public Match Matches(string input, Hashtable vars, CSharpToolbox csToolbox)
{
Match match = new Match();
if (this.regex.IsMatch(input))
{
//copy shortTermMemory vars to inputVars
Hashtable inputVars = new Hashtable();
foreach (object key in vars.Keys)
{
inputVars[key] = vars[key];
}
//captures the variables and adds them to the inputVars object
this.CaptureVars(input, inputVars);
if (csToolbox.ExecuteCondition(this.inputId, inputVars))
{
double noise = InputRecognizer.random.NextDouble() * 0.0001;
double usageBonus = (0.01 / (this.usageCount + 1)); //goes lower the more it's used
double cf = 0;
if (this.length == 0) //is this ever true? yes, when input is *
{
cf = usageBonus + noise + 0.0001;
}
else
{
cf = usageBonus + noise + (this.length / (double)input.Length);
}
match.InputRecognizer = this;
match.Vars = inputVars;
match.ConfidenceFactor = cf;
}
} //if(this.regex.IsMatch(input))
return(match);
} //Matches(string input)
private void initializeCSToolbox()
{
this.csToolbox = new CSharpToolbox();
this.csToolbox.OnCompileError += new Conversive.Verbot5.CSharpToolbox.CompileError(csToolbox_OnCompileError);
this.csToolbox.OnCompileWarning += new Conversive.Verbot5.CSharpToolbox.CompileWarning(csToolbox_OnCompileWarning);
}
public Match Matches(string input, Hashtable vars, CSharpToolbox csToolbox)
{
Match match = new Match();
if(this.regex.IsMatch(input))
{
//copy shortTermMemory vars to inputVars
Hashtable inputVars = new Hashtable();
foreach(object key in vars.Keys)
inputVars[key] = vars[key];
//captures the variables and adds them to the inputVars object
this.CaptureVars(input, inputVars);
if(csToolbox.ExecuteCondition(this.inputId, inputVars))
{
double noise = InputRecognizer.random.NextDouble() * 0.0001;
double usageBonus = (0.01 / (this.usageCount + 1));//goes lower the more it's used
double cf = 0;
if(this.length == 0)//is this ever true? yes, when input is *
cf = usageBonus + noise + 0.0001;
else
cf = usageBonus + noise + (this.length / (double)input.Length);
match.InputRecognizer = this;
match.Vars = inputVars;
match.ConfidenceFactor = cf;
}
}//if(this.regex.IsMatch(input))
return match;
}
private void initializeCSToolbox()
{
this.csToolbox = new CSharpToolbox();
this.csToolbox.OnCompileError += new Conversive.Verbot5.CSharpToolbox.CompileError(csToolbox_OnCompileError);
this.csToolbox.OnCompileWarning += new Conversive.Verbot5.CSharpToolbox.CompileWarning(csToolbox_OnCompileWarning);
}