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libqalculate-4.9.0
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This is the complete list of members for Number, including all inherited members.
| abs() (defined in Number) | Number | |
| acos() (defined in Number) | Number | |
| acosh() (defined in Number) | Number | |
| add(const Number &o) | Number | |
| add(long int i) (defined in Number) | Number | |
| add(const Number &o, MathOperation op) (defined in Number) | Number | |
| airy() (defined in Number) | Number | |
| allroots(const Number &o, std::vector< Number > &roots) (defined in Number) | Number | |
| arg() (defined in Number) | Number | |
| asin() (defined in Number) | Number | |
| asinh() (defined in Number) | Number | |
| atan() (defined in Number) | Number | |
| atan2(const Number &o, bool allow_zero=false) (defined in Number) | Number | |
| atanh() (defined in Number) | Number | |
| b_approx (defined in Number) | Number | protected |
| b_imag (defined in Number) | Number | protected |
| bernoulli() (defined in Number) | Number | |
| besselj(const Number &o) (defined in Number) | Number | |
| bessely(const Number &o) (defined in Number) | Number | |
| betainc(const Number &p, const Number &q, bool regularized=true) (defined in Number) | Number | |
| binomial(const Number &m, const Number &k) (defined in Number) | Number | |
| bitAnd(const Number &o) (defined in Number) | Number | |
| bitCmp(unsigned int bits) (defined in Number) | Number | |
| bitEqv(const Number &o) (defined in Number) | Number | |
| bitNot() (defined in Number) | Number | |
| bitOr(const Number &o) (defined in Number) | Number | |
| bitXor(const Number &o) (defined in Number) | Number | |
| catalan() | Number | |
| cbrt() (defined in Number) | Number | |
| ceil(const Number &o) (defined in Number) | Number | |
| ceil() (defined in Number) | Number | |
| clear(bool keep_precision=false) (defined in Number) | Number | |
| clearImaginary() (defined in Number) | Number | |
| clearReal() (defined in Number) | Number | |
| compare(const Number &o, bool ignore_imag=false) const (defined in Number) | Number | |
| compare(long int i) const (defined in Number) | Number | |
| compareAbsolute(const Number &o, bool ignore_imag=false) const (defined in Number) | Number | |
| compareApproximately(const Number &o, int prec=EQUALS_PRECISION_LOWEST) const (defined in Number) | Number | |
| compareImaginaryParts(const Number &o) const (defined in Number) | Number | |
| compareRealParts(const Number &o) const (defined in Number) | Number | |
| complexDenominator() const (defined in Number) | Number | |
| complexNumerator() const (defined in Number) | Number | |
| cos() (defined in Number) | Number | |
| cosh() (defined in Number) | Number | |
| coshint() (defined in Number) | Number | |
| cosint() (defined in Number) | Number | |
| denominator() const (defined in Number) | Number | |
| denominatorEquals(long int i) const (defined in Number) | Number | |
| denominatorIsEqual(const Number &o) const (defined in Number) | Number | |
| denominatorIsEven() const (defined in Number) | Number | |
| denominatorIsGreater(const Number &o) const (defined in Number) | Number | |
| denominatorIsGreaterThan(long int i) const (defined in Number) | Number | |
| denominatorIsLess(const Number &o) const (defined in Number) | Number | |
| denominatorIsLessThan(long int i) const (defined in Number) | Number | |
| denominatorIsTwo() const (defined in Number) | Number | |
| digamma() (defined in Number) | Number | |
| divide(const Number &o) | Number | |
| divide(long int i) (defined in Number) | Number | |
| doubleFactorial() (defined in Number) | Number | |
| e(bool use_cached_number=true) | Number | |
| equals(const Number &o, bool allow_interval=false, bool allow_infinite=false) const (defined in Number) | Number | |
| equals(long int i) const (defined in Number) | Number | |
| equalsApproximately(const Number &o, int prec) const (defined in Number) | Number | |
| equalsZero() const (defined in Number) | Number | |
| erf() (defined in Number) | Number | |
| erfc() (defined in Number) | Number | |
| erfi() (defined in Number) | Number | |
| erfinv() (defined in Number) | Number | |
| euler() | Number | |
| exp() (defined in Number) | Number | |
| exp10(const Number &o) | Number | |
| exp10() | Number | |
| exp2(const Number &o) | Number | |
| exp2() | Number | |
| expint() (defined in Number) | Number | |
| factorial() (defined in Number) | Number | |
| factorize(std::vector< Number > &factors) (defined in Number) | Number | |
| fl_value (defined in Number) | Number | protected |
| floatValue() const (defined in Number) | Number | |
| floor(const Number &o) (defined in Number) | Number | |
| floor() (defined in Number) | Number | |
| frac() (defined in Number) | Number | |
| fresnelc() (defined in Number) | Number | |
| fresnels() (defined in Number) | Number | |
| fu_value (defined in Number) | Number | protected |
| gamma() (defined in Number) | Number | |
| gcd(const Number &o) (defined in Number) | Number | |
| getBoolean() const (defined in Number) | Number | |
| getCentralInteger(Number &nr_int, bool *b_multiple=NULL, std::vector< Number > *v=NULL) const (defined in Number) | Number | |
| hasImaginaryPart() const (defined in Number) | Number | |
| hasNegativeSign() const (defined in Number) | Number | |
| hasPositiveSign() const (defined in Number) | Number | |
| hasRealPart() const (defined in Number) | Number | |
| i_precision (defined in Number) | Number | protected |
| i_value (defined in Number) | Number | protected |
| igamma(const Number &o) (defined in Number) | Number | |
| imaginaryPart() const | Number | |
| imaginaryPartIsInterval() const (defined in Number) | Number | |
| imaginaryPartIsNegative() const (defined in Number) | Number | |
| imaginaryPartIsNonNegative() const (defined in Number) | Number | |
| imaginaryPartIsNonPositive() const (defined in Number) | Number | |
| imaginaryPartIsNonZero() const (defined in Number) | Number | |
| imaginaryPartIsPositive() const (defined in Number) | Number | |
| includesInfinity(bool ignore_imag=false) const (defined in Number) | Number | |
| includesMinusInfinity() const (defined in Number) | Number | |
| includesPlusInfinity() const (defined in Number) | Number | |
| integer() const (defined in Number) | Number | |
| integerLength() const (defined in Number) | Number | |
| internalImaginary() const (defined in Number) | Number | |
| internalLowerFloat() const (defined in Number) | Number | |
| internalLowerFloat() (defined in Number) | Number | |
| internalRational() const (defined in Number) | Number | |
| internalRational() (defined in Number) | Number | |
| internalType() const (defined in Number) | Number | |
| internalUpperFloat() const (defined in Number) | Number | |
| internalUpperFloat() (defined in Number) | Number | |
| intervalToMidValue(bool increase_precision_if_close) (defined in Number) | Number | |
| intervalToMidValue() (defined in Number) | Number | |
| intervalToPrecision(long int min_precision=2) (defined in Number) | Number | |
| intRand(const Number &ceil) (defined in Number) | Number | |
| intValue(bool *overflow=NULL) const | Number | |
| iquo(const Number &o) (defined in Number) | Number | |
| iquo(unsigned long int i) (defined in Number) | Number | |
| iquo(const Number &o, Number &r) (defined in Number) | Number | |
| irem(const Number &o) (defined in Number) | Number | |
| irem(const Number &o, Number &q) (defined in Number) | Number | |
| isApproximate() const | Number | |
| isComplex() const (defined in Number) | Number | |
| isEven() const (defined in Number) | Number | |
| isFloatingPoint() const | Number | |
| isFraction() const (defined in Number) | Number | |
| isGreaterThan(const Number &o) const (defined in Number) | Number | |
| isGreaterThan(long int i) const (defined in Number) | Number | |
| isGreaterThanOrEqualTo(const Number &o) const (defined in Number) | Number | |
| isGreaterThanOrEqualTo(long int i) const (defined in Number) | Number | |
| isI() const (defined in Number) | Number | |
| isInfinite(bool ignore_imag=true) const | Number | |
| isInteger(IntegerType integer_type=INTEGER_TYPE_NONE) const (defined in Number) | Number | |
| isIntegerDivisible(const Number &o) const (defined in Number) | Number | |
| isInterval(bool ignore_imag=true) const (defined in Number) | Number | |
| isLessThan(const Number &o) const (defined in Number) | Number | |
| isLessThan(long int i) const (defined in Number) | Number | |
| isLessThanOrEqualTo(const Number &o) const (defined in Number) | Number | |
| isLessThanOrEqualTo(long int i) const (defined in Number) | Number | |
| isMinusI() const (defined in Number) | Number | |
| isMinusInfinity(bool ignore_imag=false) const | Number | |
| isMinusOne() const (defined in Number) | Number | |
| isNegative() const (defined in Number) | Number | |
| isNonInteger() const (defined in Number) | Number | |
| isNonNegative() const (defined in Number) | Number | |
| isNonPositive() const (defined in Number) | Number | |
| isNonZero() const (defined in Number) | Number | |
| isOdd() const (defined in Number) | Number | |
| isOne() const (defined in Number) | Number | |
| isPerfectSquare() const (defined in Number) | Number | |
| isPlusInfinity(bool ignore_imag=false) const | Number | |
| isPositive() const (defined in Number) | Number | |
| isqrt() (defined in Number) | Number | |
| isRational() const (defined in Number) | Number | |
| isReal() const (defined in Number) | Number | |
| isTwo() const (defined in Number) | Number | |
| isUndefined() const (defined in Number) | Number | |
| isZero() const (defined in Number) | Number | |
| lambertW() (defined in Number) | Number | |
| lambertW(const Number &k) (defined in Number) | Number | |
| lcm(const Number &o) (defined in Number) | Number | |
| lintValue(bool *overflow=NULL) const (defined in Number) | Number | |
| llintValue() const (defined in Number) | Number | |
| ln() (defined in Number) | Number | |
| log(const Number &o) (defined in Number) | Number | |
| logint() (defined in Number) | Number | |
| lowerEndPoint(bool include_imag=false) const (defined in Number) | Number | |
| markAsImaginaryPart(bool is_imag=true) (defined in Number) | Number | |
| mergeInterval(const Number &o, bool set_to_overlap=false) (defined in Number) | Number | |
| mod(const Number &o) (defined in Number) | Number | |
| multiFactorial(const Number &o) (defined in Number) | Number | |
| multiply(const Number &o) | Number | |
| multiply(long int i) (defined in Number) | Number | |
| n_type (defined in Number) | Number | protected |
| negate() | Number | |
| Number() | Number | |
| Number(std::string number, const ParseOptions &po=default_parse_options) | Number | |
| Number(long int numerator, long int denominator=1, long int exp_10=0) | Number | |
| Number(const Number &o) | Number | |
| numerator() const (defined in Number) | Number | |
| numeratorEquals(long int i) const (defined in Number) | Number | |
| numeratorIsEven() const (defined in Number) | Number | |
| numeratorIsGreaterThan(long int i) const (defined in Number) | Number | |
| numeratorIsLessThan(long int i) const (defined in Number) | Number | |
| numeratorIsMinusOne() const (defined in Number) | Number | |
| numeratorIsOne() const (defined in Number) | Number | |
| operator!() const (defined in Number) | Number | |
| operator!=(const Number &o) const (defined in Number) | Number | |
| operator!=(long int i) const (defined in Number) | Number | |
| operator&&(const Number &o) const (defined in Number) | Number | |
| operator*(const Number &o) const (defined in Number) | Number | |
| operator*(long int i) const (defined in Number) | Number | |
| operator*=(const Number &o) (defined in Number) | Number | |
| operator*=(long int i) (defined in Number) | Number | |
| operator+(const Number &o) const (defined in Number) | Number | |
| operator+(long int i) const (defined in Number) | Number | |
| operator++(int) (defined in Number) | Number | |
| operator+=(const Number &o) (defined in Number) | Number | |
| operator+=(long int i) (defined in Number) | Number | |
| operator-() const (defined in Number) | Number | |
| operator-(const Number &o) const (defined in Number) | Number | |
| operator-(long int i) const (defined in Number) | Number | |
| operator--(int) (defined in Number) | Number | |
| operator-=(const Number &o) (defined in Number) | Number | |
| operator-=(long int i) (defined in Number) | Number | |
| operator/(const Number &o) const (defined in Number) | Number | |
| operator/(long int i) const (defined in Number) | Number | |
| operator/=(const Number &o) (defined in Number) | Number | |
| operator/=(long int i) (defined in Number) | Number | |
| operator<(const Number &o) const (defined in Number) | Number | |
| operator<(long int i) const (defined in Number) | Number | |
| operator<=(const Number &o) const (defined in Number) | Number | |
| operator<=(long int i) const (defined in Number) | Number | |
| operator=(const Number &o) (defined in Number) | Number | |
| operator=(long int i) (defined in Number) | Number | |
| operator==(const Number &o) const (defined in Number) | Number | |
| operator==(long int i) const (defined in Number) | Number | |
| operator>(const Number &o) const (defined in Number) | Number | |
| operator>(long int i) const (defined in Number) | Number | |
| operator>=(const Number &o) const (defined in Number) | Number | |
| operator>=(long int i) const (defined in Number) | Number | |
| operator^(const Number &o) const (defined in Number) | Number | |
| operator^(long int i) const (defined in Number) | Number | |
| operator^=(const Number &o) (defined in Number) | Number | |
| operator^=(long int i) (defined in Number) | Number | |
| operator||(const Number &o) const (defined in Number) | Number | |
| pi() | Number | |
| polylog(const Number &o) (defined in Number) | Number | |
| precision(int calculate_from_interval=0) const | Number | |
| precisionToInterval() (defined in Number) | Number | |
| print(const PrintOptions &po=default_print_options, const InternalPrintStruct &ips=top_ips) const (defined in Number) | Number | |
| printDenominator(int base=10, bool display_sign=true, BaseDisplay base_display=BASE_DISPLAY_NORMAL, bool lower_case=false) const (defined in Number) | Number | |
| printImaginaryDenominator(int base=10, bool display_sign=true, BaseDisplay base_display=BASE_DISPLAY_NORMAL, bool lower_case=false) const (defined in Number) | Number | |
| printImaginaryNumerator(int base=10, bool display_sign=true, BaseDisplay base_display=BASE_DISPLAY_NORMAL, bool lower_case=false) const (defined in Number) | Number | |
| printNumerator(int base=10, bool display_sign=true, BaseDisplay base_display=BASE_DISPLAY_NORMAL, bool lower_case=false) const (defined in Number) | Number | |
| r_value (defined in Number) | Number | protected |
| raise(const Number &o, bool try_exact=true) | Number | |
| rand() (defined in Number) | Number | |
| randn() (defined in Number) | Number | |
| realPart() const | Number | |
| realPartIsNegative() const (defined in Number) | Number | |
| realPartIsNonNegative() const (defined in Number) | Number | |
| realPartIsNonZero() const (defined in Number) | Number | |
| realPartIsPositive() const (defined in Number) | Number | |
| realPartIsRational() const (defined in Number) | Number | |
| recip() | Number | |
| relativeUncertainty() const (defined in Number) | Number | |
| rem(const Number &o) (defined in Number) | Number | |
| root(const Number &o) (defined in Number) | Number | |
| round(const Number &o, bool halfway_to_even=true) (defined in Number) | Number | |
| round(bool halfway_to_even=true) (defined in Number) | Number | |
| set(std::string number, const ParseOptions &po=default_parse_options) (defined in Number) | Number | |
| set(long int numerator, long int denominator=1, long int exp_10=0, bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| set(const Number &o, bool merge_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setApproximate(bool is_approximate=true) | Number | |
| setFalse() (defined in Number) | Number | |
| setFloat(long double d_value) (defined in Number) | Number | |
| setImaginaryPart(const Number &o) (defined in Number) | Number | |
| setImaginaryPart(long int numerator, long int denominator=1, long int exp_10=0) (defined in Number) | Number | |
| setInternal(const mpz_t &mpz_value, bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setInternal(mpz_srcptr mpz_value, bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setInternal(const mpq_t &mpq_value, bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setInternal(const mpz_t &mpz_num, const mpz_t &mpz_den, bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setInternal(const mpfr_t &mpfr_value, bool merge_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setInterval(const Number &nr_lower, const Number &nr_upper, bool keep_precision=false) (defined in Number) | Number | |
| setLogicalNot() (defined in Number) | Number | |
| setMinusInfinity(bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setNegative(bool is_negative) (defined in Number) | Number | |
| setPlusInfinity(bool keep_precision=false, bool keep_imag=false) (defined in Number) | Number | |
| setPrecision(int prec) (defined in Number) | Number | |
| setPrecisionAndApproximateFrom(const Number &o) (defined in Number) | Number | |
| setRelativeUncertainty(const Number &o, bool to_precision=false) (defined in Number) | Number | |
| setToFloatingPoint() (defined in Number) | Number | |
| setTrue(bool is_true=true) (defined in Number) | Number | |
| setUncertainty(const Number &o, bool to_precision=false) (defined in Number) | Number | |
| shift(const Number &o) (defined in Number) | Number | |
| shiftLeft(const Number &o) (defined in Number) | Number | |
| shiftRight(const Number &o) (defined in Number) | Number | |
| signum() (defined in Number) | Number | |
| sin() (defined in Number) | Number | |
| sinh() (defined in Number) | Number | |
| sinhint() (defined in Number) | Number | |
| sinint() (defined in Number) | Number | |
| smod(const Number &o) (defined in Number) | Number | |
| splitInterval(unsigned int nr_of_parts, std::vector< Number > &v) const (defined in Number) | Number | |
| sqrt() (defined in Number) | Number | |
| square() | Number | |
| subtract(const Number &o) | Number | |
| subtract(long int i) (defined in Number) | Number | |
| tan() (defined in Number) | Number | |
| tanh() (defined in Number) | Number | |
| testErrors(int error_level=1) const (defined in Number) | Number | protected |
| testFloatResult(bool allow_infinite_result=true, int error_level=1, bool test_integer=true) (defined in Number) | Number | protected |
| testInteger() (defined in Number) | Number | protected |
| toBoolean() (defined in Number) | Number | |
| trunc(const Number &o) (defined in Number) | Number | |
| trunc() (defined in Number) | Number | |
| uintValue(bool *overflow=NULL) const (defined in Number) | Number | |
| ulintValue(bool *overflow=NULL) const (defined in Number) | Number | |
| uncertainty() const (defined in Number) | Number | |
| upperEndPoint(bool include_imag=false) const (defined in Number) | Number | |
| zeta() | Number | |
| zeta(const Number &o) | Number | |
| ~Number() (defined in Number) | Number | virtual |
1.9.7