What is the translation of " BIGDECIMAL " in English?

• bigdecimal

Examples of using Bigdecimal in Chinese and their translations into English

使用BigDecimal作为互换类型.
Use BigDecimal as an interchange type.

BigDecimal，它们可以有很多的位数。
BigDecimal and can have very large numbers of digits.

如果数量可能超过十八位，请使用BigDecimal。
If the quantities might exceed eighteen digits, you must use BigDecimal.

将此BigDecimal转换为double。
Converts this BigDecimal to a short.

为此，您将需要使用java.math.BigDecimal类代替。
For that, you will need to use the java. math. BigDecimal class instead.

BigDecimal和BigInteger用于高精度计算。
BigDecimal and BigInteger are used for high-precision calculations.

当需要任意精度数学计算的时候，BigDecimal也是非常有用的。
BigDecimal is also extremely useful when arbitrary precision math needs to be done.

支持诸如byte、BigDecimal和Calendar等常见Java类型。
Common Java types such as byte, BigDecimal, and Calendar are supported.

数字和字符串涵盖了Java平台提供的BigDecimal和其他有用的类。
Numbers and Strings covers BigDecimal and other useful classes provided by the Java platform.

如果需要表示定点数（譬如，几美元和几美分），则使用BigDecimal。
If you need to represent fixed point numbers, such as dollars and cents, use BigDecimal instead.

例如，JDBC使用BigDecimal作为SQLDECIMAL列的首选互换格式。
For example, JDBC uses BigDecimal as the preferred interchange format for SQL DECIMAL columns.

CastorXML数据绑定框架使用BigDecimal作为小数的互换类型。
The Castor XML data binding framework uses BigDecimal as an interchange type for decimal numbers.

返回一个BigDecimal，其标度为指定值，其值在数值上等于此BigDecimal的值。
Returns a BigDecimal whose value is the absolute value of this BigDecimal.

Java1.1增加了两个类，用于进行高精度的计算：BigInteger和BigDecimal。
Java includes two classes for performing high-precision arithmetic: BigInteger and BigDecimal.

BigDecimal所提供的任意精度的小数-大多数应用程序不使用它们。
BigDecimal are similarly ignored by most developers-- the vast majority of applications have no use for them.

对于高精度计算，Java提供了两个用于高精度计算的类：BigInteger和BigDecimal。
Java includes two classes for performing high-precision arithmetic: BigInteger and BigDecimal.

这是错误的答案！解决此问题的正确方法是使用BigDecimal，int或long进行货币计算。
The right way to solve this problem is to use BigDecimal, int, or long for monetary calculations.

由于我们已经讨论了数据类型，我们再来看下BigInteger和BigDecimal。
As we're already talking about data types, we should also take a quick look at BigInteger and BigDecimal.

BigDecimal--任意精度的定点实数，可用于精确的货币计算等。
BigDecimal is for arbitrary-precision fixed-point numbers; you can use these for accurate monetary calculations, for example.

Java1.1增加了两个类，用于进行高精度的计算：BigInteger和BigDecimal。
Java 1.1 has added two classes for performing high-precision arithmetic: BigInteger and BigDecimal.

由于BigDecimal对象是不可变的，这些方法中的每一个都会产生新的BigDecimal对象。
Because BigDecimal objects are immutable, each of these methods produces a new BigDecimal object.

当且仅当指定的Object为BigDecimal，并且其值和标度都等于此BigDecimal的值和标度时，返回true。
True if and only if the specified Object is a BigDecimal whose value and scale are equal to this BigDecimal's.

根据此方法，值相等但具有不同标度的两个BigDecimal对象（如，2.0和2.00）被认为是相等的。
Two BigDecimals that are equal in value but have a different scale(like 2.0 and 2.00) are considered equal by this method.

但是，使用BigDecimal有两个缺点：它比使用原始算术类型方便得多，而且速度要慢得多。
There are, however, two disadvantages to using BigDecimal: it's less convenient than using a primitive arithmetic type, and it's slower.

MathContext该对象是封装上下文设置的不可变对象，它描述数字运算符的某些规则，例如由BigDecimal类实现的规则。
Immutable objects which encapsulate the context settings which describe certain rules for numerical operators, such as those implemented by the BigDecimal class.

使用BigDecimal的另一种方法是使用int或long，具体取决于所涉及的数量，并自己跟踪小数点。
An alternative to using BigDecimal is to use int or long, depending on the amounts involved, and to keep track of the decimal point yourself.

然而，compareTo()方法会认为这两个数是相等的，所以在从数值上比较两个BigDecimal值时，应该使用compareTo()而不是equals()。
However, the compareTo() method will consider them to be equal, so you should use compareTo() instead of equals() when comparing two BigDecimal values numerically.

但要小心使用BigDecimal(double)构造函数，因为它会在计算的过程中产生舍入误差。
You should be careful with the BigDecimal(double) constructor because it can allow rounding errors to sneak into your calculations before you know it.

如果使用BigDecimal(double)构造函数不恰当，在传递给JDBCsetBigDecimal()方法时，会造成似乎很奇怪的JDBC驱动程序中的异常。
Improper use of the BigDecimal(double) constructor can show up as strange-seeming exceptions in JDBC drivers when passed to the JDBC setBigDecimal() method.

相反，使用BigDecimal(“0.01”)或BigDecimal(1,2)构造BigDecimal来避免这类问题，因为这两种方法都可以精确地表示小数。
Instead, construct the BigDecimal using BigDecimal("0.01") or BigDecimal(1, 2) to avoid this problem, since either of these will result in an exact decimal representation.