//Create new instance of the class
public Observation(Obs_Area p_area, Obs_Position p_position, Obs_Finance p_finance)
{
this.area = p_area; this.finance = p_finance; this.position = p_position;
}
//Create new instance of the class
public Observation(Obs_Area p_area, Obs_Position p_position, Obs_Finance p_finance)
{
this.area = p_area; this.finance = p_finance; this.position = p_position;
}
//create a new area instance based on the current game's data
private Obs_Area createArea()
{
Obs_Area area = new Obs_Area();
#region GameGroupInfo
double[,] groupInfo = new double[gameCardsGroup.Length, 2];
for (int i = 0; i < gameCardsGroup.Length; i++)
{
//Group isn't completed
if (completedGroups[i].Equals(-1))
{
double cPlayer = 0;
double oPlayers = 0;
string[] tmp = gameCardsGroup[i].Split(',');
for (int j = 0; j < tmp.Length; j++)
{
if (properties[Int32.Parse(tmp[j])].Equals(currentPlayer))
{
if (gamePlayers[currentPlayer].mortgagedProperties[getIndexFromPosition(Int32.Parse(tmp[j]))].Equals(0))
cPlayer++;
}
else if (!properties[Int32.Parse(tmp[j])].Equals(-1))
oPlayers++;
}
groupInfo[i, 0] = (int)(12 / gameCardsGroup[i].Split(',').Length * cPlayer);
groupInfo[i, 1] = (int)(12 / gameCardsGroup[i].Split(',').Length * oPlayers);
if (groupInfo[i, 1].Equals(12))
{
int alivePlayers = 0;
for (int k = 0; k < currentPlayers; k++)
{
if (gamePlayers[k].isAlive && (!k.Equals(currentPlayer)))
alivePlayers++;
}
groupInfo[i, 1] = (int)groupInfo[i, 1] / alivePlayers;
}
}
//If the group is completed
else
{
string[] gr = gameCardsGroup[i].Split(',');
int mortCounter = 0;
int tmp = buildings[Int32.Parse(gameCardsGroup[i].Split(',')[gameCardsGroup[i].Split(',').Length - 1])];
if (completedGroups[i].Equals(currentPlayer))
{
for (int j = 0; j < gr.Length; j++)
{
if (gamePlayers[currentPlayer].mortgagedProperties[getIndexFromPosition(Int32.Parse(gr[j].ToString()))].Equals(1))
{
mortCounter++;
}
}
groupInfo[i, 1] = 0;
groupInfo[i, 0] = 12 + tmp;
if (mortCounter > 0)
groupInfo[i, 0] = 12 - (int)(12 / gameCardsGroup[i].Split(',').Length * mortCounter);
}
else
{
groupInfo[i, 0] = 0;
groupInfo[i, 1] = 12 + tmp;
}
}
}
for (int i = 0; i < groupInfo.GetLength(0); i++)
{
for (int j = 0; j < groupInfo.GetLength(1); j++)
{
groupInfo[i, j] = (double)((double)groupInfo[i, j] / 17);
}
}
area.gameGroupInfo = groupInfo;
#endregion GameGroupInfo
#region DeletedParams
/*
#region CurrentPropertyOwner
//Current's area owner
//-1 if an opponent has it
// 0 if none
// 1 if the current player has it
int cPO = 0;
if (board.typeId[currentPlayer].Equals(0))
{
if (properties[currentPosition].Equals(currentPlayer))
cPO = 1;
else if (properties[currentPlayer].Equals(-1))
cPO = 0;
else
cPO = -1;
}
area.currentPropertyOwner = cPO;
#endregion CurrentPropertyOwner
#region RelativeNumberOfPropertiesFromDifferentGroups
//Create new list of int represanting the groups that the player has properties from
List<int> groups = new List<int>();
for (int i = 0; i < gameCards.Count; i++)
{
//If the current player has this card then add it's group to the list and increase the counter only if it doesn't already exist
if (gamePlayers[currentPlayer].propertiesPurchased[i].Equals(1))
{
if (!groups.Contains(gameCards[i].getGroup()))
{
groups.Add(gameCards[i].getGroup());
}
}
}
//Store the number
area.relativeNumberOfPropertiesFromDifferentGroups = (double)((double)groups.Count / 10);
#endregion RelativeNumberOfPropertiesFromDifferentGroups
*/
#endregion DeletedParams
return area;
}