calculator-mgaidy 0.0.4

A small example package

Calculator_mgaidy

Overview

A basic calculator class that supports arithmetic operations and maintains a history log.

Installation

You can install the Calculator_mgaidy package using pip:

pip install calculator-mgaidy==0.0.4

Attributes

• memory (float): The current memory value of the calculator.
• logs (List[str]): A list to store the history log of operations.
• precision (int): The precision to round results to.

Constants

• MAX_NUMBER (float): The maximum allowed number in calculations.
• MIN_NUMBER (float): The minimum allowed number in calculations.
• MAX_POWER_LEVEL (int): The maximum allowed power level for exponentiation.

Methods

__init__(self, memory: float = 0, precision: int = 10) -> None

Initialize the Calculator.

set_precision(self, precision: int) -> None

Set the precision for rounding results.

history_log(self, symbol: str, number: float) -> List[str]

Log an arithmetic operation to the history log.

clear_history_log(self) -> None

Clear the history log.

reset_memory(self) -> float

Reset the calculator memory to zero and clear the history log.

input_number_validation(self, number: float) -> float

Validate if the provided number is within the allowed range.

input_power_validation(self, power: float) -> float

Validate if the provided power is within the allowed range.

result_validation(self, result: float) -> float

Validate if the result is within the allowed range.

add(self, number: float) -> float

Add a number to the calculator memory.

subtract(self, number: float) -> float

Subtract a number from the calculator memory.

multiply(self, number: float) -> float

Multiply the calculator memory by a number.

divide(self, number: float) -> float

Divide the calculator memory by a number.

power(self, number: float) -> float

Raise the calculator memory to the power of a given number.

root(self, number: float) -> float

Calculate the root of the calculator memory with a given exponent.

Usage Example

from calculator import Calculator

# Create a calculator instance
calc = Calculator()

# Perform operations
result = calc.add(5)
print(result)  # Output: 5.0

result = calc.multiply(3)
print(result)  # Output: 15.0