private void AddInstancedRenderableInternal(string id, string interiorName, int transformCount, Vector3[] positionOffsets, Quaternion[] orientations, IntPtr nativeRenderablePtr)
{
Mesh[] meshes;
DoubleVector3 originECEF;
string materialName;
if (m_meshUploader.TryGetUnityMeshesForID(id, out meshes, out originECEF, out materialName))
{
var descriptor = new IndoorMaterialDescriptor(interiorName, materialName);
for (int transformIndex = 0; transformIndex < transformCount; ++transformIndex)
{
string instanceId = id + string.Format("_instance_{0}", transformIndex);
var gameObjects = m_indoorMapStreamer.AddObjectsForMeshes(instanceId, meshes, originECEF, positionOffsets[transformIndex], orientations[transformIndex], materialName);
var material = m_indoorMapsApiInternal.IndoorMapMaterialFactory.CreateMaterialFromDescriptor(descriptor);
foreach (var gameObject in gameObjects)
{
gameObject.AddComponent <InstancedIndoorMapRenderable>().Init(transformIndex, nativeRenderablePtr, material, m_indoorMapsApiInternal);
}
}
}
else
{
Debug.LogErrorFormat("ERROR: Could not get mesh for ID {0}.", id);
}
}
public void IssueTextureRequestsForMaterial(IIndoorMapMaterial material, IndoorMaterialDescriptor descriptor)
{
string texturePath;
var key = "DiffuseTexturePath";
if (descriptor.Strings.TryGetValue(key, out texturePath))
{
m_textureStreamingService.RequestTextureForMaterial(material, descriptor.IndoorMapName, key, texturePath, false);
}
var cubeMapKey = "CubeMapTexturePath";
string cubeMapTexturePath;
if (descriptor.Strings.TryGetValue(cubeMapKey, out cubeMapTexturePath))
{
if (!string.IsNullOrEmpty(cubeMapTexturePath))
{
m_textureStreamingService.RequestTextureForMaterial(material, descriptor.IndoorMapName, cubeMapKey, cubeMapTexturePath, true);
}
}
}
private void AddHighlightRenderableInternal(string id, string indoorMapName, IntPtr nativeRenderablePtr)
{
Mesh[] meshes;
DoubleVector3 originECEF;
string materialName;
if (m_meshUploader.TryGetUnityMeshesForID(id, out meshes, out originECEF, out materialName))
{
var gameObjects = m_indoorMapStreamer.AddObjectsForMeshes(id, meshes, originECEF, Vector3.zero, Quaternion.identity, materialName);
var descriptor = new IndoorMaterialDescriptor(indoorMapName, materialName);
var material = m_indoorMapsApiInternal.IndoorMapMaterialFactory.CreateMaterialFromDescriptor(descriptor);
foreach (var gameObject in gameObjects)
{
gameObject.AddComponent <IndoorMapHighlightRenderable>().Init(nativeRenderablePtr, material, m_indoorMapsApiInternal);
}
}
else
{
Debug.LogErrorFormat("ERROR: Could not get mesh for ID {0}.", id);
}
}
public void IssueTextureRequestsForMaterial(IIndoorMapMaterial material, IndoorMaterialDescriptor descriptor)
{
// do nothing, we won't bother with a texture for these materials - see DefaultIndoorMaterialFactory for an example where textures do get loaded
}
public IIndoorMapMaterial CreateMaterialFromDescriptor(IndoorMaterialDescriptor descriptor)
{
var material = new Material(m_sourceMaterial);
return(new CustomIndoorMapMaterial(material));
}
