer values start with the letter "i" to indicate their data type in the XML. Once the XML had been loaded into the main code, this indicator is dropped. For example: Typical fields to utilize the information found in a Float variable are "get___" "change___" & "set___" For example: .getCombat(), .changeCombat(1) & .setCombat(5)
- An integer variable (declared with the int keyword) is a 32-bit signed integer. It can hold a value from -2,147,483,648 to 2,147,483,647.
- an integer is a whole number that is stored into the computer,the computer then can use and modify the number dim (name) as integer
- An integer is a 32 bit number which can contain values from -2147483647 up to 2147483647.
- Integers are the computer term for whole numbers. Integers can be any whole number. Unlike Strings and Characters, Integers can be mathematically changed. For example you can multiple or divide two integers.
- Integer is a . Integers represent *uhm, yes* Integers. The range of this numbers is from until (the default range for integers on 32-Bit computers). As Python has the automatic type-inference, it will interpret all numerics withought digits-after-the-comma as integers.
- An integer is a whole number (one without decimal places). It may be negative, positve or zero in value.
- The integers (from the Latin integer, literally "unclean", hence "whole": the word entire comes from the same origin, but via French) are whole numbers and their opposites. All integers are rational numbers. Although, some integers have been known to be negative. Nonetheless, all integers are integral to the state of the world as we know it.
- An integer is a term from mathmatics. Integers include all rational numbers that do not include decimals, as well as zero. In other words: ...,-2,-1,0,1,2,... Here, as in all programming, decimal numbers are handled differently than integers. Note, that integers are different from whole numbers in that integers may be both positive and negative. Whole numbers include all positive values that do not include decimals, as well as zero. The range of natural numbers are all positive values without decimals excluding zero. In programming, there are several different kinds of integers. The difference is in the amount of memory each one takes up. The first bit indicates if the value is positive or negative. Note that all the sizes given below refer to the R4300i processor.
* A byte (8bit) is an integer ranging from -128 to 127. In hexadecimal it is written 0x80 to 0x7F
* A short (16bit), or sometimes called a halfword, is two bytes long. It ranges in value from -32768 to 32767, or in hex 0x8000 to 0x7FFF.
* A word is four bytes long (32bit). It ranges from -2147483648 to 2147483647, or 0x80000000 to 0x7FFFFFFF.
* A doubleword is somewhat uncommon and totals eight bytes (64bit). It ranges from -9223372036854775808 to 9223372036854775807, or 0x8000000000000000 to 0x7FFFFFFFFFFFFFFF.
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