public UIRStylePainter(RenderChain renderChain)
{
this.m_Owner = renderChain;
this.< meshGenerationContext > k__BackingField = new MeshGenerationContext(this);
this.< device > k__BackingField = renderChain.device;
this.m_AtlasManager = renderChain.atlasManager;
this.m_VectorImageManager = renderChain.vectorImageManager;
this.m_AllocRawVertsIndicesDelegate = new MeshBuilder.AllocMeshData.Allocator(this.AllocRawVertsIndices);
this.m_AllocThroughDrawMeshDelegate = new MeshBuilder.AllocMeshData.Allocator(this.AllocThroughDrawMesh);
int num = 32;
this.m_MeshWriteDataPool = new List <MeshWriteData>(num);
for (int i = 0; i < num; i++)
{
this.m_MeshWriteDataPool.Add(new MeshWriteData());
}
}
public UIRStylePainter(RenderChain renderChain)
{
m_Owner = renderChain;
meshGenerationContext = new MeshGenerationContext(this);
device = renderChain.device;
m_Atlas = renderChain.atlas;
m_VectorImageManager = renderChain.vectorImageManager;
m_AllocRawVertsIndicesDelegate = AllocRawVertsIndices;
m_AllocThroughDrawMeshDelegate = AllocThroughDrawMesh;
m_AllocThroughDrawGradientsDelegate = AllocThroughDrawGradients;
int meshWriteDataPoolStartingSize = 32;
m_MeshWriteDataPool = new List <MeshWriteData>(meshWriteDataPoolStartingSize);
for (int i = 0; i < meshWriteDataPoolStartingSize; i++)
{
m_MeshWriteDataPool.Add(new MeshWriteData());
}
}