object float
Bindings for float.h
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- def DBL_DIG: CInt
Number of significant digits in a floating point number.
Number of significant digits in a floating point number.
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- @name("scalanative_float_dbl_dig")
- def DBL_EPSILON: CDouble
The smallest x for which 1.0 + x != 1.0.
The smallest x for which 1.0 + x != 1.0.
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- @name("scalanative_float_dbl_epsilon")
- def DBL_MANT_DIG: CInt
Number of FLT_RADIX digits in the mantissa.
Number of FLT_RADIX digits in the mantissa.
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- @name("scalanative_float_flt_mant_dig")
- def DBL_MAX: CDouble
Maximum finite floating-point value.
Maximum finite floating-point value.
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- @name("scalanative_float_dbl_max")
- def DBL_MAX_10_EXP: CInt
The maximal exponent of a floating point value expressed in base 10.
The maximal exponent of a floating point value expressed in base 10.
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- @name("scalanative_float_dbl_min_10_exp")
- def DBL_MAX_EXP: CInt
The maximal exponent of a floating point value expressed in base FLT_RADIX.
The maximal exponent of a floating point value expressed in base FLT_RADIX.
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- @name("scalanative_float_dbl_min_exp")
- def DBL_MIN: CDouble
Minimal floating point value.
Minimal floating point value.
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- @name("scalanative_float_dbl_min")
- def DBL_MIN_10_EXP: CInt
The minimal exponent of a floating point value expressed in base 10.
The minimal exponent of a floating point value expressed in base 10.
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- @name("scalanative_float_dbl_min_10_exp")
- def DBL_MIN_EXP: CInt
The minimal exponent of a floating point value expressed in base FLT_RADIX.
The minimal exponent of a floating point value expressed in base FLT_RADIX.
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- @name("scalanative_float_dbl_min_exp")
- def FLT_DIG: CInt
Number of significant digits in a floating point number.
Number of significant digits in a floating point number.
- Annotations
- @name("scalanative_float_flt_dig")
- def FLT_EPSILON: CFloat
The smallest x for which 1.0 + x != 1.0.
The smallest x for which 1.0 + x != 1.0.
- Annotations
- @name("scalanative_float_flt_epsilon")
- def FLT_MANT_DIG: CInt
Number of FLT_RADIX digits in the mantissa.
Number of FLT_RADIX digits in the mantissa.
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- @name("scalanative_float_flt_mant_dig")
- def FLT_MAX: CFloat
Maximum finite floating-point value.
Maximum finite floating-point value.
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- @name("scalanative_float_flt_max")
- def FLT_MAX_10_EXP: CInt
The maximal exponent of a floating point value expressed in base 10.
The maximal exponent of a floating point value expressed in base 10.
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- @name("scalanative_float_flt_min_10_exp")
- def FLT_MAX_EXP: CInt
The maximal exponent of a floating point value expressed in base FLT_RADIX.
The maximal exponent of a floating point value expressed in base FLT_RADIX.
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- @name("scalanative_float_flt_min_exp")
- def FLT_MIN: CFloat
Minimal floating point value.
Minimal floating point value.
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- @name("scalanative_float_flt_min")
- def FLT_MIN_10_EXP: CInt
The minimal exponent of a floating point value expressed in base 10.
The minimal exponent of a floating point value expressed in base 10.
- Annotations
- @name("scalanative_float_flt_min_10_exp")
- def FLT_MIN_EXP: CInt
The minimal exponent of a floating point value expressed in base FLT_RADIX.
The minimal exponent of a floating point value expressed in base FLT_RADIX.
- Annotations
- @name("scalanative_float_flt_min_exp")
- def FLT_RADIX: CInt
The base radix representation of the exponent.
The base radix representation of the exponent.
A base-2 is binary, base-10 is the normal decimal representation base-16 is Hex.
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- @name("scalanative_float_flt_radix")
- def FLT_ROUNDS: CInt
Rounding mode for floating point addition.
Rounding mode for floating point addition.
-1 indeterminable 0 towards zero 1 to nearest 2 towards positive infinity 3 towards negative infinity
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- @name("scalanative_float_flt_rounds")
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