edu.wisc.ssec.mcidasv.data.hydra
Class GranuleAggregation

java.lang.Object
  edu.wisc.ssec.mcidasv.data.hydra.GranuleAggregation

All Implemented Interfaces:

MultiDimensionReader

public class GranuleAggregation
extends Object
implements MultiDimensionReader

This file should be renamed - think about that Tommy. This file needs to implement the same signatures NetCDFFile does, but for aggregations of consecutive granules.

Author:

tommyj

Field Summary

private String	crossTrackDimensionName
private int	granuleCount
private int	granuleLength
private String	inTrackDimensionName
private static org.slf4j.Logger	logger
(package private) ArrayList<NetCDFFile>	ncdfal
(package private) ArrayList<ucar.nc2.NetcdfFile>	nclist
(package private) ArrayList<HashMap<String,Class>>	varDataTypeList
(package private) ArrayList<HashMap<String,int[]>>	varDimLengthsList
(package private) ArrayList<HashMap<String,String[]>>	varDimNamesList
(package private) ArrayList<HashMap<String,Integer>>	varGranuleRatiosList
(package private) ArrayList<HashMap<String,ucar.nc2.Variable>>	varMapList
(package private) HashMap<String,RangeProcessor>	varToRangeProcessor

Constructor Summary

GranuleAggregation(ArrayList<NetCDFFile> ncdfal, int granuleLength, String inTrackDimensionName, String crossTrackDimensionName)

Method Summary

void	addRangeProcessor(String arrayName, RangeProcessor rangeProcessor)
(package private) void	analyzeStructure(ucar.nc2.Structure var, HashMap<String,ucar.nc2.Variable> varMap, HashMap<String,String[]> varDimNames, HashMap<String,int[]> varDimLengths, HashMap<String,Class> varDataType)
void	close()
Object	getArray(String array_name, int[] start, int[] count, int[] stride)
HDFArray	getArrayAttribute(String array_name, String attr_name)
Class	getArrayType(String array_name)
byte[]	getByteArray(String array_name, int[] start, int[] count, int[] stride)
int[]	getDimensionLengths(String array_name)
String[]	getDimensionNames(String array_name)
double[]	getDoubleArray(String array_name, int[] start, int[] count, int[] stride)
float[]	getFloatArray(String array_name, int[] start, int[] count, int[] stride)
HDFArray	getGlobalAttribute(String attr_name)
int[]	getIntArray(String array_name, int[] start, int[] count, int[] stride)
private int	getInTrackIndex(ucar.nc2.Variable v) Based on the names of the variable dimensions, determine the in-track index
ArrayList<NetCDFFile>	getReaders()
short[]	getShortArray(String array_name, int[] start, int[] count, int[] stride)
HashMap	getVarMap()
private void	init(ArrayList<NetCDFFile> ncdfal)
private Object	processArray(String array_name, Class arrayType, int granIdx, Object values, RangeProcessor rngProcessor, int[] start, int[] count)
private Object	readArray(String array_name, int[] start, int[] count, int[] stride)

Methods inherited from class java.lang.Object

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

Field Detail

logger

private static final org.slf4j.Logger logger

nclist

ArrayList<ucar.nc2.NetcdfFile> nclist

ncdfal

ArrayList<NetCDFFile> ncdfal

varMapList

ArrayList<HashMap<String,ucar.nc2.Variable>> varMapList

varDimNamesList

ArrayList<HashMap<String,String[]>> varDimNamesList

varDimLengthsList

ArrayList<HashMap<String,int[]>> varDimLengthsList

varDataTypeList

ArrayList<HashMap<String,Class>> varDataTypeList

varGranuleRatiosList

ArrayList<HashMap<String,Integer>> varGranuleRatiosList

varToRangeProcessor

HashMap<String,RangeProcessor> varToRangeProcessor

granuleCount

private int granuleCount

granuleLength

private int granuleLength

inTrackDimensionName

private String inTrackDimensionName

crossTrackDimensionName

private String crossTrackDimensionName

Constructor Detail

GranuleAggregation

public GranuleAggregation(ArrayList<NetCDFFile> ncdfal,
                          int granuleLength,
                          String inTrackDimensionName,
                          String crossTrackDimensionName)
                   throws Exception

Throws:

Exception

Method Detail

getArrayType

public Class getArrayType(String array_name)

Specified by:

getArrayType in interface MultiDimensionReader

getDimensionNames

public String[] getDimensionNames(String array_name)

Specified by:

getDimensionNames in interface MultiDimensionReader

getDimensionLengths

public int[] getDimensionLengths(String array_name)

Specified by:

getDimensionLengths in interface MultiDimensionReader

getFloatArray

public float[] getFloatArray(String array_name,
                             int[] start,
                             int[] count,
                             int[] stride)
                      throws Exception

Specified by:

getFloatArray in interface MultiDimensionReader

Throws:

Exception

getIntArray

public int[] getIntArray(String array_name,
                         int[] start,
                         int[] count,
                         int[] stride)
                  throws Exception

Specified by:

getIntArray in interface MultiDimensionReader

Throws:

Exception

getDoubleArray

public double[] getDoubleArray(String array_name,
                               int[] start,
                               int[] count,
                               int[] stride)
                        throws Exception

Specified by:

getDoubleArray in interface MultiDimensionReader

Throws:

Exception

getShortArray

public short[] getShortArray(String array_name,
                             int[] start,
                             int[] count,
                             int[] stride)
                      throws Exception

Specified by:

getShortArray in interface MultiDimensionReader

Throws:

Exception

getByteArray

public byte[] getByteArray(String array_name,
                           int[] start,
                           int[] count,
                           int[] stride)
                    throws Exception

Specified by:

getByteArray in interface MultiDimensionReader

Throws:

Exception

getArray

public Object getArray(String array_name,
                       int[] start,
                       int[] count,
                       int[] stride)
                throws Exception

Specified by:

getArray in interface MultiDimensionReader

Throws:

Exception

getGlobalAttribute

public HDFArray getGlobalAttribute(String attr_name)
                            throws Exception

Specified by:

getGlobalAttribute in interface MultiDimensionReader

Throws:

Exception

getArrayAttribute

public HDFArray getArrayAttribute(String array_name,
                                  String attr_name)
                           throws Exception

Specified by:

getArrayAttribute in interface MultiDimensionReader

Throws:

Exception

close

public void close()
           throws Exception

Specified by:

close in interface MultiDimensionReader

Throws:

Exception

init

private void init(ArrayList<NetCDFFile> ncdfal)
           throws Exception

Throws:

Exception

getInTrackIndex

private int getInTrackIndex(ucar.nc2.Variable v)

Based on the names of the variable dimensions, determine the in-track index

Parameters:

dimNames - names of dimensions - should match static strings in relevant classes

Returns:

correct index (0 or greater), or -1 if error

analyzeStructure

void analyzeStructure(ucar.nc2.Structure var,
                      HashMap<String,ucar.nc2.Variable> varMap,
                      HashMap<String,String[]> varDimNames,
                      HashMap<String,int[]> varDimLengths,
                      HashMap<String,Class> varDataType)
                throws Exception

Throws:

Exception

readArray

private Object readArray(String array_name,
                         int[] start,
                         int[] count,
                         int[] stride)
                  throws Exception

Throws:

Exception

getVarMap

public HashMap getVarMap()

getReaders

public ArrayList<NetCDFFile> getReaders()

processArray

private Object processArray(String array_name,
                            Class arrayType,
                            int granIdx,
                            Object values,
                            RangeProcessor rngProcessor,
                            int[] start,
                            int[] count)

addRangeProcessor

public void addRangeProcessor(String arrayName,
                              RangeProcessor rangeProcessor)