private static SymbolicTransform GenerateOneTimesXToXTransform()
{
var constraint = new BasicSymbolicConstraint(
s => s.Type == SymbolType.Multiplication,
new BasicSymbolicConstraint[] {
new BasicSymbolicConstraint(
s => s.Type == SymbolType.Number && (Number)s == Numbers.One),
new BasicSymbolicConstraint()
}
);
var varName = "value";
var inputMap = new SymbolMap(
new SymbolMap[]
{
new SymbolMap(), // placeholder for left part
new SymbolMap(new SymbolName(varName))
}
);
var context = inputMap.GenerateContext();
var outputExpression = new Variable(varName);
var outputFunction = new Function(outputExpression, context);
return(SymbolicTransform.New(constraint, inputMap, outputFunction));
}
private static SymbolicTransform GenerateAdditionForceValuesLeftTransform()
{
// constraint where value is on the right, and
// some non-left subtree is on the left
var constraint = new BasicSymbolicConstraint(
s => s.Type == SymbolType.Addition,
new BasicSymbolicConstraint[] {
new BasicSymbolicConstraint(
s => !s.Type.IsValue()
),
new BasicSymbolicConstraint(
s => s.Type.IsValue()
)
}
);
var leftName = "left";
var rightName = "right";
var inputMap = new SymbolMap(new SymbolMap[]
{
new SymbolMap(new SymbolName(leftName)),
new SymbolMap(new SymbolName(rightName))
});
var context = inputMap.GenerateContext();
var outputExpression = new Addition(
new Variable(rightName),
new Variable(leftName)
);
var outputFunction = new Function(outputExpression, context);
return(SymbolicTransform.New(constraint, inputMap, outputFunction));
}
