#include <vector>
#include <string>
#include <stack>
#include <list>
#include <errno.h>
#include <stddef.h>
#include <math.h>
#include <float.h>
#include <stdarg.h>
#include <stdlib.h>
#include <stdio.h>
#include <string.h>
#include <iostream>
#include <unistd.h>
#include <stdint.h>

Classes
struct	SortOptions
	Options for ordering the parts of a mathematical expression/result before display. More...

struct	PrintOptions
	Options for formatting and display of mathematical structures/results. More...

struct	InternalPrintStruct

struct	ParseOptions
	Options for parsing expressions. More...

struct	EvaluationOptions
	Options for calculation. More...

Macros
#define	QALCULATE_MAJOR_VERSION (5)

#define	QALCULATE_MINOR_VERSION (3)

#define	QALCULATE_MICRO_VERSION (0)

#define	COMPARISON_MIGHT_BE_LESS_OR_GREATER(i)

#define	COMPARISON_NOT_FULLY_KNOWN(i)

#define	COMPARISON_IS_EQUAL_OR_GREATER(i)

#define	COMPARISON_IS_EQUAL_OR_LESS(i)

#define	COMPARISON_IS_NOT_EQUAL(i)

#define	COMPARISON_MIGHT_BE_EQUAL(i)

#define	COMPARISON_MIGHT_BE_NOT_EQUAL(i)

#define	NR_OF_PRIMES 600

#define	SQP_LT_1000 11

#define	SQP_LT_2000 17

#define	SQP_LT_10000 28

#define	SQP_LT_25000 40

#define	SQP_LT_100000 68

#define	NR_OF_SQUARE_PRIMES 170

#define	LARGEST_RAISED_PRIME_EXPONENT 10

#define	BASE_ROMAN_NUMERALS -1
	Special values for PrintOptions::base and ParseOptions::base.

#define	BASE_TIME -2

#define	BASE_BINARY 2

#define	BASE_OCTAL 8

#define	BASE_DECIMAL 10

#define	BASE_DUODECIMAL 12

#define	BASE_HEXADECIMAL 16

#define	BASE_SEXAGESIMAL 60

#define	BASE_SEXAGESIMAL_2 62

#define	BASE_SEXAGESIMAL_3 63

#define	BASE_LATITUDE 70

#define	BASE_LATITUDE_2 71

#define	BASE_LONGITUDE 72

#define	BASE_LONGITUDE_2 73

#define	BASE_CUSTOM -3
	Use Calculate::setCustomOutputBase() or Calculate::setCustomInputBase() to specify a number base which greater than 36, negative, or a non-integer.

#define	BASE_UNICODE -4

#define	BASE_GOLDEN_RATIO -5

#define	BASE_SUPER_GOLDEN_RATIO -6

#define	BASE_PI -7

#define	BASE_E -8

#define	BASE_SQRT2 -9

#define	BASE_BINARY_DECIMAL -20

#define	BASE_BIJECTIVE_26 -26

#define	BASE_FP16 -30

#define	BASE_FP32 -31

#define	BASE_FP64 -32

#define	BASE_FP128 -33

#define	BASE_FP80 -34

#define	BASE_IS_SEXAGESIMAL(x)

#define	EXP_BASE_3 -3
	Primary values for PrintOptions::min_exp.

#define	EXP_PRECISION -1

#define	EXP_NONE 0

#define	EXP_PURE 1

#define	EXP_SCIENTIFIC 3

#define	TZ_TRUNCATE -21586

#define	TZ_DOZENAL -53172

#define	STRUCTURING_SIMPLIFY STRUCTURING_EXPAND

#define	POST_CONVERSION_BEST POST_CONVERSION_OPTIMAL_SI

#define	PARSE_PERCENT_AS_ORDINARY_CONSTANT 0x10

#define	CALCULATOR calculator

#define	DEFAULT_PRECISION 8

#define	PRECISION (CALCULATOR ? CALCULATOR->getPrecision() : DEFAULT_PRECISION)

#define	SIGN_DEGREE "°"

#define	SIGN_POWER_0 "⁰"

#define	SIGN_POWER_1 "¹"

#define	SIGN_POWER_2 "²"

#define	SIGN_POWER_3 "³"

#define	SIGN_POWER_4 "⁴"

#define	SIGN_POWER_5 "⁵"

#define	SIGN_POWER_6 "⁶"

#define	SIGN_POWER_7 "⁷"

#define	SIGN_POWER_8 "⁸"

#define	SIGN_POWER_9 "⁹"

#define	SIGN_EURO "€"

#define	SIGN_POUND "£"

#define	SIGN_CENT "¢"

#define	SIGN_YEN "¥"

#define	SIGN_MICRO "µ"

#define	SIGN_PI "π"

#define	SIGN_MULTIPLICATION "×"

#define	SIGN_MULTIDOT "⋅"

#define	SIGN_MIDDLEDOT "·"

#define	SIGN_MULTIBULLET "∙"

#define	SIGN_SMALLCIRCLE "•"

#define	SIGN_DIVISION_SLASH "∕"

#define	SIGN_DIVISION "÷"

#define	SIGN_MINUS "−"

#define	SIGN_PLUS "＋"

#define	SIGN_SQRT "√"

#define	SIGN_ALMOST_EQUAL "≈"

#define	SIGN_APPROXIMATELY_EQUAL "≅"

#define	SIGN_ZETA "ζ"

#define	SIGN_GAMMA "γ"

#define	SIGN_PHI "φ"

#define	SIGN_LESS_OR_EQUAL "≤"

#define	SIGN_GREATER_OR_EQUAL "≥"

#define	SIGN_NOT_EQUAL "≠"

#define	SIGN_CAPITAL_SIGMA "Σ"

#define	SIGN_CAPITAL_PI "Π"

#define	SIGN_CAPITAL_OMEGA "Ω"

#define	SIGN_CAPITAL_GAMMA "Γ"

#define	SIGN_CAPITAL_BETA "Β"

#define	SIGN_INFINITY "∞"

#define	SIGN_PLUSMINUS "±"

#define	THIN_SPACE " "

#define	NNBSP " "

#define	NBSP " "

#define	ID_WRAP_LEFT_CH '{'

#define	ID_WRAP_RIGHT_CH '}'

#define	DOT_CH '.'

#define	ZERO_CH '0'

#define	ONE_CH '1'

#define	TWO_CH '2'

#define	THREE_CH '3'

#define	FOUR_CH '4'

#define	FIVE_CH '5'

#define	SIX_CH '6'

#define	SEVEN_CH '7'

#define	EIGHT_CH '8'

#define	NINE_CH '9'

#define	PLUS_CH '+'

#define	MINUS_CH '-'

#define	MULTIPLICATION_CH '*'

#define	MULTIPLICATION_2_CH ' '

#define	DIVISION_CH '/'

#define	EXP_CH 'E'

#define	EXP2_CH 'e'

#define	POWER_CH '^'

#define	SPACE_CH ' '

#define	LEFT_PARENTHESIS_CH '('

#define	RIGHT_PARENTHESIS_CH ')'

#define	LEFT_VECTOR_WRAP_CH '['

#define	RIGHT_VECTOR_WRAP_CH ']'

#define	FUNCTION_VAR_PRE_CH '\\'

#define	COMMA_CH ','

#define	NAME_NUMBER_PRE_CH '_'

#define	UNIT_DIVISION_CH '/'

#define	AND_CH '&'

#define	OR_CH '\|'

#define	LESS_CH '<'

#define	GREATER_CH '>'

#define	BITWISE_NOT_CH '~'

#define	LOGICAL_NOT_CH '!'

#define	NOT_CH '!'

#define	EQUALS_CH '='

#define	ID_WRAP_LEFT "{"

#define	ID_WRAP_RIGHT "}"

#define	ID_WRAPS "{}"

#define	DOT "."

#define	SEXADOT ":"

#define	COMMA ","

#define	COMMAS ",;"

#define	NUMBERS "0123456789"

#define	NUMBER_ELEMENTS "0123456789.:"

#define	SIGNS "+-*/^"

#define	OPERATORS "~+-*/^&\|!<>="

#define	PARENTHESISS "()"

#define	LEFT_PARENTHESIS "("

#define	RIGHT_PARENTHESIS ")"

#define	VECTOR_WRAPS "[]"

#define	LEFT_VECTOR_WRAP "["

#define	RIGHT_VECTOR_WRAP "]"

#define	SPACES " \t\n"

#define	SPACE " "

#define	RESERVED "\'@\\{}?\""

#define	PLUS "+"

#define	MINUS "-"

#define	MULTIPLICATION "*"

#define	MULTIPLICATION_2 " "

#define	DIVISION "/"

#define	EXP "E"

#define	EXPS "Ee"

#define	POWER "^"

#define	LOGICAL_AND "&&"

#define	LOGICAL_OR "\|\|"

#define	LOGICAL_NOT "!"

#define	BITWISE_AND "&"

#define	BITWISE_OR "\|"

#define	BITWISE_NOT "~"

#define	SHIFT_RIGHT ">>"

#define	SHIFT_LEFT "<<"

#define	LESS "<"

#define	GREATER ">"

#define	NOT "!"

#define	EQUALS "="

#define	SINF "INF"

#define	UNDERSCORE "_"

#define	NOT_IN_NAMES RESERVED OPERATORS SPACES SEXADOT DOT VECTOR_WRAPS PARENTHESISS COMMAS

Enumerations
enum	ExpressionItemType { TYPE_VARIABLE , TYPE_FUNCTION , TYPE_UNIT }
	Type of ExpressionItem. More...

enum	ComparisonResult { COMPARISON_RESULT_EQUAL , COMPARISON_RESULT_GREATER , COMPARISON_RESULT_LESS , COMPARISON_RESULT_EQUAL_OR_GREATER , COMPARISON_RESULT_EQUAL_OR_LESS , COMPARISON_RESULT_NOT_EQUAL , COMPARISON_RESULT_UNKNOWN , COMPARISON_RESULT_EQUAL_LIMITS , COMPARISON_RESULT_CONTAINS , COMPARISON_RESULT_CONTAINED , COMPARISON_RESULT_OVERLAPPING_LESS , COMPARISON_RESULT_OVERLAPPING_GREATER }
	The result of a comparison of two values.

enum	PlotLegendPlacement { PLOT_LEGEND_NONE , PLOT_LEGEND_TOP_LEFT , PLOT_LEGEND_TOP_RIGHT , PLOT_LEGEND_BOTTOM_LEFT , PLOT_LEGEND_BOTTOM_RIGHT , PLOT_LEGEND_BELOW , PLOT_LEGEND_OUTSIDE }
	Placement of legend.

enum	PlotStyle { PLOT_STYLE_LINES , PLOT_STYLE_POINTS , PLOT_STYLE_POINTS_LINES , PLOT_STYLE_BOXES , PLOT_STYLE_HISTOGRAM , PLOT_STYLE_STEPS , PLOT_STYLE_CANDLESTICKS , PLOT_STYLE_DOTS , PLOT_STYLE_POLAR }
	Plot type/style.

enum	PlotSmoothing { PLOT_SMOOTHING_NONE , PLOT_SMOOTHING_UNIQUE , PLOT_SMOOTHING_CSPLINES , PLOT_SMOOTHING_BEZIER , PLOT_SMOOTHING_SBEZIER }
	Smoothing a plotted lines.

enum	PlotFileType { PLOT_FILETYPE_AUTO , PLOT_FILETYPE_PNG , PLOT_FILETYPE_PS , PLOT_FILETYPE_EPS , PLOT_FILETYPE_LATEX , PLOT_FILETYPE_SVG , PLOT_FILETYPE_FIG , PLOT_FILETYPE_PDF }
	File type for saving plot to image.

enum	MathOperation { OPERATION_MULTIPLY , OPERATION_DIVIDE , OPERATION_ADD , OPERATION_SUBTRACT , OPERATION_RAISE , OPERATION_EXP10 , OPERATION_LOGICAL_AND , OPERATION_LOGICAL_OR , OPERATION_LOGICAL_XOR , OPERATION_BITWISE_AND , OPERATION_BITWISE_OR , OPERATION_BITWISE_XOR , OPERATION_LESS , OPERATION_GREATER , OPERATION_EQUALS_LESS , OPERATION_EQUALS_GREATER , OPERATION_EQUALS , OPERATION_NOT_EQUALS }
	Mathematical operations.

enum	ComparisonType { COMPARISON_LESS , COMPARISON_GREATER , COMPARISON_EQUALS_LESS , COMPARISON_EQUALS_GREATER , COMPARISON_EQUALS , COMPARISON_NOT_EQUALS }
	Comparison signs for comparison structures.

enum	SortFlags { SORT_DEFAULT = 1 << 0 , SORT_SCIENTIFIC = 1 << 1 }

enum	NumberFractionFormat { FRACTION_DECIMAL , FRACTION_DECIMAL_EXACT , FRACTION_FRACTIONAL , FRACTION_COMBINED , FRACTION_FRACTIONAL_FIXED_DENOMINATOR , FRACTION_COMBINED_FIXED_DENOMINATOR , FRACTION_PERCENT , FRACTION_PERMILLE , FRACTION_PERMYRIAD }

enum	MultiplicationSign { MULTIPLICATION_SIGN_ASTERISK , MULTIPLICATION_SIGN_DOT , MULTIPLICATION_SIGN_X , MULTIPLICATION_SIGN_ALTDOT }

enum	DivisionSign { DIVISION_SIGN_SLASH , DIVISION_SIGN_DIVISION_SLASH , DIVISION_SIGN_DIVISION }

enum	BaseDisplay { BASE_DISPLAY_NONE , BASE_DISPLAY_NORMAL , BASE_DISPLAY_ALTERNATIVE , BASE_DISPLAY_SUFFIX }

enum	IntervalDisplay { INTERVAL_DISPLAY_SIGNIFICANT_DIGITS , INTERVAL_DISPLAY_INTERVAL , INTERVAL_DISPLAY_PLUSMINUS , INTERVAL_DISPLAY_MIDPOINT , INTERVAL_DISPLAY_LOWER , INTERVAL_DISPLAY_UPPER , INTERVAL_DISPLAY_CONCISE , INTERVAL_DISPLAY_RELATIVE }

enum	DigitGrouping { DIGIT_GROUPING_NONE , DIGIT_GROUPING_STANDARD , DIGIT_GROUPING_LOCALE }

enum	DateTimeFormat { DATE_TIME_FORMAT_ISO , DATE_TIME_FORMAT_LOCALE }

enum	TimeZone { TIME_ZONE_UTC , TIME_ZONE_LOCAL , TIME_ZONE_CUSTOM }

enum	ExpDisplay { EXP_DEFAULT , EXP_UPPERCASE_E , EXP_LOWERCASE_E , EXP_POWER_OF_10 }

enum	RoundingMode { ROUNDING_HALF_AWAY_FROM_ZERO , ROUNDING_HALF_TO_EVEN , ROUNDING_HALF_TO_ODD , ROUNDING_HALF_TOWARD_ZERO , ROUNDING_HALF_UP , ROUNDING_HALF_DOWN , ROUNDING_HALF_RANDOM , ROUNDING_TOWARD_ZERO , ROUNDING_AWAY_FROM_ZERO , ROUNDING_UP , ROUNDING_DOWN }

enum	{ UNICODE_SIGNS_OFF , UNICODE_SIGNS_ON , UNICODE_SIGNS_ONLY_UNIT_EXPONENTS , UNICODE_SIGNS_WITHOUT_EXPONENTS }

enum	ApproximationMode { APPROXIMATION_EXACT , APPROXIMATION_TRY_EXACT , APPROXIMATION_APPROXIMATE , APPROXIMATION_EXACT_VARIABLES }

enum	StructuringMode { STRUCTURING_NONE , STRUCTURING_EXPAND , STRUCTURING_FACTORIZE , STRUCTURING_HYBRID }

enum	AutoPostConversion { POST_CONVERSION_NONE , POST_CONVERSION_OPTIMAL_SI , POST_CONVERSION_BASE , POST_CONVERSION_OPTIMAL }

enum	MixedUnitsConversion { MIXED_UNITS_CONVERSION_NONE , MIXED_UNITS_CONVERSION_DOWNWARDS_KEEP , MIXED_UNITS_CONVERSION_DOWNWARDS , MIXED_UNITS_CONVERSION_DEFAULT , MIXED_UNITS_CONVERSION_FORCE_INTEGER , MIXED_UNITS_CONVERSION_FORCE_ALL }

enum	ReadPrecisionMode { DONT_READ_PRECISION , ALWAYS_READ_PRECISION , READ_PRECISION_WHEN_DECIMALS }

enum	AngleUnit { ANGLE_UNIT_NONE , ANGLE_UNIT_RADIANS , ANGLE_UNIT_DEGREES , ANGLE_UNIT_GRADIANS , ANGLE_UNIT_CUSTOM }

enum	ComplexNumberForm { COMPLEX_NUMBER_FORM_RECTANGULAR , COMPLEX_NUMBER_FORM_EXPONENTIAL , COMPLEX_NUMBER_FORM_POLAR , COMPLEX_NUMBER_FORM_CIS }

enum	ParsingMode { PARSING_MODE_ADAPTIVE , PARSING_MODE_IMPLICIT_MULTIPLICATION_FIRST , PARSING_MODE_CONVENTIONAL , PARSING_MODE_CHAIN , PARSING_MODE_RPN }

enum	IntervalCalculation { INTERVAL_CALCULATION_NONE , INTERVAL_CALCULATION_VARIANCE_FORMULA , INTERVAL_CALCULATION_INTERVAL_ARITHMETIC , INTERVAL_CALCULATION_SIMPLE_INTERVAL_ARITHMETIC }

Variables
static std::string	empty_string

static const long int	PRIMES []

static const long int	SQUARE_PRIMES []

static const long int	RAISED_PRIMES [][49]

static const SortOptions	default_sort_options

static const PrintOptions	default_print_options

static const InternalPrintStruct	top_ips

static const ParseOptions	default_parse_options

static const EvaluationOptions	default_evaluation_options

static EvaluationOptions	default_user_evaluation_options

MathStructure	m_undefined

MathStructure	m_empty_vector

MathStructure	m_empty_matrix

MathStructure	m_zero

MathStructure	m_one

MathStructure	m_minus_one

MathStructure	m_one_i

Number	nr_zero

Number	nr_one

Number	nr_two

Number	nr_three

Number	nr_minus_one

Number	nr_one_i

Number	nr_minus_i

Number	nr_half

Number	nr_minus_half

Number	nr_plus_inf

Number	nr_minus_inf

EvaluationOptions	no_evaluation

ExpressionName	empty_expression_name

Calculator *	calculator

Macro Definition Documentation

◆ BASE_IS_SEXAGESIMAL

#define BASE_IS_SEXAGESIMAL ( x )

Value:

((x >= BASE_SEXAGESIMAL && x <= BASE_SEXAGESIMAL_3) || (x >= BASE_LATITUDE && x <= BASE_LONGITUDE_2))

◆ COMPARISON_IS_EQUAL_OR_GREATER

#define COMPARISON_IS_EQUAL_OR_GREATER ( i )

Value:

(i == COMPARISON_RESULT_EQUAL || i == COMPARISON_RESULT_GREATER || i == COMPARISON_RESULT_EQUAL_OR_GREATER)

◆ COMPARISON_IS_EQUAL_OR_LESS

#define COMPARISON_IS_EQUAL_OR_LESS ( i )

Value:

(i == COMPARISON_RESULT_EQUAL || i == COMPARISON_RESULT_LESS || i == COMPARISON_RESULT_EQUAL_OR_LESS)

◆ COMPARISON_IS_NOT_EQUAL

#define COMPARISON_IS_NOT_EQUAL ( i )

Value:

(i == COMPARISON_RESULT_NOT_EQUAL || i == COMPARISON_RESULT_LESS || i == COMPARISON_RESULT_GREATER)

◆ COMPARISON_MIGHT_BE_EQUAL

#define COMPARISON_MIGHT_BE_EQUAL ( i )

Value:

(i >= COMPARISON_RESULT_UNKNOWN || i == COMPARISON_RESULT_EQUAL_OR_LESS || i == COMPARISON_RESULT_EQUAL_OR_GREATER || i == COMPARISON_RESULT_EQUAL)

◆ COMPARISON_MIGHT_BE_LESS_OR_GREATER

#define COMPARISON_MIGHT_BE_LESS_OR_GREATER ( i )

Value:

(i >= COMPARISON_RESULT_UNKNOWN || i == COMPARISON_RESULT_NOT_EQUAL)

◆ COMPARISON_MIGHT_BE_NOT_EQUAL

#define COMPARISON_MIGHT_BE_NOT_EQUAL ( i )

Value:

(i >= COMPARISON_RESULT_UNKNOWN || i == COMPARISON_RESULT_EQUAL_OR_LESS || i == COMPARISON_RESULT_EQUAL_OR_GREATER || i == COMPARISON_RESULT_NOT_EQUAL)

◆ COMPARISON_NOT_FULLY_KNOWN

#define COMPARISON_NOT_FULLY_KNOWN ( i )

Value:

(i >= COMPARISON_RESULT_UNKNOWN || i == COMPARISON_RESULT_NOT_EQUAL || i == COMPARISON_RESULT_EQUAL_OR_LESS || i == COMPARISON_RESULT_EQUAL_OR_GREATER)

Enumeration Type Documentation

◆ ApproximationMode

enum ApproximationMode

Enumerator
APPROXIMATION_EXACT	Allow only exact results.
APPROXIMATION_TRY_EXACT	Try to make the result as exact as possible.
APPROXIMATION_APPROXIMATE	Calculate the result approximately directly.
APPROXIMATION_EXACT_VARIABLES	Used internally.

◆ AutoPostConversion

enum AutoPostConversion

Enumerator
POST_CONVERSION_NONE	Do not do any conversion of units in addition to syncing.
POST_CONVERSION_OPTIMAL_SI	Convert to the least amount of units. Non-SI units are converted to SI units.
POST_CONVERSION_BASE	Convert to base units.
POST_CONVERSION_OPTIMAL	Convert to the least amount of units. Non-SI units is kept (if optimal), but for conversion only SI units are used.

◆ ExpressionItemType

enum ExpressionItemType

Type of ExpressionItem.

Enumerator
TYPE_VARIABLE	class Variable
TYPE_FUNCTION	class MathFunction
TYPE_UNIT	class Unit

◆ IntervalCalculation

enum IntervalCalculation

Enumerator
INTERVAL_CALCULATION_NONE	Ignores uncertainties and uses the middle value of intervals.
INTERVAL_CALCULATION_SIMPLE_INTERVAL_ARITHMETIC	Treats all intervals as uncorrelated.

◆ NumberFractionFormat

enum NumberFractionFormat

Enumerator
FRACTION_DECIMAL	Display numbers in decimal, not fractional, format (ex. 0.333333)
FRACTION_DECIMAL_EXACT	Display as fraction if necessary to get an exact display of the result (ex. 1/3, but 0.25)
FRACTION_FRACTIONAL	Display as fraction (ex. 4/3)
FRACTION_COMBINED	Display as an integer and a fraction (ex. 3 + 1/2)
FRACTION_FRACTIONAL_FIXED_DENOMINATOR	Display as fraction with denominator specified using Calculator::setFixedDenominator(). Both rational and non-rational numbers are rounded to match the selected denominator.
FRACTION_COMBINED_FIXED_DENOMINATOR	Display as an integer and a fraction with denominator specified using Calculator::setFixedDenominator(). Both rational and non-rational numbers are rounded to match the selected denominator.
FRACTION_PERCENT	Display numbers in decimal format multiplied by percent.
FRACTION_PERMILLE	Display numbers in decimal format multiplied by permille.
FRACTION_PERMYRIAD	Display numbers in decimal format multiplied by permyriad.

◆ ParsingMode

enum ParsingMode

Enumerator
PARSING_MODE_ADAPTIVE	The default adaptive mode works as the "parse implicit multiplication first" mode, unless spaces are found (<quote>1/5x = 1/(5x)</quote>, but <quote>1/5 x = (1/5)x</quote>). In the adaptive mode unit expressions are parsed separately (<quote>5 m/5 m/s = (5m)/(5(m/s)) = 1 s</quote>).
PARSING_MODE_IMPLICIT_MULTIPLICATION_FIRST	In the "parse implicit multiplication first" mode, implicit multiplication is parsed before explicit multiplication (<quote>12/2(1+2) = 12/(23) = 2</quote>, <quote>5x/5y = (5x)/(5*y) = x/y</quote>).
PARSING_MODE_CONVENTIONAL	In the conventional mode implicit multiplication does not differ from explicit multiplication (<quote>12/2(1+2) = 12/23 = 18</quote>, <quote>5x/5y = 5x/5*y = xy</quote>).

◆ StructuringMode

enum StructuringMode

Enumerator
STRUCTURING_NONE	Do not do any factorization or additional simplifications.
STRUCTURING_EXPAND	Simplify the result as much as possible and expand (minimal factorization, normally the same as STRUCTURING_NONE)
STRUCTURING_FACTORIZE	Factorize the result.
STRUCTURING_HYBRID	Deprecated: use STRUCTURING_SIMPLIFY instead.

Variable Documentation

◆ RAISED_PRIMES

const long int RAISED_PRIMES[][49]

static

Initial value:

= {
{8L, 27L, 125L, 343L, 1331L, 2197, 4913, 6859, 12167L, 24389L,
29791L, 50653L, 68921L, 79507L, 103823L, 148877L, 205379L, 226981L, 300763L, 357911L,
389017L, 493039L, 571787L, 704969L, 912673L, 1030301L, 1092727L, 1225043L, 1295029, 1442897,
2048383L, 2248091L, 2571353L, 2685619L, 3307949L, 3442951L, 3869893L, 4330747L, 4657463L, 5177717L,
5735339L, 5929741L, 6967871L, 7189057L, 7645373L, 7880599L, 9393931L, 11089567L, 0},
{16L, 81L, 625L, 2401L, 14641L, 28561L, 83521L, 130321L, 279841L, 707281L,
923521L, 1874161L, 2825761L, 3418801L, 4879681L, 7890481L, 12117361L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{32L, 243L, 3125L, 16807L, 161051L, 371293L, 1419857L, 2476099L, 6436343L, 20511149L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{64L, 729L, 15625L, 117649L, 1771561L, 4826809L, 24137569L, 47045881L, 148035889L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{128L, 2187L, 78125L, 823543L, 19487171L, 62748517L, 410338673L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{256L, 6561L, 390625L, 5764801L, 214358881L, 815730721L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{512L, 19683L, 1953125L, 40353607L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},
{1024L, 59049L, 9765625L, 282475249L,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}
}

◆ SQUARE_PRIMES

const long int SQUARE_PRIMES[]

static

Initial value:

= {
4L, 9L, 25L, 49L, 121L, 169L, 289L, 361L, 529L, 841L,
961L, 1369L, 1681L, 1849L, 2209L, 2809L, 3481L, 3721L, 4489L, 5041L,
5329L, 6241L, 6889L, 7921L, 9409L, 10201L, 10609L, 11449L, 11881L, 12769L,
16129L, 17161L, 18769L, 19321L, 22201L, 22801L, 24649L, 26569L, 27889L, 29929L,
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}

Classes

Macros

Enumerations

Variables

Macro Definition Documentation

◆ BASE_IS_SEXAGESIMAL

◆ COMPARISON_IS_EQUAL_OR_GREATER

◆ COMPARISON_IS_EQUAL_OR_LESS

◆ COMPARISON_IS_NOT_EQUAL

◆ COMPARISON_MIGHT_BE_EQUAL

◆ COMPARISON_MIGHT_BE_LESS_OR_GREATER

◆ COMPARISON_MIGHT_BE_NOT_EQUAL

◆ COMPARISON_NOT_FULLY_KNOWN

Enumeration Type Documentation

◆ ApproximationMode

◆ AutoPostConversion

◆ ExpressionItemType

◆ IntervalCalculation

◆ NumberFractionFormat

◆ ParsingMode

◆ StructuringMode

Variable Documentation

◆ RAISED_PRIMES

◆ SQUARE_PRIMES