public AnimationRule(AnimationRule rule) : this(
rule.object_id,
rule.anim_type,
(rule.target == null ? null : rule.target.clone()),
rule.moveRelative,
rule.frame,
(rule.startPos == null ? null : rule.startPos.clone()),
rule.start,
rule.curve
)
{
}
public List <AnimationRule> loadAnimationRules(String data)
{
List <AnimationRule> rules = new List <AnimationRule>();
String[] splitLines = data.Replace('\r', '\n').Split('\n');
foreach (String d in splitLines)
{
AnimationRule ar = loadAnimationRule(d);
if (ar == null)
{
continue;
}
rules.Add(ar);
}
return(rules);
}
public virtual AnimationRule loadInDataRule(String d)
{
String[] splitData = d.Split(' ');
String object_id = splitData[0];
AnimationFramingType type = AnimationFramingType.getAnimationTypeByID(splitData[1]);
bool relative = false;
String locationData = splitData[2];
relative = locationData.StartsWith("r");
if (relative)
{
locationData = locationData.Replace("r", "");
}
Location target = Location.ValueOf(locationData);
int frame = 0;
Location startingLocation = null;
int start = 0;
int curve = 0;
if (splitData.Length > 3)
{
frame = Convert.ToInt32(splitData[3]);
}
if (splitData.Length > 4)
{
startingLocation = Location.ValueOf(splitData[4]);
}
if (splitData.Length > 5)
{
start = Convert.ToInt32(splitData[5]);
}
if (splitData.Length > 6)
{
curve = Convert.ToInt32(splitData[6]);
}
AnimationRule rule = new AnimationRule(object_id, type, target, relative, frame, startingLocation, start, curve);
if (this.getObject(object_id) != null)
{
rule.originalLocation = this.getObject(object_id).getLocation().clone();
}
return(rule);
}
public void removeAnimationRule(AnimationRule animRule)
{
this.animationRules.Remove(animRule);
}
public void addAnimationRule(AnimationRule animRule)
{
this.animationRules.Add(animRule);
}
