public DataFarmerObject(string tag)
{
this.tag = tag;
this.timestamp = Time.time;
ps = ParticipantStatus.GetInstance();
this.participant = ps.GetParticipant();
this.trial = ps.GetTrial();
this.condition = ps.GetCondition();
this.category = ps.GetCategory();
this.cube = ps.GetCube();
}
// makes a cube from a description of the 3 axes
// for a description of this see ColorShapeRotation.cs
// a CubeTuple describes a cube
// mapping of cubes to categories is stored externally
// as json data
// for any participant we pick one set of mappings
// and go through them somewhat randomly
// I guess this is the current version of the "nice function"
// this pulls the materials based on what we get for
// the externally generated counterbalancing conditions
// and maps the materials to the raw cube
Material[] createSet()
{
CubeTuple c = ParticipantStatus.GetInstance().GetCube();
Material[] matlist = rend.materials;
matlist[0] = material[0];
foreach (ColorShapeRotation csr in c.cube)
{
foreach (int face in csr.GetFaces())
{
matlist[face] = material[csr.GetMaterial()];
}
}
return(matlist);
}
// makes a cube from a description of the 3 axes
// for a description of this see ColorShapeRotation.cs
// a CubeTuple describes a cube
// mapping of cubes to categories is stored externally
// as json data
// for any participant we pick one set of mappings
// and go through them somewhat randomly
// this pulls the materials based on what we get for
// the externally generated counterbalancing conditions
// and maps the materials to the raw cube
Material[] createSet()
{
// a CubeTuple is the 3 axes of the cube
CubeTuple c = ParticipantStatus.GetInstance().GetCube();
Material[] matlist = rend.materials;
// this is the basic background material for the cube
matlist[0] = material[0];
// ColorShapeRotation describes one of the axes of the cube
foreach (ColorShapeRotation csr in c.cube)
{
// we dress the two faces for the axis with the appropriate material
foreach (int face in csr.GetFaces())
{
matlist[face] = material[csr.GetMaterial()];
}
}
return(matlist);
}
public List <CubeTuple> Shuffle(ParticipantStatus.Condition condition)
{
List <List <ColorShapeRotation> > arr = Cubesets[condition.cubeset][condition.catmap];
CubeTuple[] shuffled = new CubeTuple[arr.Count];
int i = 0;
foreach (var c in arr)
{
shuffled[i] = new CubeTuple(c);
i++;
}
System.Random random = new System.Random();
for (i = 0; i < arr.Count; i++)
{
var replace = random.Next(arr.Count);
var temp = shuffled[replace];
shuffled[replace] = shuffled[i];
shuffled[i] = temp;
}
return(new List <CubeTuple>(shuffled));
}
