private void CreateStagedInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
flowSpec.Transitize();
detailedFlow.AddNeutral(flowSpec.NeutralFlow);
var tflows = flowSpec.GetTimedFlows();
var grouped = tflows.GroupBy(tf => tf.Target);
foreach (var group in grouped)
{
var net = ConstructNetwork(group.Key, group);
foreach (var tflow in net)
{
var tsf = tflow as TimedSignalFlow;
var tvf = tflow as TimedValueFlow;
if (tsf != null)
{
detailedFlow.Add((int)tflow.Time, new SignalFlow(tsf.Source, tsf.Target));
}
else
{
detailedFlow.Add((int)tflow.Time, new ValueFlow(tvf.Value, tvf.Target));
}
}
}
for (int i = 0; i < _stageInSignals.Count; i++)
{
detailedFlow.AddNeutral(new SignalFlow(
_stageOutSignals[i].ToSignalRef(SignalRef.EReferencedProperty.Cur),
_stageInSignals[i].ToSignalRef(SignalRef.EReferencedProperty.Next)));
}
}
public void CreateInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
_flowSpec = flowSpec;
_realFlow = detailedFlow;
_flowSpec.Transitize();
InstantiateControlLogic();
AssembleFlowMatrix();
}
public void CreateInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
_flowSpec = flowSpec;
_detailedFlow = detailedFlow;
_flowSpec.Transitize();
Init();
ComputeLifetimes();
DoClustering();
DoMemoryClustering();
InstantiateControlLogic();
AssembleFlowMatrix();
VerifyResult();
}
public void CreateInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
flowSpec.Transitize();
var tflows = flowSpec.GetTimedFlows();
var sflows = tflows
.Select(tf => tf as TimedSignalFlow)
.Where(tf => tf != null);
SlimMux <int, int, TimedSignalFlow> .ConstructInterconnect(_smih, sflows);
var pipeen = _smih.ComputePipeEnMatrix(flowSpec.NumCSteps);
var pipes = _smih.InstantiatePipes();
int idx = 0;
foreach (RegPipe rp in pipes)
{
string id = "icpipe" + idx;
_host.Descriptor.AddChild(rp.Descriptor, id);
++idx;
}
var pflows = _smih.ToFlow(flowSpec.NumCSteps, flowSpec.NeutralFlow, pipeen);
var vflows = tflows
.Select(tf => tf as TimedValueFlow)
.Where(tf => tf != null);
detailedFlow.AddNeutral(flowSpec.NeutralFlow);
foreach (var vf in vflows)
{
detailedFlow.Add((int)vf.Time, new ValueFlow(vf.Value, vf.Target));
}
int cstep = 0;
foreach (var pf in pflows)
{
detailedFlow.Add(cstep, pf);
cstep++;
}
_host.Descriptor.GetDocumentation().Documents.Add(
new Document("SlimMuxInterconnectGraph.dotty",
_smih.GetInterconnectGraphForDotty()));
}
public void CreateInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
flowSpec.Transitize();
var tflows = flowSpec.GetTimedFlows();
var sflows = tflows
.Select(tf => tf as TimedSignalFlow)
.Where(tf => tf != null);
SlimMux<int, int, TimedSignalFlow>.ConstructInterconnect(_smih, sflows);
var pipeen = _smih.ComputePipeEnMatrix(flowSpec.NumCSteps);
var pipes = _smih.InstantiatePipes();
int idx = 0;
foreach (RegPipe rp in pipes)
{
string id = "icpipe" + idx;
_host.Descriptor.AddChild(rp.Descriptor, id);
++idx;
}
var pflows = _smih.ToFlow(flowSpec.NumCSteps, flowSpec.NeutralFlow, pipeen);
var vflows = tflows
.Select(tf => tf as TimedValueFlow)
.Where(tf => tf != null);
detailedFlow.AddNeutral(flowSpec.NeutralFlow);
foreach (var vf in vflows)
{
detailedFlow.Add((int)vf.Time, new ValueFlow(vf.Value, vf.Target));
}
int cstep = 0;
foreach (var pf in pflows)
{
detailedFlow.Add(cstep, pf);
cstep++;
}
_host.Descriptor.GetDocumentation().Documents.Add(
new Document("SlimMuxInterconnectGraph.dotty",
_smih.GetInterconnectGraphForDotty()));
}
private void CreateStagedInterconnect(FlowMatrix flowSpec, FlowMatrix detailedFlow)
{
flowSpec.Transitize();
detailedFlow.AddNeutral(flowSpec.NeutralFlow);
var tflows = flowSpec.GetTimedFlows();
var grouped = tflows.GroupBy(tf => tf.Target);
foreach (var group in grouped)
{
var net = ConstructNetwork(group.Key, group);
foreach (var tflow in net)
{
var tsf = tflow as TimedSignalFlow;
var tvf = tflow as TimedValueFlow;
if (tsf != null)
detailedFlow.Add((int)tflow.Time, new SignalFlow(tsf.Source, tsf.Target));
else
detailedFlow.Add((int)tflow.Time, new ValueFlow(tvf.Value, tvf.Target));
}
}
for (int i = 0; i < _stageInSignals.Count; i++)
{
detailedFlow.AddNeutral(new SignalFlow(
_stageOutSignals[i].ToSignalRef(SignalRef.EReferencedProperty.Cur),
_stageInSignals[i].ToSignalRef(SignalRef.EReferencedProperty.Next)));
}
}