use of com.sri.ai.praise.other.integration.proceduralattachment.api.Procedure in project aic-praise by aic-sri-international.
the class HOGMMultiQueryProblemSolverTest method linearRealArithmeticOnPosition.
@Test
public void linearRealArithmeticOnPosition() {
String model = "random position : Real; // real, unobserved position of an object\n" + "random observedPosition : Real; // observed, noisy position of the same object\n" + "random event : Boolean;\n" + "random external : 1..5;\n" + "random alpha : Real;\n" + "\n" + "random internal1 : 1..5;\n" + "\n" + "random internal2 : 1..5;\n" + "\n" + "internal1 = internal2 - 2;\n" + "internal2 = external - 1;\n" + "\n" + "// p(position) proportional to inverted parabola around 0 + 10\n" + "if position > -10 and position < 10\n" + " then -position^2 + 100\n" + " else 0;\n" + "\n" + "// p(observedPosition | position) proportional to parabola around position + 1\n" + "if observedPosition - position > -1 and observedPosition - position < 1\n" + " then -(observedPosition - position)^2 + 1\n" + " else 0;\n" + "\n" + "// observed position is between 4 and 5; note that zero-mass events such as observedPosition = 4 will not work currently\n" + "observedPosition > 4 and observedPosition < 5;\n" + "\n" + "// event of position being between 3 and 6 has probability 1; anything shorter has probability less than 1\n" + "event <=> position > 3 and position < 6;\n" + "";
String query1 = "event";
String query2 = "internal1";
String query3 = "alpha";
HOGMMultiQueryProblemSolver solver = new HOGMMultiQueryProblemSolver(model, list(query1, query2, query3));
ProceduralAttachments proceduralAttachments = new DefaultProceduralAttachments(map("external", (Procedure) p -> 5, "alpha", (Procedure) p -> 0.8));
solver.setProceduralAttachments(proceduralAttachments);
List<HOGMProblemResult> results = solver.getResults();
assertEquals(3, results.size());
HOGMProblemResult result = getFirst(results);
result.getErrors().stream().forEach(e -> println(e));
Expression resultValue = result.getResult();
println(resultValue);
println("Explanation");
println(result.getExplanation());
assertFalse(result.hasErrors());
assertEquals(parse("if event then 1 else 0"), result.getResult());
result = results.get(1);
result.getErrors().stream().forEach(e -> println(e));
resultValue = result.getResult();
println(resultValue);
println("Explanation");
println(result.getExplanation());
assertFalse(result.hasErrors());
assertEquals(parse("if internal1 = 2 then 1 else 0"), result.getResult());
// TODO: BUGGY
// result = results.get(2);
// result.getErrors().stream().forEach(e -> println(e));
// resultValue = result.getResult();
// println(resultValue);
// println("Explanation");
// println(result.getExplanation());
// assertFalse(result.hasErrors());
// assertEquals(parse("if alpha = 0.8 then 1 else 0"), result.getResult());
}
use of com.sri.ai.praise.other.integration.proceduralattachment.api.Procedure in project aic-praise by aic-sri-international.
the class HOGMQueryTask method call.
@Override
public HOGMProblemResult call() {
final AtomicReference<HOGMProblemResult> result = new AtomicReference<>();
PRAiSEController.computeExpressionWithDesiredPrecision(() -> {
solver = new HOGMMultiQueryProblemSolver(model, query);
ProceduralAttachments proceduralAttachments = new DefaultProceduralAttachments(map("ultimateAnswer", (Procedure) p -> 42));
solver.setProceduralAttachments(proceduralAttachments);
List<HOGMProblemResult> queryResults = solver.getResults();
if (queryResults.size() == 1) {
HOGMProblemResult queryResult = queryResults.get(0);
if (queryResult.hasErrors()) {
result.set(queryResult);
} else {
Expression answer = solver.simplifyAnswer(queryResult.getResult(), queryResult.getQueryExpression());
result.set(new HOGMProblemResult(queryResult.getQueryString(), queryResult.getQueryExpression(), queryResult.getParsedModel(), answer, queryResult.getMillisecondsToCompute()));
}
}
});
return result.get();
}
use of com.sri.ai.praise.other.integration.proceduralattachment.api.Procedure in project aic-praise by aic-sri-international.
the class ExpressionFactorNetwork method makeProceduralAttachmentExpressionFactor.
private static ProceduralAttachmentExpressionFactor makeProceduralAttachmentExpressionFactor(Entry<String, Procedure> variableNameAndProcedure, Context context) {
DefaultExpressionVariable variable = makeVariable(variableNameAndProcedure);
Procedure procedure = variableNameAndProcedure.getValue();
ProceduralAttachmentExpressionFactor result = new ProceduralAttachmentExpressionFactor(variable, procedure, context);
return result;
}
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