ArrayList generateTrackWithMinimalHoles()
{
ArrayList trackSeq = TrackGenerationUtility.generateArrayListWithThreeEmptyArrayLists();
//patterned means the track will have one straigh line of holes horizontally or 1 holes vertically
if (TrackGenerationUtility.shouldPatternizeOrNot())
{
switch (TrackGenerationUtility.getLimitedPatternType())
{
case LimitedPatternType.HORIZONTALLINE:
int firstRow = TrackGenerationUtility.randomNumber(0, 4);
int[] rowsOfHole = new int[2] {
firstRow, TrackGenerationUtility.randomNumber(firstRow + 2, 8)
};
PatternUtility.horizontalLinePatternizer(ref trackSeq, rowsOfHole, TrackGenerationUtility.MAX_UNITS_BLOCK_PER_LANE, ResourceItemType.HOLE, true);
break;
case LimitedPatternType.ZIGZAG_LEFT:
break;
}
}
else
{
}
return(trackSeq);
}
public GameObject generateSegment(SegmentType segmentType)
{
PatternType patternType = TrackGenerationUtility.randomizePatternType();
GameObject segment = resourcesFactory.cloneSegmentHolder();
segmentSequenceGenerator.generateTrack(segmentType);
return(segment);
}
void generateTrack()
{
segmentHolderQueue.Dequeue();
segmentType.Dequeue();
SegmentType nextSegmentType = TrackGenerationUtility.randomizeSegmentType();
segmentType.Enqueue(nextSegmentType);
segmentHolderQueue.Enqueue(segmentAssembler.generateSegment(nextSegmentType));
}
ArrayList generateHoleslessTrackSequence()
{
ArrayList trackSeq = TrackGenerationUtility.generateArrayListWithThreeEmptyArrayLists();
foreach (ArrayList al in trackSeq)
{
for (int i = 0; i < 2; i++)
{
al.Add(ResourceItemType.LONG_TRACK);
}
}
return(trackSeq);
}
ArrayList generateTrackWithMostHoles()
{
ArrayList trackSeq = TrackGenerationUtility.generateArrayListWithThreeEmptyArrayLists();
return(trackSeq);
}
