public void SetSequence( Sequence sequence, DateTime atDate, bool autoStart )
{
//Debug.Log ( "set sequence: " + sequence.id + " " + autoStart );
int index = Array.IndexOf( sequences, sequence );
if ( index != -1 ) {
sequenceIndex = index;
currentSequence = sequence;
if ( atDate.Ticks != 0 ) {
currentSequence.MatchDate( atDate );
}
if ( autoStart ) {
currentSequence.NextStep();
}
}
}
public void UpdateCurrentSequence()
{
Sequence sequence;
//Debug.Log ( "next step for score" );
// if there are sequences in the queue, get the current one
if ( sequenceQueue.Count > 0 ) {
sequence = sequenceQueue[ sequenceQueue.Count - 1 ];
// if it's already completed, then
if ( sequence.isCompleted ) {
// remove it from the queue
if ( sequenceQueue.Count > 0) {
sequenceQueue.RemoveAt( sequenceQueue.Count - 1 );
}
// if there's still a queue, then grab the next sequence from it
if ( sequenceQueue.Count > 0 ) {
sequence = sequenceQueue[ sequenceQueue.Count - 1 ];
// otherwise, grab the current non-queue sequence
} else {
sequence = sequences[ sequenceIndex ];
}
}
// grab the current non-queue sequence
} else {
sequence = sequences[ sequenceIndex ];
}
//Debug.Log( "current sequence: " + sequence.id );
// if the sequence hasn't been exhausted, make it current
if ( !sequence.isExhausted ) {
currentSequence = sequence;
}
}
/**
* Given a sequence, makes it the current sequence.
*
* @param sequence The sequence to make current.
* @param atDate If specified, will attempt to cue up the sequence to the same date.
* @param autoStart If true, the sequence will automatically play its first step.
*/
public void SetSequence( Sequence sequence, bool autoStart )
{
SetSequence( sequence, DateTime.Now, autoStart );
}
public virtual void Reset()
{
int i;
int n = sequences.Length;
for ( i = 0; i < n; i++ ) {
sequences[ i ].Reset();
}
sequenceIndex = 0;
currentSequence = null;
sequenceQueue.Clear();
}
public void PlaySequence( Sequence sequence )
{
currentSequence = sequence;
sequenceQueue.Add( sequence );
sequence.NextStep();
}
public void ParseStory( XmlElement xml )
{
if ( xml != null ) {
int i, n;
XmlNodeList elements;
Sequence sequence;
Character character;
Location location;
elements = xml.GetElementsByTagName( "sequence" );
n = elements.Count;
sequences = new Sequence[ n ];
sequencesById = new Hashtable();
for ( i = 0; i < n; i++ ) {
sequence = new Sequence( ( XmlElement ) elements[ i ], this );
sequences[ i ] = sequence;
if ( sequence.id == null ) {
sequence.id = "sequence" + i;
}
sequencesById[ sequence.id ] = sequence;
}
elements = xml.GetElementsByTagName( "character" );
n = elements.Count;
characters = new Character[ n ];
charactersById = new Hashtable();
for ( i = 0; i < n; i++ ) {
character = new Character( ( XmlElement ) elements[ i ], this );
characters[ i ] = character;
if ( character.id == null ) {
character.id = "character" + i;
}
charactersById[ character.id ] = character;
}
elements = xml.GetElementsByTagName( "location" );
n = elements.Count;
locations = new Location[ n ];
locationsById = new Hashtable();
for ( i = 0; i < n; i++ ) {
location = new Location( ( XmlElement ) elements[ i ], this );
locations[ i ] = location;
if ( location.id == null ) {
location.id = "location" + i;
}
locationsById[ location.id ] = location;
}
}
}
public void ParseStory( string text )
{
if ( text != null ) {
sequences = new Sequence[ 1 ];
Sequence sequence = new Sequence( text, this );
sequences[ 0 ] = sequence;
sequencesById = new Hashtable();
sequencesById[ sequence.id ] = sequence;
}
}
