/// <summary>
/// Get the apertures
/// </summary>
/// <param name="lensOptions"></param>
/// <returns></returns>
protected override IChunkResolutionAperture[] initializeApertures(ILensOptions lensOptions)
{
PlayerLensOptions playerLensOptions = (PlayerLensOptions)lensOptions;
return(new IChunkResolutionAperture[] {
new VoxelDataLoadedAperture(
this,
playerLensOptions.baseChunkRadius + MeshedChunkBuffer + LoadedChunkBuffer,
playerLensOptions.baseChunkRadiusHeightOverride == 0
? playerLensOptions.baseChunkRadius + MeshedChunkBuffer + LoadedChunkBuffer
: playerLensOptions.baseChunkRadiusHeightOverride + ChunkBufferHeightOverride + ChunkBufferHeightOverride
),
new MeshGenerationAperture(
this,
playerLensOptions.baseChunkRadius + MeshedChunkBuffer,
playerLensOptions.baseChunkRadiusHeightOverride == 0
? playerLensOptions.baseChunkRadius + MeshedChunkBuffer
: playerLensOptions.baseChunkRadiusHeightOverride + ChunkBufferHeightOverride
),
new ChunkVisibilityAperture(
this,
playerLensOptions.baseChunkRadius,
playerLensOptions.baseChunkRadiusHeightOverride == 0
? playerLensOptions.baseChunkRadius
: playerLensOptions.baseChunkRadiusHeightOverride
)
});
}
/// <summary>
/// Create a new level of the given size that uses the given apetures.
/// </summary>
/// <param name="chunkBounds"></param>
/// <param name="apeturesByPriority"></param>
protected FocusLens(Level level, ILevelFocus focus, ILensOptions lensOptions)
{
this.level = level;
this.focus = focus;
apeturesByPriority = initializeApertures(lensOptions);
foreach (IChunkResolutionAperture aperture in apeturesByPriority)
{
apeturesByResolution[aperture.resolution] = aperture;
}
}
/// <summary> /// Get the initialized apertures this lens will be constructed of in order of priority /// </summary> /// <returns></returns> protected abstract IChunkResolutionAperture[] initializeApertures(ILensOptions lensOptions = null);
