To translate the genome for a single z layer, an equilateral
cross is constructed using the 10 aforementioned genes, with
four blades bent at right angles and an allele range [1, 42]. For
north-east and south-west quadrants the baseline is a horizontal
line at y-axis = 50, and for north-west and south-east quadrants
the baseline is a vertical line at x-axis = 50. Starting from the
central platform and translating each gene successively, the
1/10th of voxels controlled by that gene are then drawn from
the allele + baseline toward the baseline; see Fig. 1(a). If the
current allele + baseline is greater than or the same as the previous
allele+baseline, the voxels are enabled from the current
allele+baseline to the previous allele + baseline and extended
a further 2 voxels toward the baseline for structural support;
see Fig. 1(b). If the current allele + baseline is less than or the same as the previous lower ending position, causing a gap,
the voxels are enabled from the current allele+baseline upward
to the previous lower position and extended a further 2 voxels;
see Fig. 1(c). In all other cases, 2 voxels are enabled
from the current allele + baseline position toward the baseline;
see Fig. 1(d).