from UliEngineering.EngineerIO import normalize_numeric
from UliEngineering.Units import Unit
import numpy as np

__all__ = ["current_by_power", "power_by_current_and_voltage"]

def current_by_power(power="25 W", voltage="230 V") -> Unit("A"):
    """
    Given a device's power (or RMS power) and the voltage (or RMS voltage)
    it runs on, compute how much current it will draw.
    """
    power = normalize_numeric(power)
    voltage = normalize_numeric(voltage)
    return power / voltage


def power_by_current_and_voltage(current="1.0 A", voltage="230 V") -> Unit("W"):
    """
    Given a device's current (or RMS current) and the voltage (or RMS current)
    it runs on, compute its power
    """
    current = normalize_numeric(current)
    voltage = normalize_numeric(voltage)
    return current * voltage

from UliEngineering.EngineerIO import normalize_numeric
from UliEngineering.Units import Unit

__all__ = ["current_by_power", "power_by_current_and_voltage"]

def current_by_power(power="25 W", voltage="230 V") -> Unit("A"):
    """
    Given a device's power (or RMS power) and the voltage (or RMS voltage)
    it runs on, compute how much current it will draw.
    """
    power = normalize_numeric(power)
    voltage = normalize_numeric(voltage)
    return power / voltage


def power_by_current_and_voltage(current="1.0 A", voltage="230 V") -> Unit("W"):
    """
    Given a device's current (or RMS current) and the voltage (or RMS current)
    it runs on, compute its power
    """
    current = normalize_numeric(current)
    voltage = normalize_numeric(voltage)
    return current * voltage

Remove unused numpy input (codacy)
Remove unused numpy input (codacy)

  from UliEngineering.EngineerIO import normalize_numeric
  from UliEngineering.Units import Unit
- import numpy as np
  
  __all__ = ["current_by_power", "power_by_current_and_voltage"]
  
  def current_by_power(power="25 W", voltage="230 V") -> Unit("A"):
      """
      Given a device's power (or RMS power) and the voltage (or RMS voltage)
      it runs on, compute how much current it will draw.
      """
      power = normalize_numeric(power)
      voltage = normalize_numeric(voltage)
      return power / voltage
  
  
  def power_by_current_and_voltage(current="1.0 A", voltage="230 V") -> Unit("W"):
      """
      Given a device's current (or RMS current) and the voltage (or RMS current)
      it runs on, compute its power
      """
      current = normalize_numeric(current)
      voltage = normalize_numeric(voltage)
      return current * voltage
  
Remove unused numpy input (codacy)
## Code Before:
from UliEngineering.EngineerIO import normalize_numeric
from UliEngineering.Units import Unit
import numpy as np

__all__ = ["current_by_power", "power_by_current_and_voltage"]

def current_by_power(power="25 W", voltage="230 V") -> Unit("A"):
    """
    Given a device's power (or RMS power) and the voltage (or RMS voltage)
    it runs on, compute how much current it will draw.
    """
    power = normalize_numeric(power)
    voltage = normalize_numeric(voltage)
    return power / voltage


def power_by_current_and_voltage(current="1.0 A", voltage="230 V") -> Unit("W"):
    """
    Given a device's current (or RMS current) and the voltage (or RMS current)
    it runs on, compute its power
    """
    current = normalize_numeric(current)
    voltage = normalize_numeric(voltage)
    return current * voltage

## Instruction:
Remove unused numpy input (codacy)
## Code After:
from UliEngineering.EngineerIO import normalize_numeric
from UliEngineering.Units import Unit

__all__ = ["current_by_power", "power_by_current_and_voltage"]

def current_by_power(power="25 W", voltage="230 V") -> Unit("A"):
    """
    Given a device's power (or RMS power) and the voltage (or RMS voltage)
    it runs on, compute how much current it will draw.
    """
    power = normalize_numeric(power)
    voltage = normalize_numeric(voltage)
    return power / voltage


def power_by_current_and_voltage(current="1.0 A", voltage="230 V") -> Unit("W"):
    """
    Given a device's current (or RMS current) and the voltage (or RMS current)
    it runs on, compute its power
    """
    current = normalize_numeric(current)
    voltage = normalize_numeric(voltage)
    return current * voltage
