//function called to read the tracked data and format it as objects for simplified processing
void ProcessData()
{
Tanks = new Tank[(int)(TankCount.x * TankCount.y)];
//random variable for later
Random r = new Random();
//Random names are given to the fish to identify them
//Each fish has its own first name, but the fish that share a tank have the same last name
string[] MaleFirstNames = { "Charles", "Carl", "Thomas", "Dave", "Fishy", "Eddie", "Louie" };
string[] FemaleFirstNames = { "Henrietta", "Camille", "Carla", "Patricia", "Ella", "Thelma", "Bea" };
string[] LastNames = { "Smith", "Da Vinci", "Ramirez", "von Gelsing", "McFishFace", "Pantel", "Olding", "Carlesburg" };
//Read the tracking file
//The format for the tracking data is as follows:
// /FISH_1_X1/FISH_1_Y1/BEHAVIOUR_1(if applicable)/FISH_2_X1/FISH_2_Y2/---/...
// /FISH_1_X2/FISH_1_Y2/BEHAVIOUR_2(if applicable)/FISH_2_X2/FISH_2_Y2/---/...
//...
string[] Lines = System.IO.File.ReadAllLines("Results.csv");
//Loop through each line one at a time
for (int i = 2; i < Lines.Length; i++)
{
//split each line into its cells (in a csv the cells are separated by commas
string[] Cells = Lines[i].Split(',');
//Go through each cell
for (int j = 1; j < Cells.Length; j += 3)
{
//If the cell is empty, skip it
if (Cells[j] == " ")
{
continue;
}
//Get the index of the current fish (since there are 3 cells per fish, it equals a third of the current cell index)
int CurrentFish = (int)Math.Ceiling((double)j / 3);
//If the current fish has no data yet, create a fish
if (CurrentFish > fish.Count)
{
//Creates a new fish, by default with a male first name. If the fish ends up being female, the name will be changed
//Also sets the path to a new array of vectors equal to the number of frames of the video
Fish f = new Fish(MaleFirstNames[r.Next(0, MaleFirstNames.Length)])
{
Path = new Vector[Frames]
};
//Add this fish to the list of fish
fish.Add(f);
//Gets the tank index based on the current position
int TankIndex = (int)(Math.Floor((float.Parse(Cells[j]) * TankCount.x / Dimensions.x)) * (TankCount.y) + Math.Floor((float.Parse(Cells[j + 1]) * TankCount.y / Dimensions.y)));
//If the tank doesnt exist yet, add it
if (Tanks[TankIndex] == null)
{
Tanks[TankIndex] = new Tank(LastNames[TankIndex], Frames);
}
//add the fish to the tank
Tanks[TankIndex].FishInTank.Add(f);
//Set the behaviour type of the fish, if it exists
int Type = -1;
int.TryParse(Cells[j + 2], out Type);
Tanks[TankIndex].Behaviours[CurrentFrame] = (Behaviour)Type;
Console.WriteLine((Behaviour)Type);
}
//set the location of the fish
fish[CurrentFish - 1].Path[i - 2] = new Vector(float.Parse(Cells[j]), float.Parse(Cells[j + 1]));
}
}
//Go through each tank
foreach (Tank t in Tanks)
{
if (t.FishInTank.Count >= 2 && t.FishInTank[0].Path[0] != null && t.FishInTank[1].Path[0] != null)
{
//the male fish is always higher, so set them accordingly
if (t.FishInTank[0].Path[0].y < t.FishInTank[1].Path[0].y)
{
t.Male = t.FishInTank[0];
t.Female = t.FishInTank[1];
}
else
{
t.Male = t.FishInTank[1];
t.Female = t.FishInTank[0];
}
}
else
{
t.Male = t.FishInTank[0];
t.Female = t.FishInTank[0];
}
//Sets the first name of the fish
t.Female.FirstName = FemaleFirstNames[r.Next(0, FemaleFirstNames.Length)];
//Removes teh fish in the current tank
t.FishInTank.Remove(t.Male);
t.FishInTank.Remove(t.Female);
//make sure the fish have a position the first frame
if (t.Male.Path[0] == null)
{
t.Male.Path[0] = t.Female.Path[0];
}
else if (t.Female.Path[0] == null)
{
t.Female.Path[0] = t.Male.Path[0];
}
//loop through all the frames
for (int i = 1; i < Frames; i++)
{
//if both fish dont have a current path
if (t.Male.Path[i] == null && t.Female.Path[i] == null)
{
//give them empty vectors
t.Male.Path[i] = new Vector(0, 0);
t.Female.Path[i] = new Vector(0, 0);
//get all fish currently existing
List <Fish> ActiveFish = new List <Fish>();
foreach (Fish f in t.FishInTank)
{
if (f.Path[i] != null)
{
ActiveFish.Add(f);
}
}
//if there is two fish active...
if (ActiveFish.Count == 2)
{
//merge the active fish with the initial male/female fish based on closeness to each other
if ((t.Male.Path[i - 1] - ActiveFish[0].Path[i]).GetMagnitude() > (t.Female.Path[i - 1] - ActiveFish[0].Path[i]).GetMagnitude())
{
for (int j = i; j < Frames && ActiveFish[0].Path[j] != null; j++)
{
t.Male.Path[j] = ActiveFish[0].Path[j];
}
for (int j = i; j < Frames && ActiveFish[1].Path[j] != null; j++)
{
t.Female.Path[j] = ActiveFish[1].Path[j];
}
}
else
{
for (int j = i; j < Frames && ActiveFish[1].Path[j] != null; j++)
{
t.Male.Path[j] = ActiveFish[1].Path[j];
}
for (int j = i; j < Frames && ActiveFish[0].Path[j] != null; j++)
{
t.Female.Path[j] = ActiveFish[0].Path[j];
}
}
//if there is only one fish then they are probably at the same position, so give them both the same position
}
else if (ActiveFish.Count == 1)
{
for (int j = i; j < Frames && ActiveFish[0].Path[j] != null; j++)
{
t.Male.Path[j] = ActiveFish[0].Path[j];
t.Female.Path[j] = ActiveFish[0].Path[j];
}
}
//if only one fish disappears...
}
else if (t.Male.Path[i] == null)
{
//by default give it the position of the other fish temporarily
t.Male.Path[i] = t.Female.Path[i];
//if ther are other active fish that were not active beforehand, then reassign that fish to the male fish
foreach (Fish f in t.FishInTank)
{
if (f.Path[i - 1] == null && f.Path[i] != null)
{
for (int j = i; j < f.Path.Length && f.Path[j] != null; j++)
{
t.Male.Path[j] = f.Path[j];
}
}
}
//the same process, but for the female
}
else if (t.Female.Path[i] == null)
{
//again, by default give the female the male's position
t.Female.Path[i] = t.Male.Path[i];
//if any fish become active, then shift their data into this data
foreach (Fish f in t.FishInTank)
{
if (f.Path[i - 1] == null && f.Path[i] != null)
{
for (int j = i; j < f.Path.Length && f.Path[j] != null; j++)
{
t.Female.Path[j] = f.Path[j];
}
}
}
}
}
//add this tank to the dropdown box
this.comboBox1.Items.Add(t);
}
//update everything
comboBox1.SelectedIndex = 0;
UpdateTextBox();
UpdateVisuals();
}