public static Material LoadMat(string matPath, int renderQueue = -1)
{
Material material = (Material)Resources.Load("Materials/" + matPath, typeof(Material));
if (material == null)
{
Log.Warning("Could not load material " + matPath);
}
Request request = default(Request);
request.path = matPath;
request.renderQueue = renderQueue;
Request key = request;
if (!dict.TryGetValue(key, out Material value))
{
value = MaterialAllocator.Create(material);
if (renderQueue != -1)
{
value.renderQueue = renderQueue;
}
dict.Add(key, value);
}
return(value);
}
public static Material FadedVersionOf(Material sourceMat, float alpha)
{
int num = FadedMaterialPool.IndexFromAlpha(alpha);
Material result;
if (num == 0)
{
result = BaseContent.ClearMat;
}
else if (num == 29)
{
result = sourceMat;
}
else
{
FadedMaterialPool.FadedMatRequest key = new FadedMaterialPool.FadedMatRequest(sourceMat, num);
Material material;
if (!FadedMaterialPool.cachedMats.TryGetValue(key, out material))
{
material = MaterialAllocator.Create(sourceMat);
material.color = new Color(1f, 1f, 1f, (float)FadedMaterialPool.IndexFromAlpha(alpha) / 30f);
FadedMaterialPool.cachedMats.Add(key, material);
}
result = material;
}
return(result);
}
public static Material FadedVersionOf(Material sourceMat, float alpha)
{
int num = IndexFromAlpha(alpha);
switch (num)
{
case 0:
return(BaseContent.ClearMat);
case 29:
return(sourceMat);
default:
{
FadedMatRequest key = new FadedMatRequest(sourceMat, num);
if (!cachedMats.TryGetValue(key, out var value))
{
value = MaterialAllocator.Create(sourceMat);
value.color = new Color(1f, 1f, 1f, (float)IndexFromAlpha(alpha) / 30f);
cachedMats.Add(key, value);
}
return(value);
}
}
}
public static Material LoadMat(string matPath, int renderQueue = -1)
{
Material material = (Material)Resources.Load("Materials/" + matPath, typeof(Material));
if (material == null)
{
Log.Warning("Could not load material " + matPath, false);
}
MatLoader.Request key = new MatLoader.Request
{
path = matPath,
renderQueue = renderQueue
};
Material material2;
if (!MatLoader.dict.TryGetValue(key, out material2))
{
material2 = MaterialAllocator.Create(material);
if (renderQueue != -1)
{
material2.renderQueue = renderQueue;
}
MatLoader.dict.Add(key, material2);
}
return(material2);
}
public static Material MatFrom(MaterialRequest req)
{
if (!UnityData.IsInMainThread)
{
Log.Error("Tried to get a material from a different thread.", false);
return(null);
}
if (req.mainTex == null)
{
Log.Error("MatFrom with null sourceTex.", false);
return(BaseContent.BadMat);
}
if (req.shader == null)
{
Log.Warning("Matfrom with null shader.", false);
return(BaseContent.BadMat);
}
if (req.maskTex != null && !req.shader.SupportsMaskTex())
{
Log.Error("MaterialRequest has maskTex but shader does not support it. req=" + req.ToString(), false);
req.maskTex = null;
}
Material material;
if (!MaterialPool.matDictionary.TryGetValue(req, out material))
{
material = MaterialAllocator.Create(req.shader);
material.name = req.shader.name + "_" + req.mainTex.name;
material.mainTexture = req.mainTex;
material.color = req.color;
if (req.maskTex != null)
{
material.SetTexture(ShaderPropertyIDs.MaskTex, req.maskTex);
material.SetColor(ShaderPropertyIDs.ColorTwo, req.colorTwo);
}
if (req.renderQueue != 0)
{
material.renderQueue = req.renderQueue;
}
if (!req.shaderParameters.NullOrEmpty <ShaderParameter>())
{
for (int i = 0; i < req.shaderParameters.Count; i++)
{
req.shaderParameters[i].Apply(material);
}
}
MaterialPool.matDictionary.Add(req, material);
if (!MaterialPool.matDictionary.ContainsKey(req))
{
Log.Error("MaterialRequest is not present in the dictionary even though we've just added it there. The equality operators are most likely defined incorrectly.", false);
}
if (req.shader == ShaderDatabase.CutoutPlant || req.shader == ShaderDatabase.TransparentPlant)
{
WindManager.Notify_PlantMaterialCreated(material);
}
}
return(material);
}
public static Material Create(Shader shader)
{
Material material = new Material(shader);
MaterialAllocator.references[material] = new MaterialAllocator.MaterialInfo
{
stackTrace = ((!Prefs.DevMode) ? "(unavailable)" : Environment.StackTrace)
};
MaterialAllocator.TryReport();
return(material);
}
public static Material MatFrom(MaterialRequest req)
{
if (!UnityData.IsInMainThread)
{
Log.Error("Tried to get a material from a different thread.");
return(null);
}
if (req.mainTex == null)
{
Log.Error("MatFrom with null sourceTex.");
return(BaseContent.BadMat);
}
if (req.shader == null)
{
Log.Warning("Matfrom with null shader.");
return(BaseContent.BadMat);
}
if (req.maskTex != null && !req.shader.SupportsMaskTex())
{
Log.Error("MaterialRequest has maskTex but shader does not support it. req=" + req.ToString());
req.maskTex = null;
}
req.color = (Color32)req.color;
req.colorTwo = (Color32)req.colorTwo;
if (!matDictionary.TryGetValue(req, out var value))
{
value = MaterialAllocator.Create(req.shader);
value.name = req.shader.name + "_" + req.mainTex.name;
value.mainTexture = req.mainTex;
value.color = req.color;
if (req.maskTex != null)
{
value.SetTexture(ShaderPropertyIDs.MaskTex, req.maskTex);
value.SetColor(ShaderPropertyIDs.ColorTwo, req.colorTwo);
}
if (req.renderQueue != 0)
{
value.renderQueue = req.renderQueue;
}
if (!req.shaderParameters.NullOrEmpty())
{
for (int i = 0; i < req.shaderParameters.Count; i++)
{
req.shaderParameters[i].Apply(value);
}
}
matDictionary.Add(req, value);
if (req.shader == ShaderDatabase.CutoutPlant || req.shader == ShaderDatabase.TransparentPlant)
{
WindManager.Notify_PlantMaterialCreated(value);
}
}
return(value);
}
public static Material GetInvisibleMat(Material baseMat)
{
if (!materials.TryGetValue(baseMat, out Material value))
{
value = MaterialAllocator.Create(baseMat);
value.shader = ShaderDatabase.Invisible;
value.SetTexture(NoiseTex, TexGame.RippleTex);
value.color = color;
materials.Add(baseMat, value);
}
return(value);
}
public override void PostLoad()
{
placingDraggableDimensions = 2;
LongEventHandler.ExecuteWhenFinished(delegate
{
Shader shader = null;
switch (edgeType)
{
case TerrainEdgeType.Hard:
shader = ShaderDatabase.TerrainHard;
break;
case TerrainEdgeType.Fade:
shader = ShaderDatabase.TerrainFade;
break;
case TerrainEdgeType.FadeRough:
shader = ShaderDatabase.TerrainFadeRough;
break;
case TerrainEdgeType.Water:
shader = ShaderDatabase.TerrainWater;
break;
}
graphic = GraphicDatabase.Get <Graphic_Terrain>(texturePath, shader, Vector2.one, color, 2000 + renderPrecedence);
if (shader == ShaderDatabase.TerrainFadeRough || shader == ShaderDatabase.TerrainWater)
{
graphic.MatSingle.SetTexture("_AlphaAddTex", TexGame.AlphaAddTex);
}
if (!waterDepthShader.NullOrEmpty())
{
waterDepthMaterial = MaterialAllocator.Create(ShaderDatabase.LoadShader(waterDepthShader));
waterDepthMaterial.renderQueue = 2000 + renderPrecedence;
waterDepthMaterial.SetTexture("_AlphaAddTex", TexGame.AlphaAddTex);
if (waterDepthShaderParameters != null)
{
for (int j = 0; j < waterDepthShaderParameters.Count; j++)
{
waterDepthShaderParameters[j].Apply(waterDepthMaterial);
}
}
}
});
if (tools != null)
{
for (int i = 0; i < tools.Count; i++)
{
tools[i].id = i.ToString();
}
}
base.PostLoad();
}
public static Material NewSolidColorMaterial(Color col, Shader shader)
{
if (!UnityData.IsInMainThread)
{
Log.Error("Tried to create a material from a different thread.");
return(null);
}
Material material = MaterialAllocator.Create(shader);
material.color = col;
material.name = "SolidColorMat-" + shader.name + "-" + col;
return(material);
}
public static Material GetDamageFlashMat(Material baseMat, float damPct)
{
if (damPct < 0.01f)
{
return(baseMat);
}
if (!damagedMats.TryGetValue(baseMat, out var value))
{
value = MaterialAllocator.Create(baseMat);
damagedMats.Add(baseMat, value);
}
Color color2 = (value.color = Color.Lerp(baseMat.color, DamagedMatStartingColor, damPct));
return(value);
}
public MaterialAtlas(Material newRootMat)
{
Vector2 mainTextureScale = new Vector2(0.1875f, 0.1875f);
for (int i = 0; i < 16; i++)
{
float x = (float)(i % 4) * 0.25f + 0.03125f;
float y = (float)(i / 4) * 0.25f + 0.03125f;
Vector2 mainTextureOffset = new Vector2(x, y);
Material material = MaterialAllocator.Create(newRootMat);
material.name = newRootMat.name + "_ASM" + i;
material.mainTextureScale = mainTextureScale;
material.mainTextureOffset = mainTextureOffset;
this.subMats[i] = material;
}
}
public static void TryReport()
{
if (MaterialAllocator.MaterialWarningThreshold() > MaterialAllocator.nextWarningThreshold)
{
MaterialAllocator.nextWarningThreshold = MaterialAllocator.MaterialWarningThreshold();
}
if (MaterialAllocator.references.Count > MaterialAllocator.nextWarningThreshold)
{
Log.Error(string.Format("Material allocator has allocated {0} materials; this may be a sign of a material leak", MaterialAllocator.references.Count), false);
if (Prefs.DevMode)
{
MaterialAllocator.MaterialReport();
}
MaterialAllocator.nextWarningThreshold *= 2;
}
}
public static Material GetDamageFlashMat(Material baseMat, float damPct)
{
if (damPct < 0.01f)
{
return(baseMat);
}
Material material;
if (!DamagedMatPool.damagedMats.TryGetValue(baseMat, out material))
{
material = MaterialAllocator.Create(baseMat);
DamagedMatPool.damagedMats.Add(baseMat, material);
}
Color color = Color.Lerp(baseMat.color, DamagedMatPool.DamagedMatStartingColor, damPct);
material.color = color;
return(material);
}
public static Material NewSolidColorMaterial(Color col, Shader shader)
{
if (!UnityData.IsInMainThread)
{
Log.Error("Tried to create a material from a different thread.", false);
return(null);
}
Material material = MaterialAllocator.Create(shader);
material.color = col;
material.name = string.Concat(new object[]
{
"SolidColorMat-",
shader.name,
"-",
col
});
return(material);
}
private void <PostLoad> m__0()
{
Shader shader = null;
switch (this.edgeType)
{
case TerrainDef.TerrainEdgeType.Hard:
shader = ShaderDatabase.TerrainHard;
break;
case TerrainDef.TerrainEdgeType.Fade:
shader = ShaderDatabase.TerrainFade;
break;
case TerrainDef.TerrainEdgeType.FadeRough:
shader = ShaderDatabase.TerrainFadeRough;
break;
case TerrainDef.TerrainEdgeType.Water:
shader = ShaderDatabase.TerrainWater;
break;
}
this.graphic = GraphicDatabase.Get <Graphic_Terrain>(this.texturePath, shader, Vector2.one, this.color, 2000 + this.renderPrecedence);
if (shader == ShaderDatabase.TerrainFadeRough || shader == ShaderDatabase.TerrainWater)
{
this.graphic.MatSingle.SetTexture("_AlphaAddTex", TexGame.AlphaAddTex);
}
if (!this.waterDepthShader.NullOrEmpty())
{
this.waterDepthMaterial = MaterialAllocator.Create(ShaderDatabase.LoadShader(this.waterDepthShader));
this.waterDepthMaterial.renderQueue = 2000 + this.renderPrecedence;
this.waterDepthMaterial.SetTexture("_AlphaAddTex", TexGame.AlphaAddTex);
if (this.waterDepthShaderParameters != null)
{
for (int i = 0; i < this.waterDepthShaderParameters.Count; i++)
{
this.waterDepthShaderParameters[i].Apply(this.waterDepthMaterial);
}
}
}
}