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UsageMatrixGen.java
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UsageMatrixGen.java
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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 DOEMatrixGen;
import Calculus.ConsoleColors;
import Calculus.MathematicalTestHarness;
import Calculus.MathsContxtLAv;
import Calculus.DiffrIntegrSep.DiffExpr;
import Calculus.MathsContxtLAv.Expression;
import static Calculus.CalculusApplication.FInverseLagrangeBurmannLowLevel;
import Calculus.SimpleAlgebraSep.FoG;
import Calculus.DiffrIntegrSep.IntegrExpr;
import static Calculus.DiffrIntegrSep.MyFuncDiff;
import static Calculus.MathsContxtLAv.MyFuncExpress;
import static Calculus.DiffrIntegrSep.MyFuncIntegr;
import static Calculus.MathsContxtLAv.MyFuncSimple;
import Calculus.MathsContxtLAv.OrderVar;
import Calculus.SimpleAlgebraSep.SimpleAlgebra;
import Calculus.SimpleAlgebraSep.SimpleAlgebraHghLvl;
import Calculus.MathsContxtLAv.SimpleExpression;
import static Calculus.MathsContxtLAv.eatAll;
import static Calculus.MathsContxtLAv.parse;
import static Calculus.SimpleAlgebraSep.parseAlgebra;
import static Calculus.SimpleAlgebraSep.parseAlgebraHghLvl;
import static Calculus.DiffrIntegrSep.parseDiff;
import static Calculus.SimpleAlgebraSep.parseFoG;
import static Calculus.DiffrIntegrSep.parseIntegr;
import static Calculus.MathsContxtLAv.parseOrder;
import static Calculus.MathsContxtLAv.parseSimple;
import Calculus.PredicateSep;
import Calculus.PredicateSep.PredicateBool;
import static Calculus.SubsStrSep.parseSubsStr;
import Calculus.TestHarnessClass;
import static Calculus.TestHarnessClass.PassFailTestCaseString;
import static Calculus.TestHarnessClass.PassFailTestCaseValue;
import TestHarness.TestHarnessCoefficients;
import TestHarness.TestHarnessIndConstant;
import TestHarness.TestHarnessNames;
import TestHarness.TestHarnessSignedX;
import TestHarness.TestHarnessUnitTest;
import TestHarness.TestHarnessPredicate;
import TestHarness.TestHarnessAlgebra;
import TestHarness.TestHarnessFunctions;
import static TestHarness.TestHarnessFunctions.TestCaseDiff90001;
import TestHarness.TestHarnessParenthesis;
import java.util.HashMap;
import java.util.Map;
import java.util.Scanner;
import org.apache.log4j.Logger;
/**
*
* @author Administrator
*/
public class UsageMatrixGen {
public static Logger log = Logger.getLogger(UsageMatrixGen.class.getName());
public static String DiffWithRespTo = "x";
public static int MaxDiffOrder = 6;
public static int MaxIntegreOrder = 6;
public static String UserEquation = "";
public static String UserTestPredicate = "";
public static String UserTestAnswer = "";
static String EqnUnderTest;
static String FInverseEqn;
static String EqnUnderTest2;
// Differentiation Mapping
static String[] EqnSolArrayMap1;
static String[] EqnSolArrayDiffAlone;
static String[] EqnSolArrayMap2;
// Integration Mapping
static String[] EqnSolArrayMap3;
static String[] EqnSolArrayIntegrAlone;
static String[] EqnSolArrayMap4;
static String[] EqnSolArrayIntegr_BeforeDiff;
static String[] EqnSolArrayDiff_AfterIntegr;
static String[] EqnSolArrayDiff_BeforeIntegr;
static String[] EqnSolArrayIntegr_AfterDiff;
static int[] EqnSolOrder;
static int TestCase = 0;
static int EndTestCase = 0;
static int LastTestCaseHarness = 110007;
static int TestCaseLoopTimes = 110007;
static String EqnRegressionDiffStatus = "All RED";
static String EqnRegressionIntegreStatus = "All RED";
static String TestCaseName = "Standard";
static String TestCaseMatrixID = "Standard";
static boolean TestCasePassStrFlag = false;
static boolean TestCasePassValFlag = false;
static boolean TestCasePassHighLevelFlag = true;
static HashMap<Integer, String> FailedTestCases = new HashMap<Integer, String>();
static HashMap<Integer, String> ExceptionTestCases = new HashMap<Integer, String>();
static int MaxIndexExcept = 0;
static int TotalTestCases = 0;
static int MaxIndexFail = 0;
static int SectionIndexFail = 1;
static String Section = "";
static int FailedTestCount = 0;
static int SectionStart = 0;
static int SectionTestCaseStart = 0;
static int SectionTestCaseEnd = 0;
static Map<Integer, String> EqnDB = new HashMap<>();
static int EqnDBIndex = 0;
static int EqnDBDupCount = 0;
public static String FailingLowLevelUnitTestCases() {
//UnStructured Testing Test Cases
//String Exprn="x^2 - x +2 + y^3 + y + 4";
//HighLevel Unit Test for Whole Program
//14th Order Diff
/* ************************************************************************ */
//Failing Test Cases: Low Level Analysed/Debugged Failure
//Simple Basic Equation
//String Exprn = ;
//Simple Basic Equation
String Exprn = "x^8 + x^5 + x^4 - x - 25.0";
//Palindromic String-Equation Test
//String Exprn = " 25.0 + x - x^4 -x^5 -x^8 + x^8 + x^5 + x^4 - x - 25.0";
//Palindromic String-Equation Test-Rearranged
//String Exprn = " x^8 -x^8 + x^5 -x^5 + x^4 - x^4 + 25.0 + x - x - 25.0";
//Test for LookAheadFuncMultDiv
//Straight Numbers Leading + Trailing Co-eff :(LookAheadFuncMultDiv & ConstExprn)
//(Polynomials)
//String Exprn = "1/x^8 + 1/x^5 + 1/x^4 - 25.0";
//Functions
//String Exprn = "(2*x+1)*x^9 + x^7 + x^5 + x^2 - sin(x^2)- sin(2*x+5) ";
//String Exprn = "sin(2.0*7.0*x)+25.0";
//Parenthesis
//String Exprn = "(x^8+2*x+1) + x^7 - sin(x^4+ 2*x+ 5) ";
//Parenthesis with Constants
//String Exprn="(114.70000000000073*(x-11)+28843.09)*(x-1)*(x-2)*(x-3)*(x-4)*(x-5)*(x-6)*(x-7)*(x-8)*(x-9)*(x-10)*(1.0)*(x-12)*(x-13)*(x-14)*(x-15)*(x-16)*(x-17)*(x-18)*(x-19)*(x-20)*(x-21)";
//Addition Subtraction
//String Exprn = "(x^8+2*x+1) + x^7 - (x^4+ 2*x+ 5) ";
//Multiplication Division
//String Exprn = "(x^8+2*x+1) + x^7 - (x^4+ 2*x+ 5) ";
//Parenthesis within Parenthesis
//Add Operation
//Subtraction
//Divide Operation
//Multiplication
//Constants
//String Exprn="11.0*12.0*x*13.0*14.0";
return Exprn;
}
public static String TestHarnessDiff(String AlgoName, int j) {
//Equation Component Testing
//1) Variables :L=3:Single Letter, Multi Letter, with Numerics
//2) Coefficient:L=9:0.0,0,1.0,1,-1.0,-1,5,-5,-5.0
//3) Exponent:L=6: +ve,-ve,0,1,Independent Constants, Long Form (x * x*x)
//4) Operator:L=2: *,/
//5) Constants:L=3: Start of Expr, Middle (2-5) Terms, End Term
//6) Independent Constants:L=3:Single Letter, Multi Letter, with Numerics
//7) Expression
//8) Term:L=3: Start Term, Middle (2-5) Terms, End Term
//9) Term Sign:L=3: +ve, -ve, No Sign
//10) Exponent Sign:L=3: +ve, -ve, No Sign
//11) Coefficient Sign:L=3: +ve, -ve, No Sign
//12) Variable Sign:L=3: +ve, -ve, No Sign
//13) Parentheses:L=3 : 1st Term, 2nd Term , 3-5 Terms
//14) Functions:L5: Sin, Cos, Tan, Log, Ln
//15) Argument of Functions:L=4: Expr Alone(3 types), Expr with Inner Function
if ((j >= 100) && (j <= 125)) {
Section = "SanityTestCases";
SectionTestCaseStart = 100;
SectionTestCaseEnd = 125;
TestHarnessClass.SanityTestCases(AlgoName, j);
} else if ((j >= 5019) && (j <= 5042)) {
Section = "UnitTestCases";
SectionTestCaseStart = 5019;
SectionTestCaseEnd = 5042;
TestHarnessUnitTest.UnitTestCases(AlgoName, j);
} //
// Variants
//
else if ((j >= 10001) && (j <= 10005)) {
Section = "Names";
SectionTestCaseStart = 10001;
SectionTestCaseEnd = 10005;
TestHarnessNames.Names(j);
} else if ((j >= 20001) && (j <= 20092)) {
Section = "Coefficients";
SectionTestCaseStart = 20001;
SectionTestCaseEnd = 20092;
TestHarnessCoefficients.Coefficients(AlgoName, j);
} else if ((j >= 30001) && (j <= 30011)) {
Section = "Exponent";
SectionTestCaseStart = 30001;
SectionTestCaseEnd = 30011;
TestHarnessClass.Exponent(AlgoName, j);
} else if ((j >= 40001) && (j <= 40075)) {
Section = "SignedX";
SectionTestCaseStart = 40001;
SectionTestCaseEnd = 40075;
TestHarnessSignedX.SignedX(AlgoName, j);
} else if ((j >= 50001) && (j <= 50044)) {
Section = "IndConstant";
SectionTestCaseStart = 50001;
SectionTestCaseEnd = 50044;
TestHarnessIndConstant.IndConstant(AlgoName, j);
} else if ((j >= 80001) && (j < 80042)) {
Section = "Parentheses";
SectionTestCaseStart = 80001;
SectionTestCaseEnd = 80042;
TestHarnessParenthesis.Parenthesis(AlgoName, j);
} else if ((j >= 110001) && (j <= 110007)) {
Section = "SoftwareEngg";
SectionTestCaseStart = 110001;
SectionTestCaseEnd = 110007;
TestHarnessClass.SoftwareEngg(AlgoName, j);
} else {
switch (j) {
//Function Test Cases
case 90001:
Section = "Function Test Cases";
SectionTestCaseStart = 90001;
SectionTestCaseEnd = 90001;
TestHarnessFunctions.TestCaseDiff90001();
break;
//Function Argument Test Cases
case 100001:
Section = "Function Argument Test Cases";
SectionTestCaseStart = 100001;
SectionTestCaseEnd = 100001;
TestHarnessFunctions.TestCaseDiff100001();
break;
default:
SectionTestCaseStart = -1;
SectionTestCaseEnd = -1;
System.out.println(ConsoleColors.RED + "FailingTestHarnessDiff:j= " + j + ": Infinite Loop" + ConsoleColors.RESET);
ResetTestCase();
break;
}
}
return EqnUnderTest;
}
public static void mainPredicate(String... args) {
Map<String, Double> variables = new HashMap<>();
//String Exprn = TestPredicate();
String Exprn = UserTestPredicate;
String DiffWithRespTo = "x";
PredicateBool expValue;
MyFuncExpress();
Exprn = eatAll(Exprn, ' ');
int i = 1;
for (double x = 0, y = 0; i < 10; y++, x++, i++) {
variables.put("x", x);
variables.put("y", y);
System.out.println("main: x=" + x + " Exprn=" + Exprn);
expValue = PredicateSep.parsePredicate(Exprn, variables, "Silent", MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Logical Value)=" + expValue.eval());
System.out.print(System.lineSeparator());
}
}
public static void mainDiff(String... args) {
Map<String, Double> variables = new HashMap<>();
String Exprn = eatAll(UsageMatrixGen.UserEquation, ' ');
SimpleExpression expSimple;
Expression expValue;
DiffExpr exp;
MyFuncExpress();
MyFuncDiff();
MyFuncSimple();
String DiffWithRespTo = "x";
String Constant = "C";
//String DiffWithRespTo = "Xn";
String StrexpSimpleExpress = "";
int i = 1;
for (double x = 1, y = 7; i < UsageMatrixGen.MaxDiffOrder; y++, x++, i++) {
variables.put(DiffWithRespTo, x);
variables.put("y", y);
variables.put("a", 1.0);
variables.put("b", 2.0);//variables.put("b", 0.0);
variables.put("c", -1.0);
variables.put("d", 2.0);
variables.put("p", 3.0);
variables.put("q", 0.0);
variables.put("r", -1.0);
variables.put("s", 2.0);
variables.put(Constant, 5.0);
System.out.println("main: x=" + x + " Exprn=" + Exprn);
expSimple = parseSimple(Exprn, variables, DiffWithRespTo);
expValue = parse(Exprn, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Expn Value)=" + expValue.eval());
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("main: x=" + x + " Basic Simple Exprn=" + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println("main: x=" + x + " Basic Simple (Exprn Value)=" + expValue.eval());
exp = parseDiff(StrexpSimpleExpress, variables, DiffWithRespTo);
StrexpSimpleExpress = exp.DiffExpr();
System.out.println(" main:Result(Diff Equation)(" + i + " th order)=> " + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Diff Value)=" + expValue.eval());
expSimple = parseSimple(StrexpSimpleExpress, variables, DiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println(" main:Result(Simplified Diff Equation)(" + i + " th order)=> " + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Simplified Diff Value)=" + expValue.eval());
System.out.print(System.lineSeparator());
expValue = parse(Exprn, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Expn Value)=" + expValue.eval());
Exprn = StrexpSimpleExpress;
}
}
public static void mainIntegral(String... args) {
Map<String, Double> variables = new HashMap<>();
String Exprn = eatAll(UsageMatrixGen.UserEquation, ' ');
SimpleExpression expSimple;
Expression expValue;
IntegrExpr expIntgr;
MyFuncExpress();
MyFuncSimple();
MyFuncIntegr();
String DiffWithRespTo = "x";
String Constant = "C";
//String DiffWithRespTo = "Xn";
String StrexpIntegrExpress = "";
String StrexpSimpleExpress = "";
int i = 1;
for (double x = -20, y = 7; i < UsageMatrixGen.MaxIntegreOrder; y++, x++, i++) {
variables.put(DiffWithRespTo, x);
variables.put("y", y);
variables.put("a", 1.0);
variables.put("b", 2.0);//variables.put("b", 0.0);
variables.put("c", -1.0);
variables.put("d", 2.0);
variables.put("p", 3.0);
variables.put("q", 0.0);
variables.put("r", -1.0);
variables.put("s", 2.0);
variables.put(Constant, 5.0);
System.out.println("main: x=" + x + " Exprn=" + Exprn);
expSimple = parseSimple(Exprn, variables, DiffWithRespTo);
expValue = parse(Exprn, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Expn Value)=" + expValue.eval());
StrexpSimpleExpress = expSimple.SimpleExpr();
expIntgr = parseIntegr(StrexpSimpleExpress, variables, DiffWithRespTo);
StrexpIntegrExpress = expIntgr.IntegrExpr();
System.out.println(" main:Result(Integral Equation)(" + i + " th order)=> " + StrexpIntegrExpress);
expValue = parse(StrexpIntegrExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Integral Value)=" + expValue.eval());
expSimple = parseSimple(StrexpIntegrExpress, variables, DiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println(" main:Result(Simplified Diff Equation)(" + i + " th order)=> " + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Simplified Diff Value)=" + expValue.eval());
System.out.print(System.lineSeparator());
expValue = parse(StrexpSimpleExpress, variables, DiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println(" main:Result(Expn Value)=" + expValue.eval());
Exprn = StrexpSimpleExpress;
}
}
public static String RandomEquation(String a, String c, String RandVar) {
String Exprn = a + " * " + RandVar + "^7" + " + " + RandVar + "^5" + " + " + RandVar + "^2" + " - " + RandVar + " + " + c;
Exprn = eatAll(Exprn, ' ');
return Exprn;
}
public static String BrownianMotionEquation(String N, String ETA, String r, String R, String T, String x, String t, String RandVar) {
String Exprn = N + "*" + "sqrt((3*" + N + "*" + ETA + "*" + r + ")/(2*" + R + "*" + T + "))" + "*" + "exp((-3*" + Math.PI + "*" + ETA + "*" + N + "*" + r + "*" + x + "^2)/(2*" + R + "*" + T + "*" + t + "))";
Exprn = eatAll(Exprn, ' ');
return Exprn;
}
public static String FormEquation(long Xn, long MgtACoeff, long Mgtc, long MgtbCoeff, String TechDiffWithRespTo, int MgtMaxExponent) {
//if(Xn==0) MaxExponent=5;
//else MaxExponent=(int)Xn;
long bCoeffStore = MgtbCoeff;
//log.fatal("FormEquation: MgtbCoeff=" + MgtbCoeff );
String Exprn = MgtACoeff + " * " + TechDiffWithRespTo + "^" + (MgtMaxExponent);
for (int i = MgtMaxExponent - 1; i > 1; i--) {
if (MgtbCoeff > 2) {
Exprn = Exprn + " + " + MgtbCoeff + "*" + TechDiffWithRespTo + "^" + i;
} else {
Exprn = Exprn + " + " + MgtbCoeff + "*" + TechDiffWithRespTo + "^" + i;
MgtbCoeff = bCoeffStore;
}
//MgtbCoeff=GetPrimeNumber(MgtbCoeff,i);
MgtbCoeff++;
//log.fatal("FormEquation: MgtbCoeff=" + MgtbCoeff + " i=" + i);
}
if (MgtbCoeff > 2) {
Exprn = Exprn + " + " + MgtbCoeff + "*" + TechDiffWithRespTo;
} else {
Exprn = Exprn + " + " + TechDiffWithRespTo;
}
Exprn = Exprn + " + " + Mgtc;
Exprn = eatAll(Exprn, ' ');
log.warn("FormEquation:Exprn=" + Exprn);
return Exprn;
}
public static void mainRegresssionDiffTest(int MaxOrder, TestHarnessClass TestData) {
int MaxOrder1 = MaxOrder;
String Exprn = "";
String OverallRegressionStatus = "Diff:Pass All (100 to 110007) Except Test Cases: "
+ "\n" + "TestCases:Unit Test Cases" + " All Passing"
+ "\n" + "TestCases:Names " + " All Passing"
+ "\n" + "TestCases:Coefficients " + " 20016 , 20017"
+ "\n" + "TestCases:Exponent " + " 30006 to 30008"
+ "\n" + "TestCases:Parentheses " + " 80001 to 80024";
System.out.print(ConsoleColors.BLUE + "Diff Overall Regression Status" + OverallRegressionStatus + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
if (EndTestCase > LastTestCaseHarness) {
EndTestCase = LastTestCaseHarness;
}
int j = TestCase;
FailedTestCases = new HashMap<Integer, String>();
ExceptionTestCases = new HashMap<Integer, String>();
TotalTestCases = 0;
MaxIndexExcept = 0;
MaxIndexFail = 0;
SectionIndexFail = 1;
FailedTestCount = 0;
int OldFailedTestCount = FailedTestCount;
int SectionDisplayCntrl = 0;
SectionStart = TestCase;
EqnDB = new HashMap<>();
EqnDBIndex = 0;
EqnDBDupCount = 0;
int OldDups=EqnDBDupCount;
while (j <= EndTestCase) {
EqnUnderTest = "";
String TempExprn = "";
TempExprn = TestHarnessDiff("mainDiffTest", j);
Exprn = eatAll(TempExprn, ' ');
DupChecknInsert(j);
TestCasePassHighLevelFlag = true;
if (MaxOrder == -1) {
MaxOrder1 = MaxDiffOrder; //From Test Case
} else if (MaxOrder >= MaxDiffOrder) {
MaxOrder1 = MaxDiffOrder;
} else {
MaxOrder1 = MaxOrder;
}
int OldMaxIndexFail = MaxIndexFail;
if (!EqnUnderTest.equalsIgnoreCase("")) {
DiffSingleHighTestCase(MaxOrder1, Exprn);
System.out.println(ConsoleColors.RED + "mainDiffTest: j=" + j + " TestCase=" + TestCase);
TotalTestCases++;
}
if (TestCaseLoopTimes == 1) {
break;
} else {
int OldTestCase = j;
j = RegressionControl(j);
if ((j - OldTestCase) > 1) {
SectionDisplayCntrl = 1;
GapProcess(j, OldTestCase, OldMaxIndexFail, SectionDisplayCntrl, OldFailedTestCount, FailedTestCount,OldDups,EqnDBDupCount);
OldFailedTestCount = FailedTestCount;
OldDups=EqnDBDupCount;
SectionStart = j;
}
TestCase = j;
}
if (TestCasePassHighLevelFlag == false) {
if (SectionDisplayCntrl == 0) {
MaxIndexFail++;
FailedTestCount++;
}
if (SectionDisplayCntrl == 1) {
SectionDisplayCntrl = 0;
}
}
}
int k=0;
for (int y = 0; (y < EqnDB.size()); y++) {
String Temp = EqnDB.get(y);
if ((Temp != null) && (Temp.contains(":Dup with"))
&& (!Temp.contains(":Dup with :20016:"))
&& (!Temp.contains(":Dup with :20013:"))) {
k++;
}
}
System.out.println(ConsoleColors.RED + "mainDiffTest: TestCase Summary : Total Failed=" + FailedTestCount + " Out of Run TestCases-Dups=" + (TotalTestCases - k ) + " Passed Count=" + (TotalTestCases - FailedTestCount) + " DupCount=" + k + ConsoleColors.RESET);
for (int y = 0; y < FailedTestCases.size(); y++) {
if ((FailedTestCases.get(y).contains("Section")) && (FailedTestCases.get(y).contains("Complete # of Failures="))) {
System.out.print(ConsoleColors.GREEN + FailedTestCases.get(y) + ConsoleColors.RESET);
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainDiffTest: TestCase Summary : " + " Failed Test Cases are:" + ConsoleColors.RESET);
for (int y = 0; y < MaxIndexFail; y++) {
System.out.print(ConsoleColors.RED + " " + FailedTestCases.get(y) + ", " + ConsoleColors.RESET);
if ((y != 0) && (y % 5 == 0)) {
System.out.print(System.lineSeparator());
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainDiffTest: Exception TestCase Summary : Total Exceptions=" + MaxIndexExcept + " Exception Test Cases are:" + ConsoleColors.RESET);
for (int y = 0; y < MaxIndexExcept; y++) {
System.out.print(ConsoleColors.RED + " " + ExceptionTestCases.get(y) + ", " + ConsoleColors.RESET);
if ((y != 0) && (y % 5 == 0)) {
System.out.print(System.lineSeparator());
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainDiffTest: TestCase Duplicate Summary : " + ConsoleColors.RESET);
for (int y = 0; (y < EqnDB.size()); y++) {
String Temp = EqnDB.get(y);
if ((Temp != null) && (Temp.contains(":Dup with"))
&& (!Temp.contains(":Dup with :20016:"))
&& (!Temp.contains(":Dup with :20013:"))) {
System.out.print(ConsoleColors.GREEN + EqnDB.get(y) + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
}
}
System.out.println(ConsoleColors.RED + "mainDiffTest: TestCase Duplicate Summary : Total Dups=" + k + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
}
public static int RegressionControl(int j) {
if ((j >= 100) && (j < 125)) {
j++;
} else if ((j >= 5019) && (j < 5042)) {
j++;
} else if ((j >= 10001) && (j < 10005)) {
j++;
} else if ((j >= 20001) && (j < 20092)) {
j++;
} else if ((j >= 30001) && (j < 30011)) {
j++;
} else if ((j >= 40001) && (j < 40076)) {
j++;
} else if ((j >= 50001) && (j < 50044)) {
j++;
} else if ((j >= 80001) && (j < 80042)) {
j++;
} else if ((j >= 110001) && (j < 110007)) {
j++;
} else if (j == 90001) {
j = 100001;
} else if (j == 100001) {
j = 110001;
} else if (j == 110007) {
j = 120001;
} //Bypass Gaps Section
else if ((j < 100)) {
j = 100;
} else if ((j == 125)) {
j = 5019;
} else if (j == 5042) {
j = 10001;
} else if (j == 10005) {
j = 20001;
} else if (j == 20092) {
j = 30001;
} else if (j == 30011) {
j = 40001;
} else if (j == 40076) {
j = 50001;
} else if (j == 50044) {
j = 80001;
} else if (j == 80042) {
j = 90001;
} else {
System.out.println(ConsoleColors.RED + "RegressionControl:j= " + j + ": Infinite Loop" + ConsoleColors.RESET);
}
return j;
}
public static void mainRegressionIntegrTest(int MaxOrder, TestHarnessClass TestData) {
int MaxOrder1 = MaxOrder;
String Exprn = "";
String OverallRegressionStatus = "Integral:Pass All (100 to 110007) Except Test Cases: "
+ "\n" + "TestCases:Unit Test Cases" + " All Passing"
+ "\n" + "TestCases:Names " + " All Passing"
+ "\n" + "TestCases:Coefficients " + " 20016 , 20017"
+ "\n" + "TestCases:Exponent " + " 30006 to 30008"
+ "\n" + "TestCases:Parentheses " + " 80001 to 80024";
System.out.print(ConsoleColors.BLUE + "Integral Overall Regression Status" + OverallRegressionStatus + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
if (EndTestCase > LastTestCaseHarness) {
EndTestCase = LastTestCaseHarness;
}
int j = TestCase;
FailedTestCases = new HashMap<Integer, String>();
ExceptionTestCases = new HashMap<Integer, String>();
TotalTestCases = 0;
MaxIndexExcept = 0;
MaxIndexFail = 0;
SectionIndexFail = 1;
FailedTestCount = 0;
int SectionDisplayCntrl = 0;
int OldFailedTestCount = FailedTestCount;
SectionStart = TestCase;
EqnDB = new HashMap<>();
EqnDB.clear();
EqnDBIndex = 0;
EqnDBDupCount = 0;
int OldDups=EqnDBDupCount;
while (j <= EndTestCase) {
EqnUnderTest = "";
String TempExprn = "";
TempExprn = TestHarnessDiff("mainIntegrTest", j);
Exprn = eatAll(TempExprn, ' ');
DupChecknInsert(j);
TestCasePassHighLevelFlag = true;
if (MaxOrder == -1) {
MaxOrder1 = MaxIntegreOrder; //From Test Case
} else if (MaxOrder > MaxIntegreOrder) {
MaxOrder1 = MaxIntegreOrder;
} else {
MaxOrder1 = MaxOrder;
}
int OldMaxIndexFail = MaxIndexFail;
if (!EqnUnderTest.equalsIgnoreCase("")) {
IntegralHighSingleTest(MaxOrder1, Exprn);
System.out.println(ConsoleColors.RED + "mainIntegrTest: j=" + j + " TestCase=" + TestCase);
TotalTestCases++;
}
if (TestCaseLoopTimes == 1) {
break;
} else {
int OldTestCase = j;
j = RegressionControl(j);
if ((j - OldTestCase) > 1) {
SectionDisplayCntrl = 1;
GapProcess(j, OldTestCase, OldMaxIndexFail, SectionDisplayCntrl, OldFailedTestCount, FailedTestCount,OldDups,EqnDBDupCount);
OldFailedTestCount = FailedTestCount;
OldDups=EqnDBDupCount;
SectionStart = j;
}
TestCase = j;
//System.out.println(ConsoleColors.RED +"mainIntegrTest: j="+ j + " TestCase=" + TestCase);
}
if (TestCasePassHighLevelFlag == false) {
if (SectionDisplayCntrl == 0) {
MaxIndexFail++;
FailedTestCount++;
}
}
if (SectionDisplayCntrl == 1) {
SectionDisplayCntrl = 0;
}
}
int k=0;
for (int y = 0; (y < EqnDB.size()); y++) {
String Temp = EqnDB.get(y);
if ((Temp != null) && (Temp.contains(":Dup with"))
&& (!Temp.contains(":Dup with :20016:"))
&& (!Temp.contains(":Dup with :20013:"))) {
k++;
}
}
System.out.println(ConsoleColors.RED + "mainIntegrTest: TestCase Summary : Total Failed=" + FailedTestCount + " Out of Run TestCases-Dups=" + (TotalTestCases - k ) + " Passed Count=" + (TotalTestCases - FailedTestCount) + " DupCount=" + k + ConsoleColors.RESET);
for (int y = 0; y < FailedTestCases.size(); y++) {
if ((FailedTestCases.get(y).contains("Section")) && (FailedTestCases.get(y).contains("Complete # of Failures="))) {
System.out.print(ConsoleColors.GREEN + FailedTestCases.get(y) + ConsoleColors.RESET);
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainIntegrTest: TestCase Summary : " + " Failed Test Cases are:" + ConsoleColors.RESET);
for (int y = 0; y < MaxIndexFail; y++) {
System.out.print(ConsoleColors.RED + " " + FailedTestCases.get(y) + ", " + ConsoleColors.RESET);
if ((y != 0) && (y % 5 == 0)) {
System.out.print(System.lineSeparator());
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainIntegrTest: Exception TestCase Summary : Total Exceptions=" + MaxIndexExcept + " Exception Test Cases are:" + ConsoleColors.RESET);
for (int y = 0; y < MaxIndexExcept; y++) {
System.out.print(ConsoleColors.RED + " " + ExceptionTestCases.get(y) + ", " + ConsoleColors.RESET);
if ((y != 0) && (y % 5 == 0)) {
System.out.print(System.lineSeparator());
}
}
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.RED + "mainIntegrTest: TestCase Duplicate Summary : " + " EqnDBIndex=" + EqnDBIndex + ConsoleColors.RESET);
for (int y = 0; (y < EqnDB.size()); y++) {
String Temp = EqnDB.get(y);
if ((Temp != null) && (Temp.contains(":Dup with"))
&& (!Temp.contains(":Dup with :20016:"))
&& (!Temp.contains(":Dup with :20013:"))) {
System.out.print(ConsoleColors.GREEN + EqnDB.get(y) + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
}
}
System.out.println(ConsoleColors.RED + "mainIntegrTest: TestCase Duplicate Summary : Total Dups=" + k + ConsoleColors.RESET);
System.out.print(System.lineSeparator());
}
public static void mainUser(String... args) {
System.out.println(ConsoleColors.BLUE + "Differentiation / Integration:" + ConsoleColors.RESET);
String TechDiffWithRespTo = DiffWithRespTo;
String xExprn = "Enter*Your*Equation/Here:x^2+25:";
Scanner scanner = new Scanner(System.in);
System.out.print(xExprn);
xExprn = scanner.nextLine();
xExprn = eatAll(xExprn, ' ');
System.out.print("You Entered Equation:Example:x^2+25:" + xExprn);
System.out.print(System.lineSeparator());
System.out.print("DiffWithRespTo:[" + TechDiffWithRespTo + "]:");
TechDiffWithRespTo = scanner.nextLine();
if (TechDiffWithRespTo.equalsIgnoreCase("")) {
TechDiffWithRespTo = DiffWithRespTo;
}
//TechDiffWithRespTo = eatAll(TechDiffWithRespTo, ' ');
if (xExprn.contains(TechDiffWithRespTo)) {
System.out.print("You Entered Primary Variable:" + TechDiffWithRespTo);
System.out.print(System.lineSeparator());
} else {
System.out.println("You Entered Equation:" + xExprn);
System.out.println("You Entered Primary Variable:" + TechDiffWithRespTo + " but Equation entered does not contain " + TechDiffWithRespTo);
System.out.println("Proceeding with Entered Values");
}
System.out.print("Diff And Integration Order:");
String Temp = scanner.nextLine();
int TechDiffOrder = 2;
if (!Temp.equalsIgnoreCase("")) {
TechDiffOrder = Integer.parseInt(Temp);
}
System.out.print("You Entered Diff And Integration Order:" + (TechDiffOrder));
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.BLUE + "Differentiation Started:" + ConsoleColors.RESET);
UserDiff(xExprn, "mainUser", TechDiffOrder, TechDiffWithRespTo);
System.out.print(System.lineSeparator());
System.out.print(System.lineSeparator());
System.out.print(System.lineSeparator());
System.out.println(ConsoleColors.BLUE + "Integration Started:" + ConsoleColors.RESET);
UserIntegr(xExprn, "mainUser", TechDiffOrder, TechDiffWithRespTo);
}
public static String UserDiff(String Exprn, String AlgoName, int TechDiffOrder, String TechDiffWithRespTo) {
Map<String, Double> variables = new HashMap<>();
MyFuncExpress();
MyFuncDiff();
MyFuncSimple();
SimpleExpression expSimple;
Expression expValue;
String StrexpSimpleExpress = "";
String StrexpDiffExpress = "";
int TechDiffOrderIndex = 1;
expValue = parse(Exprn, variables, TechDiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
for (; (TechDiffOrderIndex <= TechDiffOrder); TechDiffOrderIndex++) {
variables.put(TechDiffWithRespTo, 1.0);
expSimple = parseSimple(Exprn, variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("UserDiff: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Simple Exprn=" + StrexpSimpleExpress);
DiffExpr exp = parseDiff(StrexpSimpleExpress, variables, TechDiffWithRespTo);
StrexpDiffExpress = exp.DiffExpr();
System.out.println("UserDiff:Result(Diff Equation)(" + TechDiffOrderIndex + " th order)=> " + StrexpDiffExpress);
expSimple = parseSimple(StrexpDiffExpress, variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("UserDiff: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Simple Exprn=" + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, TechDiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println("UserDiff:Result(Value)(" + TechDiffWithRespTo + "=" + variables.get(TechDiffWithRespTo) + ")=" + expValue.eval());
Exprn = StrexpSimpleExpress;
}
return StrexpSimpleExpress;
}
public static String UserIntegr(String Exprn, String AlgoName, int TechDiffOrder, String TechDiffWithRespTo) {
Map<String, Double> variables = new HashMap<>();
MyFuncExpress();
MyFuncDiff();
MyFuncIntegr();
MyFuncSimple();
SimpleExpression expSimple;
Expression expValue;
IntegrExpr exp;
String StrexpSimpleExpress = "";
String StrexpDiffExpress = "";
int TechDiffOrderIndex = 1;
expValue = parse(Exprn, variables, TechDiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
for (; (TechDiffOrderIndex <= TechDiffOrder); TechDiffOrderIndex++) {
variables.put(TechDiffWithRespTo, 1.0);
expSimple = parseSimple(Exprn, variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("UserIntegr: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Simple Exprn=" + StrexpSimpleExpress);
exp = parseIntegr(StrexpSimpleExpress, variables, TechDiffWithRespTo);
StrexpDiffExpress = exp.IntegrExpr();
System.out.println("UserIntegr:Result(Integr Equation)(" + TechDiffOrderIndex + " th order)=> " + StrexpDiffExpress);
expSimple = parseSimple(StrexpDiffExpress, variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("UserIntegr: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Simple Exprn=" + StrexpSimpleExpress);
expValue = parse(StrexpSimpleExpress, variables, TechDiffWithRespTo, "Silent",MathsContxtLAv.LogLevel.Off);
System.out.println("UserIntegr:Result(Value)(" + TechDiffWithRespTo + "=" + variables.get(TechDiffWithRespTo) + ")=" + expValue.eval());
Exprn = StrexpSimpleExpress;
}
return StrexpSimpleExpress;
}
public static void mainAlgebraUser(String... args) {
Map<String, Double> variables = new HashMap<>();
String StrexpSimpleExpress = "";
SimpleExpression expSimple;
String FuncF = "x^2+25";
String FuncG = "2*x+98";
SimpleAlgebra F;
//SimpleAlgebraHghLvl F;
FoG FuncComp;
//FoGLowLvL FuncComp;
String TechDiffWithRespTo = DiffWithRespTo;
System.out.println(ConsoleColors.BLUE + "Algebra / Function Composition:" + ConsoleColors.RESET);
System.out.print("Enter*Your* First Equation/Here:x^2+25:");
Scanner scanner = new Scanner(System.in);
FuncF = scanner.nextLine();
FuncF = eatAll(FuncF, ' ');
System.out.println("You Entered First Equation:Example:x^2+25:" + FuncF);
System.out.print(System.lineSeparator());
System.out.print("Enter*Your* Second Equation/Here:x^2+25:");
FuncG = scanner.nextLine();
FuncG = eatAll(FuncG, ' ');
System.out.println("You Entered Second Equation:Example:x^2+25:" + FuncG);
System.out.print(System.lineSeparator());
System.out.print("DiffWithRespTo:[" + TechDiffWithRespTo + "]:");
TechDiffWithRespTo = scanner.nextLine();
if (TechDiffWithRespTo.equalsIgnoreCase("")) {
TechDiffWithRespTo = DiffWithRespTo;
}
TechDiffWithRespTo = eatAll(TechDiffWithRespTo, ' ');
if ((FuncF.contains(TechDiffWithRespTo)) && (FuncF.contains(TechDiffWithRespTo))) {
System.out.print("You Entered Primary Variable:" + TechDiffWithRespTo);
System.out.print(System.lineSeparator());
} else {
System.out.println("You Entered First Equation:" + FuncF);
System.out.println("You Entered Second Equation:" + FuncG);
System.out.println("You Entered Primary Variable:" + TechDiffWithRespTo + " but Equation entered does not contain " + TechDiffWithRespTo);
System.out.println("Proceeding with Entered Values");
}
F = parseAlgebra(FuncF, FuncG, "*", variables, TechDiffWithRespTo);
//F = parseAlgebraHghLvl(FuncF, FuncG, "*", variables, TechDiffWithRespTo);
expSimple = parseSimple(F.Algebra(), variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
System.out.println("mainAlgebra: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Simple Algebraic Exprn=" + StrexpSimpleExpress);
FuncComp = parseFoG(FuncF, FuncG, variables, TechDiffWithRespTo);
//FuncComp=parseFoGLowLvL(FuncF, FuncG, variables, TechDiffWithRespTo);
if (!FuncComp.Substitute().contains("(")) {
expSimple = parseSimple(FuncComp.Substitute(), variables, TechDiffWithRespTo);
StrexpSimpleExpress = expSimple.SimpleExpr();
} else {
StrexpSimpleExpress = FuncComp.Substitute();
}
System.out.println("mainAlgebra: TechDiffWithRespTo=" + TechDiffWithRespTo + " Basic Function Composition FoG=" + StrexpSimpleExpress);
}
public static boolean ValidateGivenAnswer(int TestCase, int Order, String OrigExprn, double x, double y, String OrigOperation) {
String Exprn = "";
String Exprn1 = "";
SimpleExpression expSimple;
Map<String, Double> variables = new HashMap<>();
variables.put(DiffWithRespTo, x);
variables.put("y", y);
variables.put("a", 1.0);
variables.put("b", 2.0);//variables.put("b", 0.0);
variables.put("c", -1.0);
variables.put("d", 2.0);
variables.put("p", 1.0);
variables.put("q", 0.0);
variables.put("r", -1.0);
variables.put("s", 2.0);
if (OrigOperation.equalsIgnoreCase("Diff")) {
IntegrExpr exp;
exp = parseIntegr(UsageMatrixGen.EqnSolArrayMap2[Order], variables, DiffWithRespTo);
Exprn = exp.IntegrExpr();
expSimple = parseSimple(Exprn, variables, DiffWithRespTo);
Exprn = expSimple.SimpleExpr();
expSimple = parseSimple(EqnSolArrayMap1[Order], variables, DiffWithRespTo);
Exprn1 = expSimple.SimpleExpr();
if ((Exprn.equalsIgnoreCase(Exprn1) || (Exprn1.contains(Exprn)))) {
return true;
}
System.out.println(ConsoleColors.RED + "ValidateGivenAnswer:Exprn(Integral)=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + "ValidateGivenAnswer:Exprn(Answer) =" + Exprn1 + ConsoleColors.RESET);
} else if (OrigOperation.equalsIgnoreCase("Integre")) {
DiffExpr exp;
exp = parseDiff(UsageMatrixGen.EqnSolArrayMap4[Order], variables, DiffWithRespTo);
Exprn = exp.DiffExpr();
expSimple = parseSimple(Exprn, variables, DiffWithRespTo);
Exprn = expSimple.SimpleExpr();
expSimple = parseSimple(EqnSolArrayMap3[Order], variables, DiffWithRespTo);
Exprn1 = expSimple.SimpleExpr();
if ((Exprn.equalsIgnoreCase(Exprn1))) {
return true;
}
System.out.println(ConsoleColors.RED + "ValidateGivenAnswer:Exprn(Diff) =" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + "ValidateGivenAnswer:Exprn(Answer)=" + Exprn1 + ConsoleColors.RESET);
}
return false;
}
public static void DiffSingleHighTestCase(int MaxOrder1, String Exprn) {
Map<String, Double> variables = new HashMap<>();
SimpleExpression expSimple;
Expression expValue;
DiffExpr exp;
OrderVar expOrder;
MyFuncExpress();
MyFuncDiff();
MyFuncSimple();
String Constant = "C";
String StrexpSimpleExpressMap1 = "";
String StrexpDiffExpress = "";
String StrexpSimpleExpressMap2 = "";
String myOrder = "";
double ExprnexpValue = 0;
double DblexpValueMap1 = 0;
double DblexpDiffValue = 0;
double DblexpValueMap2 = 0;
String StageMapping = "";
int Order = 1;
System.out.println(ConsoleColors.YELLOW + "Test Case " + TestCase + " EndTestCase=" + EndTestCase + ConsoleColors.RESET);
System.out.println(ConsoleColors.BLUE + "Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.BLUE + "Test Case Name=" + TestCaseName + ConsoleColors.RESET);
System.out.println(ConsoleColors.BLUE + "Test Case Name=" + TestCaseMatrixID + ConsoleColors.RESET);
System.out.println(ConsoleColors.BLUE + "Regression Status : Test Case should be " + EqnRegressionDiffStatus + ConsoleColors.RESET);
for (double x = 0, y = 7; Order < MaxOrder1; y++, x++, Order++) {
try {
TestCasePassStrFlag = false;
TestCasePassValFlag = false;
variables.put(DiffWithRespTo, x);
variables.put("y", y);
variables.put("a", 1.0);
variables.put("b", 2.0);//variables.put("b", 0.0);
variables.put("c", -1.0);
variables.put("d", 2.0);
variables.put("p", 3.0);
variables.put("q", 0.0);
variables.put("r", -1.0);
variables.put("s", 2.0);
variables.put(Constant, 5.0);
StageMapping = "Basic Mapping";
expOrder = parseOrder(Exprn, DiffWithRespTo);
myOrder = expOrder.eval();
System.out.println("main: " + DiffWithRespTo + "=" + x + " Exprn=" + Exprn + " Order=" + myOrder);
expSimple = parseSimple(Exprn, variables, DiffWithRespTo);
StrexpSimpleExpressMap1 = expSimple.SimpleExpr();
System.out.println("main: " + DiffWithRespTo + "=" + x + " Basic Simple Exprn=" + StrexpSimpleExpressMap1);