public void BuildGut(string inputPath)
{
Debug.Log(inputPath);
pointList = FastCSVReader.Read(inputPath);
//Log to console
Debug.Log(pointList);
// Declare list of strings, fill with keys (column names)
List <string> columnList = new List <string>(pointList[1].Keys);
// Print number of keys (using .count)
Debug.Log("There are " + columnList.Count + " columns in the CSV");
foreach (string key in columnList)
{
Debug.Log("Column name is " + key);
}
// Assign column name from columnList to Name variables
clusterNumberName = columnList[columnClusterNumber];
xName = columnList[columnX];
yName = columnList[columnY];
zName = columnList[columnZ];
//Get max value of clusters, with assumption that integer increments and so 1-max is the number of things
int numClusters = (int)FindMaxValue(clusterNumberName);
// Get maxes of each axis
float xMax = FindMaxValue(xName);
float yMax = FindMaxValue(yName);
float zMax = FindMaxValue(zName);
// Get minimums of each axis
float xMin = FindMinValue(xName);
float yMin = FindMinValue(yName);
float zMin = FindMinValue(zName);
//Loop through cluster numbers, to keep meshes aligned
// For every one layer, so same z, remove all ones besides the top and bottom points before using the pointlist
// Excluding those with the first and last z values for a given cluster
for (var j = 0; j < numClusters; j++)
{
// Create a child GameObject to attach a mesh to, easier to split up and more likely to be composable
GameObject instance = Instantiate(microbe);
instance.transform.position = new Vector3(0, 0, 0);
//Loop through Pointlist
for (var i = 0; i < pointList.Count; i++)
{
// Check if meets the criteria of cluster name
if (System.Convert.ToSingle(pointList[i][clusterNumberName]) == j)
{
float x = pointList[i][xName];
float y = pointList[i][yName] - yMin + 1;
float z = pointList[i][zName];
meshPoints.Add(new Vector3(x * 6 * plotScale, y * plotScale, z * plotScale));
}
}
// Need to split based on cluster number, so different meshes for each
triangles = CreateTrianglesLine(triangles, meshPoints);
//Now use the list of Vector3's to make the mesh
CreateMesh(meshPoints.ToArray(), triangles.ToArray(), instance);
instance.AddComponent <BoxCollider>();
// Reset meshPoints = 0 as next cluster is started
triangles = new List <int>();
meshPoints = new List <Vector3>();
}
}
public void BuildModel(string inputPath)
{
Debug.Log(inputPath);
pointList = FastCSVReader.Read(inputPath);
//Log to console
Debug.Log(pointList);
// Declare list of strings, fill with keys (column names)
List <string> columnList = new List <string>(pointList[1].Keys);
// Print number of keys (using .count)
Debug.Log("There are " + columnList.Count + " columns in the CSV");
foreach (string key in columnList)
{
Debug.Log("Column name is " + key);
}
// Assign column name from columnList to Name variables
clusterNumberName = columnList[columnClusterNumber];
xName = columnList[columnX];
yName = columnList[columnY];
zName = columnList[columnZ];
//Get max value of clusters, with assumption that integer increments and so 1-max is the number of things
int numClusters = (int)FindMaxValue(clusterNumberName);
// Get maxes of each axis
float xMax = FindMaxValue(xName);
float yMax = FindMaxValue(yName);
float zMax = FindMaxValue(zName);
// Get minimums of each axis
float xMin = FindMinValue(xName);
float yMin = FindMinValue(yName);
float zMin = FindMinValue(zName);
//Loop through cluster numbers, to keep meshes aligned
// For every one layer, so same z, remove all ones besides the top and bottom points before using the pointlist
// Excluding those with the first and last z values for a given cluster
for (var j = 0; j < numClusters; j++)
{
// Create a child GameObject to attach a mesh to, easier to split up and more likely to be composable
GameObject instance = Instantiate(microbe);
instance.transform.position = new Vector3(0, 0, 0);
//Loop through Pointlist
for (var i = 0; i < pointList.Count; i++)
{
// Check if meets the criteria of cluster name
if (System.Convert.ToSingle(pointList[i][clusterNumberName]) == j)
{
float x = pointList[i][xName];
float y = pointList[i][yName] - yMin + 1;
float z = pointList[i][zName];
meshPoints.Add(new Vector3(x * 6 * plotScale, y * plotScale, z * plotScale));
}
// Get value in poinList at ith "row", in "column" Name, normalize
// Instantiate as gameobject variable so that it can be manipulated within loop
//GameObject dataPoint = Instantiate(
// PointPrefab,
// new Vector3(x, y, z * 6) * plotScale,
// Quaternion.identity);
//dataPoint.transform.localScale = new Vector3(50 * plotScale, 50 * plotScale, 50 * plotScale);
// Make child of PointHolder object, to keep points within container in hiearchy
//dataPoint.transform.parent = PointHolder.transform;
// Assigns original values to dataPointName
// string dataPointName =
// "Cluster: " + pointList[i][clusterNumberName] + " " +
// pointList[i][xName] + " "
// + pointList[i][yName] + " "
// + pointList[i][zName];
// Assigns name to the prefab
//dataPoint.transform.name = dataPointName;
// Gets material color and sets it to a new RGB color we define
//dataPoint.GetComponent<Renderer>().material.color =
// new Color(j*50 + 0f, 255.0f, z % 255.0f, 1.0f);
//new Color(x % 255.0f, y % 255.0f, z % 255.0f, 1.0f);
// Add point to meshPoints
//TODO: Split meshes up into different clusters
//meshPoints.Add(new Vector3(x, y, z * 6));
//Destroy(dataPoint);
}
// MeshFilter
//MeshFilter mf = instance.GetComponent<MeshFilter>();
// Need to split based on cluster number, so different meshes for each
triangles = CreateTriangles(triangles, meshPoints);
//Now use the list of Vector3's to make the mesh
CreateMesh(meshPoints.ToArray(), triangles.ToArray(), instance);
instance.AddComponent <BoxCollider>();
// Reset meshPoints = 0 as next cluster is started
triangles = new List <int>();
meshPoints = new List <Vector3>();
}
}
