Calculate()
{
Semantics semantics = new Semantics(this);
FormulaParser.Parser fp = new FP.Parser(Formula, semantics);
fp.Parse();
_value = fp.Result;
Dirty = false;
}
public Expression BuildExpression(string input, Expression baseExpression)
{
var scanner = new Scanner(new MemoryStream(Encoding.UTF8.GetBytes(input)));
var parser = new Parser(scanner);
parser.BaseExpression = baseExpression;
parser.Parse();
return parser.Output;
}
FindParents()
{
HashSet <FP.RangeToken> dependencies = new HashSet <FP.RangeToken>();
Semantics semantics = new Semantics(this, dependencies);
FP.Parser fp = new FormulaParser.Parser(Formula, semantics);
fp.Parse();
foreach (FP.RangeToken r in dependencies)
{
_parents.Add(r.Value);
}
}
CalculateValues()
{
Cream.Network network = new Cream.Network();
foreach (KeyValuePair <string, Cell> kvp in _cells)
{
kvp.Value.Variable = new Cream.IntVariable(network, kvp.Key);
}
foreach (KeyValuePair <string, Cell> kvp in _cells)
{
CP.Semantics semantics =
new CP.Semantics(kvp.Value, _cells, network, _spreadSheet);
FP.Parser fp = new FP.Parser(kvp.Value.Formula, semantics);
fp.Parse();
}
Cream.Solver solver = new Cream.DefaultSolver(network);
_lastSolution = solver.FindFirst();
}
private void FindParents()
{
HashSet<FP.RangeToken> dependencies = new HashSet<FP.RangeToken>();
Semantics semantics = new Semantics(this, dependencies);
FP.Parser fp = new FormulaParser.Parser(Formula, semantics);
fp.Parse();
foreach(FP.RangeToken r in dependencies) {
_parents.Add(r.Value);
}
}
public void Calculate()
{
Semantics semantics = new Semantics(this);
FormulaParser.Parser fp = new FP.Parser(Formula, semantics);
fp.Parse();
_value = fp.Result;
Dirty = false;
}
/// <summary>
/// Converts the constrained cells to a CSP, and gets the solution
/// from the solver.
/// </summary>
private void CalculateValues()
{
Cream.Network network = new Cream.Network();
foreach(KeyValuePair<string, Cell> kvp in _cells) {
kvp.Value.Variable = new Cream.IntVariable(network, kvp.Key);
}
foreach(KeyValuePair<string, Cell> kvp in _cells) {
CP.Semantics semantics =
new CP.Semantics(kvp.Value, _cells, network, _spreadSheet);
FP.Parser fp = new FP.Parser(kvp.Value.Formula, semantics);
fp.Parse();
}
Cream.Solver solver = new Cream.DefaultSolver(network);
_lastSolution = solver.FindFirst();
}