// -*- C++ -*- #ifndef JAIDA_JITUPLE_H #define JAIDA_JITUPLE_H 1 // This file is part of the AIDA library // Copyright (C) 2002 by the AIDA team. All rights reserved. // This library is free software and under the terms of the // GNU Library General Public License described in the LGPL.txt #include #include #include #include "AIDA/IAnnotation.h" #include "AIDA/ICloud1D.h" #include "AIDA/ICloud2D.h" #include "AIDA/ICloud3D.h" #include "AIDA/IEvaluator.h" #include "AIDA/IFilter.h" #include "AIDA/IHistogram1D.h" #include "AIDA/IHistogram2D.h" #include "AIDA/IHistogram3D.h" #include "AIDA/IProfile1D.h" #include "AIDA/IProfile2D.h" #include "AIDA/ITuple.h" #include "AIDA/ITupleEntry.h" #include "JProxy.h" #include "JIManagedObject.h" namespace JAIDA { /** * User level interface to a Tuple. * * @author The AIDA team (http://aida.freehep.org/) * */ class JITuple: public JProxy, public JIManagedObject, public virtual AIDA::ITupleEntry, public virtual AIDA::ITuple { private: jmethodID columnMeanOICDMethod; jmethodID fillOADCVMethod; jmethodID projectOLhep_aida_IHistogram3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID skipOICVMethod; jmethodID getBooleanOICZMethod; jmethodID getIntOICIMethod; jmethodID projectOLhep_aida_IProfile1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID findColumnOLjava_lang_StringECIMethod; jmethodID projectOLhep_aida_ICloud1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID startOCVMethod; jmethodID projectOLhep_aida_ICloud2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IHistogram2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID projectOLhep_aida_IHistogram1DELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_ICloud2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID projectOLhep_aida_ICloud2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID fillOIJCVMethod; jmethodID getFloatOICFMethod; jmethodID getShortOICSMethod; jmethodID getCharOICCMethod; jmethodID getStringOICLjava_lang_StringEMethod; jmethodID columnsOCIMethod; jmethodID titleOCLjava_lang_StringEMethod; jmethodID projectOLhep_aida_IHistogram2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IProfile2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IHistogram1DELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID columnMaxOICDMethod; jmethodID projectOLhep_aida_ICloud3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID fillOILhep_aida_ITupleEntryECVMethod; jmethodID fillOILjava_lang_StringECVMethod; jmethodID annotationOCLhep_aida_IAnnotationEMethod; jmethodID projectOLhep_aida_IHistogram3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID fillOIICVMethod; jmethodID fillOISCVMethod; jmethodID projectOLhep_aida_ICloud3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IHistogram3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID getTupleOICLhep_aida_ITupleEMethod; jmethodID projectOLhep_aida_IProfile2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID addRowOCVMethod; jmethodID columnNameOICLjava_lang_StringEMethod; jmethodID projectOLhep_aida_ICloud1DELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_ICloud1DELhep_aida_IEvaluatorECVMethod; jmethodID fillOAFCVMethod; jmethodID getLongOICJMethod; jmethodID projectOLhep_aida_IProfile1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID resetOCVMethod; jmethodID projectOLhep_aida_IProfile1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID projectOLhep_aida_ICloud3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID resetRowOCVMethod; jmethodID columnMinOICDMethod; jmethodID projectOLhep_aida_IProfile2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IHistogram2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID nextOCZMethod; jmethodID setTitleOLjava_lang_StringECVMethod; jmethodID columnRmsOICDMethod; jmethodID projectOLhep_aida_IHistogram1DELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IProfile2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID projectOLhep_aida_ICloud2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID fillOIDCVMethod; jmethodID projectOLhep_aida_ICloud3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_IHistogram2DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID setRowOICVMethod; jmethodID projectOLhep_aida_IHistogram1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorECVMethod; jmethodID getDoubleOICDMethod; jmethodID projectOLhep_aida_IHistogram3DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID columnTypeOICLhep_aida_StringClassEMethod; jmethodID fillOIZCVMethod; jmethodID fillOIFCVMethod; jmethodID getObjectOICLhep_aida_ITupleEntryEMethod; jmethodID rowsOCIMethod; jmethodID fillOICCVMethod; jmethodID projectOLhep_aida_IProfile1DELhep_aida_IEvaluatorELhep_aida_IEvaluatorELhep_aida_IFilterELhep_aida_IEvaluatorECVMethod; jmethodID projectOLhep_aida_ICloud1DELhep_aida_IEvaluatorELhep_aida_IFilterECVMethod; jmethodID columnNamesOCALjava_lang_StringEMethod; jmethodID columnTypesOCALjava_lang_ClassEMethod; std::string emptyString; AIDA::IAnnotation* iAnnotation; protected: inline JITuple() { }; inline JITuple(const JITuple& r):JProxy(r), JIManagedObject(r) { }; inline JITuple& operator=(const JITuple&) { return *this; }; public: /** * Default JNI Constructor */ JNIEXPORT JITuple(JNIEnv *env, jobject object, const ProxyFactory & factory); /// Destructor. JNIEXPORT virtual ~JITuple(); /** * Get the title of this ITuple. * @return The ITuple's title. * */ JNIEXPORT virtual std::string title() const; /** * Set the title of the ITuple. * @param title The new ITuple's title. * @return false If title cannot be changed. * */ JNIEXPORT virtual bool setTitle(const std::string & title); /** * Get the IAnnotation corresponding to this ITuple. * @return The ITuple's IAnnotation. * */ JNIEXPORT virtual AIDA::IAnnotation & annotation(); JNIEXPORT virtual const AIDA::IAnnotation & annotation() const; /** * Fill a given column with a double. * @param column The column's index within the ITuple. * @param value The double. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, double value); /** * Fill a given column with a float. * @param column The column's index within the ITuple. * @param value The float. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, float value); /** * Fill a given column with an integer. * @param column The column's index within the ITuple. * @param value The integer. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, int value); /** * Fill a given column with a short. * @param column The column's index within the ITuple. * @param value The short. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, short value); /** * Fill a given column with a long. * @param column The column's index within the ITuple. * @param value The long. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, long value); /** * Fill a given column with a char. * @param column The column's index within the ITuple. * @param value The char. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, char value); /** * Fill a given column with a boolean. * @param column The column's index within the ITuple. * @param value The boolean. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, bool value); /** * Fill a given column with a string. * @param column The column's index within the ITuple. * @param value The string. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, const std::string & value); /** * Fill a given column with an object. * @param column The column's index within the ITuple. * @param value The object. * @return false If the column is of the wrong type. * */ JNIEXPORT virtual bool fill(int column, const AIDA::ITupleEntry & value); /** * Fill all the columns at once with doubles. * @param values The array of doubles. * @return false If any column is not of type double or if * the array has the wrong dimension. * */ JNIEXPORT virtual bool fill(const std::vector & values); /** * Fill all the columns at once with floats. * @param values The array of floats. * @return false If any column is not of type float or if * the array has the wrong dimension. * */ JNIEXPORT virtual bool fill(const std::vector & values); /** * Add the current row to the ITuple. This method should be called after * fill has been called for the columns; unfilled columns will be filled * with their default value. * @return false When the ITuple runs out of storage space. * */ JNIEXPORT virtual bool addRow(); /** * Clear the current(not yet added) row. * */ JNIEXPORT virtual void resetRow(); /** * Reset the ITuple. All the rows are reset. * The ITuple is as just created. * */ JNIEXPORT virtual void reset(); /** * Get the number of rows currently filled in the ITuple. * @return The number of rows. -1 if empty or if it cannot be determined. * */ JNIEXPORT virtual int rows() const; /** * Positions the read cursor immediately before the first row. * */ JNIEXPORT virtual void start(); /** * Skips a given number of rows. * @param rows The number of rows to skip. * @return false If rows is less than zero or * if it is not possible to perform the jump. * */ JNIEXPORT virtual bool skip(int rows); /** * Positions the cursor at the next row. * @return false if there is no next row. * */ JNIEXPORT virtual bool next(); /** * Position the cursor at a give row. * @param rowIndex The row where the cursor has to be positioned. * @return false If the cursor cannot be positioned * at the give row. * */ JNIEXPORT virtual bool setRow(int rowIndex); /** * Get the index within the ITuple of a given column. * @param name The colum's name. * @return The corresponding column's index. Note: in C++ -1 may * be returned if the column does not exist. */ JNIEXPORT virtual int findColumn(const std::string & name) const; /** * Get the double stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The double. * */ JNIEXPORT virtual double getDouble(int column) const; /** * Get the float stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The float. * */ JNIEXPORT virtual float getFloat(int column) const; /** * Get the integer stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The integer. * */ JNIEXPORT virtual int getInt(int column) const; /** * Get the short stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The short. * */ JNIEXPORT virtual short getShort(int column) const; /** * Get the long stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The long. * */ JNIEXPORT virtual long getLong(int column) const; /** * Get the character stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The character. * */ JNIEXPORT virtual char getChar(int column) const; /** * Get the boolean stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The boolean. * */ JNIEXPORT virtual bool getBoolean(int column) const; /** * Get the string stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The string. * */ JNIEXPORT virtual std::string getString(int column) const; /** * Get the object stored in a given column at the current cursor's position. * @param column The column's index within the ITuple. * @return The object. * */ JNIEXPORT virtual const AIDA::ITupleEntry * getObject(int column) const; /** * Return method for tuple variables of type ITuple for a given column. * This method can be used in order to fill a tuple variable in the master tuple. * @param column The column's index. * @return The ITuple representing the structure of this column. * */ JNIEXPORT virtual const AIDA::ITuple * getTuple(int column) const; JNIEXPORT virtual AIDA::ITuple * getTuple(int column); /** * Get the number of columns in the ITuple * @return The number of columns. * */ JNIEXPORT virtual int columns() const; /** * Get the name of a column from its index. * @param column The column's index. * @return The column's name. * */ JNIEXPORT virtual std::string columnName(int column) const; /** * Get the names of all the columns. * @return The column names. * */ JNIEXPORT virtual std::vector columnNames() const; /** * Get the type of a give column. * @param column The column's type. * @return The column's Class. * */ JNIEXPORT virtual std::string columnType(int column) const; /** * Get the types of all the columns. * @return The column Classes. * */ JNIEXPORT virtual std::vector columnTypes() const; /** * Get the minimum value of a given column (if it can be converted to a double). * @param column The column's index. * @return The column's minimum value. In Java Double.NaN might be returned. * */ JNIEXPORT virtual double columnMin(int column) const; /** * Get the maximum value of a given column (if it can be converted to a double). * @param column The column's index. * @return The column's maximum value. In Java Double.NaN might be returned. * */ JNIEXPORT virtual double columnMax(int column) const; /** * Get the mean value of a given column (if it can be converted to a double). * @param column The column's index. * @return The column's mean value. In Java Double.NaN might be returned. * */ JNIEXPORT virtual double columnMean(int column) const; /** * Get the RMS of a given column (if it can be converted to a double). * @param column The column's index. * @return The column's RMS. In Java Double.NaN might be returned. * */ JNIEXPORT virtual double columnRms(int column) const; /** * Fill an IHistogram1D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram. The value is computed * from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram1D & histogram, AIDA::IEvaluator & evaluatorX); /** * Fill an IHistogram1D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram. The value is computed * from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram1D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IFilter & filter); /** * Fill an IHistogram1D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram. The value is computed * from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram1D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & weight); /** * Fill an IHistogram1D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram. The value is computed * from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram1D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an IHistogram2D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram2D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY); /** * Fill an IHistogram2D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram2D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter); /** * Fill an IHistogram2D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram2D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & weight); /** * Fill an IHistogram2D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram2D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an IHistogram3D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the histogram along the z axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram3D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ); /** * Fill an IHistogram3D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the histogram along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram3D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter); /** * Fill an IHistogram3D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the histogram along the z axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram3D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IEvaluator & weight); /** * Fill an IHistogram3D from the tuple. * @param histogram The histogram to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the histogram along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the histogram along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the histogram along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the histogram is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IHistogram3D & histogram, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an ICloud1D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud. The value is computed * from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud1D & cloud, AIDA::IEvaluator & evaluatorX); /** * Fill an ICloud1D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud. The value is computed * from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud1D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IFilter & filter); /** * Fill an ICloud1D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud. The value is computed * from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud1D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & weight); /** * Fill an ICloud1D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud. The value is computed * from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud1D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an ICloud2D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud2D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY); /** * Fill an ICloud2D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud2D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter); /** * Fill an ICloud2D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud2D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & weight); /** * Fill an ICloud2D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud2D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an ICloud3D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the cloud along the z axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud3D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ); /** * Fill an ICloud3D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the cloud along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud3D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter); /** * Fill an ICloud3D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the cloud along the z axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud3D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IEvaluator & weight); /** * Fill an ICloud3D from the tuple. * @param cloud The cloud to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the cloud along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the cloud along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the cloud along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the cloud is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::ICloud3D & cloud, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an IProfile1D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile1D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY); /** * Fill an IProfile1D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the profile is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile1D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter); /** * Fill an IProfile1D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile1D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & weight); /** * Fill an IProfile1D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the profile is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile1D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * Fill an IProfile2D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the profile along the z axis. * The value is computed from the current row of the tuple. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile2D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ); /** * Fill an IProfile2D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the profile along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the profile is not filled. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile2D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter); /** * Fill an IProfile2D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the profile along the z axis. * The value is computed from the current row of the tuple. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile2D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IEvaluator & weight); /** * Fill an IProfile2D from the tuple. * @param profile The profile to fill. * @param evaluatorX The evaluator used to compute the value * to be filled in the profile along the x axis. * The value is computed from the current row of the tuple. * @param evaluatorY The evaluator used to compute the value * to be filled in the profile along the y axis. * The value is computed from the current row of the tuple. * @param evaluatorZ The evaluator used to compute the value * to be filled in the profile along the z axis. * The value is computed from the current row of the tuple. * @param filter The filter object used to accept or not the current row. * If rejected, the profile is not filled. * @param weight The evaluator which determines the weight which is used during the filling. * @return false If something goes wrong. * */ JNIEXPORT virtual bool project(AIDA::IProfile2D & profile, AIDA::IEvaluator & evaluatorX, AIDA::IEvaluator & evaluatorY, AIDA::IEvaluator & evaluatorZ, AIDA::IFilter & filter, AIDA::IEvaluator & weight); /** * See IManagedObject for a description. * @param className The name of the class to cast on. * @return The right pointer. Return 0 if failure. */ JNIEXPORT virtual void * cast(const std::string & className) const; }; // class } // namespace JAIDA #endif /* ifndef JAIDA_JITUPLE_H */