public Player(PlayArea a_playArea, Hashtable a_htDefaultKeys)
{
m_playArea = a_playArea;
MemberName = "Cross";
m_arrow = new Sprite();
m_arrow.Parent = this;
m_arrow.Name = "Arrow";
m_arrow.MemberName = "Cross";
m_arrow.Member.CenterRegPoint();
m_arrow.Member = m_arrow.Member;
m_arrow.LocZ = 60;
//m_arrow.Loc = m_playArea.Grid.GetGfxLocFromGridLoc(m_playArea.Grid.GetGridStartLoc());
if (a_htDefaultKeys.Count == 0)
{
a_htDefaultKeys = new Hashtable();
a_htDefaultKeys.Add("left", Keys.Left);
a_htDefaultKeys.Add("right", Keys.Right);
a_htDefaultKeys.Add("up", Keys.Up);
a_htDefaultKeys.Add("shoot", Keys.Down);
}
m_keysSteering = new KeysSteering(a_htDefaultKeys);
m_keysSteering.AddPair("left", "right");
m_keysSteering.KeyEvent += new Endogine.KeyEventHandler(m_keysSteering_KeyEvent);
m_score = new Score();
m_spTarget = new Sprite();
m_spTarget.MemberName = "Cross";
m_spTarget.CenterRegPoint();
m_spTarget.Blend = 50;
m_spTarget.Parent = m_playArea;
m_spTarget.LocZ = 50;
}
public Player(PlayArea a_playArea, Hashtable a_htDefaultKeys)
{
m_playArea = a_playArea;
MemberName = "Cross";
m_arrow = new Sprite();
m_arrow.Parent = this;
m_arrow.Name = "Arrow";
m_arrow.MemberName = "Cross";
m_arrow.Member.CenterRegPoint();
m_arrow.Member = m_arrow.Member;
m_arrow.LocZ = 60;
//m_arrow.Loc = m_playArea.Grid.GetGfxLocFromGridLoc(m_playArea.Grid.GetGridStartLoc());
if (a_htDefaultKeys.Count == 0)
{
a_htDefaultKeys = new Hashtable();
a_htDefaultKeys.Add("left", Keys.Left);
a_htDefaultKeys.Add("right", Keys.Right);
a_htDefaultKeys.Add("up", Keys.Up);
a_htDefaultKeys.Add("shoot", Keys.Down);
}
m_keysSteering = new KeysSteering(a_htDefaultKeys);
m_keysSteering.AddPair("left", "right");
m_keysSteering.KeyEvent += new Endogine.KeyEventHandler(m_keysSteering_KeyEvent);
m_score = new Score();
m_spTarget = new Sprite();
m_spTarget.MemberName = "Cross";
m_spTarget.CenterRegPoint();
m_spTarget.Blend = 50;
m_spTarget.Parent = m_playArea;
m_spTarget.LocZ = 50;
}
public Grid(PlayArea a_playArea)
{
m_playArea = a_playArea;
HeightProportion = (float)Math.Sqrt(0.75) * 2;
//grid is counted so width is twice the number of balls that fit (since every second line is in 0.5 phase)
GridSize = new Size(NumBallsWidth * 2 + 1, 12);
m_aGrid = new Ball[GridSize.Width, GridSize.Height];
}
public Grid(PlayArea a_playArea)
{
m_playArea = a_playArea;
HeightProportion = (float)Math.Sqrt(0.75)*2;
//grid is counted so width is twice the number of balls that fit (since every second line is in 0.5 phase)
GridSize = new Size(NumBallsWidth*2+1,12);
m_aGrid = new Ball[GridSize.Width, GridSize.Height];
}
public Ball(int a_nType, PlayArea a_playArea)
{
Parent = a_playArea;
m_playArea = a_playArea;
string sClr = "";
switch (a_nType)
{
case 0:
sClr = "Red";
break;
case 1:
sClr = "Green";
break;
case 2:
sClr = "Blue";
break;
case 3:
sClr = "Yellow";
break;
case 4:
sClr = "Purple";
break;
case 5:
sClr = "White";
break;
case 6:
sClr = "Black";
break;
case 7:
sClr = "Orange";
break;
}
BallType = a_nType;
MemberName = "Ball" + sClr;
this.CenterRegPoint();
m_pntVel = new EPointF(0, 0);
}
public Ball(int a_nType, PlayArea a_playArea)
{
Parent = a_playArea;
m_playArea = a_playArea;
string sClr = "";
switch (a_nType)
{
case 0:
sClr = "Red";
break;
case 1:
sClr = "Green";
break;
case 2:
sClr = "Blue";
break;
case 3:
sClr = "Yellow";
break;
case 4:
sClr = "Purple";
break;
case 5:
sClr = "White";
break;
case 6:
sClr = "Black";
break;
case 7:
sClr = "Orange";
break;
}
BallType = a_nType;
MemberName = "Ball"+sClr;
this.CenterRegPoint();
m_pntVel = new EPointF(0,0);
}
public LevelManager(PlayArea a_playArea)
{
m_playArea = a_playArea;
}
public PathCalc(PlayArea a_playArea)
{
m_playArea = a_playArea;
}
public LevelManager(PlayArea a_playArea)
{
m_playArea = a_playArea;
}
public PathCalc(PlayArea a_playArea)
{
m_playArea = a_playArea;
}