public void ExploreArea(Bitmap source, Bitmap newBitmap, int x, int y, CleanMode cleanMode) { var area = new List <(int, int, Color)>(); area.Add((x, y, source.GetPixel(x, y))); processed[x, y] = 1; ExploreAround(source, area, x, y, cleanMode); area = area.OrderBy(z => z.Item1).ThenBy(z => z.Item2).ToList(); var minX = area.Min(z => z.Item1); var maxX = area.Max(z => z.Item1); var minY = area.Min(z => z.Item2); var maxY = area.Max(z => z.Item2); var areaPixels = (maxX - minX + 1) * (maxY - minY + 1); var colorPixels = area.Count; var isSquare = (colorPixels * 100 / areaPixels) > 80 && (maxX - minX) > 5 && (maxY - minY) > 5; foreach (var item in area) { newBitmap.SetPixel(item.Item1, item.Item2, isSquare ? Color.Black : item.Item3); } }
public Bitmap Clean(CleanMode cleanMode) { var newBitmap = new Bitmap(source.Width, source.Height); processed = new byte[source.Width, source.Height]; for (var x = 0; x < source.Width; x++) { for (var y = 0; y < source.Height; y++) { if (processed[x, y] == 1) { continue; } var p = source.GetPixel(x, y); if (IsBlack(p)) { newBitmap.SetPixel(x, y, Color.Black); processed[x, y] = 1; continue; } ExploreArea(source, newBitmap, x, y, cleanMode); } } return(newBitmap); }
/// <summary> /// CleanMode: Normal /// This command starts the default cleaning mode. This is the same as pressing Roomba’s Clean button, and will pause a cleaning cycle if one is already in progress. /// CleanMode: Max /// This command starts the Max cleaning mode, which will clean until the battery is dead. This command will pause a cleaning cycle if one is already in progress. /// CleanMode: Spot /// This command starts the Spot cleaning mode. This is the same as pressing Roomba’s Spot button, and will pause a cleaning cycle if one is already in progress. /// /// Available in modes: Passive, Safe, or Full /// Changes mode to: Passive /// </summary> public async Task Clean(CleanMode mode = CleanMode.Normal) { if (!await this.oiSensor.CheckIsStarted()) { return; } switch (mode) { case CleanMode.Normal: await this.dispatcher.SendCommand(OpCode.Clean).ConfigureAwait(false); break; case CleanMode.Max: await this.dispatcher.SendCommand(OpCode.Max).ConfigureAwait(false); break; case CleanMode.Spot: await this.dispatcher.SendCommand(OpCode.Spot).ConfigureAwait(false); break; default: throw new ArgumentOutOfRangeException(nameof(mode), mode, null); } //TODO: Set mode to passive }
/// <summary> /// Arguments for git-clean /// </summary> /// <param name="mode">The cleanup mode what to delete</param> /// <param name="dryRun">Only show what would be deleted</param> /// <param name="directories">Delete untracked directories too</param> /// <param name="paths">Limit to specific paths</param> public static ArgumentString CleanCmd(CleanMode mode, bool dryRun, bool directories, string paths = null) { return(new GitArgumentBuilder("clean") { mode, { directories, "-d" }, { dryRun, "--dry-run", "-f" }, paths }); }
public void Clean(Solution solution, CleanMode mode) { if (mode == CleanMode.all || mode == CleanMode.packages) { var packagesFolder = solution.PackagesDirectory(); _fileSystem.CleanWithTracing(packagesFolder); } if (mode == CleanMode.all || mode == CleanMode.projects) { solution.Projects.Each(p => p.Clean(_fileSystem)); } }
public void Clean(Solution solution, CleanMode mode) { if (mode == CleanMode.all || mode == CleanMode.packages) { var packagesFolder = solution.PackagesDirectory(); _fileSystem.CleanWithTracing(packagesFolder); } if (mode == CleanMode.all || mode == CleanMode.projects) { solution.Projects.Each(p => p.Clean(_fileSystem)); } }
public void Clean(Solution solution, CleanMode mode) { if (mode == CleanMode.all || mode == CleanMode.packages) { var packagesFolder = solution.PackagesDirectory(); RippleLog.Debug("Deleting " + packagesFolder); _fileSystem.CleanDirectory(packagesFolder); } if (mode == CleanMode.all || mode == CleanMode.projects) { solution.Projects.Each(p => p.Clean(_fileSystem)); } }
public static string CleanString(this string pathContainingTokens, CleanMode cleanMode = CleanMode.InTextFile) { var cleanedString = pathContainingTokens.Replace("\\[", "[").Replace("\\]", "]"); switch (cleanMode) { case CleanMode.InFile: // TODO: MaxLenth cleanedString = Regex.Replace(NoUtf(cleanedString), @"[^\w\d\.]", "_"); break; case CleanMode.InPath: cleanedString = Regex.Replace(cleanedString, @"[^\w\d\\\/]", ""); break; } return(cleanedString); }
/// <summary> /// Adds the git argument syntax for members of the <see cref="CleanMode"/> enum. /// </summary> /// <param name="builder">The <see cref="ArgumentBuilder"/> to add arguments to.</param> /// <param name="mode">The enum member to add to the builder.</param> public static void Add(this ArgumentBuilder builder, CleanMode mode) { builder.Add(GetArgument()); string GetArgument() { switch (mode) { case CleanMode.OnlyNonIgnored: return(""); case CleanMode.OnlyIgnored: return("-X"); case CleanMode.All: return("-x"); default: throw new InvalidEnumArgumentException(nameof(mode), (int)mode, typeof(CleanMode)); } } }
public void Clean(CleanMode mode) { Storage.Clean(this, mode); }
public void Clean(CleanMode mode) { Storage.Clean(this, mode); }
public void CleanCmd(CleanMode mode, bool dryRun, bool directories, string paths, string expected) { Assert.AreEqual(expected, GitCommandHelpers.CleanCmd(mode, dryRun, directories, paths).Arguments); }
public void Clean(Solution solution, CleanMode mode) { }
public void Clean(Solution solution, CleanMode mode) { }
public void Clean(IFileSystem fileSystem, CleanMode mode) { if (mode == CleanMode.all || mode == CleanMode.packages) { var packagesFolder = PackagesFolder(); Console.WriteLine("Deleting " + packagesFolder); fileSystem.DeleteDirectory(packagesFolder); } if (mode == CleanMode.all || mode == CleanMode.projects) { _projects.Each(p => p.Clean(fileSystem)); } }