IfcSIUnitName (org.sikongsphere:sikongsphere-ifctools 0.1.0-beta API)

java.lang.Object
- java.lang.Enum<IfcSIUnitName>
- - org.sikongsphere.ifc.model.schema.resource.measure.enumeration.IfcSIUnitName

所有已实现的接口:

Serializable, Comparable<IfcSIUnitName>
```
@IfcClass(layer=RESOURCE,
          type=ENUMERATION)
public enum IfcSIUnitName
extends Enum<IfcSIUnitName>
```
An SI unit name is the name of an SI unit. The definitions of the names of SI units are specified in ISO 1000 (clause 2).

作者:

zaiyuan

枚举常量概要

枚举常量
枚举常量和说明
`AMPERE` Unit for electric current
`BECQUEREL` Unit for radioactivity
`CANDELA` Unit for luminousintensity
`COULOMB` Unit for electric charge
`CUBIC_METRE` Unit for volume
`DEGREE_CELSIUS` Unit for thermodynamic temperature
`FARAD` Unit for electric capacitance
`GRAM` Unit for mass
`GRAY` Unit for absorbed radioactive dose
`HENRY` Unit for inductance
`HERTZ` Unit for frequency
`JOULE` Unit for energy
`KELVIN` Unit for thermodynamic temperature
`LUMEN` Unit for luminous flux
`LUX` Unit for illuminance
`METRE` Unit for length
`MOLE` Unit for amount of substance
`NEWTON` Unit for force
`OHM` Unit for electric resistance
`PASCAL` Unit for pressure
`RADIAN` Unit for plane angle
`SECOND` Unit for time
`SIEMENS` Unit for electric conductance
`SIEVERT` Unit for radioactive dose equivalent
`SQUARE_METRE` Unit for area
`STERADIAN` Unit for solid angle
`TESLA` Unit for magnetic flux density
`VOLT` Unit for electric voltage
`WATT` Unit for power
`WEBER` Unit for magnetic flux

方法概要

所有方法静态方法具体方法
限定符和类型	方法和说明
`static IfcSIUnitName`	`valueOf(String name)` 返回带有指定名称的该类型的枚举常量。
`static IfcSIUnitName[]`	`values()` 按照声明该枚举类型的常量的顺序, 返回包含这些常量的数组。

从类继承的方法 java.lang.Enum
clone, compareTo, equals, finalize, getDeclaringClass, hashCode, name, ordinal, toString, valueOf

从类继承的方法 java.lang.Object
getClass, notify, notifyAll, wait, wait, wait

- 枚举常量详细资料
  - AMPERE
```
public static final IfcSIUnitName AMPERE
```
    Unit for electric current
  - BECQUEREL
```
public static final IfcSIUnitName BECQUEREL
```
    Unit for radioactivity
  - CANDELA
```
public static final IfcSIUnitName CANDELA
```
    Unit for luminousintensity
  - COULOMB
```
public static final IfcSIUnitName COULOMB
```
    Unit for electric charge
  - CUBIC_METRE
```
public static final IfcSIUnitName CUBIC_METRE
```
    Unit for volume
  - DEGREE_CELSIUS
```
public static final IfcSIUnitName DEGREE_CELSIUS
```
    Unit for thermodynamic temperature
  - FARAD
```
public static final IfcSIUnitName FARAD
```
    Unit for electric capacitance
  - GRAM
```
public static final IfcSIUnitName GRAM
```
    Unit for mass
  - GRAY
```
public static final IfcSIUnitName GRAY
```
    Unit for absorbed radioactive dose
  - HENRY
```
public static final IfcSIUnitName HENRY
```
    Unit for inductance
  - HERTZ
```
public static final IfcSIUnitName HERTZ
```
    Unit for frequency
  - JOULE
```
public static final IfcSIUnitName JOULE
```
    Unit for energy
  - KELVIN
```
public static final IfcSIUnitName KELVIN
```
    Unit for thermodynamic temperature
  - LUMEN
```
public static final IfcSIUnitName LUMEN
```
    Unit for luminous flux
  - LUX
```
public static final IfcSIUnitName LUX
```
    Unit for illuminance
  - METRE
```
public static final IfcSIUnitName METRE
```
    Unit for length
  - MOLE
```
public static final IfcSIUnitName MOLE
```
    Unit for amount of substance
  - NEWTON
```
public static final IfcSIUnitName NEWTON
```
    Unit for force
  - OHM
```
public static final IfcSIUnitName OHM
```
    Unit for electric resistance
  - PASCAL
```
public static final IfcSIUnitName PASCAL
```
    Unit for pressure
  - RADIAN
```
public static final IfcSIUnitName RADIAN
```
    Unit for plane angle
  - SECOND
```
public static final IfcSIUnitName SECOND
```
    Unit for time
  - SIEMENS
```
public static final IfcSIUnitName SIEMENS
```
    Unit for electric conductance
  - SIEVERT
```
public static final IfcSIUnitName SIEVERT
```
    Unit for radioactive dose equivalent
  - SQUARE_METRE
```
public static final IfcSIUnitName SQUARE_METRE
```
    Unit for area
  - STERADIAN
```
public static final IfcSIUnitName STERADIAN
```
    Unit for solid angle
  - TESLA
```
public static final IfcSIUnitName TESLA
```
    Unit for magnetic flux density
  - VOLT
```
public static final IfcSIUnitName VOLT
```
    Unit for electric voltage
  - WATT
```
public static final IfcSIUnitName WATT
```
    Unit for power
  - WEBER
```
public static final IfcSIUnitName WEBER
```
    Unit for magnetic flux
- 方法详细资料
  - values
```
public static IfcSIUnitName[] values()
```
    按照声明该枚举类型的常量的顺序, 返回包含这些常量的数组。该方法可用于迭代常量, 如下所示:
```
for (IfcSIUnitName c : IfcSIUnitName.values())
    System.out.println(c);
```
    返回:
    
    按照声明该枚举类型的常量的顺序返回的包含这些常量的数组
  - valueOf
```
public static IfcSIUnitName valueOf(String name)
```
    返回带有指定名称的该类型的枚举常量。字符串必须与用于声明该类型的枚举常量的标识符完全匹配。(不允许有多余的空格字符。)
    
    参数:
    
    name - 要返回的枚举常量的名称。
    
    返回:
    
    返回带有指定名称的枚举常量
    
    抛出:
    
    IllegalArgumentException - 如果该枚举类型没有带有指定名称的常量
    
    NullPointerException - 如果参数为空值

枚举 IfcSIUnitName

枚举常量概要

方法概要

从类继承的方法 java.lang.Enum

从类继承的方法 java.lang.Object

枚举常量详细资料

AMPERE

BECQUEREL

CANDELA

COULOMB

CUBIC_METRE

DEGREE_CELSIUS

FARAD

GRAM

GRAY

HENRY

HERTZ

JOULE

KELVIN

LUMEN

LUX

METRE

MOLE

NEWTON

OHM

PASCAL

RADIAN

SECOND

SIEMENS

SIEVERT

SQUARE_METRE

STERADIAN

TESLA

VOLT

WATT

WEBER

方法详细资料

values

valueOf