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4622 lines (4015 loc) · 213 KB
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/*
* To change this license header, choose License Headers in Project Properties.
* To change this template file, choose Tools | Templates
* and open the template in the editor.
*/
package Calculus;
import Calculus.MathsContxtLAv0_1.Expression;
import static Calculus.MathsContxtLAv0_1.parse;
import static Calculus.Usage.DiffWithRespTo;
import java.text.DecimalFormat;
import java.text.NumberFormat;
import java.util.HashMap;
import java.util.Map;
import org.apache.log4j.Logger;
/**
*
* @author Administrator
*/
public class TestHarness {
public static Logger log = Logger.getLogger(TestHarness.class.getName());
// Maximum number of Double Fractional Digits displayed in Equation
private static int MaximumCompFractionDigits = 2;
TestHarness(int MaxOrder, String All, String MyEndTestCase,String RegrORIndivORLimit) {
Usage.EqnSolArrayMap1 = new String[MaxOrder + 1];
Usage.EqnSolArrayDiffAlone = new String[MaxOrder + 1];
Usage.EqnSolArrayMap2 = new String[MaxOrder + 1];
Usage.EqnSolArrayMap3= new String[MaxOrder + 1];
Usage.EqnSolArrayIntegrAlone= new String[MaxOrder + 1];
Usage.EqnSolArrayMap4= new String[MaxOrder + 1];
Usage.EqnSolArrayIntegr_BeforeDiff= new String[MaxOrder + 1];
Usage.EqnSolArrayDiff_AfterIntegr= new String[MaxOrder + 1];
Usage.EqnSolArrayDiff_BeforeIntegr= new String[MaxOrder + 1];
Usage.EqnSolArrayIntegr_AfterDiff= new String[MaxOrder + 1];
Usage.EqnSolOrder = new int[MaxOrder + 1];
for (int i = 0; i <= MaxOrder; i++) {
Usage.EqnSolArrayMap1[i] = "";
Usage.EqnSolArrayDiffAlone[i] = "";
Usage.EqnSolArrayMap2[i] = "";
Usage.EqnSolArrayMap3[i]="";
Usage.EqnSolArrayIntegrAlone[i]="";
Usage.EqnSolArrayMap4[i]="";
Usage.EqnSolArrayIntegr_BeforeDiff[i]="";
Usage.EqnSolArrayDiff_AfterIntegr[i]="";
Usage.EqnSolArrayDiff_BeforeIntegr[i]="";
Usage.EqnSolArrayIntegr_AfterDiff[i]="";
Usage.EqnSolOrder[i] = 0;
}
Usage.LastTestCaseHarness=110007;
if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Regression"))) {
Usage.TestCase = 100;
Usage.TestCaseLoopTimes = Usage.LastTestCaseHarness;
} else if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("LimitedRegression"))) {
Usage.TestCase = 100;
//TestCaseLoopTimes = 80001;
Usage.EndTestCase=Integer.parseInt(MyEndTestCase);
} else if (RegrORIndivORLimit.equalsIgnoreCase("Individual")) {
Usage.TestCase = Integer.parseInt(All);
Usage.TestCaseLoopTimes = 1;
Usage.EndTestCase=Integer.parseInt(MyEndTestCase);
} else if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Individual"))) {
System.out.println(" Wrong Input :All & Individual");
Usage.TestCase = 100;
Usage.TestCaseLoopTimes = 1;
Usage.EndTestCase=Integer.parseInt(MyEndTestCase);
} else if ((!All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Regression"))) {
Usage.TestCase = Integer.parseInt(All);
Usage.TestCaseLoopTimes = Usage.LastTestCaseHarness;
}else if ((!All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("LimitedRegression"))&& (!MyEndTestCase.equalsIgnoreCase("-1"))) {
Usage.TestCase = Integer.parseInt(All);
Usage.TestCaseLoopTimes = Integer.parseInt(MyEndTestCase)-Usage.TestCase+1;
Usage.EndTestCase=Integer.parseInt(MyEndTestCase);
}
}
public static String TestPredicate() {
//String Exprn = "0 < = x < 5 ";
//String Exprn = "(0 < = x)&&(x < 5 )"; //A&&B
String Exprn = "(!(0 > x))&&((5 > x )))";//(A'||B')&&(A||B)
return Exprn;
}
public static boolean PassFailTestCaseString(int myTestCase, int Order, String DiffORIntegre,String Exprn, String StrMap1, String StrDiff, String StrMap2, String Answer1, String Answer2, String Answer3, String Answer4) {
boolean ReturnFlagMap1 = false;
boolean ReturnFlagDiff = false;
boolean ReturnFlagMap2 = false;
int TestCase=Usage.TestCase;
if (TestCase == myTestCase) {
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap1.equalsIgnoreCase(Answer2)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map1" + ConsoleColors.RESET);
ReturnFlagMap1 = true;
}
// else if ((Answer2 != null) && (!Answer2.equalsIgnoreCase("")) && ((StrMap1.contains(Answer2)))) {
// System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST (Reduced) Map1" + ConsoleColors.RESET);
// ReturnFlag = true;
// }
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Answer2=" + Answer2 + ConsoleColors.RESET);
ReturnFlagMap1 = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrDiff.equalsIgnoreCase(Answer3)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " StrDiff=" + StrDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
ReturnFlagDiff = true;
}
// else if ((Answer3 != null) && (!Answer3.equalsIgnoreCase("")) && ((StrDiff.contains(Answer3)))) {
// System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST (Reduced) Diff" + ConsoleColors.RESET);
// ReturnFlag = true;
// }
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.YELLOW + " main:StrDiff =" + StrDiff + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.YELLOW + " main:StrIntegr=" + StrDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Answer3 =" + Answer3 + ConsoleColors.RESET);
ReturnFlagDiff = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap2.equalsIgnoreCase(Answer4)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:StrMap2=" + StrMap2 + ConsoleColors.RESET);
ReturnFlagMap2 = true;
}
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:StrMap2=" + StrMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Answer4=" + Answer4 + ConsoleColors.RESET);
ReturnFlagMap2 = false;
}
return ((ReturnFlagMap1)&&(ReturnFlagDiff)&& (ReturnFlagMap2) );
}
return false;
}
public static boolean PassFailTestCaseValue(int myTestCase, int Order, String DiffORIntegre, String Exprn, Double ExprnexpValue, Double DblexpValueMap1, Double DblexpDiffValue, Double DblexpValueMap2,Map<String, Double> variables) {
boolean ReturnFlag = false;
Double Number=ExprnexpValue.doubleValue();
Double NumberAnsMap2=0.0;
Double NumberEqnSol=0.0;
Double NumberDiff=0.0;
NumberFormat formatter = new DecimalFormat();
Expression expValueExprn;
String DblexpValueAnswerExprn = "";
String DblexpValueAnswerExprnIntegrity ="";
String TestAnsVal0="";
String TestAnsVal5="";
String TestAnsVal6="";
String TestAnsVal7="";
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(Usage.EqnSolArrayMap1[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprn = "" + expValueExprn.eval();
Number=expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0=formatter.format(Number);
} else {
expValueExprn = parse(Usage.EqnSolArrayMap3[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprn = "" + expValueExprn.eval();
Number=expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0=formatter.format(Number);
}
Expression expValueMap2;
Expression expValueDiffExprn;
String DblexpValueAnswer3 = "";
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueMap2 = parse(Usage.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo);
DblexpValueAnswer3 = "" + expValueMap2.eval();
Number=expValueMap2.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5=formatter.format(Number);
} else {
expValueMap2 = parse(Usage.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo);
DblexpValueAnswer3 = "" + expValueMap2.eval();
Number=expValueMap2.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5=formatter.format(Number);
}
//Answer System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(Usage.EqnSolArrayMap2[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprnIntegrity = "" + expValueExprn.eval();
NumberAnsMap2=expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6=formatter.format(NumberAnsMap2);
} else {
expValueExprn = parse(Usage.EqnSolArrayMap4[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprnIntegrity = "" + expValueExprn.eval();
NumberAnsMap2=expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6=formatter.format(NumberAnsMap2);
}
//Diff System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueDiffExprn = parse(Usage.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprnIntegrity = "" + expValueDiffExprn.eval();
NumberEqnSol=expValueDiffExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7=formatter.format(NumberEqnSol);
} else {
expValueDiffExprn = parse(Usage.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo);
DblexpValueAnswerExprnIntegrity = "" + expValueDiffExprn.eval();
NumberEqnSol=expValueDiffExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7=formatter.format(NumberEqnSol);
}
Number=ExprnexpValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal1=formatter.format(Number);
Number=DblexpValueMap1.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal2=formatter.format(Number);
NumberDiff=DblexpDiffValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String DiffVal3=formatter.format(NumberDiff);
Number=DblexpValueMap2.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String SimpleVal4=formatter.format(Number);
String Temp="";
int TestCase=Usage.TestCase;
if (TestCase == myTestCase) {
//Value Check with Exprn & Map1
if (TestVal1.equalsIgnoreCase(TestVal2)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Exprn & Answer(Map1)
if ((TestVal1.equalsIgnoreCase(TestAnsVal0))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
||( ( (TestVal1.equalsIgnoreCase("0.0"))||(TestVal1.equalsIgnoreCase("-0.0"))||(TestVal1.equalsIgnoreCase("+0.0"))
||(TestVal1.equalsIgnoreCase("-0"))||(TestVal1.equalsIgnoreCase("+0"))
)
&& ((TestAnsVal0.equalsIgnoreCase("0.0"))||(TestAnsVal0.equalsIgnoreCase("0"))||(TestAnsVal0.equalsIgnoreCase("-0.0"))||(TestAnsVal0.equalsIgnoreCase("+0.0"))
||(TestAnsVal0.equalsIgnoreCase("-0"))||(TestAnsVal0.equalsIgnoreCase("+0"))
) )
){
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Map2
if ((DiffVal3.equalsIgnoreCase(SimpleVal4))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
||( ( (DiffVal3.equalsIgnoreCase("0.0"))||(DiffVal3.equalsIgnoreCase("-0.0"))||(DiffVal3.equalsIgnoreCase("+0.0"))
||(DiffVal3.equalsIgnoreCase("-0"))||(DiffVal3.equalsIgnoreCase("+0"))
)
&& ((SimpleVal4.equalsIgnoreCase("0.0"))||(SimpleVal4.equalsIgnoreCase("0"))||(SimpleVal4.equalsIgnoreCase("-0.0"))||(SimpleVal4.equalsIgnoreCase("+0.0"))
||(SimpleVal4.equalsIgnoreCase("-0"))||(SimpleVal4.equalsIgnoreCase("+0"))
) )
) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST "+ DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST "+ DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Diff Answer(Map2)
if ((DiffVal3.equalsIgnoreCase(TestAnsVal5))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
||( ( (DiffVal3.equalsIgnoreCase("0.0"))||(DiffVal3.equalsIgnoreCase("-0.0"))||(DiffVal3.equalsIgnoreCase("+0.0"))
||(DiffVal3.equalsIgnoreCase("-0"))||(DiffVal3.equalsIgnoreCase("+0"))
)
&& ((TestAnsVal5.equalsIgnoreCase("0.0"))||(TestAnsVal5.equalsIgnoreCase("0"))||(TestAnsVal5.equalsIgnoreCase("-0.0"))||(TestAnsVal5.equalsIgnoreCase("+0.0"))
||(TestAnsVal5.equalsIgnoreCase("-0"))||(TestAnsVal5.equalsIgnoreCase("+0"))
) ) ) {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer "+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer "+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST "+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST "+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}//Value (Answer) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal6.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal6.equalsIgnoreCase(SimpleVal4))
&& ((DblexpValueMap2.doubleValue() == expValueExprn.eval())
&& ((DblexpValueMap2.doubleValue() == NumberAnsMap2)
&& (DblexpDiffValue.doubleValue() == NumberDiff)))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal6.equalsIgnoreCase("0.0")) || (TestAnsVal6.equalsIgnoreCase("0")) || (TestAnsVal6.equalsIgnoreCase("-0.0")) || (TestAnsVal6.equalsIgnoreCase("+0.0"))
|| (TestAnsVal6.equalsIgnoreCase("-0")) || (TestAnsVal6.equalsIgnoreCase("+0")))
) ) {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6+ ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + Usage.EqnSolArrayDiffAlone[Order]);
}
else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + Usage.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + Usage.EqnSolArrayDiffAlone[Order]);
}
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + Usage.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value (Answer-Diff System) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal7.equalsIgnoreCase(DiffVal3))
&&((TestAnsVal7.equalsIgnoreCase(SimpleVal4))
&&((DblexpValueMap2.doubleValue()==expValueExprn.eval())
&&((DblexpValueMap2.doubleValue()==NumberEqnSol)
&&(DblexpDiffValue.doubleValue()==NumberEqnSol)
) ) ) )
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal7.equalsIgnoreCase("0.0")) || (TestAnsVal7.equalsIgnoreCase("0")) || (TestAnsVal7.equalsIgnoreCase("-0.0")) || (TestAnsVal7.equalsIgnoreCase("+0.0"))
|| (TestAnsVal7.equalsIgnoreCase("-0")) || (TestAnsVal7.equalsIgnoreCase("+0")))
)) {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + " TestAnsVal7=" + TestAnsVal7 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + Usage.EqnSolArrayDiffAlone[Order]);
}
else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + Usage.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff"))
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
else
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check"+ DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6=" + TestAnsVal6 + " TestAnsVal7=" + TestAnsVal7 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + Usage.EqnSolArrayDiffAlone[Order]);
}
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + Usage.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
return ReturnFlag;
}
return false;
}
//Sanity Test Cases
public static void SanityTestCases(String AlgoName,int j){
if(((AlgoName.equalsIgnoreCase("mainIntegrTest"))&&(IntegralGap(j)))||((AlgoName.equalsIgnoreCase("mainDiffTest"))&&(DifferentialGap(j))) )
{
System.out.println(ConsoleColors.RED +"Coefficients TestCase:j= " + j + ": Infinite Loop GAP" + ConsoleColors.RESET);
}
else {
switch(j){
case 100:
TestCaseDiff100();
break;
case 101:
TestCaseDiff101();
break;
case 102:
TestCaseDiff102();
break;
case 103:
TestCaseDiff103();
break;
case 104:
TestCaseDiff104();
break;
case 105:
TestCaseDiff105();
break;
default:
System.out.println(ConsoleColors.RED +"Names TestCase:j= " + j + ": Gap" + ConsoleColors.RESET);
break;
}
}
}
//Exponent Test Cases
public static void Exponent(String AlgoName, int j){
if(((AlgoName.equalsIgnoreCase("mainIntegrTest"))&&(IntegralGap(j)))||((AlgoName.equalsIgnoreCase("mainDiffTest"))&&(DifferentialGap(j))) )
{
System.out.println(ConsoleColors.RED +"Coefficients TestCase:j= " + j + ": Infinite Loop GAP" + ConsoleColors.RESET);
}
else {
switch(j)
{
case 30001:
TestCaseDiff30001();
break;
case 30002:
TestCaseDiff30002();
break;
case 30003:
TestCaseDiff30003();
break;
case 30004:
TestCaseDiff30004();
break;
case 30005:
TestCaseDiff30005();
break;
case 30006:
TestCaseDiff30006();
break;
case 30007:
TestCaseDiff30007();
break;
case 30008:
TestCaseDiff30008();
break;
case 30009:
TestCaseDiff30009();
break;
case 30010:
TestCaseDiff30010();
break;
case 30011:
TestCaseDiff30011();
break;
default:
System.out.println(ConsoleColors.RED +"Exponent TestCase:j= " + j + ": Gap" + ConsoleColors.RESET);
break;
}
}
}
//Parenthesis Test Cases
public static void Parenthesis(String AlgoName, int j) {
if (((AlgoName.equalsIgnoreCase("mainIntegrTest")) && (IntegralGap(j))) || ((AlgoName.equalsIgnoreCase("mainDiffTest")) && (DifferentialGap(j)))) {
System.out.println(ConsoleColors.RED + "Coefficients TestCase:j= " + j + ": Infinite Loop GAP" + ConsoleColors.RESET);
} else {
switch (j) {
case 80001:
TestCaseDiff80001();
break;
case 80002:
TestCaseDiff80002();
break;
case 80003:
TestCaseDiff80003();
break;
case 80004:
TestCaseDiff80004();
break;
case 80005:
TestCaseDiff80005();
break;
case 80006:
TestCaseDiff80006();
break;
case 80007:
TestCaseDiff80007();
break;
case 80008:
TestCaseDiff80008();
break;
case 80009:
TestCaseDiff80009();
break;
case 80010:
TestCaseDiff80010();
break;
case 80011:
TestCaseDiff80011();
break;
case 80012:
TestCaseDiff80012();
break;
default:
System.out.println(ConsoleColors.RED + "Parenthesis TestCase:j= " + j + ": Gap" + ConsoleColors.RESET);
break;
}
}
}
public static void SoftwareEngg(String AlgoName, int j) {
if (((AlgoName.equalsIgnoreCase("mainIntegrTest")) && (IntegralGap(j))) || ((AlgoName.equalsIgnoreCase("mainDiffTest")) && (DifferentialGap(j)))) {
System.out.println(ConsoleColors.RED + "Coefficients TestCase:j= " + j + ": Infinite Loop GAP" + ConsoleColors.RESET);
} else {
switch (j) {
case 110001:
TestCaseDiff110001();
break;
case 110002:
TestCaseDiff110002();
break;
case 110003:
TestCaseDiff110003();
break;
case 110004:
TestCaseDiff110004();
break;
case 110005:
TestCaseDiff110005();
break;
case 110006:
TestCaseDiff110006();
break;
case 110007:
TestCaseDiff110007();
break;
default:
System.out.println(ConsoleColors.RED + "Parenthesis TestCase:j= " + j + ": Gap" + ConsoleColors.RESET);
break;
}
}
}
public static boolean IntegralGap(int j){
//Infinite Loops
//if((j==34)||(j==35))
// return true;
//else
// if((j==20016)||(j==20017)||(j==20046)||(j==20047)||(j==20061)||(j==20062)||(j==20076)||(j==20077))
// return true;
//else if ((j==80001)||(j==80003)||(j==80006))
// return true;
//else if ((j==20033)||(j==20034)||(j==20035)||(j==20036)||(j==20037)||(j==20038)||(j==20039))
// return true;
//else if ((j==20062)||(j==20063)||(j==20064))
// return true;
//if ((j==50009)||(j==50026))
// return true;
return false;
}
public static boolean DifferentialGap(int j){
//Infinite Loops
//if((j==34)||(j==35))
// return true;
//else
//if((j==20016)||(j==20017)||(j==20046)||(j==20047)||(j==20061)||(j==20062)||(j==20076)||(j==20077))
// return true;
//else if ((j==80001)||(j==80006))
// return true;
return false;
}
public static void TestCaseDiff100() {
//Test Case 100
Usage.TestCase = 100;
Usage.EqnRegressionDiffStatus = "All Green Including Values";
Usage.EqnRegressionIntegreStatus = "All Green Including Values";
Usage.EqnUnderTest = "x^8 + x^5 + x^4 - x - 25.0";
Usage.TestCaseName = "Standard:No Coefficients:Basic Equation";
Usage.TestCaseMatrixID="Sanity TestCase";
Usage.DiffWithRespTo = "x";
Usage.MaxDiffOrder = 14;
Usage.MaxIntegreOrder = 14;
//Usage.EqnUnderTest="8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0-0.0";
Usage.EqnSolArrayMap1[1] = "x^8.0+x^5.0+x^4.0-x-25.0";
Usage.EqnSolArrayDiffAlone[1] = "8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0-0.0";
Usage.EqnSolArrayMap2[1] = "8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0";
Usage.EqnSolArrayMap3[1]="x^8.0+x^5.0+x^4.0-x-25.0";
Usage.EqnSolArrayIntegrAlone[1]="1.0/9.0*x^9.0+1.0/6.0*x^6.0+1.0/5.0*x^5.0-1.0/2.0*x^2.0-25.0*x";
Usage.EqnSolArrayMap4[1]="0.1111111111111111*x^9.0+0.16666666666666666*x^6.0+0.2*x^5.0-0.5*x^2.0-25.0*x";
Usage.EqnSolOrder[1] = 1;
Usage.EqnSolArrayMap1[2] = "8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0";
Usage.EqnSolArrayDiffAlone[2] = "8.0*7.0*x^6.0+5.0*4.0*x^3.0+4.0*3.0*x^2.0-0.0";
Usage.EqnSolArrayMap2[2] = "56.0*x^6.0+20.0*x^3.0+12.0*x^2.0";
Usage.EqnSolArrayMap3[2]="0.1111111111111111*x^9.0+0.16666666666666666*x^6.0+0.2*x^5.0-0.5*x^2.0-25.0*x";
Usage.EqnSolArrayIntegrAlone[2]="0.1111111111111111/10.0*x^10.0+0.16666666666666666/7.0*x^7.0+0.2/6.0*x^6.0-0.5/3.0*x^3.0-25.0/2.0*x^2.0";
Usage.EqnSolArrayMap4[2]="0.01111111111111111*x^10.0+0.023809523809523808*x^7.0+0.03333333333333333*x^6.0-0.16666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolOrder[2] = 2;
Usage.EqnSolArrayMap1[3] = "56.0*x^6.0+20.0*x^3.0+12.0*x^2.0";
Usage.EqnSolArrayDiffAlone[3] = "56.0*6.0*x^5.0+20.0*3.0*x^2.0+12.0*2.0*x^1.0";
Usage.EqnSolArrayMap2[3] = "336.0*x^5.0+60.0*x^2.0+24.0*x";
Usage.EqnSolArrayMap3[3]="0.01111111111111111*x^10.0+0.023809523809523808*x^7.0+0.03333333333333333*x^6.0-0.16666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolArrayIntegrAlone[3]="0.01111111111111111/11.0*x^11.0+0.023809523809523808/8.0*x^8.0+0.03333333333333333/7.0*x^7.0-0.16666666666666666/4.0*x^4.0-12.5/3.0*x^3.0";
Usage.EqnSolArrayMap4[3]="0.0010101010101010099*x^11.0+0.002976190476190476*x^8.0+0.0047619047619047615*x^7.0-0.041666666666666664*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolOrder[3] = 3;
Usage.EqnSolArrayMap1[4] = "336.0*x^5.0+60.0*x^2.0+24.0*x";
Usage.EqnSolArrayDiffAlone[4] = "336.0*5.0*x^4.0+60.0*2.0*x^1.0+24.0";
Usage.EqnSolArrayMap2[4] = "1680.0*x^4.0+120.0*x+24.0";
Usage.EqnSolArrayMap3[4]="0.0010101010101010099*x^11.0+0.002976190476190476*x^8.0+0.0047619047619047615*x^7.0-0.041666666666666664*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolArrayIntegrAlone[4]="0.0010101010101010099/12.0*x^12.0+0.002976190476190476/9.0*x^9.0+0.0047619047619047615/8.0*x^8.0-0.041666666666666664/5.0*x^5.0-4.166666666666667/4.0*x^4.0";
Usage.EqnSolArrayMap4[4]="8.417508417508415E-5*x^12.0+3.3068783068783067E-4*x^9.0+5.952380952380952E-4*x^8.0-0.008333333333333333*x^5.0-1.0416666666666667*x^4.0";
Usage.EqnSolOrder[4] = 4;
Usage.EqnSolArrayMap1[5] = "1680.0*x^4.0+120.0*x+24.0";
Usage.EqnSolArrayDiffAlone[5] = "1680.0*4.0*x^3.0+120.0+0.0";
Usage.EqnSolArrayMap2[5] = "6720.0*x^3.0+120.0";
Usage.EqnSolArrayMap3[5]="";
Usage.EqnSolArrayIntegrAlone[5]="";
Usage.EqnSolArrayMap4[5]="";
Usage.EqnSolOrder[5] = 5;
Usage.EqnSolArrayMap1[6] = "6720.0*x^3.0+120.0";
Usage.EqnSolArrayDiffAlone[6] = "6720.0*3.0*x^2.0+0.0";
Usage.EqnSolArrayMap2[6] = "20160.0*x^2.0";
Usage.EqnSolArrayMap3[6]="";
Usage.EqnSolArrayIntegrAlone[6]="";
Usage.EqnSolArrayMap4[6]="";
Usage.EqnSolOrder[6] = 6;
Usage.EqnSolArrayMap1[7] = "";
Usage.EqnSolArrayDiffAlone[7] = "";
Usage.EqnSolArrayMap2[7] = "";
Usage.EqnSolArrayMap3[7]="";
Usage.EqnSolArrayIntegrAlone[7]="";
Usage.EqnSolArrayMap4[7]="";
Usage.EqnSolOrder[7] = 7;
Usage.EqnSolArrayMap1[8] = "";
Usage.EqnSolArrayDiffAlone[8] = "";
Usage.EqnSolArrayMap2[8] = "";
Usage.EqnSolArrayIntegrAlone[8]="";
Usage.EqnSolOrder[8] = 8;
Usage.EqnSolArrayMap1[9] = "";
Usage.EqnSolArrayDiffAlone[9] = "";
Usage.EqnSolArrayMap2[9] = "";
Usage.EqnSolArrayIntegrAlone[9]="";
Usage.EqnSolOrder[9] = 9;
Usage.EqnSolArrayMap1[10] = "";
Usage.EqnSolArrayDiffAlone[10] = "";
Usage.EqnSolArrayMap2[10] = "";
Usage.EqnSolArrayIntegrAlone[10]="";
Usage.EqnSolOrder[10] = 10;
Usage.EqnSolArrayMap1[11] = "";
Usage.EqnSolArrayDiffAlone[11] = "";
Usage.EqnSolArrayMap2[11] = "";
Usage.EqnSolArrayIntegrAlone[11]="";
Usage.EqnSolOrder[11] = 11;
Usage.EqnSolArrayMap1[12] = "";
Usage.EqnSolArrayDiffAlone[12] = "";
Usage.EqnSolArrayMap2[12] = "";
Usage.EqnSolArrayIntegrAlone[12]="";
Usage.EqnSolOrder[12] = 12;
Usage.EqnSolArrayMap1[13] = "";
Usage.EqnSolArrayDiffAlone[13] = "";
Usage.EqnSolArrayMap2[13] = "";
Usage.EqnSolArrayIntegrAlone[13]="";
Usage.EqnSolOrder[13] = 13;
Usage.EqnSolArrayMap1[14] = "";
Usage.EqnSolArrayDiffAlone[14] = "";
Usage.EqnSolArrayMap2[14] = "";
Usage.EqnSolArrayIntegrAlone[14]="";
Usage.EqnSolOrder[14] = 14;
}
//Palindromic String-Equation Test
public static void TestCaseDiff101() {
//Palindromic String-Equation Test
//Test Case 101
Usage.TestCase = 101;
Usage.EqnRegressionDiffStatus = "All Green Including Values Except 6th Order Onwards";
Usage.EqnRegressionIntegreStatus = "All Green Including Values";
//Usage.EqnUnderTest = " 25.0 + x - x^4 -x^5 -x^8 + x^8 + x^5 + x^4 - x - 25.0";
Usage.EqnUnderTest = " -25.0+x+x^4 -x^5 -x^8 + x^8 + x^5 + x^4 - x - 25.0";
//Usage.EqnUnderTest="-120.0-480.0*x^3.0+6720.0*x^3.0+120.0";
Usage.TestCaseName = "Standard:Palindromic String Equation:";
Usage.TestCaseMatrixID="Sanity TestCase";
Usage.DiffWithRespTo = "x";
Usage.MaxDiffOrder = 14;
Usage.MaxIntegreOrder = 14;
Usage.EqnSolArrayMap1[1] = "-25.0+x+x^4.0-x^5.0-x^8.0+x^8.0+x^5.0+x^4.0-x-25.0";
Usage.EqnSolArrayDiffAlone[1] = "-0.0+1.0+4.0*x^3.0-5.0*x^4.0-8.0*x^7.0+8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0-0.0";
Usage.EqnSolArrayMap2[1] = "1.0+4.0*x^3.0-5.0*x^4.0-8.0*x^7.0+8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0";
Usage.EqnSolArrayMap3[1]="-25.0+x+x^4.0-x^5.0-x^8.0+x^8.0+x^5.0+x^4.0-x-25.0";
Usage.EqnSolArrayIntegrAlone[1]="-25.0*x+1.0/2.0*x^2.0+1.0/5.0*x^5.0-1.0/6.0*x^6.0-1.0/9.0*x^9.0+1.0/9.0*x^9.0+1.0/6.0*x^6.0+1.0/5.0*x^5.0-1.0/2.0*x^2.0-25.0*x";
Usage.EqnSolArrayMap4[1]="-25.0*x+0.5*x^2.0+0.2*x^5.0-0.16666666666666666*x^6.0-0.1111111111111111*x^9.0+0.1111111111111111*x^9.0+0.16666666666666666*x^6.0+0.2*x^5.0-0.5*x^2.0-25.0*x";
Usage.EqnSolOrder[1] = 1;
Usage.EqnSolArrayMap1[2] = "1.0+4.0*x^3.0-5.0*x^4.0-8.0*x^7.0+8.0*x^7.0+5.0*x^4.0+4.0*x^3.0-1.0";
Usage.EqnSolArrayDiffAlone[2] = "0.0+4.0*3.0*x^2.0-5.0*4.0*x^3.0-8.0*7.0*x^6.0+8.0*7.0*x^6.0+5.0*4.0*x^3.0+4.0*3.0*x^2.0-0.0";
Usage.EqnSolArrayMap2[2] = "12.0*x^2.0-20.0*x^3.0-56.0*x^6.0+56.0*x^6.0+20.0*x^3.0+12.0*x^2.0";
Usage.EqnSolArrayMap3[2]="-25.0*x+0.5*x^2.0+0.2*x^5.0-0.16666666666666666*x^6.0-0.1111111111111111*x^9.0+0.1111111111111111*x^9.0+0.16666666666666666*x^6.0+0.2*x^5.0-0.5*x^2.0-25.0*x";
Usage.EqnSolArrayIntegrAlone[2]="-25.0/2.0*x^2.0+0.5/3.0*x^3.0+0.2/6.0*x^6.0-0.16666666666666666/7.0*x^7.0-0.1111111111111111/10.0*x^10.0+0.1111111111111111/10.0*x^10.0+0.16666666666666666/7.0*x^7.0+0.2/6.0*x^6.0-0.5/3.0*x^3.0-25.0/2.0*x^2.0";
Usage.EqnSolArrayMap4[2]="-12.5*x^2.0+0.16666666666666666*x^3.0+0.03333333333333333*x^6.0-0.023809523809523808*x^7.0-0.01111111111111111*x^10.0+0.01111111111111111*x^10.0+0.023809523809523808*x^7.0+0.03333333333333333*x^6.0-0.16666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolOrder[2] = 2;
Usage.EqnSolArrayMap1[3] = "12.0*x^2.0-20.0*x^3.0-56.0*x^6.0+56.0*x^6.0+20.0*x^3.0+12.0*x^2.0";
Usage.EqnSolArrayDiffAlone[3] = "12.0*2.0*x^1.0-20.0*3.0*x^2.0-56.0*6.0*x^5.0+56.0*6.0*x^5.0+20.0*3.0*x^2.0+12.0*2.0*x^1.0";
Usage.EqnSolArrayMap2[3] = "24.0*x-60.0*x^2.0-336.0*x^5.0+336.0*x^5.0+60.0*x^2.0+24.0*x";
Usage.EqnSolArrayMap3[3]="-12.5*x^2.0+0.16666666666666666*x^3.0+0.03333333333333333*x^6.0-0.023809523809523808*x^7.0-0.01111111111111111*x^10.0+0.01111111111111111*x^10.0+0.023809523809523808*x^7.0+0.03333333333333333*x^6.0-0.16666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolArrayIntegrAlone[3]="-12.5/3.0*x^3.0+0.16666666666666666/4.0*x^4.0+0.03333333333333333/7.0*x^7.0-0.023809523809523808/8.0*x^8.0-0.01111111111111111/11.0*x^11.0+0.01111111111111111/11.0*x^11.0+0.023809523809523808/8.0*x^8.0+0.03333333333333333/7.0*x^7.0-0.16666666666666666/4.0*x^4.0-12.5/3.0*x^3.0";
Usage.EqnSolArrayMap4[3]="-4.166666666666667*x^3.0+0.041666666666666664*x^4.0+0.0047619047619047615*x^7.0-0.002976190476190476*x^8.0-0.0010101010101010099*x^11.0+0.0010101010101010099*x^11.0+0.002976190476190476*x^8.0+0.0047619047619047615*x^7.0-0.041666666666666664*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolOrder[3] = 3;
Usage.EqnSolArrayMap1[4] = "24.0*x-60.0*x^2.0-336.0*x^5.0+336.0*x^5.0+60.0*x^2.0+24.0*x";
Usage.EqnSolArrayDiffAlone[4] = "24.0-60.0*2.0*x^1.0-336.0*5.0*x^4.0+336.0*5.0*x^4.0+60.0*2.0*x^1.0+24.0";
Usage.EqnSolArrayMap2[4] = "24.0-120.0*x-1680.0*x^4.0+1680.0*x^4.0+120.0*x+24.0";
Usage.EqnSolArrayMap3[4]="-4.166666666666667*x^3.0+0.041666666666666664*x^4.0+0.0047619047619047615*x^7.0-0.002976190476190476*x^8.0-0.0010101010101010099*x^11.0+0.0010101010101010099*x^11.0+0.002976190476190476*x^8.0+0.0047619047619047615*x^7.0-0.041666666666666664*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolArrayIntegrAlone[4]="-4.166666666666667/4.0*x^4.0+0.041666666666666664/5.0*x^5.0+0.0047619047619047615/8.0*x^8.0-0.002976190476190476/9.0*x^9.0-0.0010101010101010099/12.0*x^12.0+0.0010101010101010099/12.0*x^12.0+0.002976190476190476/9.0*x^9.0+0.0047619047619047615/8.0*x^8.0-0.041666666666666664/5.0*x^5.0-4.166666666666667/4.0*x^4.0";
Usage.EqnSolArrayMap4[4]="-1.0416666666666667*x^4.0+0.008333333333333333*x^5.0+5.952380952380952E-4*x^8.0-3.3068783068783067E-4*x^9.0-8.417508417508415E-5*x^12.0+8.417508417508415E-5*x^12.0+3.3068783068783067E-4*x^9.0+5.952380952380952E-4*x^8.0-0.008333333333333333*x^5.0-1.0416666666666667*x^4.0";
Usage.EqnSolOrder[4] = 4;
Usage.EqnSolArrayMap1[5] = "24.0-120.0*x-1680.0*x^4.0+1680.0*x^4.0+120.0*x+24.0";
Usage.EqnSolArrayDiffAlone[5] = "0.0-120.0-1680.0*4.0*x^3.0+1680.0*4.0*x^3.0+120.0+0.0";
Usage.EqnSolArrayMap2[5] = "-120.0-6720.0*x^3.0+6720.0*x^3.0+120.0";
Usage.EqnSolArrayMap3[5]="";
Usage.EqnSolArrayIntegrAlone[5]="";
Usage.EqnSolArrayMap4[5]="";
Usage.EqnSolOrder[5] = 5;
Usage.EqnSolArrayMap1[6] = "-120.0-6720.0*x^3.0+6720.0*x^3.0+120.0";
Usage.EqnSolArrayDiffAlone[6] = "0.0-6720.0*3.0*x^2.0+6720.0*3.0^x^2.0+0.0";
Usage.EqnSolArrayMap2[6] = "-20160.0*x^2.0+20160.0*x^2.0+";
Usage.EqnSolArrayMap3[6]="";
Usage.EqnSolArrayIntegrAlone[6]="";
Usage.EqnSolArrayMap4[6]="";
Usage.EqnSolOrder[6] = 6;
Usage.EqnSolArrayMap1[7] = "";
Usage.EqnSolArrayDiffAlone[7] = "";
Usage.EqnSolArrayMap2[7] = "";
Usage.EqnSolArrayMap3[7]="";
Usage.EqnSolArrayIntegrAlone[7]="";
Usage.EqnSolArrayMap4[7]="";
Usage.EqnSolOrder[7] = 7;
Usage.EqnSolArrayMap1[8] = "";
Usage.EqnSolArrayDiffAlone[8] = "";
Usage.EqnSolArrayMap2[8] = "";
Usage.EqnSolOrder[8] = 8;
Usage.EqnSolArrayMap1[9] = "";
Usage.EqnSolArrayDiffAlone[9] = "";
Usage.EqnSolArrayMap2[9] = "";
Usage.EqnSolOrder[9] = 9;
Usage.EqnSolArrayMap1[10] = "";
Usage.EqnSolArrayDiffAlone[10] = "";
Usage.EqnSolArrayMap2[10] = "";
Usage.EqnSolOrder[10] = 10;
Usage.EqnSolArrayMap1[11] = "";
Usage.EqnSolArrayDiffAlone[11] = "";
Usage.EqnSolArrayMap2[11] = "";
Usage.EqnSolOrder[11] = 11;
Usage.EqnSolArrayMap1[12] = "";
Usage.EqnSolArrayDiffAlone[12] = "";
Usage.EqnSolArrayMap2[12] = "";
Usage.EqnSolOrder[12] = 12;
Usage.EqnSolArrayMap1[13] = "";
Usage.EqnSolArrayDiffAlone[13] = "";
Usage.EqnSolArrayMap2[13] = "";
Usage.EqnSolOrder[13] = 13;
Usage.EqnSolArrayMap1[14] = "";
Usage.EqnSolArrayDiffAlone[14] = "";
Usage.EqnSolArrayMap2[14] = "";
Usage.EqnSolOrder[14] = 14;
}
public static void TestCaseDiff102() {
//Test Case 102
Usage.TestCase = 102;
Usage.EqnRegressionDiffStatus = "All Green Including Values";
Usage.EqnRegressionIntegreStatus = "All Green Including Values";
Usage.EqnUnderTest = "9*x^8 + 7*x^5 + 6*x^4 - 4*x - 25.0";
Usage.TestCaseName = "Standard:No Coefficients:Basic Equation";
Usage.TestCaseMatrixID="Sanity TestCase";
Usage.DiffWithRespTo = "x";
Usage.MaxDiffOrder = 14;
Usage.MaxIntegreOrder = 14;
Usage.EqnSolArrayMap1[1] = "9.0*x^8.0+7.0*x^5.0+6.0*x^4.0-4.0*x-25.0";
Usage.EqnSolArrayDiffAlone[1] = "9.0*8.0*x^7.0+7.0*5.0*x^4.0+6.0*4.0*x^3.0-4.0-0.0";
Usage.EqnSolArrayMap2[1] = "72.0*x^7.0+35.0*x^4.0+24.0*x^3.0-4.0";
Usage.EqnSolArrayMap3[1]="9.0*x^8.0+7.0*x^5.0+6.0*x^4.0-4.0*x-25.0";
Usage.EqnSolArrayIntegrAlone[1]="9.0/9.0*x^9.0+7.0/6.0*x^6.0+6.0/5.0*x^5.0-4.0/2.0*x^2.0-25.0*x";
Usage.EqnSolArrayMap4[1]="x^9.0+1.1666666666666667*x^6.0+1.2*x^5.0-2.0*x^2.0-25.0*x";
Usage.EqnSolOrder[1] = 1;
Usage.EqnSolArrayMap1[2] = "72.0*x^7.0+35.0*x^4.0+24.0*x^3.0-4.0";
Usage.EqnSolArrayDiffAlone[2] = "72.0*7.0*x^6.0+35.0*4.0*x^3.0+24.0*3.0*x^2.0-0.0";
Usage.EqnSolArrayMap2[2] = "504.0*x^6.0+140.0*x^3.0+72.0*x^2.0";
Usage.EqnSolArrayMap3[2]="x^9.0+1.1666666666666667*x^6.0+1.2*x^5.0-2.0*x^2.0-25.0*x";
Usage.EqnSolArrayIntegrAlone[2]="1.0/10.0*x^10.0+1.1666666666666667/7.0*x^7.0+1.2/6.0*x^6.0-2.0/3.0*x^3.0-25.0/2.0*x^2.0";
Usage.EqnSolArrayMap4[2]="0.1*x^10.0+0.16666666666666669*x^7.0+0.19999999999999998*x^6.0-0.6666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolOrder[2] = 2;
Usage.EqnSolArrayMap1[3] = "504.0*x^6.0+140.0*x^3.0+72.0*x^2.0";
Usage.EqnSolArrayDiffAlone[3] = "504.0*6.0*x^5.0+140.0*3.0*x^2.0+72.0*2.0*x^1.0";
Usage.EqnSolArrayMap2[3] = "3024.0*x^5.0+420.0*x^2.0+144.0*x";
Usage.EqnSolArrayMap3[3]="0.1*x^10.0+0.16666666666666669*x^7.0+0.19999999999999998*x^6.0-0.6666666666666666*x^3.0-12.5*x^2.0";
Usage.EqnSolArrayIntegrAlone[3]="0.1/11.0*x^11.0+0.16666666666666669/8.0*x^8.0+0.19999999999999998/7.0*x^7.0-0.6666666666666666/4.0*x^4.0-12.5/3.0*x^3.0";
Usage.EqnSolArrayMap4[3]="0.009090909090909092*x^11.0+0.020833333333333336*x^8.0+0.02857142857142857*x^7.0-0.16666666666666666*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolOrder[3] = 3;
Usage.EqnSolArrayMap1[4] = "3024.0*x^5.0+420.0*x^2.0+144.0*x";
Usage.EqnSolArrayDiffAlone[4] = "3024.0*5.0*x^4.0+420.0*2.0*x^1.0+144.0";
Usage.EqnSolArrayMap2[4] = "15120.0*x^4.0+840.0*x+144.0";
Usage.EqnSolArrayMap3[4]="0.009090909090909092*x^11.0+0.020833333333333336*x^8.0+0.02857142857142857*x^7.0-0.16666666666666666*x^4.0-4.166666666666667*x^3.0";
Usage.EqnSolArrayIntegrAlone[4]="0.009090909090909092/12.0*x^12.0+0.020833333333333336/9.0*x^9.0+0.02857142857142857/8.0*x^8.0-0.16666666666666666/5.0*x^5.0-4.166666666666667/4.0*x^4.0";
Usage.EqnSolArrayMap4[4]="7.575757575757577E-4*x^12.0+0.002314814814814815*x^9.0+0.0035714285714285713*x^8.0-0.03333333333333333*x^5.0-1.0416666666666667*x^4.0";
Usage.EqnSolOrder[4] = 4;
Usage.EqnSolArrayMap1[5] = "";
Usage.EqnSolArrayDiffAlone[5] = "";
Usage.EqnSolArrayMap2[5] = "";
Usage.EqnSolArrayMap3[5]="";
Usage.EqnSolArrayIntegrAlone[5]="";
Usage.EqnSolArrayMap4[5]="";
Usage.EqnSolOrder[5] = 5;
Usage.EqnSolArrayMap1[6] = "";
Usage.EqnSolArrayDiffAlone[6] = "";
Usage.EqnSolArrayMap2[6] = "";
Usage.EqnSolArrayMap3[6]="";
Usage.EqnSolArrayIntegrAlone[6]="";
Usage.EqnSolArrayMap4[6]="";
Usage.EqnSolOrder[6] = 6;
Usage.EqnSolArrayMap1[7] = "";
Usage.EqnSolArrayDiffAlone[7] = "";
Usage.EqnSolArrayMap2[7] = "";
Usage.EqnSolArrayMap3[7]="";
Usage.EqnSolArrayIntegrAlone[7]="";
Usage.EqnSolArrayMap4[7]="";
Usage.EqnSolOrder[7] = 7;
Usage.EqnSolArrayMap1[8] = "";
Usage.EqnSolArrayDiffAlone[8] = "";
Usage.EqnSolArrayMap2[8] = "";
Usage.EqnSolArrayIntegrAlone[8]="";
Usage.EqnSolOrder[8] = 8;
Usage.EqnSolArrayMap1[9] = "";
Usage.EqnSolArrayDiffAlone[9] = "";
Usage.EqnSolArrayMap2[9] = "";
Usage.EqnSolArrayIntegrAlone[9]="";
Usage.EqnSolOrder[9] = 9;
Usage.EqnSolArrayMap1[10] = "";
Usage.EqnSolArrayDiffAlone[10] = "";
Usage.EqnSolArrayMap2[10] = "";
Usage.EqnSolArrayIntegrAlone[10]="";
Usage.EqnSolOrder[10] = 10;
Usage.EqnSolArrayMap1[11] = "";
Usage.EqnSolArrayDiffAlone[11] = "";
Usage.EqnSolArrayMap2[11] = "";
Usage.EqnSolArrayIntegrAlone[11]="";
Usage.EqnSolOrder[11] = 11;
Usage.EqnSolArrayMap1[12] = "";
Usage.EqnSolArrayDiffAlone[12] = "";
Usage.EqnSolArrayMap2[12] = "";
Usage.EqnSolArrayIntegrAlone[12]="";
Usage.EqnSolOrder[12] = 12;
Usage.EqnSolArrayMap1[13] = "";
Usage.EqnSolArrayDiffAlone[13] = "";
Usage.EqnSolArrayMap2[13] = "";
Usage.EqnSolArrayIntegrAlone[13]="";
Usage.EqnSolOrder[13] = 13;
Usage.EqnSolArrayMap1[14] = "";
Usage.EqnSolArrayDiffAlone[14] = "";
Usage.EqnSolArrayMap2[14] = "";
Usage.EqnSolArrayIntegrAlone[14]="";
Usage.EqnSolOrder[14] = 14;
}
public static void TestCaseDiff103() {
//Test Case 103
Usage.TestCase = 103;
Usage.EqnRegressionDiffStatus = "All Green Including Values";
Usage.EqnRegressionIntegreStatus = "All Green Including Values Except 4th Order Integration";
Usage.EqnUnderTest = "1/x^8 + 1/x^5 + 1/x^4 - 25.0";
Usage.TestCaseName = "Standard:No Coefficients:Basic Equation:Divide Operator";
Usage.TestCaseMatrixID="Sanity TestCase";
Usage.DiffWithRespTo = "x";
Usage.MaxDiffOrder = 14;
Usage.MaxIntegreOrder = 5;
Usage.EqnSolArrayMap1[1] = "1.0/x^8.0+1.0/x^5.0+1.0/x^4.0-25.0";
Usage.EqnSolArrayDiffAlone[1] = "-8.0/x^9.0-5.0/x^6.0-4.0/x^5.0-0.0";
Usage.EqnSolArrayMap2[1] = "-8.0/x^9.0-5.0/x^6.0-4.0/x^5.0";
Usage.EqnSolArrayMap3[1]="1.0/x^8.0+1.0/x^5.0+1.0/x^4.0-25.0";
Usage.EqnSolArrayIntegrAlone[1]="1.0/-7.0/x^7.0+1.0/-4.0/x^4.0+1.0/-3.0/x^3.0-25.0*x";
Usage.EqnSolArrayMap4[1]="-0.14285714285714285/x^7.0-0.25/x^4.0-0.3333333333333333/x^3.0-25.0*x";
Usage.EqnSolOrder[1] = 1;
Usage.EqnSolArrayMap1[2] = "-8.0/x^9.0-5.0/x^6.0-4.0/x^5.0";
Usage.EqnSolArrayDiffAlone[2] = "-8.0*-9.0/x^10.0-5.0*-6.0/x^7.0-4.0*-5.0/x^6.0";
Usage.EqnSolArrayMap2[2] = "72.0/x^10.0+30.0/x^7.0+20.0/x^6.0";
Usage.EqnSolArrayMap3[2]="-0.14285714285714285/x^7.0-0.25/x^4.0-0.3333333333333333/x^3.0-25.0*x";
Usage.EqnSolArrayIntegrAlone[2]="-0.14285714285714285/-6.0/x^6.0-0.25/-3.0/x^3.0-0.3333333333333333/-2.0/x^2.0-25.0/2.0*x^2.0";
Usage.EqnSolArrayMap4[2]="0.023809523809523808/x^6.0+0.08333333333333333/x^3.0+0.16666666666666666/x^2.0-12.5*x^2.0";
Usage.EqnSolOrder[2] = 2;
Usage.EqnSolArrayMap1[3] = "72.0/x^10.0+30.0/x^7.0+20.0/x^6.0";
Usage.EqnSolArrayDiffAlone[3] = "72.0*-10.0/x^11.0+30.0*-7.0/x^8.0+20.0*-6.0/x^7.0";
Usage.EqnSolArrayMap2[3] = "-720.0/x^11.0-210.0/x^8.0-120.0/x^7.0";
Usage.EqnSolArrayMap3[3]="0.023809523809523808/x^6.0+0.08333333333333333/x^3.0+0.16666666666666666/x^2.0-12.5*x^2.0";
Usage.EqnSolArrayIntegrAlone[3]="0.023809523809523808/-5.0/x^5.0+0.08333333333333333/-2.0/x^2.0+0.16666666666666666/-1.0/x^1.0-12.5/3.0*x^3.0";
Usage.EqnSolArrayMap4[3]="-0.0047619047619047615/x^5.0-0.041666666666666664/x^2.0-0.16666666666666666/x-4.166666666666667*x^3.0";
Usage.EqnSolOrder[3] = 3;