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Program.cs
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using System;
using System.Collections.Generic;
using System.Linq;
using System.Drawing;
using System.Drawing.Imaging;
using System.IO;
using Newtonsoft.Json;
using System.Threading;
using System.Diagnostics;
using System.Text.RegularExpressions;
namespace BMG
{
public class Program
{
static void Main(string[] args)
{
var fArgs = " " + string.Join(" ", args);
string oLoc = "options.json";
string oStr = "";
string oEnd = "";
Dictionary<char, int> tilesFailed = new Dictionary<char, int>();
Options1 options;
try
{
AMGState.StartTimer();
if (fArgs.ToLower().Contains(" -f ")) // options.json file location
{
oLoc = fArgs.Replace(" -f ", "@").Replace(" -F ", "@").Split('@')[1];
if (oLoc.Contains(" -"))
oLoc = oLoc.Replace(" -", "#").Split('#')[0].Trim();
else
oLoc = oLoc.Trim();
}
if (fArgs.ToLower().Contains(" -os ")) // The options, but in string form
{
oStr = fArgs.Replace(" -os ", "@").Replace(" -Os ", "@").Replace(" -OS ", "@").Replace(" -oS ", "@").Split('@')[1];
if (oStr.Contains(" -"))
oStr = oStr.Replace(" -", "#").Split('#')[0].Trim();
else
oStr = oStr.Trim();
}
if (fArgs.ToLower().Contains(" -e ")) // Ending type
{
oEnd = fArgs.Replace(" -e ", "@").Replace(" -E ", "@").Split('@')[1].Trim();
if (oEnd.Contains(" -"))
oEnd = oEnd.Replace(" -", "#").Split('#')[0].Trim();
else
oEnd = oEnd.Trim();
}
if (oStr == "")
{
if (!File.Exists(oLoc)) // Check if file exists
{
Logger.LogError("Option file doesn't exist\n [FileReader] Unable to find file in location \"" + oLoc + "\"");
Logger.Save("log.txt");
Thread.Sleep(3000);
Environment.Exit(1);
}
Logger.LogAAL(Logger.AALDirection.In, oLoc);
StreamReader r = new StreamReader(oLoc);
oStr = r.ReadToEnd();
r.Close();
}
var format = JsonConvert.DeserializeObject<OptionsBase>(oStr);
if (format.format == 1)
options = JsonConvert.DeserializeObject<Options1>(oStr);
else
throw new ArgumentException("Invalid OPTIONS format");
Logger.UpdateOptions(options, AMGState.version.major + "." + AMGState.version.minor + "." + AMGState.version.patch);
if (options.setPath != null)
Environment.CurrentDirectory = options.setPath;
Logger.LogSpacer();
Logger.Log(" BMG (Brawl Map Gen)");
Logger.Log(" Created by: BloodWiing");
Logger.Log(" Helped by: 4JR, Henry, tryso");
Logger.LogSpacer();
Logger.Log(" VERSION");
Logger.Log(string.Format(" BrawlMapGen -- {0}", AMGState.version));
Logger.Log(string.Format(" AMG!Blocks -- {0}", AMGBlocks.version));
Logger.LogSpacer();
Logger.LogSpacer();
Logger.LogStatus("App is launched!");
Logger.LogSetup("Loading preset: \"" + options.preset.ToUpper() + "\"...");
Logger.Title.Job.UpdateJob(0, 1, "Preparing...");
Logger.Title.Status.UpdateStatus(0, 1, "Loading preset...");
Logger.Title.UpdateStatusDetails(options.preset.ToUpper(), Logger.TitleClass.StatusDetailsType.basic);
Logger.Title.RefreshTitle();
if (!File.Exists("./presets/" + options.preset + ".json"))
{
Logger.LogError("Preset doesn't exist\n [FileReader] Unable to find file in location \"presets/" + options.preset + ".json\"");
Logger.Save("log.txt");
Thread.Sleep(3000);
Environment.Exit(1);
}
Logger.LogAAL(Logger.AALDirection.In, "./presets/" + options.preset + ".json");
StreamReader r2 = new StreamReader("./presets/" + options.preset + ".json");
string json2 = r2.ReadToEnd();
r2.Close();
Logger.LogSetup("Preset loaded: \"" + options.preset.ToUpper() + "\"!", false);
Logger.LogStatus("Tiles will be drawn from preset \"" + options.preset.ToUpper() + "\".");
var tiledata = JsonConvert.DeserializeObject<Tiledata>(json2, new AMGBlockReader());
Dictionary<int, SavedImages> savedTileImageList = new Dictionary<int, SavedImages>();
int totalSizes, totalImages = 0;
{ // Local calculations
List<int> sizes = new List<int>();
foreach (Options1.BatchSettings single in options.batch)
if (!sizes.Contains(single.sizeMultiplier))
sizes.Add(single.sizeMultiplier);
totalSizes = sizes.Count;
}
foreach (string folder in Directory.GetDirectories("./assets/tiles/" + options.preset + "/"))
totalImages += Directory.GetFiles(folder).Length;
totalImages += Directory.GetFiles("./assets/tiles/" + options.preset + "/").Length;
Logger.LogSpacer();
Logger.Title.Job.UpdateJob(0, totalSizes, "Gathering render data...");
Logger.Title.RefreshTitle();
Logger.LogStatus("Checking inclusions and exclusions.");
{
List<Options1.BatchSettings> final = new List<Options1.BatchSettings>();
for (int i = 0; i < options.batch.Length; i++)
if ((options.render.include.Length == 0 || options.render.include.Contains(i)) // Include check
&& (options.render.exclude.Length == 0 || !options.render.exclude.Contains(i))) // Exclude check
final.Add(options.batch[i]);
options.batch = final.ToArray();
}
Logger.LogStatus("Selective render ready.");
if (options.render.include.Length > 0)
Logger.LogSetup("Inclusions: " + string.Join(", ", options.render.include) + ".", false);
if (options.render.exclude.Length > 0)
Logger.LogSetup("Exclusions: " + string.Join(", ", options.render.exclude) + ".", false);
Logger.LogSpacer();
if (options.batch.Length == 0)
throw new ArgumentException("Missing batch data");
if (options.autoCrop.enabled && options.autoCrop.tiles.Length == 0)
{
options.autoCrop.tiles = options.batch[0].skipTiles;
Logger.LogWarning("AutoCrop is enabled, but empty. Defaulting to OPTIONS' first map's skipTiles.\n Please make sure to update this setting", 15);
Thread.Sleep(10000);
}
foreach (Options1.BatchSettings single in options.batch) // Tile size register
{
if (savedTileImageList.ContainsKey(single.sizeMultiplier))
continue;
var si = new SavedImages(options, single.sizeMultiplier);
if (options.randomizers.enabled && options.randomizers.seed != null)
si.SetRandomSeed(options.randomizers.seed.GetValueOrDefault());
savedTileImageList.Add(single.sizeMultiplier, si); // Register tile size
}
Logger.LogSetup("Registered tilesizes:", false);
foreach (var si in savedTileImageList)
Logger.LogSetup(" " + si.Key + "px", false);
Logger.LogSpacer();
Logger.LogStatus("Map image generator starting...");
Logger.Title.Job.UpdateJob(0, options.batch.Length, "\"temp_name\"");
foreach (var batchOption in options.batch)
{
Logger.Title.Job.UpdateJobName(("\"" + batchOption.name + "\"").Replace("\"?number?\"", "Number " + AMGState.map.index));
Logger.Title.Job.IncreaseJob();
SavedImages selectedTileImageList = savedTileImageList[batchOption.sizeMultiplier];
if (batchOption.randomSeed != null)
selectedTileImageList.SetRandomSeed(batchOption.randomSeed.GetValueOrDefault());
Logger.LogSpacer();
Logger.LogStatus("Getting map...");
Logger.LogSetup("Looking for map number " + AMGState.map.index + "...");
var sizeMultiplier = batchOption.sizeMultiplier;
if (batchOption.map == null)
{
Logger.LogWarning(" Map is empty!\n [Object] Map in the index number " + AMGState.map.index + " is not defined.", 4);
continue;
}
Logger.LogSetup(" Map found.", false);
Logger.LogStatus("Map gotten.");
AMGState.NewMap(batchOption);
if (options.autoCrop.enabled)
AMGState.map.AutoCrop(options.autoCrop.tiles);
if (!AMGState.map.valid)
continue;
// Preparing and drawing background
int xLength = AMGState.map.size.width;
int yLength = AMGState.map.size.height;
Tiledata.Biome mapBiome = tiledata.GetBiome(batchOption.biome);
Logger.LogSpacer();
Logger.Log("Map details:\n Width: " + (sizeMultiplier * 2 + sizeMultiplier * xLength) + "px\n Height: " + (sizeMultiplier * 2 + sizeMultiplier * yLength) + "px\n Biome: \"" + mapBiome.name.ToUpper() + "\"\n");
float[] border = emptyBorderAmoutNormalizer(batchOption.emptyBorderAmount);
TileDrawer tileDrawer = new TileDrawer(batchOption.sizeMultiplier, xLength, yLength, border, tiledata);
Logger.LogSetup("Drawing background...");
Logger.LogStatus("Running AMG!Blocks...");
tileDrawer.ColorBackground(tiledata, batchOption, border);
Logger.LogStatus("Background drawn.");
Logger.LogSetup("Drawing map tiles...");
if (batchOption.name != "?number?")
Logger.LogStatus("Drawing map (\"" + batchOption.name + "\")...");
else
Logger.LogStatus("Drawing map (#" + AMGState.map.index + ")...");
Tiledata.GamemodeBase mapGamemode = null;
foreach (var gm in tiledata.gamemodes)
{
if (gm == null || batchOption.gamemode == null)
break;
if (gm.name == batchOption.gamemode)
{
if (gm.variants != null && gm.variants.TryGetValue(mapBiome.name, out var gamemode))
mapGamemode = gamemode;
else
mapGamemode = gm;
}
}
if (mapGamemode != null) // Draw Gamemode Tiles (Before every other tile)
{
if (mapGamemode.specialTiles != null)
foreach (var st in mapGamemode.specialTiles)
{
if (st.drawOrder == 1)
{
foreach (Tiledata.Tile oTile in tiledata.tiles)
{
if (oTile.tileName == st.tile)
{
string xsLoc = st.position.Split(',')[0].Trim().ToLower();
string ysLoc = st.position.Split(',')[1].Trim().ToLower();
if (!int.TryParse(xsLoc, out int xLoc))
{
if (xsLoc == "left" || xsLoc == "l") { xLoc = 0; xsLoc = "L"; }
else if (xsLoc == "mid" || xsLoc == "m") { xLoc = (xLength - 1) / 2; xsLoc = "M"; }
else if (xsLoc == "right" || xsLoc == "r") { xLoc = xLength - 1; xsLoc = "R"; }
}
if (!int.TryParse(ysLoc, out int yLoc))
{
if (ysLoc == "top" || ysLoc == "t") { yLoc = 0; ysLoc = "T"; }
else if (ysLoc == "mid" || ysLoc == "m") { yLoc = (yLength - 1) / 2; ysLoc = "M"; }
else if (ysLoc == "bottom" || ysLoc == "bot" || ysLoc == "b") { yLoc = yLength - 1; ysLoc = "B"; }
}
if (xLoc < 0)
{
xLoc = xLength - (1 + xLoc / -1);
xsLoc = xLoc.ToString();
}
if (yLoc < 0)
{
yLoc = yLength - (1 + yLoc / -1);
ysLoc = yLoc.ToString();
}
tileDrawer.DrawTile(oTile, st.type, options, sizeMultiplier, xLoc, yLoc, selectedTileImageList, border);
AMGState.drawer.DrawnTile();
Logger.LogTile(new TileActionTypes(1, 0, 0, 0, 1), oTile, ysLoc, xsLoc, yLength, xLength, Logger.TileEvent.tileDraw);
}
}
}
}
if (mapGamemode.mapModder != null)
foreach (var mod in mapGamemode.mapModder)
foreach (Tiledata.Tile oTile in tiledata.tiles)
if (oTile.tileName == mod.tile)
{
string xsLoc = mod.position.Split(',')[0].Trim().ToLower();
string ysLoc = mod.position.Split(',')[1].Trim().ToLower();
if (!int.TryParse(xsLoc, out int xLoc))
{
if (xsLoc == "left" || xsLoc == "l") { xLoc = 0; xsLoc = "L"; }
else if (xsLoc == "mid" || xsLoc == "m") { xLoc = (xLength - 1) / 2; xsLoc = "M"; }
else if (xsLoc == "right" || xsLoc == "r") { xLoc = xLength - 1; xsLoc = "R"; }
}
if (!int.TryParse(ysLoc, out int yLoc))
{
if (ysLoc == "top" || ysLoc == "t") { yLoc = 0; ysLoc = "T"; }
else if (ysLoc == "mid" || ysLoc == "m") { yLoc = (yLength - 1) / 2; ysLoc = "M"; }
else if (ysLoc == "bottom" || ysLoc == "bot" || ysLoc == "b") { yLoc = yLength - 1; ysLoc = "B"; }
}
if (xLoc < 0)
{
xLoc = xLength - (1 + xLoc / -1);
xsLoc = xLoc.ToString();
}
if (yLoc < 0)
{
yLoc = yLength - (1 + yLoc / -1);
ysLoc = yLoc.ToString();
}
var row = AMGState.map.data[yLoc].ToCharArray();
row[xLoc] = oTile.tileCode;
AMGState.map.data[yLoc] = string.Join("", row);
Logger.LogTile(new TileActionTypes(1, 0, 1, 0, 0), oTile, ysLoc, xsLoc, yLength, xLength, Logger.TileEvent.gamemodeModding);
}
}
Options1.SpecialTileRules[] str = null;
if (batchOption.specialTileRules != null)
str = batchOption.specialTileRules;
for (int drawPass = 0; drawPass < 2; drawPass++)
{
int currentY = 0;
int currentX = 0;
List<OrderedTile> orderedTiles = new List<OrderedTile>();
List<Options1.RecordedSTR> rstr = new List<Options1.RecordedSTR>();
Logger.Title.Status.UpdateStatus(0, xLength * yLength, string.Format("Drawing tiles... PASS {0}", drawPass));
// Begin to draw map
foreach (string row in AMGState.map.data)
{
List<OrderedTile> orderedHorTiles = new List<OrderedTile>();
foreach (char tTile in row.ToCharArray())
{
Logger.Title.Status.IncreaseStatus();
Logger.Title.RefreshTitle();
if (batchOption.mapMetadata != null)
{
foreach (string metaKey in batchOption.mapMetadata.Keys)
foreach (var datum in batchOption.mapMetadata[metaKey])
if (datum.x == currentX && datum.y == currentY)
{
if (!tiledata.metadata.TryGetValue(metaKey, out var mTiles))
continue;
var mTile = mTiles[datum.t];
foreach (var lTile in tiledata.tiles)
{
if (lTile.tileName == mTile.tile)
{
var found = lTile.tileTypes[mTile.type];
if ((drawPass == 0 && found.order.GetValueOrDefault() < 0) ||
(drawPass == 1 && found.order.GetValueOrDefault() >= 0))
{
Logger.LogTile(new TileActionTypes(1, 0, 0, 1, 0, 0), lTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedTileDraw);
orderedTiles.Add(new OrderedTile()
{
tileTypeData = found,
tileType = mTile.type,
xPosition = currentX,
yPosition = currentY,
tileCode = lTile.tileCode,
tileName = lTile.tileName
});
}
}
}
}
}
bool tileDrawn = false;
var tile = tTile;
if (batchOption.replaceTiles != null)
foreach (Options1.Replace repTile in batchOption.replaceTiles) // Specified Tile Code Replacer
if (tile == repTile.from)
tile = repTile.to;
if (batchOption.skipTiles.Contains(tile)) // Specified Tile Skipper
{
Logger.LogTile(new TileActionTypes(0, 1, 0, 0, 0), new Tiledata.Tile() { tileName = "", tileCode = tile }, currentY, currentX, yLength, xLength, Logger.TileEvent.tileDraw);
currentX++;
tileDrawn = true;
continue;
}
if (tiledata.ignoreTiles.Contains(tile)) // Specified Tile Ignorer
{
currentX++;
tileDrawn = true;
continue;
}
// Checking STR (Special Tile Rules) Tiles' occurance number and acting if conditions are met
if (str != null)
{
bool drawn = false;
foreach (var ostr in str)
if (ostr.tileCode == tile)
{
Options1.RecordRSTR(rstr, tile);
foreach (var orstr in rstr)
if (orstr.tileCode == tile)
if (ostr.tileTime == orstr.tileTime)
foreach (var aTile in tiledata.tiles)
if (aTile.tileCode == tile)
{
// Save tile for later drawing (Ordering and Horizontal Ordering)
if (aTile.tileTypes[ostr.tileType].order != null)
{
if ((drawPass == 0 && aTile.tileTypes[ostr.tileType].order < 0) ||
(drawPass == 1 && aTile.tileTypes[ostr.tileType].order >= 0))
{
Logger.LogTile(new TileActionTypes(0, 1, 1, 0, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedTileDraw);
orderedTiles.Add(new OrderedTile()
{
tileTypeData = aTile.tileTypes[ostr.tileType],
tileType = ostr.tileType,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName,
str = true
});
}
drawn = true;
break;
}
if (aTile.tileTypes[ostr.tileType].orderHor != null)
{
if ((drawPass == 0 && aTile.tileTypes[ostr.tileType].orderHor < 0) ||
(drawPass == 1 && aTile.tileTypes[ostr.tileType].orderHor >= 0))
{
Logger.LogTile(new TileActionTypes(0, 1, 1, 1, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedHorTileDraw);
orderedHorTiles.Add(new OrderedTile()
{
tileTypeData = aTile.tileTypes[ostr.tileType],
tileType = ostr.tileType,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName,
str = true
});
}
drawn = true;
break;
}
// Draw STR Tile
if (drawPass == 1)
{
tileDrawer.DrawTile(aTile, ostr.tileType, options, sizeMultiplier, currentX, currentY, selectedTileImageList, border);
AMGState.drawer.DrawnTile();
Logger.LogTile(new TileActionTypes(0, 1, 0, 0, 1), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.tileDraw);
}
drawn = true;
break;
}
}
if (drawn)
{
currentX++;
tileDrawn = true;
continue;
}
}
string NeighborBinary = "";
foreach (Tiledata.Tile aTile in tiledata.tiles)
{
if (aTile.tileCode == tile) // Loop until tile found matching with data
{
Tiledata.TileDefault setTileDefault = null;
foreach (Tiledata.TileDefault tileDefault in mapBiome.defaults)
{
setTileDefault = tileDefault;
if (batchOption.overrideBiome != null) // Biome overrider
foreach (var overrideTile in batchOption.overrideBiome)
if (overrideTile.tile == tileDefault.tile)
{
setTileDefault = overrideTile;
break;
}
if (batchOption.gamemode != null && mapGamemode != null && mapGamemode.overrideBiome != null) // Biome overrider (from Gamemode options)
foreach (var overrideTile in mapGamemode.overrideBiome)
if (overrideTile.tile == tileDefault.tile)
{
setTileDefault = overrideTile;
break;
}
if (setTileDefault.tile == aTile.tileName)
{
if (aTile.tileLinks != null) // Check if Tile Links are set
{
NeighborBinary = TileDrawer.tileLinks(AMGState.map.data, currentX, currentY, aTile, batchOption.replaceTiles);
List<Tiledata.TileLinkRule> accurateRules = new List<Tiledata.TileLinkRule>();
var nbca = NeighborBinary.ToCharArray(); // Get neighboring tiles in binary
if (aTile.tileLinks.rules.Length != 0)
{
// Check if tile rule is matching and act
foreach (var rule in aTile.tileLinks.rules)
{
int accuracy = 0;
for (int x = 0; x < 8; x++)
{
if (rule.condition.Contains('!'))
{
if (rule.condition.Replace("!", "").ToCharArray()[x] == '*')
accuracy++;
else if (rule.condition.Replace("!", "").ToCharArray()[x] != nbca[x])
accuracy++;
}
else
{
if (rule.condition.ToCharArray()[x] == '*')
accuracy++;
else if (rule.condition.ToCharArray()[x] == nbca[x])
accuracy++;
}
}
if (accuracy == 8)
{
if (rule.requiredBiome != null)
{
if (rule.requiredBiome.GetValueOrDefault() == batchOption.biome)
{
accurateRules.Add(rule);
if (!aTile.tileLinks.multipleConditionsCouldApply)
break;
}
}
else
{
accurateRules.Add(rule);
if (!aTile.tileLinks.multipleConditionsCouldApply)
break;
}
}
}
}
string fols = "";
// Do actions specified in the rule which were correct
var defaultType = aTile.tileTypes[aTile.tileLinks.defaults.tileType];
int type = aTile.tileLinks.defaults.tileType;
foreach (Tiledata.TileLinkRule aRule in accurateRules)
{
if (aRule.changeBinary != null)
for (int y = 0; y < aRule.changeBinary.Length; y++)
{
nbca[int.Parse(aRule.changeBinary[y].Split('a')[1])] = aRule.changeBinary[y].Split('a')[0].ToCharArray()[0];
}
if (aRule.changeTileType != null)
{
defaultType = aTile.tileTypes[aRule.changeTileType.GetValueOrDefault()];
type = aRule.changeTileType.GetValueOrDefault();
}
if (aRule.changeFolder != null && aTile.tileLinks.assetFolder != null)
fols = aRule.changeFolder + "/";
}
var defaultAsset = defaultType.asset;
var fullBinaryFinal = string.Join("", nbca);
if (defaultAsset.Contains("?binary?"))
defaultAsset = defaultAsset.Replace("?binary?", fullBinaryFinal);
if (aTile.tileLinks.assetFolder != null && fols == "")
fols = aTile.tileLinks.assetFolder + "/";
var assetst = fullBinaryFinal + ".svg";
// Make a copy of the tile (not reference)
Tiledata.TileType breakerTile = new Tiledata.TileType()
{
asset = fols + defaultAsset,
color = defaultType.color,
detailed = defaultType.detailed,
order = defaultType.order,
orderHor = defaultType.orderHor,
other = defaultType.other,
tileParts = defaultType.tileParts,
visible = defaultType.visible,
};
// Save tile for later drawing (Ordering and Horizontal Ordering)
if (defaultType.order != null)
{
if ((drawPass == 0 && defaultType.order < 0) ||
(drawPass == 1 && defaultType.order >= 0))
{
Logger.LogTile(new TileActionTypes(0, 0, 1, 0, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedTileDraw);
orderedTiles.Add(new OrderedTile()
{
tileTypeData = breakerTile,
tileType = type,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName
});
}
tileDrawn = true;
break;
}
if (defaultType.orderHor != null)
{
if ((drawPass == 0 && defaultType.orderHor < 0) ||
(drawPass == 1 && defaultType.orderHor >= 0))
{
Logger.LogTile(new TileActionTypes(0, 0, 1, 1, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedHorTileDraw);
orderedHorTiles.Add(new OrderedTile()
{
tileTypeData = breakerTile,
tileType = type,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName
});
}
tileDrawn = true;
break;
}
// Draw Tile
if (drawPass == 1)
{
tileDrawer.DrawSelectedTile(
new OrderedTile() {
tileTypeData = breakerTile,
tileType = type,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName
}, options, sizeMultiplier, selectedTileImageList, border);
Logger.LogTile(new TileActionTypes(0, 0, 0, 0, 1), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.tileDraw);
AMGState.drawer.DrawnTile();
}
tileDrawn = true;
break;
}
// Save tile for later drawing (Ordering and Horizontal Ordering)
if (aTile.tileTypes[setTileDefault.type].order != null)
{
if ((drawPass == 0 && aTile.tileTypes[setTileDefault.type].order < 0) ||
(drawPass == 1 && aTile.tileTypes[setTileDefault.type].order >= 0))
{
Logger.LogTile(new TileActionTypes(0, 0, 1, 0, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedTileDraw);
orderedTiles.Add(new OrderedTile()
{
tileTypeData = aTile.tileTypes[setTileDefault.type],
tileType = setTileDefault.type,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName
});
}
tileDrawn = true;
break;
}
if (aTile.tileTypes[setTileDefault.type].orderHor != null)
{
if ((drawPass == 0 && aTile.tileTypes[setTileDefault.type].orderHor < 0) ||
(drawPass == 1 && aTile.tileTypes[setTileDefault.type].orderHor >= 0))
{
Logger.LogTile(new TileActionTypes(0, 0, 1, 1, 0), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.orderedHorTileDraw);
orderedHorTiles.Add(new OrderedTile()
{
tileTypeData = aTile.tileTypes[setTileDefault.type],
tileType = setTileDefault.type,
xPosition = currentX,
yPosition = currentY,
tileCode = aTile.tileCode,
tileName = aTile.tileName
});
}
tileDrawn = true;
break;
}
// Draw Tile
if (drawPass == 1)
{
tileDrawer.DrawTile(aTile, setTileDefault.type, options, sizeMultiplier, currentX, currentY, selectedTileImageList, border);
AMGState.drawer.DrawnTile();
Logger.LogTile(new TileActionTypes(0, 0, 0, 0, 1), aTile, currentY, currentX, yLength, xLength, Logger.TileEvent.tileDraw);
}
tileDrawn = true;
break;
}
}
}
}
if (!tileDrawn)
{
if (!tilesFailed.ContainsKey(tTile))
{
tilesFailed.Add(tTile, 1);
}
else
tilesFailed[tTile]++;
}
currentX++;
}
// Draw Horizontally Ordered Tiles
int lowestHorOrder = 0, highestHorOrder = 0;
foreach (var pTile in orderedHorTiles)
{
if (pTile == null)
continue;
var value = pTile.tileTypeData.orderHor.GetValueOrDefault();
if (value > highestHorOrder)
highestHorOrder = value;
if (value < lowestHorOrder)
lowestHorOrder = value;
}
for (int currentHorOrdered = lowestHorOrder; currentHorOrdered <= highestHorOrder; currentHorOrdered++)
foreach (var pTile in orderedHorTiles)
{
if (pTile == null)
continue;
if (pTile.tileTypeData.orderHor.GetValueOrDefault() != currentHorOrdered)
continue;
tileDrawer.DrawSelectedTile(pTile, options, sizeMultiplier, selectedTileImageList, border);
if (pTile.str)
Logger.LogTile(new TileActionTypes(0, 1, 1, 1, 1), new Tiledata.Tile() { tileCode = pTile.tileCode, tileName = pTile.tileName }, pTile.yPosition, pTile.xPosition, yLength, xLength, Logger.TileEvent.orderedHorTileDraw);
else
Logger.LogTile(new TileActionTypes(0, 0, 1, 1, 1), new Tiledata.Tile() { tileCode = pTile.tileCode, tileName = pTile.tileName }, pTile.yPosition, pTile.xPosition, yLength, xLength, Logger.TileEvent.orderedHorTileDraw);
AMGState.drawer.DrawnTile();
}
currentX = 0;
currentY++;
}
// Draw Ordered Tiles
int lowestOrder = 0, highestOrder = 0;
foreach (var pTile in orderedTiles)
{
if (pTile == null)
continue;
var value = pTile.tileTypeData.order.GetValueOrDefault();
if (value > highestOrder)
highestOrder = value;
if (value < lowestOrder)
lowestOrder = value;
}
for (int currentOrdered = lowestOrder; currentOrdered <= highestOrder; currentOrdered++)
foreach (var pTile in orderedTiles)
{
if (pTile == null)
continue;
if (pTile.tileTypeData.order.GetValueOrDefault() != currentOrdered)
continue;
tileDrawer.DrawSelectedTile(pTile, options, sizeMultiplier, selectedTileImageList, border);
if (pTile.str)
Logger.LogTile(new TileActionTypes(0, 1, 1, 0, 1), new Tiledata.Tile() { tileCode = pTile.tileCode, tileName = pTile.tileName }, pTile.yPosition, pTile.xPosition, yLength, xLength, Logger.TileEvent.orderedTileDraw);
else
Logger.LogTile(new TileActionTypes(0, 0, 1, 0, 1), new Tiledata.Tile() { tileCode = pTile.tileCode, tileName = pTile.tileName }, pTile.yPosition, pTile.xPosition, yLength, xLength, Logger.TileEvent.orderedTileDraw);
AMGState.drawer.DrawnTile();
}
if (mapGamemode != null && drawPass == 1) // Draw Gamemode tiles (after everything else)
if (mapGamemode.specialTiles != null)
foreach (var st in mapGamemode.specialTiles)
{
if (st.drawOrder == 2)
{
foreach (Tiledata.Tile oTile in tiledata.tiles)
{
if (oTile.tileName == st.tile)
{
string xsLoc = st.position.Split(',')[0].Trim().ToLower();
string ysLoc = st.position.Split(',')[1].Trim().ToLower();
if (!int.TryParse(xsLoc, out int xLoc))
{
if (xsLoc == "left" || xsLoc == "l") { xLoc = 0; xsLoc = "L"; }
else if (xsLoc == "mid" || xsLoc == "m") { xLoc = (xLength - 1) / 2; xsLoc = "M"; }
else if (xsLoc == "right" || xsLoc == "r") { xLoc = xLength - 1; xsLoc = "R"; }
}
if (!int.TryParse(ysLoc, out int yLoc))
{
if (ysLoc == "top" || ysLoc == "t") { yLoc = 0; ysLoc = "T"; }
else if (ysLoc == "mid" || ysLoc == "m") { yLoc = (yLength - 1) / 2; ysLoc = "M"; }
else if (ysLoc == "bottom" || ysLoc == "bot" || ysLoc == "b") { yLoc = yLength - 1; ysLoc = "B"; }
}
if (xLoc < 0)
{
xLoc = xLength - (1 + xLoc / -1);
xsLoc = xLoc.ToString();
}
if (yLoc < 0)
{
yLoc = yLength - (1 + yLoc / -1);
ysLoc = yLoc.ToString();
}
tileDrawer.DrawTile(oTile, st.type, options, sizeMultiplier, xLoc, yLoc, selectedTileImageList, border);
AMGState.drawer.DrawnTile();
Logger.LogTile(new TileActionTypes(1, 0, 0, 0, 1), oTile, ysLoc, xsLoc, yLength, xLength, Logger.TileEvent.tileDraw);
}
}
}
}
}
string exportName = options.exportFileName;
if (exportName.Contains("?number?"))
{
string bNumberText = Logger.LeftSpaceFiller(AMGState.map.index, 4, '0');
exportName = exportName.Replace("?number?", bNumberText);
}
// Save map image
Logger.LogStatus("Map drawn.");
if (options.exportFolderName != null)
{
if (options.exportFolderName.Trim() != "")
{
if (batchOption.exportFileName != null)
{
exportName = batchOption.exportFileName;
if (batchOption.exportFileName.Contains("?number?"))
{
string bNumberText = Logger.LeftSpaceFiller(AMGState.map.index, 4, '0');
exportName = exportName.Replace("?number?", bNumberText);
}
tileDrawer.ExportImage(options, exportName);
Logger.LogAAL(Logger.AALDirection.Out, options.exportFolderName + "/" + exportName);
Logger.LogExport(exportName);
}
else
{
tileDrawer.ExportImage(options, exportName);
Logger.LogAAL(Logger.AALDirection.Out, options.exportFolderName + "/" + exportName);
Logger.LogExport(exportName);
}
}
else
{
if (batchOption.exportFileName != null)
tileDrawer.ExportImage(options, batchOption.exportFileName);
else
tileDrawer.ExportImage(options, exportName);
Logger.LogAAL(Logger.AALDirection.Out, exportName);
Logger.LogExport(exportName);
}
}
else
{
if (batchOption.exportFileName != null)
tileDrawer.ExportImage(options, batchOption.exportFileName);
else
tileDrawer.ExportImage(options, exportName);
Logger.LogAAL(Logger.AALDirection.Out, exportName);
Logger.LogExport(exportName);
}
AMGState.drawer.DrawnTile();
}
}
catch (Exception e)
{
Logger.LogError(e);
}
AMGState.StopTimer();
Logger.LogSpacer();
Logger.Log("Finished.");
string stTime = "";
if (AMGState.time / 86400000 != 0)
stTime = (AMGState.time / 86400000) + "d " + (AMGState.time / 3600000 - AMGState.time / 86400000 * 24) + "h " + (AMGState.time / 60000 - AMGState.time / 3600000 * 60) + "m " + (AMGState.time / 1000 - AMGState.time / 60000 * 60) + "s " + (AMGState.time - AMGState.time / 1000 * 1000) + "ms";
else if (AMGState.time / 3600000 != 0)
stTime = (AMGState.time / 3600000) + "h " + (AMGState.time / 60000 - AMGState.time / 3600000 * 60) + "m " + (AMGState.time / 1000 - AMGState.time / 60000 * 60) + "s " + (AMGState.time - AMGState.time / 1000 * 1000) + "ms";
else if (AMGState.time / 60000 != 0)
stTime = (AMGState.time / 60000) + "m " + (AMGState.time / 1000 - AMGState.time / 60000 * 60) + "s " + (AMGState.time - AMGState.time / 1000 * 1000) + "ms";
else if (AMGState.time / 1000 != 0)
stTime = (AMGState.time / 1000) + "s " + (AMGState.time - AMGState.time / 1000 * 1000) + "ms";
else
stTime = AMGState.time + "ms";
Logger.LogSpacer();
Logger.Log("Results:\n Total Maps Drawn: " + AMGState.drawer.mapsDrawn + "\n Total Tiles Drawn: " + AMGState.drawer.tilesDrawn + "\n Completed in: " + stTime);
if (tilesFailed.Count == 0)
Logger.Log(" No unrecognized tiles encountered.");
else
{
Logger.Log(" Unrecognized tiles encountered:");
foreach (var t in tilesFailed.Keys)
Logger.Log(" \"" + t + "\": " + tilesFailed[t]);
}
Logger.LogSpacer();
Logger.Save("log.txt");
Console.ReadKey();
if (oEnd.ToLower() == "pause")
Console.ReadKey();
}
public static float[] emptyBorderAmoutNormalizer(float[] raw)
{
float[] normalized = new float[4];
switch (raw.Length)
{
case 0:
normalized[0] = 1;
normalized[1] = 1;
normalized[2] = 1;
normalized[3] = 1;
break;
case 1:
normalized[0] = raw[0];
normalized[1] = raw[0];
normalized[2] = raw[0];
normalized[3] = raw[0];
break;
case 2:
normalized[0] = raw[0];
normalized[1] = raw[0];
normalized[2] = raw[1];
normalized[3] = raw[1];
break;
case 3:
normalized[0] = raw[0];