A processor interprets a stream of data as instructions to execute; it has one or more processing units that perform integer and floating-point arithmetic as well as more advanced computations.
处理器将数据流解释为要执行的指令，它拥有一个或多个处理单元，用于执行整数和浮点运算以及更高级的计算。
You can read integer, floating point, and string values that are all defined as' scalar 'objects.
您可以读取被定义为“标量”的整型、浮点型和字符串值。
Remember, integer arithmetic is much faster than floating-point arithmetic, as it can usually be done directly by the processor, rather than relying on external FPUs or floating point math libraries.
记住，整形数运算要比浮点数运算快得多，因为处理器可以直接进行整型数运算，浮点数运算需要依赖于外部的浮点数处理器或者浮点数数学库。
For example, the C programming language has integer and floating-point types.
例如，c编程语言具有整型和浮点类型。
Note that, in this example, sum must be initialized to an explicit floating-point value; otherwise, all the subsequent computations will be done using integer arithmetic.
注意，在本例中，sum必须被初始化为一个显式的浮点值；否则，所有后续计算都将使用整数运算计算。
Like C, Go offers a handful of primitive types. The usual Boolean, integer and floating-point types are available.
像C语言一样，Go提供了一系列的基本类型，常见的布尔，整数和浮点数类型都具备。
SIGFPE - Arithmetic exception, integer divided by 0, or floating-point exception.
SIGFPE—算术异常、整数被零除或浮点异常。
If you need another data type such as integer, floating point, or Boolean value, you will have to parse the string using the appropriate wrapper class.
如果需要其他的数据类型，比如说整数、浮点数或者布尔值，必须使用相应的包装器类来解析字符串。
Floating point and decimal Numbers are not nearly as well-behaved as integers, and you cannot assume that floating point calculations that "should" have integer or exact results actually do.
浮点数和小数不象整数一样“循规蹈矩”，不能假定浮点计算一定产生整型或精确的结果，虽然它们的确“应该”那样做。
The standard mathematical operators, +, -, /, * are supported on both integer and floating point values, and you can mix and match floating-point and integers in calculations.
在整数和浮点数上，都支持使用标准的数学操作符（+、-、/ 和 *），可以在算式中混合使用浮点数和整数。
One takes a double-precision floating point as input, another takes an integer and a scale factor, and another takes a String representation of a decimal number.
其中一个构造函数以双精度浮点数作为输入，另一个以整数和换算因子作为输入，还有一个以小数的String表示作为输入。
But on a register-based system, the hexadecimal value is read from an integer register, not the floating point register.
但是在基于寄存器的系统中，这个16进制的值会从一个整数寄存器中读取，而不是从浮点寄存器中读取。
Your constants can be integer, character, floating-point, string, Boolean, octet or enumerated but not of type any or a user-defined type. Here are some examples.
常数可以是整数、字符、浮点数、字符串、Boolean、octet或枚举型，但不能是any类型或用户定义的类型。
In general supported types are Integer, Boolean, ASCII string, double-precision signed floating point number, date-time, set, list, properties.
通常支持的类型有整数、Boolean、ASCII字符串、双精度带符号浮点数、日期时间、集合、列表、属性。
Blue includes a number of built-in types, including Numbers (which covers integer and floating point types), strings, arrays, functions, and others.
Blue包含许多内置类型，包括数字(包含整型和浮点型)、字符串、数组、函数等等。
A method of integer division using floating-point division is introduced in this paper.
本文提出一种用浮点除法来实现整数除法的方法。
Any CR field can be the target of an integer or floating-point comparison instruction.
任何一个CR字段都可以是整数或者浮点比较指令的目标。
Write SEGY seismic data file format can support integer and floating point formats.
说明：写地震数据SEGY格式的文件，可以支持整型和浮点格式。
For functions not fully prototyped, the caller will pass integer values as integers and floating-point values as double precision.
对于没有完整原型的函式，呼叫端将会传递整数值做为整数，并传递浮点值做为双精度值。
For floating-point values only, both the integer register and the floating-point register will contain the float value in case the callee expects the value in the integer registers.
仅对于浮点值，被调用方希望使用整数寄存器中的值时，整数寄存器和浮点寄存器都将包含浮点值。
The integer part, the optional decimal point and the optional fraction part form the significant part of the floating literal.
整数部分，可选的小数点，以及可选的小数部分组成浮点文字量的有效部分。
A floating literal consists of an integer part, a decimal point, a fraction part, ane or e, an optionally signed integer exponent, and an optional type suffix.
浮点文字量由整数部分，小数点，小数部分，e或e，可选的有符号整数指数，以及可选的类型后缀组成。
You can pad both integer and floating-point numbers with leading zeros by using a custom numeric format string.
通过使用自定义数字格式字符串，可以用前导零填充整数和浮点数。
Converts the value of the specified double-precision floating-point number to an equivalent 64-bit unsigned integer.
将指定基的数字的字符串表示形式转换为等效的64位无符号整数。
Floating-Point literals may also be represented using exponential notation: a real number followed by the letter e(or E), followed by an optional plus or minus sign, followed by an integer exponent.
此外，还可以使用指数记数法表示浮点型直接量，即实数后跟随字母e或E，后面加上正负号，其后再加一个整型指数。
Many languages have equivalents for the IDL simple types, such as integer and floating point types.
许多语言都拥有与IDL简单类型等同的内容，如整数类型和浮点类型。
Returns the largest integer less than or equal to the specified double-precision floating-point number.
传回小于或等于指定的双精度浮点数的最大整数。
Returns the largest integer less than or equal to the specified double-precision floating-point number.
传回小于或等于指定的双精度浮点数的最大整数。
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