//--------------------//
#region Apply
/// <summary>
/// Applies the shader to the content in the render delegate.
/// </summary>
/// <param name="render">The render delegate (is called once for every shader pass).</param>
/// <param name="material">The material to be used by this shader; <c>null</c> for device texture.</param>
/// <param name="camera">The camera for transformation information.</param>
/// <param name="lights">An array of all lights this shader should consider; should be <c>null</c>.</param>
public override void Apply(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
// Always reset the textures since they might change their memory address at a device reset
Effect.SetTexture(_normalTextureHandle, _normalTexture);
if (_refractionView != null)
{
Effect.SetTexture(_refractionMapHandle, _refractionView.GetRenderTarget());
}
if (_waterTexture == null)
{
Effect.SetTexture(_reflectionMapHandle, _reflectionView.GetRenderTarget());
}
else
{
Effect.SetTexture(_reflectionMapHandle, _waterTexture);
}
base.Apply(render, material, camera, lights);
}
/// <summary>
/// Runs the actual shader passes
/// </summary>
/// <param name="render">The render delegate (is called once for every shader pass)</param>
/// <param name="material">The material to be used by this shader; <c>null</c> for device texture</param>
/// <param name="lights">An array of all lights this shader should consider; <c>null</c> for no lighting</param>
protected virtual void RunPasses(Action render, XMaterial material, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
int passCount = Effect.Begin(FX.None);
IList <SasScriptCommand> techniqueScript;
if (Techniques.TryGetValue(Effect.Technique, out techniqueScript))
{
ExecuteScript(techniqueScript, render);
}
else
{
for (int i = 0; i < passCount; i++)
{
Effect.BeginPass(i);
render();
Effect.EndPass();
}
}
Effect.End();
}
protected void RenderSubset(int i, Camera camera, LightSource[] lights)
{
using (new ProfilerEvent(() => "Subset " + i))
{
// Load the subset-material (default to first one, if the subset has no own)
XMaterial currentMaterial = i < Materials.Length ? Materials[i] : Materials[0];
RenderHelper(() => Mesh.DrawSubset(i), currentMaterial, camera, lights);
}
}
private void RenderFixedFunction(Action render, XMaterial material)
{
using (new ProfilerEvent("Surface effect: Fixed-function"))
{
Engine.Device.Material = material.D3DMaterial;
Engine.State.FfpLighting = true;
render();
}
}
//--------------------//
#region Apply
/// <summary>
/// Applies the shader to the content in the render delegate.
/// </summary>
/// <param name="render">The render delegate (is called once for every shader pass).</param>
/// <param name="material">The material to be used by this shader; <c>null</c> for device texture.</param>
/// <param name="camera">The camera for transformation information.</param>
/// <param name="lights">An array of all lights this shader should consider. Mustn't be <c>null</c>!</param>
public override void Apply(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
#region Auto-select technique
if (lights.Length == 0 && _lighting)
{
Effect.Technique = _lighting ? _lightBlack : _simpleBlack;
}
else
{
if (Engine.Effects.DoubleSampling && _lighting)
{
if (Engine.Capabilities.MaxShaderModel >= new Version(2, 0, 2))
{
Effect.Technique = _light2B;
}
else if (Engine.Capabilities.MaxShaderModel == new Version(2, 0, 1))
{
Effect.Technique = _light2A;
}
}
else if (Engine.Capabilities.MaxShaderModel >= new Version(2, 0))
{
Effect.Technique = _lighting ? _light20 : _simple20;
}
else
{
Effect.Technique = _lighting ? _light14 : _simple14;
}
}
#endregion
if (_lighting)
{
base.Apply(render, material, camera, lights);
}
else
{
base.Apply(render, material, camera);
}
}
private void SetEngineState(XMaterial material)
{
// Set texture
Engine.State.SetTexture(material.DiffuseMaps[0]);
// Fall back to fixed-function pipeline if no shader was set for this body
if (SurfaceEffect == SurfaceEffect.Shader && SurfaceShader == null)
{
SurfaceEffect = SurfaceEffect.FixedFunction;
}
}
/// <summary>
/// Transfer lighting data from a <see cref="DirectionalLight"/> to the shader
/// </summary>
/// <param name="light">The <see cref="DirectionalLight"/> to get the information from</param>
/// <param name="index">The light index in the shader to set</param>
/// <param name="material">The currently active material</param>
protected void SetupLight(DirectionalLight light, int index, XMaterial material)
{
#region Sanity checks
if (light == null)
{
throw new ArgumentNullException(nameof(light));
}
#endregion
SetupLightHelper(light, index, material);
Effect.SetValue(_lightDirectionHandles[index], new Vector4(light.Direction, 0));
}
private void RenderShader(Action render, XMaterial material, Camera camera, LightSource[] lights)
{
using (new ProfilerEvent("Surface effect: Shader"))
{
Engine.State.FfpLighting = false;
if (SurfaceShader != null)
{
using (new ProfilerEvent(() => "Apply " + SurfaceShader))
SurfaceShader.Apply(render, material, camera, lights);
}
}
}
private void RenderGlow(Action render, XMaterial material)
{
using (new ProfilerEvent("Surface effect: Glow"))
{
Engine.State.SetTexture(material.EmissiveMap);
var emissiveMaterial = new Material {
Emissive = material.Emissive
};
// Use simple DirectX lighting
Engine.Device.Material = emissiveMaterial;
Engine.State.FfpLighting = true;
render();
}
}
/// <summary>
/// Creates a new colored vertex group
/// </summary>
/// <param name="primitiveType">The type of primitives to generate from the vertexes</param>
/// <param name="vertexes">An array for vertexes with position and color information</param>
/// <param name="indexes">An array of indexes for the index buffer; <c>null</c> for no indexes</param>
public VertexGroup(PrimitiveType primitiveType, PositionColored[] vertexes, short[] indexes = null)
{
#region Sanity checks
if (vertexes == null)
{
throw new ArgumentNullException(nameof(vertexes));
}
#endregion
_primitiveType = primitiveType;
_vertexCount = vertexes.Length;
_material = XMaterial.DefaultMaterial;
_buildVertexBuffer = () => BufferHelper.CreateVertexBuffer(Engine.Device, vertexes, PositionColored.Format);
Initialize(indexes);
}
private static XData _Export(string n, params GameObject[] go)
{
XData d = new XData(n, FileType.Unity);
List <Material> mats = new List <Material>();
List <Texture2D> texs = new List <Texture2D>();
for (int i = 0; i < go.Length; i++)
{
d.Objects.Add(CreateElement(go[i], mats));
}
for (int i = 0; i < mats.Count; i++)
{
Material m = mats[i];
XMaterial xm = new XMaterial();
xm.Color = m.GetColor(_ColorId).ToXColor();
Texture2D t = m.GetTexture(_MainTexId) as Texture2D;
if (t != null)
{
XMapping xp = new XMapping();
xp.ID = texs.IndexOf(t);
if (xp.ID < 0)
{
xp.ID = texs.Count;
texs.Add(t);
}
xp.Type = TextureType.Diffuse;
xp.Offset = m.GetTextureOffset(_MainTexId).ToXVec2();
xp.Scale = m.GetTextureScale(_MainTexId).ToXVec2();
xm.Maps.Add(xp);
}
d.Materials.Add(xm);
}
for (int i = 0; i < texs.Count; i++)
{
Texture2D t = texs[i];
Texture2D _t = new Texture2D(t.width, t.height);
_t.SetPixels(t.GetPixels());
XTexture xt = new XTexture();
xt.Data = _t.EncodeToPNG();
d.Textures.Add(xt);
}
return(d);
}
private void RenderSubset(int i, Camera camera, GetLights lights)
{
// Frustum culling with the bouding box
if (_subsetWorldBoundingBoxes != null && !camera.InFrustum(_subsetWorldBoundingBoxes[i]))
{
return;
}
using (new ProfilerEvent(() => "Subset " + i))
{
Action renderSubset = () => Mesh.DrawSubset(i);
if (SurfaceEffect >= SurfaceEffect.Glow)
{
// The terrain will always appear completely black on the glow/shadow map
using (new ProfilerEvent(() => "Apply black " + _subsetShaders[i]))
_subsetShaders[i].Apply(renderSubset, XMaterial.DefaultMaterial, camera);
}
else
{
// Apply the normal terrain shader
if (_subsetShaders[i] != null)
{
SurfaceShader = _subsetShaders[i];
}
XMaterial currentMaterial = i < Materials.Length ? Materials[i] : Materials[0];
// Handle lights for fixed-function or shader rendering
Vector3 boxCenter = (_subsetBoundingBoxes == null ? new Vector3() : _subsetBoundingBoxes[i].Minimum + (_subsetBoundingBoxes[i].Maximum - _subsetBoundingBoxes[i].Minimum) * 0.5f);
var effectiveLights = (SurfaceEffect == SurfaceEffect.Plain)
? new LightSource[0]
: lights(Position + boxCenter, _blockSize * StretchH * (float)(Math.Sqrt(2) / 2));
RenderHelper(renderSubset, currentMaterial, camera, effectiveLights);
}
}
// Only allow the visualization of bounding bodies in normal view
if (DrawBoundingBox && _subsetWorldBoundingBoxes != null && SurfaceEffect < SurfaceEffect.Glow)
{
Engine.DrawBoundingBox(_subsetWorldBoundingBoxes[i]);
}
}
//--------------------//
#region Light helper
/// <summary>
/// Transfer lighting data from a <see cref="LightSource"/> to the shader
/// </summary>
/// <param name="light">The <see cref="LightSource"/> to get the information from</param>
/// <param name="index">The light index in the shader to set</param>
/// <param name="material">The currently active material</param>
private void SetupLightHelper(LightSource light, int index, XMaterial material)
{
if (index < _lightDiffuseHandles.Count)
{
Effect.SetValue(_lightDiffuseHandles[index], Color4.Modulate(light.Diffuse, material.Diffuse));
}
if (index < _lightAmbientHandles.Count)
{
Effect.SetValue(_lightAmbientHandles[index], Color4.Modulate(light.Ambient, material.Ambient));
}
if (index < _lightSpecularHandles.Count)
{
Effect.SetValue(_lightSpecularHandles[index], Color4.Modulate(light.Specular, material.Specular));
}
if (index < _lightSpecularPowerHandles.Count)
{
Effect.SetValue(_lightSpecularPowerHandles[index], material.SpecularPower);
}
}
/// <summary>
/// Creates a new textured vertex group
/// </summary>
/// <param name="primitiveType">The type of primitives to generate from the vertexes</param>
/// <param name="vertexes">An array for vertexes with position and texture information</param>
/// <param name="indexes">An array of indexes for the index buffer; <c>null</c> for no indexes</param>
/// <param name="material">The material to use for rendering</param>
public VertexGroup(PrimitiveType primitiveType, PositionTextured[] vertexes,
short[] indexes, XMaterial material)
{
#region Sanity checks
if (vertexes == null)
{
throw new ArgumentNullException(nameof(vertexes));
}
#endregion
_primitiveType = primitiveType;
_vertexCount = vertexes.Length;
_material = material;
// ReSharper disable once ImpureMethodCallOnReadonlyValueField
_material.HoldReference();
_buildVertexBuffer = () => BufferHelper.CreateVertexBuffer(Engine.Device, vertexes, PositionTextured.Format);
Initialize(indexes);
}
private void RenderPlain(Action render, XMaterial material)
{
using (new ProfilerEvent("Surface effect: None"))
{
if (material.Diffuse == Color.White)
{ // A plain white surface needs no lighting at all
Engine.State.FfpLighting = false;
}
else
{ // Simulate a plain colored surface by using emissive lighting
Engine.State.FfpLighting = true;
var emissiveMaterial = new Material {
Emissive = material.Diffuse
};
Engine.Device.Material = emissiveMaterial;
}
render();
}
}
/// <summary>
/// Provides an automatic rendering framework that handles things like setting textures, materials, lighting and shaders.
/// </summary>
/// <param name="render">A delegate that will be called once per rendering pass to display the actual content.</param>
/// <param name="material">The material to apply to everything rendered.</param>
/// <param name="camera">The currently effective <see cref="Camera"/>.</param>
/// <param name="lights">The currently effective <see cref="LightSource"/>s.</param>
protected void RenderHelper(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
SetEngineState(material);
SetEngineState(camera);
switch (SurfaceEffect)
{
case SurfaceEffect.Plain:
RenderPlain(render, material);
break;
case SurfaceEffect.Glow:
RenderGlow(render, material);
break;
case SurfaceEffect.FixedFunction:
RenderFixedFunction(render, material);
break;
case SurfaceEffect.Shader:
RenderShader(render, material, camera, lights);
break;
}
Engine.State.UserClipPlane = default(Plane);
}
//--------------------//
#region Texture helper
/// <summary>
/// Loads the textures for the <see cref="CpuParticle"/> sprites
/// </summary>
private void UpdateSpriteTextures()
{
// Release previous textures
_material1.ReleaseReference();
_material2.ReleaseReference();
#region First-life material
// Start with empty material
_material1 = XMaterial.DefaultMaterial;
if (!string.IsNullOrEmpty(Preset.Particle1Texture))
{
// Get texture path
string texture = Path.Combine("Particles", Preset.Particle1Texture);
// Check if texture path is valid
if (ContentManager.FileExists("Textures", texture))
{
_material1 = new XMaterial(XTexture.Get(Engine, texture));
_material1.HoldReference();
}
}
#endregion
#region Second-life material
_material2 = XMaterial.DefaultMaterial;
if (!string.IsNullOrEmpty(Preset.Particle2Texture))
{
// Get texture path
string texture = Path.Combine("Particles", Preset.Particle2Texture);
// Check if texture path is valid
if (ContentManager.FileExists("Textures", texture))
{
_material2 = new XMaterial(XTexture.Get(Engine, texture));
_material2.HoldReference();
}
}
#endregion
Preset.TexturesDirty = false;
}
/// <summary>
/// Internal helper constructor
/// </summary>
/// <param name="mesh">The mesh use for rendering</param>
/// <param name="material">The material to use for rendering the terrain</param>
/// <param name="lighting">Use/support lighting when rendering this terrain?</param>
protected Terrain(Mesh mesh, XMaterial material, bool lighting) : base(mesh, material)
{
#region Sanity checks
if (mesh == null)
{
throw new ArgumentNullException(nameof(mesh));
}
#endregion
SurfaceEffect = SurfaceEffect.Shader;
Lighting = lighting;
#region Copy index and vertex buffer content
// Copy buffers to RAM for fast position lookups
using (new TimedLogEvent("Copy index and vertex buffer content"))
{
_indexBuffer = BufferHelper.ReadIndexBuffer(mesh);
// Get the vertex positions from the VertexBuffer
if (lighting) // Different vertex formats
{
var verts = BufferHelper.ReadVertexBuffer <PositionNormalMultiTextured>(mesh);
_vertexBuffer = new Vector3[verts.Length];
for (int i = 0; i < verts.Length; i++)
{
_vertexBuffer[i] = verts[i].Position;
}
}
else
{
var verts = BufferHelper.ReadVertexBuffer <PositionMultiTextured>(mesh);
_vertexBuffer = new Vector3[verts.Length];
for (int i = 0; i < verts.Length; i++)
{
_vertexBuffer[i] = verts[i].Position;
}
}
}
#endregion
}
/// <summary>
/// Transfer lighting data from a <see cref="PointLight"/> to the shader
/// </summary>
/// <param name="light">The <see cref="PointLight"/> to get the information from</param>
/// <param name="index">The light index in the shader to set</param>
/// <param name="material">The currently active material</param>
protected void SetupLight(PointLight light, int index, XMaterial material)
{
#region Sanity checks
if (light == null)
{
throw new ArgumentNullException(nameof(light));
}
#endregion
SetupLightHelper(light, index, material);
if (index < _lightPositionHandles.Count)
{
Effect.SetValue(_lightPositionHandles[index],
new Vector4(((IPositionableOffset)light).EffectivePosition, 1));
}
if (index < _lightAttenuationHandles.Count)
{
Effect.SetValue(_lightAttenuationHandles[index], (Vector4)light.Attenuation);
}
}
//--------------------//
#region Apply
/// <summary>
/// Applies the shader to the content in the render delegate.
/// </summary>
/// <param name="render">The render delegate (is called once for every shader pass).</param>
/// <param name="material">The material to be used by this shader; <c>null</c> for device texture.</param>
/// <param name="camera">The camera for transformation information.</param>
/// <param name="lights">An array of all lights this shader should consider; should be <c>null</c>.</param>
public override void Apply(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
// Always reset the texture since it might change its memory address at a device reset
Effect.SetTexture(_particleTextureHandle, ParticleTexture?.Texture);
base.Apply(render, material, camera, lights);
}
//--------------------//
#region Passes
/// <inheritdoc/>
protected override void RunPasses(Action render, XMaterial material, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
// Note: Manual control of shader logic (no SAS scripting)
Effect.Begin(FX.None);
// If this shader supports light-less shading, it will have to do that with its first pass
if (lights.Length == 0)
{
#region Render pass
using (new ProfilerEvent("Pass 0"))
{
Effect.BeginPass(0);
render();
Effect.EndPass();
}
#endregion
}
else
{
for (int i = 0; i < lights.Length; i++)
{
var pass = ShaderPasses.None;
// ReSharper disable AccessToModifiedClosure
var dirLight = lights[i] as DirectionalLight;
if (dirLight != null)
{
if (i == 0 && dirLight.Diffuse == Color.Black && dirLight.Specular == Color.Black)
{
#region Ambient light
using (new ProfilerEvent(() => "Setup light " + i + " as ambient"))
SetupLight(dirLight, 0, material);
pass = ShaderPasses.AmbientLight;
#endregion
}
else
{
#region Directional lights
using (new ProfilerEvent(() => "Setup light " + i + " as directional"))
SetupLight(dirLight, 0, material);
pass = (i == 0) ? ShaderPasses.OneDirLight : ShaderPasses.OneDirLightAdd;
// Try to handle the next light at the same time
if (i + 1 < lights.Length)
{
var nextDirLight = lights[i + 1] as DirectionalLight;
if (nextDirLight != null)
{
using (new ProfilerEvent(() => "Setup light " + i + 1 + " as directional")) SetupLight(nextDirLight, 1, material);
pass = (i == 0) ? ShaderPasses.TwoDirLights : ShaderPasses.TwoDirLightsAdd;
// Handled two lights at once, so bump up counter
i++;
}
}
#endregion
}
}
else
{
var pointLight = lights[i] as PointLight;
if (pointLight != null)
{
#region Point lights
using (new ProfilerEvent(() => "Setup light " + i + " as point"))
SetupLight(pointLight, 0, material);
pass = (i == 0) ? ShaderPasses.OnePointLight : ShaderPasses.OnePointLightAdd;
#endregion
}
}
// ReSharper restore AccessToModifiedClosure
if (pass == ShaderPasses.None)
{
continue;
}
#region Render pass
using (new ProfilerEvent(() => "Pass " + pass))
{
Effect.BeginPass((int)pass);
render();
Effect.EndPass();
}
#endregion
// Only apply one pass if fog is turned on, since it would mess up additive blending
if (Engine.State.Fog)
{
break;
}
}
}
Effect.End();
}
private static GameObject _Import(XData d)
{
GameObject g = new GameObject(d.Name);
List <Texture2D> t = new List <Texture2D>();
for (int i = 0; i < d.Textures.Count; i++)
{
XTexture t0 = d.Textures[i];
Texture2D t1 = new Texture2D(0, 0);
t1.name = t0.Name;
if (t1.LoadImage(t0.Data))
{
t.Add(t1);
}
else
{
Debug.LogError("XRobject Texture Load Error!");
}
}
List <Material> m = new List <Material>();
for (int i = 0; i < d.Materials.Count; i++)
{
XMaterial xm = d.Materials[i];
Material _m;
if (xm.Color.a > 0.0 && xm.Color.a < 1.0)
{
_m = new Material(mat_transparent);
}
else
{
_m = new Material(mat_diffuse);
}
_m.name = xm.Name;
_m.color = new Color(xm.Color.r, xm.Color.g, xm.Color.b, xm.Color.a);
//mat.SetColor("_SpecColor", m.Specular.ToColor());
//mat.SetFloat("_Shininess", m.Shininess);
foreach (XMapping xp in xm.Maps)
{
string ts = null;
switch (xp.Type)
{
case TextureType.Diffuse:
ts = "_MainTex";
break;
case TextureType.Normal:
ts = "_BumpMap";
break;
case TextureType.Reflection:
break;
}
_m.SetTexture(ts, t[xp.ID]);
_m.SetTextureScale(ts, xp.Scale.ToVector2());
_m.SetTextureOffset(ts, xp.Offset.ToVector2());
}
m.Add(_m);
}
Vector3 min = Vector3.one * float.MaxValue;
Vector3 max = Vector3.one * float.MinValue;
CreateGameObject(d.Type, d.Objects, g.transform, m.ToArray(), ref min, ref max);
switch (d.Type)
{
case FileType.Maya:
case FileType.Unity:
break;
case FileType.D3Max:
case FileType.Revit:
g.transform.localScale = new Vector3(-1f, 1f, 1f);
g.transform.eulerAngles = new Vector3(-90f, 0.0f, 0.0f);
break;
}
BoxCollider b = g.AddComponent <BoxCollider>();
b.size = max - min;
b.center = (max + min) * 0.5f;
return(g);
}
//--------------------//
#region Apply
/// <inheritdoc/>
public override void Apply(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
#region Auto-select technique
if (lights.Length == 0)
{ // Only emissive lighting
if (Engine.Effects.PerPixelLighting && material.EmissiveMap != null)
{
Effect.Technique = _texturedEmissiveMapOnly;
}
else
{
Effect.Technique = (material.DiffuseMaps[0] == null) ? _coloredEmissiveOnly : _texturedEmissiveOnly;
}
}
else
{
if (Engine.Effects.PerPixelLighting)
{ // Normal per-pixel lighting
if (material.DiffuseMaps[0] == null)
{
Effect.Technique = _coloredPerPixel;
}
else
{
#region Flags
bool normal = material.NormalMap != null && Engine.Effects.NormalMapping;
bool specular = material.SpecularMap != null;
bool emissive = material.EmissiveMap != null;
#endregion
if (normal && specular && emissive)
{
Effect.Technique = _texturedPerPixelNormalSpecularEmissiveMap;
}
else if (normal && emissive)
{
Effect.Technique = _texturedPerPixelNormalEmissiveMap;
}
else if (emissive)
{
Effect.Technique = _texturedPerPixelEmissiveMap;
}
else if (normal && specular)
{
Effect.Technique = _texturedPerPixelNormalSpecularMap;
}
else if (specular)
{
Effect.Technique = _texturedPerPixelSpecularMap;
}
else if (normal)
{
Effect.Technique = _texturedPerPixelNormalMap;
}
else
{
Effect.Technique = _texturedPerPixel;
}
}
}
else
{ // Normal per-vertex lighting
Effect.Technique = (material.DiffuseMaps[0] == null) ? _coloredPerVertex : _texturedPerVertex;
}
}
#endregion
base.Apply(render, material, camera, lights);
}
public virtual void Apply(Action render, XMaterial material, Camera camera, params LightSource[] lights)
{
#region Sanity checks
if (IsDisposed)
{
throw new ObjectDisposedException(ToString());
}
if (render == null)
{
throw new ArgumentNullException(nameof(render));
}
if (camera == null)
{
throw new ArgumentNullException(nameof(camera));
}
if (lights == null)
{
throw new ArgumentNullException(nameof(lights));
}
#endregion
#region Values
using (new ProfilerEvent("Set shader parameters"))
{
byte diffuseMapCount = 0;
foreach (ParameterInfo info in ParameterInfos)
{
switch (info.Type)
{
case ParameterType.Int:
switch (info.SemanticID)
{
#region Texture filtering
case SemanticID.FilterMode:
const int linearFiltering = 2, anisotropicFiltering = 3;
Effect.SetValue(info.Handle, Engine.Anisotropic ? anisotropicFiltering : linearFiltering);
break;
#endregion
}
break;
case ParameterType.Float:
switch (info.SemanticID)
{
#region Camera
case SemanticID.CameraPosition:
Effect.SetValue(info.Handle, camera.Position.ApplyOffset(camera.PositionBase));
break;
#endregion
#region Normal transformations
case SemanticID.World:
Effect.SetValue(info.Handle, Engine.State.WorldTransform);
break;
case SemanticID.WorldInverse:
Effect.SetValue(info.Handle, Matrix.Invert(Engine.State.WorldTransform));
break;
case SemanticID.WorldTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Engine.State.WorldTransform));
break;
case SemanticID.WorldInverseTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Matrix.Invert(Engine.State.WorldTransform)));
break;
case SemanticID.View:
Effect.SetValue(info.Handle, camera.View);
break;
case SemanticID.ViewInverse:
Effect.SetValue(info.Handle, camera.ViewInverse);
break;
case SemanticID.ViewTranspose:
Effect.SetValue(info.Handle, camera.ViewTranspose);
break;
case SemanticID.ViewInverseTranspose:
Effect.SetValue(info.Handle, camera.ViewInverseTranspose);
break;
case SemanticID.Projection:
Effect.SetValue(info.Handle, camera.Projection);
break;
case SemanticID.ProjectionInverse:
Effect.SetValue(info.Handle, camera.ProjectionInverse);
break;
case SemanticID.ProjectionTranspose:
Effect.SetValue(info.Handle, camera.ProjectionTranspose);
break;
case SemanticID.ProjectionInverseTranspose:
Effect.SetValue(info.Handle, camera.ProjectionInverseTranspose);
break;
#endregion
#region Composite transformations
case SemanticID.WorldView:
Effect.SetValue(info.Handle, Engine.State.WorldTransform * camera.View);
break;
case SemanticID.WorldViewInverse:
Effect.SetValue(info.Handle, Matrix.Invert(Engine.State.WorldTransform * camera.View));
break;
case SemanticID.WorldViewTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Engine.State.WorldTransform * camera.View));
break;
case SemanticID.WorldViewInverseTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Matrix.Invert(Engine.State.WorldTransform * camera.View)));
break;
case SemanticID.ViewProjection:
Effect.SetValue(info.Handle, camera.ViewProjection);
break;
case SemanticID.ViewProjectionInverse:
Effect.SetValue(info.Handle, camera.ViewProjectionInverse);
break;
case SemanticID.ViewProjectionTranspose:
Effect.SetValue(info.Handle, camera.ViewProjectionTranspose);
break;
case SemanticID.ViewProjectionInverseTranspose:
Effect.SetValue(info.Handle, camera.ViewProjectionInverseTranspose);
break;
case SemanticID.WorldViewProjection:
Effect.SetValue(info.Handle, Engine.State.WorldTransform * camera.ViewProjection);
break;
case SemanticID.WorldViewProjectionInverse:
Effect.SetValue(info.Handle, Matrix.Invert(Engine.State.WorldTransform * camera.ViewProjection));
break;
case SemanticID.WorldViewProjectionTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Engine.State.WorldTransform * camera.ViewProjection));
break;
case SemanticID.WorldViewProjectionInverseTranspose:
Effect.SetValue(info.Handle, Matrix.Transpose(Matrix.Invert(Engine.State.WorldTransform * camera.ViewProjection)));
break;
#endregion
#region Lighting
case SemanticID.Emissive:
Effect.SetValue(info.Handle, new Color4(material.Emissive));
break;
case SemanticID.Position:
if (!_lightParametersHandled)
{
_lightPositionHandles.Add(info.Handle);
}
break;
case SemanticID.Direction:
if (!_lightParametersHandled)
{
_lightDirectionHandles.Add(info.Handle);
}
break;
case SemanticID.Attenuation:
if (!_lightParametersHandled)
{
_lightAttenuationHandles.Add(info.Handle);
}
break;
case SemanticID.Color:
case SemanticID.Diffuse:
if (!_lightParametersHandled)
{
_lightDiffuseHandles.Add(info.Handle);
}
break;
case SemanticID.Ambient:
if (!_lightParametersHandled)
{
_lightAmbientHandles.Add(info.Handle);
}
break;
case SemanticID.Specular:
if (!_lightParametersHandled)
{
_lightSpecularHandles.Add(info.Handle);
}
break;
case SemanticID.SpecularPower:
if (!_lightParametersHandled)
{
_lightSpecularPowerHandles.Add(info.Handle);
}
break;
#endregion
#region Timer
case SemanticID.Time:
Effect.SetValue(info.Handle, (float)Engine.TotalGameTime);
break;
case SemanticID.ElapsedTime:
Effect.SetValue(info.Handle, (float)Engine.LastFrameGameTime);
break;
#endregion
}
break;
case ParameterType.Texture:
switch (info.SemanticID)
{
#region Texture maps
case SemanticID.Diffuse:
case SemanticID.DiffuseMap:
if (diffuseMapCount < material.DiffuseMaps.Length && material.DiffuseMaps[diffuseMapCount] != null)
{
Effect.SetTexture(info.Handle, material.DiffuseMaps[diffuseMapCount].Texture);
}
else
{
Effect.SetTexture(info.Handle, null);
}
// Increment counter for possible next reference in this shader to a (different) diffuse map
diffuseMapCount++;
break;
case SemanticID.Normal:
case SemanticID.NormalMap:
Effect.SetTexture(info.Handle, material.NormalMap?.Texture);
break;
case SemanticID.Height:
case SemanticID.HeightMap:
Effect.SetTexture(info.Handle, material.HeightMap?.Texture);
break;
case SemanticID.Specular:
case SemanticID.SpecularMap:
Effect.SetTexture(info.Handle, material.SpecularMap?.Texture);
break;
case SemanticID.Emissive:
Effect.SetTexture(info.Handle, material.EmissiveMap?.Texture);
break;
#endregion
}
break;
}
}
}
#endregion
_lightParametersHandled = true;
RunPasses(render, material, lights);
}
public void OnMaterial(MaterialNode node)
{
matid = node.MaterialId.IntegerValue;
if (!matLink.ContainsKey(matid))
{
StringBuilder log = new StringBuilder();
XMaterial mat = new XMaterial();
Element e = Documents.Peek().GetElement(node.MaterialId);
if (e is Material)
{
Material m = e as Material;
mat.Name = m.Name;
if (m.UseRenderAppearanceForShading)
{
mat.Color = new XColor(1.0f, 1.0f, 1.0f, 1 - (float)node.Transparency);
}
else
{
mat.Color = new XColor(m.Color.Red / 255f, m.Color.Green / 255f, m.Color.Blue / 255f, 1 - (float)node.Transparency);
}
mat.Specular = XColor.white * (m.Smoothness / 100f);
mat.Shininess = m.Shininess / 100f;
Element _e = Documents.Peek().GetElement(m.AppearanceAssetId);
if (EnableLog)
{
log.Append("Material:" + m.Name + "\n");
log.Append("AppearanceAssetElement:" + (_e is AppearanceAssetElement).ToString() + "\n");
}
if (_e is AppearanceAssetElement)
{
AppearanceAssetElement aae = _e as AppearanceAssetElement;
Asset a = aae.GetRenderingAsset();
if (EnableLog)
{
log.Append("Asset.Size:" + a.Size.ToString() + "\n");
}
if (a.Size > 0)
{
for (int i = 0; i < a.Size; i++)
{
if (EnableLog)
{
LogMaterial(a[i], log);
}
XMapping t = ReadTexture(a[i]);
if (t != null)
{
mat.Maps.Add(t);
}
}
}
}
}
else
{
mat.Name = node.NodeName;
mat.Color = new XColor(node.Color.Red / 255f, node.Color.Green / 255f, node.Color.Blue / 255f, 1 - (float)node.Transparency);
mat.Specular = new XColor(0, 0, 0, 1);
mat.Shininess = 0f;
}
matLog.Add(log.ToString());
matLink.Add(matid, XData.Materials.Count);
XData.Materials.Add(mat);
}
}
static int i = 0; // общий "указатель" строк
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
public static void Main()
{
SearchOption SOAD = SearchOption.AllDirectories;
string[] filesName = Directory.GetFiles(Directory.GetCurrentDirectory(), "*.XAF", SOAD);
System.Threading.Thread.CurrentThread.CurrentCulture = new CultureInfo("en-US");
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
foreach (var file in filesName)
{
List <XMaterial> Materials = new List <XMaterial>();
List <Frame> Frames = new List <Frame>();
List <Mesh> Meshes = new List <Mesh>();
readText = File.ReadAllLines(file); // для прохода по строкам и поиска "шаблонов"
// создаём список в котором будет искать фреймы и удалять лишние строки
// создаём именно здесь, потому что далее содержимое readText будет изменяться
foreach (var o in readText)
{
if (o.Contains("animation_set {"))
{
break; // отбрасываем лишние строки с Анимацией
}
newlist.Add(o);
}
XAnimationSet animset = new XAnimationSet(); // этот блок вроде он всегда один
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
for (i = 0; i < readText.Length; i++) // Ищем материалы
{
// Материалы // лучше искать отдельно для каждого файла
if (readText[i].Contains("material \"") && readText[i].EndsWith("\" {"))
{
XMaterial xmat = new XMaterial(); // СОЗДАЁМ НОВЫЙ ОБЪЕКТ
xmat.Name = Regex.Split(readText[i], "\"")[1]; // первая строка - это всегда имя материала
for (int iii = 1; iii < 4; iii++) // цикл по 3 следущим строкам
{
if (readText[i + iii].Contains("texture"))
{
xmat.Filename = Regex.Split(readText[i + iii], "\"")[1]; // имя текстуры
}
if (readText[i + iii].Contains("colour")) // colour { float, float, float, float }
{
MatchCollection floats = Regex.Matches(readText[i + iii], @"(-?\d+(?:\.\d+)?)");
xmat.FaceColor.R = float.Parse(floats[0].Value);
xmat.FaceColor.G = float.Parse(floats[1].Value);
xmat.FaceColor.B = float.Parse(floats[2].Value);
xmat.FaceColor.A = float.Parse(floats[3].Value);
}
if (readText[i + iii].Contains("specular")) // specular { float, float }
{
MatchCollection floats = Regex.Matches(readText[i + iii], @"(-?\d+(?:\.\d+)?)");
xmat.Intensity = float.Parse(floats[0].Value);
xmat.Power = float.Parse(floats[1].Value);
}
}
Materials.Add(xmat); // ДОБАВЛЯЕМ МАТЕРИАЛ В СПИСОК
}
}
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
for (i = 0; i < readText.Length; i++)
{
// Фреймы //жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
if ((readText[i].Contains("object")) && (readText[i].Contains("{")))
{
Frame frame = new Frame();
frame.FrameName = "Frame " + Regex.Split(readText[i], "\"")[1] + " { //начало фрейма";
frame.FrameTransformMatrix = ReadMatrix(i + 1);
frame.FrameMeshName = "{ " + frame.FrameName + " }";
Frames.Add(frame);
}
}
// Меши //жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
for (i = 0; i < readText.Length; i++)
{
if (readText[i].Contains("mesh {")) //
{
Mesh mesh = new Mesh();
mesh.MeshName = Regex.Split(readText[i - 7], "\"")[1];
for (;;)
{
i++; // в цикле опускаемся каждый раз на строку ниже от "mesh {"
// пока не достигнем двух идущих подряд строк содержащих "}" означающую конец МЕШа
if (readText[i].Contains("}") && readText[i + 1].Contains("}"))
{
break;
}
if (readText[i].Contains("}") && readText[i + 1].Contains("object \""))
{
break; // -_- долго искал этот косяк -_-
}
if (readText[i].Contains("vertices {"))
{
mesh.MeshVertices = ReadVector2or3(i);
}
if (readText[i].Contains("normals {"))
{
mesh.MeshNormals = ReadVector2or3(i);
}
if (readText[i].Contains("texture_coordinates {"))
{
mesh.MeshTextureCoords = ReadVector2or3(i);
}
if (readText[i].Contains("faces {"))
{
List <string> findex, nordex;
ReadFaces(i, out findex, out nordex);
mesh.FacesIndices = findex;
mesh.NormalsIndices = nordex;
}
if (readText[i].Contains("face_materials {"))
{
int offset = i;
for (;;)
{
offset++; // шагаем по строкам
if (readText[offset].Contains("}"))
{
break;
}
mesh.face_materials.Add(Regex.Split(readText[offset], "\"")[1]);
}
}
if (readText[i].Contains("material \"") && readText[i].EndsWith("\""))
{
mesh.MeshMaterial = "{ " + Regex.Split(readText[i], "\"")[1] + " }"; // имя материала
}
}
Meshes.Add(mesh);
} // if
}
// анимация //жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
for (i = 0; i < readText.Length; i++)
{
if (readText[i].Contains("animation_set {")) // найден набор анимаций
{
int ii = 0; // счётчик
for (;;) // цикл по всем следующим строкам
{
if (readText[i + ii].Contains("animation ") && readText[i + ii].EndsWith(" {"))
{
XAnimation anima = new XAnimation();
anima.Name = " Animation " + Regex.Split(readText[i + ii], "\"")[1] + " {"; // имя анимации
anima.Keys = new List <XAnimationKey>();
for (;;)
{
if (readText[i + ii].Contains("object_name ")) // object_name "dummy"
{
anima.FrameReference = " { " + Regex.Split(readText[i + ii], "\"")[1] + " }"; // имя ссылки на фрейм
}
if (readText[i + ii].Contains("rotate_keys {"))
{
int iii = 1;
XAnimationKey rotate_keys = new XAnimationKey();
rotate_keys.Name = "rotate_keys";
for (;;)
{
string[] numbers = readText[i + ii + iii].Split(new char[] { ',' },
StringSplitOptions.RemoveEmptyEntries);
foreach (var f in numbers)
{
rotate_keys.KeysF.Add(float.Parse(f));
}
rotate_keys.KeysS.Add(numbers[0] + ";4;" + numbers[1] + "," + numbers[2] + "," + numbers[3] + "," + numbers[4] + ";;,");
iii++;
if (readText[i + ii + iii].Contains("}"))
{
break;
}
}
rotate_keys.KeysS.Insert(0, " AnimationKey rot {");
rotate_keys.KeysS.Insert(1, " 0;");
rotate_keys.KeysS.Insert(2, " " + (rotate_keys.KeysS.Count - 2) + ";");
rotate_keys.KeysS[rotate_keys.KeysS.Count - 1] = rotate_keys.KeysS[rotate_keys.KeysS.Count - 1].Replace(";;,", ";;;");
rotate_keys.KeysS.Add(" }");
anima.Keys.Add(rotate_keys);
}
if (readText[i + ii].Contains("scale_keys {"))
{
int iii = 1;
XAnimationKey scale_keys = new XAnimationKey();
scale_keys.Name = "scale_keys";
for (;;)
{
string[] numbers = readText[i + ii + iii].Split(new char[] { ',' },
StringSplitOptions.RemoveEmptyEntries);
foreach (var f in numbers)
{
scale_keys.KeysF.Add(float.Parse(f));
}
scale_keys.KeysS.Add(numbers[0] + ";3;" + numbers[1] + "," + numbers[2] + "," + numbers[3] + ";;,");
iii++;
if (readText[i + ii + iii].Contains("}"))
{
break;
}
}
scale_keys.KeysS.Insert(0, " AnimationKey scale {");
scale_keys.KeysS.Insert(1, " 1;");
scale_keys.KeysS.Insert(2, " " + (scale_keys.KeysS.Count - 2) + ";");
scale_keys.KeysS[scale_keys.KeysS.Count - 1] = scale_keys.KeysS[scale_keys.KeysS.Count - 1].Replace(";;,", ";;;");
scale_keys.KeysS.Add(" }");
anima.Keys.Add(scale_keys);
}
if (readText[i + ii].Contains("position_keys {"))
{
int iii = 1;
XAnimationKey position_keys = new XAnimationKey();
position_keys.Name = "position_keys";
for (;;)
{
string[] numbers = readText[i + ii + iii].Split(new char[] { ',' },
StringSplitOptions.RemoveEmptyEntries);
foreach (var f in numbers)
{
position_keys.KeysF.Add(float.Parse(f));
}
position_keys.KeysS.Add(numbers[0] + ";3;" + numbers[1] + "," + numbers[2] + "," + numbers[3] + ";;,");
iii++;
if (readText[i + ii + iii].Contains("}"))
{
break;
}
}
position_keys.KeysS.Insert(0, " AnimationKey pos {");
position_keys.KeysS.Insert(1, " 2;");
position_keys.KeysS.Insert(2, " " + (position_keys.KeysS.Count - 2) + ";");
position_keys.KeysS[position_keys.KeysS.Count - 1] = position_keys.KeysS[position_keys.KeysS.Count - 1].Replace(";;,", ";;;");
position_keys.KeysS.Add(" }");
anima.Keys.Add(position_keys);
}
if (readText[i + ii].Contains("}") && readText[i + ii + 1].Contains("}"))
{
break;
}
ii++;
}
ii++;
animset.Animations.Add(anima); // добавляем анимации с ключами в набор
}
i++;
if ((i + ii) - readText.Length == 0) // конец файла
{
break; // это выход для [animation_set]
}
} //for
} //if анимация
} // for // чтение всех строк
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
// СУПЕР КОСТЫЛЬ ОСТАВЛЯЮЩИЙ ФРЕЙМЫ И УБИРАЮЩИЙ ВСЁ ЛИШНЕЕ
// иначе нужно юзать реккурсию и список дочерних фреймов для "Объектов"
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains(","))
{
newlist[i] = "";
}
} // удаляем все строки содержащие запятые
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str)); // каждый раз удаляем образовавшиеся пустые строки
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("faces {"))
{
newlist[i + 0] = ""; newlist[i + 1] = ""; newlist[i + 2] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("matrix {"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("texture \""))
{
newlist[i] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("normals {"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("texture_coordinates {"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("vertices {"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("material \"") && newlist[i].EndsWith("\""))
{
newlist[i] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("mesh {"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("material") && newlist[i].Contains("{"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
for (i = 0; i < newlist.Count; i++)
{
if (newlist[i].Contains("face_materials"))
{
newlist[i] = ""; newlist[i + 1] = "";
}
}
newlist.RemoveAll(str => String.IsNullOrWhiteSpace(str));
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
using (StreamWriter new_xaf = new StreamWriter(file + ".x")) new_xaf.Write("xof 0303txt 0032\n\n"); // HEADER
// можно записывать всё в одном блоке using
using (StreamWriter new_xaf = File.AppendText(file + ".x"))
{
// ЗАПИСЫВАЕМ МАТЕРИАЛЫ В ФАЙЛ
if (Materials.Count > 0)
{
for (int mati = 0; mati < Materials.Count; mati++)
{
new_xaf.WriteLine("Material " + Materials[mati].Name + " {");
new_xaf.WriteLine(Materials[mati].FaceColor);
new_xaf.WriteLine(Materials[mati].Power + ";");
new_xaf.WriteLine("0.000000;0.000000;0.000000;;");
new_xaf.WriteLine("0.000000;0.000000;0.000000;;");
if (Materials[mati].Filename == "" || Materials[mati].Filename == " " ||
Materials[mati].Filename == String.Empty || Materials[mati].Filename == null)
{
new_xaf.WriteLine("}");
}
else
{
new_xaf.WriteLine("TextureFilename { \"" + Materials[mati].Filename + "\"; } }\n");
}
}
Materials.Clear();
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
// ЗАПИСЫВАЕМ Фреймы И МЕШИ В ФАЙЛ
// теперь надо пробежаться по newlist списку
// чтобы запихнуть после его матрицы - тело соответствующего меша
// таким образом нужные скобки сдвинуться
// лучше заюзаю новый список // или юзай метод отсюда https://stackoverflow.com/questions/9462518/short-way-to-add-item-after-item-in-list
int co = 0;
List <string> NewNewList = new List <string>();
foreach (var o in newlist) // идём по строкам в новом списке
{
//if (newlist.Contains("Frame ")) // если встретился объект
if (o.Contains("object") /*&& o.Contains("{")*/)
{
NewNewList.Add(Frames[co].FrameName);
NewNewList.Add(Frames[co].FrameTransformMatrix);
NewNewList.Add(Meshes[co].ToString());
co++; // переходим к следущему фрейму и его мешу
}
if (o.Contains("}"))
{
NewNewList.Add(o + " // конец фрейма"); // ставим закрывающую скобку
}
// if ( co > ( Frames.Count - 1 ) ) break;
// и если нет больше фреймов с мешами - выходим
// эта строчка тоже вызывала ошибку
// не добавляла последнюю скобку закрывающую фрейм
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
// ЗАПИСЫВАЕМ Фреймы И МЕШИ В ФАЙЛ
foreach (var str in NewNewList)
{
new_xaf.WriteLine(str);
}
Frames.Clear();
Meshes.Clear();
NewNewList.Clear();
newlist.Clear();
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
// ЗАПИСЫВАЕМ АНИМАЦИИ В ФАЙЛ
if (animset.Animations.Count > 0)
{
new_xaf.WriteLine("\nAnimationSet {\n");
foreach (var o in animset.Animations)
{
new_xaf.WriteLine(o.Name + "\n" + o.FrameReference);
new_xaf.WriteLine(" AnimationOptions { 1; 0; } \n");
foreach (var oo in o.Keys)
{
foreach (var ooo in oo.KeysS)
{
new_xaf.WriteLine(ooo);
}
}
new_xaf.WriteLine(" }"); // для каждого блока Animation
}
new_xaf.WriteLine("}"); // для блока AnimationSet
animset.Animations.Clear();
}
} // запись в файл
animset.Animations.Clear();
animset = null;
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
} // foreach (var file in filesName)
//жжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжжж
} // public static void Main()