private void redrawAlleleAndGenotypeControls(int numDominant, int numRecessive)
{
StringBuilder sb;
// Build a string out of the dominant allele symbols and display it
sb = new StringBuilder($"{{ {_dominantAlleles[0].Symbol}");
for (int a = 1; a < numDominant; ++a)
sb.Append($", {_dominantAlleles[a].Symbol}");
sb.Append(" }");
DominantSetLbl.Text = sb.ToString();
// Build a string out of the recessive allele symbols and display it
sb = new StringBuilder($"{{ {_recessiveAlleles[0].Symbol}");
for (int a = 1; a < numRecessive; ++a)
sb.Append($", {_recessiveAlleles[a].Symbol}");
sb.Append(" }");
RecessiveSetLbl.Text = sb.ToString();
// Clear old count controls
HeteroGrpbox.Controls.Clear();
HomoGrpbox.Controls.Clear();
AlleleCheckPanel.Controls.Clear();
OutputChart.Series.Clear();
OutputDgv.Columns.Clear();
// Get all possible Alleles and associate them with Controls
int numAlleles = numDominant + numRecessive;
Allele[] everyAllele = _dominantAlleles.Take(numDominant).Union(_recessiveAlleles.Take(numRecessive)).ToArray();
ChartArea _alleleArea = OutputChart.ChartAreas[0];
_series = new Dictionary<Allele, Series>(numAlleles);
_dgvColumns = new Dictionary<Allele, DataGridViewColumn>(numAlleles);
OutputDgv.Columns.Add(GenerationCol);
for (int a = 0; a < numAlleles; ++a) {
Allele allele = everyAllele[a];
// Chart series
Series s = new Series(allele.Symbol) {
ChartArea = _alleleArea.Name,
ChartType = SeriesChartType.Line,
//MarkerStyle = MARKER_STYLES[a],
};
_series.Add(allele, s);
OutputChart.Series.Add(s);
// DataGridViewColumns
DataGridViewColumn col = new DataGridViewTextBoxColumn() {
Name = $"AlleleFreqCol{a}",
HeaderText = allele.Symbol,
ReadOnly = true,
SortMode = DataGridViewColumnSortMode.NotSortable,
};
_dgvColumns.Add(everyAllele[a], col);
OutputDgv.Columns.Add(col);
// Checkboxes
AlleleCheckPrefab prefab = new AlleleCheckPrefab(allele, _series[allele], _dgvColumns[allele], a);
prefab.AddToContainer(AlleleCheckPanel);
}
// Define all possible Genotypes and give them a default initial count in the population
_homoCounts = new GenotypeCount[numAlleles];
_heteroCounts = new GenotypeCount[numAlleles, numAlleles];
for (int ca = 0; ca < numAlleles; ++ca) { // ca = col allele
// Homozygotes
Genotype homoGenotype = new Genotype(everyAllele[ca]);
GenotypeCount h**o = new GenotypeCount() { Genotype = homoGenotype, Count = DEFAULT_COUNT };
_homoCounts[ca] = h**o;
GenotypeCountPrefab homoPrefab = new GenotypeCountPrefab(h**o, ca, 0);
homoPrefab.AddToContainer(HomoGrpbox);
// Heterozygotes
for (int ra = ca + 1; ra < numAlleles; ++ra) { // ra = row allele
Genotype heteroGenotype = new Genotype(everyAllele[ca], everyAllele[ra]);
GenotypeCount hetero = new GenotypeCount() { Genotype = heteroGenotype, Count = DEFAULT_COUNT };
_heteroCounts[ra, ca] = hetero;
GenotypeCountPrefab heteroPrefab = new GenotypeCountPrefab(hetero, ra, ca);
heteroPrefab.AddToContainer(HeteroGrpbox);
}
}
}
// CONSTRUCTORS
public GenotypeCountPrefab(GenotypeCount data, int row, int col)
{
_dataBS = new BindingSource(data, null);
build(row, col);
}
