use of com.opensimulationplatform.core.model.modeldescription.ModelDescription in project osp-validator by open-simulation-platform.
the class ChargeValidatorTest method valid.
@Test
public void valid() {
ModelDescription modelDescription = new ModelDescription();
Charge charge = new Charge();
Variable v1 = new Variable();
v1.setCausality(Variable.Causality.INPUT);
v1.setType(Variable.Type.REAL);
v1.setUnit(new Unit());
Variable v2 = new Variable();
v2.setCausality(v1.getCausality());
v2.setType(v1.getType());
v2.setUnit(v1.getUnit());
charge.setVariables(Arrays.asList(v1, v2));
modelDescription.getCharges().add(charge);
ChargeValidator v = new ChargeValidator();
List<ValidationDiagnostic<Charge>> diagnostics = v.validate(modelDescription);
assertTrue(diagnostics.isEmpty());
}
use of com.opensimulationplatform.core.model.modeldescription.ModelDescription in project osp-validator by open-simulation-platform.
the class VariableGroupsValidatorTest method valid.
@Test
public void valid() {
ModelDescription modelDescription = new ModelDescription();
Force f1 = new Force();
Variable v1 = new Variable();
Unit u1 = new Unit();
u1.setExponent(Unit.Exponent.KILOGRAM, 1);
v1.setUnit(u1);
v1.setName("v1");
v1.setType(Variable.Type.REAL);
v1.setCausality(Variable.Causality.OUTPUT);
Variable v2 = new Variable();
v2.setUnit(u1);
v2.setName("v2");
v2.setType(Variable.Type.REAL);
v2.setCausality(Variable.Causality.OUTPUT);
f1.setVariables(Arrays.asList(v1, v2));
f1.setName("f1");
modelDescription.getVariables().add(v1);
modelDescription.getVariables().add(v2);
modelDescription.getUnits().add(u1);
modelDescription.getForces().add(f1);
VariableGroupsValidator v = new VariableGroupsValidator();
List<ValidationDiagnostic<VariableGroup>> diagnostics = v.validate(modelDescription);
assertEquals(0, diagnostics.size());
}
use of com.opensimulationplatform.core.model.modeldescription.ModelDescription in project osp-validator by open-simulation-platform.
the class AngularAccelerationValidatorTest method valid.
@Test
public void valid() {
ModelDescription modelDescription = new ModelDescription();
AngularAcceleration angularAcceleration = new AngularAcceleration();
Variable v1 = new Variable();
v1.setCausality(Variable.Causality.INPUT);
v1.setType(Variable.Type.REAL);
v1.setUnit(new Unit());
Variable v2 = new Variable();
v2.setCausality(v1.getCausality());
v2.setType(v1.getType());
v2.setUnit(v1.getUnit());
angularAcceleration.setVariables(Arrays.asList(v1, v2));
modelDescription.getAngularAccelerations().add(angularAcceleration);
AngularAccelerationValidator v = new AngularAccelerationValidator();
List<ValidationDiagnostic<AngularAcceleration>> diagnostics = v.validate(modelDescription);
assertTrue(diagnostics.isEmpty());
}
use of com.opensimulationplatform.core.model.modeldescription.ModelDescription in project osp-validator by open-simulation-platform.
the class AngularAccelerationValidatorTest method invalid.
@Test
public void invalid() {
ModelDescription modelDescription = new ModelDescription();
Variable v1 = new Variable();
v1.setCausality(Variable.Causality.INPUT);
v1.setType(Variable.Type.REAL);
v1.setUnit(new Unit());
Variable v2 = new Variable();
v2.setCausality(Variable.Causality.OUTPUT);
v2.setType(Variable.Type.INTEGER);
Unit unit = new Unit();
unit.setExponent(Unit.Exponent.KILOGRAM, 1);
v2.setUnit(unit);
AngularAcceleration angularAcceleration = new AngularAcceleration();
angularAcceleration.setVariables(Arrays.asList(v1, v2));
modelDescription.getAngularAccelerations().add(angularAcceleration);
AngularAccelerationValidator v = new AngularAccelerationValidator();
List<ValidationDiagnostic<AngularAcceleration>> diagnostics = v.validate(modelDescription);
assertEquals(3, diagnostics.size());
for (ValidationDiagnostic<AngularAcceleration> diagnostic : diagnostics) {
assertEquals(angularAcceleration, diagnostic.getValidatedObject());
}
}
use of com.opensimulationplatform.core.model.modeldescription.ModelDescription in project osp-validator by open-simulation-platform.
the class ModelDescriptionValidatorTest method invalid.
@Test
public void invalid() {
ModelDescription modelDescription = new ModelDescription();
Variable v1 = new Variable();
v1.setCausality(Variable.Causality.UNDEFINED);
v1.setType(Variable.Type.REAL);
v1.setName("not-unique");
Variable v2 = new Variable();
v2.setCausality(Variable.Causality.INPUT);
v2.setType(Variable.Type.INTEGER);
v2.setName("not-unique");
modelDescription.getVariables().add(v1);
modelDescription.getVariables().add(v2);
Force f1 = new Force();
f1.setName("not-unique");
Variable v3 = new Variable();
v3.setName("v3");
v3.setType(Variable.Type.REAL);
v3.setCausality(Variable.Causality.OUTPUT);
f1.setVariables(Arrays.asList(v3));
Force f2 = new Force();
f2.setName("not-unique");
Variable v4 = new Variable();
v4.setName("v4");
v4.setType(Variable.Type.INTEGER);
v4.setCausality(Variable.Causality.INPUT);
f2.setVariables(Arrays.asList(v4));
modelDescription.getForces().add(f1);
modelDescription.getForces().add(f2);
Variable v5 = new Variable();
v5.setName("v5");
v5.setCausality(Variable.Causality.OUTPUT);
v5.setType(Variable.Type.REAL);
Variable v6 = new Variable();
v6.setName("v6");
v6.setCausality(Variable.Causality.INPUT);
v6.setType(Variable.Type.REAL);
Force f3 = new Force();
f3.setName("f3");
f3.setVariables(Arrays.asList(v5, v6));
modelDescription.getForces().add(f3);
Variable v7 = new Variable();
v7.setName("v7");
v7.setCausality(Variable.Causality.OUTPUT);
v7.setType(Variable.Type.REAL);
Variable v8 = new Variable();
v8.setName("v8");
v8.setCausality(Variable.Causality.OUTPUT);
v8.setType(Variable.Type.REAL);
Force f4 = new Force();
f4.setName("f4");
f4.setVariables(Arrays.asList(v7, v8));
Variable v9 = new Variable();
v9.setName("v9");
v9.setCausality(Variable.Causality.OUTPUT);
v9.setType(Variable.Type.REAL);
Variable v10 = new Variable();
v10.setName("v10");
v10.setCausality(Variable.Causality.OUTPUT);
v10.setType(Variable.Type.REAL);
LinearVelocity lv1 = new LinearVelocity();
lv1.setName("lv1");
lv1.setVariables(Arrays.asList(v9, v10));
LinearMechanicalPort lmp1 = new LinearMechanicalPort();
lmp1.setName("lmp1");
lmp1.setForce(f4);
lmp1.setLinearVelocity(lv1);
modelDescription.getLinearMechanicalPorts().add(lmp1);
ModelDescriptionValidator validator = new ModelDescriptionValidator();
List<ValidationDiagnostic<Object>> diagnostics = validator.validate(modelDescription);
assertEquals(9, diagnostics.size());
}
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