//private bool InitializeMesh;
private void Start()
{
PositionControlPoints = new List <Transform>();
meshCage = objCage.GetComponent <MeshFilter>().mesh;
meshModel = objModel.GetComponent <MeshFilter>().mesh;
cageVertices = meshCage.vertices;
modelVertices = meshModel.vertices;
initialControlPointPosition = meshCage.vertices;
initialModelVerticesPosition = meshModel.vertices;
trisCage = meshCage.triangles;
trisModel = meshModel.triangles;
functionality = GameObject.Find("Selection Manager").GetComponent <Functionality>();
readFileComputeNewcage = GameObject.Find("Selection Manager").GetComponent <ReadFileComputeNewcage>();
readJson = GameObject.Find("Selection Manager").GetComponent <ReadJson>();
treatSelectionManager = GameObject.Find("Selection Manager").GetComponent <TreatSelectionManager>();
UpdateModification = true;
//InitializeMesh = false;
//scale = 1;
//collision = false;
InitializedControlPoints = new GameObject();
InitializedControlPoints.name = "Initialized Control Points";
InitializedControlPoints.tag = "InitializeParent";
_initializedControlPoints = InitializedControlPoints.transform;
//CreateControlPoints();
ComputeBarCenter(modelVertices);
//scaleCenter = barCenter;
}
private void Awake()
{
levelSelect = 0;
levelChange = false;
segmentTags = new List <string>();
meshCage = objCage.GetComponent <MeshFilter>().mesh;
meshModel = objModel.GetComponent <MeshFilter>().mesh;
cageVertices = meshCage.vertices;
modelVertices = meshModel.vertices;
trisCage = meshCage.triangles;
trisModel = meshModel.triangles;
colorArrayLevelx = new Color[modelVertices.Length];
meshCreateControlPoints = GameObject.Find("Selection Manager").GetComponent <MeshCreateControlPoints>();
readFileComputeNewcage = GameObject.Find("Selection Manager").GetComponent <ReadFileComputeNewcage>();
jsonString1 =
//File.ReadAllText(Application.streamingAssetsPath + "/" + "hand_segmentation_hierarchical_nails.txt");
File.ReadAllText(Application.streamingAssetsPath + "/" + "flowered_teapot_simplified.ant.txt");
data1 = JsonMapper.ToObject(jsonString1);
//Instantiation of the the model's segments(instances of the segments)
for (var i = 0; i < data1["annotations"].Count; i++)
{
var datatest = JsonMapper.ToJson(data1["annotations"][i]);
importedSegmentsOfDifferentLevels.Add(JsonMapper.ToObject <ModelData>(datatest));
Debug.Log("To see the colors " + importedSegmentsOfDifferentLevels[i].color[0]);
}
var segmentLevel0 = importedSegmentsOfDifferentLevels.Find(x => x.father == -1);
rootNode = new TreeNode(segmentLevel0);
//loop for levels
for (var i = 0; i < importedSegmentsOfDifferentLevels.Count; i++)
{
if (importedSegmentsOfDifferentLevels[i].id == segmentLevel0.id)
{
continue;
}
var node = new TreeNode(importedSegmentsOfDifferentLevels[i]);
var father =
importedSegmentsOfDifferentLevels.Find(x => x.id == importedSegmentsOfDifferentLevels[i].father);
if (rootNode.GetDescendent(father.id) != null)
{
rootNode.GetDescendent(father.id).Add(node);
}
}
var idMax = importedSegmentsOfDifferentLevels.Max(x => x.id);
Debug.Log("levelMax detected " + idMax);
levelMax = rootNode.GetDescendent(idMax).GetLevel();
Debug.Log("levelMax " + levelMax);
levelRange.text = "0-" + levelMax;
TreatmentCPLevelx();
var hierarchy = new GameObject();
hierarchy.name = "Hierarchy";
rootNode.GetGameobject().transform.parent = hierarchy.transform;
//BFS(rootNode);
//Create the color arrays for the different-level-model
}
