Math
#load "std/math.bl"
PI
PI :: 3.141593
File: math.bl
TWO_PI
TWO_PI :: 6.283185
File: math.bl
HALF_PI
HALF_PI :: 1.570796
File: math.bl
F32_PI
F32_PI ::
File: math.bl
F32_TWO_PI
F32_TWO_PI ::
File: math.bl
F32_HALF_PI
F32_HALF_PI ::
File: math.bl
F32_EPSILON
F32_EPSILON :: 0.000010
File: math.bl
F64_EPSILON
F64_EPSILON :: 0.000010
File: math.bl
F32_MAX
F32_MAX :: 340282346638528859811704183484516925440.000000
File: math.bl
F32_MIN
F32_MIN :: 0.000000
File: math.bl
F64_MAX
F64_MAX :: 179769313486231570814527423731704356798070567525844996598917476803157260780028538760589558632766878171540458953514382464234321326889464182768467546703537516986049910576551282076245490090389328944075868508455133942304583236903222948165808559332123348274797826204144723168738177180919299881250404026184124858368.000000
File: math.bl
F64_MIN
F64_MIN :: 0.000000
File: math.bl
S8_MIN
S8_MIN : s8 : -128
File: math.bl
S8_MAX
S8_MAX : s8 : 127
File: math.bl
S16_MIN
S16_MIN : s16 : -32768
File: math.bl
S16_MAX
S16_MAX : s16 : 32767
File: math.bl
S32_MIN
S32_MIN : s32 : -2147483648
File: math.bl
S32_MAX
S32_MAX : s32 : 2147483647
File: math.bl
S64_MIN
S64_MIN : s64 : -9223372036854775808
File: math.bl
S64_MAX
S64_MAX : s64 : 9223372036854775807
File: math.bl
U8_MIN
U8_MIN : u8 : 0
File: math.bl
U8_MAX
U8_MAX : u8 : 255
File: math.bl
U16_MIN
U16_MIN : u16 : 0
File: math.bl
U16_MAX
U16_MAX : u16 : 65535
File: math.bl
U32_MIN
U32_MIN : u32 : 0
File: math.bl
U32_MAX
U32_MAX : u32 : 4294967295
File: math.bl
U64_MIN
U64_MIN : u64 : 0
File: math.bl
U64_MAX
U64_MAX : u64 : 18446744073709551615
File: math.bl
nan
nan :: fn (T: type) T
Returns NaN for given type T.
File: math.bl
inf
inf :: fn (T: type) T
Returns positive infinity value for given type T.
File: math.bl
is_nan
is_nan :: fn (n: ?T) bool #inline
Returns true in case the input real number is NaN (i.e. result of operation 0./0.).
File: math.bl
is_inf
is_inf :: fn (n: ?T) bool #inline
Returns true in case the input real number is positive infinity number (i.e. result of operation 1./0.).
File: math.bl
is_ninf
is_ninf :: fn (n: ?T) bool #inline
Returns true in case the input real number is negative infinity number (i.e. result of operation -1./0.).
File: math.bl
sin
sin :: fn {
f32_sin;
f64_sin;
}
File: math.bl
cos
cos :: fn {
f32_cos;
f64_cos;
}
File: math.bl
floor
floor :: fn {
f32_floor;
f64_floor;
}
File: math.bl
round
round :: fn {
f32_round;
f64_round;
}
File: math.bl
pow
pow :: fn {
f32_pow;
f64_pow;
}
File: math.bl
exp
exp :: fn {
f32_exp;
f64_exp;
}
File: math.bl
log
log :: fn {
f32_log;
f64_log;
}
File: math.bl
log2
log2 :: fn {
f32_log2;
f64_log2;
}
File: math.bl
log10
log10 :: fn {
f32_log10;
f64_log10;
}
File: math.bl
sqrt
sqrt :: fn {
f32_sqrt;
f64_sqrt;
}
File: math.bl
ceil
ceil :: fn {
f32_ceil;
f64_ceil;
}
File: math.bl
trunc
trunc :: fn {
f32_trunc;
f64_trunc;
}
File: math.bl
atan2
atan2 :: fn {
C.atan2f;
C.atan2;
}
File: math.bl
copysign
copysign :: fn {
C.copysignf;
C.copysign;
}
File: math.bl
asin
asin :: fn {
C.asinf;
C.asin;
}
File: math.bl
acos
acos :: fn {
C.acosf;
C.acos;
}
File: math.bl
tan
tan :: fn {
C.tanf;
C.tan;
}
File: math.bl
atan
atan :: fn {
C.atanf;
C.atan;
}
File: math.bl
fmod
fmod :: fn {
fn (x: f32, y: f32) f32;
fn (x: f64, y: f64) f64;
}
File: math.bl
sign
sign :: fn (x: ?T) T #inline
File: math.bl
abs
abs :: fn {
f32_abs;
f64_abs;
s64_abs;
}
File: math.bl
compare
compare :: fn {
f32_compare;
f64_compare;
}
File: math.bl
degtorad
degtorad :: fn {
f32_degtorad;
f64_degtorad;
}
File: math.bl
radtodeg
radtodeg :: fn {
f32_radtodeg;
f64_radtodeg;
}
File: math.bl
max
max :: fn (a: ?T, b: T) T #inline
File: math.bl
min
min :: fn (a: ?T, b: T) T #inline
File: math.bl
lerp
lerp :: fn (a: ?T, b: T, fraction: T) T #inline
File: math.bl
smooth_step
smooth_step :: fn (a: ?T, b: T, fraction: T) T #inline
File: math.bl
clamp
clamp :: fn (v: ?T, minimum: T, maximum: T) T
File: math.bl
map
map :: fn (value: ?T, min1: T, max1: T, min2: T, max2: T) T #inline
File: math.bl