private void applybutton_Click(object sender, EventArgs e)
{
FPSParameters plocal = new FPSParameters();
StoreCurrentValues(ref plocal);
_param[config_comboBox.SelectedItem.ToString()] = plocal;
// permanently save current values
_lastsaved = new Dictionary <string, FPSParameters>(_param);
_convp_lastsaved = _convp;
_avp_lastsaved = _avp;
}
private void config_comboBox_SelectedIndexChanged(object sender, EventArgs e)
{
// store current parameters, display new
if (_lastconfig != null)
{
FPSParameters plocal = new FPSParameters();
StoreCurrentValues(ref plocal);
_param[_lastconfig] = plocal;
}
_lastconfig = config_comboBox.SelectedItem.ToString();
DisplayStoredValues(_param[_lastconfig]);
groupBox1.Enabled = (config_comboBox.SelectedIndex < ProjectData.DockModes.Length);
groupBox2.Enabled = (config_comboBox.SelectedIndex < ProjectData.DockModes.Length);
rkt_numericBoxDouble.Enabled = (config_comboBox.SelectedIndex == 3);
}
private void DisplayStoredValues(FPSParameters sp)
{
this.viscosity_numericBoxDouble.Value = sp.ViscosityFactor;
this.dt_numericBoxDouble.Value = sp.TimeStepFactor;
this.niter_numericBoxDouble.Value = sp.MaxIterations / 1000.0;
this.maxF_numericBoxDouble.Value = sp.MaxForce;
this.clashtol_numericBoxDouble.Value = sp.ClashTolerance;
this.rkt_numericBoxDouble.Value = sp.rkT;
this.etol_numericBoxDouble.Value = sp.ETolerance;
this.ktol_numericBoxDouble.Value = sp.KTolerance;
this.ftol_numericBoxDouble.Value = sp.FTolerance;
this.ttol_numericBoxDouble.Value = sp.TTolerance;
this.selR_comboBox.SelectedIndex = (Int32)sp.OptimizeSelected;
this.R0_numericBoxDouble.Value = _convp.R0;
this.polorder_numericBoxInt32.Value = _convp.PolynomOrder;
this.avgrid_rel_numericBoxDouble.Value = _avp.GridSize;
this.avgrid_min_numericBoxDouble.Value = _avp.MinGridSize;
this.av_linkersphere_numericBoxDouble.Value = _avp.LinkerInitialSphere;
this.av_linksearchorder_numericBoxInt32.Value = _avp.LinkSearchNodes;
this.esamples_numericBoxInt32.Value = (Int32)(_avp.ESamples / 1000);
}
private void StoreCurrentValues(ref FPSParameters sp)
{
sp.ViscosityFactor = this.viscosity_numericBoxDouble.Value;
sp.TimeStepFactor = this.dt_numericBoxDouble.Value;
sp.MaxIterations = (Int32)(this.niter_numericBoxDouble.Value * 1000.0);
sp.MaxForce = this.maxF_numericBoxDouble.Value;
sp.ClashTolerance = this.clashtol_numericBoxDouble.Value;
sp.rkT = this.rkt_numericBoxDouble.Value;
sp.ETolerance = this.etol_numericBoxDouble.Value;
sp.KTolerance = this.ktol_numericBoxDouble.Value;
sp.FTolerance = this.ftol_numericBoxDouble.Value;
sp.TTolerance = this.ttol_numericBoxDouble.Value;
sp.OptimizeSelected = (OptimizeSelected)this.selR_comboBox.SelectedIndex;
_convp.R0 = this.R0_numericBoxDouble.Value;
_convp.PolynomOrder = this.polorder_numericBoxInt32.Value;
_avp.ESamples = esamples_numericBoxInt32.Value * 1000;
_avp.GridSize = avgrid_rel_numericBoxDouble.Value;
_avp.MinGridSize = avgrid_min_numericBoxDouble.Value;
_avp.LinkerInitialSphere = av_linkersphere_numericBoxDouble.Value;
_avp.LinkSearchNodes = av_linksearchorder_numericBoxInt32.Value;
}
// default values
public ProjectData()
{
ProjectFPSMode = FPSMode.None;
this._fpsparameters = new Dictionary <string, FPSParameters>(DockModes.Length + FilterModes.Length);
// default search parameters
FPSParameters dockParameters = new FPSParameters()
{
ViscosityFactor = 1.0,
TimeStepFactor = 1.0,
MaxIterations = 200000,
MaxForce = 400.0,
ClashTolerance = 1.0,
rkT = 10,
ETolerance = 100,
KTolerance = 0.001,
FTolerance = 0.001,
TTolerance = 0.02,
OptimizeSelected = OptimizeSelected.Selected
};
this._fpsparameters.Add("Dock", dockParameters);
// default refine parameters
FPSParameters refineParameters = new FPSParameters()
{
ViscosityFactor = 0.7,
TimeStepFactor = 0.5,
MaxIterations = 500000,
MaxForce = 10000.0,
ClashTolerance = 0.5,
rkT = 10,
ETolerance = 100,
KTolerance = 0.0005,
FTolerance = 0.0005,
TTolerance = 0.01,
OptimizeSelected = OptimizeSelected.All
};
this._fpsparameters.Add("Refine", refineParameters);
// default error estimation parameters
FPSParameters errorParameters = new FPSParameters()
{
ViscosityFactor = 0.7,
TimeStepFactor = 1.0,
MaxIterations = 100000,
MaxForce = 10000.0,
ClashTolerance = 0.5,
rkT = 10,
ETolerance = 100,
KTolerance = 0.001,
FTolerance = 0.001,
TTolerance = 0.02,
OptimizeSelected = OptimizeSelected.All
};
this._fpsparameters.Add("Error estimation", errorParameters);
// default error estimation parameters
FPSParameters sampleParameters = new FPSParameters()
{
ViscosityFactor = 1.0,
TimeStepFactor = 1.0,
MaxIterations = 8000,
MaxForce = 400.0,
ClashTolerance = 1.0,
rkT = 10,
ETolerance = 100,
KTolerance = 0.001,
FTolerance = 0.001,
TTolerance = 0.02,
OptimizeSelected = OptimizeSelected.Selected
};
this._fpsparameters.Add("Sample", sampleParameters);
// default screening parameters
FPSParameters screeningParameters = new FPSParameters()
{
ViscosityFactor = 1.0,
TimeStepFactor = 1.0,
MaxIterations = 200000,
MaxForce = 400.0,
ClashTolerance = 1.0,
rkT = 10,
ETolerance = 100,
KTolerance = 0.001,
FTolerance = 0.001,
TTolerance = 0.02,
OptimizeSelected = OptimizeSelected.Selected
};
this._fpsparameters.Add("Screening", screeningParameters);
// default conversion parameters
_conversionParameters.R0 = 52.0;
_conversionParameters.PolynomOrder = 3;
// default AV parameters
AVGlobalParameters _avGlobalParameters = new AVGlobalParameters()
{
GridSize = 0.2,
MinGridSize = 0.4,
LinkerInitialSphere = 0.5,
LinkSearchNodes = 3,
ESamples = 200000
};
this.AVGlobalParameters = _avGlobalParameters;
}
public void SetFpsParameters(string key, FPSParameters value)
{
this._fpsparameters[key] = value;
}