public override void Bake()
{
if (bakedRenderers == null)
{
bakedRenderers = new List <Renderer>();
}
bakedRenderers.Clear();
AVolumeSettings settings = new AVolumeSettings(bounds, dimensions);
//first check if any objects are parented to this object
//if anything is found, try to use renderers from those instead of volume overlap
if (!GetChildRenderersAndEncapsulate(ref settings, ref bakedRenderers, transform))
{
//otherwise try to get renderers intersecting the volume
//get mesh renderers within volume
if (!GetMeshRenderersIntersectingVolume(settings, transform, ref bakedRenderers))
{
//TODO display error?
return;
}
}
SDFVolume sdfVolume = AVolume <SDFVolume> .CreateVolume(transform, settings);
// sdfVolume.Bake( raySamples, bakedRenderers, BakeComplete );
Debug.Log($"settings: {settings.BoundsLocal} {settings.Dimensions} {settings.CellCount} ");
sdfVolume.Dispose();
}
public override void Bake()
{
if (bakedRenderers == null)
{
bakedRenderers = new List <Renderer>();
}
bakedRenderers.Clear();
AVolumeSettings settings = new AVolumeSettings(bounds, dimensions, useStandardBorder);
//first check if any objects are parented to this object
//if anything is found, try to use renderers from those instead of volume overlap
if (!SDFBaker.GetMeshRenderersInChildren(ref settings, ref bakedRenderers, transform, fitToVertices))
{
//otherwise try to get renderers intersecting the volume
//get mesh renderers within volume
if (!SDFBaker.GetMeshRenderersIntersectingVolume(settings, transform, ref bakedRenderers))
{
//TODO display error?
return;
}
}
SDFVolume sdfVolume = AVolume <SDFVolume> .CreateVolume(transform, settings);
sdfVolume.Bake(raySamples, bakedRenderers, BakeComplete);
sdfVolume.Dispose();
}
public virtual void EditorCreateAVolume()
{
EditorDestroyAVolume();
AVolumeSettings settings = new AVolumeSettings
{
Bounds = bounds, Dimensions = dimensions
};
//create new
aVolume = AVolume <T> .CreateVolume(transform, settings);
}