internal void AddConstraints(ProductionSolver solver)
{
solver.AddNode(this);
double?rate = GetActualDesiredRate();
if (rate != null)
{
solver.AddTarget(this, (float)rate.Value);
}
foreach (var itemInputs in InputLinks.GroupBy(x => x.Item))
{
var item = itemInputs.Key;
solver.AddInputRatio(this, item, itemInputs, InputRateFor(item));
solver.AddInputLink(this, item, itemInputs, InputRateFor(item));
}
foreach (var itemOutputs in OutputLinks.GroupBy(x => x.Item))
{
var item = itemOutputs.Key;
solver.AddOutputRatio(this, item, itemOutputs, OutputRateFor(item));
// Output links do not need to constrained, since they are already covered by adding
// the input link above.
}
}
internal void AddConstraints(ProductionSolver solver)
{
solver.AddNode(this);
if (rateType == RateType.Manual)
{
solver.AddTarget(this, desiredRate);
}
foreach (var itemInputs in InputLinks.GroupBy(x => x.Item))
{
var item = itemInputs.Key;
solver.AddInputRatio(this, item, itemInputs, inputRateFor(item));
solver.AddInputLink(this, item, itemInputs, inputRateFor(item));
}
foreach (var itemOutputs in OutputLinks.GroupBy(x => x.Item))
{
var item = itemOutputs.Key;
solver.AddOutputRatio(this, item, itemOutputs, outputRateFor(item));
// Output links do not need to constrained, since they are already covered by adding
// the input link above.
}
}
public override float GetUnsatisfiedDemand(Item item)
{
float excessDemand = ConsumptionAmount;
foreach (NodeLink link in InputLinks.Where(l => l.Item == item))
{
excessDemand -= link.Amount;
}
return(excessDemand);
}
public double ForwardPass(double input)
{
if (Equals(_type, NeuronType.Input))
{
return(OutputData = InputData = input);
}
InputData = InputLinks.Select(s => s.Source.OutputData * s.Weight).Sum() + _bias;
return(OutputData = Activation.Invoke(InputData));
}
private void mmFkTranslateLineToLy_Click(object sender, EventArgs e)
{
try
{
InputLinks links = new InputLinks();
links.InitText(Common.Env.LinkingEditorGlobalLyText);
DialogResult dr = links.ShowDialog(MainForm.MForm);
if (dr != DialogResult.OK)
{
return;
}
string txt = "";
int[] ss = Disp.GetSensorSizes();
int base_pixel = 0;
for (int s = 0; s < ss.Length; s++)
{
txt += "s" + (s + 1) + ":2" + serv.Endl;
int len = ss[s];
int pix_step = len / 3;
for (int pix = 0; pix <= len; pix += pix_step)
{
double global_pix = Disp.GetLyByLocalPixel(s, pix);
txt += (base_pixel + pix) + "-" + Math.Round(links.Disp.GetLyByLocalPixel(0, global_pix), 5) + " #synt" + serv.Endl;
}
txt += serv.Endl;
base_pixel += ss[s];
}
dr = MessageBox.Show(MainForm.MForm,
Common.MLS.Get(MLSConst, "Запомнить конфигурацию линеек?"),//"Apply new linking matrix?"),
Common.MLS.Get(MLSConst, "Конфигурация линеек."),
MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (dr == DialogResult.Yes)
{
Common.Env.LinkingEditorLinePixelText = tbLinks.Text;
}
tbLinks.Text = txt;
}
catch (Exception ex)
{
Common.Log(ex);
}
}
public virtual bool CheckDetermined()
{
return(Determined = (InputLinks.All(link => link.LinkedTo == null || link.LinkedTo.HolderPanel.Determined)));
}
public List <double> GetInputWeights()
{
return(InputLinks.Select(link => link.Weight).ToList());
}
