static void CreateOneToN(Model.Node router, int nodeNumber, Dispatcher dispatcher)
{
var oneToN = new Model.Node(nodeNumber, router, "oneToN")
{
Description = "Linear 1:N",
};
var labels = new Model.Node(1, oneToN, "labels")
{
SchemaIdentifier = "de.l-s-b.emberplus.matrix.labels"
};
var targetLabels = new Model.Node(1, labels, "targets");
var sourceLabels = new Model.Node(2, labels, "sources");
var targets = new List <Model.Signal>();
var sources = new List <Model.Signal>();
for (int number = 0; number < 200; number++)
{
var targetParameter = new Model.StringParameter(number, targetLabels, IdentOf("t", number), dispatcher, isWriteable: true)
{
Value = IdentOf("SDI-T", number),
};
targets.Add(new Model.Signal(number, targetParameter));
var sourceParameter = new Model.StringParameter(number, sourceLabels, IdentOf("s", number), dispatcher, isWriteable: true)
{
Value = IdentOf("SDI-S", number),
};
sources.Add(new Model.Signal(number, sourceParameter));
}
var matrix = new Model.OneToNMatrix(
2,
oneToN,
"matrix",
dispatcher,
targets,
sources,
labels)
{
SchemaIdentifier = "de.l-s-b.emberplus.samples.oneToN"
};
foreach (var target in matrix.Targets)
{
matrix.Connect(target, new[] { matrix.GetSource(target.Number) }, null);
}
}
static void CreateSparse(Model.Node router, int nodeNumber, Dispatcher dispatcher)
{
var sparse = new Model.Node(nodeNumber, router, "sparse")
{
Description = "Linear 1:N with Sparse Signals",
};
var labels = new Model.Node(1, sparse, "labels");
var targetLabels = new Model.Node(1, labels, "targets");
var sourceLabels = new Model.Node(2, labels, "sources");
var targets = new List <Model.Signal>();
var sources = new List <Model.Signal>();
for (int number = 3; number < 200; number += 2)
{
var targetParameter = new Model.StringParameter(number, targetLabels, IdentOf("t", number), dispatcher, isWriteable: true)
{
Value = IdentOf("Sparse-T", number),
};
targets.Add(new Model.Signal(number, targetParameter));
var sourceParameter = new Model.StringParameter(number, sourceLabels, IdentOf("s", number), dispatcher, isWriteable: true)
{
Value = IdentOf("Sparse-S", number),
};
sources.Add(new Model.Signal(number, sourceParameter));
}
var matrix = new Model.OneToNMatrix(
2,
sparse,
"matrix",
dispatcher,
targets,
sources,
labels,
targetCount: 1000,
sourceCount: 1000);
foreach (var target in matrix.Targets)
{
matrix.Connect(target, new[] { matrix.GetSource(target.Number) }, null);
}
}
static void CreateOneToOne(Model.Node router, int nodeNumber, Dispatcher dispatcher)
{
var oneToOne = new Model.Node(nodeNumber, router, "oneToOne")
{
Description = "Linear 1:1",
};
var labels = new Model.Node(1, oneToOne, "labels");
var targetLabels = new Model.Node(1, labels, "targets");
var sourceLabels = new Model.Node(2, labels, "sources");
var targets = new List <Model.Signal>();
var sources = new List <Model.Signal>();
for (int number = 0; number < 16; number++)
{
var targetParameter = new Model.StringParameter(number, targetLabels, IdentOf("t", number), dispatcher, isWriteable: true)
{
Value = IdentOf("OneToOne-T", number),
};
targets.Add(new Model.Signal(number, targetParameter));
var sourceParameter = new Model.StringParameter(number, sourceLabels, IdentOf("s", number), dispatcher, isWriteable: true)
{
Value = IdentOf("OneToOne-S", number),
};
sources.Add(new Model.Signal(number, sourceParameter));
}
var matrix = new Model.OneToOneMatrix(
2,
oneToOne,
"matrix",
dispatcher,
targets,
sources,
labels);
foreach (var target in matrix.Targets)
{
matrix.Connect(target, new[] { matrix.GetSource(target.Number) }, null);
}
}
static void CreateDynamic(Model.Node router, int nodeNumber, Dispatcher dispatcher)
{
var dyna = new Model.Node(nodeNumber, router, "dynamic")
{
Description = "Linear N:N with Dynamic Parameters",
};
var labels = new Model.Node(1, dyna, "labels");
var targetLabels = new Model.Node(1, labels, "targets");
var sourceLabels = new Model.Node(2, labels, "sources");
var targets = new List <Model.Signal>();
var sources = new List <Model.Signal>();
for (int index = 0; index < 1000; index++)
{
var targetLabel = new Model.StringParameter(index, targetLabels, IdentOf("t", index), dispatcher, isWriteable: true)
{
Value = IdentOf("DYN-T", index)
};
targets.Add(new Model.Signal(index, targetLabel));
var sourceLabel = new Model.StringParameter(index, sourceLabels, IdentOf("s", index), dispatcher, isWriteable: true)
{
Value = IdentOf("DYN-S", index)
};
sources.Add(new Model.Signal(index, sourceLabel));
}
var matrix = new Model.DynamicMatrix(
3,
dyna,
"matrix",
dispatcher,
targets,
sources,
labels);
foreach (var target in matrix.Targets)
{
matrix.Connect(target, new[] { matrix.GetSource(target.Number) }, null);
}
//matrix.Connect(target, matrix.Sources, null);
}
GlowContainer Model.IElementVisitor <ElementToGlowOptions, GlowContainer> .Visit(Model.StringParameter element, ElementToGlowOptions state)
{
var glow = new GlowQualifiedParameter(element.Path);
var dirFieldMask = state.DirFieldMask;
if (dirFieldMask.HasBits(GlowFieldFlags.Identifier))
{
glow.Identifier = element.Identifier;
}
if (dirFieldMask.HasBits(GlowFieldFlags.Description) &&
String.IsNullOrEmpty(element.Description) == false)
{
glow.Description = element.Description;
}
if (dirFieldMask.HasBits(GlowFieldFlags.Value))
{
glow.Value = new GlowValue(element.Value);
}
if (dirFieldMask == GlowFieldFlags.All)
{
if (element.IsWriteable)
{
glow.Access = GlowAccess.ReadWrite;
}
}
if ((dirFieldMask == GlowFieldFlags.All) &&
String.IsNullOrEmpty(element.SchemaIdentifier) == false)
{
glow.SchemaIdentifiers = element.SchemaIdentifier;
}
return(glow);
}
static void CreateNToN(Model.Node router, int nodeNumber, Dispatcher dispatcher)
{
var nToN = new Model.Node(nodeNumber, router, "nToN")
{
Description = "Non-Linear N:N",
};
var labels = new Model.Node(1, nToN, "labels");
var targetLabels = new Model.Node(1, labels, "targets");
var sourceLabels = new Model.Node(2, labels, "sources");
var parameters = new Model.Node(2, nToN, "parameters");
var targetParams = new Model.Node(1, parameters, "targets");
var sourceParams = new Model.Node(2, parameters, "sources");
var xpointParams = new Model.Node(3, parameters, "connections");
var targets = new List <Model.Signal>();
var sources = new List <Model.Signal>();
var number = 0;
for (int index = 0; index < 4; index++)
{
number += 3;
var targetLabel = new Model.StringParameter(number, targetLabels, IdentOf("t", number), dispatcher, isWriteable: true)
{
Value = IdentOf("AES-T", number)
};
targets.Add(new Model.Signal(number, targetLabel));
var targetNode = new Model.Node(number, targetParams, IdentOf("t", number));
new Model.IntegerParameter(1, targetNode, "targetGain", dispatcher, -128, 15, isWriteable: true);
new Model.StringParameter(2, targetNode, "targetMode", dispatcher, isWriteable: true)
{
Value = "something"
};
var sourceLabel = new Model.StringParameter(number, sourceLabels, IdentOf("s", number), dispatcher, isWriteable: true)
{
Value = IdentOf("AES-S", number)
};
sources.Add(new Model.Signal(number, sourceLabel));
var sourceNode = new Model.Node(number, sourceParams, IdentOf("s", number));
new Model.IntegerParameter(1, sourceNode, "sourceGain", dispatcher, -128, 15, isWriteable: true);
}
foreach (var target in targets)
{
var targetNode = new Model.Node(target.Number, xpointParams, IdentOf("t", target.Number));
foreach (var source in sources)
{
var sourceNode = new Model.Node(source.Number, targetNode, IdentOf("s", source.Number));
new Model.IntegerParameter(1, sourceNode, "gain", dispatcher, -128, 15, isWriteable: true);
}
}
var matrix = new Model.NToNMatrix(
3,
nToN,
"matrix",
dispatcher,
targets,
sources,
labels,
parameters);
foreach (var target in matrix.Targets)
{
if (target.Number % 2 == 0)
{
matrix.Connect(target, new[] { matrix.GetSource(target.Number) }, null);
}
}
}
public Signal(int number, StringParameter labelParameter)
{
Number = number;
LabelParameter = labelParameter;
}