# Generated by particles-to-volume.py
# Grid, world size, bounds and voxel size are in storage order (W, H, D)
# = galactic (X, Z, -Y), the order the file is indexed in.
Volume: emissive
Grid size: 200x20x200
Galactic grid (x, y, z): 200x200x20
World size: [0.998040, 0.099562, 1.000000]
Volume bounds: [-0.473301, -0.048570, -0.475536] to [0.477213, 0.046252, 0.476845]
Data bounds: [-0.473301, -0.476845, -0.048570] to [0.477213, 0.475536, 0.046252]
Voxel size: 0.00500000 (cubic; the largest box side is 1, in units of the object's size)
Resolution: 200 voxels on the longest side of the box
Normalization: 0.155555 (stored units = source units times this)
RGB = chromaticity of the light, A = brightness in units of the reference below
Merged reference: 1.372549 (brightest voxel of the channels at unit intensity; lowering an intensity dims, it never renormalises)
Mean ray integral (the number that must match across resolutions): 0.00020193
Source: galaxy_Gas intensity 0.7000, smoothing 1x, kind 'gas', 14864 particles, stored peak 0.686, kernel width 0.00633140 box units (1.27 voxels, 1.00 x the default width, 0.00744871 local inter-particle spacing)
Source: galaxy_Bulge intensity 0.3000, smoothing 1x, kind 'bulge', 933 particles, stored peak 0.882, kernel width 0.00662770 box units (1.33 voxels, 1.00 x the default width, 0.00779729 local inter-particle spacing)
