public void ParallelCursorArrayTest()
{
DenseVector v1 = DenseVector.Zero(1);
DenseVector v2 = DenseVector.Zero(2);
VectorArray va1 = new VectorArray(v1, 3, 2);
VectorArray va2 = new VectorArray(v2, 3, 2);
VectorPair cursor = new VectorPair(v1, v2);
VectorArray[] arrays = new VectorArray[] { va1, va2 };
ParallelCursorArray <VectorPair, VectorArray> pa =
new ParallelCursorArray <VectorPair, VectorArray>(cursor, arrays);
int i;
for (i = 0; i < pa.Count; i++)
{
pa[i].a.SetAllElementsTo(i);
pa[i].b.SetAllElementsTo(-i);
}
i = 0;
foreach (VectorPair p in pa)
{
Console.WriteLine("pa[{0}].shape = {1}, b = {2}", i++, p.a, p.b);
}
i = 0;
foreach (Vector v in va2)
{
Console.WriteLine("va2[{0}] = {1}", i++, v);
}
}
public bool comparePairs(VectorPair otherPair)
{
Vector3 otherV1 = otherPair.vector1;
Vector3 otherV2 = otherPair.vector2;
return(((vector1.x == otherV1.x && vector1.y == otherV1.y) && (vector2.x == otherV2.x && vector2.y == otherV2.y)) ||
((vector1.x == otherV2.x && vector1.y == otherV2.y) && (vector2.x == otherV1.x && vector2.y == otherV1.y)));
}
void Start()
{
// start audio stuff
correctPlaySoundMusicSource.clip = correctPlaySound;
incorrectPlaySoundMusicSource.clip = incorrectPlaySound;
trackMusicMusicSource.clip = trackMusic;
trackMusicMusicSource.Play();
//instance variables and arrays
keySettings = new InputKeys[4];
currentTilesToDo = new VectorPair[4];
pointerInArray = 0;
isInKeyCanvas = false;
//generate which letter is destined to each body part
// Check there is no repeated values and if there is, correct it
Dictionary <char, byte> hash = new Dictionary <char, byte>();
// Check the rest of the hash map
for (int index = 0; index < 4; ++index)
{
keySettings[index] = new InputKeys();
currentTilesToDo[index] = new VectorPair();
_boxes[index].SetPendingState(true);
_boxes[index].SetBodyPart(currentTilesToDo[index].GetBodyPart());
//Set the body part value
keySettings[index].setBodyPart((BodyParts)(index));
//While it is a key that is in the hash map, get another one
while (hash.ContainsKey(keySettings[index].getLetter()))
{
keySettings[index].generateLetter();
}
hash.Add(keySettings[index].getLetter(), 0);
}
//Set variables for the beggining of the game
setValues();
// Save the text for the KeysMenu
printKeyText.text = keySettings[0].getLetter().ToString() + "\t\t\t " + keySettings[1].getLetter().ToString() + "\t\t\t " + keySettings[2].getLetter().ToString() + "\t\t\t " + keySettings[3].getLetter().ToString();
//Show key screen for some seconds
StartCoroutine(ShowSubMenu(timeTextKeysFirstTime));
}
ContainmentType ICullPrimitive.IntersectWorldSphere(float radius, Vector3 position)
{
lock (this)
{
VectorPair pair = new VectorPair();
pair.Camera = cameras.GetCamera();
if (pair.Camera == null)
return ContainmentType.Contains;
pair.Position = position;
pair.Radius = radius;
spheres.Add(pair);
return ContainmentType.Contains;
}
}
bool ICullPrimitive.TestWorldSphere(float radius, Vector3 position)
{
lock (this)
{
VectorPair pair = new VectorPair();
pair.Camera = cameras.GetCamera();
if (pair.Camera == null)
return true;
pair.Position = position;
pair.Radius = radius;
spheres.Add(pair);
return true;
}
}
