void SendMoleculeDataToRenderer()
{
// Molecule data to be transfered to the renderer, do not modify
var positions = new Vector4[GameObjects.Count];
var rotations = new Vector4[GameObjects.Count];
var states = new int[GameObjects.Count];
var types = new int[GameObjects.Count];
var colors = _moleculeColors.ToArray();
// Push the molecules information into the buffers
int count = 0;
foreach (var go in GameObjects.ToArray())
{
if (go == null)
{
GameObjects.Remove(go);
continue;
}
var molecule = go.GetComponent <MoleculeScript>();
positions[count] = go.transform.position;
rotations[count] = Helper.QuanternionToVector4(go.transform.rotation);
states[count] = molecule.State;
types[count] = molecule.Type;
count++;
}
// Send mol information to the renderer
_moleculeDisplayScript.UpdateMoleculeData(count, positions, rotations, types, states, colors, Scale, ShowAtomColors);
}
void SendMoleculeDataToRenderer()
{
// Molecule data to be transfered to the renderer, do not modify
var positions = new Vector4[_gameObjects.Count];
var rotations = new Vector4[_gameObjects.Count];
var states = new int[_gameObjects.Count];
var types = new int[_gameObjects.Count];
// Push the molecules information into the buffers
foreach (var molObject in _gameObjects)
{
var molecule = molObject.GetComponent <MoleculeScript>();
positions[molecule.Id] = molObject.transform.position;
rotations[molecule.Id] = Helper.QuanternionToVector4(molObject.transform.rotation);
states[molecule.Id] = molecule.State;
types[molecule.Id] = molecule.Type;
}
// Send mol information to the renderer
_moleculeDisplayScript.UpdateMoleculeData(positions, rotations, types, states, Scale, ShowAtomColors);
}
