static public void DemoBackwardChainWithNullMemory()
{
RuleInferenceEngine rie = getInferenceEngine();
Console.WriteLine("Infer with All Facts Cleared:");
rie.ClearFacts();
List <Clause> unproved_conditions = new List <Clause>();
Clause conclusion = null;
while (conclusion == null)
{
conclusion = rie.Infer("vehicle", unproved_conditions);
if (conclusion == null)
{
if (unproved_conditions.Count == 0)
{
break;
}
Clause c = unproved_conditions[0];
Console.WriteLine("ask: " + c + "?");
unproved_conditions.Clear();
Console.WriteLine("What is " + c.Variable + "?");
String value = Console.ReadLine();
rie.AddFact(new ClauseIs(c.Variable, value));
}
}
Console.WriteLine("Conclusion: " + conclusion);
Console.WriteLine("Memory: ");
Console.WriteLine("{0}", rie.Facts);
}
static void Main(string[] args)
{
RuleInferenceEngine ruleInferenceEngine = new RuleInferenceEngine();
Rule rule = new Rule("seo_hard_freelancer");
rule.AddAntecedents(new GreaterEqualClause("experience", "4"));
rule.AddAntecedents(new IsClause("type", "SEO"));
rule.Consequent = new BaseClause("freelancer", "Oleg");
ruleInferenceEngine.Rules.Add(rule);
rule = new Rule("seo_easy_freelancer");
rule.AddAntecedents(new LessClause("experience", "4"));
rule.AddAntecedents(new IsClause("type", "SEO"));
rule.Consequent = new BaseClause("freelancer", "Ivan");
ruleInferenceEngine.Rules.Add(rule);
List <BaseClause> unproved_conditions = new List <BaseClause>();
Console.WriteLine("Write freencer experience:");
ruleInferenceEngine.AddFact(new IsClause("type", Console.ReadLine()));
ruleInferenceEngine.AddFact(new IsClause("experience", Console.ReadLine()));
BaseClause conclusion = ruleInferenceEngine.Infer("freelancer", unproved_conditions);
Console.WriteLine("Conclusion: " + conclusion);
}
private static RuleInferenceEngine GetInferenceEngine()
{
var rie = new RuleInferenceEngine();
//Put rules here
var positiveRule = new Rule("Positief");
positiveRule.AddAntecedent(new GEClause("gewogen_gemiddelde", "16"));
positiveRule.AddAntecedent(new GEClause("competenties", "6"));
positiveRule.AddAntecedent(new GEClause("capaciteiten", "6"));
positiveRule.AddAntecedent(new GEClause("intr. Motivatie", "7"));
positiveRule.AddAntecedent(new GEClause("extr. Motivatie", "7"));
positiveRule.AddAntecedent(new IsClause("is_mbo_deficient", "Nee"));
positiveRule.AddAntecedent(new IsClause("Persoonlijk 'bijspijker'-advies", "0"));
positiveRule.AddAntecedent(new IsClause("reden_stoppen", ""));
positiveRule.setConsequent(new IsClause("advies", "Positief"));
rie.AddRule(positiveRule);
var doubtRule = new Rule("Twijfel");
doubtRule.AddAntecedent(new GEClause("gewogen_gemiddelde", "12"));
doubtRule.AddAntecedent(new LEClause("gewogen_gemiddelde", "15"));
doubtRule.AddAntecedent(new IsClause("competenties", "5"));
doubtRule.AddAntecedent(new IsClause("capaciteiten", "5"));
doubtRule.AddAntecedent(new IsClause("intr. Motivatie", "5"));
doubtRule.AddAntecedent(new IsClause("extr. Motivatie", "5"));
doubtRule.AddAntecedent(new IsClause("Persoonlijk 'bijspijker'-advies", "1"));
doubtRule.AddAntecedent(new IsClause("reden_stoppen", "Uitgeschreven voor opleiding."));
doubtRule.setConsequent(new IsClause("advies", "Twijfel"));
rie.AddRule(doubtRule);
var negativeRule = new Rule("Negatief");
negativeRule.AddAntecedent(new LEClause("gewogen_gemiddelde", "11"));
negativeRule.AddAntecedent(new LEClause("competenties", "4"));
negativeRule.AddAntecedent(new LEClause("capaciteiten", "4"));
negativeRule.AddAntecedent(new LEClause("intr. Motivatie", "4"));
negativeRule.AddAntecedent(new LEClause("extr. Motivatie", "4"));
negativeRule.AddAntecedent(new IsClause("Persoonlijk 'bijspijker'-advies", "0"));
negativeRule.AddAntecedent(new IsClause("reden_stoppen", "Uitgeschreven voor opleiding."));
negativeRule.setConsequent(new IsClause("advies", "Negatief"));
rie.AddRule(negativeRule);
return(rie);
}
static public void TestBackwardChain()
{
RuleInferenceEngine rie = getInferenceEngine();
rie.AddFact(new ClauseIs("num_wheels", "4"));
rie.AddFact(new ClauseIs("motor", "yes"));
rie.AddFact(new ClauseIs("num_doors", "3"));
rie.AddFact(new ClauseIs("size", "medium"));
Console.WriteLine("Infer: vehicle");
List <Clause> unproved_conditions = new List <Clause>();
Clause conclusion = rie.Infer("vehicle", unproved_conditions);
Console.WriteLine("Conclusion: " + conclusion);
Debug.Assert(conclusion.Value == MiniVan);
}
static public void TestForwardChain()
{
RuleInferenceEngine rie = getInferenceEngine();
rie.AddFact(new ClauseIs("num_wheels", "4"));
rie.AddFact(new ClauseIs("motor", "yes"));
rie.AddFact(new ClauseIs("num_doors", "3"));
rie.AddFact(new ClauseIs("size", "medium"));
Console.WriteLine("before inference");
Console.WriteLine("{0}", rie.Facts);
Console.WriteLine("");
rie.Infer(); //forward chain
Console.WriteLine("after inference");
Console.WriteLine("{0}", rie.Facts);
Console.WriteLine("");
Debug.Assert(rie.Facts.Count == 6);
}
public void TestForwardChain()
{
RuleInferenceEngine rie = getInferenceEngine();
rie.AddFact(new IsClause("num_wheels", "4"));
rie.AddFact(new IsClause("motor", "yes"));
rie.AddFact(new IsClause("num_doors", "3"));
rie.AddFact(new IsClause("size", "medium"));
console.WriteLine("before inference");
console.WriteLine("{0}", rie.Facts);
console.WriteLine("");
rie.Infer(); //forward chain
console.WriteLine("after inference");
console.WriteLine("{0}", rie.Facts);
console.WriteLine("");
Assert.Equal(6, rie.Facts.Count);
}
private static void ReadStudentRecords()
{
var csv = new CsvReader(File.OpenText("Intakes.csv"));
var records = csv.GetRecords <StudentInfo>();
foreach (StudentInfo record in records)
{
if (record.gewogen_gemiddelde == "")
{
record.gewogen_gemiddelde = "0";
}
RuleInferenceEngine rie = GetInferenceEngine();
rie.AddFact(new IsClause("gewogen_gemiddelde", record.gewogen_gemiddelde));
rie.AddFact(new IsClause("competenties", record.competenties));
rie.AddFact(new IsClause("capaciteiten", record.capaciteiten));
rie.AddFact(new IsClause("intr. Motivatie", record.intr_motivatie));
rie.AddFact(new IsClause("extr. Motivatie", record.extr_motivatie));
rie.AddFact(new IsClause("is_mbo_deficient", record.is_mbo_deficient));
rie.AddFact(new IsClause("Persoonlijk 'bijspijker'-advies", record.persoonlijk_bijspijker_advies));
rie.AddFact(new IsClause("Aanmelden voor verkort opleidingstraject", record.Aanmelden_voor_verkort_opleidingstraject));
rie.AddFact(new IsClause("reden_stoppen", record.reden_stoppen));
List <Clause> unproved_conditions = new List <Clause>();
var conclusion = rie.Infer("advies", unproved_conditions);
if (conclusion != null)
{
Console.WriteLine($"{record.studentnummer}: {conclusion.Value}");
}
else
{
Console.WriteLine($"Could not generate advice for student {record.studentnummer}");
}
}
}
static private RuleInferenceEngine getInferenceEngine()
{
RuleInferenceEngine rie = new RuleInferenceEngine();
Rule rule = new Rule(Bicycle);
rule.AddAntecedent(new ClauseIs("vehicleType", "cycle"));
rule.AddAntecedent(new ClauseIs("num_wheels", "2"));
rule.AddAntecedent(new ClauseIs("motor", "no"));
rule.Consequent = new ClauseIs("vehicle", Bicycle);
rie.AddRule(rule);
rule = new Rule(Tricycle);
rule.AddAntecedent(new ClauseIs("vehicleType", "cycle"));
rule.AddAntecedent(new ClauseIs("num_wheels", "3"));
rule.AddAntecedent(new ClauseIs("motor", "no"));
rule.Consequent = new ClauseIs("vehicle", Tricycle);
rie.AddRule(rule);
rule = new Rule(Motorcycle);
rule.AddAntecedent(new ClauseIs("vehicleType", "cycle"));
rule.AddAntecedent(new ClauseIs("num_wheels", "2"));
rule.AddAntecedent(new ClauseIs("motor", "yes"));
rule.Consequent = new ClauseIs("vehicle", Motorcycle);
rie.AddRule(rule);
rule = new Rule(SportsCar);
rule.AddAntecedent(new ClauseIs("vehicleType", "automobile"));
rule.AddAntecedent(new ClauseIs("size", "medium"));
rule.AddAntecedent(new ClauseIs("num_doors", "2"));
rule.Consequent = new ClauseIs("vehicle", SportsCar);
rie.AddRule(rule);
rule = new Rule(Sedan);
rule.AddAntecedent(new ClauseIs("vehicleType", "automobile"));
rule.AddAntecedent(new ClauseIs("size", "medium"));
rule.AddAntecedent(new ClauseIs("num_doors", "4"));
rule.Consequent = new ClauseIs("vehicle", Sedan);
rie.AddRule(rule);
rule = new Rule(MiniVan);
rule.AddAntecedent(new ClauseIs("vehicleType", "automobile"));
rule.AddAntecedent(new ClauseIs("size", "medium"));
rule.AddAntecedent(new ClauseIs("num_doors", "3"));
rule.Consequent = new ClauseIs("vehicle", MiniVan);
rie.AddRule(rule);
rule = new Rule(SUV);
rule.AddAntecedent(new ClauseIs("vehicleType", "automobile"));
rule.AddAntecedent(new ClauseIs("size", "large"));
rule.AddAntecedent(new ClauseIs("num_doors", "4"));
rule.Consequent = new ClauseIs("vehicle", SUV);
rie.AddRule(rule);
rule = new Rule(Cycle);
rule.AddAntecedent(new ClauseLt("num_wheels", "4"));
rule.Consequent = new ClauseIs("vehicleType", "cycle");
rie.AddRule(rule);
rule = new Rule(Automobile);
rule.AddAntecedent(new ClauseIs("num_wheels", "4"));
rule.AddAntecedent(new ClauseIs("motor", "yes"));
rule.Consequent = new ClauseIs("vehicleType", "automobile");
rie.AddRule(rule);
return(rie);
}
private void ExpertCycle()
{
RuleInferenceEngine rie = AutoRules.getInferenceEngine();
rie.ClearFacts();
List <Clause> unproved_conditions = new List <Clause>();
conclusion = null;
while (conclusion == null)
{
conclusion = rie.Infer("vehicle", unproved_conditions);
if (conclusion == null)
{
if (unproved_conditions.Count == 0)
{
break;
}
Clause c = unproved_conditions[0];
number_value = false;
for (int i = 0; i < rie.m_rules.Count(); i++)
{
if (number_value == true)
{
break;
}
for (int j = 0; j < rie.m_rules[i].m_antecedents.Count(); j++)
{
if (rie.m_rules[i].m_antecedents[j].Variable == c.Variable)
{
if (rie.m_rules[i].m_antecedents[j].Condition != "=")
{
number_value = true;
break;
}
else
{
if (!answers_list.Contains(rie.m_rules[i].m_antecedents[j].Value))
{
answers_list.Add(rie.m_rules[i].m_antecedents[j].Value);
}
}
}
}
}
if (number_value)
{
question = "У данного ТС сколько " + c.Variable + "?";
}
else
{
question = "У данного ТС " + c.Variable + "?";
}
//Console.WriteLine("ask: " + c + "?");
//question = "What is " + c.Variable + "?";
readyEvent.Set();
nextEvent.Reset();
unproved_conditions.Clear();
nextEvent.WaitOne();
answers_list.Clear();
//Console.WriteLine("What is " + c.Variable + "?");
String value = answer;//Console.ReadLine();
rie.AddFact(new IsClause(c.Variable, value));
}
}
readyEvent.Set();
finished = true;
//Console.WriteLine("Conclusion: " + conclusion);
//Console.WriteLine("Memory: ");
//Console.WriteLine("{0}", rie.Facts);
//Console.ReadLine();
}
private RuleInferenceEngine getInferenceEngine()
{
RuleInferenceEngine rie = new RuleInferenceEngine();
Rule rule = new Rule("Bicycle");
rule.AddAntecedent(new IsClause("vehicleType", "cycle"));
rule.AddAntecedent(new IsClause("num_wheels", "2"));
rule.AddAntecedent(new IsClause("motor", "no"));
rule.setConsequent(new IsClause("vehicle", "Bicycle"));
rie.AddRule(rule);
rule = new Rule("Tricycle");
rule.AddAntecedent(new IsClause("vehicleType", "cycle"));
rule.AddAntecedent(new IsClause("num_wheels", "3"));
rule.AddAntecedent(new IsClause("motor", "no"));
rule.setConsequent(new IsClause("vehicle", "Tricycle"));
rie.AddRule(rule);
rule = new Rule("Motorcycle");
rule.AddAntecedent(new IsClause("vehicleType", "cycle"));
rule.AddAntecedent(new IsClause("num_wheels", "2"));
rule.AddAntecedent(new IsClause("motor", "yes"));
rule.setConsequent(new IsClause("vehicle", "Motorcycle"));
rie.AddRule(rule);
rule = new Rule("SportsCar");
rule.AddAntecedent(new IsClause("vehicleType", "automobile"));
rule.AddAntecedent(new IsClause("size", "medium"));
rule.AddAntecedent(new IsClause("num_doors", "2"));
rule.setConsequent(new IsClause("vehicle", "Sports_Car"));
rie.AddRule(rule);
rule = new Rule("Sedan");
rule.AddAntecedent(new IsClause("vehicleType", "automobile"));
rule.AddAntecedent(new IsClause("size", "medium"));
rule.AddAntecedent(new IsClause("num_doors", "4"));
rule.setConsequent(new IsClause("vehicle", "Sedan"));
rie.AddRule(rule);
rule = new Rule("MiniVan");
rule.AddAntecedent(new IsClause("vehicleType", "automobile"));
rule.AddAntecedent(new IsClause("size", "medium"));
rule.AddAntecedent(new IsClause("num_doors", "3"));
rule.setConsequent(new IsClause("vehicle", "MiniVan"));
rie.AddRule(rule);
rule = new Rule("SUV");
rule.AddAntecedent(new IsClause("vehicleType", "automobile"));
rule.AddAntecedent(new IsClause("size", "large"));
rule.AddAntecedent(new IsClause("num_doors", "4"));
rule.setConsequent(new IsClause("vehicle", "SUV"));
rie.AddRule(rule);
rule = new Rule("Cycle");
rule.AddAntecedent(new LessClause("num_wheels", "4"));
rule.setConsequent(new IsClause("vehicleType", "cycle"));
rie.AddRule(rule);
rule = new Rule("Automobile");
rule.AddAntecedent(new IsClause("num_wheels", "4"));
rule.AddAntecedent(new IsClause("motor", "yes"));
rule.setConsequent(new IsClause("vehicleType", "automobile"));
rie.AddRule(rule);
return(rie);
}
private void btnFuzzy_Click(object sender, EventArgs e)
{
RuleInferenceEngine rie = new RuleInferenceEngine();
FuzzySet output = new FuzzySet("Output", -100, 100, 1);
output.AddMembership("Cooling", new FuzzyReverseGrade(-50, 0));
output.AddMembership("Zero", new FuzzyTriangle(-50, 0, 50));
output.AddMembership("Heating", new FuzzyGrade(0, 50));
rie.AddFuzzySet(output.Name, output);
FuzzySet tempError = new FuzzySet("Temperature Error", -4, 4, 0.05);
tempError.AddMembership("Negative", new FuzzyReverseGrade(-2, 0));
tempError.AddMembership("Zero", new FuzzyTriangle(-2, 0, 2));
tempError.AddMembership("Positive", new FuzzyGrade(0, 2));
rie.AddFuzzySet(tempError.Name, tempError);
FuzzySet tempErrorDot = new FuzzySet("Temperature Error", -10, 10, 0.1);
tempErrorDot.AddMembership("Negative", new FuzzyReverseGrade(-5, 0));
tempErrorDot.AddMembership("Zero", new FuzzyTriangle(-5, 0, 5));
tempErrorDot.AddMembership("Positive", new FuzzyGrade(0, 5));
rie.AddFuzzySet(tempErrorDot.Name, tempErrorDot);
/*
* 1. If (e < 0) AND (er < 0) then Cool 0.5 & 0.0 = 0.0
* 2. If (e = 0) AND (er < 0) then Heat 0.5 & 0.0 = 0.0
* 3. If (e > 0) AND (er < 0) then Heat 0.0 & 0.0 = 0.0
* 4. If (e < 0) AND (er = 0) then Cool 0.5 & 0.5 = 0.5
* 5. If (e = 0) AND (er = 0) then No_Chng 0.5 & 0.5 = 0.5
* 6. If (e > 0) AND (er = 0) then Heat 0.0 & 0.5 = 0.0
* 7. If (e < 0) AND (er > 0) then Cool 0.5 & 0.5 = 0.5
* 8. If (e = 0) AND (er > 0) then Cool 0.5 & 0.5 = 0.5
* 9. If (e > 0) AND (er > 0) then Heat 0.0 & 0.5 = 0.0
*/
Rule rule = new Rule("Rule 1");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 2");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Fuzzy.Rule("Rule 3");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Rule("Rule 4");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 5");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Zero");
rie.AddRule(rule);
rule = new Rule("Rule 6");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Rule("Rule 7");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 8");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 9");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
tempError.X = -1.0;
Console.WriteLine("For Temperature Error: {0}", tempError.X);
Console.WriteLine("Negative: " + tempError.GetMembership("Negative").degree(-1.0));
Console.WriteLine("Zero: " + tempError.GetMembership("Zero").degree(-1.0));
Console.WriteLine("Positive: " + tempError.GetMembership("Positive").degree(-1.0));
tempErrorDot.X = 2.5;
Console.WriteLine("For Temperature Error Dot: {0}", tempErrorDot.X);
Console.WriteLine("Negative: " + tempErrorDot.GetMembership("Negative").degree(2.5));
Console.WriteLine("Zero: " + tempErrorDot.GetMembership("Zero").degree(2.5));
Console.WriteLine("Positive: " + tempErrorDot.GetMembership("Positive").degree(2.5));
rie.Infer(output);
Console.WriteLine("output: " + output.X);
FrmFuzzySet tempCanvas = new FrmFuzzySet("Output", output);
FrmFuzzySet tempErrorCanvas = new FrmFuzzySet("Temp Error", tempError);
FrmFuzzySet tempErrorDotCanvas = new FrmFuzzySet("Temp Error Dot", tempErrorDot);
tempCanvas.Show();
tempErrorCanvas.Show();
tempErrorDotCanvas.Show();
}
public void Run()
{
RuleInferenceEngine rie = new RuleInferenceEngine();
FuzzySet output = new FuzzySet("Output", -100, 100, 1);
output.AddMembership("Cooling", new FuzzyReverseGrade(-50, 0));
output.AddMembership("Zero", new FuzzyTriangle(-50, 0, 50));
output.AddMembership("Heating", new FuzzyGrade(0, 50));
rie.AddFuzzySet(output.Name, output);
FuzzySet tempError = new FuzzySet("Temperature Error", -4, 4, 0.05);
tempError.AddMembership("Negative", new FuzzyReverseGrade(-2, 0));
tempError.AddMembership("Zero", new FuzzyTriangle(-2, 0, 2));
tempError.AddMembership("Positive", new FuzzyGrade(0, 2));
rie.AddFuzzySet(tempError.Name, tempError);
FuzzySet tempErrorDot = new FuzzySet("Temperature Error", -10, 10, 0.1);
tempErrorDot.AddMembership("Negative", new FuzzyReverseGrade(-5, 0));
tempErrorDot.AddMembership("Zero", new FuzzyTriangle(-5, 0, 5));
tempErrorDot.AddMembership("Positive", new FuzzyGrade(0, 5));
rie.AddFuzzySet(tempErrorDot.Name, tempErrorDot);
/*
* 1. If (e < 0) AND (er < 0) then Cool 0.5 & 0.0 = 0.0
* 2. If (e = 0) AND (er < 0) then Heat 0.5 & 0.0 = 0.0
* 3. If (e > 0) AND (er < 0) then Heat 0.0 & 0.0 = 0.0
* 4. If (e < 0) AND (er = 0) then Cool 0.5 & 0.5 = 0.5
* 5. If (e = 0) AND (er = 0) then No_Chng 0.5 & 0.5 = 0.5
* 6. If (e > 0) AND (er = 0) then Heat 0.0 & 0.5 = 0.0
* 7. If (e < 0) AND (er > 0) then Cool 0.5 & 0.5 = 0.5
* 8. If (e = 0) AND (er > 0) then Cool 0.5 & 0.5 = 0.5
* 9. If (e > 0) AND (er > 0) then Heat 0.0 & 0.5 = 0.0
*/
Rule rule = new Rule("Rule 1");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 2");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Rule("Rule 3");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Negative"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Rule("Rule 4");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 5");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Zero");
rie.AddRule(rule);
rule = new Rule("Rule 6");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Zero"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
rule = new Rule("Rule 7");
rule.AddAntecedent(new Clause(tempError, "Is", "Negative"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 8");
rule.AddAntecedent(new Clause(tempError, "Is", "Zero"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Cooling");
rie.AddRule(rule);
rule = new Rule("Rule 9");
rule.AddAntecedent(new Clause(tempError, "Is", "Positive"));
rule.AddAntecedent(new Clause(tempErrorDot, "Is", "Positive"));
rule.Consequent = new Clause(output, "Is", "Heating");
rie.AddRule(rule);
tempError.X = -1.0;
WriteLine("For Temperature Error: {0}", tempError.X);
WriteLine("Negative: " + tempError.GetMembership("Negative").degree(-1.0));
WriteLine("Zero: " + tempError.GetMembership("Zero").degree(-1.0));
WriteLine("Positive: " + tempError.GetMembership("Positive").degree(-1.0));
tempErrorDot.X = 2.5;
WriteLine("For Temperature Error Dot: {0}", tempErrorDot.X);
WriteLine("Negative: " + tempErrorDot.GetMembership("Negative").degree(2.5));
WriteLine("Zero: " + tempErrorDot.GetMembership("Zero").degree(2.5));
WriteLine("Positive: " + tempErrorDot.GetMembership("Positive").degree(2.5));
rie.Infer(output);
WriteLine("output: " + output.X);
/*
* Application.EnableVisualStyles();
* Application.SetCompatibleTextRenderingDefault(false);
*
*
* FrmFuzzySet tempCanvas = new FrmFuzzySet("Output", output);
* FrmFuzzySet tempErrorCanvas = new FrmFuzzySet("Temp Error", tempError);
* FrmFuzzySet tempErrorDotCanvas = new FrmFuzzySet("Temp Error Dot", tempErrorDot);
*
* SimpleUI.Instance.Display(tempCanvas);
* SimpleUI.Instance.Display(tempErrorCanvas);
* SimpleUI.Instance.Display(tempErrorDotCanvas);
*
* Application.Run(SimpleUI.Instance.View);*/
}
public ActionResult PostAnswers(QuestionsViewModel model)
{
var contentType = TouristicContentType.Tour;
switch (model.QuestionGroupId.ToString())
{
case Service.Constants.TourGuid:
contentType = TouristicContentType.Tour;
break;
case Service.Constants.ExcursionGuid:
contentType = TouristicContentType.Excursion;
break;
case Service.Constants.EventGuid:
contentType = TouristicContentType.Event;
break;
case WebApplication1.Service.Constants.HotelGuid:
contentType = TouristicContentType.Hotel;
break;
case WebApplication1.Service.Constants.RestaurantGuid:
contentType = TouristicContentType.Restaurant;
break;
}
var dbContext = new ApplicationDbContext();
var qg = dbContext.QuestionGroups.Find(model.QuestionGroupId);
List <Question> questions;
var serializerQuestion = new XmlSerializer(typeof(List <Question>));
using (var reader = new StringReader(qg.QuestionsXml))
{
questions = (List <Question>)serializerQuestion.Deserialize(reader);
}
var selectedAnswers = new List <Answer>();
var index = 0;
foreach (var q in questions)
{
foreach (var a in q.Answers)
{
if (a.AnswerText == model.SelectedAnswers[index])
{
selectedAnswers.Add(a);
break;
}
}
index++;
}
List <Rule> rules;
var serializerRule = new XmlSerializer(typeof(List <Rule>));
using (var reader = new StringReader(qg.RulesXml))
{
rules = (List <Rule>)serializerRule.Deserialize(reader);
}
var rie = new RuleInferenceEngine();
rie.Rules = rules;
foreach (var a in selectedAnswers)
{
foreach (var c in a.AnswerFactsList)
{
rie.Facts.AddFact(c);
}
}
rie.Infer();
var tags =
rie.WorkingMemory.Facts.Where(f => f.Variable == Service.Constants.ResultTag)
.ToList()
.Select(x => x.Value)
.ToList();
var contents = dbContext.TouristicContents.Where(x => tags.Contains(x.LogicalTag) && x.TouristicContentType == contentType).ToList();
var result = string.Empty;
var userId = User.Identity.GetUserId();
if (contents.Any())
{
var urlHelper = new UrlHelper(Request.RequestContext);
var allContentsString = contents.Select(x =>
$"<a href='{urlHelper.Action("ViewTouristicContent", "Smart", new {id = x.ID})}'>{x.Name}</a>")
.ToList();
result += $"Рекомендуемые результаты:<br>{string.Join("<br>", allContentsString)}";
}
else
{
result = "В базе Smart-системы отсутствует подходящий контент, пожалуйста, воспользуйтесь общим каталогом.";
}
var interviewResult = dbContext.InterviewResults.Add(new InterviewResult
{
UserId = userId,
Date = DateTime.Now,
Results = result
});
dbContext.SaveChanges();
return(RedirectToAction("SmartResults", new { resultsId = interviewResult.ID }));
}
