public void RemoveOperator_SourceOperatorWithConnection_operatorAndConnectionRemoved()
{
var metaCompOp = new MetaOperator(Guid.NewGuid());
metaCompOp.AddOperator(MetaOperatorTests.CreateFloatMetaOperator(Guid.NewGuid()));
metaCompOp.AddOperator(MetaOperatorTests.CreateFloatMetaOperator(Guid.NewGuid()));
Operator op = metaCompOp.CreateOperator(Guid.NewGuid());
Operator float1 = op.InternalOps[0];
Operator float2 = op.InternalOps[1];
op.InsertConnectionAt(new Connection(float1, float1.Outputs[0], float2, float2.Inputs[0], 0));
Assert.AreEqual(float1.Outputs[0], float2.Inputs[0].Connections[0]);
List <System.EventArgs> eventArgs = new List <System.EventArgs>();
op.ConnectionRemovedEvent += (o, e) => { eventArgs.Add(e); };
op.OperatorRemovedEvent += (o, e) => { eventArgs.Add(e); };
op.RemoveOperator(float1);
Assert.AreEqual(2, eventArgs.Count);
var connectionChangedEventArgs = eventArgs[0] as ConnectionChangedEventArgs;
Assert.AreNotEqual(null, connectionChangedEventArgs);
Assert.AreEqual(float1, connectionChangedEventArgs.Connection.SourceOp);
Assert.AreEqual(float1.Outputs[0], connectionChangedEventArgs.Connection.SourceOpPart);
Assert.AreEqual(float2, connectionChangedEventArgs.Connection.TargetOp);
Assert.AreEqual(float2.Inputs[0], connectionChangedEventArgs.Connection.TargetOpPart);
Assert.AreNotEqual(null, eventArgs[1] as OperatorChangedEventArgs);
Assert.AreEqual(1, op.InternalOps.Count);
Assert.AreEqual(float2, op.InternalOps[0]);
Assert.AreEqual(0, float2.Inputs[0].Connections.Count);
}
public static Operator CreateEmptyOperator()
{
var metaOp = new MetaOperator(Guid.NewGuid())
{
Name = "Empty"
};
return(metaOp.CreateOperator(Guid.NewGuid()));
}
public TransformGizmo()
{
MetaOperator sceneTransformGizmoDefinition = MetaManager.Instance.GetMetaOperator(Guid.Parse("2e56b389-a983-42fe-a015-61d9f9532af4"));
_sceneTransformGizmoOperator = sceneTransformGizmoDefinition.CreateOperator(Guid.Empty);
GizmoParts = new GizmoPart[]
{
new AxisGizmoPart(0, Vector3.Zero, Vector3.UnitX, new[] { _translateXParam, _translateYParam, _translateZParam }),
new AxisGizmoPart(1, Vector3.Zero, Vector3.UnitY, new[] { _translateXParam, _translateYParam, _translateZParam }),
new AxisGizmoPart(2, Vector3.Zero, Vector3.UnitZ, new[] { _translateXParam, _translateYParam, _translateZParam }),
new PlaneGizmoPart(3, Vector3.Zero, new Vector3(1, 1, 0), new[] { _translateXParam, _translateYParam, _translateZParam }),
new PlaneGizmoPart(4, Vector3.Zero, new Vector3(1, 0, 1), new[] { _translateXParam, _translateYParam, _translateZParam }),
new PlaneGizmoPart(5, Vector3.Zero, new Vector3(0, 1, 1), new[] { _translateXParam, _translateYParam, _translateZParam }),
};
}
public void InsertConnectionAt_Inserting2ndConnectionAtIndex0ToMultiInput_connectionIsInsertedAtFront()
{
var metaCompOp = new MetaOperator(Guid.NewGuid());
metaCompOp.AddOperator(MetaOperatorTests.CreateGenericMultiInputMetaOperator());
metaCompOp.AddOperator(MetaOperatorTests.CreateFloatMetaOperator(Guid.NewGuid()));
metaCompOp.AddOperator(MetaOperatorTests.CreateFloatMetaOperator(Guid.NewGuid()));
Operator op = metaCompOp.CreateOperator(Guid.NewGuid());
Operator multiply = op.InternalOps[0];
Operator float1 = op.InternalOps[1];
Operator float2 = op.InternalOps[2];
op.InsertConnectionAt(new Connection(float1, float1.Outputs[0], multiply, multiply.Inputs[0], 0));
op.InsertConnectionAt(new Connection(float2, float2.Outputs[0], multiply, multiply.Inputs[0], 0));
Assert.AreEqual(multiply.Inputs[0].Connections[0], float2.Outputs[0]);
}