List <Gene> parseSequence(List <string> sequence, ChromaParameters parameters)
{
var nucleos = parseNucleotides(sequence, parameters);
var genes = parseGenes(nucleos, parameters);
return(genes);
}
static List <Nucleotide> parseNucleotides(List <string> sequence, ChromaParameters parameters)
{
var nucleos = new List <Nucleotide>();
double numNucleos = parameters.paths * parameters.propsPerPath;
var valuesPerNucleo = Math.Floor(sequence.Count / numNucleos);
var leftOvers = sequence.Count - (valuesPerNucleo * numNucleos);
int i = 0;
while (nucleos.Count < numNucleos)
{
var n = new List <string>(); //values to pass to new nucleo
if (i < leftOvers) //when sequence.Count is greater than valuesPerNucleo
{
while (n.Count < valuesPerNucleo + 1) //give extra values to the first few nucleotides
{
n.Add(sequence[i]);
i++;
}
nucleos.Add(new Nucleotide(n));
}
else
{
while (n.Count < valuesPerNucleo)
{
n.Add(sequence[i]);
i++;
}
nucleos.Add(new Nucleotide(n));
}
}
return(nucleos);
}
public Painting(List <Gene> genes, ChromaParameters parameters)
{
var tuples = (from g in genes select g.Interpret(parameters)).ToList();
paths = (from t in tuples select t.Item1).ToList();
paints = (from t in tuples select t.Item2).ToList();
}
public Tuple <Path, Paint> Interpret(ChromaParameters parameters)
{
var nq = nucleotides.ToQueue();
var path = getPath(nq.Dequeue(parameters.propsPerCurve * parameters.curves), parameters);
var paint = getPaint(nq.Dequeue(parameters.propsPerPaint), parameters);
return(new Tuple <Path, Paint>(path, paint));
}
Paint getPaint(Queue <Nucleotide> nq, ChromaParameters parameters)
{
var paint = new Paint();
//set paint properties
paint.style = parameters.getStyle(nq.Dequeue());
paint.argb = parameters.getARGB(nq.Dequeue(4));
paint.strokeWidth = parameters.getStrokeWidth(nq.Dequeue());
return(paint);
}
Path getPath(Queue <Nucleotide> nq, ChromaParameters parameters)
{
var path = new Path();
while (path.curves.Count < parameters.curves)
{
var curve = parameters.getCurve(nq.Dequeue(parameters.propsPerCurve));
path.curves.Add(curve);
}
return(path);
}
static List <Gene> parseGenes(List <Nucleotide> nucleos, ChromaParameters parameters)
{
var genes = new List <Gene>();
var nucleoQ = nucleos.ToQueue();
parameters.paths.times(p => { //for each path
var n = new List <Nucleotide>(); //to be passed to new Gene
for (int j = 0; j < parameters.propsPerPath; j++)
{
n.Add(nucleoQ.Dequeue());
}
genes.Add(new Gene(n));
});
return(genes);
}
public static Genome RandomGenome(int length, ChromaParameters parameters) => new Genome(RandomSequence(length), parameters);
public Genome(string sequence, ChromaParameters parameters)
{
this.sequence = sequence.chars();
this.parameters = parameters;
genes = parseSequence(this.sequence, parameters);
}
