MakeDungeon_Pictures()

static double Terraria.WorldGen.MakeDungeon_Pictures ( int[] roomWall, double count )

inlinestaticprivate

Definition at line 27911 of file WorldGen.cs.

    {
        count = 420000.0 / (double)Main.maxTilesX;
        for (int i = 0; (double)i < count; i++)
        {
            int num = genRand.Next(GenVars.dMinX, GenVars.dMaxX);
            int num2 = genRand.Next((int)Main.worldSurface, GenVars.dMaxY);
            while (!Main.wallDungeon[Main.tile[num, num2].wall] || Main.tile[num, num2].active())
            {
                num = genRand.Next(GenVars.dMinX, GenVars.dMaxX);
                num2 = genRand.Next((int)Main.worldSurface, GenVars.dMaxY);
            }
            int num3 = num;
            int num4 = num;
            int num5 = num2;
            int num6 = num2;
            int num7 = 0;
            int num8 = 0;
            for (int j = 0; j < 2; j++)
            {
                num3 = num;
                num4 = num;
                while (!Main.tile[num3, num2].active() && Main.wallDungeon[Main.tile[num3, num2].wall])
                {
                    num3--;
                }
                num3++;
                for (; !Main.tile[num4, num2].active() && Main.wallDungeon[Main.tile[num4, num2].wall]; num4++)
                {
                }
                num4--;
                num = (num3 + num4) / 2;
                num5 = num2;
                num6 = num2;
                while (!Main.tile[num, num5].active() && Main.wallDungeon[Main.tile[num, num5].wall])
                {
                    num5--;
                }
                num5++;
                for (; !Main.tile[num, num6].active() && Main.wallDungeon[Main.tile[num, num6].wall]; num6++)
                {
                }
                num6--;
                num2 = (num5 + num6) / 2;
            }
            num3 = num;
            num4 = num;
            while (!Main.tile[num3, num2].active() && !Main.tile[num3, num2 - 1].active() && !Main.tile[num3, num2 + 1].active())
            {
                num3--;
            }
            num3++;
            for (; !Main.tile[num4, num2].active() && !Main.tile[num4, num2 - 1].active() && !Main.tile[num4, num2 + 1].active(); num4++)
            {
            }
            num4--;
            num5 = num2;
            num6 = num2;
            while (!Main.tile[num, num5].active() && !Main.tile[num - 1, num5].active() && !Main.tile[num + 1, num5].active())
            {
                num5--;
            }
            num5++;
            for (; !Main.tile[num, num6].active() && !Main.tile[num - 1, num6].active() && !Main.tile[num + 1, num6].active(); num6++)
            {
            }
            num6--;
            num = (num3 + num4) / 2;
            num2 = (num5 + num6) / 2;
            num7 = num4 - num3;
            num8 = num6 - num5;
            if (num7 <= 7 || num8 <= 5)
            {
                continue;
            }
            bool[] array = new bool[3] { true, false, false };
            if (num7 > num8 * 3 && num7 > 21)
            {
                array[1] = true;
            }
            if (num8 > num7 * 3 && num8 > 21)
            {
                array[2] = true;
            }
            int num9 = genRand.Next(3);
            if (Main.tile[num, num2].wall == roomWall[0])
            {
                num9 = 0;
            }
            while (!array[num9])
            {
                num9 = genRand.Next(3);
            }
            if (nearPicture2(num, num2))
            {
                num9 = -1;
            }
            switch (num9)
            {
            case 0:
            {
                PaintingEntry paintingEntry2 = RandPictureTile();
                if (Main.tile[num, num2].wall != roomWall[0])
                {
                    paintingEntry2 = RandBonePicture();
                }
                if (!nearPicture(num, num2))
                {
                    PlaceTile(num, num2, paintingEntry2.tileType, mute: true, forced: false, -1, paintingEntry2.style);
                }
                break;
            }
            case 1:
            {
                PaintingEntry paintingEntry3 = RandPictureTile();
                if (Main.tile[num, num2].wall != roomWall[0])
                {
                    paintingEntry3 = RandBonePicture();
                }
                if (!Main.tile[num, num2].active())
                {
                    PlaceTile(num, num2, paintingEntry3.tileType, mute: true, forced: false, -1, paintingEntry3.style);
                }
                int num13 = num;
                int num14 = num2;
                int num15 = num2;
                for (int m = 0; m < 2; m++)
                {
                    num += 7;
                    num5 = num15;
                    num6 = num15;
                    while (!Main.tile[num, num5].active() && !Main.tile[num - 1, num5].active() && !Main.tile[num + 1, num5].active())
                    {
                        num5--;
                    }
                    num5++;
                    for (; !Main.tile[num, num6].active() && !Main.tile[num - 1, num6].active() && !Main.tile[num + 1, num6].active(); num6++)
                    {
                    }
                    num6--;
                    num15 = (num5 + num6) / 2;
                    paintingEntry3 = RandPictureTile();
                    if (Main.tile[num, num15].wall != roomWall[0])
                    {
                        paintingEntry3 = RandBonePicture();
                    }
                    if (Math.Abs(num14 - num15) >= 4 || nearPicture(num, num15))
                    {
                        break;
                    }
                    PlaceTile(num, num15, paintingEntry3.tileType, mute: true, forced: false, -1, paintingEntry3.style);
                }
                num15 = num2;
                num = num13;
                for (int n = 0; n < 2; n++)
                {
                    num -= 7;
                    num5 = num15;
                    num6 = num15;
                    while (!Main.tile[num, num5].active() && !Main.tile[num - 1, num5].active() && !Main.tile[num + 1, num5].active())
                    {
                        num5--;
                    }
                    num5++;
                    for (; !Main.tile[num, num6].active() && !Main.tile[num - 1, num6].active() && !Main.tile[num + 1, num6].active(); num6++)
                    {
                    }
                    num6--;
                    num15 = (num5 + num6) / 2;
                    paintingEntry3 = RandPictureTile();
                    if (Main.tile[num, num15].wall != roomWall[0])
                    {
                        paintingEntry3 = RandBonePicture();
                    }
                    if (Math.Abs(num14 - num15) >= 4 || nearPicture(num, num15))
                    {
                        break;
                    }
                    PlaceTile(num, num15, paintingEntry3.tileType, mute: true, forced: false, -1, paintingEntry3.style);
                }
                break;
            }
            case 2:
            {
                PaintingEntry paintingEntry = RandPictureTile();
                if (Main.tile[num, num2].wall != roomWall[0])
                {
                    paintingEntry = RandBonePicture();
                }
                if (!Main.tile[num, num2].active())
                {
                    PlaceTile(num, num2, paintingEntry.tileType, mute: true, forced: false, -1, paintingEntry.style);
                }
                int num10 = num2;
                int num11 = num;
                int num12 = num;
                for (int k = 0; k < 3; k++)
                {
                    num2 += 7;
                    num3 = num12;
                    num4 = num12;
                    while (!Main.tile[num3, num2].active() && !Main.tile[num3, num2 - 1].active() && !Main.tile[num3, num2 + 1].active())
                    {
                        num3--;
                    }
                    num3++;
                    for (; !Main.tile[num4, num2].active() && !Main.tile[num4, num2 - 1].active() && !Main.tile[num4, num2 + 1].active(); num4++)
                    {
                    }
                    num4--;
                    num12 = (num3 + num4) / 2;
                    paintingEntry = RandPictureTile();
                    if (Main.tile[num12, num2].wall != roomWall[0])
                    {
                        paintingEntry = RandBonePicture();
                    }
                    if (Math.Abs(num11 - num12) >= 4 || nearPicture(num12, num2))
                    {
                        break;
                    }
                    PlaceTile(num12, num2, paintingEntry.tileType, mute: true, forced: false, -1, paintingEntry.style);
                }
                num12 = num;
                num2 = num10;
                for (int l = 0; l < 3; l++)
                {
                    num2 -= 7;
                    num3 = num12;
                    num4 = num12;
                    while (!Main.tile[num3, num2].active() && !Main.tile[num3, num2 - 1].active() && !Main.tile[num3, num2 + 1].active())
                    {
                        num3--;
                    }
                    num3++;
                    for (; !Main.tile[num4, num2].active() && !Main.tile[num4, num2 - 1].active() && !Main.tile[num4, num2 + 1].active(); num4++)
                    {
                    }
                    num4--;
                    num12 = (num3 + num4) / 2;
                    paintingEntry = RandPictureTile();
                    if (Main.tile[num12, num2].wall != roomWall[0])
                    {
                        paintingEntry = RandBonePicture();
                    }
                    if (Math.Abs(num11 - num12) >= 4 || nearPicture(num12, num2))
                    {
                        break;
                    }
                    PlaceTile(num12, num2, paintingEntry.tileType, mute: true, forced: false, -1, paintingEntry.style);
                }
                break;
            }
            }
        }
        return count;
    }

References System.Math.Abs(), System.array, System.count, Terraria.WorldBuilding.GenVars.dMaxX, Terraria.WorldBuilding.GenVars.dMaxY, Terraria.WorldBuilding.GenVars.dMinX, Terraria.Main.maxTilesX, Terraria.Main.tile, Terraria.Main.wallDungeon, and Terraria.Main.worldSurface.