public override void Initialize(
GraphicsDeviceManager g, ContentManager c, SpriteBatch sb,
int screenHeight, int screenWidth, Session s, Vector3 position)
{
base.Initialize(g, c, sb, screenHeight, screenWidth, s, position);
primaryInput.Initialize(Position);
foreach (InputDevice id in additionalInput)
{
id.Initialize(Position);
}
if (region.Shape == ShapeType.Hoop)
{
cursor = new Basketball(g, c, Position, Vector3.One, Color.Red);
}
else
{
cursor = new Ellipsoid(g, c, Position, Vector3.One, Color.Red);
}
cursor.Scale = new Vector3(0.02f, 0.02f, 0.02f);
primaryInput.writeFields(output);
primaryInput.Handling = inputHandling;
foreach (InputDevice ID in additionalInput)
{
ID.writeFields(output);
ID.Handling = inputHandling;
}
taskData = new TaskData();
taskData.TaskName = this.Name;
taskData.Metrics.primary = (int)performanceMetric;
s.TaskDatas.Add(taskData);
if ((endCondition.GetType() == typeof(TimeLimitEndCondition) && ((TimeLimitEndCondition)endCondition).Type == TimeLimitType.TimeInRegion) ||
(endCondition.GetType() == typeof(TimeLimitEndCondition) && ((TimeLimitEndCondition)endCondition).Type == TimeLimitType.TimeOutRegion))
output.addField("IsInRegion");
output.addField("RegionX1");
output.addField("RegionX2");
output.addField("RegionY1");
output.addField("RegionY2");
output.addField("RegionZ1");
output.addField("RegionZ2");
output.writeHeader();
}
public override void Initialize(
GraphicsDeviceManager g, ContentManager c, SpriteBatch sb,
int screenHeight, int screenWidth, Session s, Vector3 position)
{
base.Initialize(g, c, sb, screenHeight, screenWidth, s, position);
// determine shape size position on parameter type and repetition.
int l, h;
foreach (RegionParameter r in region.rParams.Values)
{
// update current position x,y,z
if (r.SL_pos == SpecifierLabel.Static)
r.cPos = r.pos[1];
else if (r.SL_pos == SpecifierLabel.Random)
{
l = (int)((r.pos[0] + 1) * 100);
h = (int)((r.pos[1] + 1) * 100);
r.cPos = ((float)rand.Next(l, h) / 100) - 1;
}
else if (r.SL_pos == SpecifierLabel.Dynamic)
{
if (currRep == 0)
r.cPos = r.pos[0];
else if (currRep < totalReps)
r.cPos += (r.pos[1] - r.pos[0])/(totalReps-1);
}
// update current size x,y,z
if (r.SL_size == SpecifierLabel.Static)
r.cSize = r.size[1];
else if (r.SL_size == SpecifierLabel.Random)
{
l = (int)((r.size[0]) * 100);
h = (int)((r.size[1]) * 100);
r.cSize = ((float)rand.Next(l, h) / 100);
}
else if (r.SL_size == SpecifierLabel.Dynamic)
{
if (currRep == 0)
r.cSize = r.size[0];
else if (currRep < totalReps)
r.cSize += (r.size[1] - r.size[0]) / (totalReps-1);
}
// make sure no region is partially outside the coordinate system
if (region.Shape == ShapeType.Rectangle)
{
if (r.cPos - r.cSize / 2 < -1)
r.cPos += (-1 - (r.cPos - r.cSize / 2));
else if (r.cPos + r.cSize / 2 > 1)
r.cPos -= (-1 + (r.cPos + r.cSize / 2));
}
this.swish = c.Load<SoundEffect>("Sounds\\bbswish");
}
if (region.Shape == ShapeType.Rectangle)
{
rectangle = new Cuboid(g,
c,
new Vector3(((RegionParameter)region.rParams[regPT.X]).cPos, ((RegionParameter)region.rParams[regPT.Y]).cPos, 0.0f),
new Vector3(((RegionParameter)region.rParams[regPT.X]).cSize, ((RegionParameter)region.rParams[regPT.Y]).cSize, 0.0f),
Color.DarkBlue);
}
else if (region.Shape == ShapeType.Ellipse)
{
ellipse = new Ellipsoid(g,
c,
new Vector3(((RegionParameter)region.rParams[regPT.X]).cPos, ((RegionParameter)region.rParams[regPT.Y]).cPos, 0.0f),
new Vector3(((RegionParameter)region.rParams[regPT.X]).cSize/2, ((RegionParameter)region.rParams[regPT.Y]).cSize/2, 0.0f),
Color.DarkBlue);
}
else if (region.Shape == ShapeType.Hoop)
{
hoop = new Hoop(g,
c,
new Vector3(((RegionParameter)region.rParams[regPT.X]).cPos, ((RegionParameter)region.rParams[regPT.Y]).cPos, 0.0f),
new Vector3(((RegionParameter)region.rParams[regPT.X]).cSize, ((RegionParameter)region.rParams[regPT.Y]).cSize, 0.0f),
Color.DarkBlue);
}
}
