| abs(Float16) | Obtains the absolute value of a half-precision floating-point number through calculation. |
| abs(Float32) | Obtains the absolute value of a single-precision floating-point number through calculation. |
| abs(Float64) | Obtains the absolute value of a double-precision floating-point number through calculation. |
| abs(Int8) | Obtains the absolute value of an 8-bit signed integer through calculation. |
| abs(Int16) | Obtains the absolute value of a 16-bit signed integer through calculation. |
| abs(Int32) | Obtains the absolute value of a 32-bit signed integer through calculation. |
| abs(Int64) | Obtains the absolute value of a 64-bit signed integer through calculation. |
| acos(Float16) | Obtains the arc cosine function value of a half-precision floating-point number through calculation, in radians. |
| acos(Float32) | Obtains the arc cosine function value of a single-precision floating-point number through calculation, in radians. |
| acos(Float64) | Obtains the arc cosine function value of a double-precision floating-point number through calculation, in radians. |
| acosh(Float16) | Obtains the inverse hyperbolic cosine function value of a half-precision floating-point number through calculation. |
| acosh(Float32) | Obtains the inverse hyperbolic cosine function value of a single-precision floating-point number through calculation. |
| acosh(Float64) | Obtains the inverse hyperbolic cosine function value of a double-precision floating-point number through calculation. |
| asin(Float16) | Obtains the arc sine function value of a half-precision floating-point number through calculation, in radians. |
| asin(Float32) | Obtains the arc sine function value of a single-precision floating-point number through calculation, in radians. |
| asin(Float64) | Obtains the arc sine function value of a double-precision floating-point number through calculation, in radians. |
| asinh(Float16) | Obtains the inverse hyperbolic sine function value of a half-precision floating-point number through calculation. |
| asinh(Float32) | Obtains the inverse hyperbolic sine function value of a single-precision floating-point number through calculation. |
| asinh(Float64) | Obtains the inverse hyperbolic sine function value of a double-precision floating-point number through calculation. |
| atan(Float16) | Obtains the arc tangent function value of a half-precision floating-point number through calculation, in radians. |
| atan(Float32) | Obtains the arc tangent function value of a single-precision floating-point number through calculation, in radians. |
| atan(Float64) | Obtains the arc tangent function value of a double-precision floating-point number through calculation, in radians. |
| atanh(Float16) | Obtains the inverse hyperbolic tangent function value of a half-precision floating-point number through calculation. |
| atanh(Float32) | Obtains the inverse hyperbolic tangent function value of a single-precision floating-point number through calculation. |
| atanh(Float64) | Obtains the inverse hyperbolic tangent function value of a double-precision floating-point number through calculation. |
| cbrt(Float16) | Obtains the cube root of a half-precision floating-point number through calculation. |
| cbrt(Float32) | Obtains the cube root of a single-precision floating-point number through calculation. |
| cbrt(Float64) | Obtains the cube root of a double-precision floating-point number through calculation. |
| ceil(Float16) | Obtains the rounded-up value of a half-precision floating-point number through calculation. |
| ceil(Float32) | Obtains the rounded-up value of a single-precision floating-point number through calculation. |
| ceil(Float64) | Obtains the rounded-up value of a double-precision floating-point number through calculation. |
| checkedAbs(Int8) | Checks and obtains the absolute value of an 8-bit signed integer through calculation. If the input parameter is the minimum value of the 8-bit signed integer, None is returned. Otherwise, Some(abs(x)) is returned. |
| checkedAbs(Int16) | Checks and obtains the absolute value of a 16-bit signed integer through calculation. If the input parameter is the minimum value of the 16-bit signed integer, None is returned. Otherwise, Some(abs(x)) is returned. |
| checkedAbs(Int32) | Checks and obtains the absolute value of a 32-bit signed integer through calculation. If the input parameter is the minimum value of the 32-bit signed integer, None is returned. Otherwise, Some(abs(x)) is returned. |
| checkedAbs(Int64) | Checks and obtains the absolute value of a 64-bit signed integer through calculation. If the input parameter is the minimum value of the 64-bit signed integer, None is returned. Otherwise, Some(abs(x)) is returned. |
| clamp(Float16, Float16, Float16) | Obtains the value of a floating-point number to which the clamp function with a given range is applied. If the floating-point number is within the range, the floating-point number is returned. If the floating-point number is less than the minimum value in the range, the minimum value is returned. If the floating-point number is greater than the maximum value in the range, the maximum value is returned. If the floating-point number is NaN, NaN is returned. |
| clamp(Float32, Float32, Float32) | Obtains the value of a floating-point number to which the clamp function with a given range is applied. If the floating-point number is within the range, the floating-point number is returned. If the floating-point number is less than the minimum value in the range, the minimum value is returned. If the floating-point number is greater than the maximum value in the range, the maximum value is returned. If the floating-point number is NaN, NaN is returned. |
| clamp(Float64, Float64, Float64) | Obtains the value of a floating-point number to which the clamp function with a given range is applied. If the floating-point number is within the range, the floating-point number is returned. If the floating-point number is less than the minimum value in the range, the minimum value is returned. If the floating-point number is greater than the maximum value in the range, the maximum value is returned. If the floating-point number is NaN, NaN is returned. |
| cos(Float16) | Obtains the cosine function value of a half-precision floating-point number through calculation, in radians. |
| cos(Float32) | Obtains the cosine function value of a single-precision floating-point number through calculation, in radians. |
| cos(Float64) | Obtains the cosine function value of a double-precision floating-point number through calculation, in radians. |
| cosh(Float16) | Obtains the hyperbolic cosine function value of a half-precision floating-point number through calculation. |
| cosh(Float32) | Obtains the hyperbolic cosine function value of a single-precision floating-point number through calculation. |
| cosh(Float64) | Obtains the hyperbolic cosine function value of a double-precision floating-point number through calculation. |
| countOne(Int8) | Obtains the number of bits of 1s in the binary expression of an 8-bit integer. |
| countOne(Int16) | Obtains the number of bits of 1s in the binary expression of a 16-bit integer. |
| countOne(Int32) | Obtains the number of bits of 1s in the binary expression of a 32-bit integer. |
| countOne(Int64) | Obtains the number of bits of 1s in the binary expression of a 64-bit integer. |
| countOne(UInt8) | Obtains the number of bits of 1s in the binary expression of an 8-bit unsigned integer. |
| countOne(UInt16) | Obtains the number of bits of 1s in the binary expression of a 16-bit unsigned integer. |
| countOne(UInt32) | Obtains the number of bits of 1s in the binary expression of a 32-bit unsigned integer. |
| countOne(UInt64) | Obtains the number of bits of 1s in the binary expression of a 64-bit unsigned integer. |
| erf(Float16) | Obtains the error value of a half-precision floating-point number through calculation. |
| erf(Float32) | Obtains the error value of a single-precision floating-point number through calculation. |
| erf(Float64) | Obtains the error value of a double-precision floating-point number through calculation. |
| exp(Float16) | Obtains the natural constant e raised to the power of x. |
| exp(Float32) | Obtains the natural constant e raised to the power of x. |
| exp(Float64) | Obtains the natural constant e raised to the power of x. |
| exp2(Float16) | Obtains 2 raised to the power of x. |
| exp2(Float32) | Obtains 2 raised to the power of x. |
| exp2(Float64) | Obtains 2 raised to the power of x. |
| floor(Float16) | Obtains the rounded-down value of a floating-point number through calculation. |
| floor(Float32) | Obtains the rounded-down value of a floating-point number through calculation. |
| floor(Float64) | Obtains the rounded-down value of a floating-point number through calculation. |
| gamma(Float16) | Obtains the gamma value of a floating-point number through calculation. |
| gamma(Float32) | Obtains the gamma value of a floating-point number through calculation. |
| gamma(Float64) | Obtains the gamma value of a floating-point number through calculation. |
| gcd(Int8, Int8) | Obtains the greatest common divisor of two 8-bit signed integers through calculation. |
| gcd(Int16, Int16) | Obtains the greatest common divisor of two 16-bit signed integers through calculation. |
| gcd(Int32, Int32) | Obtains the greatest common divisor of two 32-bit signed integers through calculation. |
| gcd(Int64, Int64) | Obtains the greatest common divisor of two 64-bit signed integers through calculation. |
| gcd(UInt16, UInt16) | Obtains the greatest common divisor of two 16-bit unsigned integers through calculation. |
| gcd(UInt32, UInt32) | Obtains the greatest common divisor of two 32-bit unsigned integers through calculation. |
| gcd(UInt64, UInt64) | Obtains the greatest common divisor of two 64-bit unsigned integers through calculation. |
| gcd(UInt8, UInt8) | Obtains the greatest common divisor of two 8-bit unsigned integers through calculation. |
| lcm(Int8, Int8) | Obtains the non-negative least common multiple of two 8-bit signed integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(Int16, Int16) | Obtains the non-negative least common multiple of two 16-bit signed integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(Int32, Int32) | Obtains the non-negative least common multiple of two 32-bit signed integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(Int64, Int64) | Obtains the non-negative least common multiple of two 64-bit signed integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(UInt8, UInt8) | Obtains the non-negative least common multiple of two 8-bit unsigned integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(UInt16, UInt16) | Obtains the non-negative least common multiple of two 16-bit unsigned integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(UInt32, UInt32) | Obtains the non-negative least common multiple of two 32-bit unsigned integers through calculation. The value 0 is returned only when any input parameter is 0. |
| lcm(UInt64, UInt64) | Obtains the non-negative least common multiple of two 64-bit unsigned integers through calculation. The value 0 is returned only when any input parameter is 0. |
| leadingZeros(Int8) | Obtains the number of consecutive 0s starting from the most significant bit (including signs) in the binary expression of an 8-bit signed integer. If the most significant bit is not 0, the value 0 is returned. |
| leadingZeros(Int16) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 16-bit signed integer. If the most significant bit is not 0, the value 0 is returned. |
| leadingZeros(Int32) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 32-bit signed integer. If the most significant bit is not 0, the value 0 is returned. |
| leadingZeros(Int64) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 64-bit signed integer. If the most significant bit is not 0, the value 0 is returned. |
| leadingZeros(UInt8) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of an 8-bit unsigned integer. |
| leadingZeros(UInt16) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 16-bit unsigned integer. |
| leadingZeros(UInt32) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 32-bit unsigned integer. |
| leadingZeros(UInt64) | Obtains the number of consecutive 0s starting from the most significant bit in the binary expression of a 64-bit unsigned integer. |
| log(Float16) | Obtains the logarithm of x with base e. |
| log(Float32) | Obtains the logarithm of x with base e. |
| log(Float64) | Obtains the logarithm of x with base e. |
| log10(Float16) | Obtains the logarithm of x with base 10. |
| log10(Float32) | Obtains the logarithm of x with base 10. |
| log10(Float64) | Obtains the logarithm of x with base 10. |
| log2(Float16) | Obtains the logarithm of x with base 2. |
| log2(Float32) | Obtains the logarithm of x with base 2. |
| log2(Float64) | Obtains the logarithm of x with base 2. |
| logBase(Float16, Float16) | Obtains the logarithm of x with base base. |
| logBase(Float32, Float32) | Obtains the logarithm of x with base base. |
| logBase(Float64, Float64) | Obtains the logarithm of x with base base. |
| max(Float16, Float16) | Obtains the larger value between two numbers. |
| max(Float32, Float32) | Obtains the larger value between two numbers. |
| max(Float64, Float64) | Obtains the larger value between two numbers. |
| max(Int8, Int8) | Obtains the larger value between two numbers. |
| max(Int16, Int16) | Obtains the larger value between two numbers. |
| max(Int32, Int32) | Obtains the larger value between two numbers. |
| max(Int64, Int64) | Obtains the larger value between two numbers. |
| max(UInt8, UInt8) | Obtains the larger value between two numbers. |
| max(UInt16, UInt16) | Obtains the larger value between two numbers. |
| max(UInt32, UInt32) | Obtains the larger value between two numbers. |
| max(UInt64, UInt64) | Obtains the larger value between two numbers. |
| maxNaN(Float16, Float16) | Obtains the larger value between two numbers. |
| maxNaN(Float32, Float32) | Obtains the larger value between two numbers. |
| maxNaN(Float64, Float64) | Obtains the larger value between two numbers. |
| min(Float16, Float16) | Obtains the smaller value between two numbers. |
| min(Float32, Float32) | Obtains the smaller value between two numbers. |
| min(Float64, Float64) | Obtains the smaller value between two numbers. |
| min(Int8, Int8) | Obtains the smaller value between two numbers. |
| min(Int16, Int16) | Obtains the smaller value between two numbers. |
| min(Int32, Int32) | Obtains the smaller value between two numbers. |
| min(Int64, Int64) | Obtains the smaller value between two numbers. |
| min(UInt8, UInt8) | Obtains the smaller value between two numbers. |
| min(UInt16, UInt16) | Obtains the smaller value between two numbers. |
| min(UInt32, UInt32) | Obtains the smaller value between two numbers. |
| min(UInt64, UInt64) | Obtains the smaller value between two numbers. |
| minNaN(Float16, Float16) | Obtains the smaller value between two numbers. |
| minNaN(Float32, Float32) | Obtains the smaller value between two numbers. |
| minNaN(Float64, Float64) | Obtains the smaller value between two numbers. |
| pow(Float32, Float32) | Obtains the floating-point number base raised to the power of exponent. |
| pow(Float32, Int32) | Obtains the floating-point number base raised to the power of exponent. |
| pow(Float64, Float64) | Obtains the floating-point number base raised to the power of exponent. |
| pow(Float64, Int64) | Obtains the floating-point number base raised to the power of exponent. |
| reverse(UInt8) | Obtains the number after bitwise inversion of an unsigned integer. |
| reverse(UInt16) | Obtains the number after bitwise inversion of an unsigned integer. |
| reverse(UInt32) | Obtains the number after bitwise inversion of an unsigned integer. |
| reverse(UInt64) | Obtains the number after bitwise inversion of an unsigned integer. |
| rotate(Int16, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(Int32, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(Int64, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(Int8, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(UInt16, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(UInt32, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(UInt64, Int8) | Obtains the result of bitwise rotation of an integer. |
| rotate(UInt8, Int8) | Obtains the result of bitwise rotation of an integer. |
| round(Float16) | Obtains the rounded-off value of a floating-point number through calculation based on the round-off rule in IEEE-754. |
| round(Float32) | Obtains the rounded-off value of a floating-point number through calculation based on the round-off rule in IEEE-754. |
| round(Float64) | Obtains the rounded-off value of a floating-point number through calculation based on the round-off rule in IEEE-754. |
| sin(Float16) | Obtains the sine function value of a half-precision floating-point number through calculation, in radians. |
| sin(Float32) | Obtains the sine function value of a single-precision floating-point number through calculation, in radians. |
| sin(Float64) | Obtains the sine function value of a double-precision floating-point number through calculation, in radians. |
| sinh(Float16) | Obtains the hyperbolic sine function value of a half-precision floating-point number through calculation. |
| sinh(Float32) | Obtains the hyperbolic sine function value of a single-precision floating-point number through calculation. |
| sinh(Float64) | Obtains the hyperbolic sine function value of a double-precision floating-point number through calculation. |
| sqrt(Float16) | Obtains the arithmetic square root of a floating-point number through calculation. |
| sqrt(Float32) | Obtains the arithmetic square root of a floating-point number through calculation. |
| sqrt(Float64) | Obtains the arithmetic square root of a floating-point number through calculation. |
| tan(Float16) | Obtains the tangent function value of a half-precision floating-point number through calculation, in radians. |
| tan(Float32) | Obtains the tangent function value of a single-precision floating-point number through calculation, in radians. |
| tan(Float64) | Obtains the tangent function value of a double-precision floating-point number through calculation, in radians. |
| tanh(Float16) | Obtains the hyperbolic tangent function value of a half-precision floating-point number through calculation. |
| tanh(Float32) | Obtains the hyperbolic tangent function value of a single-precision floating-point number through calculation. |
| tanh(Float64) | Obtains the hyperbolic tangent function value of a double-precision floating-point number through calculation. |
| throwIllegalArgumentException() | Throws an invalid parameter exception. |
| trailingZeros(Int8) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 16-bit signed integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(Int16) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 16-bit signed integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(Int32) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 32-bit signed integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(Int64) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 64-bit signed integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(UInt8) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of an 8-bit unsigned integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(UInt16) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 16-bit unsigned integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(UInt32) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 32-bit unsigned integer. If the least significant bit is not 0, the value 0 is returned. |
| trailingZeros(UInt64) | Obtains the number of consecutive 0s starting from the least significant bit in the binary expression of a 64-bit unsigned integer. If the least significant bit is not 0, the value 0 is returned. |
| trunc(Float16) | Obtains the value after truncation of a floating-point number through calculation. |
| trunc(Float32) | Obtains the value after truncation of a floating-point number through calculation. |
| trunc(Float64) | Obtains the value after truncation of a floating-point number through calculation. |