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TestGLILight.cpp
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TestGLILight.cpp
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//---------------------------------------------------------------------------
#include "TestGLILight.h"
#include <gtest/gtest.h>
#include <fstream>
#include <math.h>
#include "TreePopulation.h"
#include "TreeSearch.h"
#include "SimManager.h"
/////////////////////////////////////////////////////////////////////////////
// Run1()
// Tests GLI calculations. WriteGLILightXMLFile1() is used for setup. Seventeen
// trees are created, and the GLI calculations of six of them are tested to
// make sure they are right There is only one species, for simplicity.
/////////////////////////////////////////////////////////////////////////////
TEST(GLILight, Run1) {
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try {
clTree *p_oTarget1, *p_oTarget2, *p_oTarget3, *p_oTarget4, *p_oTarget5, *p_oTarget6,
*p_oTree;
float fX, fY, fDiam, fLight, fExpectedLight;
//Feed our file to the sim manager
p_oSimManager->ReadFile(WriteGLILightXMLFile1());
clTreePopulation *p_oPop = (clTreePopulation*)p_oSimManager->GetPopulationObject("treepopulation");
//Create our trees
// # 1
fX = 75;
fY = 80;
fDiam = 15;
p_oTarget1 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 2
fX = 50;
fY = 50;
fDiam = 11;
p_oTarget2 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 3
fX = 56.1;
fY = 50;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 4
fX = 190;
fY = 193;
fDiam = 4;
p_oTarget3 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 5
fX = 187;
fY = 190;
fDiam = 140;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 6
fX = 10;
fY = 185;
fDiam = 40;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 7
fX = 11;
fY = 11;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 8
fX = 10;
fY = 10;
fDiam = 15;
p_oTarget4 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 9
fX = 156;
fY = 15;
fDiam = 18;
p_oTarget5 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 10
fX = 155;
fY = 21.5;
fDiam = 56;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 11
fX = 147;
fY = 8;
fDiam = 62;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 12
fX = 147;
fY = 17;
fDiam = 57;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 13
fX = 12;
fY = 194;
fDiam = 8;
p_oTarget6 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 14
fX = 9;
fY = 4;
fDiam = 61;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 15
fX = 1;
fY = 199;
fDiam = 41;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 16
fX = 51;
fY = 57;
fDiam = 15;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 17
fX = 59;
fY = 57;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
//Dead neighbor
fX = 51;
fY = 51;
fDiam = 50;
p_oTree = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
p_oTree->SetValue(p_oPop->GetIntDataCode("dead", p_oTree->GetSpecies(), p_oTree->GetType()), natural);
//Run a timestep
p_oSimManager->RunSim(1);
//Check the values
p_oTarget1->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget1->GetSpecies(), p_oTarget1->GetType()), &fLight);
fExpectedLight = 100;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget2->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget2->GetSpecies(), p_oTarget2->GetType()), &fLight);
fExpectedLight = 90.4544612;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget3->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget3->GetSpecies(), p_oTarget3->GetType()), &fLight);
fExpectedLight = 38.9158116;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget4->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget4->GetSpecies(), p_oTarget4->GetType()), &fLight);
fExpectedLight = 13.68761304;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget5->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget5->GetSpecies(), p_oTarget5->GetType()), &fLight);
fExpectedLight = 81.9849348;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget6->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget6->GetSpecies(), p_oTarget6->GetType()), &fLight);
fExpectedLight = 79.96579752;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
delete p_oSimManager;
} catch (modelErr &e) {
delete p_oSimManager;
FAIL() << "Testing failed in function: " << e.sFunction << " with message: " << e.sMoreInfo;
}
}
/////////////////////////////////////////////////////////////////////////////
// Run2()
// Tests GLI calculations. WriteGLILightXMLFile2() is used for setup. Five
// trees are created, and the GLI calculations of two of them are tested to
// make sure they are right. This tests mid-crown calculations. There is
// only one species, for simplicity.
/////////////////////////////////////////////////////////////////////////////
TEST(GLILight, Run2) {
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try {
clTree *p_oTarget1, *p_oTarget2;
float fX, fY, fDiam, fLight, fExpectedLight;
//Feed our file to the sim manager
p_oSimManager->ReadFile(WriteGLILightXMLFile2());
clTreePopulation *p_oPop = (clTreePopulation*) p_oSimManager->GetPopulationObject("treepopulation");
//Create our trees
// # 1
fX = 156;
fY = 15;
fDiam = 18;
p_oTarget1 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 2
fX = 153;
fY = 10;
fDiam = 1;
p_oTarget2 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::seedling, fDiam);
fX = 155;
fY = 21.5;
fDiam = 56;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
fX = 147;
fY = 8;
fDiam = 62;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
fX = 147;
fY = 17;
fDiam = 57;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
//Run a timestep
p_oSimManager->RunSim(1);
//Check the values
p_oTarget1->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget1->GetSpecies(), p_oTarget1->GetType()), &fLight);
fExpectedLight = 81.4293796;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget2->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget2->GetSpecies(), p_oTarget2->GetType()), &fLight);
fExpectedLight = 86.6536452;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
delete p_oSimManager;
} catch (modelErr &e) {
delete p_oSimManager;
FAIL() << "Testing failed in function: " << e.sFunction << " with message: " << e.sMoreInfo;
}
}
/////////////////////////////////////////////////////////////////////////////
// Run3()
// Tests GLI calculations in the southern hemisphere. WriteGLILightXMLFile3() is used
// for setup. Seventeen trees are created, and the GLI calculations of six of
// them are tested to make sure they are right. There is only one species,
// for simplicity.
//This run is commented out. It doesn't work but I don't know why or if it's
//important. This is supposed to be for the southern hemisphere.
/////////////////////////////////////////////////////////////////////////////
/*TEST(GLILight, Run3) {
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try {
clTree *p_oTarget1, *p_oTarget2, *p_oTarget3, *p_oTarget4, *p_oTarget5, *p_oTarget6,
*p_oTree;
float fX, fY, fDiam, fLight, fExpectedLight;
//Feed our file to the sim manager
p_oSimManager->ReadFile(WriteGLILightXMLFile3());
clTreePopulation *p_oPop = (clTreePopulation*)p_oSimManager->GetPopulationObject("treepopulation");
//Create our trees
// # 1
fX = 75;
fY = 80;
fDiam = 15;
p_oTarget1 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 2
fX = 50;
fY = 50;
fDiam = 11;
p_oTarget2 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 3
fX = 56.1;
fY = 50;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 4
fX = 190;
fY = 193;
fDiam = 4;
p_oTarget3 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 5
fX = 187;
fY = 190;
fDiam = 140;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 6
fX = 10;
fY = 185;
fDiam = 40;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 7
fX = 11;
fY = 11;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 8
fX = 10;
fY = 10;
fDiam = 15;
p_oTarget4 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 9
fX = 156;
fY = 15;
fDiam = 18;
p_oTarget5 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 10
fX = 155;
fY = 21.5;
fDiam = 56;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 11
fX = 147;
fY = 8;
fDiam = 62;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 12
fX = 147;
fY = 17;
fDiam = 57;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 13
fX = 12;
fY = 194;
fDiam = 8;
p_oTarget6 = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 14
fX = 9;
fY = 4;
fDiam = 61;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 15
fX = 1;
fY = 199;
fDiam = 41;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 16
fX = 51;
fY = 57;
fDiam = 15;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
// # 17
fX = 59;
fY = 57;
fDiam = 45;
p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
//Dead neighbor
fX = 51;
fY = 51;
fDiam = 50;
p_oTree = p_oPop->CreateTree (fX, fY, 0, clTreePopulation::adult, fDiam);
p_oTree->SetValue(p_oPop->GetIntDataCode("dead", p_oTree->GetSpecies(), p_oTree->GetType()), natural);
//Run a timestep
p_oSimManager->RunSim(1);
//Check the values
p_oTarget1->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget1->GetSpecies(), p_oTarget1->GetType()), &fLight);
fExpectedLight = 100;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget2->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget2->GetSpecies(), p_oTarget2->GetType()), &fLight);
fExpectedLight = 90.4544612;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget3->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget3->GetSpecies(), p_oTarget3->GetType()), &fLight);
fExpectedLight = 38.9158116;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget4->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget4->GetSpecies(), p_oTarget4->GetType()), &fLight);
fExpectedLight = 13.68761304;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget5->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget5->GetSpecies(), p_oTarget5->GetType()), &fLight);
fExpectedLight = 81.9849348;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
p_oTarget6->GetValue(p_oPop->GetFloatDataCode("Light", p_oTarget6->GetSpecies(), p_oTarget6->GetType()), &fLight);
fExpectedLight = 79.96579752;
EXPECT_LT(fabs(fExpectedLight - fLight), 0.1);
delete p_oSimManager;
} catch (modelErr &e) {
delete p_oSimManager;
FAIL() << "Testing failed in function: " << e.sFunction << " with message: " << e.sMoreInfo;
}
}*/
////////////////////////////////////////////////////////////////////////////
// WriteXMLFile1()
////////////////////////////////////////////////////////////////////////////
const char* WriteGLILightXMLFile1() {
using namespace std;
const char *cFileString = "TestFile1.xml";
//Open file to write to
fstream oOut;
oOut.open(cFileString, ios::out | ios::trunc);
//Write file
oOut << "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?>"
<< "<paramFile fileCode=\"06010101\">"
<< "<plot>"
<< "<timesteps>1</timesteps>"
<< "<yearsPerTimestep>1</yearsPerTimestep>"
<< "<randomSeed>1</randomSeed>"
<< "<plot_lenX>200.0</plot_lenX>"
<< "<plot_latitude>55.37</plot_latitude>"
<< "<plot_precip_mm_yr>1150.645781</plot_precip_mm_yr>"
<< "<plot_lenY>200.0</plot_lenY>"
<< "<plot_temp_C>12</plot_temp_C>"
<< "</plot>"
<< "<trees>"
<< "<tr_speciesList>"
<< "<tr_species speciesName=\"Species_1\" />"
<< "</tr_speciesList>"
<< "<tr_seedDiam10Cm>0.1</tr_seedDiam10Cm>"
<< "<tr_minAdultDBH>"
<< "<tr_madVal species=\"Species_1\">10.0</tr_madVal>"
<< "</tr_minAdultDBH>"
<< "<tr_maxSeedlingHeight>"
<< "<tr_mshVal species=\"Species_1\">1.35</tr_mshVal>"
<< "</tr_maxSeedlingHeight>"
<< "</trees>"
<< "<allometry>"
<< "<tr_canopyHeight>"
<< "<tr_chVal species=\"Species_1\">39.48</tr_chVal>"
<< "</tr_canopyHeight>"
<< "<tr_stdAsympCrownRad>"
<< "<tr_sacrVal species=\"Species_1\">0.0549</tr_sacrVal>"
<< "</tr_stdAsympCrownRad>"
<< "<tr_stdCrownRadExp>"
<< "<tr_screVal species=\"Species_1\">1.0</tr_screVal>"
<< "</tr_stdCrownRadExp>"
<< "<tr_stdMaxCrownRad>"
<< "<tr_smcrVal species=\"Species_1\">10</tr_smcrVal>"
<< "</tr_stdMaxCrownRad>"
<< "<tr_conversionDiam10ToDBH>"
<< "<tr_cdtdVal species=\"Species_1\">0.8008</tr_cdtdVal>"
<< "</tr_conversionDiam10ToDBH>"
<< "<tr_interceptDiam10ToDBH>"
<< "<tr_idtdVal species=\"Species_1\">0</tr_idtdVal>"
<< "</tr_interceptDiam10ToDBH>"
<< "<tr_stdAsympCrownHt>"
<< "<tr_sachVal species=\"Species_1\">0.589</tr_sachVal>"
<< "</tr_stdAsympCrownHt>"
<< "<tr_stdCrownHtExp>"
<< "<tr_scheVal species=\"Species_1\">1.0</tr_scheVal>"
<< "</tr_stdCrownHtExp>"
<< "<tr_slopeOfHeight-Diam10>"
<< "<tr_sohdVal species=\"Species_1\">0.03418</tr_sohdVal>"
<< "</tr_slopeOfHeight-Diam10>"
<< "<tr_slopeOfAsymHeight>"
<< "<tr_soahVal species=\"Species_1\">0.0299</tr_soahVal>"
<< "</tr_slopeOfAsymHeight>"
<< "<tr_whatSeedlingHeightDiam>"
<< "<tr_wsehdVal species=\"Species_1\">0</tr_wsehdVal>"
<< "</tr_whatSeedlingHeightDiam>"
<< "<tr_whatSaplingHeightDiam>"
<< "<tr_wsahdVal species=\"Species_1\">0</tr_wsahdVal>"
<< "</tr_whatSaplingHeightDiam>"
<< "<tr_whatAdultHeightDiam>"
<< "<tr_wahdVal species=\"Species_1\">0</tr_wahdVal>"
<< "</tr_whatAdultHeightDiam>"
<< "<tr_whatAdultCrownRadDiam>"
<< "<tr_wacrdVal species=\"Species_1\">0</tr_wacrdVal>"
<< "</tr_whatAdultCrownRadDiam>"
<< "<tr_whatAdultCrownHeightHeight>"
<< "<tr_wachhVal species=\"Species_1\">0</tr_wachhVal>"
<< "</tr_whatAdultCrownHeightHeight>"
<< "<tr_whatSaplingCrownRadDiam>"
<< "<tr_wscrdVal species=\"Species_1\">0</tr_wscrdVal>"
<< "</tr_whatSaplingCrownRadDiam>"
<< "<tr_whatSaplingCrownHeightHeight>"
<< "<tr_wschhVal species=\"Species_1\">0</tr_wschhVal>"
<< "</tr_whatSaplingCrownHeightHeight>"
<< "</allometry>"
<< "<behaviorList>"
<< "<behavior>"
<< "<behaviorName>GLILight</behaviorName>"
<< "<version>1</version>"
<< "<listPosition>1</listPosition>"
<< "<applyTo species=\"Species_1\" type=\"Sapling\"/>"
<< "<applyTo species=\"Species_1\" type=\"Adult\"/>"
<< "</behavior>"
<< "<behavior>"
<< "<behaviorName>StochasticMortality</behaviorName>"
<< "<version>1</version>"
<< "<listPosition>2</listPosition>"
<< "<applyTo species=\"Species_1\" type=\"Adult\"/>"
<< "</behavior>"
<< "</behaviorList>"
<< "<GLILight1>"
<< "<li_minSunAngle>0.785</li_minSunAngle>"
<< "<li_numAltGrids>12</li_numAltGrids>"
<< "<li_numAziGrids>18</li_numAziGrids>"
<< "<li_heightOfFishEyePhoto>1</li_heightOfFishEyePhoto>"
<< "</GLILight1>"
<< "<GeneralLight>"
<< "<li_beamFractGlobalRad>0.5</li_beamFractGlobalRad>"
<< "<li_clearSkyTransCoeff>0.65</li_clearSkyTransCoeff>"
<< "<li_julianDayGrowthStarts>105</li_julianDayGrowthStarts>"
<< "<li_julianDayGrowthEnds>258</li_julianDayGrowthEnds>"
<< "<li_lightExtinctionCoefficient>"
<< "<li_lecVal species=\"Species_1\">0.2</li_lecVal>"
<< "</li_lightExtinctionCoefficient>"
<< "</GeneralLight>"
<< "<StochasticMortality2>"
<< "<mo_stochasticMortRate>"
<< "<mo_smrVal species=\"Species_1\">0</mo_smrVal>"
<< "</mo_stochasticMortRate>"
<< "</StochasticMortality2>"
<< "</paramFile>";
oOut.close();
return cFileString;
}
////////////////////////////////////////////////////////////////////////////
// WriteGLILightXMLFile2()
////////////////////////////////////////////////////////////////////////////
const char* WriteGLILightXMLFile2() {
using namespace std;
const char *cFileString = "TestFile1.xml";
//Open file to write to
fstream oOut;
oOut.open(cFileString, ios::out | ios::trunc);
//Write file
oOut << "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?>"
<< "<paramFile fileCode=\"06010101\">"
<< "<plot>"
<< "<timesteps>1</timesteps>"
<< "<yearsPerTimestep>1</yearsPerTimestep>"
<< "<randomSeed>1</randomSeed>"
<< "<plot_lenX>200.0</plot_lenX>"
<< "<plot_lenY>200.0</plot_lenY>"
<< "<plot_latitude>55.37</plot_latitude>"
<< "<plot_precip_mm_yr>1150.645781</plot_precip_mm_yr>"
<< "<plot_temp_C>12</plot_temp_C>"
<< "</plot>"
<< "<trees>"
<< "<tr_speciesList>"
<< "<tr_species speciesName=\"Species_1\" />"
<< "</tr_speciesList>"
<< "<tr_seedDiam10Cm>0.1</tr_seedDiam10Cm>"
<< "<tr_minAdultDBH>"
<< "<tr_madVal species=\"Species_1\">10.0</tr_madVal>"
<< "</tr_minAdultDBH>"
<< "<tr_maxSeedlingHeight>"
<< "<tr_mshVal species=\"Species_1\">1.35</tr_mshVal>"
<< "</tr_maxSeedlingHeight>"
<< "</trees>"
<< "<allometry>"
<< "<tr_canopyHeight>"
<< "<tr_chVal species=\"Species_1\">39.48</tr_chVal>"
<< "</tr_canopyHeight>"
<< "<tr_stdAsympCrownRad>"
<< "<tr_sacrVal species=\"Species_1\">0.0549</tr_sacrVal>"
<< "</tr_stdAsympCrownRad>"
<< "<tr_stdCrownRadExp>"
<< "<tr_screVal species=\"Species_1\">1.0</tr_screVal>"
<< "</tr_stdCrownRadExp>"
<< "<tr_stdMaxCrownRad>"
<< "<tr_smcrVal species=\"Species_1\">10</tr_smcrVal>"
<< "</tr_stdMaxCrownRad>"
<< "<tr_conversionDiam10ToDBH>"
<< "<tr_cdtdVal species=\"Species_1\">0.8008</tr_cdtdVal>"
<< "</tr_conversionDiam10ToDBH>"
<< "<tr_interceptDiam10ToDBH>"
<< "<tr_idtdVal species=\"Species_1\">0</tr_idtdVal>"
<< "</tr_interceptDiam10ToDBH>"
<< "<tr_stdAsympCrownHt>"
<< "<tr_sachVal species=\"Species_1\">0.589</tr_sachVal>"
<< "</tr_stdAsympCrownHt>"
<< "<tr_stdCrownHtExp>"
<< "<tr_scheVal species=\"Species_1\">1.0</tr_scheVal>"
<< "</tr_stdCrownHtExp>"
<< "<tr_slopeOfHeight-Diam10>"
<< "<tr_sohdVal species=\"Species_1\">0.03418</tr_sohdVal>"
<< "</tr_slopeOfHeight-Diam10>"
<< "<tr_slopeOfAsymHeight>"
<< "<tr_soahVal species=\"Species_1\">0.0299</tr_soahVal>"
<< "</tr_slopeOfAsymHeight>"
<< "<tr_whatSeedlingHeightDiam>"
<< "<tr_wsehdVal species=\"Species_1\">0</tr_wsehdVal>"
<< "</tr_whatSeedlingHeightDiam>"
<< "<tr_whatSaplingHeightDiam>"
<< "<tr_wsahdVal species=\"Species_1\">0</tr_wsahdVal>"
<< "</tr_whatSaplingHeightDiam>"
<< "<tr_whatAdultHeightDiam>"
<< "<tr_wahdVal species=\"Species_1\">0</tr_wahdVal>"
<< "</tr_whatAdultHeightDiam>"
<< "<tr_whatAdultCrownRadDiam>"
<< "<tr_wacrdVal species=\"Species_1\">0</tr_wacrdVal>"
<< "</tr_whatAdultCrownRadDiam>"
<< "<tr_whatAdultCrownHeightHeight>"
<< "<tr_wachhVal species=\"Species_1\">0</tr_wachhVal>"
<< "</tr_whatAdultCrownHeightHeight>"
<< "<tr_whatSaplingCrownRadDiam>"
<< "<tr_wscrdVal species=\"Species_1\">0</tr_wscrdVal>"
<< "</tr_whatSaplingCrownRadDiam>"
<< "<tr_whatSaplingCrownHeightHeight>"
<< "<tr_wschhVal species=\"Species_1\">0</tr_wschhVal>"
<< "</tr_whatSaplingCrownHeightHeight>"
<< "</allometry>"
<< "<behaviorList>"
<< "<behavior>"
<< "<behaviorName>GLILight</behaviorName>"
<< "<version>1</version>"
<< "<listPosition>1</listPosition>"
<< "<applyTo species=\"Species_1\" type=\"Sapling\"/>"
<< "<applyTo species=\"Species_1\" type=\"Adult\"/>"
<< "<applyTo species=\"Species_1\" type=\"Seedling\"/>"
<< "</behavior>"
<< "</behaviorList>"
<< "<GLILight1>"
<< "<li_minSunAngle>0.785</li_minSunAngle>"
<< "<li_numAltGrids>12</li_numAltGrids>"
<< "<li_numAziGrids>18</li_numAziGrids>"
<< "<li_heightOfFishEyePhoto>0</li_heightOfFishEyePhoto>"
<< "</GLILight1>"
<< "<GeneralLight>"
<< "<li_beamFractGlobalRad>0.5</li_beamFractGlobalRad>"
<< "<li_clearSkyTransCoeff>0.65</li_clearSkyTransCoeff>"
<< "<li_julianDayGrowthStarts>105</li_julianDayGrowthStarts>"
<< "<li_julianDayGrowthEnds>258</li_julianDayGrowthEnds>"
<< "<li_lightExtinctionCoefficient>"
<< "<li_lecVal species=\"Species_1\">0.2</li_lecVal>"
<< "</li_lightExtinctionCoefficient>"
<< "</GeneralLight>"
<< "</paramFile>";
oOut.close();
return cFileString;
}
////////////////////////////////////////////////////////////////////////////
// WriteGLILightXMLFile3()
////////////////////////////////////////////////////////////////////////////
const char* WriteGLILightXMLFile3() {
using namespace std;
const char *cFileString = "TestFile1.xml";
//Open file to write to
fstream oOut;
oOut.open(cFileString, ios::out | ios::trunc);
//Write file
oOut << "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?>"
<< "<paramFile fileCode=\"06010101\">"
<< "<plot>"
<< "<timesteps>1</timesteps>"
<< "<yearsPerTimestep>1</yearsPerTimestep>"
<< "<randomSeed>1</randomSeed>"
<< "<plot_lenX>200.0</plot_lenX>"
<< "<plot_lenY>200.0</plot_lenY>"
<< "<plot_latitude>55.37</plot_latitude>"
<< "<plot_precip_mm_yr>1150.645781</plot_precip_mm_yr>"
<< "<plot_temp_C>12</plot_temp_C>"
<< "</plot>"
<< "<trees>"
<< "<tr_speciesList>"
<< "<tr_species speciesName=\"Species_1\" />"
<< "</tr_speciesList>"
<< "<tr_seedDiam10Cm>0.1</tr_seedDiam10Cm>"
<< "<tr_minAdultDBH>"
<< "<tr_madVal species=\"Species_1\">10.0</tr_madVal>"
<< "</tr_minAdultDBH>"
<< "<tr_maxSeedlingHeight>"
<< "<tr_mshVal species=\"Species_1\">1.35</tr_mshVal>"
<< "</tr_maxSeedlingHeight>"
<< "</trees>"
<< "<allometry>"
<< "<tr_canopyHeight>"
<< "<tr_chVal species=\"Species_1\">39.48</tr_chVal>"
<< "</tr_canopyHeight>"
<< "<tr_stdAsympCrownRad>"
<< "<tr_sacrVal species=\"Species_1\">0.0549</tr_sacrVal>"
<< "</tr_stdAsympCrownRad>"
<< "<tr_stdCrownRadExp>"
<< "<tr_screVal species=\"Species_1\">1.0</tr_screVal>"
<< "</tr_stdCrownRadExp>"
<< "<tr_stdMaxCrownRad>"
<< "<tr_smcrVal species=\"Species_1\">10</tr_smcrVal>"
<< "</tr_stdMaxCrownRad>"
<< "<tr_conversionDiam10ToDBH>"
<< "<tr_cdtdVal species=\"Species_1\">0.8008</tr_cdtdVal>"
<< "</tr_conversionDiam10ToDBH>"
<< "<tr_interceptDiam10ToDBH>"
<< "<tr_idtdVal species=\"Species_1\">0</tr_idtdVal>"
<< "</tr_interceptDiam10ToDBH>"
<< "<tr_stdAsympCrownHt>"
<< "<tr_sachVal species=\"Species_1\">0.589</tr_sachVal>"
<< "</tr_stdAsympCrownHt>"
<< "<tr_stdCrownHtExp>"
<< "<tr_scheVal species=\"Species_1\">1.0</tr_scheVal>"
<< "</tr_stdCrownHtExp>"
<< "<tr_slopeOfHeight-Diam10>"
<< "<tr_sohdVal species=\"Species_1\">0.03418</tr_sohdVal>"
<< "</tr_slopeOfHeight-Diam10>"
<< "<tr_slopeOfAsymHeight>"
<< "<tr_soahVal species=\"Species_1\">0.0299</tr_soahVal>"
<< "</tr_slopeOfAsymHeight>"
<< "<tr_whatSeedlingHeightDiam>"
<< "<tr_wsehdVal species=\"Species_1\">0</tr_wsehdVal>"
<< "</tr_whatSeedlingHeightDiam>"
<< "<tr_whatSaplingHeightDiam>"
<< "<tr_wsahdVal species=\"Species_1\">0</tr_wsahdVal>"
<< "</tr_whatSaplingHeightDiam>"
<< "<tr_whatAdultHeightDiam>"
<< "<tr_wahdVal species=\"Species_1\">0</tr_wahdVal>"
<< "</tr_whatAdultHeightDiam>"
<< "<tr_whatAdultCrownRadDiam>"
<< "<tr_wacrdVal species=\"Species_1\">0</tr_wacrdVal>"
<< "</tr_whatAdultCrownRadDiam>"
<< "<tr_whatAdultCrownHeightHeight>"
<< "<tr_wachhVal species=\"Species_1\">0</tr_wachhVal>"
<< "</tr_whatAdultCrownHeightHeight>"
<< "<tr_whatSaplingCrownRadDiam>"
<< "<tr_wscrdVal species=\"Species_1\">0</tr_wscrdVal>"
<< "</tr_whatSaplingCrownRadDiam>"
<< "<tr_whatSaplingCrownHeightHeight>"
<< "<tr_wschhVal species=\"Species_1\">0</tr_wschhVal>"
<< "</tr_whatSaplingCrownHeightHeight>"
<< "</allometry>"
<< "<behaviorList>"
<< "<behavior>"
<< "<behaviorName>GLILight</behaviorName>"
<< "<version>1</version>"
<< "<listPosition>1</listPosition>"
<< "<applyTo species=\"Species_1\" type=\"Sapling\"/>"
<< "<applyTo species=\"Species_1\" type=\"Adult\"/>"
<< "</behavior>"
<< "<behavior>"
<< "<behaviorName>StochasticMortality</behaviorName>"
<< "<version>1</version>"
<< "<listPosition>2</listPosition>"
<< "<applyTo species=\"Species_1\" type=\"Adult\"/>"
<< "</behavior>"
<< "</behaviorList>"
<< "<GLILight1>"
<< "<li_minSunAngle>0.785</li_minSunAngle>"
<< "<li_numAltGrids>12</li_numAltGrids>"
<< "<li_numAziGrids>18</li_numAziGrids>"
<< "<li_heightOfFishEyePhoto>1</li_heightOfFishEyePhoto>"
<< "</GLILight1>"
<< "<GeneralLight>"
<< "<li_beamFractGlobalRad>0.5</li_beamFractGlobalRad>"
<< "<li_clearSkyTransCoeff>0.65</li_clearSkyTransCoeff>"
<< "<li_julianDayGrowthStarts>287</li_julianDayGrowthStarts>"
<< "<li_julianDayGrowthEnds>75</li_julianDayGrowthEnds>"
<< "<li_lightExtinctionCoefficient>"
<< "<li_lecVal species=\"Species_1\">0.2</li_lecVal>"
<< "</li_lightExtinctionCoefficient>"
<< "</GeneralLight>"
<< "<StochasticMortality2>"
<< "<mo_stochasticMortRate>"
<< "<mo_smrVal species=\"Species_1\">0</mo_smrVal>"
<< "</mo_stochasticMortRate>"
<< "</StochasticMortality2>"
<< "</paramFile>";
oOut.close();
return cFileString;
}