private Vector3 GetPointFromPlane(SegmentDescription desc, int position)
{
return(desc.CanyonForm[position].X * desc.PlaneX + desc.CanyonForm[position].Y * desc.PlaneY);
}
public bool Generate(SegmentDescription data)
{
throw new Exception("The method or operation is not implemented.");
}
void ICanyon.StreamLoad(int index, Level level)
{
//if (index == 0) return; // Ersten Block überspringen, da hier noch keine Wand aufgespannt werden kann.
List <Vector2> cForm = new List <Vector2>();
foreach (Vec2 tmp in level.Blocks[index].Walls)
{
cForm.Add(tmp.v);
}
if (index == 0)
{
SegmentDescription des = new SegmentDescription(level.Cache[index].X, level.Cache[index].Y, Vector3.Zero, cForm);
Segment tmpSegment = new Segment(game);
tmpSegment.CanyonValues = des;
tmpSegment.GlobalIndex = index;
canyonSegments.Add(tmpSegment);
}
else if (index == 1)
{
SegmentDescription des = new SegmentDescription(level.Cache[index].X, level.Cache[index].Y, level.Cache[index - 1].ADir, cForm);
Segment tmpSegment = new Segment(game);
tmpSegment.CanyonValues = des;
canyonSegments[canyonSegments.Count - 1].NextCanyonSegement = tmpSegment;
tmpSegment.LastCanyonSegment = canyonSegments[canyonSegments.Count - 1];
tmpSegment.GlobalIndex = index;
canyonSegments.Add(tmpSegment);
canyonSegments[canyonSegments.Count - 1].LoadSegmentPoints();
}
else
{
SegmentDescription des = new SegmentDescription(level.Cache[index].X, level.Cache[index].Y, level.Cache[index - 1].ADir, cForm);
Segment tmpSegment = new Segment(game);
tmpSegment.CanyonValues = des;
canyonSegments[canyonSegments.Count - 1].NextCanyonSegement = tmpSegment;
tmpSegment.LastCanyonSegment = canyonSegments[canyonSegments.Count - 1];
tmpSegment.GlobalIndex = index;
canyonSegments.Add(tmpSegment);
canyonSegments[canyonSegments.Count - 1].LoadSegmentPoints();
canyonSegments[canyonSegments.Count - 2].LoadCanyonModel();
if (index > 5)
{
canyonSegments[canyonSegments.Count - 5].LoadBoundingBoxes();
}
if (index > 7)
{
canyonSegments[canyonSegments.Count - 7].LoadSkyBox();
}
}
/*
* List<Vector2> cForm = new List<Vector2>();
* foreach (Vec2 tmp in level.Blocks[index-1].Walls)
* {
* cForm.Add(tmp.v);
* }
* SegmentDescription des = new SegmentDescription(level.Cache[index-1].X, level.Cache[index-1].Y, level.Cache[index-1].ADir, cForm) ;
* Segment tmpSegment = new Segment(game);
* tmpSegment.CanyonValues = des;
* if (canyonSegments.Count != 0)
* {
* tmpSegment.LastCanyonSegment = canyonSegments[canyonSegments.Count - 1];
*
* }
*/
//canyonSegments.Add(tmpSegment);
/*if (tmpSegment.LastCanyonSegment != null)
* {
* tmpSegment.LoadSegements();
* }
* if (tmpSegment.LastCanyonSegment != null)
* {
* tmpSegment.LoadCanyon();
* }*/
// ToDo: implementieren
//
// Alle Benötigten Vars:
// - level.Blocks[index].Walls -- enthält die Liste der Wände
// - level.Cache[index] -- enthält die "Zwischenebenen"
// genauer: (wenn du mehr brauchst, machst du was falsch) ;-)
// - level.Blocks[index-1].Walls
// - level.Blocks[index].Walls
// - level.Cache[index-1].Pos
// - level.Cache[index-1].X
// - level.Cache[index-1].Y
// - level.Cache[index].Pos
// - level.Cache[index].X
// - level.Cache[index].y
//level.Cache[index]
// Momentan werden bereits Beispielwerte übergeben. Diese sind denen von oben sehr ähnlich.
}
