public static TileSheet GetMugshot(int num, int form, Enums.Coloration shiny, Enums.Gender gender) { string formString = "r"; if (form >= 0) { formString += "-" + form; if (shiny >= 0) { formString += "-" + (int)shiny; if (gender >= 0) { formString += "-" + (int)gender; } } } TileSheet sheet = mugshotCache.Get(num + formString); if (sheet != null) { return(sheet); } try { // If we are still here, that means the sprite wasn't in the cache if (File.Exists(Paths.CachedGFXPath + "Portrait\\Portrait" + num + ".portrait")) { sheet = new TileSheet(); string changedFormString = formString; using (FileStream fileStream = File.OpenRead(Paths.CachedGFXPath + "Portrait\\Portrait" + num + ".portrait")) { using (BinaryReader reader = new BinaryReader(fileStream)) { int formCount = reader.ReadInt32(); Dictionary <string, int[]> formData = new Dictionary <string, int[]>(); for (int i = 0; i < formCount; i++) { // Read the form name string formName = reader.ReadString(); int[] formIntData = new int[2]; // Load form position formIntData[0] = reader.ReadInt32(); // Load form size formIntData[1] = reader.ReadInt32(); // Add form data to collection formData.Add(formName, formIntData); } while (true) { if (mugshotCache.ContainsKey(num + changedFormString)) {//this point will be hit if the first fallback data to be found is already in the cache //the cache needs to be updated for aliases, but that's it. No need to load any new data. sheet = mugshotCache.Get(num + changedFormString); break; } else if (formData.ContainsKey(changedFormString) || changedFormString == "r") {//we've found a spritesheet in the file, so load it. int[] formInt = formData[changedFormString]; // Jump to the correct position fileStream.Seek(formInt[0], SeekOrigin.Current); try { int frameCount = reader.ReadInt32(); int size = reader.ReadInt32(); byte[] imgData = reader.ReadBytes(size); using (MemoryStream stream = new MemoryStream(imgData)) { sheet.LoadPixelsFromBytes(stream); sheet.LoadTextureFromPixels32(); } sheet.GenerateDataBuffer(sheet.ImageWidth / frameCount, sheet.ImageHeight); } catch (Exception ex) { sheet.Dispose(); throw new Exception("Error reading image data.\n", ex); } mugshotCache.Add(num + changedFormString, sheet); break; } // If the form specified wasn't found, continually revert to the backup until only "r" is reached changedFormString = changedFormString.Substring(0, changedFormString.LastIndexOf('-')); } } } //continually add aliases string aliasString = formString; while (aliasString != changedFormString) { //add aliases here mugshotCache.AddAlias(num + aliasString, num + changedFormString); // If the form specified wasn't found, continually revert to the backup until only "r" is reached aliasString = aliasString.Substring(0, aliasString.LastIndexOf('-')); } return(sheet); } } catch (Exception ex) { Logs.Logger.LogError(new Exception("Error retrieving portrait " + num + " " + formString + "\n", ex)); } //add error sheet mugshotCache.Add(num + formString, ErrorTexture); return(ErrorTexture); }
public void LoadFromData(BinaryReader reader, int totalByteSize) { foreach (FrameType frameType in Enum.GetValues(typeof(FrameType))) { if (IsFrameTypeDirectionless(frameType) == false) { for (int i = 0; i < 8; i++) { Maps.Direction8 dir = (Maps.Direction8)i; int frameCount = reader.ReadInt32(); frameData.SetFrameCount(frameType, dir, frameCount); int size = reader.ReadInt32(); if (size > 0) { byte[] imgData = reader.ReadBytes(size); TileSheet sheetSurface = new TileSheet(); using (MemoryStream stream = new MemoryStream(imgData)) { try { sheetSurface.LoadPixelsFromBytes(stream); sheetSurface.LoadTextureFromPixels32(); sheetSurface.GenerateDataBuffer(sheetSurface.ImageWidth / frameCount, sheetSurface.ImageHeight); } catch (Exception ex) { sheetSurface.Dispose(); throw new Exception("Error reading image data for " + frameType.ToString() + " " + dir.ToString() + "\n", ex); } } AddSheet(frameType, dir, sheetSurface); frameData.SetFrameSize(sheetSurface.ImageWidth, sheetSurface.ImageHeight, frameCount); } } } else { int frameCount = reader.ReadInt32(); frameData.SetFrameCount(frameType, PMDToolkit.Maps.Direction8.Down, frameCount); int size = reader.ReadInt32(); if (size > 0) { byte[] imgData = reader.ReadBytes(size); TileSheet sheetSurface = new TileSheet(); using (MemoryStream stream = new MemoryStream(imgData)) { try { sheetSurface.LoadPixelsFromBytes(stream); sheetSurface.LoadTextureFromPixels32(); } catch (Exception ex) { sheetSurface.Dispose(); throw new Exception("Error reading image data for " + frameType.ToString() + "\n", ex); } } sheetSurface.GenerateDataBuffer(sheetSurface.ImageWidth / frameCount, sheetSurface.ImageHeight); AddSheet(frameType, PMDToolkit.Maps.Direction8.Down, sheetSurface); frameData.SetFrameSize(sheetSurface.ImageWidth, sheetSurface.ImageHeight, frameCount); } } } this.sizeInBytes = totalByteSize; }
public static TileSheet GetMugshot(int num, int form, Enums.Coloration shiny, Enums.Gender gender) { string formString = "r"; if (form >= 0) { formString += "-" + form; if (shiny >= 0) { formString += "-" + (int)shiny; if (gender >= 0) { formString += "-" + (int)gender; } } } TileSheet sheet = mugshotCache.Get(num + formString); if (sheet != null) return sheet; try { // If we are still here, that means the sprite wasn't in the cache if (System.IO.File.Exists(Paths.CachedGFXPath + "Portrait\\Portrait" + num + ".portrait")) { sheet = new TileSheet(); string changedFormString = formString; using (FileStream fileStream = File.OpenRead(Paths.CachedGFXPath + "Portrait\\Portrait" + num + ".portrait")) { using (BinaryReader reader = new BinaryReader(fileStream)) { int formCount = reader.ReadInt32(); Dictionary<string, int[]> formData = new Dictionary<string, int[]>(); for (int i = 0; i < formCount; i++) { // Read the form name string formName = reader.ReadString(); int[] formIntData = new int[2]; // Load form position formIntData[0] = reader.ReadInt32(); // Load form size formIntData[1] = reader.ReadInt32(); // Add form data to collection formData.Add(formName, formIntData); } while (true) { if (mugshotCache.ContainsKey(num + changedFormString)) {//this point will be hit if the first fallback data to be found is already in the cache //the cache needs to be updated for aliases, but that's it. No need to load any new data. sheet = mugshotCache.Get(num + changedFormString); break; } else if (formData.ContainsKey(changedFormString) || changedFormString == "r") {//we've found a spritesheet in the file, so load it. int[] formInt = formData[changedFormString]; // Jump to the correct position fileStream.Seek(formInt[0], SeekOrigin.Current); try { int frameCount = reader.ReadInt32(); int size = reader.ReadInt32(); byte[] imgData = reader.ReadBytes(size); using (MemoryStream stream = new MemoryStream(imgData)) { sheet.LoadPixelsFromBytes(stream); sheet.LoadTextureFromPixels32(); } sheet.GenerateDataBuffer(sheet.ImageWidth / frameCount, sheet.ImageHeight); } catch (Exception ex) { sheet.Dispose(); throw new Exception("Error reading image data.\n", ex); } mugshotCache.Add(num + changedFormString, sheet); break; } // If the form specified wasn't found, continually revert to the backup until only "r" is reached changedFormString = changedFormString.Substring(0, changedFormString.LastIndexOf('-')); } } } //continually add aliases string aliasString = formString; while (aliasString != changedFormString) { //add aliases here mugshotCache.AddAlias(num + aliasString, num + changedFormString); // If the form specified wasn't found, continually revert to the backup until only "r" is reached aliasString = aliasString.Substring(0, aliasString.LastIndexOf('-')); } return sheet; } } catch (Exception ex) { Logs.Logger.LogError(new Exception("Error retrieving portrait " + num + " " + formString + "\n", ex)); } //add error sheet mugshotCache.Add(num + formString, ErrorTexture); return ErrorTexture; }
public void LoadFromData(BinaryReader reader, int totalByteSize) { foreach (FrameType frameType in Enum.GetValues(typeof(FrameType))) { if (IsFrameTypeDirectionless(frameType) == false) { for (int i = 0; i < 8; i++) { Maps.Direction8 dir = (Maps.Direction8)i; int frameCount = reader.ReadInt32(); frameData.SetFrameCount(frameType, dir, frameCount); int size = reader.ReadInt32(); if (size > 0) { byte[] imgData = reader.ReadBytes(size); TileSheet sheetSurface = new TileSheet(); using (MemoryStream stream = new MemoryStream(imgData)) { try { sheetSurface.LoadPixelsFromBytes(stream); sheetSurface.LoadTextureFromPixels32(); sheetSurface.GenerateDataBuffer(sheetSurface.ImageWidth / frameCount, sheetSurface.ImageHeight); } catch (Exception ex) { sheetSurface.Dispose(); throw new Exception("Error reading image data for " + frameType.ToString() + " " + dir.ToString() + "\n", ex); } } AddSheet(frameType, dir, sheetSurface); frameData.SetFrameSize(sheetSurface.ImageWidth, sheetSurface.ImageHeight, frameCount); } } } else { int frameCount = reader.ReadInt32(); frameData.SetFrameCount(frameType, PMDToolkit.Maps.Direction8.Down, frameCount); int size = reader.ReadInt32(); if (size > 0) { byte[] imgData = reader.ReadBytes(size); TileSheet sheetSurface = new TileSheet(); using (MemoryStream stream = new MemoryStream(imgData)) { try { sheetSurface.LoadPixelsFromBytes(stream); sheetSurface.LoadTextureFromPixels32(); } catch (Exception ex) { sheetSurface.Dispose(); throw new Exception("Error reading image data for " + frameType.ToString() + "\n", ex); } } sheetSurface.GenerateDataBuffer(sheetSurface.ImageWidth / frameCount, sheetSurface.ImageHeight); AddSheet(frameType, PMDToolkit.Maps.Direction8.Down, sheetSurface); frameData.SetFrameSize(sheetSurface.ImageWidth, sheetSurface.ImageHeight, frameCount); } } } this.sizeInBytes = totalByteSize; }