public ActionResult CalculateResistenceValue(string _bandAColor, string _bandBColor, string _bandCColor, string _bandDColor)
{
try
{
ResistenceValues resistenceValues = _ohmCalculator.CalculateOhmValue(_bandAColor, _bandBColor, _bandCColor, _bandDColor);
return(Json(new { minimumValue = resistenceValues.MinimumResistance, maximumValue = resistenceValues.MaximumResistance }));
}
catch (Exception ex)
{
return(Json(new { error = "Resistence Calculation Error: " + ex.Message }));
}
}
ResistenceValues IOhmCalculator.CalculateOhmValue(string bandAColor, string bandBColor, string bandCColor, string bandDColor)
{
ResistenceValues resistenceValues = new ResistenceValues();
int bandAColorValue = _ohmColorStaticValues.SignificantFigures(bandAColor);
int bandBColorValue = _ohmColorStaticValues.SignificantFigures(bandBColor);
int bandCColorValue_Multiplier = _ohmColorStaticValues.Multifplier(bandCColor);
double bandDColorValue_Tolarance = _ohmColorStaticValues.Tolerance(bandDColor);
bandDColorValue_Tolarance = bandDColorValue_Tolarance == 0 ? 1 : bandDColorValue_Tolarance;
resistenceValues.MaximumResistance = FormatResistance(Convert.ToInt32(string.Format("{0}{1}", bandAColorValue, bandBColorValue)) * (Math.Pow(10, bandCColorValue_Multiplier) * (1 + bandDColorValue_Tolarance)));
resistenceValues.MinimumResistance = FormatResistance(Convert.ToInt32(string.Format("{0}{1}", bandAColorValue, bandBColorValue)) * (Math.Pow(10, bandCColorValue_Multiplier) * (1 - bandDColorValue_Tolarance)));
return(resistenceValues);
}