/// <summary>
/// Convierte el objeto System.String actual en un objeto UnityEngine.Color, atendiendo a su representación en
/// hexadecimal. La respresentación hexadecimal deberá tener al menos una longitud de 6, en cuyo caso se
/// interpretarán los valores de los componentes R, G, y B del color. Si tiene dos caracteres más se intentará
/// además obtener el componente alfa del color. La cadena de texto podrá empezar opcionalmente por "0x" o por
/// "#" (estos prefijos serán simplemente ignorados). Si no se puede realizar la conversión, se devuelve el
/// color especificado como alternativa.
/// </summary>
public static Color ToColorFromHex(this string s, Color fallback)
{
// Eliminación de prefijos comunes de definición de colores en hexadecimal
s = s.Replace("0x", string.Empty);
s = s.Replace("#", string.Empty);
#if (UNITY_5 || UNITY_4)
// Convertir color de respaldo a bytes
global::UnityEngine.Color32 fallback32 = (global::UnityEngine.Color32)fallback;
// Intentar conversión
if (s.Length >= 6)
{
byte a = byte.MaxValue;
byte r = ColorExtensions.TryParseByte(s.Substring(0, 2), fallback32.r);
byte g = ColorExtensions.TryParseByte(s.Substring(2, 2), fallback32.g);
byte b = ColorExtensions.TryParseByte(s.Substring(4, 2), fallback32.b);
if (s.Length > 7)
{
a = ColorExtensions.TryParseByte(s.Substring(6, 2), byte.MaxValue);
}
return(new global::UnityEngine.Color32(r, g, b, a));
}
else
{
return(fallback);
}
#else
// Intentar conversión
if (s.Length >= 6)
{
byte a = byte.MaxValue;
byte r = ColorExtensions.TryParseByte(s.Substring(0, 2), fallback.R);
byte g = ColorExtensions.TryParseByte(s.Substring(2, 2), fallback.G);
byte b = ColorExtensions.TryParseByte(s.Substring(4, 2), fallback.B);
if (s.Length > 7)
{
a = ColorExtensions.TryParseByte(s.Substring(6, 2), byte.MaxValue);
}
return(Color.FromArgb(a, r, g, b));
}
else
{
return(fallback);
}
#endif
}
// Token: 0x060000C9 RID: 201 RVA: 0x00008D80 File Offset: 0x00006F80
private global::SteamVR_RenderModel.RenderModel LoadRenderModel(global::Valve.VR.CVRRenderModels renderModels, string renderModelName, string baseName)
{
global::System.IntPtr zero = global::System.IntPtr.Zero;
global::Valve.VR.EVRRenderModelError evrrenderModelError;
for (;;)
{
evrrenderModelError = renderModels.LoadRenderModel_Async(renderModelName, ref zero);
bool flag = evrrenderModelError != global::Valve.VR.EVRRenderModelError.Loading;
if (flag)
{
break;
}
global::System.Threading.Thread.Sleep(1);
}
bool flag2 = evrrenderModelError > global::Valve.VR.EVRRenderModelError.None;
global::SteamVR_RenderModel.RenderModel result;
if (flag2)
{
global::UnityEngine.Debug.LogError(string.Format("Failed to load render model {0} - {1}", renderModelName, evrrenderModelError.ToString()));
result = null;
}
else
{
global::Valve.VR.RenderModel_t renderModel_t = (global::Valve.VR.RenderModel_t)global::System.Runtime.InteropServices.Marshal.PtrToStructure(zero, typeof(global::Valve.VR.RenderModel_t));
global::UnityEngine.Vector3[] array = new global::UnityEngine.Vector3[renderModel_t.unVertexCount];
global::UnityEngine.Vector3[] array2 = new global::UnityEngine.Vector3[renderModel_t.unVertexCount];
global::UnityEngine.Vector2[] array3 = new global::UnityEngine.Vector2[renderModel_t.unVertexCount];
global::System.Type typeFromHandle = typeof(global::Valve.VR.RenderModel_Vertex_t);
int num = 0;
while ((long)num < (long)((ulong)renderModel_t.unVertexCount))
{
global::System.IntPtr intPtr;
intPtr..ctor(renderModel_t.rVertexData.ToInt64() + (long)(num * global::System.Runtime.InteropServices.Marshal.SizeOf(typeFromHandle)));
global::Valve.VR.RenderModel_Vertex_t renderModel_Vertex_t = (global::Valve.VR.RenderModel_Vertex_t)global::System.Runtime.InteropServices.Marshal.PtrToStructure(intPtr, typeFromHandle);
array[num] = new global::UnityEngine.Vector3(renderModel_Vertex_t.vPosition.v0, renderModel_Vertex_t.vPosition.v1, -renderModel_Vertex_t.vPosition.v2);
array2[num] = new global::UnityEngine.Vector3(renderModel_Vertex_t.vNormal.v0, renderModel_Vertex_t.vNormal.v1, -renderModel_Vertex_t.vNormal.v2);
array3[num] = new global::UnityEngine.Vector2(renderModel_Vertex_t.rfTextureCoord0, renderModel_Vertex_t.rfTextureCoord1);
num++;
}
int num2 = (int)(renderModel_t.unTriangleCount * 3U);
short[] array4 = new short[num2];
global::System.Runtime.InteropServices.Marshal.Copy(renderModel_t.rIndexData, array4, 0, array4.Length);
int[] array5 = new int[num2];
int num3 = 0;
while ((long)num3 < (long)((ulong)renderModel_t.unTriangleCount))
{
array5[num3 * 3] = (int)array4[num3 * 3 + 2];
array5[num3 * 3 + 1] = (int)array4[num3 * 3 + 1];
array5[num3 * 3 + 2] = (int)array4[num3 * 3];
num3++;
}
global::UnityEngine.Mesh mesh = new global::UnityEngine.Mesh();
mesh.vertices = array;
mesh.normals = array2;
mesh.uv = array3;
mesh.triangles = array5;
mesh.Optimize();
global::UnityEngine.Material material = global::SteamVR_RenderModel.materials[renderModel_t.diffuseTextureId] as global::UnityEngine.Material;
bool flag3 = material == null || material.mainTexture == null;
if (flag3)
{
global::System.IntPtr zero2 = global::System.IntPtr.Zero;
for (;;)
{
evrrenderModelError = renderModels.LoadTexture_Async(renderModel_t.diffuseTextureId, ref zero2);
bool flag4 = evrrenderModelError != global::Valve.VR.EVRRenderModelError.Loading;
if (flag4)
{
break;
}
global::System.Threading.Thread.Sleep(1);
}
bool flag5 = evrrenderModelError == global::Valve.VR.EVRRenderModelError.None;
if (flag5)
{
global::Valve.VR.RenderModel_TextureMap_t renderModel_TextureMap_t = (global::Valve.VR.RenderModel_TextureMap_t)global::System.Runtime.InteropServices.Marshal.PtrToStructure(zero2, typeof(global::Valve.VR.RenderModel_TextureMap_t));
global::UnityEngine.Texture2D texture2D = new global::UnityEngine.Texture2D((int)renderModel_TextureMap_t.unWidth, (int)renderModel_TextureMap_t.unHeight, 5, false);
bool flag6 = global::UnityEngine.SystemInfo.graphicsDeviceVersion.StartsWith("OpenGL");
if (flag6)
{
byte[] array6 = new byte[(int)(renderModel_TextureMap_t.unWidth * renderModel_TextureMap_t.unHeight * '\u0004')];
global::System.Runtime.InteropServices.Marshal.Copy(renderModel_TextureMap_t.rubTextureMapData, array6, 0, array6.Length);
global::UnityEngine.Color32[] array7 = new global::UnityEngine.Color32[(int)(renderModel_TextureMap_t.unWidth * renderModel_TextureMap_t.unHeight)];
int num4 = 0;
for (int i = 0; i < (int)renderModel_TextureMap_t.unHeight; i++)
{
for (int j = 0; j < (int)renderModel_TextureMap_t.unWidth; j++)
{
byte b = array6[num4++];
byte b2 = array6[num4++];
byte b3 = array6[num4++];
byte b4 = array6[num4++];
array7[i * (int)renderModel_TextureMap_t.unWidth + j] = new global::UnityEngine.Color32(b, b2, b3, b4);
}
}
texture2D.SetPixels32(array7);
texture2D.Apply();
}
else
{
texture2D.Apply();
for (;;)
{
evrrenderModelError = renderModels.LoadIntoTextureD3D11_Async(renderModel_t.diffuseTextureId, texture2D.GetNativeTexturePtr());
bool flag7 = evrrenderModelError != global::Valve.VR.EVRRenderModelError.Loading;
if (flag7)
{
break;
}
global::System.Threading.Thread.Sleep(1);
}
}
material = new global::UnityEngine.Material((this.shader != null) ? this.shader : global::EscalationVR.UnityHelper.GetShader("Standard"));
material.mainTexture = texture2D;
global::SteamVR_RenderModel.materials[renderModel_t.diffuseTextureId] = material;
renderModels.FreeTexture(zero2);
}
else
{
global::UnityEngine.Debug.Log("Failed to load render model texture for render model " + renderModelName);
}
}
base.StartCoroutine(this.FreeRenderModel(zero));
result = new global::SteamVR_RenderModel.RenderModel(mesh, material);
}
return(result);
}
