public void GeneratePointPressed()
{
string[] newRecord = new string[createdRecordAttributes.Count];
for (int i = 0; i < createdRecordAttributes.Count; i++)
{
newRecord[i] = createdRecordAttributes[i].AttributeValue.text;
}
GameObject newNode = NodeHandler.Graphcontroller.GenerateNode();
NodePhysX nodeScript = newNode.GetComponent <NodePhysX>();
// Debug.Log("found script: " + nodeScript.name);
// adds the next record from persistantdata loaded data file
nodeScript.setDataPoint(DataTypes.ADDED_DATA, NodeHandler.Persistantdata.MinMaxData, newRecord,
NodeHandler.Persistantdata.DatasetNames, NodeHandler.Persistantdata.Types, NodeHandler.DataCluster, NodeHandler);
NodeHandler.AddedDataPointsCoordinator.OriginType = DataTypes.ADDED_DATA;
NodeHandler.AddedDataPointsCoordinator.Records.Add(newNode);
if (NodeHandler.ClusteringOn) // if in cluster, inform cluster
{
NodeHandler.DataCluster.PointsTotal++;
}
string newID = "Generated_" + (NodeHandler.AddedDataPointsCoordinator.Count + 1);
foreach (CreateAttributeItemController controller in createdRecordAttributes)
{
if (controller.AttributeType.Contains(DataTypes.ID))
{
controller.AttributeValue.text = newID;
}
}
RandomizeAllAttributeValues();
AddSimulatedToList(newRecord, newNode);
GeneratedCountText.text = NodeHandler.AddedDataPointsCoordinator.Count.ToString();
}
public void GeneFindAssociations()
{
// Debug.Log("Finding gene to record associations " + ID + " " + _associations.Count);
if (ID != null && _associations != null)
{
// create new list (also prevents repeat search)
List <string[]> matches;
// if associations has a match for this record, search all other datapoints
if (_associations.TryGetValue(ID.ToLower(), out matches))
{
// Debug.Log("Found match in associations");
// check each record for a match
foreach (GameObject record in _nodeHandler.DataPointsCoordinator.Records)
{
NodePhysX dataPoint = record.GetComponent <NodePhysX>();
// check all found associations to this point for match to checked record
foreach (string[] match in matches)
{
// if current check record is a match to association
if (match[1].ToLower() == "pd" && match[0].ToLower() == dataPoint.ID.ToLower())
{
Debug.Log("Found gene to record match " + match[0].ToLower() + " : " + dataPoint.ID.ToLower());
// make sure link doesn't alread exist
bool exists = false;
foreach (GameObject linkToGene in dataPoint.LinksToGenes)
{
Link assLink = linkToGene.GetComponent <Link>();
if (assLink.source == gameObject && assLink.target == record)
{
exists = true;
}
if (assLink.target == gameObject && assLink.source == record)
{
exists = true;
}
}
// if it doesn't exist, make a new one
if (!exists)
{
GameObject newLink = Instantiate(LinkPrefab, new Vector3(0, 0, 0), Quaternion.identity);
Link linkScr = newLink.GetComponent <Link>();
linkScr.source = record;
linkScr.target = gameObject;
linkScr.lineColor = Color.green;
dataPoint.LinksToGenes.Add(newLink);
linkCount.text = (int.Parse(linkCount.text) + 1).ToString();
GeneAssociatedRecords++;
break;
}
}
}
}
}
}
}
public void DestroyDataPoint(GameObject record)
{
if (!Records.Contains(record))
{
Debug.Log("Record not found");
return;
}
_records.Remove(record);
// destroy any cluster links
NodePhysX recordScript = record.GetComponent <NodePhysX>();
recordScript.DestroyCentroidLinks();
recordScript.DestroyAssociationLinks();
recordScript.DestroyGeneLinks();
// destroy the record
UnityEngine.Object.Destroy(record);
}
public void DestroyDataPoint(int index)
{
if (index >= Count)
{
Debug.Log("index greater than records count");
return;
}
GameObject removeRecord = _records[index];
_records.RemoveAt(index);
// destroy any cluster links
NodePhysX recordScript = removeRecord.GetComponent <NodePhysX>();
recordScript.DestroyCentroidLinks();
recordScript.DestroyAssociationLinks();
recordScript.DestroyGeneLinks();
// destroy the record
UnityEngine.Object.Destroy(removeRecord);
}
public void DestroyGeneLinks()
{
foreach (GameObject geneLink in LinksToGenes)
{
Link gLink = geneLink.GetComponent <Link>();
NodePhysX gLinkTargetGene = gLink.target.GetComponent <NodePhysX>();
// Debug.Log("Destroying gene link " + ID);
// Debug.Log("Target gene count " + gLinkTargetGene.GeneAssociatedRecords.ToString());
gLinkTargetGene.GeneAssociatedRecords--;
if (gLinkTargetGene.GeneAssociatedRecords == 0)
{
// Debug.Log("Destroying gene " + gLinkTargetGene.ID);
Destroy(gLinkTargetGene.gameObject);
_nodeHandler.GenePointsCoordinator.Records.Remove(gLinkTargetGene.gameObject);
geneCount.text = (int.Parse(geneCount.text) - 1).ToString();
}
Destroy(geneLink);
linkCount.text = (int.Parse(linkCount.text) - 1).ToString();
}
LinksToGenes = new List <GameObject>();
}
public void UpdateLinks()
{
///<summary>
/// The purpose of this function is to add, destroy, and hide links as necessary by iterating through the nodes list and checking the status of each node.
/// Thought about creating a bunch of "status lists", but that would simply result in a ton of linear searches anyway.
/// </summary>
foreach (GraphNodeType node in nodes)
{
GameObject nodeObj = node.getObject();
// Is the object flagged for deletion?
NodePhysX nodeInfo = nodeObj.GetComponent <NodePhysX>();
if (nodeInfo.delete)
{
print("Destroying " + node.name);
nodes.Remove(node);
Destroy(node);
}
else if (nodeInfo.hide)
{
// Hide the mesh+collider
print("Hiding " + node.name);
nodeObj.SetActive(false);
nodeInfo.hide = false;
}
else if (nodeInfo.unHide && nodeObj.activeSelf == false)
{
// Hide the mesh+collider
print("Un-Hiding " + node.name);
nodeObj.SetActive(true);
nodeInfo.unHide = false;
// re-create the link
CreateLink(nodeObj, nodeInfo.root);
}
}
// After we're all done, remove the links.
ScrubLinks();
}
public bool DestroyLastDataPoint()
{
if (_records.Count == 0)
{
return(false);
}
GameObject removeRecord = _records[Count - 1];
_records.RemoveAt(Count - 1);
// destroy any cluster links
NodePhysX recordScript = removeRecord.GetComponent <NodePhysX>();
recordScript.DestroyCentroidLinks();
recordScript.DestroyAssociationLinks();
recordScript.DestroyGeneLinks();
// destroy the record
UnityEngine.Object.Destroy(removeRecord);
return(true);
}
void doRayCast()
{
PointerEventData pointer = new PointerEventData(EventSystem.current);
List <RaycastResult> targetsHit = GetRaycastTargets(pointer);
if (targetsHit.Count > 0)
{
_targetSelected = targetsHit[0].gameObject;
if (Input.GetKeyDown("space") || Input.GetMouseButtonDown(0))
{
if (_targetSelected.GetComponent <IPointerClickHandler>() != null)
{
_targetSelected.GetComponent <IPointerClickHandler>().OnPointerClick(pointer);
}
else if (_targetSelected.GetComponentInParent <IPointerClickHandler>() != null)
{
_targetSelected.GetComponentInParent <IPointerClickHandler>().OnPointerClick(pointer);
}
}
}
Ray ray = vrcam.ScreenPointToRay(pointer.position);
RaycastHit hit;
if (Physics.Raycast(ray, out hit))
{
if (hit.collider.tag == "node")
{
NodePhysX nodescript = hit.collider.GetComponentInParent <NodePhysX>();
if (nodescript != null)
{
LayoutPanel.GetComponent <DatapointInfoPanelScript>().SetValues(nodescript.RecordValues);
}
}
}
}
public void UpdateDataDataAssociations()
{
// check to see if associations need to be found
if (ID != null && _associations != null)
{
// create new list (also prevents repeat search)
List <string[]> matches;
// if associations has a match for this record, search all other datapoints
if (_associations.TryGetValue(ID, out matches))
{
// check each record for a match
foreach (GameObject record in _nodeHandler.DataPointsCoordinator.Records)
{
NodePhysX dataPoint = record.GetComponent <NodePhysX>();
// check all found associations to this point for match to checked record
foreach (string[] match in matches)
{
// if current check record is a match to association
if (match[0].ToLower() == dataPoint.ID.ToLower())
{
// make sure link doesn't alread exist
bool exists = false;
foreach (GameObject linkToAssociation in LinksToAssociations)
{
Link assLink = linkToAssociation.GetComponent <Link>();
if (assLink.source == gameObject && assLink.target == record)
{
exists = true;
}
if (assLink.target == gameObject && assLink.source == record)
{
exists = true;
}
}
// if it doesn't exist, make a new one
if (!exists)
{
GameObject newLink = Instantiate(LinkPrefab, new Vector3(0, 0, 0), Quaternion.identity);
Link linkScr = newLink.GetComponent <Link>();
linkScr.source = gameObject;
linkScr.target = record;
linkScr.lineColor = Color.red;
LinksToAssociations.Add(newLink);
linkCount.text = (int.Parse(linkCount.text) + 1).ToString();
bool targetHasLink = false;
// check if target has this link already add if not
foreach (GameObject linkToAssociation in dataPoint.LinksToAssociations)
{
Link assLink = linkToAssociation.GetComponent <Link>();
if (assLink.source == gameObject && assLink.target == record)
{
targetHasLink = true;
}
if (assLink.target == gameObject && assLink.source == record)
{
targetHasLink = true;
}
}
if (!targetHasLink)
{
dataPoint.LinksToAssociations.Add(newLink);
}
break;
}
}
}
}
}
}
}
public void UpdateDataGeneAssociations()
{
if (ID != null && _associations != null)
{
List <string[]> matches;
// see if associations exist for this datapoint
if (_associations.TryGetValue(ID, out matches))
{
bool foundAssociatedGene = false;
List <string> foundGeneIds = new List <string>();
// check all gene records to see if exists already
foreach (GameObject geneRecordObject in _nodeHandler.GenePointsCoordinator.Records)
{
NodePhysX genePoint = geneRecordObject.GetComponent <NodePhysX>();
// Debug.Log("Existing gene id " + genePoint.ID);
// check if check gene is in this association's matches
foreach (string[] match in matches)
{
// if current check gene is a match to association
if (genePoint.ID.ToLower() == match[0].ToLower())
{
foundGeneIds.Add(genePoint.ID.ToLower());
foundAssociatedGene = true;
bool exists = false;
// check if link already exists in this point
foreach (GameObject geneLink in LinksToGenes)
{
Link assLink = geneLink.GetComponent <Link>();
if (assLink.source == gameObject && assLink.target == geneRecordObject)
{
exists = true;
}
if (assLink.target == gameObject && assLink.source == geneRecordObject)
{
exists = true;
}
}
if (!exists)
{
GameObject newLink = Instantiate(LinkPrefab, new Vector3(0, 0, 0), Quaternion.identity);
Link linkScr = newLink.GetComponent <Link>();
linkScr.source = gameObject;
linkScr.target = geneRecordObject;
linkScr.lineColor = Color.green;
LinksToGenes.Add(newLink);
genePoint.GeneAssociatedRecords++;
linkCount.text = (int.Parse(linkCount.text) + 1).ToString();
break;
}
}
}
}
if (!foundAssociatedGene)
{
foreach (string[] match in matches)
{
if (!foundGeneIds.Contains(match[0].ToLower()) && match[1] == "pd")
{
GameObject newGeneObject = graphControl.GenerateNode();
NodePhysX newGeneScript = newGeneObject.GetComponent <NodePhysX>();
newGeneScript.OriginType = DataTypes.GENE;
GameObject newLink = Instantiate(LinkPrefab, new Vector3(0, 0, 0), Quaternion.identity);
Link linkScr = newLink.GetComponent <Link>();
linkScr.source = gameObject;
linkScr.target = newGeneObject;
linkScr.lineColor = Color.green;
LinksToGenes.Add(newLink);
newGeneScript.LinksToGenes = new List <GameObject>();
newGeneScript._originType = DataTypes.GENE;
newGeneScript._associations = _associations;
newGeneScript._nodeHandler = _nodeHandler;
newGeneScript.ID = match[0].ToLower();
newGeneScript.GeneFindAssociations();
newGeneScript.GeneAssociatedRecords++;
_nodeHandler.GenePointsCoordinator.Records.Add(newGeneObject);
// Debug.Log("Count genepoints: " + _nodeHandler.GenePointsCoordinator.Count);
linkCount.text = (int.Parse(linkCount.text) + 1).ToString();
geneCount.text = (int.Parse(geneCount.text) + 1).ToString();
//Debug.Log(ID + " creating new gene and link to " + match[0].ToLower());
}
}
}
}
}
}
// Update file data points on toggle clicks.
// This only updates records loaded from data file.
void UpdateRenderFileDataPoints()
{
MinMaxAttributes = Persistantdata.MinMaxData;
Debug.Log("Updating points in nodehandler");
// if file data points rendering turned off, destroy all the points and links
if (!RenderFileDataPoints && DataPointsCoordinator.Count > 0)
{
while (DataPointsCoordinator.DestroyLastDataPoint())
{
if (ClusteringOn) // if clustering, inform cluster
{
DataCluster.PointsTotal--;
}
}
CheckForRenderDataUpdate = false;
}
// if points to render is lower than points already rendered, destroy last point
else if (RenderFileDataPoints && DataPointsCoordinator.Count > MaxRenderDatapoints)
{
DataPointsCoordinator.DestroyLastDataPoint();
if (ClusteringOn) // if in cluster, inform cluster
{
DataCluster.PointsTotal--;
}
if (DataPointsCoordinator.Count <= MaxRenderDatapoints)
{
CheckForRenderDataUpdate = false;
}
}
// if points rendered is below max, create a point
else if (RenderFileDataPoints && DataPointsCoordinator.Count < MaxRenderDatapoints)
{
// if no more file records
if (Persistantdata.RecordValues.Count <= DataPointsCoordinator.Count)
{
CheckForRenderDataUpdate = false;
}
// else add a new record
else
{
GameObject newNode = Graphcontroller.GenerateNode();
NodePhysX nodeScript = newNode.GetComponent <NodePhysX>();
// Debug.Log("found script: " + nodeScript.name);
// adds the next record from persistantdata loaded data file
nodeScript.setDataPoint(DataTypes.FILE_DATA, MinMaxAttributes, Persistantdata.RecordValues[DataPointsCoordinator.Count],
Persistantdata.DatasetNames, Persistantdata.Types, DataCluster, this);
DataPointsCoordinator.Records.Add(newNode);
if (ClusteringOn) // if in cluster, inform cluster
{
DataCluster.PointsTotal++;
}
// Debug.Log("Rendered: " + DataPointsCoordinator.Count + " of " + RenderDatapointsCount);
if (DataPointsCoordinator.Count >= MaxRenderDatapoints)
{
CheckForRenderDataUpdate = false;
}
if (PPLinksActive)
{
nodeScript.UpdateDataDataAssociations();
}
if (PGLinksActive)
{
nodeScript.UpdateDataGeneAssociations();
}
}
}
// if no change needed, stop updating
else
{
CheckForRenderDataUpdate = false;
}
}
