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4898 lines (4381 loc) · 171 KB
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//---------------------------------------------------------------------------
// TestHarvestInterface.cpp
//---------------------------------------------------------------------------
#include "TestHarvestInterface.h"
#include <gtest/gtest.h>
#include <fstream>
#include <math.h>
#include <stdio.h>
#include <fstream>
#include "TreePopulation.h"
#include "Disturbance.h"
#include "Grid.h"
#include "SimManager.h"
#include "PlatformFuncs.h"
#ifdef linux
#define TESTPATH "/home/lora/SORTIE/Core_Model_Tester/"
#define TESTPATH2 "/home/lora/Documents/"
#define TESTPATH3 "/home/lora/SORTIE/"
#else
#define TESTPATH "c:\\Code\\current_development\\Core_Model_Tester\\"
#define TESTPATH2 "c:\\users\\lora\\my documents\\"
#define TESTPATH3 "c:\\Code\\current_development\\"
#endif
using namespace std;
////////////////////////////////////////////////////////////////////////////
// TestErrorProcessing()
////////////////////////////////////////////////////////////////////////////
TEST(HarvestInterface, TestErrorProcessing) {
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try
{
p_oSimManager->ReadFile(WriteHarvestInterfaceXMLErrorFile1());
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile1.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile1.";
}
;
}
try
{
p_oSimManager->ReadFile(WriteHarvestInterfaceXMLErrorFile2());
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile2.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile2.";
}
;
}
try
{
p_oSimManager->ReadFile(WriteHarvestInterfaceXMLErrorFile3());
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile3.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile3.";
}
;
}
try
{
p_oSimManager->ReadFile(WriteHarvestInterfaceXMLErrorFile4());
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile4.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile4.";
}
;
}
//Provoke an error with the batch parameters file
//Prepare our files
WriteHarvestInterfaceAllParamsFile();
WriteHarvestInterfaceXMLFile5();
try {
//Run our batch - we can't directly catch the error, but there will
//be a crash if it doesn't work
p_oSimManager->RunBatch( WriteHarvestInterfaceXMLErrorBatch1() );
//FAIL() << "Test error processing didn't catch error for batch parameters file too short.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for batch parameters file too short.";
}
;
}
char cPath[500];
sprintf(cPath, "%s%s", TESTPATH, "test5harvest.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "cutfile5.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "batch1.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "batch2.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "batch3.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "allparams.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "parameters5.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "TestBatchFile1.xml");
DeleteThisFile(cPath);
//Provoke an error where the harvest return file doesn't exist
try {
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLErrorFile5() );
p_oSimManager->RunSim(1);
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile5.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::Action") != 0 ||
err.sMoreInfo.find("can't find the harvested trees file") == string::npos)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile5.";
}
;
}
sprintf(cPath, "%s%s", TESTPATH, "test1harvest.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "cutfile.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "Update File 3.txt");
DeleteThisFile(cPath);
//Provoke an error where the update return file doesn't exist
try {
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLErrorFile6() );
p_oSimManager->RunSim();
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile6.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::Action") != 0 ||
err.sMoreInfo.find("can't find the updated trees file") == string::npos)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile6.";
}
;
}
sprintf(cPath, "%s%s", TESTPATH, "test4harvest.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "cutfile4.txt");
DeleteThisFile(cPath);
//Provoke an error where a tree to harvest doesn't exist
try {
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLErrorFile7() );
p_oSimManager->RunSim(1);
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile7.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::Action") != 0 ||
err.sMoreInfo.find("Unrecognized tree in harvest file") == string::npos)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile7.";
}
;
}
sprintf(cPath, "%s%s", TESTPATH, "test1harvest.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "cutfile.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "Update File 3.txt");
DeleteThisFile(cPath);
//Provoke an error where a tree to update doesn't exist
try {
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLErrorFile8() );
p_oSimManager->RunSim(1);
FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile8.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::Action") != 0 ||
err.sMoreInfo.find("Unrecognized tree in update file") == string::npos)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile8.";
}
;
}
sprintf(cPath, "%s%s", TESTPATH2, "Test 3 SORTIE input.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "cutfile.txt");
DeleteThisFile(cPath);
sprintf(cPath, "%s%s", TESTPATH, "Update File 3.txt");
DeleteThisFile(cPath);
//Provoke an error where the batch parameters file is missing
WriteHarvestInterfaceXMLErrorFile9();
try {
//Run our batch - we can't catch the error but there will be a crash if
//it doesn't work
p_oSimManager->RunBatch( WriteHarvestInterfaceXMLErrorBatch1() );
//FAIL() << "Test error processing didn't catch error for WriteHarvestInterfaceXMLErrorFile9.";
}
catch (modelErr& err)
{
if (err.sFunction.compare("clHarvestInterface::GetData") != 0)
{
FAIL() << "Test error processing caught wrong error for WriteHarvestInterfaceXMLErrorFile9.";
}
;
}
sprintf(cPath, "%s%s", TESTPATH, "TestBatchFile1.xml");
DeleteThisFile(cPath);
delete p_oSimManager;
}
////////////////////////////////////////////////////////////////////////////
// TestNormalProcessingRun1()
// Tests normal processing, run 1. WriteHarvestInterfaceXMLFile1() does setup. Then 55 trees
// are created. Two timesteps are run. In the first, the following trees
// should be dead: 2, 3, 9, 15, 19, 20, 21, 22, 34, 48, 50. In the second
// timestep, the following trees should be dead: 1,4, 30, 31.
////////////////////////////////////////////////////////////////////////////
TEST(HarvestInterface, TestNormalProcessingRun1) {
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try {
clTreePopulation * p_oPop;
clTreeSearch *p_oAllTrees;
clTree *p_oTree;
clGrid *p_oGrid;
std::stringstream sLabel;
std::string sPath;
bool *p_bFound;
float *p_fDiam, *p_fX, *p_fY, fX, fY, fDiam, fVal, *p_fBA;
int iNumTrees = 55, iCount = 0, *p_iSpecies, *p_iType,
*p_iDensity,
i, iNumSpecies = 3, iCode,
iSp, iTp, iX, iY, iNumXCells, iNumYCells, iVal;
p_bFound = new bool[iNumTrees];
p_fX = new float[iNumTrees];
p_fY = new float[iNumTrees];
p_fDiam = new float[iNumTrees];
p_iSpecies = new int[iNumTrees];
p_iType = new int[iNumTrees];
p_fBA = new float[iNumSpecies];
p_iDensity = new int[iNumSpecies];
//Load our test file and get our tree population pointers
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLFile1() );
p_oPop = ( clTreePopulation * ) p_oSimManager->GetPopulationObject( "treepopulation" );
//Create our trees
//Tree 1
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 42.0525;
p_fY[iCount] = 2.21632;
p_fDiam[iCount] = 20.5095;
iCount++;
//Tree 2
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 74.4779;
p_fY[iCount] = 2.86341;
p_fDiam[iCount] = 26.2185;
iCount++;
//Tree 3
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 36.3822;
p_fY[iCount] = 2.95831;
p_fDiam[iCount] = 21.2419;
iCount++;
//Tree 4
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 26.7469;
p_fY[iCount] = 3.75704;
p_fDiam[iCount] = 13.6089;
iCount++;
//Tree 5
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 49.8263;
p_fY[iCount] = 4.18441;
p_fDiam[iCount] = 6.42101;
iCount++;
//Tree 6
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 27.794;
p_fY[iCount] = 8.64942;
p_fDiam[iCount] = 28.5256;
iCount++;
//Tree 7
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 78.0224;
p_fY[iCount] = 12.6457;
p_fDiam[iCount] = 26.3755;
iCount++;
//Tree 8
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 88.2882;
p_fY[iCount] = 13.1436;
p_fDiam[iCount] = 3.8165;
iCount++;
//Tree 9
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 72.0387;
p_fY[iCount] = 13.9719;
p_fDiam[iCount] = 12.3629;
iCount++;
//Tree 10
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 18.4304;
p_fY[iCount] = 15.3092;
p_fDiam[iCount] = 13.8248;
iCount++;
//Tree 11
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::seedling;
p_fX[iCount] = 39.366;
p_fY[iCount] = 19.9556;
p_fDiam[iCount] = 1.12;
iCount++;
//Tree 12
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::seedling;
p_fX[iCount] = 86.5371;
p_fY[iCount] = 20.0087;
p_fDiam[iCount] = 1.14;
iCount++;
//Tree 13
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::seedling;
p_fX[iCount] = 93.3186;
p_fY[iCount] = 20.998;
p_fDiam[iCount] = 1.2;
iCount++;
//Tree 14
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::seedling;
p_fX[iCount] = 30.1811;
p_fY[iCount] = 21.9206;
p_fDiam[iCount] = 1.12;
iCount++;
//Tree 15
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::seedling;
p_fX[iCount] = 28.4697;
p_fY[iCount] = 22.4661;
p_fDiam[iCount] = 1.14;
iCount++;
//Tree 16
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 55.9178;
p_fY[iCount] = 25.7332;
p_fDiam[iCount] = 17.3983;
iCount++;
//Tree 17
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 20.4647;
p_fY[iCount] = 27.7396;
p_fDiam[iCount] = 24.272;
iCount++;
//Tree 18
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 98.1614;
p_fY[iCount] = 29.6613;
p_fDiam[iCount] = 8.42262;
iCount++;
//Tree 19
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 74.1404;
p_fY[iCount] = 39.8158;
p_fDiam[iCount] = 24.7286;
iCount++;
//Tree 20
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 90.0865;
p_fY[iCount] = 40.4886;
p_fDiam[iCount] = 28.1205;
iCount++;
//Tree 21
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 90.0865;
p_fY[iCount] = 40.4886;
p_fDiam[iCount] = 28.1206;
iCount++;
//Tree 22
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 36.0762;
p_fY[iCount] = 42.6468;
p_fDiam[iCount] = 20.4855;
iCount++;
//Tree 23
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 70.1652;
p_fY[iCount] = 43.3971;
p_fDiam[iCount] = 15.1196;
iCount++;
//Tree 24
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 67.6349;
p_fY[iCount] = 47.9413;
p_fDiam[iCount] = 26.2077;
iCount++;
//Tree 25
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 69.7277;
p_fY[iCount] = 48.6251;
p_fDiam[iCount] = 7.98507;
iCount++;
//Tree 26
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 86.0179;
p_fY[iCount] = 49.4856;
p_fDiam[iCount] = 17.5575;
iCount++;
//Tree 27
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 68.888;
p_fY[iCount] = 50.1366;
p_fDiam[iCount] = 24.708;
iCount++;
//Tree 28
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 84.6036;
p_fY[iCount] = 50.93;
p_fDiam[iCount] = 21.3454;
iCount++;
//Tree 29
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 25.7016;
p_fY[iCount] = 54.1108;
p_fDiam[iCount] = 20.7396;
iCount++;
//Tree 30
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 21.2453;
p_fY[iCount] = 54.7161;
p_fDiam[iCount] = 12.1276;
iCount++;
//Tree 31
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 14.3788;
p_fY[iCount] = 55.4155;
p_fDiam[iCount] = 5.12777;
iCount++;
//Tree 32
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 60.6626;
p_fY[iCount] = 55.657;
p_fDiam[iCount] = 16.8162;
iCount++;
//Tree 33
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 71.3062;
p_fY[iCount] = 56.5974;
p_fDiam[iCount] = 24.7457;
iCount++;
//Tree 34
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 9.38922;
p_fY[iCount] = 59.3884;
p_fDiam[iCount] = 19.1746;
iCount++;
//Tree 35
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 27.1944;
p_fY[iCount] = 63.1713;
p_fDiam[iCount] = 26.0429;
iCount++;
//Tree 36
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 61.7164;
p_fY[iCount] = 66.0961;
p_fDiam[iCount] = 17.1742;
iCount++;
//Tree 37
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 34.2957;
p_fY[iCount] = 67.5466;
p_fDiam[iCount] = 16.9941;
iCount++;
//Tree 38
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 41.5812;
p_fY[iCount] = 71.8411;
p_fDiam[iCount] = 7.14589;
iCount++;
//Tree 39
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 28.2031;
p_fY[iCount] = 72.6295;
p_fDiam[iCount] = 23.4028;
iCount++;
//Tree 40
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 6.33182;
p_fY[iCount] = 75.0587;
p_fDiam[iCount] = 4.24863;
iCount++;
//Tree 41
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 63.196;
p_fY[iCount] = 77.6672;
p_fDiam[iCount] = 24.5384;
iCount++;
//Tree 42
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 47.198;
p_fY[iCount] = 77.8982;
p_fDiam[iCount] = 24.5211;
iCount++;
//Tree 43
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 1.12617;
p_fY[iCount] = 78.3586;
p_fDiam[iCount] = 25.6215;
iCount++;
//Tree 44
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 74.3191;
p_fY[iCount] = 81.1496;
p_fDiam[iCount] = 27.4837;
iCount++;
//Tree 45
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 23.3972;
p_fY[iCount] = 82.7297;
p_fDiam[iCount] = 24.9638;
iCount++;
//Tree 46
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 15.6913;
p_fY[iCount] = 84.3219;
p_fDiam[iCount] = 24.791;
iCount++;
//Tree 47
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 38.6781;
p_fY[iCount] = 84.8195;
p_fDiam[iCount] = 25.1718;
iCount++;
//Tree 48
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 91.4707;
p_fY[iCount] = 86.3797;
p_fDiam[iCount] = 8.31;
iCount++;
//Tree 49
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 37.5938;
p_fY[iCount] = 87.2484;
p_fDiam[iCount] = 15.9924;
iCount++;
//Tree 50
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::sapling;
p_fX[iCount] = 36.6376;
p_fY[iCount] = 87.5301;
p_fDiam[iCount] = 6.8901;
iCount++;
//Tree 51
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 55.9163;
p_fY[iCount] = 90.0189;
p_fDiam[iCount] = 12.9417;
iCount++;
//Tree 52
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 97.7476;
p_fY[iCount] = 94.7417;
p_fDiam[iCount] = 25.3651;
iCount++;
//Tree 53
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 51.7177;
p_fY[iCount] = 95.4606;
p_fDiam[iCount] = 12.6799;
iCount++;
//Tree 54
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 64.2286;
p_fY[iCount] = 98.6715;
p_fDiam[iCount] = 25.688;
iCount++;
//Tree 55
p_iSpecies[iCount] = 0;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 96.6835;
p_fY[iCount] = 98.7591;
p_fDiam[iCount] = 17.3889;
iCount++;
for (i = 0; i < iNumTrees; i++) {
p_oPop->CreateTree(p_fX[i], p_fY[i], p_iSpecies[i], p_iType[i], p_fDiam[i]);
}
//Now do the run
p_oSimManager->RunSim(1);
for (i = 0; i < iNumTrees; i++) {
p_bFound[i] = false;
}
p_oAllTrees = p_oPop->Find("all");
p_oTree = p_oAllTrees->NextTree();
while (p_oTree) {
iSp = p_oTree->GetSpecies();
iTp = p_oTree->GetType();
if (clTreePopulation::seedling == iTp)
p_oTree->GetValue(p_oPop->GetDiam10Code(iSp, iTp), & fDiam);
else
p_oTree->GetValue(p_oPop->GetDbhCode(iSp, iTp), & fDiam);
p_oTree->GetValue(p_oPop->GetXCode(iSp, iTp), & fX);
p_oTree->GetValue(p_oPop->GetYCode(iSp, iTp), & fY);
for (i = 0; i < iNumTrees; i++) {
if (iSp == p_iSpecies[i] &&
iTp == p_iType[i] &&
fabs(fDiam - p_fDiam[i]) < 0.0001 &&
fabs(fX - p_fX[i]) < 0.0001 &&
fabs(fY - p_fY[i]) < 0.0001 ) {
p_bFound[i] = true;
break;
}
}
p_oTree = p_oAllTrees->NextTree();
}
//Verify that certain trees are dead
for (i = 0; i < iNumTrees; i++) {
if ( 1 == i ||
2 == i ||
8 == i ||
14 == i ||
18 == i ||
19 == i ||
20 == i ||
21 == i ||
33 == i ||
47 == i ||
49 == i ) {
EXPECT_FALSE(p_bFound[i]);
} else {
EXPECT_TRUE(p_bFound[i]);
}
}
//Check the Harvest Results grid
p_oGrid = p_oSimManager->GetGridObject("Harvest Results");
ASSERT_TRUE(NULL != p_oGrid);
p_oGrid->GetValueAtPoint(p_fX[1], p_fY[1],
p_oGrid->GetIntDataCode("Harvest Type"), &iVal);
EXPECT_EQ(clDisturbance::partial, iVal);
for (i = 0; i < iNumSpecies; i++) {
p_fBA[i] = 0;
p_iDensity[i] = 0;
}
iNumXCells = p_oGrid->GetNumberXCells();
iNumYCells = p_oGrid->GetNumberYCells();
for (iX = 0; iX < iNumXCells; iX++) {
for (iY = 0; iY < iNumYCells; iY++) {
for (i = 0; i < iNumSpecies; i++) {
sLabel << "Cut Density_0_" << i;
iCode = p_oGrid->GetIntDataCode(sLabel.str());
EXPECT_GT(iCode, -1);
p_oGrid->GetValueOfCell(iX, iY, iCode, &iVal);
p_iDensity[i] += iVal;
sLabel.str("");
sLabel << "Cut Basal Area_0_" << i;
iCode = p_oGrid->GetFloatDataCode(sLabel.str());
EXPECT_GT(iCode, -1);
p_oGrid->GetValueOfCell(iX, iY, iCode, &fVal);
p_fBA[i] += fVal;
sLabel.str("");
}
}
}
EXPECT_EQ(1, p_iDensity[0]);
EXPECT_EQ(4, p_iDensity[1]);
EXPECT_EQ(6, p_iDensity[2]);
fVal = 0;
EXPECT_LT(fabs(p_fBA[0] - fVal), 0.0001);
fVal = 0.19020629;
EXPECT_LT(fabs(p_fBA[1] - fVal), 0.0001);
fVal = 0.154454247;
EXPECT_LT(fabs(p_fBA[2] - fVal), 0.0001);
//Do the second timestep
p_oSimManager->RunSim(1);
//Verify that certain trees die
for (i = 0; i < iNumTrees; i++) {
p_bFound[i] = false;
}
p_oAllTrees = p_oPop->Find("all");
p_oTree = p_oAllTrees->NextTree();
while (p_oTree) {
iSp = p_oTree->GetSpecies();
iTp = p_oTree->GetType();
if (clTreePopulation::seedling == iTp)
p_oTree->GetValue(p_oPop->GetDiam10Code(iSp, iTp), & fDiam);
else
p_oTree->GetValue(p_oPop->GetDbhCode(iSp, iTp), & fDiam);
p_oTree->GetValue(p_oPop->GetXCode(iSp, iTp), & fX);
p_oTree->GetValue(p_oPop->GetYCode(iSp, iTp), & fY);
for (i = 0; i < iNumTrees; i++) {
if (iSp == p_iSpecies[i] &&
iTp == p_iType[i] &&
fabs(fDiam - p_fDiam[i]) < 0.0001 &&
fabs(fX - p_fX[i]) < 0.0001 &&
fabs(fY - p_fY[i]) < 0.0001 ) {
p_bFound[i] = true;
break;
}
}
p_oTree = p_oAllTrees->NextTree();
}
for (i = 0; i < iNumTrees; i++) {
if ( 0 == i ||
1 == i ||
2 == i ||
3 == i ||
8 == i ||
14 == i ||
18 == i ||
19 == i ||
20 == i ||
21 == i ||
29 == i ||
30 == i ||
33 == i ||
47 == i ||
49 == i ) {
EXPECT_FALSE(p_bFound[i]);
} else {
EXPECT_TRUE(p_bFound[i]);
}
}
p_oGrid->GetValueAtPoint(p_fX[0], p_fY[0],
p_oGrid->GetIntDataCode("Harvest Type"), &iVal);
EXPECT_EQ(clDisturbance::partial, iVal);
for (i = 0; i < iNumSpecies; i++) {
p_fBA[i] = 0;
p_iDensity[i] = 0;
}
iNumXCells = p_oGrid->GetNumberXCells();
iNumYCells = p_oGrid->GetNumberYCells();
for (iX = 0; iX < iNumXCells; iX++) {
for (iY = 0; iY < iNumYCells; iY++) {
for (i = 0; i < iNumSpecies; i++) {
sLabel << "Cut Density_0_" << i;
p_oGrid->GetValueOfCell(iX, iY, p_oGrid->GetIntDataCode(sLabel.str()), &iVal);
p_iDensity[i] += iVal;
sLabel.str("");
sLabel << "Cut Basal Area_0_" << i;
p_oGrid->GetValueOfCell(iX, iY, p_oGrid->GetFloatDataCode(sLabel.str()), &fVal);
p_fBA[i] += fVal;
sLabel.str("");
}
}
}
EXPECT_EQ(1, p_iDensity[0]);
EXPECT_EQ(2, p_iDensity[1]);
EXPECT_EQ(1, p_iDensity[2]);
fVal = 0.002065128;
EXPECT_LT(fabs(p_fBA[0] - fVal), 0.0001);
fVal = 0.0475827;
EXPECT_LT(fabs(p_fBA[1] - fVal), 0.0001);
fVal = 0.011551533;
EXPECT_LT(fabs(p_fBA[2] - fVal), 0.0001);
delete[] p_bFound;
delete[] p_fX;
delete[] p_fY;
delete[] p_fDiam;
delete[] p_iSpecies;
delete[] p_iType;
delete[] p_fBA;
delete[] p_iDensity;
sPath = TESTPATH; sPath += "test1harvest.txt";
DeleteThisFile(sPath);
sPath = TESTPATH; sPath += "cutfile.txt";
DeleteThisFile(sPath);
delete p_oSimManager;
} catch (modelErr &e) {
delete p_oSimManager;
FAIL() << "Testing failed in function: " << e.sFunction << " with message: " << e.sMoreInfo;
}
}
////////////////////////////////////////////////////////////////////////////
// TestNormalProcessingRun2()
// Tests normal processing, run 2. This tests extra columns desired in the
// files. WriteHarvestInterfaceXMLFile2() does setup. Then 55 trees
// are created. Three timesteps are run. In the first, the following trees
// should be dead: 2, 3, 9, 15, 19, 20, 21, 22, 34, 48, 50. In the second
// timestep, all remaining trees are cut. The third timestep tests the
// situation when there are no trees.
////////////////////////////////////////////////////////////////////////////
TEST(HarvestInterface, TestNormalProcessingRun2) {
using namespace std;
clSimManager * p_oSimManager = new clSimManager( 7, 1, "" );
try {
clTreePopulation * p_oPop;
clTreeSearch *p_oAllTrees;
clTree *p_oTree;
char cPath[500];
bool *p_bFound;
float *p_fDiam, *p_fX, *p_fY, fX, fY, fDiam;
int iNumTrees = 55, iCount = 0, *p_iSpecies, *p_iType, i,
iSp, iTp;
p_bFound = new bool[iNumTrees];
p_fX = new float[iNumTrees];
p_fY = new float[iNumTrees];
p_fDiam = new float[iNumTrees];
p_iSpecies = new int[iNumTrees];
p_iType = new int[iNumTrees];
//Load our test file and get our tree population pointers
p_oSimManager->ReadFile( WriteHarvestInterfaceXMLFile2() );
p_oPop = ( clTreePopulation * ) p_oSimManager->GetPopulationObject( "treepopulation" );
//Create our trees
//Tree 1
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 42.0525;
p_fY[iCount] = 2.21632;
p_fDiam[iCount] = 20.5095;
iCount++;
//Tree 2
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 74.4779;
p_fY[iCount] = 2.86341;
p_fDiam[iCount] = 26.2185;
iCount++;
//Tree 3
p_iSpecies[iCount] = 2;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 36.3822;
p_fY[iCount] = 2.95831;
p_fDiam[iCount] = 21.2419;
iCount++;
//Tree 4
p_iSpecies[iCount] = 1;
p_iType[iCount] = clTreePopulation::adult;
p_fX[iCount] = 26.7469;
p_fY[iCount] = 3.75704;
p_fDiam[iCount] = 13.6089;
iCount++;
//Tree 5
p_iSpecies[iCount] = 0;