private void FinalizeScenery()
{
if ((parameters != null) && (parameters.SceneryType == SceneryParameters.SceneryTypeEnum.Photofield))
{
if (photoScenery != null)
{
photoScenery.Dispose();
photoScenery = null;
}
}
owner.Weather.Wind.ClearThermalSources();
DisposeWater();
if (sky != null)
{
sky.Dispose();
sky = null;
}
if (ground != null)
{
ground.Dispose();
ground = null;
}
DisposeSceneryObjects();
DisposeSurroundings();
if (vegetation != null)
{
vegetation.Dispose();
vegetation = null;
}
DisposeWindmills();
DisposeDynamicScenery();
if (lensFlare != null)
{
lensFlare.Dispose();
lensFlare = null;
}
/*
* if (windsock != null)
* {
* windsock.Dispose();
* windsock = null;
* }
*/
if (photoScenery != null)
{
photoScenery.Dispose();
photoScenery = null;
}
/*
* if (definition != null)
* {
* definition = null;
* }
*/
#if EDITOR
DisposeGates();
#endif
}
private void Initialize()
{
if (parameters.SceneryType == SceneryParameters.SceneryTypeEnum.Photofield)
{
if (parameters.HeightMapFile != null)
{
heightMap = new Heightmap(parameters.SceneryFolder + parameters.HeightMapFile,
(float)parameters.HeightMapSize, parameters.HeightMapResolution, parameters.HeightMapResolution);
heightMap.MinHeight = parameters.MinimumHeight;
heightMap.MaxHeight = parameters.MaximumHeight;
}
else
{
heightMap = new Heightmap(1000);
}
photoScenery = new PhotoScenery(parameters);
// Set lighting conditions
if (definition != null)
{
if (definition.SkyTable.Rows.Count > 0)
{
DataRow dataRow = definition.SkyTable.Rows[0];
Vector3 ambientVector = (Vector3)dataRow["AmbientLight"];
Vector3 sunVector = (Vector3)dataRow["SunLight"];
SetSky(null, (Vector3)dataRow["SunPosition"],
Color.FromArgb((int)(255 * ambientVector.X), (int)(255 * ambientVector.Y), (int)(255 * ambientVector.Z)),
Color.FromArgb((int)(255 * sunVector.X), (int)(255 * sunVector.Y), (int)(255 * sunVector.Z)),
(float)(dataRow["TerrainAmbient"]), (float)(dataRow["TerrainSun"]));
lensFlare = new LensFlare();
}
}
}
else
{
vegetation = new Vegetation(owner);
ground = new GameObject();
heightMap = new Heightmap(parameters.SceneryFolder + parameters.HeightMapFile, 1000f, 100, 100);
heightMap.MinHeight = parameters.MinimumHeight;
heightMap.MaxHeight = parameters.MaximumHeight;
TerrainMesh sceneryMesh = new TerrainMesh(1.0f, heightMap);
ground.Mesh = sceneryMesh;
// Load the detail settings
currentDetail = Bonsai.Utils.Settings.GetValue("SceneryDetail", "2");
dynamicSceneryDetail = Convert.ToInt32(Bonsai.Utils.Settings.GetValue("DynamicScenery", "1"));
if (currentDetail.Equals("1"))
{
sceneryMesh.Texture = new Bonsai.Objects.Textures.TextureBase(parameters.SplatLowFile);
}
else
{
//ground.RotateXAngle = (float)Math.PI / 2;
//splatShader = new ShaderBase("splatting", "splatting3.fx");
//if (Framework.Instance.DeviceCaps.PixelShaderVersion.Major >= 3)
// splatShader.SetTechnique("TextureSplatting_fx30");
//else
// splatShader.SetTechnique("TextureSplatting");
splatShader = new ShaderBase("splatting", "splat.fx");
splatShader.SetTechnique("TextureSplatting");
splatShader.SetVariable("matViewProj", ShaderBase.ShaderParameters.CameraProjection);
splatShader.SetVariable("sunPosition", new Vector3(1, 1, 1));
splatShader.SetVariable("underwater", 0.0f);
splatShader.SetVariable("matWorld", ShaderBase.ShaderParameters.World);
splatShader.SetVariable("matInvertTransposeWorld", ShaderBase.ShaderParameters.WorldInvertTranspose);
splatShader.SetVariable("cameraPos", ShaderBase.ShaderParameters.CameraPosition);
splatShader.SetVariable("nearRepeat", 64.0f);
splatShader.SetVariable("farRepeat", 16.0f);
splatShader.SetVariable("nearFactor2", 1.0f);
splatShader.SetVariable("farFactor2", 1.0f);
splatShader.SetVariable("nearFactor3", 1.0f);
splatShader.SetVariable("farFactor3", 1.0f);
splatShader.SetVariable("nearFactor4", 5.0f);
splatShader.SetVariable("farFactor4", 5.0f);
splatShader.SetVariable("blendSqDistance", 50f * 50f);
splatShader.SetVariable("blendSqWidth", 1.0f / (200f * 200f));
TextureBase normalMap = new TextureBase(parameters.NormalMapFile);
TextureBase alphaMap = new TextureBase(parameters.SplatHighFile);
//TextureBase grassTexture = new TextureBase("data/grass_zoomout.png");
TextureBase grassTexture = new TextureBase(parameters.Texture1File);
TextureBase rockTexture = new TextureBase(parameters.Texture2File);
//TextureBase rockNormal = new TextureBase("data/splat_rock_normal.jpg");
TextureBase sandTexture = new TextureBase(parameters.Texture3File);
TextureBase concreteTexture = new TextureBase(parameters.Texture4File);
splatShader.SetVariable("NormalMapTexture", normalMap);
splatShader.SetVariable("AlphaTexture", alphaMap);
splatShader.SetVariable("DetailTexture1", grassTexture);
splatShader.SetVariable("DetailTexture2", rockTexture);
//splatShader.SetVariable("DetailTexture2NormalMap", rockNormal);
splatShader.SetVariable("DetailTexture3", sandTexture);
splatShader.SetVariable("DetailTexture4", concreteTexture);
ground.Shader = splatShader;
}
CreateSurroundings();
// Load the trees
vegetation.LoadTrees(heightMap, definition);
// Load the simple trees
LoadSimpleTrees(definition);
// Load the simple tall trees
LoadSimpleTallTrees(definition);
// Load the simple small trees
LoadSimpleSmallTrees(definition);
// Load the scenery objects
LoadSceneryObjects(definition);
// Load the windmills
LoadWindmills(definition);
// Load the weather
LoadWeather(definition);
// Load the dynamic scenery
if (dynamicSceneryDetail > 0)
{
LoadDynamicScenery(definition);
}
// Load the sky
sky = new GameObject();
DomeMesh skyDome = new DomeMesh(4500, 16, 16);
sky.Mesh = skyDome;
DataRow dataRow = definition.SkyTable.Rows[0];
foreach (DataRow skyRow in definition.SkyTable.Rows)
{
string skyName = skyRow["Name"].ToString();
if (skyName.Equals(Bonsai.Utils.Settings.GetValue("Sky")))
{
dataRow = skyRow;
break;
}
}
// Load the water
LoadWater(definition);
//water = new Water(new Vector3(90, 0, 180), 100f, Bonsai.Objects.Terrain.Water.QualityLevelEnum.Low);
if (dataRow != null)
{
Vector3 ambientVector = (Vector3)dataRow["AmbientLight"];
Vector3 sunVector = (Vector3)dataRow["SunLight"];
SetSky(dataRow["Texture"].ToString(), (Vector3)dataRow["SunPosition"],
Color.FromArgb((int)(255 * ambientVector.X), (int)(255 * ambientVector.Y), (int)(255 * ambientVector.Z)),
Color.FromArgb((int)(255 * sunVector.X), (int)(255 * sunVector.Y), (int)(255 * sunVector.Z)),
(float)(dataRow["TerrainAmbient"]), (float)(dataRow["TerrainSun"]));
}
// Apply the ads
if (Utility.MediaExists("ads/ad1.jpg"))
{
ApplyAds("ad.jpg", "ads/ad1.jpg");
}
if (Utility.MediaExists("ads/ad2.jpg"))
{
ApplyAds("ad2.jpg", "ads/ad2.jpg");
}
lensFlare = new LensFlare();
}
#if EDITOR
// Load the racing pylons
LoadGates(definition);
#else
if (Program.Instance.Player != null)
{
Program.Instance.Player.Heightmap = heightMap;
Program.Instance.Player.DefaultStartPosition = parameters.DefaultStartPosition;
Program.Instance.Player.WaterStartPosition = parameters.WaterStartPosition;
}
SetWaterCallback(Program.Instance.OnFrameRenderWater);
// Rerender the reflection
if (Effects.Reflection.Instance != null)
{
Effects.Reflection.Instance.Invalidate();
}
#endif
}