base.Float

read .float: imm base.Float, // from base._MathOps/1
imm **(n: imm base.Float): imm base.Float,
imm >(n: imm base.Float): imm base.Bool, // from base._MathOps/1
imm .isPosInfinity: imm base.Bool,
imm <(n: imm base.Float): imm base.Bool, // from base._MathOps/1
imm .abs: imm base.Float, // from base._MathOps/1
imm .assertEq(actual: imm base.Float, message: imm base.Str): imm base.Void, // from base._MathOps/1
imm .assertEq(actual: imm base.Float): imm base.Void, // from base._MathOps/1
imm .ceil: imm base.Int,
read .nat: imm base.Nat, // from base._MathOps/1
imm .isInfinite: imm base.Bool,
read .byte: imm base.Byte, // from base._MathOps/1
imm *(n: imm base.Float): imm base.Float, // from base._MathOps/1
read .int: imm base.Int, // from base._MathOps/1
imm .isNaN: imm base.Bool,
imm .round: imm base.Int,
read .str: imm base.Str, // from base._MathOps/1
read .hash(hasher: mut base.Hasher): imm base.Void, // from base._MathOps/1
imm <=(n: imm base.Float): imm base.Bool, // from base._MathOps/1
imm ==(n: imm base.Float): imm base.Bool, // from base._MathOps/1
imm >=(n: imm base.Float): imm base.Bool, // from base._MathOps/1
imm .floor: imm base.Int,
imm /(n: imm base.Float): imm base.Float, // from base._MathOps/1
imm .isNegInfinity: imm base.Bool,
imm -(n: imm base.Float): imm base.Float, // from base._MathOps/1
imm +(n: imm base.Float): imm base.Float, // from base._MathOps/1
imm %(n: imm base.Float): imm base.Float, // from base._MathOps/1