Class PolynomialExpression

java.lang.Object

com.github.gbenroscience.parser.MathExpression

com.github.gbenroscience.parser.PolynomialExpression

All Implemented Interfaces:

Savable, Solvable, Serializable

public class PolynomialExpression
extends MathExpression

See Also:

• Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from class com.github.gbenroscience.parser.MathExpression

MathExpression.ExpressionSolver

Field Summary

Fields

Modifier and Type	Field	Description
static final int	BIGDECIMAL_PRECISION	Solves the Polynomial with BigDecimal precision....about 16d.p.
static final int	DOUBLE_PRECISION	Solves the Polynomial with normal double precision....about 16d.p.

Fields inherited from class com.github.gbenroscience.parser.MathExpression

correctFunction, hasListReturningOperators, lastResult, noOfListReturningOperators, parser_Result, scanner

Constructor Summary

Constructors

Constructor	Description
PolynomialExpression(String expression, int precision)

Method Summary

Modifier and Type	Method	Description
List<String>	bigDecimalPrecisionSolve(List<String> list)	used by the main parser solve to figure out SBP portions of a multi-bracketed expression (MBP)
List<String>	doublePrecisionSolve(List<String> list)	Used by the main parser solve to figure out SBP portions of a multi-bracketed expression (MBP)
int	getPrecision()
static void	main(String[] args)
void	setPrecision(int precision)
List<String>	solve(List<String> list)

Methods inherited from class com.github.gbenroscience.parser.MathExpression

codeModifier, copyArrayToArray, detectKeyOperators, functionComponentsAssociation, getBracket, getDRG, getExpression, getLastResult, getNoOfListReturningOperators, getReturnObjectName, getReturnType, getScanner, getValue, getVariableManager, getVars, getWhitespaceremover, isAutoInitOn, isCorrectFunction, isHasListReturningOperators, isHasLogicOperators, isHasMulOrDivOperators, isHasNumberReturningStatsOperators, isHasPermOrCombOperators, isHasPlusOrMinusOperators, isHasPostNumberOperators, isHasPowerOperators, isHasPreNumberOperators, isHasRemainderOperators, isOptimizable, isScannedAndOptimized, isVariableHandlerOnly, listToString, main1, mapBrackets, mapBrackets, modifyBracketIndices, parse, serialize, setAutoInitOn, setBracket, setCorrectFunction, setDRG, setDRG, setExpression, setHasListReturningOperators, setHasLogicOperators, setHasMulOrDivOperators, setHasNumberReturningStatsOperators, setHasPermOrCombOperators, setHasPlusOrMinusOperators, setHasPostNumberOperators, setHasPowerOperators, setHasPreNumberOperators, setHasRemainderOperators, setLastResult, setNoOfListReturningOperators, setOptimizable, setReturnType, setScanner, setValue, setVariableHandlerOnly, setVariableManager, setVariableValuesInFunction, setWhitespaceremover, solve, solve1, solveSubPortions, statsVerifier, unBracketDataSetReturningStatsOperators

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

DOUBLE_PRECISION

public static final int DOUBLE_PRECISION

Solves the Polynomial with normal double precision....about 16d.p.

See Also:

• Constant Field Values

BIGDECIMAL_PRECISION

public static final int BIGDECIMAL_PRECISION

Solves the Polynomial with BigDecimal precision....about 16d.p.

See Also:

• Constant Field Values

Constructor Details

PolynomialExpression

public PolynomialExpression(String expression,
 int precision)

Parameters:

expression - A valid polynomial expression, having powers of the variable as only non-negative integers.

precision -

Method Details

setPrecision

public void setPrecision(int precision)

Parameters:

precision - The precision to use. If set to any value other than 1 (DOUBLE_PRECISION) or 2 (BIGDECIMAL_PRECISION), it defaults to DOUBLE_PRECISION

getPrecision

public int getPrecision()

solve

public List<String> solve(List<String> list)

Overrides:

solve in class MathExpression

doublePrecisionSolve

public List<String> doublePrecisionSolve(List<String> list)

Used by the main parser solve to figure out SBP portions of a multi-bracketed expression (MBP)

Parameters:

list - a list of scanner tokens of a maths expression

Returns:

the solution to a SBP maths expression. The precision returned here is that of double numbers, namely about 16d.p

bigDecimalPrecisionSolve

public List<String> bigDecimalPrecisionSolve(List<String> list)

used by the main parser solve to figure out SBP portions of a multi-bracketed expression (MBP)

Parameters:

list - a list of scanner tokens of a maths expression

Returns:

the solution to a SBP maths expression

main

public static void main(String[] args)