tsdb.graph.processing

Class Virtual_P_RT_NRT

java.lang.Object

tsdb.graph.node.Node.Abstract

tsdb.graph.processing.Virtual_P_RT_NRT

All Implemented Interfaces:

Node

public class Virtual_P_RT_NRT
extends Node.Abstract

Node: calculates corrected precipitation values from source (container)

Nested Class Summary

Nested classes/interfaces inherited from interface tsdb.graph.node.Node

Node.Abstract

Field Summary

Fields inherited from class tsdb.graph.node.Node.Abstract

tsdb

Constructor Summary

Constructors

Modifier	Constructor and Description
protected	Virtual_P_RT_NRT(TsDB tsdb, Node source, int pos_P_container_RT, int pos_P_RT_NRT)

Method Summary

Modifier and Type	Method and Description
TsIterator	get(java.lang.Long start, java.lang.Long end)
java.lang.String[]	getSchema()
Station	getSourceStation()
VirtualPlot	getSourceVirtualPlot()
long[]	getTimestampInterval()
boolean	isConstantTimestep() data stream aligned to time step
boolean	isContinuous() true => no time gaps in data stream, time steps do not need to be constant
static Virtual_P_RT_NRT	of(TsDB tsdb, Node source)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface tsdb.graph.node.Node

getSourceName, getSourcePlot, getTimestampBaseInterval, writeConsole, writeConsole, writeCSV

Constructor Detail

Virtual_P_RT_NRT

protected Virtual_P_RT_NRT(TsDB tsdb,
                           Node source,
                           int pos_P_container_RT,
                           int pos_P_RT_NRT)

Method Detail

of

public static Virtual_P_RT_NRT of(TsDB tsdb,
                                  Node source)

get

public TsIterator get(java.lang.Long start,
                      java.lang.Long end)

getSourceStation

public Station getSourceStation()

getSchema

public java.lang.String[] getSchema()

isContinuous

public boolean isContinuous()

Description copied from interface: Node

true => no time gaps in data stream, time steps do not need to be constant

Returns:

isConstantTimestep

public boolean isConstantTimestep()

Description copied from interface: Node

data stream aligned to time step

Returns:

getSourceVirtualPlot

public VirtualPlot getSourceVirtualPlot()

getTimestampInterval

public long[] getTimestampInterval()