private static TaskResults GoToZ(Coaster coaster, float z, float withIn)
{
List <BuildAction> buildActions = new List <BuildAction>();
TaskResults results = TaskResults.Successful;
float pitchGoal = 0;
float lastDistance = Math.Abs(coaster.LastTrack.Z - z);
if (z > coaster.LastTrack.Z)
{
pitchGoal = 90;
}
else
{
pitchGoal = 270;
}
results = BuildToPitch.Run(coaster, new List <float>()
{
pitchGoal
});
if (results != TaskResults.Successful)
{
return(results);
}
while (!((coaster.LastTrack.Z < z + (withIn / 2) && coaster.LastTrack.Z > z - (withIn / 2))) && results == TaskResults.Successful)
{
buildActions.Add(new BuildAction(TrackType.Stright));
results = Builder.BuildTracks(buildActions, coaster);
buildActions.Clear();
float distance = Math.Abs(coaster.LastTrack.Z - z);
if (distance >= lastDistance)
{
return(TaskResults.Fail);
}
lastDistance = distance;
}
if (coaster.LastTrack.Z < z + (withIn / 2) && coaster.LastTrack.Z > z - (withIn / 2))
{
return(TaskResults.Successful);
}
else
{
return(TaskResults.Fail);
}
}
private static TaskResults GoToY(Coaster coaster, float y, float withIn, TrackType type)
{
List <BuildAction> buildActions = new List <BuildAction>();
TaskResults results = TaskResults.Successful;
float yawGoal = 0;
if (y > coaster.LastTrack.Y)
{
yawGoal = 0;
}
else
{
yawGoal = 180;
}
bool firstStrightTrack = true;
float lastY = 0;
float lastDiffernce = 0;
results = BuildToPitch.Run(coaster, new List <float>()
{
0
});
if (results != TaskResults.Successful)
{
return(results);
}
while (!((coaster.LastTrack.Y < y + (withIn / 2) && coaster.LastTrack.Y > y - (withIn / 2))) && results == TaskResults.Successful)
{
if (coaster.LastTrack.Yaw == yawGoal)
{
buildActions.Add(new BuildAction(TrackType.Stright));
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
buildActions.Clear();
float differnce = Math.Abs(coaster.LastTrack.Y - lastY);
if (!firstStrightTrack)
{
//This Means You Passed The Goal Point, This could have been done by turning, Or After the Fact. But You Are now going the wrong way.
if (differnce > lastDiffernce)
{
return(TaskResults.Fail);
}
}
else
{
firstStrightTrack = true;
}
lastY = coaster.LastTrack.Y;
lastDiffernce = differnce;
}
else
{
buildActions.Add(new BuildAction(type));
results = Builder.BuildTracks(buildActions, coaster);
buildActions.Clear();
}
}
if (coaster.LastTrack.Y < y + (withIn / 2) && coaster.LastTrack.Y > y - (withIn / 2))
{
return(TaskResults.Successful);
}
else
{
return(TaskResults.Fail);
}
}
private static TaskResults Runner(Coaster coaster, int RemoveTracks, float x, float y, float xRange, float yRange, bool TurnLeft, float ChangeZ = 0, bool changeYawAfterZChange = false, float ChangeZWithin = 50)
{
bool TurnedToAngleForceDirectionOnce = false;
TaskResults results = TaskResults.Fail;
List <BuildAction> buildActions = new List <BuildAction>();
float yawGoal = Convert.ToSingle(Math.Atan2(
(y - coaster.LastTrack.Y),
(x - coaster.LastTrack.X)) * 180 / Math.PI);
if (yawGoal < 0)
{
yawGoal = yawGoal + 360;
}
int totalAdjustments = (int)(yawGoal / Globals.STANDARD_ANGLE_CHANGE);
if ((yawGoal % 15) > Globals.STANDARD_ANGLE_CHANGE / 2)
{
totalAdjustments++;
}
yawGoal = totalAdjustments * Globals.STANDARD_ANGLE_CHANGE;
RemoveChunk removeChunk = new RemoveChunk();
for (int j = 0; j < RemoveTracks * 5; j++)
{
removeChunk.Run(coaster);
}
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
if (ChangeZ != 0)
{
results = BuildToZ.Run(coaster, coaster.LastTrack.Z + ChangeZ, 50);
if (results != TaskResults.Successful)
{
return(results);
}
}
if (changeYawAfterZChange)
{
while (coaster.LastTrack.Yaw != yawGoal)
{
if (TurnLeft)
{
buildActions.Add(new BuildAction(TrackType.Left));
}
else
{
buildActions.Add(new BuildAction(TrackType.Right));
}
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
buildActions.Clear();
}
TurnedToAngleForceDirectionOnce = true;
}
results = BuildToPitch.Run(coaster, new List <float>()
{
0
});
if (results != TaskResults.Successful)
{
return(results);
}
while (!((coaster.LastTrack.X < x + (xRange / 2) && coaster.LastTrack.X > x - (xRange / 2)) && (coaster.LastTrack.Y < y + (yRange / 2) && coaster.LastTrack.Y > y - (yRange / 2))) && results == TaskResults.Successful)
{
yawGoal = Convert.ToSingle(Math.Atan2(
(y - coaster.LastTrack.Y),
(x - coaster.LastTrack.X)) * 180 / Math.PI);
if (yawGoal < 0)
{
yawGoal = yawGoal + 360;
}
//Get YawGoal To Nearest Angle Game Can Handle
totalAdjustments = (int)(yawGoal / Globals.STANDARD_ANGLE_CHANGE);
if ((yawGoal % 15) > Globals.STANDARD_ANGLE_CHANGE / 2)
{
totalAdjustments++;
}
yawGoal = totalAdjustments * Globals.STANDARD_ANGLE_CHANGE;
if (coaster.LastTrack.Yaw == yawGoal)
{
TurnedToAngleForceDirectionOnce = true;
float lastDistance = Math.Abs((coaster.LastTrack.X - x) + (coaster.LastTrack.Y - y));
buildActions.Add(new BuildAction(TrackType.Stright));
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
buildActions.Clear();
float distance = Math.Abs((coaster.LastTrack.X - x) + (coaster.LastTrack.Y - y));
if (distance >= lastDistance)
{
return(TaskResults.Fail);
}
lastDistance = distance;
}
else if (!TurnedToAngleForceDirectionOnce)
{
if (TurnLeft)
{
buildActions.Add(new BuildAction(TrackType.Left));
}
else
{
buildActions.Add(new BuildAction(TrackType.Right));
}
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
buildActions.Clear();
}
else
{
TrackType type = new TrackType();
if (coaster.LastTrack.Yaw - yawGoal > 0)
{
if (Math.Abs(coaster.LastTrack.Yaw - yawGoal) < 180)
{
type = TrackType.Right;
}
else
{
type = TrackType.Left;
}
}
else
{
if (Math.Abs(yawGoal - coaster.LastTrack.Yaw) < 180)
{
type = TrackType.Left;
}
else
{
type = TrackType.Right;
}
}
buildActions.Add(new BuildAction(type));
results = Builder.BuildTracks(buildActions, coaster);
if (results != TaskResults.Successful)
{
return(results);
}
buildActions.Clear();
}
}
if (coaster.LastTrack.X < x + (xRange / 2) && coaster.LastTrack.X > x - (xRange / 2) && (coaster.LastTrack.Y < y + (yRange / 2) && coaster.LastTrack.Y > y - (yRange / 2)))
{
return(TaskResults.Successful);
}
else
{
return(TaskResults.Fail);
}
}
