/// <summary>
/// <<turn CHARACTER DIRECTION>>\n
///
/// Causes CHARACTER to face in DIRECTION, where DIRECTION is
/// either "left" or "right" (DIRECTION is case-insensitive).
///
/// </summary> <example>
///
/// ## Examples
///
/// <<turn Ibuki Right>>
/// Make Ibuki face towards the right.
/// </example>
public void Turn(string[] args)
{
#region Argument handling
Assert.IsTrue(args.Length >= 2);
string charName = args[0];
string facingName = args[1];
#endregion
Puppet charPuppet = puppetMaster.GetPuppet(charName);
Puppet.Facing newFacing;
if (facingName.Equals("left", StringComparison.InvariantCultureIgnoreCase))
{
newFacing = Puppet.Facing.Left;
}
else if (facingName.Equals("right", StringComparison.InvariantCultureIgnoreCase))
{
newFacing = Puppet.Facing.Right;
}
else
{
throw new InvalidEnumArgumentException("Invalid facing: " + facingName);
}
Debug.Log("Changing facing to " + newFacing.ToString());
charPuppet.SetFacing(newFacing);
}
private void SetTexture(string[] args)
{
Assert.IsTrue(args.Length >= 2);
string charName = args[0];
string indexName = args[1];
Puppet charPuppet = puppetMaster.GetPuppet(charName);
int index = int.Parse(indexName);
charPuppet.SetTexture(index);
}
private Puppet MakePuppet(string characterName)
{
GameObject newPuppetObj = Instantiate(puppetPrefab, transform);
Puppet newPuppet = newPuppetObj.GetComponent <Puppet>();
newPuppet.Warp(puppetSpawnPoint);
// TODO Configure character stuff.
newPuppetObj.name = characterName; // TODO Puppet should be able to set this itself.
return(newPuppet);
}
/// <summary>
/// <<move CHARACTER [to] TO_POINT [from FROM_POINT] [now|slowly|quickly] [and wait]>>
/// <br>
/// (Continued; see subsection)
///
/// Causes CHARACTER to slide over to TO_POINT. If FROM_POINT is
/// specified, the character will warp there before moving.
/// If trying to move a character into view, please make sure to
/// specify FROM_POINT. Otherwise, your character may start
/// somewhere you weren't expecting!
///
/// Points are created in Unity and are listed in the "puppetPoints"
/// variable. For this reason, the number and names of points is
/// flexible, and could possibly change. Current points PROBABLY are:
/// offleft, left, middle, right, offright
///
///
/// ### Stacking
///
/// If two or more characters end up on the same point, then
/// they'll "stack," with their positions being staggered
/// so they aren't all on the same position.
///
/// Note that this is still in development. More details on
/// how this looks/works once that's done.
///
///
/// ### Pushing and Pulling
///
/// <<move CHARACTER [to] TO_POINT [from FROM_POINT] [now|slowly|quickly] [and wait]
/// [and pull|push TARGET1 [, TARGET2, TARGET3, ...] [to TARGET_POSITION]]>>
///
/// If **pull** or **push** is given, then every TARGET gets
/// pulled/pushed by CHARACTER. It's possible to push/pull
/// several targets at a time, separating their names with
/// spaces.
///
/// By default, each TARGET ends up on the same spot as
/// CHARACTER. However, if TARGET_POSITION is also specified,
/// then all TARGETs end up there.
///
/// The assumption is that CHARACTER will move past every
/// TARGET. Any TARGETs which CHARACTER does not go past
/// won't be pushed. (This is subject to change?)
///
///
/// </summary> <example>
///
/// ## Examples
///
/// <<move Ibuki Middle and wait>>
/// Move Ibuki to the middle (from wherever she was before).
/// The VN will wait until Ibuki finishes moving.
///
/// <<move Ibuki to Middle>>
/// Same as before, except without the waiting. (And it looks
/// a little more like English.)
///
/// <<move Ibuki Middle now>>
/// Same as before, but Ibuki will "teleport" to the middle.
///
/// <<move Ibuki to Left from OffLeft>>
/// Move Ibuki from the off the left edge of the screen to the left position.
/// Use something like this if the character was off screen.
///
/// <<move Ibuki to Middle and push Nimura to Left and push Ami to OffLeft>>
/// Move Ibuki to the middle.<br>
/// When Ibuki reaches Nimura, Nimura will be forced over to the left.<br>
/// When Ibuki reaches Ami, Ami will be forced off the left edge.
///
/// <<move Ibuki to Middle and push Nimura, Ami to Left>>
/// Move Ibuki to the middle.<br>
/// When Ibuki reaches Nimura and/or Ami, they will both be to the Left position.
///
///
/// </example>
/// \warning Implementation in progress
public void Move(string[] args)
{
#region Argument handling
Assert.IsTrue(args.Length >= 2);
string charName = args[0];
string destName = "";
string fromName = "";
for (int i = 1; i < args.Length; i++)
{
switch (args[i])
{
case "to":
i++;
destName = args[i];
break;
case "from":
i++;
fromName = args[i];
break;
case "and":
i++;
Assert.AreEqual(args[i], "wait");
// TODO Implement 'move ... and wait'
Debug.LogWarning("'move ... and wait' isn't supported yet!");
break;
case "now":
// TODO Implement 'now'
// TODO Implement 'slowly'
// TODO Implement 'quickly'
Debug.LogWarning("'now' isn't supported yet!");
break;
default:
// Only take an unlabeled parameter if we don't
// already have a destination.
if (string.IsNullOrEmpty(destName))
{
destName = args[i];
}
else
{
ReportInvalidArgument("move", args[i]);
}
break;
}
}
#endregion
Puppet charPuppet = puppetMaster.GetPuppet(charName);
if (!string.IsNullOrEmpty(fromName))
{
charPuppet.Warp(GetNamedPoint(fromName));
}
charPuppet.SetMovementDestination(GetNamedPoint(destName));
}
