public string toJsonString()
{
FastJsonWriter writer = new FastJsonWriter();
writeRawJsonValue(writer);
return(writer.getString());
}
public static string toJsonString <T>(this T arg) where T : IFastJsonValue
{
if (arg == null)
{
return(string.Empty);
}
var writer = new FastJsonWriter();
arg.writeRawJsonValue(writer);
return(writer.getString());
}
public string toJsonString()
{
FastJsonWriter writer = new FastJsonWriter();
writer.beginDocument();
writer.beginKeyArray("objects");
foreach (var cur in objects)
{
writer.beginObjectValue();
writer.writeKeyVal("name", cur.name);
writer.writeKeyVal("instanceId", cur.instanceId);
writer.writeKeyVal("id", cur.id);
writer.writeKeyVal("localPosition", cur.localPosition);
writer.writeKeyVal("localRotation", cur.localRotation);
writer.writeKeyVal("localScale", cur.localScale);
writer.writeKeyVal("worldMatrix", cur.worldMatrix);
writer.writeKeyVal("localMatrix", cur.localMatrix);
writer.writeKeyVal("children", cur.children);
writer.writeKeyVal("parent", cur.parent);
writer.writeKeyVal("mesh", cur.mesh);
writer.writeKeyVal("isStatic", cur.isStatic);
writer.writeKeyVal("lightMapStatic", cur.lightMapStatic);
writer.writeKeyVal("navigationStatic", cur.navigationStatic);
writer.writeKeyVal("occluderStatic", cur.occluderStatic);
writer.writeKeyVal("occludeeStatic", cur.occludeeStatic);
writer.writeKeyVal("reflectionProbeStatic", cur.reflectionProbeStatic);
writer.beginKeyArray("renderer");
if (cur.renderer != null)
{
foreach (var r in cur.renderer)
{
writer.beginObjectValue();
writer.writeKeyVal("lightmapIndex", r.lightmapIndex);
writer.writeKeyVal("shadowCastingMode", r.shadowCastingMode);
writer.writeKeyVal("lightmapScaleOffset", r.lightmapScaleOffset);
writer.writeKeyVal("materials", r.materials);
writer.writeKeyVal("receiveShadows", r.receiveShadows);
writer.endObject();
}
}
writer.endArray();
writer.beginKeyArray("light");
if (cur.light != null)
{
foreach (var l in cur.light)
{
writer.beginObjectValue();
writer.writeKeyVal("bounceIntensity", l.bounceIntensity);
writer.writeKeyVal("color", l.color);
writer.writeKeyVal("intensity", l.intensity);
writer.writeKeyVal("range", l.range);
writer.writeKeyVal("renderMode", l.renderMode);
writer.writeKeyVal("shadows", l.shadows);
writer.writeKeyVal("shadowStrength", l.shadowStrength);
writer.writeKeyVal("spotAngle", l.spotAngle);
writer.writeKeyVal("type", l.type);
writer.endObject();
}
}
writer.endArray();
writer.endObject();
}
writer.endArray();
writer.beginKeyArray("materials");
foreach (var cur in materials)
{
writer.beginObjectValue();
writer.writeKeyVal("id", cur.id);
writer.writeKeyVal("renderQueue", cur.renderQueue);
writer.writeKeyVal("name", cur.name);
writer.writeKeyVal("path", cur.path);
writer.writeKeyVal("shader", cur.shader);
//writer.writeKeyVal("renderType", cur.renderType);
writer.writeKeyVal("mainTexture", cur.mainTexture);
writer.writeKeyVal("mainTextureOffset", cur.mainTextureOffset);
writer.writeKeyVal("mainTextureScale", cur.mainTextureScale);
writer.writeKeyVal("color", cur.color);
writer.writeKeyVal("useNormalMap", cur.useNormalMap);
writer.writeKeyVal("useAlphaTest", cur.useAlphaTest);
writer.writeKeyVal("useAlphaBlend", cur.useAlphaBlend);
writer.writeKeyVal("useAlphaPremultiply", cur.useAlphaPremultiply);
writer.writeKeyVal("useEmission", cur.useEmission);
writer.writeKeyVal("useParallax", cur.useParallax);
writer.writeKeyVal("useDetailMap", cur.useDetailMap);
writer.writeKeyVal("useMetallic", cur.useMetallic);
writer.writeKeyVal("useSpecular", cur.useSpecular);
writer.writeKeyVal("albedoTex", cur.albedoTex);
writer.writeKeyVal("specularTex", cur.specularTex);
writer.writeKeyVal("metallicTex", cur.metallicTex);
writer.writeKeyVal("normalMapTex", cur.normalMapTex);
writer.writeKeyVal("occlusionTex", cur.occlusionTex);
writer.writeKeyVal("parallaxTex", cur.parallaxTex);
writer.writeKeyVal("emissionTex", cur.emissionTex);
writer.writeKeyVal("detailMaskTex", cur.detailMaskTex);
writer.writeKeyVal("detailAlbedoTex", cur.detailAlbedoTex);
writer.writeKeyVal("detailNormalMapTex", cur.detailNormalMapTex);
writer.writeKeyVal("alphaCutoff", cur.alphaCutoff);
writer.writeKeyVal("smoothness", cur.smoothness);
writer.writeKeyVal("specularColor", cur.specularColor);
writer.writeKeyVal("metallic", cur.metallic);
writer.writeKeyVal("bumpScale", cur.bumpScale);
writer.writeKeyVal("parallaxScale", cur.parallaxScale);
writer.writeKeyVal("occlusionStrength", cur.occlusionStrength);
writer.writeKeyVal("emissionColor", cur.emissionColor);
writer.writeKeyVal("detailMapScale", cur.detailMapScale);
writer.writeKeyVal("secondaryUv", cur.secondaryUv);
writer.endObject();
}
writer.endArray();
writer.beginKeyArray("meshes");
foreach (var cur in meshes)
{
writer.beginObjectValue();
writer.writeKeyVal("name", cur.name);
writer.writeKeyVal("id", cur.id);
writer.writeKeyVal("path", cur.path);
writer.writeKeyVal("materials", cur.materials);
writer.writeKeyVal("readable", cur.readable);
writer.writeKeyVal("vertexCount", cur.vertexCount);
writer.writeKeyVal("colors", cur.colors);
writer.writeKeyVal("verts", cur.verts);
writer.writeKeyVal("normals", cur.normals);
writer.writeKeyVal("uv0", cur.uv0);
writer.writeKeyVal("uv1", cur.uv1);
writer.writeKeyVal("uv2", cur.uv2);
writer.writeKeyVal("uv3", cur.uv3);
writer.writeKeyVal("subMeshCount", cur.subMeshCount);
writer.beginKeyArray("subMeshes");
foreach (var curSubMesh in cur.subMeshes)
{
writer.beginObjectValue();
writer.writeKeyVal("triangles", curSubMesh.triangles);
writer.endObject();
}
writer.endArray();
writer.endObject();
}
writer.endArray();
writer.beginKeyArray("textures");
foreach (var cur in textures)
{
writer.beginObjectValue();
writer.writeKeyVal("name", cur.name);
writer.writeKeyVal("id", cur.id);
writer.writeKeyVal("path", cur.path);
writer.writeKeyVal("filterMode", cur.filterMode);
writer.writeKeyVal("mipMapBias", cur.mipMapBias);
writer.writeKeyVal("width", cur.width);
writer.writeKeyVal("height", cur.height);
writer.writeKeyVal("wrapMode", cur.wrapMode);
writer.writeKeyVal("isTex2D", cur.isTex2D);
writer.writeKeyVal("isRenderTarget", cur.isRenderTarget);
writer.writeKeyVal("alphaTransparency", cur.alphaTransparency);
writer.writeKeyVal("anisoLevel", cur.anisoLevel);
writer.endObject();
}
writer.endArray();
writer.beginKeyArray("resources");
foreach (var cur in resources)
{
writer.writeValue(cur);
}
writer.endArray();
writer.endDocument();
return(writer.getString());
}