def _convert_value_from(self, unit, value):
if not isinstance(value, float):
value = float(value)
if isinstance(unit, sympy.Expr):
_, result = solve_linear(unit, value)
return result
return unit * value
def _convert_value_from(self, unit, value):
if not isinstance(value, float):
value = float(value)
if isinstance(unit, sympy.Expr):
_, result = solve_linear(unit, value)
return result
return unit * value
def _convert_value_from(self, unit, value):
if isinstance(unit, sympy.Expr):
_, result = solve_linear(unit, sympy.Float(str(value)))
return Decimal(str(result))
return Decimal(unit) * Decimal(value)
def _convert_value_from(self, unit, value):
if isinstance(unit, sympy.Expr):
_, result = solve_linear(unit, sympy.Float(str(value)))
return Decimal(str(result))
return Decimal(unit) * Decimal(value)