java.lang.Object
- csw.params.core.models.Angle$

All Implemented Interfaces:: java.io.Serializable

public class Angle$
extends java.lang.Object
implements java.io.Serializable

See Also:: Serialized Form

Field Summary

Fields
Modifier and Type Field Description

static Angle$ MODULE$
Static reference to the singleton instance of this Scala object.

Constructor Summary

Constructors
Constructor Description

Angle$()

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`assertDe(double de)`
`void`	`assertRa(double ra)`
`protected long`	`CIRCLE()`
`double`	`D2H()`	multiply to convert degrees to arc hours
`int`	`D2M()`	multiply to convert degrees to arc minute
`int`	`D2Mas()`	multiply to convert degrees to mili arc seconds
`double`	`D2R()`	multiply to convert degrees to radians
`int`	`D2S()`	multiply to convert degrees to arc second
`long`	`D2Uas()`	multiply to convert degrees to micro arc seconds
`char`	`DEGREE_SIGN()`	round circle which marks degrees
`java.lang.String`	`deToString(double de2)`	convert DE to string in format '1d 2m' minutes and seconds are auto added as needed
`double`	`distance(double ra1, double de1, double ra2, double de2)`	calculate great circle distance of two points, coordinates are given in radians
`Angle.AngleWrapperDouble`	`double2angle(double d)`
`double`	`H2D()`	multiply to convert arc hour to degrees
`int`	`H2Mas()`	multiply to convert hours to mili arc seconds
`double`	`H2R()`	multiply to convert hours to radians
`long`	`H2Uas()`	multiply to convert hours to micro arc seconds
`int`	`HMin2Mas()`	multiply to convert time minutes to mili arc seconds
`long`	`HMin2Uas()`	multiply to convert time minutes to micro arc seconds
`int`	`HSec2Mas()`	multiply to convert time seconds to mili arc seconds
`long`	`HSec2Uas()`	multiply to convert time seconds to micro arc seconds
`Angle.AngleWrapperDouble`	`int2angle(int d)`
`Angle.AngleWrapperDouble`	`long2angle(long d)`
`double`	`M2D()`	multiply to convert arc minute to toDegree
`int`	`M2Mas()`	multiply to convert minutes to mili arc seconds
`double`	`M2R()`	multiply to convert minutes to radians
`long`	`M2Uas()`	multiply to convert minutes to micro arc seconds
`double`	`Mas2R()`	multiply to convert milli arc seconds to radians
`Angle`	`max(Angle a1, Angle a2)`	returns maximal angle from two options
`Angle`	`min(Angle a1, Angle a2)`	returns minimal angle from two options
`double`	`normalizeRa(double ra2)`	normalize RA into 0 - 2 * PI range
`Angle`	`parseDe(java.lang.String de)`	Tries to parse Angle from string.
`Angle`	`parseDe(java.lang.String deSign, java.lang.String deDegree, java.lang.String deMin, java.lang.String deSec)`	Parse Declination from four values.
`Angle`	`parseRa(java.lang.String ra)`	Tries to parse Angle from string.
`Angle`	`parseRa(java.lang.String raHour, java.lang.String raMin, java.lang.String raSec)`	parse Right ascencion from triple values raHour raMin, raSec This method uses big decimal, so there are no rounding errors
`scala.Tuple2<Angle,Angle>`	`parseRaDe(java.lang.String str)`	Parses pair of RA and De coordinates.
`double`	`R2D()`	multiply to convert radians to degrees
`double`	`R2H()`	multiply to convert radians to hours
`double`	`R2M()`	multiply to convert radians to minutes
`double`	`R2Mas()`	multiply to convert radians to mili arc seconds
`double`	`R2S()`	multiply to convert radians to arc seconds
`double`	`R2Uas()`	multiply to convert radians to micro arc seconds
`Angle`	`randomDe()`	returns random angle with value between -PI/2 and + PI/2
`Angle`	`randomRa()`	returns random angle with value between 0 and 2*PI
`java.lang.String`	`raToString(double ra)`	convert RA to string in format '1h 2m' minutes and seconds are auto added as needed
`double`	`S2D()`	multiply to convert arc second to toDegree
`int`	`S2Mas()`	multiply to convert Seconds to mili arc seconds
`double`	`S2R()`	multiply to convert arc seconds to radians
`long`	`S2Uas()`	multiply to convert Seconds to micro arc seconds
`double`	`Uas2D()`	multiply to convert UAS to degrees
`double`	`Uas2M()`	multiply to convert UAS to minutes
`double`	`Uas2R()`	multiply to convert micro arc seconds to radians
`double`	`Uas2S()`	multiply to convert UAS to Seconds

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - MODULE$
```
public static final Angle$ MODULE$
```
    Static reference to the singleton instance of this Scala object.
- Constructor Detail
  - Angle$
```
public Angle$()
```
- Method Detail
  - CIRCLE
```
protected long CIRCLE()
```
  - long2angle
```
public Angle.AngleWrapperDouble long2angle(long d)
```
  - int2angle
```
public Angle.AngleWrapperDouble int2angle(int d)
```
  - double2angle
```
public Angle.AngleWrapperDouble double2angle(double d)
```
  - randomRa
```
public Angle randomRa()
```
    returns random angle with value between 0 and 2*PI
  - randomDe
```
public Angle randomDe()
```
    returns random angle with value between -PI/2 and + PI/2
  - max
```
public Angle max(Angle a1,
                 Angle a2)
```
    returns maximal angle from two options
  - min
```
public Angle min(Angle a1,
                 Angle a2)
```
    returns minimal angle from two options
  - parseDe
```
public Angle parseDe(java.lang.String deSign,
                     java.lang.String deDegree,
                     java.lang.String deMin,
                     java.lang.String deSec)
```
    Parse Declination from four values. It uses BigDecimal, so there are no rounding errors
    
    Parameters:
    
    deSign - signum (ie + or -)
    
    deDegree - declination in degrees
    
    deMin - remaining part in arc minutes
    
    deSec - remaining part in arc seconds
    
    Returns:
    
    declination in Micro Arc Seconds
  - parseDe
```
public Angle parseDe(java.lang.String de)
```
    Tries to parse Angle from string. It knows common formats used for Declination
    
    Parameters:
    
    de - (undocumented)
    
    Returns:
    
    (undocumented)
  - parseRa
```
public Angle parseRa(java.lang.String raHour,
                     java.lang.String raMin,
                     java.lang.String raSec)
```
    parse Right ascencion from triple values raHour raMin, raSec This method uses big decimal, so there are no rounding errors
    
    Parameters:
    
    raHour - ra hours value as String
    
    raMin - ra minutes value as String
    
    raSec - ra seconds value as String
    
    Returns:
    
    result in micro arc seconds
  - parseRa
```
public Angle parseRa(java.lang.String ra)
```
    Tries to parse Angle from string. It knows common formats used for Right ascencion (including hours)
    
    Parameters:
    
    ra - (undocumented)
    
    Returns:
    
    (undocumented)
  - parseRaDe
```
public scala.Tuple2<Angle,Angle> parseRaDe(java.lang.String str)
```
    Parses pair of RA and De coordinates. This method should handle formats used in vizier. An example: The following writings are allowed:
    20 54 05.689 +37 01 17.38 10:12:45.3-45:17:50 15h17m-11d10m 15h17+89d15 275d11m15.6954s+17d59m59.876s 12.34567h-17.87654d 350.123456d-17.33333d <=> 350.123456 -17.33333
    Parameters:
    
    str - (undocumented)
    
    Returns:
    
    (undocumented)
  - normalizeRa
```
public double normalizeRa(double ra2)
```
    normalize RA into 0 - 2 * PI range
    
    Parameters:
    
    ra2 - (undocumented)
    
    Returns:
    
    (undocumented)
  - assertRa
```
public void assertRa(double ra)
```
  - assertDe
```
public void assertDe(double de)
```
  - raToString
```
public java.lang.String raToString(double ra)
```
    convert RA to string in format '1h 2m' minutes and seconds are auto added as needed
    
    Parameters:
    
    ra - in radians
    
    Returns:
    
    ra in string form
  - deToString
```
public java.lang.String deToString(double de2)
```
    convert DE to string in format '1d 2m' minutes and seconds are auto added as needed
    
    Parameters:
    
    de2 - in radians
    
    Returns:
    
    de in string form
  - distance
```
public double distance(double ra1,
                       double de1,
                       double ra2,
                       double de2)
```
    calculate great circle distance of two points, coordinates are given in radians
    
    Parameters:
    
    ra1 - (undocumented)
    
    de1 - (undocumented)
    
    ra2 - (undocumented)
    
    de2 - (undocumented)
    
    Returns:
    
    distance of two points in radians
  - D2R
```
public double D2R()
```
    multiply to convert degrees to radians
  - R2D
```
public double R2D()
```
    multiply to convert radians to degrees
  - D2H
```
public double D2H()
```
    multiply to convert degrees to arc hours
  - H2D
```
public double H2D()
```
    multiply to convert arc hour to degrees
  - D2M
```
public int D2M()
```
    multiply to convert degrees to arc minute
  - M2D
```
public double M2D()
```
    multiply to convert arc minute to toDegree
  - D2S
```
public int D2S()
```
    multiply to convert degrees to arc second
  - S2D
```
public double S2D()
```
    multiply to convert arc second to toDegree
  - H2R
```
public double H2R()
```
    multiply to convert hours to radians
  - R2H
```
public double R2H()
```
    multiply to convert radians to hours
  - R2M
```
public double R2M()
```
    multiply to convert radians to minutes
  - M2R
```
public double M2R()
```
    multiply to convert minutes to radians
  - Mas2R
```
public double Mas2R()
```
    multiply to convert milli arc seconds to radians
  - Uas2R
```
public double Uas2R()
```
    multiply to convert micro arc seconds to radians
  - R2Mas
```
public double R2Mas()
```
    multiply to convert radians to mili arc seconds
  - R2Uas
```
public double R2Uas()
```
    multiply to convert radians to micro arc seconds
  - H2Mas
```
public int H2Mas()
```
    multiply to convert hours to mili arc seconds
  - HMin2Mas
```
public int HMin2Mas()
```
    multiply to convert time minutes to mili arc seconds
  - HSec2Mas
```
public int HSec2Mas()
```
    multiply to convert time seconds to mili arc seconds
  - H2Uas
```
public long H2Uas()
```
    multiply to convert hours to micro arc seconds
  - HMin2Uas
```
public long HMin2Uas()
```
    multiply to convert time minutes to micro arc seconds
  - HSec2Uas
```
public long HSec2Uas()
```
    multiply to convert time seconds to micro arc seconds
  - D2Mas
```
public int D2Mas()
```
    multiply to convert degrees to mili arc seconds
  - M2Mas
```
public int M2Mas()
```
    multiply to convert minutes to mili arc seconds
  - S2Mas
```
public int S2Mas()
```
    multiply to convert Seconds to mili arc seconds
  - D2Uas
```
public long D2Uas()
```
    multiply to convert degrees to micro arc seconds
  - M2Uas
```
public long M2Uas()
```
    multiply to convert minutes to micro arc seconds
  - S2Uas
```
public long S2Uas()
```
    multiply to convert Seconds to micro arc seconds
  - Uas2D
```
public double Uas2D()
```
    multiply to convert UAS to degrees
  - Uas2M
```
public double Uas2M()
```
    multiply to convert UAS to minutes
  - Uas2S
```
public double Uas2S()
```
    multiply to convert UAS to Seconds
  - S2R
```
public double S2R()
```
    multiply to convert arc seconds to radians
  - R2S
```
public double R2S()
```
    multiply to convert radians to arc seconds
  - DEGREE_SIGN
```
public char DEGREE_SIGN()
```
    round circle which marks degrees

Class Angle$

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

MODULE$

Constructor Detail

Angle$

Method Detail

CIRCLE

long2angle

int2angle

double2angle

randomRa

randomDe

max

min

parseDe

parseDe

parseRa

parseRa

parseRaDe

normalizeRa

assertRa

assertDe

raToString

deToString

distance

D2R

R2D

D2H

H2D

D2M

M2D

D2S

S2D

H2R

R2H

R2M

M2R

Mas2R

Uas2R

R2Mas

R2Uas

H2Mas

HMin2Mas

HSec2Mas

H2Uas

HMin2Uas

HSec2Uas

D2Mas

M2Mas

S2Mas

D2Uas

M2Uas

S2Uas

Uas2D

Uas2M

Uas2S

S2R

R2S

DEGREE_SIGN