public static string GetCloseTypeStringCompressionOf(HashRateBean dispalyRate)
{
dispalyRate.GetAsHashPerSecond(out decimal hashPerSecond);
HashRateQuantity q = GetHashRateQuantityForHashValue(hashPerSecond);
ApproximateConvert((double)hashPerSecond, out decimal toDisplay, HashRateQuantity.HashPerSecond, q);
return(string.Format(toDisplay + " " + q));
}
public void TryToFindEquivalent(HashRateBean hashRate, out string hardwareTypeBelow, out string hardwareTypeUpper)
{
hardwareTypeBelow = hardwareTypeUpper = "";
for (int i = 1; i < m_givenComparaison.Count; i++)
{
if (HashRateBean.ALessThenB(hashRate, m_givenComparaison[i].m_hashType))
{
hardwareTypeBelow = m_givenComparaison[i - 1].m_labelOfTheHash;
hardwareTypeUpper = m_givenComparaison[i].m_labelOfTheHash;
return;
}
}
hardwareTypeBelow = m_givenComparaison[m_givenComparaison.Count - 2].m_labelOfTheHash;
hardwareTypeUpper = m_givenComparaison[m_givenComparaison.Count - 1].m_labelOfTheHash;
}
public void SetWith(HashRateBean dispalyRate)
{
m_used = dispalyRate;
m_estimationTool.m_converter.TryToFindEquivalent(dispalyRate,
out string m_hardwaretypeLow, out string m_hardwaretypeUp);
if (m_hardwaretypeLowDebug != null)
{
m_hardwaretypeLowDebug.text = m_hardwaretypeLow;
}
if (m_hardwaretypeUpDebug != null)
{
m_hardwaretypeUpDebug.text = m_hardwaretypeUp;
}
if (m_currentHashPerSecondDebug != null)
{
m_currentHashPerSecondDebug.text =
HashRateConvertion.GetCloseTypeStringCompressionOf(dispalyRate);
}
}
public static bool AMoreThenB(HashRateBean a, HashRateBean b)
{
a.GetAsHashPerSecond(out decimal ad);
b.GetAsHashPerSecond(out decimal bd);
return(ad > bd);
}
