fastmath library

Constants

cosineTableA → const List<double>: Cosine table (high bits).
cosineTableB → const List<double>: Cosine table (low bits).
expFracTableA → const List<double>: Exponential over the range of 0 - 1 in increments of 2^-10 exp(x/1024) = expFracTableAx + expFracTableBx. 1024 = 2^10
expFracTableB → const List<double>: Exponential over the range of 0 - 1 in increments of 2^-10 exp(x/1024) = expFracTableAx + expFracTableBx.
expIntTableA → const List<double>: Exponential evaluated at integer values,
expIntTableB → const List<double>: Exponential evaluated at integer values, exp(x) = expIntTableAx + exp_int_table_max_index + expIntTableBx+exp_int_table_max_index
expIntTableMaxIndex → const int: Index of exp(0) in the array of integer exponentials.
hex40000000 → const int: 0x40000000 - used to split a double into two parts, both with the low order bits cleared. Equivalent to 2^30.
sineTableA → const List<double>: Sine table (high bits).
sineTableB → const List<double>: Sine table (low bits).
sineTableLen → const int: Sine, Cosine, Tangent tables are for 0, 1/8, 2/8, ... 13/8 = PI/2 approx.
tangentTableA → const List<double>: Tangent table, used by atan() (high bits).
tangentTableB → const List<double>: Tangent table, used by atan() (low bits).

logMaxValue → double: The logMaxValue is the natural logarithm of doubel.maxFinite
final

atan(double xa, [double xb = 0.0, bool leftPlane = false]) → double: Internal helper function to compute arctangent.
atan2(double y, double x) → double: Two arguments arctangent function
copySign(double magnitude, double sign) → double: Returns the first argument with the sign of the second argument. A NaN sign argument is treated as positive.
cosh(double x) → double: Compute the hyperbolic cosine of a number.
exp(double x, [double extra = 0.0, List<double>? hiPrec]) → double: Internal helper method for exponential function.
expm1(double x, List<double> hiPrecOut) → double: Compute exp(x) - 1.
sinh(double x) → double: Compute the hyperbolic sine of a number.