public static Tuple <bool, string> EvaluateTests(Guid testingMetaOpID, string filterPattern)
{
try
{
var result = new Tuple <bool, string>(false, "");
var testingMetaOp = MetaManager.Instance.GetMetaOperator(testingMetaOpID);
using (var mainOp = Utilities.CreateEmptyOperator())
{
mainOp.Definition.Name = "Main";
MetaManager.Instance.AddMetaOperator(mainOp.Definition.ID, mainOp.Definition);
var addOpCmd = new AddOperatorCommand(mainOp, testingMetaOpID);
addOpCmd.Do();
var testingOp = testingMetaOp.GetOperatorInstance(addOpCmd.AddedInstanceID);
result = EvaluateTests(testingOp, filterPattern);
var deleteOperatorCmd = new DeleteOperatorsCommand(mainOp, new List <Operator>()
{
testingOp
});
deleteOperatorCmd.Do();
MetaManager.Instance.RemoveMetaOperator(mainOp.Definition.ID);
}
return(result);
}
catch (Exception ex)
{
Logger.Error("Failed to evaluate operator definition {0}: {1}", testingMetaOpID, ex.ToString());
return(new Tuple <bool, string>(false, ""));
}
}
public static Tuple <bool, string> EvaluateTests(Operator testingOp, string filterPattern)
{
try
{
//connect it to a testsevaluator
var compositionOp = testingOp.Parent;
var evaluatorMetaOpID = Guid.Parse("0316356c-b1fe-490a-89ce-73c8f67ebccc");
var evaluatorMetaOp = MetaManager.Instance.GetMetaOperator(evaluatorMetaOpID);
var addOpCmd = new AddOperatorCommand(compositionOp, evaluatorMetaOpID);
addOpCmd.Do();
var evaluatorOp = evaluatorMetaOp.GetOperatorInstance(addOpCmd.AddedInstanceID);
var connection = new MetaConnection(testingOp.ID, testingOp.Outputs[0].ID,
evaluatorOp.ID, evaluatorOp.Inputs[0].ID);
var addConnectionCmd = new InsertConnectionCommand(compositionOp.Definition, connection, 0);
addConnectionCmd.Do();
//configure the testsevaluator op and start testing
var startTestsTriggerOpPart = evaluatorOp.Inputs[1];
var filterOpPart = evaluatorOp.Inputs[3];
//we must create a down flank for the startTestsTrigger value to start the tests properly
var updateStartTestsCmd = new UpdateOperatorPartValueFunctionCommand(startTestsTriggerOpPart, new Float(1.0f));
updateStartTestsCmd.Do();
var updateFilterCmd = new UpdateOperatorPartValueFunctionCommand(filterOpPart, new Text(filterPattern));
updateFilterCmd.Do();
evaluatorOp.Outputs[0].Eval(new OperatorPartContext());
updateStartTestsCmd.Value = new Float(0.0f);
updateStartTestsCmd.Do();
var resultLog = evaluatorOp.Outputs[0].Eval(new OperatorPartContext()).Text;
var result = new Tuple <bool, string>(resultLog.StartsWith(compositionOp.Definition.Name + " : passed"), resultLog);
var deleteOperatorCmd = new DeleteOperatorsCommand(compositionOp, new List <Operator>()
{
evaluatorOp
});
deleteOperatorCmd.Do();
return(result);
}
catch (Exception ex)
{
Logger.Error("Failed to evaluate operator definition {0}: {1}", testingOp.Name, ex.ToString());
return(new Tuple <bool, string>(false, ""));
}
}
private void BuildTree(Operator fbxOp, List <ICommand> importFbxCommandList, Operator parent, OperatorPart input, Node node, double x, double y, string rootName = "")
{
Guid metaIDToAdd = GetIDOfNode(node);
var newOpName = "";
if (node is Group)
{
newOpName = "+ " + node.Name;
}
else if (node is Transform)
{
newOpName = "Transform";
}
else if (node is TransformMatrix)
{
newOpName = "TransformMatrix";
}
else if (node is Material)
{
newOpName = "Material";
}
else
{
newOpName = node.Name;
}
if (parent == null)
{
newOpName += rootName;
}
var addOperatorCommand = new AddOperatorCommand(fbxOp, metaIDToAdd, x, y, TreeWidth(node), true, newOpName);
importFbxCommandList.Add(addOperatorCommand);
addOperatorCommand.Do();
var newOp = (from o in fbxOp.InternalOps
where addOperatorCommand.AddedInstanceID == o.ID
select o).Single();
SetupValues(newOp, node);
if (input != null)
{
var newConnection = new MetaConnection(newOp.ID, newOp.Outputs[0].ID,
parent == null ? Guid.Empty : parent.ID, input.ID);
var firstOccuranceOfTargetOpID = fbxOp.Definition.Connections.FindIndex(con => (con.TargetOpID == newConnection.TargetOpID) &&
(con.TargetOpPartID == newConnection.TargetOpPartID));
var lastOccuranceOfTargetOpID = fbxOp.Definition.Connections.FindLastIndex(con => (con.TargetOpID == newConnection.TargetOpID) &&
(con.TargetOpPartID == newConnection.TargetOpPartID));
int index = 0;
if (firstOccuranceOfTargetOpID > -1 && lastOccuranceOfTargetOpID > -1)
{
index = lastOccuranceOfTargetOpID - firstOccuranceOfTargetOpID + 1;
}
var addConnectionCommand = new InsertConnectionCommand(fbxOp.Definition, newConnection, index);
addConnectionCommand.Do();
importFbxCommandList.Add(addConnectionCommand);
}
double childX = 0;
foreach (Node child in node.Children)
{
BuildTree(fbxOp, importFbxCommandList, newOp, newOp.Inputs[0], child, x + childX, y + CompositionGraphView.GRID_SIZE);
childX += TreeWidth(child);
}
}
/**
* This is an extremely rough stub for testing the TimeClip splitting functionality.
* Need fixes for...
* - duplicate connections of original op
* - get rid of magic numbers of parameters
* - fix potential problems when parameters are animated of connected
* - move this to an Memento-Operation
* - resolve direct dependencies to CompositionGraphView an it's members
*/
public static void SplitSelectedTimeClips()
{
var nextSelection = new List <ISelectable>();
var currentTime = (float)App.Current.Model.GlobalTime;
var selectedOpWidgets = new List <OperatorWidget>();
foreach (var element in App.Current.MainWindow.CompositionView.CompositionGraphView.SelectionHandler.SelectedElements)
{
var opWidget = element as OperatorWidget;
if (opWidget == null || !(opWidget.Operator.InternalParts[0].Func is ITimeClip))
{
continue;
}
selectedOpWidgets.Add(opWidget);
}
var commandList = new List <ICommand>();
foreach (var opWidget in selectedOpWidgets)
{
var op = opWidget.Operator;
if (op == null)
{
continue;
}
var startTime = op.Inputs[HACK_TIMECLIP_STARTTIME_PARAM_INDEX].Eval(new OperatorPartContext()).Value;
var endTime = op.Inputs[HACK_TIMECLIP_ENDTIME_PARAM_INDEX].Eval(new OperatorPartContext()).Value;
var sourceIn = op.Inputs[HACK_TIMECLIP_SOURCEIN_PARAM_INDEX].Eval(new OperatorPartContext()).Value;
var sourceOut = op.Inputs[HACK_TIMECLIP_SOURCEOUT_PARAM_INDEX].Eval(new OperatorPartContext()).Value;
var layerIndex = op.Inputs[HACK_TIMECLIP_SOURCEOUT_LAYER_ID].Eval(new OperatorPartContext()).Value;
var sourceCutTime = (currentTime - startTime) / (endTime - startTime) * (sourceOut - sourceIn) + sourceIn;
if (!(startTime + MIN_SEGMENT_DURATION < currentTime) || !(currentTime < endTime - MIN_SEGMENT_DURATION))
{
continue;
}
nextSelection.Add(opWidget);
// Cut current op
var currentOpSetEndtimeCommand = new UpdateOperatorPartValueFunctionCommand(op.Inputs[HACK_TIMECLIP_ENDTIME_PARAM_INDEX], new Core.Float(currentTime));
currentOpSetEndtimeCommand.Do();
var currentOpSetSourceOutCommand = new UpdateOperatorPartValueFunctionCommand(op.Inputs[HACK_TIMECLIP_SOURCEOUT_PARAM_INDEX], new Core.Float(sourceCutTime));
currentOpSetSourceOutCommand.Do();
// Intitial new op
var compositionOp = App.Current.MainWindow.CompositionView.CompositionGraphView.CompositionOperator;
var addNewOpCommand = new AddOperatorCommand(compositionOp, op.Definition.ID, op.Position.X + 10, op.Position.Y + 10);
addNewOpCommand.Do();
var newOpWidget = App.Current.MainWindow.CompositionView.CompositionGraphView.FindOperatorWidgetById(addNewOpCommand.AddedInstanceID);
nextSelection.Add(newOpWidget);
var newOp = newOpWidget.Operator;
if (!String.IsNullOrEmpty(op.Name))
{
newOp.Name = Utilities.GetDuplicatedTitle(op.Name);
}
var newOpSetStartTimeCommand = new UpdateOperatorPartValueFunctionCommand(newOp.Inputs[HACK_TIMECLIP_STARTTIME_PARAM_INDEX], new Core.Float(currentTime));
newOpSetStartTimeCommand.Do();
var newOpSetEndTimeCommand = new UpdateOperatorPartValueFunctionCommand(newOp.Inputs[HACK_TIMECLIP_ENDTIME_PARAM_INDEX], new Core.Float(endTime));
newOpSetEndTimeCommand.Do();
var newOpSetSourceInCommand = new UpdateOperatorPartValueFunctionCommand(newOp.Inputs[HACK_TIMECLIP_SOURCEIN_PARAM_INDEX], new Core.Float(sourceCutTime));
newOpSetSourceInCommand.Do();
var newOpSetSourceOutCommand = new UpdateOperatorPartValueFunctionCommand(newOp.Inputs[HACK_TIMECLIP_SOURCEOUT_PARAM_INDEX], new Core.Float(sourceOut));
newOpSetSourceOutCommand.Do();
var newOpSetLayerCommand = new UpdateOperatorPartValueFunctionCommand(newOp.Inputs[HACK_TIMECLIP_SOURCEOUT_LAYER_ID], new Float(layerIndex));
newOpSetLayerCommand.Do();
commandList.AddRange(new ICommand[]
{ currentOpSetEndtimeCommand,
currentOpSetSourceOutCommand,
addNewOpCommand,
newOpSetStartTimeCommand,
newOpSetEndTimeCommand,
newOpSetSourceInCommand,
newOpSetSourceOutCommand,
newOpSetLayerCommand });
}
App.Current.UndoRedoStack.Add(new MacroCommand("Split time clip", commandList));
if (nextSelection.Any())
{
App.Current.MainWindow.CompositionView.CompositionGraphView.SelectionHandler.SetElements(nextSelection);
}
}