private void InitializeMapTreeView() { foreach (string realm in DataWrapper.GetRealms()) { TreeNode realmNode = new TreeNode(realm); foreach (string expansion in DataWrapper.GetExpansionsByRealm(realm)) { TreeNode expansionNode = new TreeNode(expansion); foreach (string mapType in DataWrapper.GetZoneTypesByRealmAndExpansion(realm, expansion).OrderBy(o => o.ToString())) { TreeNode mapTypeNode = new TreeNode(mapType); foreach (KeyValuePair <string, string> zone in DataWrapper.GetZonesByRealmAndExpansionAndType(realm, expansion, mapType).OrderBy(o => o.Key)) { if (mapType == "Capitol" || mapType == "Indoor" || mapType == "Dungeons" || mapType == "Instances") { continue; } ZoneSelection currentZone = new ZoneSelection(zone.Key, zone.Value, expansion, mapType); TreeNode zoneNode = new TreeNode(currentZone.ToString()); zoneNode.Tag = currentZone; m_allNodes.Add(zoneNode); mapTypeNode.Nodes.Add(zoneNode); } if (mapTypeNode.Nodes.Count > 0) { expansionNode.Nodes.Add(mapTypeNode); } } if (expansionNode.Nodes.Count == 1) { foreach (TreeNode node in expansionNode.Nodes[0].Nodes) { expansionNode.Nodes.Add(node); } expansionNode.Nodes.RemoveAt(0); realmNode.Nodes.Add(expansionNode); } else if (expansionNode.Nodes.Count > 1) { realmNode.Nodes.Add(expansionNode); } } mapsTreeView.Nodes.Add(realmNode); } }
private void InitializeMapTreeView() { foreach (string realm in DataWrapper.GetRealms()) { TreeNode realmNode = new TreeNode(realm); foreach (string expansion in DataWrapper.GetExpansionsByRealm(realm)) { TreeNode expansionNode = new TreeNode(expansion); foreach (string mapType in DataWrapper.GetZoneTypesByRealmAndExpansion(realm, expansion).OrderBy(o => o.ToString())) { TreeNode mapTypeNode = new TreeNode(mapType); foreach (KeyValuePair<string, string> zone in DataWrapper.GetZonesByRealmAndExpansionAndType(realm, expansion, mapType).OrderBy(o => o.Key)) { if (mapType == "Capitol" || mapType == "Indoor" || mapType == "Dungeons" || mapType == "Instances") continue; ZoneSelection currentZone = new ZoneSelection(zone.Key, zone.Value, expansion, mapType); TreeNode zoneNode = new TreeNode(currentZone.ToString()); zoneNode.Tag = currentZone; m_allNodes.Add(zoneNode); mapTypeNode.Nodes.Add(zoneNode); } if (mapTypeNode.Nodes.Count > 0) { expansionNode.Nodes.Add(mapTypeNode); } } if (expansionNode.Nodes.Count == 1) { foreach (TreeNode node in expansionNode.Nodes[0].Nodes) { expansionNode.Nodes.Add(node); } expansionNode.Nodes.RemoveAt(0); realmNode.Nodes.Add(expansionNode); } else if (expansionNode.Nodes.Count > 1) { realmNode.Nodes.Add(expansionNode); } } mapsTreeView.Nodes.Add(realmNode); } }
/// <summary> /// Render selected Zones as Background Worker /// </summary> /// <param name="sender"></param> /// <param name="e"></param> private void drawMapBackgroundWorker_DoWork(object sender, DoWorkEventArgs e) { try { ZoneSelection zone = (ZoneSelection)e.Argument; // Start BackgroundWorker Log(string.Format("Start creating map for zone {0} ...", zone.Id), LogLevel.notice); // The filename string targetFilePath = string.Format("{0}\\maps", Application.StartupPath); string pattern = filePatternTextBox.Text; if (string.IsNullOrEmpty(pattern)) { pattern = "zone{id}_{size}"; } // Replace some values pattern = pattern.Replace("{id}", zone.Id); pattern = pattern.Replace("{name}", zone.Name); pattern = pattern.Replace("{expansion}", zone.Expansion); pattern = pattern.Replace("{type}", zone.Type); pattern = pattern.Replace("{size}", TargetMapSize.ToString()); pattern = Tools.MakeValidFileName(pattern); // File extension string fileExtension = "jpg"; string selectedFileExtension = "JPEG"; this.Invoke((MethodInvoker) delegate() { selectedFileExtension = fileTypeComboBox.Text; }); switch (selectedFileExtension) { case "PNG": fileExtension = "png"; break; case "JPEG": default: fileExtension = "jpg"; break; } // The Target File FileInfo mapFile = new FileInfo(string.Format("{0}\\maps\\{1}.{2}", Application.StartupPath, pattern, fileExtension)); if (!Directory.Exists(mapFile.DirectoryName)) { Directory.CreateDirectory(mapFile.DirectoryName); } bool lightmap = generateLightmapCheckBox.Checked; double lightmapZScale = Convert.ToDouble(heightmapZScaleTextBox.Value); double lightmapLightMin = Convert.ToDouble(heightmapLightMinTextBox.Value); double lightmapLightMax = Convert.ToDouble(heightmapLightMaxTextBox.Value); double[] lightmapZVector = new double[] { Convert.ToDouble(heightmapZVector1TextBox.Value), Convert.ToDouble(heightmapZVector2TextBox.Value), Convert.ToDouble(heightmapZVector3TextBox.Value) }; bool rivers = generateRiversCheckBox.Checked; bool riversUseDefaultColor = riversUseDefaultColorCheckBox.Checked; Color riversColor = Properties.Settings.Default.mapRiverColor; int riverOpacity = Convert.ToInt32(mapRiversOpacityTextBox.Value); bool bounds = generateBoundsCheckBox.Checked; Color boundsColor = Properties.Settings.Default.mapBoundsColor; int boundsOpacity = Convert.ToInt32(mapBoundsOpacityTextBox.Text); bool excludeBoundsFromMap = excludeBoundsFromMapCheckbox.Checked; bool fixtures = drawFixturesCheckBox.Checked; bool trees = drawTreesCheckBox.Checked; // Generate the map using (ZoneConfiguration conf = new ZoneConfiguration(zone.Id, TargetMapSize)) { // Create Background MapBackground background = new MapBackground(conf); MainForm.Log("Rendering background ...", LogLevel.notice); using (MagickImage map = background.Draw()) { if (map != null) { MainForm.Log("Finished background rendering!", LogLevel.success); // Create lightmap if (lightmap) { MainForm.Log("Rendering lightmap ...", LogLevel.notice); MapLightmap lightmapGenerator = new MapLightmap(conf); lightmapGenerator.ZScale = lightmapZScale; lightmapGenerator.LightMin = lightmapLightMin; lightmapGenerator.LightMax = lightmapLightMax; lightmapGenerator.ZVector = lightmapZVector; lightmapGenerator.RecalculateLights(); lightmapGenerator.Draw(map); MainForm.Log("Finished lightmap rendering!", LogLevel.success); } // We need this for fixtures MainForm.Log("Loading water configurations ...", LogLevel.notice); MapWater river = new MapWater(conf); MainForm.Log("Finished loading water configurations!", LogLevel.success); MapFixtures fixturesGenerator = null; if (fixtures || trees) { MainForm.Log("Loading fixtures ...", LogLevel.notice); fixturesGenerator = new MapFixtures(conf, river.WaterAreas); fixturesGenerator.DrawFixtures = drawFixturesCheckBox.Checked; fixturesGenerator.DrawTrees = drawTreesCheckBox.Checked; fixturesGenerator.DrawTreesAsImages = treesAsImages.Checked; fixturesGenerator.TreeTransparency = Convert.ToInt32(mapTreeTransparencyTextBox.Value); fixturesGenerator.Start(); MainForm.Log("Finished loading fixtures!", LogLevel.success); } // Draw Fixtures below water if (fixtures || trees) { MainForm.Log("Rendering fixtures below water level ...", LogLevel.notice); fixturesGenerator.Draw(map, true); MainForm.Log("Finished rendering fixtures below water level!", LogLevel.success); } // Create Rivers if (rivers) { MainForm.Log("Rendering water ...", LogLevel.notice); river.WaterColor = riversColor; river.WaterTransparency = riverOpacity; river.UseClientColors = riversUseDefaultColor; river.Draw(map); MainForm.Log("Finished water rendering!", LogLevel.success); } // Draw Fixtures above water if (fixtures || trees) { MainForm.Log("Rendering fixtures above water level ...", LogLevel.notice); fixturesGenerator.Draw(map, false); MainForm.Log("Finished rendering fixtures above water level!", LogLevel.success); } if (fixturesGenerator != null) { fixturesGenerator.Dispose(); } // Create bounds if (bounds) { MainForm.Log("Adding zone bounds ...", LogLevel.notice); MapBounds mapBounds = new MapBounds(conf); mapBounds.BoundsColor = boundsColor; mapBounds.Transparency = boundsOpacity; mapBounds.ExcludeFromMap = excludeBoundsFromMap; mapBounds.Draw(map); MainForm.Log("Finished zone bunds!", LogLevel.success); } MainForm.Log(string.Format("Writing map image {0} ...", mapFile.Name)); ProgressStartMarquee("Writing map image ..."); map.Quality = Convert.ToInt32(mapQualityTextBox.Value); map.Write(mapFile.FullName); } } } if (mapFile.Exists) { LoadImage(mapFile.FullName); ProgressReset(); } else { Log("Errors during progress!", LogLevel.error); } } catch (Exception ex) { MainForm.Log("Unhandled Exception thrown!", LogLevel.error); MainForm.Log(ex.Message, LogLevel.error); MainForm.Log(ex.StackTrace, LogLevel.error); } }