// Fields
// Results
// Business constructor
public CloudCentralThought(
Cloud cloud
, IEnumerable <CloudCentralThought> prior
, Thought value
)
{
InitializeResults();
_cloud = new PredecessorObj <Cloud>(this, RoleCloud, cloud);
_prior = new PredecessorList <CloudCentralThought>(this, RolePrior, prior);
_value = new PredecessorObj <Thought>(this, RoleValue, value);
}
// Results
// Business constructor
public ThoughtText(
Thought thought
, IEnumerable <ThoughtText> prior
, string value
)
{
InitializeResults();
_thought = new PredecessorObj <Thought>(this, RoleThought, thought);
_prior = new PredecessorList <ThoughtText>(this, RolePrior, prior);
_value = value;
}
public CorrespondenceFact CreateFact(FactMemento memento)
{
Thought newFact = new Thought(memento);
// Create a memory stream from the memento data.
using (MemoryStream data = new MemoryStream(memento.Data))
{
using (BinaryReader output = new BinaryReader(data))
{
newFact._unique = (Guid)_fieldSerializerByType[typeof(Guid)].ReadData(output);
}
}
return(newFact);
}
public Link LinkTo(Thought otherThought)
{
return Community.AddFact(new Link(new List<Thought> { this, otherThought }));
}
private static void Fan(Thought thought, Dictionary<Thought, Point> centerByThought, Point origin, double startRadians, double sweepRadians, int depth)
{
List<Thought> neighbors = thought.Neighbors
.Distinct()
.Where(n => !centerByThought.ContainsKey(n))
.ToList();
int step = 0;
double arc = sweepRadians / (double)neighbors.Count;
foreach (Thought neighbor in neighbors)
{
double theta = arc * ((double)step + 0.5) + startRadians;
Point center = new Point(
-HorizontalRadius * Math.Sin(theta) + origin.X,
VerticalRadius * Math.Cos(theta) + origin.Y);
centerByThought.Add(neighbor, center);
++step;
}
if (depth <= 3)
{
step = 0;
foreach (Thought neighbor in neighbors)
{
Fan(neighbor, centerByThought, centerByThought[neighbor], arc * (double)step + startRadians, arc, depth + 1);
++step;
}
}
}
private void GetLinks(Thought thought, List<Link> links, int depth)
{
List<Link> neighbors = thought.Links
.Distinct()
.Where(l => !links.Contains(l))
.ToList();
foreach (Link link in neighbors)
links.Add(link);
if (depth <= 3)
{
foreach (Link link in neighbors)
{
Thought neighbor = link.Thoughts.FirstOrDefault(t => t != thought);
if (neighbor != null)
GetLinks(neighbor, links, depth + 1);
}
}
}
private void CreateThoughtViewModels(Thought thought, List<ThoughtViewModelActual> viewModels, int depth)
{
List<Thought> neighbors = thought.Neighbors
.Distinct()
.Where(n => !viewModels.Any(vm => vm.Thought == n))
.ToList();
foreach (Thought neighbor in neighbors)
{
viewModels.Add(new ThoughtViewModelActual(neighbor, this));
}
if (depth <= 3)
{
foreach (Thought neighbor in neighbors)
{
CreateThoughtViewModels(neighbor, viewModels, depth + 1);
}
}
}
private float GetY(Thought thought)
{
_depCenterByThought.OnGet();
Point center = new Point();
_centerByThought.TryGetValue(thought, out center);
return (float)center.Y;
}
public Point GetCenterByThought(Thought thought)
{
_depCenterByThought.OnGet();
InertialProperty x;
InertialProperty y;
if (_inertialXByThought.TryGetValue(thought, out x) &&
_inertialYByThought.TryGetValue(thought, out y))
return new Point(x.Value, y.Value);
else
return new Point(0.0, 0.0);
}
public void WriteFactData(CorrespondenceFact obj, BinaryWriter output)
{
Thought fact = (Thought)obj;
_fieldSerializerByType[typeof(Guid)].WriteData(output, fact._unique);
}
public Link LinkTo(Thought otherThought)
{
return(Community.AddFact(new Link(new List <Thought> {
this, otherThought
})));
}
public ThoughtViewModelActual(Thought thought, IThoughtContainer container)
{
_thought = thought;
_container = container;
}
// Results
// Business constructor
public ThoughtText(
Thought thought
,IEnumerable<ThoughtText> prior
,string value
)
{
InitializeResults();
_thought = new PredecessorObj<Thought>(this, RoleThought, thought);
_prior = new PredecessorList<ThoughtText>(this, RolePrior, prior);
_value = value;
}
public CorrespondenceFact CreateFact(FactMemento memento)
{
Thought newFact = new Thought(memento);
// Create a memory stream from the memento data.
using (MemoryStream data = new MemoryStream(memento.Data))
{
using (BinaryReader output = new BinaryReader(data))
{
newFact._unique = (Guid)_fieldSerializerByType[typeof(Guid)].ReadData(output);
}
}
return newFact;
}
// Fields
// Results
// Business constructor
public CloudCentralThought(
Cloud cloud
,IEnumerable<CloudCentralThought> prior
,Thought value
)
{
InitializeResults();
_cloud = new PredecessorObj<Cloud>(this, RoleCloud, cloud);
_prior = new PredecessorList<CloudCentralThought>(this, RolePrior, prior);
_value = new PredecessorObj<Thought>(this, RoleValue, value);
}