protected Hero(string name, Sect sect) { Name = name; sectHero = sect; switch (sectHero) { case Sect.Shaolin: basicAttack = 50; break; case Sect.HeavenlyKings: basicAttack = 55; break; case Sect.Emei: basicAttack = 40; break; case Sect.TheyYen: basicAttack = 45; break; default: Console.WriteLine("No Sect for choose"); break; } }
/// <summary> /// Constructor. /// </summary> /// <param name="name">The entry Name.</param> /// <param name="length">The stream length.</param> /// <param name="dataOffset">Data offset.</param> /// <param name="sectors">The sectors.</param> /// <param name="fat">The FAT.</param> public StreamEntry(string name, long length, Sect dataOffset, SectorCollection sectors, Sect[] fat) : base(name) { _length = length; _data = new byte[length]; if(!dataOffset.IsEndOfChain) { int left = (int)length; MemoryStream stream = new MemoryStream(_data); Sect sect = dataOffset; do { try { StorageSector sector = (StorageSector)sectors[sect]; int toWrite = Math.Min(sector.Data.Length, left); Debug.Assert(toWrite <= 512); stream.Write(sector.Data, 0, toWrite); left -= toWrite; sect = fat[sect.ToInt()]; } catch(Exception err) { Debug.WriteLine("Stream name is " + name); Debug.WriteLine(err.Message); Debug.WriteLine(err.StackTrace); return; } } while(!sect.IsEndOfChain); Debug.Assert(left == 0); Debug.Assert(stream.Length == stream.Position); } }
public void SetImageChain(int index = -1) { if (this._ImageChainSize == 0) { return; // Call InitializeImageChain first! } this.getImageForSize(ref _BitmapDrawnScaled, this._ImageChainSize, index); this._SectScaled = SectHolder.FromImage(_BitmapDrawnScaled, true); SingleImage.MatchOutputToInput(this._SectScaled, ref this._SectScaledFiltered); var im_size = this._SectScaledFiltered.getPrefferedSize(); int w = im_size.Width - 1; int h = im_size.Height - 1; // init to 0 on black, 5 on white for (int y = 0; y < im_size.Height; y++) { for (int x = 0; x < im_size.Width; x++) { this._SectScaledFiltered[y, x] = (this._SectScaled[y, x] < 0.5f) ? 0 : DECAY_DISTANCE; } } /// A * for (int i = 0; i < DECAY_DISTANCE; i++) { for (int y = 0; y < im_size.Height; y++) { for (int x = 0; x < im_size.Width; x++) { float val = this._SectScaledFiltered[y, x]; if (y > 0) { val = Math.Min(val, this._SectScaledFiltered[y - 1, x] + 1); } if (y < h) { val = Math.Min(val, this._SectScaledFiltered[y + 1, x] + 1); } if (x > 0) { val = Math.Min(val, this._SectScaledFiltered[y, x - 1] + 1); } if (x < h) { val = Math.Min(val, this._SectScaledFiltered[y, x + 1] + 1); } this._SectScaledFiltered[y, x] = val; } } } // Convert for (int y = 0; y < im_size.Height; y++) { for (int x = 0; x < im_size.Width; x++) { this._SectScaledFiltered[y, x] = (float)Math.Sqrt (this._SectScaledFiltered[y, x] / DECAY_DISTANCE); } } }
private void Init(Stream stream) { // stream size sanity checker // compound files are always blocks of 512 bytes Debug.Assert((stream.Length % 512) == 0); // read in the first sector StorageSector sector = new StorageSector(stream); // interpret sector as header sector HeaderSector header = new HeaderSector(sector.GetStream()); // read in all remaining sectors SectorCollection sectors = new SectorCollection((int)(stream.Length / Constants.SECTOR_SIZE)); while (stream.Position != stream.Length) { sector = new StorageSector(stream); sectors.Add(sector); } // build the fat index List <Sect> index = new List <Sect>((int)(Constants.MAX_SECT * header.SectFatCount)); // read first 109 fat entries for (int i = 0; i < header.SectFat.Length; ++i) { Sect fatSect = header.SectFat[i]; if (!fatSect.IsFree) { FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream()); index.AddRange(fat.SectFat); sectors[fatSect] = fat; } } // read remaining fat entries int difCount; Sect difIndex; for (difIndex = header.SectDifStart, difCount = 0; !difIndex.IsEndOfChain && difCount < header.SectDifCount; ++difCount) { DifSector dif = new DifSector(((StorageSector)sectors[difIndex]).GetStream()); sectors[difIndex] = dif; for (int i = 0; i < dif.SectFat.Length; ++i) { Sect fatSect = dif.SectFat[i]; if (!fatSect.IsFree) { FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream()); index.AddRange(fat.SectFat); sectors[fatSect] = fat; } } difIndex = dif.NextDif; } Debug.Assert(difCount == header.SectDifCount); // read in mini fat sectors Debug.Assert(index.Count == (header.SectFatCount * Constants.MAX_SECT)); Debug.Assert(index.Capacity == index.Count); Sect[] fatSects = index.ToArray(); Sect miniFatSect; int miniFatCount; for (miniFatSect = header.SectMiniFatStart, miniFatCount = 0; !miniFatSect.IsEndOfChain && miniFatCount < header.SectMiniFatCount; miniFatSect = fatSects[miniFatSect.ToInt()], ++miniFatCount) { MiniFatSector miniFat = new MiniFatSector(((StorageSector)sectors[miniFatSect]).GetStream()); sectors[miniFatSect] = miniFat; } Debug.Assert(miniFatCount == header.SectMiniFatCount); // read in directory sectors DirectorySectorEntryCollection dirs = new DirectorySectorEntryCollection(); for (Sect dirSect = header.SectDirStart; !dirSect.IsEndOfChain; dirSect = fatSects[dirSect.ToInt()]) { DirectorySector dir = new DirectorySector(((StorageSector)sectors[dirSect]).GetStream()); foreach (DirectorySectorEntry entry in dir.Entries) { dirs.Add(entry); } sectors[dirSect] = dir; } _directory = new Directory(dirs, sectors, fatSects); }
public abstract Hero CreateHero(string name, Sect sect);
public WaterHero(string name, Sect sect) : base(name, sect) { }
public FireHero(string name, Sect sect) : base(name, sect) { }
protected override void Seed(BoonbookContext context) { // This method will be called after migrating to the latest version. // Player Stuff. var User = new Role { Name = "User" }; var Admin = new Role { Name = "Administrator" }; var Harpy = new Role { Name = "Harpy" }; var Talon = new Role { Name = "Talon" }; context.Roles.AddOrUpdate(User, Admin, Harpy, Talon); var Kevin = new Player { Username = "******", MesNumber = "US2010123456", FirstName = "Kevin", LastName = "Whiteside", PasswordHash = "SuperPass123", Email = "*****@*****.**", Roles = new List <Role> { Admin, Harpy } }; var Paula = new Player { Username = "******", MesNumber = "US2010123456", FirstName = "Paula", LastName = "Wilkinson", PasswordHash = "An4chsRule", Email = "*****@*****.**", Roles = new List <Role> { User } }; var Austin = new Player { Username = "******", MesNumber = "US2010123456", FirstName = "Austin", LastName = "Bonecutter", PasswordHash = "p4ssword", Email = "*****@*****.**", Roles = new List <Role> { User, Talon } }; context.Players.AddOrUpdate(Kevin, Paula, Austin); // Character Stuff. var Toreador = new Clan { Name = "Toreador", PillarClan = true }; var Ravnos = new Clan { Name = "Ravnos" }; var Setite = new Clan { Name = "Followers of Set" }; context.Clans.AddOrUpdate(Toreador, Ravnos, Setite); var Elder = new SocialClass { Name = "Elder" }; var Ancilla = new SocialClass { Name = "Ancilla" }; var Neonate = new SocialClass { Name = "Neonate" }; context.SocialClasses.AddOrUpdate(Elder, Ancilla, Neonate); var Camarilla = new Sect { Name = "Camarilla" }; var Anarch = new Sect { Name = "Anarch Movement" }; context.Sects.AddOrUpdate(Camarilla, Anarch); var Gabriel = new Character { Name = "Dr. Gabriel Tennyson", Clan = Toreador, Sect = Camarilla, SocialClass = Elder, Player = Kevin, StartDate = DateTime.Now.AddMonths(-14).AddDays(-3) }; var DrSyd = new Character { Name = "Dr. Sydney Baker", Clan = Ravnos, Sect = Anarch, SocialClass = Neonate, Player = Paula, StartDate = DateTime.Now.AddMonths(-4).AddDays(-215) }; var Culebra = new Character { Name = "Miguel Culebra", Clan = Setite, Sect = Camarilla, SocialClass = Ancilla, Player = Austin, StartDate = DateTime.Now.AddMonths(-54).AddDays(55) }; context.Characters.AddOrUpdate(Gabriel, DrSyd, Culebra); // Boon Stuff. var Trivial = new BoonLevel { Name = "Trivial" }; var Blood = new BoonLevel { Name = "Blood" }; context.BoonLevels.AddOrUpdate(Trivial); var testBoon = new Boon { Registrar = Gabriel, Creditor = DrSyd, Debtor = Culebra, Level = Trivial, RegistrationDate = DateTime.Now, RegistrationCause = "Not going all Anarch on that snakey ass.", Stipulations = "Debtor cannot sneeze in front of Creditor while boon is held." }; var secondBoon = new Boon { Registrar = Culebra, Creditor = Gabriel, Debtor = DrSyd, Level = Blood, RegistrationDate = DateTime.Now, RegistrationCause = "Teaching both Elder Daimonion powers.", Stipulations = "Boon can only be transferred during the full moon of each month. " }; context.Boons.AddOrUpdate(testBoon, secondBoon); }
public override Hero CreateHero(string name, Sect sect) { return(new FireHero(name, sect)); }
drawSections() { Alignment objAlign = default(Alignment); try { objAlign = fWall1.ACTIVEALIGN; if ((objAlign == null)) { MessageBox.Show("Select Alignment"); return; } } catch (System.Exception) { MessageBox.Show("Select Alignment"); return; } bool exists = false; TinSurface objSurfaceEXIST = Surf.getTinSurface("EXIST", out exists); TinSurface objSurfaceCPNT = Surf.getTinSurface("CPNT-ON", out exists); //ObjectId objSectionStyleEXISTId = Sect.getSectionStyleId("EXIST"); //ObjectId objSectionStyleCPNTId = Sect.getSectionStyleId("CPNT"); //GroupPlotStyle objGroupPlotStyle = Sect.getGroupPlotStyle("WALL"); //SampleLineStyle objSampleLineStyle = Sect.getSampleLineStyle("Standard"); //SectionLabelSetStyle objSampleLabelSetStyle = Sect.getSampleLineLabelStyle("Standard"); double dblLen = objAlign.Length; Sect.removeSampleLineGroups(objAlign.ObjectId); string strLayer = string.Format("{0}-SEC", objAlign.Name); Layer.manageLayers(strLayer); ObjectId idSLG = Sect.addSampleLineGroupAndSampleLines(objAlign.ObjectId, "SLG-1"); idSLG.removeSampledSurfaces(); ObjectIdCollection idSurfaces = new ObjectIdCollection(); idSurfaces.Add(objSurfaceCPNT.ObjectId); idSurfaces.Add(objSurfaceEXIST.ObjectId); idSLG.addSurfaceToSample(idSurfaces); Sect.addSections(objAlign.ObjectId, idSLG, 20.0, 20.0); SampleLine objSampleLine = default(SampleLine); Autodesk.Civil.DatabaseServices.Section objSection = default(Autodesk.Civil.DatabaseServices.Section); ObjectIdCollection idsSampleLine = idSLG.getSampleLineIDs(); using (var tr = BaseObjs.startTransactionDb()) { foreach (ObjectId idSampleLine in idsSampleLine) { objSampleLine = (SampleLine)tr.GetObject(idSampleLine, OpenMode.ForRead); foreach (ObjectId idSection in objSampleLine.GetSectionIds()) { objSection = (Section)tr.GetObject(idSection, OpenMode.ForWrite); objSection.Layer = strLayer; } } tr.Commit(); } Autodesk.Civil.DatabaseServices.Styles.SectionViewStyle objSectionViewStyle = default(Autodesk.Civil.DatabaseServices.Styles.SectionViewStyle); try { objSectionViewStyle = Sect_Style.getSectionViewStyle("WALL"); } catch (System.Exception) { objSectionViewStyle = Sect_Style.getSectionViewStyle("Standard"); } SectionViewBandSetStyle objSectionViewBandStyleSet = Sect_Style.getSectionViewBandSetStyle("Standard"); double dblOffX = 0; double dblOffY = 0; bool boolFirstPass = true; //Dim objStationRange As New StationRange //With objStationRange // .UseSampleIncrements = True // .SampleAtHighLowPoints = False // .SampleAtHorizontalGeometryPoints = False // .SampleAtSuperelevationCriticalStations = False // .SampleAtRangeEnd = True // .SampleAtRangeStart = True // .StartRangeAtAlignmentStart = True // .EndRangeAtAlignmentEnd = True // .StartRange = 0.0 // .EndRange = dblLen - 1 // .IncrementTangent = 50.0 // .SwathWidthLeft = 20.0 // .SwathWidthRight = 20.0 // .SampleLineDefaultDirection = DirectionFromType.DirectionFromBaseAlignment //End With //objStationRange.SampleLineStyle = objSampleLineStyle //objSLG.SampleLines.AddByStationRange("SL-1", SampleLineDuplicateActionType.SampleLineDuplicateActionOverwrite, objStationRange) PromptStatus ps = default(PromptStatus); Point3d pnt3dBase = default(Point3d); try { BaseObjs.acadActivate(); pnt3dBase = UserInput.getPoint("Select Insertion Point for Sections", out ps, osMode: 0); } catch (System.Exception) { return; } SectionView objSectionView = null; Point3d pnt3dIns = default(Point3d); using (var tr1 = BaseObjs.startTransactionDb()) { int j = 0; for (int i = 0; i < idsSampleLine.Count; i += 5) { objSampleLine = (SampleLine)tr1.GetObject(idsSampleLine[i], OpenMode.ForRead); //dblPntIns(0) = pnt3dBase.X + i / 5 * dblOffX int k = -1; while (j < idsSampleLine.Count) { k++; pnt3dIns = new Point3d(pnt3dBase.X + i / 5 * dblOffX, pnt3dBase.Y + k * dblOffY, 0.0); try { ObjectId idSectionView = SectionView.Create("SV" + Convert.ToString(j), idsSampleLine[i], pnt3dIns); objSectionView = (SectionView)tr1.GetObject(idSectionView, OpenMode.ForWrite); objSectionView.OffsetLeft = 20.0; objSectionView.OffsetRight = 20.0; objSectionView.StyleId = objSectionViewStyle.ObjectId; } catch (Autodesk.AutoCAD.Runtime.Exception) { } if (boolFirstPass) { dblOffX = System.Math.Abs(objSectionView.OffsetLeft) + objSectionView.OffsetRight + 30; dblOffY = (objSectionView.ElevationMax - objSectionView.ElevationMin) + 20; boolFirstPass = false; } j++; if (k == 4) { break; } } } tr1.Commit(); } }