public static void saveSingleGrainsMesh(Rock rock, string saveFolder)
{
int grainCount = 0;
int nBeds = rock.rockObject.transform.childCount;
GameObject[] singleGrain = new GameObject[1];
for (int bedNumber = 0; bedNumber < nBeds; bedNumber++)
{
GameObject currentBed = rock.rockObject.GetComponent <Transform>().GetChild(bedNumber).gameObject;
int nGrainGroups = rock.beds[bedNumber].nGrainGroups;
for (int grainGroupNumber = 0; grainGroupNumber < nGrainGroups; grainGroupNumber++)
{
GameObject grainGroup = currentBed.GetComponent <Transform>().GetChild(grainGroupNumber).gameObject;
int nGrains = grainGroup.transform.childCount;
if (nGrains > 0)
{
for (int grainNumber = 0; grainNumber < nGrains; grainNumber++)
{
grainCount += 1;
singleGrain[0] = grainGroup.transform.GetChild(grainNumber).gameObject;
bool[] isLocationRotationScale = new bool[3];
isLocationRotationScale[0] = false;
isLocationRotationScale[1] = true;
isLocationRotationScale[2] = true;
string grainName = grainGroup.transform.GetChild(grainNumber).gameObject.GetComponent <GrainOperations>().name;
string filePath = saveFolder + "/Grain " + grainCount + " - " + grainName + ".stl";
StlExporter.MeshToFile(singleGrain, new Vector3(), filePath, isLocationRotationScale);
}
}
}
}
}
public static void saveMeshData(Rock rock, string saveFolder)
{
GameObject[] grains = rock.GetGrainObjects();
if (grains.Length > 0)
{
string filePath = saveFolder + "/MeshData" + ".stl";
StlExporter.MeshToFile(grains, filePath);
Debug.Log("Saved");
}
}