Reproduction of the sampled simulation is then performed by inserting vortex particles in defined positions and time intervals into the secondary simulation.
In general, the absence of males suggests asexual reproduction for samples containing large numbers of individuals.
Nevertheless, some challenging tests for implicit solvation can be found in seemingly simpler applications, like the reproduction of the conformational sampling of small dipeptides [ 58].
The mode of reproduction in samples with peak ratios exceeding this arbitrary threshold should be investigated using other methodological approaches such as dissecting techniques.
The complete absence of males was taken as an indicator of asexual reproduction, whereas samples containing males and females were treated as lineages with a sexual mode of reproduction.
Additional deviations in some points were allowed due to faults in exact reproduction of degradation cycles in multiple sample-to-sample measurements (cooling regime from aging temperature, influence of environment and humidity, etc).. Statistical analysis testified these factors introduced additional error of about ±0.2% in ΔR/R 0 values.
At the last generation, just before sampling, reproduction of parent individuals generated 81000 individuals (i.e., the mean census size of the real populations).
At the last generation, just before sampling, reproduction of parent individuals generated 81000 individuals (i.e., the mean census size of the real populations), in both the control and bottlenecked populations.
The main finding is unambiguous: fixating the sample dots improves the subsequent reproduction of a distance separating two sample dots in both, general accuracy and in precision of responses.
Results were assessed using in-sample and out-of-sample measures and compared for distribution similarity, variogram and spatial structure reproduction, computational load and uncertainty ranges.
