The system follows a product flow concept that the tesserae are sorted first to form a row prior to be assembled to a mosaic moving slowly on a conveyor.
Results include only the most significant mediating CpG identified per gene for oxidative phosphorylation genes (from Gene Ontology pathway GO 0006119), ribosome genes (from GO 005840) and autophagy genes (from Figure 3), and are sorted first by pathway, then by the significance of the mediation effect (full mediation results are presented in Additional file 2: Table S10).
For each profile autocorrelation with circadian lag (Rc) is calculated and all profiles are sorted first by phase then by descending order of Rc.
The genes are sorted first by confirmation status and then by genomic coordinates.
All recordings were sorted, first, on basis of sound quality, and secondly, after data processing, on basis of flight paths in order to find recordings of bats approaching the microphone on a direct course in order to select calls measured in the acoustic axis.
The alias list is sorted first by the count of contributing sources and then sub-sorted by descending length.
For example, putative stamen-specific transcripts were sorted first based on their level of expression within the superman/ap1 mutant, then by their level of expression within ap1 (which also overexpresses stamens) and finally by the wild-type expression level.
Under this tab, feeds are shown, can be sorted (second circle below), can be deleted, and, perhaps most importantly, can be searched (third circle) using the "filter" feature.
The spike trains for each electrode are concatenated into one long vector, so that the spikes for electrode j ∈ [ 1, N] are stored in elements a to b, where a = ∑ i = 1 j - 1 sCount [ i ] and b = a + sCount[ j] - 1. Within each spike train, the spike times are sorted, smallest first.
All the time nodes are in ascending order, so if the starting moment of delivering oil at station (i) at first (kd) times is sorted in first (t) place, (theta odb_{i,kd,t} = 1), if not, (theta odb_{i,kd,t} = 0).
For this purpose, the components are sorted (the "greater" component appears first in the InChI string, and descending order of the components is applied) using the comparison function taking into account numerous component data details.
