PrecisionExoplanet (01 1.0-SNAPSHOT API)

java.lang.Object
- PrecisionExoplanet

public class PrecisionExoplanet
extends java.lang.Object

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`double`	`getA()` Returns the Semi-major axis (AU)
`double`	`getDEC()` Returns the Planetary radius (Earth radii)
`double`	`getKMAG()` Returns the Kepler magnitude (kmag)
`double`	`getMSTAR()` Returns the Derived stellar mass (msol)
`double`	`getPER()` Returns the Period (days)
`double`	`getRA()` Returns the Right ascension (@J200)
`double`	`getRPLANET()` Returns the Planetary radius (Sol radii)
`double`	`getRSTAR()` Returns the Stellar radius (Sol radii)
`double`	`getT0()` Returns the Time of transit center (BJD-2454900)
`double`	`getTPLANET()` Returns the Equilibrium temperature of planet, per Borucki et al.
`double`	`getTSTAR()` Returns the Effective temperature of host star as reported in KIC (k)
`double`	`getUT0()` Returns the Uncertainty in time of transit center (+-jd)
`void`	`setA(double v)` Sets the Semi-major axis (AU)
`void`	`setDEC(double v)` Sets the Planetary radius (Earth radii)
`void`	`setKMAG(double v)` Sets the Kepler magnitude (kmag)
`void`	`setMSTAR(double v)` Sets the Derived stellar mass (msol)
`void`	`setPER(double v)` Sets the Period (days)
`void`	`setRA(double v)` Sets the Right ascension (@J200)
`void`	`setRPLANET(double v)` Sets the Planetary radius (Sol radii)
`void`	`setRSTAR(double v)` Sets the Stellar radius (Sol radii)
`void`	`setT0(double v)` Sets the Time of transit center (BJD-2454900)
`void`	`setTPLANET(double v)` Sets the Equilibrium temperature of planet, per Borucki et al.
`void`	`setTSTAR(double v)` Sets the Effective temperature of host star as reported in KIC (k)
`void`	`setUT0(double v)` Sets the Uncertainty in time of transit center (+-jd)
`java.lang.String`	`toString()` Creates a formatted string of all the properties of the Exoplanet object

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

- Method Detail
  - toString
```
public java.lang.String toString()
```
    Creates a formatted string of all the properties of the Exoplanet object
    
    Overrides:
    
    toString in class java.lang.Object
    
    Returns:
    
    returns all the data the exoplanet stores
  - getA
```
public double getA()
```
    Returns the Semi-major axis (AU)
    
    Returns:
    
    returns the Semi-major axis (AU)
  - getDEC
```
public double getDEC()
```
    Returns the Planetary radius (Earth radii)
    
    Returns:
    
    returns the Declination (@J200)
  - getRSTAR
```
public double getRSTAR()
```
    Returns the Stellar radius (Sol radii)
    
    Returns:
    
    returns the Stellar radius (Sol radii)
  - getTSTAR
```
public double getTSTAR()
```
    Returns the Effective temperature of host star as reported in KIC (k)
    
    Returns:
    
    returns the Effective temperature of host star as reported in KIC (k)
  - getKMAG
```
public double getKMAG()
```
    Returns the Kepler magnitude (kmag)
    
    Returns:
    
    returns the Kepler magnitude (kmag)
  - getTPLANET
```
public double getTPLANET()
```
    Returns the Equilibrium temperature of planet, per Borucki et al. (k)
    
    Returns:
    
    returns the Equilibrium temperature of planet, per Borucki et al. (k)
  - getT0
```
public double getT0()
```
    Returns the Time of transit center (BJD-2454900)
    
    Returns:
    
    returns the Time of transit center (BJD-2454900)
  - getUT0
```
public double getUT0()
```
    Returns the Uncertainty in time of transit center (+-jd)
    
    Returns:
    
    returns the Uncertainty in time of transit center (+-jd)
  - getPER
```
public double getPER()
```
    Returns the Period (days)
    
    Returns:
    
    returns the Period (days)
  - getRA
```
public double getRA()
```
    Returns the Right ascension (@J200)
    
    Returns:
    
    returns the Right ascension (@J200)
  - getRPLANET
```
public double getRPLANET()
```
    Returns the Planetary radius (Sol radii)
    
    Returns:
    
    returns the Planetary radius (Sol radii)
  - getMSTAR
```
public double getMSTAR()
```
    Returns the Derived stellar mass (msol)
    
    Returns:
    
    returns the Derived stellar mass (msol)
  - setA
```
public void setA(double v)
```
    Sets the Semi-major axis (AU)
  - setDEC
```
public void setDEC(double v)
```
    Sets the Planetary radius (Earth radii)
  - setRSTAR
```
public void setRSTAR(double v)
```
    Sets the Stellar radius (Sol radii)
  - setTSTAR
```
public void setTSTAR(double v)
```
    Sets the Effective temperature of host star as reported in KIC (k)
  - setKMAG
```
public void setKMAG(double v)
```
    Sets the Kepler magnitude (kmag)
  - setTPLANET
```
public void setTPLANET(double v)
```
    Sets the Equilibrium temperature of planet, per Borucki et al. (k)
  - setT0
```
public void setT0(double v)
```
    Sets the Time of transit center (BJD-2454900)
  - setUT0
```
public void setUT0(double v)
```
    Sets the Uncertainty in time of transit center (+-jd)
  - setPER
```
public void setPER(double v)
```
    Sets the Period (days)
  - setRA
```
public void setRA(double v)
```
    Sets the Right ascension (@J200)
  - setRPLANET
```
public void setRPLANET(double v)
```
    Sets the Planetary radius (Sol radii)
  - setMSTAR
```
public void setMSTAR(double v)
```
    Sets the Derived stellar mass (msol)

Class PrecisionExoplanet

Method Summary

Methods inherited from class java.lang.Object

Method Detail

toString

getA

getDEC

getRSTAR

getTSTAR

getKMAG

getTPLANET

getT0

getUT0

getPER

getRA

getRPLANET

getMSTAR

setA

setDEC

setRSTAR

setTSTAR

setKMAG

setTPLANET

setT0

setUT0

setPER

setRA

setRPLANET

setMSTAR