/usr/include/terralib/stat/TeKernelParams.h is in libterralib-dev 4.0.0-5ubuntu1.
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Exploring and analysis of geographical data using TerraLib and TerraView
Copyright © 2003-2007 INPE and LESTE/UFMG.
Partially funded by CNPq - Project SAUDAVEL, under grant no. 552044/2002-4,
SENASP-MJ and INPE
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU Lesser General Public
License as published by the Free Software Foundation; either
version 2.1 of the License, or (at your option) any later version.
This program is distributed hoping it will be useful, however, WITHOUT ANY
WARRANTIES; neither to the implicit warranty of MERCHANTABILITY OR SUITABILITY FOR
AN SPECIFIC FINALITY. Consult the GNU General Public License for more details.
You must have received a copy of the GNU General Public License with this program.
In negative case, write to the Free Software Foundation, Inc. in the following
address: 59 Temple Street, Suite 330, Boston, MA 02111-1307 USA.
***********************************************************************************/
/*! \file TeKernelParams.h
\brief This file contains structures and definitions about Kernel parameters
*/
#ifndef __TERRALIB_INTERNAL_KERNELPARAMS_H
#define __TERRALIB_INTERNAL_KERNELPARAMS_H
#include "TeStatDefines.h"
#include "TeUtils.h"
#include <string>
#include <vector>
using namespace std;
//! Kernel Algorithm types
enum TeKernelFunctionType
{TeKQuartic, TeKNormal, TeKUniform, TeKTriangular, TeKNegExponential};
//! Kernel Evaluation types
enum TeKernelComputeType
{TeKDensity, TeKMovingAverage, TeKProbability};
enum TeKernelCombinationType
{TeKRatio, TeKLogRatio, TeAbsDifference, TeRelDifference, TeAbsSum, TeRelSum};
/*! \struct TeKernelParams
Kernel parameters representation
*/
struct STAT_DLL TeKernelParams
{
//first event theme
int eventThemeId1_; // event theme id
string eventThemeName1_; // event theme name
string intensityAttrName1_; // intensity attribute name
string intensityAttrTable1_; // table name that keeps the intensity attribute
TeKernelFunctionType kernelFunction1_; // kernel function
TeKernelComputeType computeType1_;
double radiusValue1_; // radius value if the kernel is not adaptative
TeKernelCombinationType combinationType_;
//second event theme (if Kernel ratio)
int eventThemeId2_; // event theme id
string eventThemeName2_; // event theme name
string intensityAttrName2_; // intensity attribute name
string intensityAttrTable2_; // table name that keeps the intensity attribute
TeKernelFunctionType kernelFunction2_; // kernel function
TeKernelComputeType computeType2_;
double radiusValue2_; // radius value if the kernel is not adaptative
//informations about the kernel result
int supportThemeId_; // support theme id
string supportThemeName_; // support theme name
string supportThemeTable_; // support theme table that keeps the kernel results
string supportThemeAttr_; // attribute name of the support theme table that keeps the kernel results
int generatedLayerId_; // id of the generated layer (when it´s raster)
string generatedLayerName_; // name of the generated layer (when it´s raster)
//! Empty constructor
TeKernelParams():
eventThemeId1_(0),
eventThemeName1_(""),
intensityAttrName1_(""),
intensityAttrTable1_(""),
kernelFunction1_(TeKQuartic),
computeType1_(TeKDensity),
radiusValue1_(0.0),
combinationType_(TeKRatio),
eventThemeId2_(0),
eventThemeName2_(""),
intensityAttrName2_(""),
intensityAttrTable2_(""),
kernelFunction2_(TeKQuartic),
computeType2_(TeKDensity),
radiusValue2_(0.0),
supportThemeId_(0),
supportThemeName_(""),
supportThemeTable_(""),
supportThemeAttr_(""),
generatedLayerId_(0),
generatedLayerName_("")
{}
};
//! A vector of TeKernelParams
typedef vector<TeKernelParams> TeKernelParamsVector;
#endif
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