public static void getGPU(ref UIDataGridView GPUStatusTable, ref int totalPower)
{
int GPUCount = 0;
try
{
szzminer_overclock.AMD.NvmlHelper nvmlHelper = new szzminer_overclock.AMD.NvmlHelper();
szzminer_overclock.AMD.NvapiHelper nvapiHelper = new szzminer_overclock.AMD.NvapiHelper();
List <szzminer_overclock.AMD.NvmlHelper.NvGpu> gpus = nvmlHelper.GetGpus();
uint coretemp = 0;
uint memtemp = 0;
for (int i = 0; i < gpus.Count; i++)
{
szzminer_overclock.AMD.OverClockRange overClockRange = nvapiHelper.GetClockRange(gpus[i].BusId);
GPUStatusTable.Rows[GPUCount].Cells[0].Value = gpus[i].BusId;
GPUStatusTable.Rows[GPUCount].Cells[1].Value = "NVIDIA " + gpus[i].Name + " " + gpus[i].TotalMemory / 1024 / 1000 / 1000 + "GB";
GPUStatusTable.Rows[GPUCount].Cells[5].Value = nvmlHelper.GetPowerUsage(i);
nvapiHelper.GetCoreTemperature(gpus[i].BusId, out coretemp);
nvapiHelper.GetMemTemperature(gpus[i].BusId, out memtemp);
GPUStatusTable.Rows[GPUCount].Cells[6].Value = coretemp.ToString() + "/" + memtemp.ToString();
GPUStatusTable.Rows[GPUCount].Cells[7].Value = nvmlHelper.GetFanSpeed(i);
GPUStatusTable.Rows[GPUCount].Cells[8].Value = nvmlHelper.GetCoreClock(i) + "Mhz";
GPUStatusTable.Rows[GPUCount].Cells[9].Value = nvmlHelper.GetMemoryClock(i) + "Mhz";
totalPower += Convert.ToInt32(GPUStatusTable.Rows[GPUCount].Cells[5].Value);
GPUCount++;
}
}
catch
{
//WriteLog("没有发现N卡");
}
try
{
AdlHelper adl = new AdlHelper();
const ulong a = 1024 * 1024 * 1024;
uint power = 0, fan = 0;
int temp = 0;
int memtemp = 0;
int coreClock = 0, memoryClock = 0;
for (int i = 0; i < adl.ATIGpus.Count; i++)
{
adl.GetPowerFanTemp(adl.ATIGpus[i].BusNumber, out power, out fan, out temp, out memtemp);
adl.GetClockRange(adl.ATIGpus[i].BusNumber, out coreClock, out memoryClock);
GPUStatusTable.Rows[GPUCount].Cells[0].Value = adl.ATIGpus[i].BusNumber;
GPUStatusTable.Rows[GPUCount].Cells[1].Value = adl.ATIGpus[i].AdapterName + " " + ((adl.GetTotalMemory(adl.ATIGpus[i].AdapterIndex) + a - 1) / a).ToString() + "GB";;
GPUStatusTable.Rows[GPUCount].Cells[5].Value = power;
GPUStatusTable.Rows[GPUCount].Cells[6].Value = temp;
GPUStatusTable.Rows[GPUCount].Cells[7].Value = fan;
GPUStatusTable.Rows[GPUCount].Cells[8].Value = coreClock / 1000 + "Mhz";
GPUStatusTable.Rows[GPUCount].Cells[9].Value = memoryClock / 1000 + "Mhz";
totalPower += Convert.ToInt32(GPUStatusTable.Rows[GPUCount].Cells[5].Value);
GPUCount++;
}
}
catch
{
}
}
public static void getOverclockGPU(ref UIDataGridView GPUOverClockTable)
{
int GPUCount = 0;
try
{
szzminer_overclock.AMD.NvmlHelper nvmlHelper = new szzminer_overclock.AMD.NvmlHelper();
szzminer_overclock.AMD.NvapiHelper nvapiHelper = new szzminer_overclock.AMD.NvapiHelper();
List <szzminer_overclock.AMD.NvmlHelper.NvGpu> gpus = nvmlHelper.GetGpus();
for (int i = 0; i < gpus.Count; i++)
{
szzminer_overclock.AMD.OverClockRange overClockRange = nvapiHelper.GetClockRange(gpus[i].BusId);
GPUOverClockTable.Rows[GPUCount].Cells[0].Value = gpus[i].BusId;
GPUOverClockTable.Rows[GPUCount].Cells[1].Value = "NVIDIA " + gpus[i].Name + " " + gpus[i].TotalMemory / 1024 / 1000 / 1000 + "GB";
GPUOverClockTable.Rows[GPUCount].Cells[5].Value = "N/A";
GPUOverClockTable.Rows[GPUCount].Cells[7].Value = "N/A";
GPUCount++;
}
}
catch
{
//WriteLog("没有发现N卡");
}
try
{
AdlHelper adl = new AdlHelper();
const ulong a = 1024 * 1024 * 1024;
for (int i = 0; i < adl.ATIGpus.Count; i++)
{
uint power, fan;
int temp;
int coreClock, memoryClock;
adl.GetPowerFanTemp(adl.ATIGpus[i].BusNumber, out power, out fan, out temp);
adl.GetClockRange(adl.ATIGpus[i].BusNumber, out coreClock, out memoryClock);
GPUOverClockTable.Rows[GPUCount].Cells[0].Value = adl.ATIGpus[i].BusNumber;
GPUOverClockTable.Rows[GPUCount].Cells[1].Value = adl.ATIGpus[i].AdapterName + " " + ((adl.GetTotalMemory(adl.ATIGpus[i].AdapterIndex) + a - 1) / a).ToString() + "GB";;
GPUOverClockTable.Rows[GPUCount].Cells[2].Value = adl.ATIGpus[i].PowerDefault.ToString();
GPUOverClockTable.Rows[GPUCount].Cells[3].Value = adl.ATIGpus[i].TempLimitDefault.ToString();
GPUOverClockTable.Rows[GPUCount].Cells[4].Value = (adl.ATIGpus[i].coreClockSelf).ToString();
GPUOverClockTable.Rows[GPUCount].Cells[5].Value = adl.ATIGpus[i].CoreVolt;
GPUOverClockTable.Rows[GPUCount].Cells[6].Value = (adl.ATIGpus[i].memoryClockSelf / 1000).ToString();
GPUOverClockTable.Rows[GPUCount].Cells[7].Value = adl.ATIGpus[i].MemoryVolt;
GPUCount++;
}
}
catch
{
}
}
public void LoadGpuState(int gpuIndex) {
if (gpuIndex == NTMinerContext.GpuAllId) {
return;
}
adlHelper.GetPowerFanTemp(gpuIndex, out uint power, out uint fanSpeed, out int temp);
Gpu gpu = _gpus[gpuIndex];
bool isChanged = gpu.Temperature != temp || gpu.PowerUsage != power || gpu.FanSpeed != fanSpeed;
gpu.Temperature = temp;
gpu.PowerUsage = power;
gpu.FanSpeed = fanSpeed;
if (isChanged) {
VirtualRoot.RaiseEvent(new GpuStateChangedEvent(Guid.Empty, gpu));
}
}