Math Module

Implement a math module using the float implementation describe at #13

Functions

• acos(x: float) -> float
• acosh(x: float) -> float
• asin(x: float) -> float
• asinh(x: float) -> float
• atan(x: float) -> float
• atan2(y: float, x: float) -> float
• atanh(x: float) -> float
• ceil(x: float) -> float
• cos(x: float) -> float
• cosh(x: float) -> float
• exp(x: float) -> float
• floor(x: float) -> float
• fmod(x: float, y: float) -> float
• log(x: float) -> float
• log10(x: float) -> float
• log2(x: float) -> float
• pow(x: float, Y) > float
• sin(x: float) -> float
• sinh(x: float) -> float
• sqrt(x: float) -> float
• tan(x: float) -> float
• tanh(x: float) -> float

Start by reading the float implementation described in issue #13 and determine how the math module should use it. Implement the listed trigonometric, exponential, logarithmic, rounding, and power functions, with all listed signatures supported. Done means the complete function list is available and follows the referenced float implementation.