public static void CreateSpring(SpringModel model)
{
List <SpringModel> allSprings = Spring_GetAll();
if (allSprings.Count > 0)
{
model.Id = allSprings.OrderByDescending(x => x.Id).First().Id + 1;
}
else
{
model.Id = 1;
}
allSprings.Add(model);
allSprings.SaveSpringsToFile();
}
private void addNewSpringButton_Click(object sender, EventArgs e)
{
if (!ValidateData())
{
return;
}
SpringModel model = new SpringModel()
{
Number = springNumberTextBox.Text,
Force = double.Parse(springForceTextBox.Text),
ForceTolerance = double.Parse(springForceToleranceTextBox.Text),
Length = double.Parse(springLenghTextBox.Text),
Rate = double.Parse(springRateTextBox.Text)
};
TextConnector.CreateSpring(model);
allSprings.Add(model);
UpdateData();
}
public static List <SpringModel> ConvertTextToSpring(this List <string> lines)
{
// Id|^|Number|^|Rate|^|Length|^|Force|^|ForceTolerance
List <SpringModel> output = new List <SpringModel>();
SpringModel curr = new SpringModel();
foreach (string line in lines)
{
string[] cols = line.Split(new string[] { "|^|" }, StringSplitOptions.None);
curr.Id = int.Parse(cols[0]);
curr.Number = cols[1];
curr.Rate = double.Parse(cols[2]);
curr.Length = double.Parse(cols[3]);
curr.Force = double.Parse(cols[4]);
curr.ForceTolerance = double.Parse(cols[5]);
output.Add(curr);
curr = new SpringModel();
}
return(output);
}
private void allSpringsComboBox_SelectionChangeCommitted(object sender, EventArgs e)
{
selectedSpring = (SpringModel)allSpringsComboBox.SelectedItem;
WireUpLists();
}
public void BuildAutomaticLayoutedGraph(bool initOnly)
{
ClearData();
int index = 0;
foreach (NounFrame NF in _TMR.Nounframes)
{
NounFrameEntity nfe = new NounFrameEntity(0, 0, NF, _TMR, GImSearch, SizeMode, _conceptCombination);
this.Add(nfe);
_dicNounFrame.Add(NF, nfe);
_nodes.Add(new Node(0, 0, index));
index++;
}
foreach (NounFrame NF in _TMR.Nounframes)
{
foreach (CaseRole cr in NF.Ownerof.Keys)
{
foreach (NounFrame NF2 in NF.Ownerof[cr])
{
if (_dicNounFrame.ContainsKey(NF2) == true)
{
NounFrameEntity nfe2;
nfe2 = _dicNounFrame[NF2];
if (ShowEdgeText)
{
Add(new MM_LineWithText(_dicNounFrame[NF], nfe2, cr.ToString()));
}
else
{
Add(new MM_LineWithText(_dicNounFrame[NF], nfe2, ""));
}
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.Nounframes.IndexOf(NF)], _nodes[this._TMR.Nounframes.IndexOf(NF2)]));
_nodes[this._TMR.Nounframes.IndexOf(NF)].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(NF2)]);
_nodes[this._TMR.Nounframes.IndexOf(NF2)].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(NF)]);
}
}
}
}
foreach (VerbFrame VF in _TMR.VerbFrames)
{
VerbFrameEntity VF_entity = new VerbFrameEntity(0, 0, VF, _TMR, GImSearch, SizeMode);
Add(VF_entity);
_dicVerbFrame.Add(VF, VF_entity);
_nodes.Add(new Node(0, 0, index));
//if (VF.Aspect.Duration.ActionTime != null)
//{
// index++;
// _nodes.Add(new Node(0, 0, index));
//}
foreach (CaseRole cr in VF.CaseRoles.Keys)
{
List <NounFrame> nfs = VF.CaseRoles[cr];
foreach (NounFrame NF in nfs)
{
if (_dicNounFrame.ContainsKey(NF) == true)
{
NounFrameEntity nfe = _dicNounFrame[NF];
if (cr == CaseRole.Agent)
{
if (ShowEdgeText)
{
Add(new MM_LineWithText(nfe, VF_entity, cr.ToString()));
}
else
{
Add(new MM_LineWithText(nfe, VF_entity, ""));
}
}
else
{
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, nfe, cr.ToString()));
}
else
{
Add(new MM_LineWithText(VF_entity, nfe, ""));
}
}
//Add(new MM_Line(VF_entity, nfe));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[this._TMR.Nounframes.IndexOf(NF)]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(NF)]);
_nodes[this._TMR.Nounframes.IndexOf(NF)].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
}
}
index++;
}
foreach (VerbFrame VF in _TMR.VerbFrames)
{
VerbFrameEntity VF_entity = _dicVerbFrame[VF];
foreach (DomainRelationType drt in VF.DomainRelations.Keys)
{
List <VerbFrame> vfl = VF.DomainRelations[drt];
foreach (VerbFrame vf in vfl)
{
if (_dicVerbFrame.ContainsKey(vf) == true)
{
VerbFrameEntity vfe = _dicVerbFrame[vf];
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, vfe, drt.ToString()));
}
else
{
Add(new MM_LineWithText(VF_entity, vfe, ""));
}
//Add(new MM_Line(VF_entity, vfe));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count]);
_nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
}
}
foreach (DomainRelationType drt in VF.DomainRelations_n.Keys)
{
List <NounFrame> nfl = VF.DomainRelations_n[drt];
foreach (NounFrame nf in nfl)
{
if (_dicNounFrame.ContainsKey(nf) == true)
{
NounFrameEntity nfe = _dicNounFrame[nf];
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, nfe, drt.ToString()));
}
else
{
Add(new MM_LineWithText(VF_entity, nfe, ""));
}
//Add(new MM_Line(VF_entity, nfe));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[this._TMR.Nounframes.IndexOf(nf)]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(nf)]);
_nodes[this._TMR.Nounframes.IndexOf(nf)].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
}
}
foreach (TemporalRelationType trt in VF.TemporalRelations.Keys)
{
List <VerbFrame> vfl = VF.TemporalRelations[trt];
foreach (VerbFrame vf in vfl)
{
if (_dicVerbFrame.ContainsKey(vf) == true)
{
VerbFrameEntity vfe = _dicVerbFrame[vf];
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, vfe, trt.ToString()));
}
else
{
Add(new MM_LineWithText(VF_entity, vfe, ""));
}
//Add(new MM_Line(VF_entity, vfe));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count]);
_nodes[this._TMR.VerbFrames.IndexOf(vf) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
}
}
foreach (TemporalRelationType trt in VF.TemporalRelations_n.Keys)
{
List <NounFrame> nfl = VF.TemporalRelations_n[trt];
foreach (NounFrame nf in nfl)
{
if (_dicNounFrame.ContainsKey(nf) == true)
{
NounFrameEntity nfe = _dicNounFrame[nf];
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, nfe, trt.ToString()));
}
else
{
Add(new MM_LineWithText(VF_entity, nfe, ""));
}
//Add(new MM_Line(VF_entity, nfe));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[this._TMR.Nounframes.IndexOf(nf)]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(nf)]);
_nodes[this._TMR.Nounframes.IndexOf(nf)].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
}
}
//aspects
if (VF.Aspect.Duration.ActionTime != null)
{
string time = VF.Aspect.Duration.ActionTime;
VerbFrameEntity vfe = _dicVerbFrame[VF];
MM_RectangleWithText timeEntity = new MM_RectangleWithText(0, 0, 30, 25, time, "");
Add(timeEntity);
otherEntities.Add(timeEntity);
_nodes.Add(new Node(0, 0, _nodes.Count));
if (ShowEdgeText)
{
Add(new MM_LineWithText(VF_entity, timeEntity, "Time"));
}
else
{
Add(new MM_LineWithText(VF_entity, timeEntity, ""));
}
//Add(new MM_Line(VF_entity, timeEntity));
_edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[_nodes.Count - 1]));
_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[_nodes.Count - 1]);
_nodes[_nodes.Count - 1].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
}
//adverbs
//if (VF.AdverbsInfo != null)
//{
// foreach (MyWordInfo mwi in VF.AdverbsInfo)
// {
// MM_RectangleWithText entity = new MM_RectangleWithText(0, 0, 30, 25, mwi.Word, "");
// Add(entity);
// otherEntities.Add(entity);
// _nodes.Add(new Node(0, 0, _nodes.Count));
// Add(new MM_LineWithText(VF_entity, entity, "Adverb"));
// _edges.Add(new GraphTest.Edge(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count], _nodes[_nodes.Count - 1]));
// _nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count].Neighbours.Add(_nodes[_nodes.Count - 1]);
// _nodes[_nodes.Count - 1].Neighbours.Add(_nodes[this._TMR.VerbFrames.IndexOf(VF) + this._TMR.Nounframes.Count]);
// }
//}
//adjectives
//foreach (NounFrame nounframe in _TMR.Nounframes)
//{
// if (nounframe.AdjectivesInfo != null)
// {
// foreach (MyWordInfo mwi in nounframe.AdjectivesInfo)
// {
// MM_RectangleWithText entity = new MM_RectangleWithText(0, 0, 30, 25, mwi.Word, "");
// Add(entity);
// otherEntities.Add(entity);
// _nodes.Add(new Node(0, 0, _nodes.Count));
// Add(new MM_LineWithText(VF_entity, entity, "Adjective"));
// _edges.Add(new GraphTest.Edge(_nodes[this._TMR.Nounframes.IndexOf(nounframe)], _nodes[_nodes.Count - 1]));
// _nodes[this._TMR.Nounframes.IndexOf(nounframe)].Neighbours.Add(_nodes[_nodes.Count - 1]);
// _nodes[_nodes.Count - 1].Neighbours.Add(_nodes[this._TMR.Nounframes.IndexOf(nounframe)]);
// }
// }
//}
}
_spModel = new SpringModel(_nodes, _edges, 800, 200, Mode.CIRCULAR);
//this._spModel._getOriginDistance = new GetOriginDistance(getOriginDistance);
this._spModel.StepDoneEvent += new SingleStepUpdateEventHandler(_spModel_StepDoneEvent);
if (LayoutiingThread != null)
{
if (LayoutiingThread.ThreadState != ThreadState.Stopped)
{
LayoutiingThread.Abort();
}
}
if (initOnly)
{
_spModel.InitializeSpringModel();
_spModel.AdjustNodes(new Rectangle(0, 0, 800, 600));
_spModel_StepDoneEvent();
}
else
{
LayoutiingThread = new System.Threading.Thread(new System.Threading.ThreadStart(_spModel.Run));
LayoutiingThread.Start();
}
}
