A B C D E G H I J K L M N O P R S T W

A

allocateNode() - Method in class BTree

Creates space for a Node on disk, then returns the Node

append(String) - Method in class HashCache

Writes the API string tuple to disk at the end of the file.

B

BTree - Class in <Unnamed>

BTree() - Constructor for class BTree

Creates the root node of the BTree.

BTree(BTree) - Constructor for class BTree

Loads the root node of the BTree.

BTreeInsert(short, Exoplanet) - Method in class BTree

Inserts a key and corresponding value into the BTree.

BTreeInsertNonFull(Node, short, short) - Method in class BTree

Inserts a key and corresponding value into the BTree when the node is non-full.

BTreeSearch(short) - Method in class BTree

Returns the value corresponding to a specific index.

BTreeSearch(Node, short) - Method in class BTree

Returns the value corresponding to a specific index.

BTreeSplitChild(Node, short) - Method in class BTree

Splits the nodes when they become full and readjusts the BTree afterwards.

C

calcDiffOfSquares(PrecisionExoplanet, PrecisionExoplanet) - Method in class GUI

Calculates the difference of squares of each feature from two Exoplanet objects

clear() - Method in class HashAlgorithm

Clears everything in the hash table

clearHashTable() - Method in class JSONParser

Clears out the hashtable.

clearTupleList() - Method in class JSONParser

Clears out the arrayList of tuples.

containsKey(K) - Method in class HashAlgorithm

Looks for a key already present in the hash table

createHashTable(String) - Method in class JSONParser

Creates and populates the hashtable using the API response.

createTuples(String) - Method in class JSONParser

Creates and populates the tuple arrayList using the API response.

D

deleteBadData() - Method in class GUI

Deletes all the invalid Exoplanet data.

diskWrite(Node) - Method in class BTree

Writes a given node to disk and updates the pointer to the root.

DIVIDE(PrecisionExoplanet, double) - Method in class GUI

Calculates the division of a PrecisionExoplanet by a factor

E

Exoplanet - Class in <Unnamed>

G

generalLoad() - Method in class GUI

Loads the BTree either from the Kepler API or from disk.

getA() - Method in class Exoplanet

Returns the Semi-major axis (AU)

getA() - Method in class PrecisionExoplanet

Returns the Semi-major axis (AU)

getAPIResponse() - Method in class JSONParser

Retrieves the overall API response as one string.

getDEC() - Method in class Exoplanet

Returns the Planetary radius (Earth radii)

getDEC() - Method in class PrecisionExoplanet

Returns the Planetary radius (Earth radii)

getHashTable() - Method in class JSONParser

Retrieves the constructed hashtable.

getKeys() - Method in class BTree

Returns all the keys from the persistant BTree.

getKeys(Node) - Method in class BTree

Returns all the keys from the persistant BTree.

getKMAG() - Method in class Exoplanet

Returns the Kepler magnitude (kmag)

getKMAG() - Method in class PrecisionExoplanet

Returns the Kepler magnitude (kmag)

getMSTAR() - Method in class Exoplanet

Returns the Derived stellar mass (msol)

getMSTAR() - Method in class PrecisionExoplanet

Returns the Derived stellar mass (msol)

getNode(short) - Method in class BTree

Returns the node at the specified position.

getPER() - Method in class Exoplanet

Returns the Period (days)

getPER() - Method in class PrecisionExoplanet

Returns the Period (days)

getRA() - Method in class Exoplanet

Returns the Right ascension (@J200)

getRA() - Method in class PrecisionExoplanet

Returns the Right ascension (@J200)

getResponse() - Method in class HashCache

Retrieves the API response from disk.

getRPLANET() - Method in class Exoplanet

Returns the Planetary radius (Sol radii)

getRPLANET() - Method in class PrecisionExoplanet

Returns the Planetary radius (Sol radii)

getRSTAR() - Method in class Exoplanet

Returns the Stellar radius (Sol radii)

getRSTAR() - Method in class PrecisionExoplanet

Returns the Stellar radius (Sol radii)

getT0() - Method in class Exoplanet

Returns the Time of transit center (BJD-2454900)

getT0() - Method in class PrecisionExoplanet

Returns the Time of transit center (BJD-2454900)

getTPLANET() - Method in class Exoplanet

Returns the Equilibrium temperature of planet, per Borucki et al.

getTPLANET() - Method in class PrecisionExoplanet

Returns the Equilibrium temperature of planet, per Borucki et al.

getTSTAR() - Method in class Exoplanet

Returns the Effective temperature of host star as reported in KIC (k)

getTSTAR() - Method in class PrecisionExoplanet

Returns the Effective temperature of host star as reported in KIC (k)

getTupleList() - Method in class JSONParser

Retrieves an arrayList of the key value pairs.

getUT0() - Method in class Exoplanet

Returns the Uncertainty in time of transit center (+-jd)

getUT0() - Method in class PrecisionExoplanet

Returns the Uncertainty in time of transit center (+-jd)

getValue(short) - Method in class BTree

Returns the value corresponding to a specific index.

getValue(K) - Method in class HashAlgorithm

Retrieves an Exoplanet from the given key in the hash table

getValues() - Method in class BTree

Returns all the values from the persistant BTree.

getValues(Node) - Method in class BTree

Returns all the values from the persistant BTree.

GUI - Class in <Unnamed>

GUI() - Constructor for class GUI

The constructor calls initComponents() to initialize all of the components of the graphical user interface

H

HashAlgorithm<K,V> - Class in <Unnamed>

HashCache - Class in <Unnamed>

HashCache() - Constructor for class HashCache

I

isEmpty() - Method in class HashAlgorithm

Checks to see if there is nothing in the hashtable

J

JSONParser - Class in <Unnamed>

JSONParser() - Constructor for class JSONParser

K

keySet() - Method in class HashAlgorithm

Retrieves all the keys in the hash table

kMeansClustering(int, int) - Method in class GUI

Returns a list of a specified number of clusters, using k-means-clustering.

L

loadFromAPI() - Method in class GUI

Gets all the data from the API, writes the API response to file, loads the API response into main memory, and then loads the BTree.

loadFromFile() - Method in class GUI

Loads the BTree from file.

M

Main - Class in <Unnamed>

Main() - Constructor for class Main

main(String[]) - Static method in class Main

This invokes the graphical user interface, which displays it to the screen and listens for the button actions to be pressed

N

Node - Class in <Unnamed>

O

overwrite(Triple<String>, String) - Method in class HashCache

Writes the API string tuple to disk.

overwriteDegreeToFile() - Method in class BTree

Overwrites the current tree degree to file.

overwriteNode(Node) - Method in class BTree

Overwrites the node on disk.

overwriteRootToFile() - Method in class BTree

Overwrites the current tree root to file.

overwriteValue(Exoplanet) - Method in class BTree

Returns the index corresponding to a specific value.

P

Pair<Short,Exoplanet> - Class in <Unnamed>

Pair(Short, Exoplanet) - Constructor for class Pair

Creates the key / value pairs

PrecisionExoplanet - Class in <Unnamed>

put(K, V) - Method in class HashAlgorithm

Adds an Exoplanet to the hash table

R

readTimeStamp() - Method in class HashCache

Retrieves the localdatetime object from disk.

readTreeDegree() - Method in class BTree

Reads the degree of the BTree from file and sets the order of the BTree.

readTreeRoot() - Method in class BTree

Reads the root of the BTree from file and sets the root of the BTree.

Record - Class in <Unnamed>

Record(short[], short, short[], short[], int, boolean) - Constructor for class Record

Creates the key / value pairs

remove(K) - Method in class HashAlgorithm

Removes an Exoplanet at the specified key

S

sendGet(String) - Method in class JSONParser

Pulls in the Kepler Object data, and builds up the API response.

setA(float) - Method in class Exoplanet

Sets the Semi-major axis (AU)

setA(double) - Method in class PrecisionExoplanet

Sets the Semi-major axis (AU)

setDEC(float) - Method in class Exoplanet

Sets the Planetary radius (Earth radii)

setDEC(double) - Method in class PrecisionExoplanet

Sets the Planetary radius (Earth radii)

setKMAG(float) - Method in class Exoplanet

Sets the Kepler magnitude (kmag)

setKMAG(double) - Method in class PrecisionExoplanet

Sets the Kepler magnitude (kmag)

setMSTAR(float) - Method in class Exoplanet

Sets the Derived stellar mass (msol)

setMSTAR(double) - Method in class PrecisionExoplanet

Sets the Derived stellar mass (msol)

setOrder(int) - Method in class BTree

Sets the order of the the Btree.

setPER(float) - Method in class Exoplanet

Sets the Period (days)

setPER(double) - Method in class PrecisionExoplanet

Sets the Period (days)

setRA(float) - Method in class Exoplanet

Sets the Right ascension (@J200)

setRA(double) - Method in class PrecisionExoplanet

Sets the Right ascension (@J200)

setRPLANET(float) - Method in class Exoplanet

Sets the Planetary radius (Sol radii)

setRPLANET(double) - Method in class PrecisionExoplanet

Sets the Planetary radius (Sol radii)

setRSTAR(float) - Method in class Exoplanet

Sets the Stellar radius (Sol radii)

setRSTAR(double) - Method in class PrecisionExoplanet

Sets the Stellar radius (Sol radii)

setT0(float) - Method in class Exoplanet

Sets the Time of transit center (BJD-2454900)

setT0(double) - Method in class PrecisionExoplanet

Sets the Time of transit center (BJD-2454900)

setTPLANET(short) - Method in class Exoplanet

Sets the Equilibrium temperature of planet, per Borucki et al.

setTPLANET(double) - Method in class PrecisionExoplanet

Sets the Equilibrium temperature of planet, per Borucki et al.

setTSTAR(short) - Method in class Exoplanet

Sets the Effective temperature of host star as reported in KIC (k)

setTSTAR(double) - Method in class PrecisionExoplanet

Sets the Effective temperature of host star as reported in KIC (k)

setUT0(float) - Method in class Exoplanet

Sets the Uncertainty in time of transit center (+-jd)

setUT0(double) - Method in class PrecisionExoplanet

Sets the Uncertainty in time of transit center (+-jd)

size() - Method in class HashAlgorithm

Determines how many exoplanet objects are currently being stored in the hashtable

SQUAREROOT(PrecisionExoplanet) - Method in class GUI

Calculates the square root of each feature in a PrecisionExoplanet

T

toString() - Method in class Exoplanet

Creates a formatted string of all the properties of the Exoplanet object

toString() - Method in class PrecisionExoplanet

Creates a formatted string of all the properties of the Exoplanet object

Triple<String> - Class in <Unnamed>

Triple(String, String, String) - Constructor for class Triple

Creates the key

W

writeTimeStamp(LocalDateTime) - Method in class HashCache

Writes the localdatetime object to disk.

A B C D E G H I J K L M N O P R S T W