private void convertNumber(object sender, EventArgs e)
{
IEEE754 patternIEEE = new IEEE754();
valueOne.Text = !string.IsNullOrEmpty(valueOne.Text) ? valueOne.Text.Replace(".", ",") : "0";
valueTwo.Text = !string.IsNullOrEmpty(valueTwo.Text) ? valueTwo.Text.Replace(".", ",") : "0";
string nBin1 = patternIEEE.FloatToBinary(float.Parse(valueOne.Text));
string nBin2 = patternIEEE.FloatToBinary(float.Parse(valueTwo.Text));
string[] result1 = nBin1.Split(' ');
signalBit1.Text = result1[0];
expoente1.Text = result1[1];
fracao1.Text = result1[2];
string[] result2 = nBin2.Split(' ');
signalBit2.Text = result2[0];
expoente2.Text = result2[1];
fracao2.Text = result2[2];
// int integerPart1 = int.Parse(valueOne.Text.Split(',')[0]);
// int integerPart2 = int.Parse(valueTwo.Text.Split(',')[0]);
// string integerPart1Bin = Convert.ToString(integerPart1, 2);
// string integerPart2Bin = Convert.ToString(integerPart2, 2);
string n1Hex = patternIEEE.BinaryToHex(nBin1);
string n2Hex = patternIEEE.BinaryToHex(nBin2);
//dividir o numero de 24 bits em 6 partes e transformar cada grupo de 4 bits para hexa
valueOneHex.Text = "0x" + n1Hex.ToUpper();
valueTwoHex.Text = "0x" + n2Hex.ToUpper();
}
private void setResultFields(string binResult)
{
IEEE754 patternIEEE = new IEEE754();
signalResult.Text = binResult.Substring(0, 1);
expoentResult.Text = binResult.Substring(1, 8);
fracaoResult.Text = binResult.Substring(9, 23);
string n1Hex = patternIEEE.BinaryToHex(binResult);
hexResult.Text = "0x" + n1Hex.ToUpper();
floatResult.Text = patternIEEE.hexToFloat(n1Hex).ToString();
}