public override void draw(Spine.SkeletonRenderer sb)
{
sb.DrawSpriteToSpineVertexArray(Game1.whitePixel, new Rectangle(0, 0, 1, 1), position, Color.Lerp(parentWorld.KeyModule.KeyColorSet[(int)color], new Color(0.0f, 0.0f, 1.0f, 0.25f), 0.5f), 0.0f, dimensions);
//sb.Draw(Game1.whitePixel, position, null, Color.Lerp(parentWorld.KeyModule.KeyColorSet[(int)color], new Color(0.0f, 0.0f, 1.0f, 0.25f), 0.5f), 0.0f, Vector2.Zero, dimensions, SpriteEffects.None, 0.45f);
}
public void renderSPINEBATCHTEST(Spine.SkeletonRenderer sb, float depth, List <MutantAcidSpitter> spitters)
{
int focusTileX = (int)(parent.CameraFocus.CenterPoint.X / GlobalGameConstants.TileSize.X);
int focusTileY = (int)(parent.CameraFocus.CenterPoint.Y / GlobalGameConstants.TileSize.Y);
for (int j = Math.Max(0, focusTileY - 8); j < Math.Min(size.y, focusTileY + 9); j++)
{
for (int i = Math.Max(0, focusTileX - 14); i < Math.Min(size.x, focusTileX + 15); i++)
{
if (map[i, j] != TileType.NoWall)
{
continue;
}
if (floorMap[i, j] == FloorType.Elevator)
{
sb.DrawSpriteToSpineVertexArray(tileSkin[4], new Rectangle((int)(3 * GlobalGameConstants.TileSize.X + 3), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
}
else
{
switch (floorMap[i, j])
{
case FloorType.A:
sb.DrawSpriteToSpineVertexArray(tileSkin[0], new Rectangle((int)(3 * GlobalGameConstants.TileSize.X + 3), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.B:
sb.DrawSpriteToSpineVertexArray(tileSkin[0], new Rectangle((int)(4 * GlobalGameConstants.TileSize.X + 4), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.C:
sb.DrawSpriteToSpineVertexArray(tileSkin[1], new Rectangle((int)(3 * GlobalGameConstants.TileSize.X + 3), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.D:
sb.DrawSpriteToSpineVertexArray(tileSkin[1], new Rectangle((int)(4 * GlobalGameConstants.TileSize.X + 4), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.E:
sb.DrawSpriteToSpineVertexArray(tileSkin[2], new Rectangle((int)(3 * GlobalGameConstants.TileSize.X + 3), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.F:
sb.DrawSpriteToSpineVertexArray(tileSkin[2], new Rectangle((int)(4 * GlobalGameConstants.TileSize.X + 4), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.G:
sb.DrawSpriteToSpineVertexArray(tileSkin[3], new Rectangle((int)(3 * GlobalGameConstants.TileSize.X + 3), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case FloorType.H:
sb.DrawSpriteToSpineVertexArray(tileSkin[3], new Rectangle((int)(4 * GlobalGameConstants.TileSize.X + 4), (int)(2 * GlobalGameConstants.TileSize.Y + 3), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
}
}
}
}
for (int i = 0; i < spitters.Count; i++)
{
spitters[i].drawAcidSplotches(sb);
}
for (int j = Math.Max(0, focusTileY - 8); j < Math.Min(size.y, focusTileY + 9); j++)
{
for (int i = Math.Max(0, focusTileX - 14); i < Math.Min(size.x, focusTileX + 15); i++)
{
int tileX;
int tileY;
switch (map[i, j])
{
case TileType.NoWall:
break;
case TileType.TestWall:
sb.DrawSpriteToSpineVertexArray(tileSkin[0], new Rectangle((int)(1 * GlobalGameConstants.TileSize.X + 1), (int)(6 * GlobalGameConstants.TileSize.Y + 6), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case TileType.WallA:
case TileType.WallB:
case TileType.WallC:
case TileType.WallD:
case TileType.WallE:
case TileType.WallF:
case TileType.WallG:
case TileType.WallH:
case TileType.WallI:
case TileType.WallJ:
case TileType.WallK:
case TileType.WallL:
case TileType.WallM:
case TileType.WallN:
case TileType.WallO:
case TileType.WallP:
tileX = ((int)(map[i, j]) - 2) % 5;
tileY = ((int)(map[i, j]) - 2) / 5;
sb.DrawSpriteToSpineVertexArray(tileSkin[(int)mapMod[i, j]], new Rectangle((int)(tileX * GlobalGameConstants.TileSize.X + tileX), (int)(tileY * GlobalGameConstants.TileSize.Y + tileY), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
case TileType.WallUnidentified:
default:
sb.DrawSpriteToSpineVertexArray(tileSkin[0], new Rectangle((int)(1 * GlobalGameConstants.TileSize.X + 1), (int)(6 * GlobalGameConstants.TileSize.Y + 6), (int)(GlobalGameConstants.TileSize.X), (int)(GlobalGameConstants.TileSize.Y)), new Vector2((int)(i * tileSize.X), (int)(j * tileSize.Y)));
break;
}
}
}
}
