/// <summary> /// Loads the chest bonus descriptions from the given XML /// file and sets up the internal structures. /// </summary> static ChestBonusInfo() { try { // Get the manifest string Stream stream = typeof(ChestBonusInfo).Assembly .GetManifestResourceStream("CuteGod.bonuses.xml"); // Create an XML reader out of it XmlTextReader xml = new XmlTextReader(stream); ChestBonusInfo sp = null; ChestBonusType type = ChestBonusType.Maximum; // Loop through the file while (xml.Read()) { // See if we finished a node if (xml.NodeType == XmlNodeType.EndElement && xml.LocalName == "bonus") { hash[type] = sp; sp = null; } // Ignore all but start elements if (xml.NodeType != XmlNodeType.Element) { continue; } // Check for name if (xml.LocalName == "bonus") { sp = new ChestBonusInfo(); type = (ChestBonusType)Enum .Parse(typeof(ChestBonusType), xml["type"]); sp.type = type; } else if (xml.LocalName == "title") { sp.Title = xml.ReadString(); } else if (xml.LocalName == "block") { sp.BlockKey = xml.ReadString(); } else if (xml.LocalName == "description") { sp.Description = xml.ReadString(); } } } catch (Exception e) { Logger.Error(typeof(ChestBonusInfo), "Cannot load penalties: {0}", e.Message); throw e; } }
/// <summary> /// Loads the chest bonus descriptions from the given XML /// file and sets up the internal structures. /// </summary> static ChestBonusInfo() { try { // Get the manifest string Stream stream = typeof(ChestBonusInfo).Assembly .GetManifestResourceStream("CuteGod.bonuses.xml"); // Create an XML reader out of it XmlTextReader xml = new XmlTextReader(stream); ChestBonusInfo sp = null; ChestBonusType type = ChestBonusType.Maximum; // Loop through the file while (xml.Read()) { // See if we finished a node if (xml.NodeType == XmlNodeType.EndElement && xml.LocalName == "bonus") { hash[type] = sp; sp = null; } // Ignore all but start elements if (xml.NodeType != XmlNodeType.Element) continue; // Check for name if (xml.LocalName == "bonus") { sp = new ChestBonusInfo(); type = (ChestBonusType) Enum .Parse(typeof(ChestBonusType), xml["type"]); sp.type = type; } else if (xml.LocalName == "title") sp.Title = xml.ReadString(); else if (xml.LocalName == "block") sp.BlockKey = xml.ReadString(); else if (xml.LocalName == "description") sp.Description = xml.ReadString(); } } catch (Exception e) { Logger.Error(typeof(ChestBonusInfo), "Cannot load penalties: {0}", e.Message); throw e; } }
/// <summary> /// Triggered when the mode times out. /// </summary> protected override void Timeout() { // See if we need to finish up anything if (chestInfo != null) { // Just apply it where ever it is chestInfo.Apply(bonusSprite.Point); } // Loop through any remaining chests while (ChestCounter > 0) { chestInfo = ChestBonusInfo.Random; chestInfo.Apply(ChestSprite.Point); ChestCounter--; } // Change the mini mode to the new stage (Game.GameMode as PlayMode).MinorMode = new NewStageMinorMode(); }
/// <summary> /// Triggers an update of the mode's state. /// </summary> /// <param name="args"></param> public override void Update(UpdateArgs args) { // See if we have any chests left if (chestInfo == null && ChestCounter == 0) { // We don't, so finish up Timeout(); return; } // If the chest is null, we need to start up a new chest if (chestInfo == null) { // Create a new chest ChestCounter--; chestInfo = ChestBonusInfo.Random; // Give it a time to live chestSeconds = Constants.ChestOpenFadeSpeed; // Create the sprites and direction bonusSprite = AssetLoader.Instance .CreateSprite(chestInfo.BlockKey); bonusSprite.Point = ChestSprite.Point; fadeIn = true; pause = false; // Set up the text Title = chestInfo.Title; Text = String.Format(chestInfo.Description, Game.State.SecondsPerTurn, Game.State.BugCount, Game.State.GrabCost, Game.State.Board.Columns); // Add it to the sprites Sprites.Add(bonusSprite); } else { // Increment the pointer chestSeconds -= args.SecondsSinceLastUpdate; // If we are negative, then we change mode if (chestSeconds < 0) { // Switch mode if (pause) { // Fade out pause = false; fadeIn = false; } else if (fadeIn) { // Pause it pause = true; // Apply the value chestInfo.Apply(bonusSprite.Point); } else { // Remove it Sprites.Remove(bonusSprite); chestInfo = null; bonusSprite = null; return; } // Update the counter chestSeconds = Constants.ChestOpenFadeSpeed; } } // Figure out the ratios (1 is just start, 0 is done) double timeRatio = chestSeconds / Constants.ChestOpenFadeSpeed; float positionRatio = (float)(timeRatio * BlockHeight); int alpha = (int)(255 * timeRatio); // Figure out the chest position if (pause) { // We aren't doing anything until the seconds change bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - BlockHeight); tint = Color.White; } else if (fadeIn) { // Change the position based on the ratio bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - BlockHeight + positionRatio); // Change the alpha based on the ratio tint = Color.FromArgb(255 - alpha, Color.White); } else { // Change the position based on the ratio bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - 2 * BlockHeight + positionRatio); // Change the alpha based on the ratio tint = Color.FromArgb(alpha, Color.White); } // Move the sprite bonusSprite.Tint = tint; // Call the base base.Update(args); }
/// <summary> /// Triggers an update of the mode's state. /// </summary> /// <param name="args"></param> public override void Update(UpdateArgs args) { // See if we have any chests left if (chestInfo == null && ChestCounter == 0) { // We don't, so finish up Timeout(); return; } // If the chest is null, we need to start up a new chest if (chestInfo == null) { // Create a new chest ChestCounter--; chestInfo = ChestBonusInfo.Random; // Give it a time to live chestSeconds = Constants.ChestOpenFadeSpeed; // Create the sprites and direction bonusSprite = AssetLoader.Instance .CreateSprite(chestInfo.BlockKey); bonusSprite.Point = ChestSprite.Point; fadeIn = true; pause = false; // Set up the text Title = chestInfo.Title; Text = String.Format(chestInfo.Description, Game.State.SecondsPerTurn, Game.State.BugCount, Game.State.GrabCost, Game.State.Board.Columns); // Add it to the sprites Sprites.Add(bonusSprite); } else { // Increment the pointer chestSeconds -= args.SecondsSinceLastUpdate; // If we are negative, then we change mode if (chestSeconds < 0) { // Switch mode if (pause) { // Fade out pause = false; fadeIn = false; } else if (fadeIn) { // Pause it pause = true; // Apply the value chestInfo.Apply(bonusSprite.Point); } else { // Remove it Sprites.Remove(bonusSprite); chestInfo = null; bonusSprite = null; return; } // Update the counter chestSeconds = Constants.ChestOpenFadeSpeed; } } // Figure out the ratios (1 is just start, 0 is done) double timeRatio = chestSeconds / Constants.ChestOpenFadeSpeed; float positionRatio = (float) (timeRatio * BlockHeight); int alpha = (int) (255 * timeRatio); // Figure out the chest position if (pause) { // We aren't doing anything until the seconds change bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - BlockHeight); tint = Color.White; } else if (fadeIn) { // Change the position based on the ratio bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - BlockHeight + positionRatio); // Change the alpha based on the ratio tint = Color.FromArgb(255 - alpha, Color.White); } else { // Change the position based on the ratio bonusSprite.Point = new PointF( ChestSprite.Point.X, ChestSprite.Point.Y - 2 * BlockHeight + positionRatio); // Change the alpha based on the ratio tint = Color.FromArgb(alpha, Color.White); } // Move the sprite bonusSprite.Tint = tint; // Call the base base.Update(args); }
/// <summary> /// Triggered when the mode times out. /// </summary> protected override void Timeout() { // See if we need to finish up anything if (chestInfo != null) { // Just apply it where ever it is chestInfo.Apply(bonusSprite.Point); } // Loop through any remaining chests while (ChestCounter > 0) { chestInfo = ChestBonusInfo.Random; chestInfo.Apply(ChestSprite.Point); ChestCounter--; } // Change the mini mode to the new stage (Game.GameMode as PlayMode).MinorMode = new NewStageMinorMode(); }