3D Volume Reconstruction
Assembling a z-stack into an anisotropic voxel volume for orthogonal slicing, maximum intensity projection, isosurface rendering, or volumetric segmentation. Quantitative measurements require correcting the voxel depth for refractive index mismatch and for depth-dependent signal loss.
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Assembling a z-stack into an anisotropic voxel volume for orthogonal slicing, maximum intensity projection, isosurface rendering, or volumetric segmentation. Quantitative measurements require correcting the voxel depth for refractive index mismatch and for depth-dependent signal loss.
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