public MapBackground(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
this.textureZoneId = zoneConfiguration.ZoneId;
this.textureZoneDataDirectory = zoneConfiguration.ZoneDirectory;
string flipX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "flip_x");
string flipY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "flip_y");
string useTexture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "use_texture");
if (!string.IsNullOrEmpty(flipX))
{
this.flipX = (Convert.ToInt32(flipX) != 0) ? true : false;
}
if (!string.IsNullOrEmpty(flipY))
{
this.flipY = (Convert.ToInt32(flipY) != 0) ? true : false;
}
if (!string.IsNullOrEmpty(useTexture))
{
int useTextureInt = Convert.ToInt32(useTexture);
useTexture = (useTextureInt < 10) ? "00" + useTextureInt : (useTextureInt < 100) ? "0" + useTextureInt : useTextureInt.ToString();
this.textureZoneId = useTexture;
this.textureZoneDataDirectory = zoneConfiguration.GetZoneDirectory(useTexture);
}
}
public MapFixtures(ZoneConfiguration zoneConfiguration, List <WaterConfiguration> rivers)
{
this.zoneConfiguration = zoneConfiguration;
this.rivers = rivers;
// Load Renderer Configurations
// Initialize the fixtures loader, loads CSV files and polygons
FixturesLoader.Initialize(zoneConfiguration);
// Prepare models
m_fixtures = FixturesLoader.GetDrawableFixtures();
}
public MapFixtures(ZoneConfiguration zoneConfiguration, List<WaterConfiguration> rivers)
{
this.zoneConfiguration = zoneConfiguration;
this.rivers = rivers;
// Load Renderer Configurations
// Initialize the fixtures loader, loads CSV files and polygons
FixturesLoader.Initialize(zoneConfiguration);
// Prepare models
m_fixtures = FixturesLoader.GetDrawableFixtures();
}
public MapHeightmap(ZoneConfiguration zoneConfiguration)
{
MainForm.Log("Preloading zone heightmap ...", MainForm.LogLevel.notice);
this.zoneConfiguration = zoneConfiguration;
this.m_terrainfactor = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "scalefactor"));
this.m_offsetfactor = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "offsetfactor"));
this.m_heightmapFile = new FileInfo(string.Format("{0}\\data\\heightmaps\\zone{1}_heightmap.png", System.Windows.Forms.Application.StartupPath, zoneConfiguration.ZoneId));
if (!System.IO.Directory.Exists(m_heightmapFile.DirectoryName))
{
Directory.CreateDirectory(m_heightmapFile.DirectoryName);
}
// Generate it, needed for lightmap, river and fixtures
GenerateHeightmap();
}
public MapHeightmap(ZoneConfiguration zoneConfiguration)
{
MainForm.Log("Preloading zone heightmap ...", MainForm.LogLevel.notice);
this.zoneConfiguration = zoneConfiguration;
this.m_terrainfactor = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "scalefactor"));
this.m_offsetfactor = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "offsetfactor"));
this.m_heightmapFile = new FileInfo(string.Format("{0}\\data\\heightmaps\\zone{1}_heightmap.png", System.Windows.Forms.Application.StartupPath, zoneConfiguration.ZoneId));
if (!System.IO.Directory.Exists(m_heightmapFile.DirectoryName))
{
Directory.CreateDirectory(m_heightmapFile.DirectoryName);
}
// Generate it, needed for lightmap, river and fixtures
GenerateHeightmap();
}
public MapBackground(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
this.textureZoneId = zoneConfiguration.ZoneId;
this.textureZoneDataDirectory = zoneConfiguration.ZoneDirectory;
string flipX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "flip_x");
string flipY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "flip_y");
string useTexture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, "terrain", "use_texture");
if (!string.IsNullOrEmpty(flipX)) this.flipX = (Convert.ToInt32(flipX) != 0) ? true : false;
if (!string.IsNullOrEmpty(flipY)) this.flipY = (Convert.ToInt32(flipY) != 0) ? true : false;
if (!string.IsNullOrEmpty(useTexture))
{
int useTextureInt = Convert.ToInt32(useTexture);
useTexture = (useTextureInt < 10) ? "00" + useTextureInt : (useTextureInt < 100) ? "0" + useTextureInt : useTextureInt.ToString();
this.textureZoneId = useTexture;
this.textureZoneDataDirectory = zoneConfiguration.GetZoneDirectory(useTexture);
}
}
public MapWater(ZoneConfiguration zoneConfiguration)
{
MainForm.ProgressStartMarquee("Loading water configurations ...");
this.zoneConfiguration = zoneConfiguration;
bool riversFound = true;
int riverIndex = 0;
while (riversFound)
{
string riverIndexString = "river" + ((riverIndex < 10) ? "0" + riverIndex : riverIndex.ToString());
// Check if there is a section
string riverCheck = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "name");
if (string.IsNullOrEmpty(riverCheck))
{
riversFound = false;
continue;
}
WaterConfiguration waterConf = new WaterConfiguration(riverCheck);
waterConf.Texture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "texture");
waterConf.Multitexture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "multitexture");
waterConf.Flow = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "flow");
waterConf.Height = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "height"));
waterConf.Bankpoints = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "bankpoints"));
waterConf.Extend_PosX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_PosX");
waterConf.Extend_PosY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_PosY");
waterConf.Extend_NegX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_NegX");
waterConf.Extend_NegY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_NegY");
waterConf.Tesselation = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Tesselation");
waterConf.Type = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "type");
// Adjust some river heights
if (zoneConfiguration.ZoneId == "168" || zoneConfiguration.ZoneId == "171" || zoneConfiguration.ZoneId == "178")
{
waterConf.Height += 30;
}
// Ignore some definitions
if (zoneConfiguration.ZoneId == "163" && riverIndexString == "river14")
{
riverIndex++;
continue;
}
string color = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "color");
string baseColor = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "base_color");
if (color.Length >= 6)
{
waterConf.Color = ColorTranslator.FromWin32(Convert.ToInt32((string.IsNullOrEmpty(baseColor)) ? color : baseColor));
}
for (int i = 0; i < waterConf.Bankpoints; i++)
{
string coordinatesIndexString = (i < 10) ? "0" + i : i.ToString();
string left = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "left" + coordinatesIndexString);
string right = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "right" + coordinatesIndexString);
if (string.IsNullOrEmpty(left) || string.IsNullOrEmpty(right))
{
continue;
}
string[] leftArr = left.Split(',');
string[] rightArr = right.Split(',');
PointD leftPoint = new PointD((Convert.ToInt32(leftArr[0]) >= 0) ? Convert.ToInt32(leftArr[0]) : 0, (Convert.ToInt32(leftArr[1]) >= 0) ? Convert.ToInt32(leftArr[1]) : 0);
waterConf.LeftCoordinates.Add(leftPoint);
PointD rightPoint = new PointD((Convert.ToInt32(rightArr[0]) >= 0) ? Convert.ToInt32(rightArr[0]) : 0, (Convert.ToInt32(rightArr[1]) >= 0) ? Convert.ToInt32(rightArr[1]) : 0);
waterConf.RightCoordinates.Add(rightPoint);
}
this.m_waterAreas.Add(waterConf);
riverIndex++;
}
MainForm.ProgressReset();
}
public MapLightmap(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
this.RecalculateLights();
}
public MapLightmap(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
this.RecalculateLights();
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="zoneConfiguration"></param>
public MapBounds(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
ParseBounds();
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="zoneConfiguration"></param>
public MapBounds(ZoneConfiguration zoneConfiguration)
{
this.zoneConfiguration = zoneConfiguration;
ParseBounds();
}
public MapWater(ZoneConfiguration zoneConfiguration)
{
MainForm.ProgressStartMarquee("Loading water configurations ...");
this.zoneConfiguration = zoneConfiguration;
bool riversFound = true;
int riverIndex = 0;
while (riversFound)
{
string riverIndexString = "river" + ((riverIndex < 10) ? "0" + riverIndex : riverIndex.ToString());
// Check if there is a section
string riverCheck = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "name");
if (string.IsNullOrEmpty(riverCheck))
{
riversFound = false;
continue;
}
WaterConfiguration waterConf = new WaterConfiguration(riverCheck);
waterConf.Texture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "texture");
waterConf.Multitexture = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "multitexture");
waterConf.Flow = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "flow");
waterConf.Height = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "height"));
waterConf.Bankpoints = Convert.ToInt32(DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "bankpoints"));
waterConf.Extend_PosX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_PosX");
waterConf.Extend_PosY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_PosY");
waterConf.Extend_NegX = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_NegX");
waterConf.Extend_NegY = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Extend_NegY");
waterConf.Tesselation = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "Tesselation");
waterConf.Type = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "type");
// Adjust some river heights heights
if (zoneConfiguration.ZoneId == "168" || zoneConfiguration.ZoneId == "171" || zoneConfiguration.ZoneId == "178")
{
waterConf.Height += 30;
}
string color = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "color");
string baseColor = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "base_color");
if (color.Length >= 6)
{
waterConf.Color = ColorTranslator.FromWin32(Convert.ToInt32((string.IsNullOrEmpty(baseColor)) ? color : baseColor));
}
for (int i = 0; i < waterConf.Bankpoints; i++)
{
string coordinatesIndexString = (i < 10) ? "0" + i : i.ToString();
string left = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "left" + coordinatesIndexString);
string right = DataWrapper.GetDatFileProperty(zoneConfiguration.SectorDatStreamReader, riverIndexString, "right" + coordinatesIndexString);
if (string.IsNullOrEmpty(left) || string.IsNullOrEmpty(right))
{
continue;
}
string[] leftArr = left.Split(',');
string[] rightArr = right.Split(',');
Coordinate leftPoint = new Coordinate(Convert.ToInt32(leftArr[0]), Convert.ToInt32(leftArr[1]));
if (leftPoint.X < 0) leftPoint.X = 0;
if (leftPoint.Y < 0) leftPoint.Y = 0;
waterConf.LeftCoordinates.Add(leftPoint);
Coordinate rightPoint = new Coordinate(Convert.ToInt32(rightArr[0]), Convert.ToInt32(rightArr[1]));
if (rightPoint.X < 0) rightPoint.X = 0;
if (rightPoint.Y < 0) rightPoint.Y = 0;
waterConf.RightCoordinates.Add(rightPoint);
}
this.m_waterAreas.Add(waterConf);
riverIndex++;
}
MainForm.ProgressReset();
}
/// <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);
}
}
/// <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);
}
}
