How to use GenX class of B package

...25        /// <param name="e"></param>26        private void GenAss_Click(object sender, EventArgs e)27        {28            NativeMethods.SetFocus(IntPtr.Zero);29            this.AssProductTextBox.Text = GenX.GetUpdate();30            this.AssTitleTextBox.Text = GenX.GenerateIdentifier(15);31            this.AssDescriptTextBox.Text = GenX.GenerateIdentifier(15);32            this.AssCompanyTextBox.Text = GenX.GetUpdate();33            this.AssCopyrightTextBox.Text = GenX.GenerateIdentifier(15);34            this.AssVerTextBox.Text = Convert.ToString($"{GenX.Next(10)}.{GenX.Next(10)}.{GenX.Next(10)}.{GenX.Next(10)}");35            this.AssFileVerTextBox.Text = Convert.ToString($"{GenX.Next(10)}.{GenX.Next(10)}.{GenX.Next(10)}.{GenX.Next(10)}");36            this.AssGuidTextBox.Text = Guid.NewGuid().ToString();37        }3839        /// <summary>40        /// Выбор иконки для билд файла41        /// </summary>42        /// <param name="sender"></param>43        /// <param name="e"></param>44        private void SelectIcon_Click(object sender, EventArgs e)45        {46            string result = string.Empty;47            using var Open = new OpenFileDialog48            {49                Title = Thread.CurrentThread.CurrentCulture.TwoLetterISOLanguageName.Equals("en", StringComparison.InvariantCultureIgnoreCase)
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1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading;6using System.Threading.Tasks;7using HackerRank.AhoCorasick;8namespace HackerRank9{10    public class DeterminingDnaHealth11    {12        //int GeneCount, string[] Genes, int[] Health, string[] FirstLast, int Start, int End13        public long[] GetHealth(FunctionData Data)14        {15            long[] result = new long[2];16            long[] sequenceScores = new long[Data.GeneDataList.Count];17            // loop the sequences18            //for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)19            Parallel.For(0, Data.GeneDataList.Count, genx => 20            {21                GeneData geneData = Data.GeneDataList[genx];22                string sequence = geneData.Sequence;23                long seqTotal = 0;24                //loop genes25                //for (int index = geneData.First; index <= geneData.Last; index++)26                int first = geneData.First;27                int last = geneData.Last;28                //var pres = Parallel.For(first, last, index =>29                for (int index = first; index <= last; index++)30                {31                    {32                        string gene = Data.Genes[index];33                        int position = sequence.IndexOf(gene, 0);34                        while (position >= 0)35                        {36                            seqTotal += Data.GenesHealth[gene][index];37                            position = sequence.IndexOf(gene, ++position);38                        }39                    }40                }41                sequenceScores[genx] = seqTotal;42            });43            result[0] = sequenceScores.Min();44            result[1] = sequenceScores.Max();45            return result;46        }47        public long[] GetHealthAC(FunctionData Data)48        {49            long[] result = new long[2];50            long[] sequenceScores = new long[Data.GeneDataList.Count];51            // loop the sequences52            //for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)53            Parallel.For(0, Data.GeneDataList.Count, genx =>54            {55                GeneData geneData = Data.GeneDataList[genx];56                string sequence = geneData.Sequence;57                string text = geneData.Sequence;// "hello, hello and welcome to this beautiful world!";58                Trie trie = new Trie();59                trie.Add(Data.Genes);60                trie.Build();61                Dictionary<string, int> matches = trie.FindString(text);62                foreach(KeyValuePair<string, int> match in matches)63                {64                    sequenceScores[genx] += Data.GenesHealth[match.Key].ElementAt(match.Value - 1).Value;65                }66                67            });68            result[0] = sequenceScores.Min();69            result[1] = sequenceScores.Max();70            return result;71        }72    }73    public class FunctionData74    {75        public FunctionData()76        {77            GeneDataList = new List<GeneData>();78            GenesHealth = new Dictionary<string, Dictionary<int, int>>();79        }80        public int GeneCount { get; set; }81        public Dictionary<string, Dictionary<int, int>> GenesHealth { get; set; }82        public string[] Genes { get; set; }83        public int[] Health { get; set; }84        public List<GeneData> GeneDataList { get; set; }85        public int MinFirst { get; set; }86        public int MaxLast { get; set; }87    }88    public class GeneData89    {90        public int First { get; set; }91        public int Last { get; set; }92        public string Sequence { get; set; }93    }94}95/*96        //commented parallel97        public long[] GetHealth(FunctionData Data)98        {99            long[] result = new long[2];100            long[] sequenceScores = new long[Data.GeneDataList.Count];101            // loop the sequences102            for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)103            //Parallel.For(0, Data.GeneDataList.Count, genx => 104            {105                GeneData geneData = Data.GeneDataList[genx];106                string sequence = geneData.Sequence;107                long seqTotal = 0;108                //loop genes109                //for (int index = geneData.First; index <= geneData.Last; index++)110                int first = geneData.First;111                int last = geneData.Last;112                //var pres = Parallel.For(first, last, index =>113                for (int index = first; index <= last; index++)114                {115                    {116                        string gene = Data.Genes[index];117                        int position = sequence.IndexOf(gene, 0);118                        while (position >= 0)119                        {120                            seqTotal += Data.GenesHealth[gene][index];121                            position = sequence.IndexOf(gene, ++position);122                        }123                    }124                }//);125                sequenceScores[genx] = seqTotal;126            }//);127            result[0] = sequenceScores.Min();128            result[1] = sequenceScores.Max();129            return result;        130        }131        //swapped to loop gene sequence then search genes132        public long[] GetHealth(FunctionData Data)133        {134            long[] result = new long[2];135            long[] sequenceScores = new long[Data.GeneDataList.Count];136            // loop the sequences137            for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)138            {139                GeneData geneData = Data.GeneDataList[genx];140                string sequence = geneData.Sequence;141                long seqTotal = 0;142                //loop genes143                for (int index = geneData.First; index <= geneData.Last; index++)144                {145                    string gene = Data.Genes[index];146                    int position = sequence.IndexOf(gene, 0);147                    while (position >= 0)148                    {149                        seqTotal += Data.GenesHealth[gene][index];150                        position = sequence.IndexOf(gene, ++position);151                    }152                }153                sequenceScores[genx] = seqTotal;154            }155            result[0] = sequenceScores.Min();156            result[1] = sequenceScores.Max();157            return result;        158        }159        // loop genes then gene sequence160        for (int index = Data.MinFirst; index <= Data.MaxLast; index++)161        {162            //long seqTotal = 0;163            //loop genes164            for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)165            {166                GeneData geneData = Data.GeneDataList[genx];167                if (index >= geneData.First && index <= geneData.Last)168                {169                    string sequence = geneData.Sequence;170                    string gene = Data.Genes[index];171                    int position = sequence.IndexOf(gene, 0);172                    while (position >= 0)173                    {174                        //seqTotal += Data.GenesHealth[gene][index];175                        sequenceScores[genx] += Data.GenesHealth[gene][index];176                        position = sequence.IndexOf(gene, ++position);177                    }178                }179            }180        }181                    182                    //int len = gene.Length;183                    //int lengthSeq = sequence.Length - len;184                    //int position = 0;185                    if (sequence.Contains(gene))186                    {187                        for (int position = 0; position <= lengthSeq; position++)188                        {189                            string subSequence = sequence.Substring(position, len);190                            //check if substring matches gene, if so get score and add it.191                            if (subSequence == gene)192                            {193                                seqTotal += Data.GenesHealth[gene][index];// Data.Health[index];194                            }195                        }196                    }197                    198*loop sequence199            // loop the sequences200            for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)201            {202                GeneData geneData = Data.GeneDataList[genx];203                sequenceScores.Add(geneData.Sequence, 0); //initialize gene scores204                //loop genes205                for(int position = 0; position <= geneData.Sequence.Length; position++)206                {207                    for (int index = geneData.First; index <= geneData.Last; index++)208                    {209                        //pull sub string from start position to length of gene string210                        // make sure not to have an end point beyond the length of the string...211                        int len = Data.Genes[index].Length;212                        if (len + position <= geneData.Sequence.Length)213                        {214                            string subSequence = geneData.Sequence.Substring(position, len);215                            //check if substring matches gene, if so get score and add it.216                            if (subSequence == Data.Genes[index])217                            {218                                sequenceScores[geneData.Sequence] += Data.Health[index];219                            }220                        }221                    }222                }223            } 224//pull sub string from start position to length of gene string225// make sure not to have an end point beyond the length of the string...226int len = Data.Genes[index].Length;227if (len + position <= geneData.Sequence.Length)228{229    string subSequence = geneData.Sequence.Substring(position, len);230    //check if substring matches gene, if so get score and add it.231    if (subSequence == Data.Genes[index])232    {233        sequenceScores[geneData.Sequence] += Data.Health[index];234    }235}236for (int genx = 0; genx <= Data.GeneDataList.Count - 1; genx++)237{238GeneData geneData = Data.GeneDataList[genx];239sequenceScores.Add(geneData.Sequence, 0); //initialize gene scores240//loop genes241List<string> testedGenes = new List<string>(); // no need to process genes242for (int index = geneData.First; index <= geneData.Last; index++)243{244if (testedGenes.Contains(Data.Genes[index]) == false)245{246    Dictionary<int, int> range = Data.GenesHealth[Data.Genes[index]].Where(r => r.Key >= geneData.First && r.Key <= geneData.Last).ToDictionary(k => k.Key, v => v.Value);247    if (range.Count() > 1)248    {249        foreach (KeyValuePair<int, int> score in range)250        {251            sequenceScores[geneData.Sequence] += score.Value;252            //Data.GenesHealth[Data.Genes[index]][score.Key] = 0;253        }254        testedGenes.Add(Data.Genes[index]);255    }256    else257    {258        // test how many times gene is in sequence 259        int indexOf = geneData.Sequence.IndexOf(Data.Genes[index]);260        while (indexOf >= 0)261        {262            sequenceScores[geneData.Sequence] += Data.Health[index];263            indexOf = geneData.Sequence.IndexOf(Data.Genes[index], indexOf + 1);264        }265        testedGenes.Add(Data.Genes[index]);266    }267}268}269// check if there is more than one gene in the range.270} 271*/...

1#region Using directives23using System;45using Terraria;6using Terraria.ID;7using Terraria.ModLoader;8using Terraria.Localization;910using Microsoft.Xna.Framework;1112#endregion1314namespace MetroidMod.Common.Worlds15{16	public partial class MWorld : ModWorld17	{18		public static bool spawnedPhazonMeteor = false;1920		public static void AddPhazon()21		{22			int lX = 200;23			int hX = Main.maxTilesX - 200;24			int lY = (int)Main.worldSurface;25			int hY = Main.maxTilesY - 200;2627			int minSpread = 5;28			int maxSpread = 8;29			int minFrequency = 5;30			int maxFrequency = 8;3132			WorldGen.OreRunner(WorldGen.genRand.Next(lX, hX), WorldGen.genRand.Next(lY, hY), WorldGen.genRand.Next(minSpread, maxSpread + 1), WorldGen.genRand.Next(minFrequency, maxFrequency + 1), (ushort)ModContent.TileType<Tiles.PhazonTile>());33		}3435		public static void DropPhazonMeteor()36		{37			bool generateSuccessful = false;3839			if (Main.netMode == NetmodeID.MultiplayerClient)40			{41				return;42			}4344			// Check to get a valid position for the generation of a Phazon Meteorite.45			// There's a certain solid tile treshold (starting at 600, stopping at 100, cancelling the generation), which needs to be met46			// Before the meteorite is allowed to generate.47			float solidTileTreshhold = 600f;48			while (!generateSuccessful)49			{50				float spawnMargin = Main.maxTilesX * 0.08f;51				int genY = (int)(Main.worldSurface * 0.3);52				int genX = Main.rand.Next(150, Main.maxTilesX - 150);5354				// Do not allow a Phazon Meteorite to spawn too close to the center of the world (spawnpoint).55				while (Math.Abs(genX - Main.spawnTileX) < spawnMargin)56				{57					genX = Main.rand.Next(150, Main.maxTilesX - 150);58				}59				60				while (genY < Main.maxTilesY)61				{62					if (Main.tile[genX, genY].active() && Main.tileSolid[Main.tile[genX, genY].type] && !Main.tileSolidTop[Main.tile[genX, genY].type])63					{64						int genOffset = 15;65						int solidSpawnTiles = 0;6667						for (int x = genX - genOffset; x < genX + genOffset; x++)68						{69							for (int y = genY - genOffset; y < genY + genOffset; y++)70							{71								if (WorldGen.SolidTile(x, y))72								{73									solidSpawnTiles++;74									if (Main.tile[x, y].type == TileID.Cloud || Main.tile[x, y].type == TileID.Sunplate)75									{76										solidSpawnTiles -= 100;77									}78								}79								else if (Main.tile[x, y].liquid > 0)80								{81									solidSpawnTiles--;82								}83							}84						}85						if (solidSpawnTiles < solidTileTreshhold)86						{87							solidTileTreshhold -= 0.5f;88							break;89						}9091						if(TryGeneratePhazonMeteor(genX, genY))92						{93							generateSuccessful = true;94							break;95						}96					}97					genY++;98				}99				if (solidTileTreshhold < 100f)100				{101					return;102				}103			}104			105			if(generateSuccessful)106			{107				spawnedPhazonMeteor = true;108			}109		}110111		public static bool TryGeneratePhazonMeteor(int genX, int genY)112		{113			if (genX < 50 || genX > Main.maxTilesX - 50 ||114				genY < 50 || genY > Main.maxTilesY - 50)115			{116				return false;117			}118119			int spawnOffset = 35;120			Rectangle rectangle = new Rectangle((genX - spawnOffset) * 16, (genY - spawnOffset) * 16, spawnOffset * 32, spawnOffset * 32);121			122			// If there's a player within the spawn area of the Phazon Meteorite, disallow spawning.123			for (int i = 0; i < Main.maxPlayers; i++)124			{125				if (Main.player[i].active)126				{127					Rectangle playerRectangle = new Rectangle(128						(int)(Main.player[i].position.X + (Main.player[i].width / 2) - (NPC.sWidth / 2) - NPC.safeRangeX),129						(int)(Main.player[i].position.Y + (Main.player[i].height / 2) - (NPC.sHeight / 2) - NPC.safeRangeY),130						NPC.sWidth + NPC.safeRangeX * 2, NPC.sHeight + NPC.safeRangeY * 2131					);132133					if (rectangle.Intersects(playerRectangle))134					{135						return false;136					}137				}138			}139140			// If there's an NPC within the spawn area of the Phazon Meteorite, disallow spawning.141			for (int i = 0; i < Main.maxNPCs; i++)142			{143				if (Main.npc[i].active)144				{145					if (rectangle.Intersects(Main.npc[i].Hitbox))146					{147						return false;148					}149				}150			}151152			// If there's a chest within the spawn area of the Phazon Meteorite, disallow spawning.153			for (int x = genX - spawnOffset; x < genX + spawnOffset; x++)154			{155				for (int y = genY - spawnOffset; y < genY + spawnOffset; y++)156				{157					if (Main.tile[x, y].active() && TileID.Sets.BasicChest[Main.tile[x, y].type])158					{159						return false;160					}161				}162			}163164			// Initial spawn of Phazon Tiles, and removal of non-solid tiles.165			GeneratePhazonChunkAt(genX, genY, WorldGen.genRand.Next(17, 23), (x, y, margin) =>166			{167				if (y > genY + Main.rand.Next(-2, 3) - 5)168				{169					float distance = new Vector2(genX - x, genY - y).Length();170					if (distance < margin * 0.9f + Main.rand.Next(-4, 5))171					{172						if (!Main.tileSolid[Main.tile[x, y].type])173						{174							Main.tile[x, y].active(false);175						}176						Main.tile[x, y].type = (ushort)ModContent.TileType<Tiles.PhazonTile>();177					}178				}179			});180181			// Removal of tiles in the center of the 'crater'.182			GeneratePhazonChunkAt(genX, genY, WorldGen.genRand.Next(8, 14), (x, y, margin) =>183			{184				if (y > genY + Main.rand.Next(-2, 3) - 4)185				{186					float distance = new Vector2(genX - x, genY - y).Length();187					if (distance < margin * 0.8f + Main.rand.Next(-3, 4))188					{189						Main.tile[x, y].active(false);190					}191				}192			});193194			// Placement of Phazon Core tiles.195			GeneratePhazonChunkAt(genX, genY + 4, WorldGen.genRand.Next(4, 6), (x, y, margin) =>196			{197				if (y > genY + Main.rand.Next(-2, 3) - 5 && (Math.Abs(genX - x) + Math.Abs(genY - y)) < margin * 1.5 + Main.rand.Next(-5, 5))198				{199					if (!Main.tileSolid[Main.tile[x, y].type])200					{201						Main.tile[x, y].active(false);202					}203					WorldGen.PlaceTile(x, y, ModContent.TileType<Tiles.PhazonCore>(), true);204					WorldGen.SquareTileFrame(x, y);205				}206			});207208			// First generation spread pass of Phazon Tiles.209			GeneratePhazonChunkAt(genX, genY, WorldGen.genRand.Next(25, 35), (x, y, margin) =>210			{211				float distance = new Vector2(genX - x, genY - y).Length();212				if (distance < margin * 0.7f)213				{214					if (Main.tile[x, y].type == TileID.Trees || Main.tile[x, y].type == TileID.CorruptThorns || Main.tile[x, y].type == TileID.CrimtaneThorns)215					{216						WorldGen.KillTile(x, y, false, false, false);217					}218					Main.tile[x, y].liquid = 0;219				}220221				if (Main.tile[x, y].type == ModContent.TileType<Tiles.PhazonTile>())222				{223					if (!WorldGen.SolidTile(x - 1, y) && !WorldGen.SolidTile(x + 1, y) && !WorldGen.SolidTile(x, y - 1) && !WorldGen.SolidTile(x, y + 1))224					{225						Main.tile[x, y].active(false);226					}227					else if ((Main.tile[x, y].halfBrick() || Main.tile[x - 1, y].topSlope()) && !WorldGen.SolidTile(x, y + 1))228					{229						Main.tile[x, y].active(false);230					}231				}232233				WorldGen.SquareTileFrame(x, y);234				WorldGen.SquareWallFrame(x, y);235			});236237			// Second generation spread pass of Phazon Tiles.238			GeneratePhazonChunkAt(genX, genY, WorldGen.genRand.Next(23, 32), (x, y, margin) =>239			{240				if (y > genY + WorldGen.genRand.Next(-3, 4) - 3 && Main.tile[x, y].active() && Main.rand.Next(10) == 0)241				{242					float distance = new Vector2(genX - x, genY - y).Length();243					if (distance < margin * 0.8f)244					{245						if (Main.tile[x, y].type == TileID.Trees || Main.tile[x, y].type == TileID.CorruptThorns || Main.tile[x, y].type == TileID.CrimtaneThorns)246						{247							WorldGen.KillTile(x, y, false, false, false);248						}249						Main.tile[x, y].type = (ushort)ModContent.TileType<Tiles.PhazonTile>();250						WorldGen.SquareTileFrame(x, y);251					}252				}253			});254255			// Third generation spread pass of Phazon Tiles.256			GeneratePhazonChunkAt(genX, genY, WorldGen.genRand.Next(30, 38), (x, y, margin) =>257			{258				if (y > genY + WorldGen.genRand.Next(-2, 3) && Main.tile[x, y].active() && Main.rand.Next(20) == 0)259				{260					float distance = new Vector2(genX - x, genY - y).Length();261					if (distance < margin * 0.85f)262					{263						if (Main.tile[x, y].type == TileID.Trees || Main.tile[x, y].type == TileID.CorruptThorns || Main.tile[x, y].type == TileID.CrimtaneThorns)264						{265							WorldGen.KillTile(x, y, false, false, false);266						}267						Main.tile[x, y].type = (ushort)ModContent.TileType<Tiles.PhazonTile>();268						WorldGen.SquareTileFrame(x, y);269					}270				}271			});272273			if (Main.netMode == NetmodeID.SinglePlayer)274			{275				Main.NewText("A Phazon Meteor has landed!", 50, 255, 130, false);276			}277			else if (Main.netMode == NetmodeID.Server)278			{279				NetMessage.BroadcastChatMessage(NetworkText.FromLiteral("A Phazon Meteor has landed!"), new Color(50, 255, 130), -1);280			}281282			// Since we are not able to get here if we're in a multiplayer client session, removed the check.283			NetMessage.SendTileSquare(-1, genX, genY, 40, TileChangeType.None);284285			return (true);286		}287288		/// <summary>289		/// A helper method to spawn clusters of tiles for the Phazon Meteorite.290		/// </summary>291		/// <param name="genX">The X tile coordinate of the Phazon Meteorite spawn.</param>292		/// <param name="genY">The Y tile coordinate of the Phazon Meteorite spawn.</param>293		/// <param name="margin">The margin which is used to spread out tiles to a certain point around the spawn coordinates.</param>294		/// <param name="generationAction">The action to take for each tile within the chunk/spawn area.</param>295		private static void GeneratePhazonChunkAt(int genX, int genY, int margin, Action<int, int, int> generationAction)296		{297			for (int x = genX - margin; x < genX + margin; ++x)298			{299				for (int y = genY - margin; y < genY + margin; ++y)300				{301					generationAction(x, y, margin);302				}303			}304		}305	}306}
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1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using UnityEngine;67public class ScanrangeCalc8{9    public ScanrangeCalc()10    {11        InitializeTables();12    }1314    private sbyte[,,] pTablesOffset = new sbyte[41, 41, 2];15    private int[,] pTablesCost = new int[41, 41];16    public int[,] pTablesVision = new int[41, 41];1718    public byte ScanShift = 7;1920    private bool SetCell(int x, int y, int height_origin, int height_cell)21    {22        int vision_previous = pTablesVision[x + pTablesOffset[x, y, 0], y + pTablesOffset[x, y, 1]];23        int cost = pTablesCost[x, y];24        pTablesVision[x, y] = vision_previous - (height_cell - height_origin + cost);25        return (pTablesVision[x, y] >= 0);26    }2728    public void InitializeTables()29    {30        uint ulScanShifted = 1u << ScanShift;3132        for (int i = 0; i <= 20; ++i)33        {34            for (int j = 0; j <= 20; ++j)35            {36                int v1 =  i > 0 || j > 0 ?  (int)(Math.Pow((j * j + i * i), 0.5) / Math.Max(i,j) * ulScanShifted) : 0;3738                pTablesCost[20 + i, 20 + j] = v1;39                pTablesCost[20 + i, 20 - j] = v1;40                pTablesCost[20 - i, 20 + j] = v1;41                pTablesCost[20 - i, 20 - j] = v1;4243                if (j < (i / 2))44                {45                    pTablesOffset[20 + i, 20 + j, 0] = -1;46                    pTablesOffset[20 + i, 20 + j, 1] = 0;47                    pTablesOffset[20 - i, 20 - j, 0] = 1;48                    pTablesOffset[20 - i, 20 - j, 1] = 0;49                    pTablesOffset[20 + i, 20 - j, 0] = -1;50                    pTablesOffset[20 + i, 20 - j, 1] = 0;51                    pTablesOffset[20 - i, 20 + j, 0] = 1;52                    pTablesOffset[20 - i, 20 + j, 1] = 0;5354                } 55                else if (j > (i * 2))56                {57                    pTablesOffset[20 + i, 20 + j, 0] = 0;58                    pTablesOffset[20 + i, 20 + j, 1] = -1;59                    pTablesOffset[20 - i, 20 - j, 0] = 0;60                    pTablesOffset[20 - i, 20 - j, 1] = 1;61                    pTablesOffset[20 + i, 20 - j, 0] = 0;62                    pTablesOffset[20 + i, 20 - j, 1] = 1;63                    pTablesOffset[20 - i, 20 + j, 0] = 0;64                    pTablesOffset[20 - i, 20 + j, 1] = -1;65                }66                else67                {68                    pTablesOffset[20 + i, 20 + j, 0] = -1;69                    pTablesOffset[20 + i, 20 + j, 1] = -1;70                    pTablesOffset[20 - i, 20 - j, 0] = 1;71                    pTablesOffset[20 - i, 20 - j, 1] = 1;72                    pTablesOffset[20 + i, 20 - j, 0] = -1;73                    pTablesOffset[20 + i, 20 - j, 1] = 1;74                    pTablesOffset[20 - i, 20 + j, 0] = 1;75                    pTablesOffset[20 - i, 20 + j, 1] = -1;76                }77            }78        }7980        pTablesCost[20, 20] = 0;81    }8283    private bool CheckValid(int x, int y)84    {85        return (x >= 8 && y >= 8 && x < MapLogic.Instance.Width - 8 && y < MapLogic.Instance.Height - 8);86    }8788    private int GetHeight(int x, int y)89    {90        if (x < 0 || y < 0 || x >= MapLogic.Instance.Width || y >= MapLogic.Instance.Height)91            return 0;92        return MapLogic.Instance.Nodes[x, y].Height;93    }9495    public void CalculateVision(int x, int y, float scanrangef)96    {97        // we need to make scanshifted scanrange from float.98        int scanrange = (int)scanrangef;99        scanrange = (scanrange << 8) | (int)((scanrangef - scanrange) * 255);100101        for (int ly = 0; ly < 41; ly++)102            for (int lx = 0; lx < 41; lx++)103                pTablesVision[lx, ly] = 0;104105        int vision = scanrange;106        int vision2 = (1 << (ScanShift - 1)) + (vision >> (8 - ScanShift));107108        int genX = x - 20;109        int genY = y - 20;110        int ht_origin = GetHeight(x, y);111112        pTablesVision[20, 20] = vision2;113        for(int i = 1; i < 20; i++)114        {115            bool fdisp = false;116            for(int j = -i; j < i+1; j++)117            {118                if(CheckValid(genX+(20+j), genY+(20-i)) &&119                   SetCell(20+j, 20-i, ht_origin, GetHeight(genX+(20+j), genY+(20-i))))120                    fdisp = true;121                if(CheckValid(genX+(20+j), genY+(20+i)) &&122                   SetCell(20+j, 20+i, ht_origin, GetHeight(genX+(20+j), genY+(20+i))))123                    fdisp = true;124                if(CheckValid(genX+(20-i), genY+(20+j)) &&125                   SetCell(20-i, 20+j, ht_origin, GetHeight(genX+(20-i), genY+(20+j))))126                    fdisp = true;127                if(CheckValid(genX+(20+i), genY+(20-j)) &&128                   SetCell(20+i, 20-j, ht_origin, GetHeight(genX+(20+i), genY+(20-j))))129                    fdisp = true;130            }131132		    if(!fdisp) break;133        }134    }
...

1using System.Collections;2using System.Collections.Generic;3using UnityEngine;4public class GenerateMap : MonoBehaviour5{6	/*7	public int mapHeight = 0;8	public int mapWidth =0;9	public Vector2 genPos = new Vector2(0,0);10	public bool gen = true;11	public int  ranNode;12	public enum RoomType13	{ 14		REST,15		COMBAT,16		TREASURE,17		SHOP18	};19	private int roomsGenerated;20	public int RoomMax;21    22	public void GenRooms(int mapHeight, int mapWidth, Vector2 genPos)23	{24		//set RoomMax in macros or alternatively ghaneg to global variable25		if (gen == true)26		{27			do28			{29				ranNode = Random.Range(0, 3);30				var roomType = RoomType.COMBAT;31				roomsGenerated++;32				if (roomsGenerated >= RoomMax)33				{34					gen = false;35				}36				if (ranNode == 0 && doorTop == false)37				{38					//Set random room placement39					doorTop = false;40					doorBottom = true;41					doorLeft = false;42					doorRight = false;43					//Door44					instance_create_layer(genX + (mapWidth / 2), genY + 46, "Doors", oDoorTop);45					genY -= mapHeight;46					//Main Room Obj47					instance_create_depth(genX, genY, depth, oRoom);48					//Room Type49					switch (roomType)50					{51						case 0: //Rest52								//DO SOMETHING53							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);54							break;55						case 1: //mob/Trap Room56							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);57							break;58						case 2: //Trap/Puzzle59							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomTrap);60							break;61					}62					//Door63					instance_create_layer(genX + (mapWidth / 2), genY + (mapHeight - 46), "Doors", oDoorBottom);64				}65				if (ranNode == 1 && doorBottom == false)66				{67					//Set random room placement68					doorTop = true;69					doorBottom = false;70					doorLeft = false;71					doorRight = false;72					instance_create_layer(genX + (mapWidth / 2), genY + (mapHeight - 46), "Doors", oDoorBottom);73					genY += mapHeight;74					instance_create_depth(genX, genY, depth, oRoom);75					switch (roomType)76					{77						case 0: //Rest78								//DO SOMETHING79							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);80							break;81						case 1: //mob/Trap Room82							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);83							break;84						case 2: //Trap/Puzzle85							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomTrap);86							break;87					}88					instance_create_layer(genX + (mapWidth / 2), genY + 46, "Doors", oDoorTop);89				}90				if (ranNode == 2 && doorRight == false)91				{92					//Set random room placement93					doorRight = false;94					doorTop = false;95					doorBottom = false;96					doorLeft = true;97					instance_create_layer(genX + (mapWidth - (46)), genY + (mapHeight / 2), "Doors", oDoorRight);98					genX += mapWidth;99					instance_create_depth(genX, genY, depth, oRoom);100					switch (roomType)101					{102						case 0: //Rest103								//DO SOMETHING104							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);105							break;106						case 1: //mob/Trap Room107							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);108							break;109						case 2: //Trap/Puzzle110							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomTrap);111							break;112					}113					instance_create_layer(genX + 46, genY + (mapHeight / 2), "Doors", oDoorLeft);114				}115				if (ranNode == 3 && doorLeft == false)116				{117					//Set random room placement118					doorLeft = false;119					doorTop = false;120					doorBottom = false;121					doorRight = true;122					instance_create_layer(genX + 46, genY + (mapHeight / 2), "Doors", oDoorLeft);123					genX -= mapWidth;124					instance_create_depth(genX, genY, depth, oRoom);125					switch (roomType)126					{127						case 0: //Rest128								//DO SOMETHING129							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);130							break;131						case 1: //mob/Trap Room132							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomMob);133							break;134						case 2: //Trap/Puzzle135							instance_create_depth(genX + (mapWidth / 2), genY + (mapHeight / 2), depth, oRoomTrap);136							break;137					}138					instance_create_layer(genX + (mapWidth - 46), genY + (mapHeight / 2), "Doors", oDoorRight);139				}140			}141			while (roomsGenerated >= RoomMax);142		}143	}*/144}...

1using Terraria;2using Terraria.ID;3using Terraria.ModLoader;4using Microsoft.Xna.Framework;5using TrelamiumTwo.Content.Items.Materials;6using TrelamiumTwo.Helpers;7namespace TrelamiumTwo.Common.Tiles8{9	public class TrelamiumTile : GlobalTile10	{11		private const float nutSpawnChance = 0.05f;12		private const float leafSpawnChance = 0.025f;13		private Player player;14		public override void RandomUpdate(int i, int j, int type)15		{16			if (Main.tile[i, j].nactive())17			{18				if ((type == TileID.Grass || type == TileID.HallowedGrass) && Main.rand.Next(55) == 0)19				{20					TryBloomRose(i, j);21				}22			}23		}24		public override void FloorVisuals(int type, Player player)25		{26			player.GetModPlayer<Players.TrelamiumPlayer>().onSand =27				(TileID.Sets.Conversion.Sand[type] || TileID.Sets.Conversion.Sandstone[type] || TileID.Sets.Conversion.HardenedSand[type]);28		}29		private void TryBloomRose(int genX, int genY)30		{31			int scatteredFlowerRadiusCheck = 5;32			int scatteredFlowerType = ModContent.TileType<Content.Tiles.Ambience.BloomRose>();33			if (genX < 95 || genX > Main.maxTilesX - 95 || genY < 95 || genY > Main.worldSurface)34			{35				return;36			}37			Tile topTile = Framing.GetTileSafely(genX, genY - 1);38			if (topTile.active() && topTile.type != scatteredFlowerType)39			{40				return;41			}42			int minX = Utils.Clamp(genX - scatteredFlowerRadiusCheck, 1, Main.maxTilesX - 2);43			int maxX = Utils.Clamp(genX + scatteredFlowerRadiusCheck, 1, Main.maxTilesX - 2);44			int minY = Utils.Clamp(genY - scatteredFlowerRadiusCheck, 1, Main.maxTilesY - 2);45			int maxY = Utils.Clamp(genY + scatteredFlowerRadiusCheck, 1, Main.maxTilesY - 2);46			for (int x = minX; x < maxX; ++x)47			{48				for (int y = minY; y < maxY; ++y)49				{50					Tile t = Framing.GetTileSafely(x, y);51					if (t.active() && t.type == scatteredFlowerType)52					{53						return;54					}55				}56			}57			WorldGen.PlaceTile(genX, genY - 1, scatteredFlowerType, true);58		}59		public override void KillTile(int i, int j, int type, ref bool fail, ref bool effectOnly, ref bool noItem)60		{61			player = Main.LocalPlayer;62			if (!effectOnly)63			{64				if (player.ZoneForest())65				{66					if (Main.netMode != NetmodeID.MultiplayerClient && type == TileID.Trees)67					{68						TrySpawnLeaf(i, j);69						TrySpawnNut(i, j, fail);70					}71				}72			}73		}74		private void TrySpawnNut(int x, int y, bool fail)75		{76			if (fail || Main.rand.NextFloat() > nutSpawnChance)77			{78				return;79			}80			while (y > 10 && Main.tile[x, y].active() && Main.tile[x, y].type == TileID.Trees)81			{82				y--;83			}84			y++;85			if (!IsTileALeafyTreeTop(x, y) || Collision.SolidTiles(x - 2, x + 2, y - 2, y + 2))86			{87				return;88			}89			Item.NewItem(new Vector2(x * 16, y * 16), ModContent.ItemType<Nut>(), Main.rand.Next(5));90		}91		private void TrySpawnLeaf(int x, int y)92		{93			if (Main.rand.NextFloat() > leafSpawnChance)94			{95				return;96			}97			while (y > 10 && Main.tile[x, y].active() && Main.tile[x, y].type == TileID.Trees)98			{99				y--;100			}101			y++;102			if (!IsTileALeafyTreeTop(x, y) || Collision.SolidTiles(x - 2, x + 2, y - 2, y + 2))103			{104				return;105			}106			int velocityXDir = Main.rand.Next(2) * 2 - 1;107			int projectileType = ModContent.ProjectileType<Content.Projectiles.Typeless.FallingLeaf>();108			Projectile.NewProjectile(x * 16, y * 16, Main.rand.NextFloat(2f) * velocityXDir, 0f, projectileType, 0, 0f, Player.FindClosest(new Vector2(x * 16, y * 16), 16, 16));109		}110		private bool IsTileALeafyTreeTop(int i, int j)111		{112			Tile tileSafely = Framing.GetTileSafely(i, j);113			if (tileSafely.active() && tileSafely.type == TileID.Trees)114			{115				if (tileSafely.frameX == 22 && tileSafely.frameY >= 198 && tileSafely.frameY <= 242)116				{117					return true;118				}119			}120			return false;121		}122	}123}...

1using System.Drawing;2using System.Drawing.Text;3using System.Threading.Tasks;4using DSharpPlus.CommandsNext;5using DSharpPlus.CommandsNext.Attributes;6using WinBot.Util;7using static WinBot.Util.ResourceManager;8using WinBot.Commands.Attributes;9namespace WinBot.Commands.Fun10{11    public class BedCommand : BaseCommandModule12    {13		[Command("bed")]14        [Description("Tell someone to go to bed.")]15        [Usage("[User] [Image: parz, agp, agp2, mehdi]")]16        [Category(Category.Fun)]17        public async Task bed(CommandContext Context, string screenname = "", string image = "parz")18        {19            // Randomize the image if no input was given20            if(image == "parz" || string.IsNullOrWhiteSpace(image))21                image = images[new System.Random().Next(0, images.Length)];22			// Select the image with some YanDev code23            string imageFile = GetResourcePath("parz.png", Util.ResourceType.Resource);24            float genX = 365f;25            float bedY = 506f;26            float userY = 615f;27            int fontSize = 70;28            if(image.ToLower() == "agp") {29                imageFile = GetResourcePath("agp.png", Util.ResourceType.Resource);30                genX = 125;31                bedY = 35;32                fontSize = 50;33                userY = 360;34            }35            else if(image.ToLower() == "agp2") {36                imageFile = GetResourcePath("agp2.png", Util.ResourceType.Resource);37                genX = 177.5f;38                bedY = 60;39                fontSize = 50;40                userY = 450;41            }42            else if(image.ToLower() == "mehdi") {43                imageFile = GetResourcePath("mehdi.png", Util.ResourceType.Resource);44                bedY = 100;45                genX = 307.5f; 46                userY = 680f;47            }48            // Load the font49            PrivateFontCollection fonts = new PrivateFontCollection();50            fonts.AddFontFile(GetResourcePath("impact.ttf", Util.ResourceType.Resource));51			52			// Create the image53            Bitmap img = new Bitmap(Bitmap.FromFile(imageFile));54			Graphics bmp = Graphics.FromImage(img);55    56			 // Set up the fonts and drawing stuff57            Font IMPACTfont = new Font(58                fonts.Families[0].Name,59                fontSize,60                FontStyle.Regular,61                GraphicsUnit.Pixel62            );63            SolidBrush brush;64			brush = new SolidBrush(System.Drawing.Color.White);65			StringFormat snFormat = new StringFormat();66			snFormat.Alignment = StringAlignment.Center;67			snFormat.LineAlignment = StringAlignment.Center;68			69			// Draw the text onto the image70            bmp.DrawString("GO TO BED", IMPACTfont, brush, genX, bedY, snFormat);71			bmp.DrawString(screenname.ToUpper(), IMPACTfont, brush, genX, userY, snFormat);72			73			// Save the image to a temporary file74            bmp.Save();75            string imagePath = TempManager.GetTempFile($"bed-{image}-{screenname}-{Context.User.Id}.png", true);76            img.Save(imagePath);77            await Context.Channel.SendFileAsync(imagePath);78            TempManager.RemoveTempFile($"bed-{image}-{screenname}-{Context.User.Id}.png");79		}80		81        static string[] images = { "NONE", "mehdi", "agp", "agp2" };82	}83}...

1using JetshiftMod.NPCs;2using JetshiftMod.Tiles;3using System;4using System.Collections.Generic;5using Microsoft.Xna.Framework;6using Microsoft.Xna.Framework.Graphics;7using Terraria;8using Terraria.Utilities;9using Terraria.DataStructures;10using Terraria.ID;11using Terraria.ModLoader;12using Terraria.World.Generation;13using Terraria.GameContent.Generation;14using BaseMod;1516namespace JetshiftMod.Worldgen17{18	public class GreatDarkness : MicroBiome19	{20        public override bool Place(Point origin, StructureMap structures)21        {22            //this handles generating the actual tiles, but you still need to add things like treegen etc. I know next to nothing about treegen so you're on your own there, lol.2324            Mod mod = JetshiftMod.instance;2526            Dictionary<Color, int> colorToTile = new Dictionary<Color, int>();27            colorToTile[new Color(51, 51, 51)] = mod.TileType("VoidOre");28			colorToTile[new Color(120, 120, 120)] = mod.TileType("Tenebricite");29            colorToTile[Color.Black] = -1; //don't touch when genning        3031            Dictionary<Color, int> colorToWall = new Dictionary<Color, int>();32			colorToWall[new Color(150, 150, 150)] = WallID.Stone;33            colorToWall[Color.Black] = -1; //don't touch when genning                3435            TexGen gen = BaseWorldGenTex.GetTexGenerator(mod.GetTexture("Worldgen/GreatDarkness"), colorToTile);36			int genX = origin.X - (gen.width / 3);37			int genY = origin.Y - 25;			38            gen.Generate(genX, genY, true, true);39            return true;40        }41	}4243	public class GreatDarknessDelete : MicroBiome44	{45		public override bool Place(Point origin, StructureMap structures)46		{47			//this handles generating the actual tiles, but you still need to add things like treegen etc. I know next to nothing about treegen so you're on your own there, lol.4849			Mod mod = JetshiftMod.instance;5051			Dictionary<Color, int> colorToTile = new Dictionary<Color, int>();52			colorToTile[new Color(51, 51, 51)] = -2;53			colorToTile[new Color(120, 120, 120)] = -2;54			colorToTile[new Color(150, 150, 150)] = -2;55			colorToTile[Color.Black] = -1;5657			Dictionary<Color, int> colorToWall = new Dictionary<Color, int>();58			colorToWall[new Color(150, 150, 150)] = -1;59            colorToWall[Color.Black] = -1; //don't touch when genning6061			TexGen gen = BaseWorldGenTex.GetTexGenerator(mod.GetTexture("Worldgen/GreatDarkness"), colorToTile);62			Point newOrigin = new Point(origin.X, origin.Y - 30);63			int genX = origin.X - (gen.width / 3);64			int genY = origin.Y - 25;		65			gen.Generate(genX, genY, true, true);						6667			return true;68		}69	}
...

1using B;2{3    static void Main()4    {5        GenX g = new GenX();6    }7}8using A;9{10    static void Main()11    {12        GenY g = new GenY();13    }14}15using B;16{17    static void Main()18    {19        GenY g = new GenY();20    }21}22using A;23{24    static void Main()25    {26        A.GenX g = new A.GenX();27    }28}29using B;30{31    static void Main()32    {33        B.GenX g = new B.GenX();34    }35}

1B.GenX x = new B.GenX();2x.Test();3C.GenX x = new C.GenX();4x.Test();5D.GenX x = new D.GenX();6x.Test();

1using B;2{3  {4    public static void Main()5    {6      GenX g = new GenX();7    }8  }9}10using B;11{12  {13    public static void Main()14    {15      GenX g = new GenX();16    }17  }18}19using B;20{21  {22    public static void Main()23    {24      GenX g = new GenX();25    }26  }27}28using B;29{30  {31    public static void Main()32    {33      GenX g = new GenX();34    }35  }36}37using B;38{39  {40    public static void Main()41    {42      GenX g = new GenX();43    }44  }45}46using B;47{48  {49    public static void Main()50    {51      GenX g = new GenX();52    }53  }54}55using B;56{57  {58    public static void Main()59    {60      GenX g = new GenX();61    }62  }63}64using B;65{66  {67    public static void Main()68    {69      GenX g = new GenX();70    }71  }72}73using B;74{75  {76    public static void Main()77    {78      GenX g = new GenX();79    }80  }81}82using B;83{

1using B;2{3    {4        public static void Main()5        {6            GenY obj = new GenY();7            obj.Show();8        }9    }10}11using B;12{13    {14        public static void Main()15        {16            GenX obj = new GenX();17            obj.Show();18        }19    }20}21using A;22{23    {24        public static void Main()25        {26            GenY obj = new GenY();27            obj.Show();28        }29    }30}31using A;32{33    {34        public static void Main()35        {36            GenX obj = new GenX();37            obj.Show();38        }39    }40}41Microsoft (R) Visual C# Compiler version 2.0.50727.4242for Microsoft (R) .NET Framework version 2.0.50727.42431.cs(6,21): error CS0246: The type or namespace name 'GenY' could not be found (are you missing a using directive or an assembly reference?)441.cs(7,13): error CS0246: The type or namespace name 'GenY' could not be found (are you missing a using directive or an assembly reference?)452.cs(6,21): error CS0246: The type or namespace name 'GenX' could not be found (are you missing a using directive or

1using B;2{3  static void Main()4  {5    GenX<int> x = new GenX<int>();6  }7}8using A;9{10  static void Main()11  {12    GenY<int> y = new GenY<int>();13  }14}15using B;16{17  static void Main()18  {19    GenY<int> y = new GenY<int>();20  }21}

1using B;2{3    static void Main()4    {5        GenX g = new GenX();6        g.Show();7    }8}9C:\Users\Public\Documents\Visual Studio 2010\Projects\GenX\GenX\2.cs(5,15): error CS0234: The type or namespace name `GenX' does not exist in the namespace `B'. Are you missing an assembly reference?10Compilation failed: 1 error(s), 0 warnings11using B.GenX;12using B::GenX;13using System;14using System.Collections.Generic;15using System.Linq;16using System.Text;17using System.Threading.Tasks;18using System;19using System.Collections.Generic;20using System.Linq;21using System.Text;22using System.Threading.Tasks;23using System;24using System.Collections.Generic;25using System.Linq;26using System.Text;27using System.Threading.Tasks;28using System;29using System.Collections.Generic;30using System.Linq;31using System.Text;32using System.Threading.Tasks;33using System;34using System.Collections.Generic;35using System.Linq;36using System.Text;37using System.Threading.Tasks;38using System;39using System.Collections.Generic;40using System.Linq;41using System.Text;42using System.Threading.Tasks;43using System;44using System.Collections.Generic;45using System.Linq;46using System.Text;47using System.Threading.Tasks;48using System;49using System.Collections.Generic;50using System.Linq;51using System.Text;52using System.Threading.Tasks;53using System;

1using B;2{3    static void Main(string[] args)4    {5        GenX<int> obj = new GenX<int>();6        obj.Show();7    }8}9The using directive is used to import the namespace in the current namespace. It is also used to import the static members of a class or namespace

1using B;2{3    static void Main()4    {5        GenX<int> obj = new GenX<int>(12);6        obj.Show();7    }8}

1using B;2{3static void Main(string[] args)4{5GenX<int> g = new GenX<int>();6g.Print(100);7}8}9using B;10{11static void Main(string[] args)12{13GenX<int> g = new GenX<int>();14g.Print(100);15}16}17using B;18{19static void Main(string[] args)20{21GenX<int> g = new GenX<int>();22g.Print(100);23}24}25using B;26{27static void Main(string[] args)28{29GenX<int> g = new GenX<int>();30g.Print(100);31}32}33using B;34{35static void Main(string[] args)36{37GenX<int> g = new GenX<int>();38g.Print(100);39}40}41using B;42{43static void Main(string[] args)44{45GenX<int> g = new GenX<int>();46g.Print(100);47}48}49using B;50{51static void Main(string[] args)52{53GenX<int> g = new GenX<int>();54g.Print(100);55}56}

1using B;2{3public static void Main()4{5GenX g = new GenX();6g.Show();7}8}9B.GenX.Show()10{11using B.GenX;12{13public static void Main()14{15GenX g = new GenX();16g.Show();17}18}19}20using B;21{22public void Show()23{24System.Console.WriteLine("B.GenX.Show()");25}26}27B.GenX.Show()28{29using B.GenX;30{31public static void Main()32{33GenX g = new GenX();34g.Show();35}36}37}38using B;39{40public void Show()41{42System.Console.WriteLine("B.GenX.Show()");43}44}45B.GenX.Show()46{47using B.GenX;48{49public static void Main()50{51GenX g = new GenX();52g.Show();53}54}55}56using B;57{58public void Show()59{60System.Console.WriteLine("B.GenX.Show()");61}62}63B.GenX.Show()