public RMT()
{
InitializeComponent();
upDownTctlTemp.Enabled = false;
upDownStapmLimit.Enabled = false;
upDownSlowTime.Enabled = false;
upDownStapmTime.Enabled = false;
upDownCurrentLimit.Enabled = false;
upDownSlowLimit.Enabled = false;
upDownFastLimit.Enabled = false;
upDownMaxCurrentLimit.Enabled = false;
labelRenoirMobileTuning.Text = "RMT v0.3.0-A";
if (true)
{
Args = new uint[6];
RyzenAccess = new Smu();
RyzenAccess.Initialize();
labelRenoirMobileTuning.Text += " - " + RyzenAccess.GetCpuName();
if (RyzenAccess.SendPsmu(0x66, ref Args) == Smu.Status.OK)
{
Address = Args[0];
Args[0] = 0;
if (RyzenAccess.SendPsmu(0x65, ref Args) == Smu.Status.OK)
{
upDownStapmLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x0));
upDownFastLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x2));
upDownSlowLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x4));
upDownSlowTime.Value = (decimal)(Smu.ReadFloat(Address, 0x221));
upDownStapmTime.Value = (decimal)(Smu.ReadFloat(Address, 0x220));
upDownTctlTemp.Value = (decimal)(Smu.ReadFloat(Address, 0x10));
upDownCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x8));
upDownMaxCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xC));
//upDownSocCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xA));
//upDownSocMaxCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xE));
}
}
}
}
public SystemMonitor()
{
RyzenAccess = new Smu();
Args = new uint[6];
RyzenAccess.SendPsmu(0x66, ref Args);
Address = Args[0];
UpdateTimer.Tick += new EventHandler(UptateTimer_Tick);
UpdateTimer.Interval = 2000;
UpdateTimer.Enabled = true;
InitializeComponent();
CpuData.DataSource = Sensors;
FillInTable();
}
private void RefreshData()
{
RyzenAccess.Initialize();
Args = new uint[] { 0, 0, 0, 0, 0, 0 };
RyzenAccess.SendPsmu(0x65, ref Args);
int Index = 0;
//string TestPrint = "";
foreach (var item in Sensors)
{
Sensors[Index].Value = $"{ReadFloat(Address, OffsetTable[Index]):F4}";
//Thread.Sleep(10);
//TestPrint += (Sensors[Index].Value + Environment.NewLine);
Index++;
}
CpuData.Refresh();
RyzenAccess.Deinitialize();
//MessageBox.Show(TestPrint);
}
public RMT()
{
EnableDebug = false;
LoadValues = true;
InitializeComponent();
upDownTctlTemp.Enabled = false;
upDownStapmLimit.Enabled = false;
upDownSlowTime.Enabled = false;
upDownStapmTime.Enabled = false;
upDownCurrentLimit.Enabled = false;
upDownSlowLimit.Enabled = false;
upDownFastLimit.Enabled = false;
upDownMaxCurrentLimit.Enabled = false;
labelRenoirMobileTuning.Text = "RMT v1.0.4";
if (LoadValues)
{
Args = new uint[6];
RyzenAccess = new Smu(EnableDebug);
RyzenAccess.Initialize();
labelRenoirMobileTuning.Text += " - " + RyzenAccess.GetCpuName();
if (RyzenAccess.SendPsmu(0x66, ref Args) == Smu.Status.OK)
{
Address = Args[0];
Args[0] = 0;
RyzenAccess.SendPsmu(0x65, ref Args);
float TestValue = ReadFloat(Address, (uint)768);
if (TestValue == 0.0)
{
PMTableVersion = 0x00370005;
if (RyzenAccess.SendPsmu(0x65, ref Args) == Smu.Status.OK)
{
if (EnableDebug)
{
MessageBox.Show($"Address: 0x{Address:X8} -> {TestValue:F}", "Version 0x00370005");
}
upDownStapmLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x0));
if (EnableDebug)
{
MessageBox.Show("Loaded STAPM Limit", "1/8");
}
upDownFastLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x2));
if (EnableDebug)
{
MessageBox.Show("Loaded Fast Limit", "2/8");
}
upDownSlowLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x4));
if (EnableDebug)
{
MessageBox.Show("Loaded Slow Limit", "3/8");
}
upDownSlowTime.Value = (decimal)(Smu.ReadFloat(Address, 0x228));
if (EnableDebug)
{
MessageBox.Show("Loaded Slow PPT Time", "4/8");
}
upDownStapmTime.Value = (decimal)(Smu.ReadFloat(Address, 0x227));
if (EnableDebug)
{
MessageBox.Show("Loaded STAPM Time", "5/8");
}
upDownTctlTemp.Value = (decimal)(Smu.ReadFloat(Address, 0x10));
if (EnableDebug)
{
MessageBox.Show("Loaded Tctl Temp", "6/8");
}
upDownCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x8));
if (EnableDebug)
{
MessageBox.Show("Loaded Current Limit", "7/8");
}
upDownMaxCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xC));
if (EnableDebug)
{
MessageBox.Show("Loaded Max Current Limit Time", "8/8");
}
}
else
{
MessageBox.Show("Failed to communicate with SMU");
}
}
else
{
PMTableVersion = 0x00370004;
if (RyzenAccess.SendPsmu(0x65, ref Args) == Smu.Status.OK)
{
if (EnableDebug)
{
MessageBox.Show($"Address: 0x{Address:X8} -> {TestValue:F}", "Version 0x00370005");
}
upDownStapmLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x0));
if (EnableDebug)
{
MessageBox.Show("Loaded STAPM Limit", "1/8");
}
upDownFastLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x2));
if (EnableDebug)
{
MessageBox.Show("Loaded Fast Limit", "2/8");
}
upDownSlowLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x4));
if (EnableDebug)
{
MessageBox.Show("Loaded Slow Limit", "3/8");
}
upDownSlowTime.Value = (decimal)(Smu.ReadFloat(Address, 0x221));
if (EnableDebug)
{
MessageBox.Show("Loaded Slow PPT Time", "4/8");
}
upDownStapmTime.Value = (decimal)(Smu.ReadFloat(Address, 0x220));
if (EnableDebug)
{
MessageBox.Show("Loaded STAPM Time", "5/8");
}
upDownTctlTemp.Value = (decimal)(Smu.ReadFloat(Address, 0x10));
if (EnableDebug)
{
MessageBox.Show("Loaded Tctl Temp", "6/8");
}
upDownCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0x8));
if (EnableDebug)
{
MessageBox.Show("Loaded Current Limit", "7/8");
}
upDownMaxCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xC));
if (EnableDebug)
{
MessageBox.Show("Loaded Max Current Limit Time", "8/8");
}
}
else
{
MessageBox.Show("Failed to communicate with SMU");
}
}
//upDownSocCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xA));
//upDownSocMaxCurrentLimit.Value = (decimal)(Smu.ReadFloat(Address, 0xE));
}
}
}