private void ReadToEndOfGroove(BaseTextFile file)
{
while (true)
{
string line = file.ReadLine();
if (line == "NEXT GROOVE")
{
return;
}
if (line == "END OF GROOVE")
{
AtEnd = true;
return;
}
}
}
private void ReadToEndOfFunk(BaseTextFile file)
{
while (true)
{
string line = file.ReadLine();
if (line == "NEXT FUNK")
{
return;
}
if (line == "END OF FUNK")
{
AtEnd = true;
return;
}
}
}
public BaseGroove Read(BaseTextFile file)
{
string actorName = file.ReadLine();
if (actorName == "END OF GROOVE")
{
AtEnd = true;
return(null);
}
string lollipop = file.ReadLine().ToUpper();
Trace.Assert(lollipop.StartsWith("NOT A"));
string movement = file.ReadLine(); //constant / distance
string pathType = file.ReadLine().ToUpper(); //no path
PathGroove path = null;
if (pathType == "STRAIGHT")
{
path = new PathGroove();
path.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
path.CenterOfMovement = file.ReadLineAsVector3(false);
path.Speed = file.ReadLineAsFloat(false);
path.Movement = file.ReadLineAsVector3(false);
}
//Trace.Assert(path.StartsWith("NO "));
string action = file.ReadLine().ToUpper();
if (action == "SPIN")
{
SpinGroove spin = new SpinGroove();
spin.ActorName = actorName;
string actionTrigger = file.ReadLine(); //continuous, controlled
spin.Speed = file.ReadLineAsFloat(false);
spin.CenterOfMovement = file.ReadLineAsVector3(false);
spin.Axis = (Axis)Enum.Parse(typeof(Axis), file.ReadLine(), true);
spin.Path = path;
ReadToEndOfGroove(file);
return(spin);
}
else if (action == "ROCK")
{
RockGroove rock = new RockGroove();
rock.ActorName = actorName;
rock.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
rock.Speed = file.ReadLineAsFloat(false);
rock.CenterOfMovement = file.ReadLineAsVector3(false);
rock.Axis = (Axis)Enum.Parse(typeof(Axis), file.ReadLine(), true);
rock.MaxAngle = MathHelper.ToRadians(file.ReadLineAsFloat(false)); //in degrees in file
rock.Path = path;
ReadToEndOfGroove(file);
return(rock);
}
else
{
if (!action.StartsWith("NO OB"))
{
}
ReadToEndOfGroove(file);
if (path != null)
{
path.ActorName = actorName;
return(path);
}
return(null);
}
}
private void ReadToEndOfFunk(BaseTextFile file)
{
while (true)
{
string line = file.ReadLine();
if (line == "NEXT FUNK")
return;
if (line == "END OF FUNK")
{
AtEnd = true;
return;
}
}
}
public BaseFunk Read(BaseTextFile file)
{
string materialName = file.ReadLine();
if (materialName == "END OF FUNK")
{
AtEnd = true;
return null;
}
string activation = file.ReadLine();
string animation = file.ReadLine().ToUpper();
while (animation != "FLIC" && animation != "FRAMES" && animation != "ROLL"
&& animation != "THROB" && animation != "SLITHER" && animation != "SPIN")
{
animation = file.ReadLine().ToUpper();
}
if (animation == "FLIC")
{
file.ReadLine(); //approximate/accurate
string fliname = file.ReadLine();
FlicFunk flic = new FlicFunk(fliname);
flic.MaterialName = materialName;
ReadToEndOfFunk(file);
return flic;
}
else if (animation == "FRAMES")
{
file.ReadLine(); //approximate/accurate
file.ReadLine(); //continuous
FramesFunk frames = new FramesFunk();
frames.MaterialName = materialName;
frames.Speed = 1 / file.ReadLineAsFloat(false);
int nbrFrames = file.ReadLineAsInt();
for (int i = 0; i < nbrFrames; i++)
{
frames.FrameNames.Add(file.ReadLine());
}
ReadToEndOfFunk(file);
return frames;
}
else if (animation == "ROLL")
{
string loop = file.ReadLine();
RollFunk roll = new RollFunk();
roll.MaterialName = materialName;
roll.Speed = file.ReadLineAsVector2(false);
ReadToEndOfFunk(file);
return roll;
}
else if (animation == "SLITHER")
{
SlitherFunk slither = new SlitherFunk();
slither.MaterialName = materialName;
slither.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
slither.CyclesPerSecond = file.ReadLineAsVector2(false);
slither.MoveDistance = file.ReadLineAsVector2(false)/12;
slither.Initialize();
ReadToEndOfFunk(file);
return slither;
}
else if (animation == "THROB")
{
ThrobFunk throb = new ThrobFunk();
throb.MaterialName = materialName;
throb.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
throb.CyclesPerSecond = file.ReadLineAsVector2(false);
throb.MoveDistance = file.ReadLineAsVector2(false) / 12;
throb.Initialize();
ReadToEndOfFunk(file);
return throb;
}
else
{
ReadToEndOfFunk(file);
return null;
}
}
public BaseFunk Read(BaseTextFile file)
{
string materialName = file.ReadLine();
if (materialName == "END OF FUNK")
{
AtEnd = true;
return(null);
}
string activation = file.ReadLine();
string animation = file.ReadLine().ToUpper();
while (animation != "FLIC" && animation != "FRAMES" && animation != "ROLL" &&
animation != "THROB" && animation != "SLITHER" && animation != "SPIN")
{
animation = file.ReadLine().ToUpper();
}
if (animation == "FLIC")
{
file.ReadLine(); //approximate/accurate
string fliname = file.ReadLine();
FlicFunk flic = new FlicFunk(fliname);
flic.MaterialName = materialName;
ReadToEndOfFunk(file);
return(flic);
}
else if (animation == "FRAMES")
{
file.ReadLine(); //approximate/accurate
file.ReadLine(); //continuous
FramesFunk frames = new FramesFunk();
frames.MaterialName = materialName;
frames.Speed = 1 / file.ReadLineAsFloat(false);
int nbrFrames = file.ReadLineAsInt();
for (int i = 0; i < nbrFrames; i++)
{
frames.FrameNames.Add(file.ReadLine());
}
ReadToEndOfFunk(file);
return(frames);
}
else if (animation == "ROLL")
{
string loop = file.ReadLine();
RollFunk roll = new RollFunk();
roll.MaterialName = materialName;
roll.Speed = file.ReadLineAsVector2(false);
ReadToEndOfFunk(file);
return(roll);
}
else if (animation == "SLITHER")
{
SlitherFunk slither = new SlitherFunk();
slither.MaterialName = materialName;
slither.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
slither.CyclesPerSecond = file.ReadLineAsVector2(false);
slither.MoveDistance = file.ReadLineAsVector2(false) / 12;
slither.Initialize();
ReadToEndOfFunk(file);
return(slither);
}
else if (animation == "THROB")
{
ThrobFunk throb = new ThrobFunk();
throb.MaterialName = materialName;
throb.Motion = (Motion)Enum.Parse(typeof(Motion), file.ReadLine(), true);
throb.CyclesPerSecond = file.ReadLineAsVector2(false);
throb.MoveDistance = file.ReadLineAsVector2(false) / 12;
throb.Initialize();
ReadToEndOfFunk(file);
return(throb);
}
else
{
ReadToEndOfFunk(file);
return(null);
}
}
