private Actions.Sound BMLSoundToAction(GBML.Sound sound)
{
Actions.Sound.PlaybackMode mode = Actions.Sound.PlaybackMode.Regular;
if (sound.ModeSpecified) mode = BMLSoundPlayModeToSoundPlayMode(sound.Mode);
if (sound.end != null && sound.end != "")
{
if (sound.start != null && sound.start != "")
{
if (sound.id != null && sound.id != "")
{
//all params*
return new Actions.Sound(sound.id, sound.SoundName, new Actions.SyncPoint(sound.start), new Actions.SyncPoint(sound.end), mode);
}
else
{
//all except id*
return new Actions.Sound(sound.SoundName, new Actions.SyncPoint(sound.start), new Actions.SyncPoint(sound.end), mode);
}
}
else
{
if (sound.id != null && sound.id != "")
{
//all except start
return new Actions.Sound(sound.id, sound.SoundName, Actions.SyncPoint.Null, new Actions.SyncPoint(sound.end), mode);
}
else
{
//only end
return new Actions.Sound(sound.SoundName, Actions.SyncPoint.Null, new Actions.SyncPoint(sound.end), mode);
}
}
}
else
{
if (sound.start != null && sound.start != "")
{
if (sound.id != null && sound.id != "")
{
//all except end*
return new Actions.Sound(sound.id, sound.SoundName, new Actions.SyncPoint(sound.start), mode);
}
else
{
//only start*
return new Actions.Sound(sound.SoundName, new Actions.SyncPoint(sound.start), mode);
}
}
else
{
if (sound.id != null && sound.id != "")
{
//only id
return new Actions.Sound(sound.id, sound.SoundName, mode);
}
else
{
//no params
return new Actions.Sound(sound.SoundName, mode);
}
}
}
}
private Actions.Animation BMLAnimationToAction(GBML.Animation a)
{
Actions.Animation.AnimationInfluence influence = Actions.Animation.AnimationInfluence.FullBody;
if (a.InfluenceSpecified) influence = BMLAnimationInfluenceToAnimationInfluence(a.Influence);
if (a.end != null && a.end != "")
{
if (a.start != null && a.start != "")
{
if (a.id != null && a.id != "")
{
//all params*
return new Actions.Animation(a.id, a.Name, new Actions.SyncPoint(a.start), new Actions.SyncPoint(a.end), influence);
}
else
{
//all except id*
return new Actions.Animation(a.Name, new Actions.SyncPoint(a.start), new Actions.SyncPoint(a.end), influence);
}
}
else
{
if (a.id != null && a.id != "")
{
//all except start
return new Actions.Animation(a.id, a.Name, Actions.SyncPoint.Null, new Actions.SyncPoint(a.end), influence);
}
else
{
//only end
return new Actions.Animation(a.Name, Actions.SyncPoint.Null, new Actions.SyncPoint(a.end), influence);
}
}
}
else
{
if (a.start != null && a.start != "")
{
if (a.id != null && a.id != "")
{
//all except end*
return new Actions.Animation(a.id, a.Name, new Actions.SyncPoint(a.start), influence);
}
else
{
//only start*
return new Actions.Animation(a.Name, new Actions.SyncPoint(a.start), influence);
}
}
else
{
if (a.id != null && a.id != "")
{
//only id
return new Actions.Animation(a.id, a.Name, influence);
}
else
{
//no params
return new Actions.Animation(a.Name, influence);
}
}
}
}
private Actions.Sound.PlaybackMode BMLSoundPlayModeToSoundPlayMode(GBML.SoundPlayMode mode)
{
switch (mode)
{
case SoundPlayMode.LOOP: return Actions.Sound.PlaybackMode.Loop;
default: return Actions.Sound.PlaybackMode.Regular;
}
}
private Actions.Locomotion BMLLocomotionToAction(GBML.Locomotion loco) {
//try to parse target into x, y and angle
string[] targetSplit = loco.target.Split(' ');
bool isXY = false;
float x = 0;
float y = 0;
float angle = 0;
float f = 0f;
if (targetSplit.Length > 0)
{
try
{
f = float.Parse(targetSplit[0], ifp);
isXY = true;
x = f;
}
catch { }
}
f = 0;
if (isXY && targetSplit.Length > 1)
{
try
{
f = float.Parse(targetSplit[1], ifp);
y = f;
}
catch { }
}
f = 0;
if (isXY && targetSplit.Length > 2)
{
try
{
f = float.Parse(targetSplit[2], ifp);
angle = f;
}
catch { }
}
if (loco.end != null && loco.end != "")
{
if (loco.start != null && loco.start != "")
{
if (loco.id != null && loco.id != "")
{
//all params*
if (isXY) return new Actions.Locomotion(loco.id, new Actions.SyncPoint(loco.start), new Actions.SyncPoint(loco.end), x, y, angle);
else return new Actions.Locomotion(loco.id, new Actions.SyncPoint(loco.start), new Actions.SyncPoint(loco.end), loco.target);
}else{
//all except id*
if (isXY) return new Actions.Locomotion(new Actions.SyncPoint(loco.start), new Actions.SyncPoint(loco.end), x, y, angle);
else return new Actions.Locomotion(new Actions.SyncPoint(loco.start), new Actions.SyncPoint(loco.end), loco.target);
}
}else{
if (loco.id != null && loco.id != "")
{
//all except start
if (isXY) return new Actions.Locomotion(loco.id, Actions.SyncPoint.Null, new Actions.SyncPoint(loco.end), x, y, angle);
else return new Actions.Locomotion(loco.id, Actions.SyncPoint.Null, new Actions.SyncPoint(loco.end), loco.target);
}else{
//only end
if (isXY) return new Actions.Locomotion(Actions.SyncPoint.Null, new Actions.SyncPoint(loco.end), x, y, angle);
else return new Actions.Locomotion(Actions.SyncPoint.Null, new Actions.SyncPoint(loco.end), loco.target);
}
}
}else{
if (loco.start != null && loco.start != "")
{
if (loco.id != null && loco.id != "")
{
//all except end*
if (isXY) return new Actions.Locomotion(loco.id, new Actions.SyncPoint(loco.start), x, y, angle);
else return new Actions.Locomotion(loco.id, new Actions.SyncPoint(loco.start), loco.target);
}else{
//only start*
if (isXY) return new Actions.Locomotion(new Actions.SyncPoint(loco.start), x, y, angle);
else return new Actions.Locomotion(new Actions.SyncPoint(loco.start), loco.target);
}
}else{
if (loco.id != null && loco.id != "")
{
//only id
if (isXY) return new Actions.Locomotion(loco.id, x, y, angle);
else return new Actions.Locomotion(loco.id, loco.target);
}else{
//no params
if (isXY) return new Actions.Locomotion(loco.target, x, y, angle);
else return new Actions.Locomotion(loco.target);
}
}
}
}
private Constraint.Constraint BmlConstraintToGMBConstraint(GBML.Constraint c)
{
Constraint.Constraint gmbc = null;
if (c.after != null) gmbc = new Constraint.After();
if (c.before != null) gmbc = new Constraint.Before();
if (c.synchronize != null) gmbc = new Constraint.Synchronize();
return gmbc;
}
