Avoid the following: Making columns of point-form lists.
At the top of each column of points, we list the regulator whose addition constitutes the lowest-error input set for the given number of regulatory inputs.
In each case, the plot shows θOS for all A-lines in all cones in the volume, grouped by cones such that each column of points represents the median-subtracted set of θOS values from a single cone.
Each column of points summarizes a single RT distribution by five quantiles (i.e., the.1,.3,.5,.7, and.9 quantiles; e.g., the.1 quantile is the RT value for which 10% of the RT distribution was faster; the.5 quantile is the median RT).
By expanding the matrix [I R]−1into a power series and applying the inverse Fourier transform, we then derive the ray integrals for transient waves generated by a column of point sources and propagating through multi-reflected and refracted paths in the medium.
The cross-tabulated data output consisted of rows of chemical information (e.g., CAS registry number and chemical name) and columns of end points or effects, with the cross section being the lowest dose at which the effect or end point was observed, that is, lowest effect level (LEL) in mg/kg/day.
Then, columns of each point which have maximum pixel value in the upper and lower 10 lines of the baseline are detected.
The values of p ^, q ^ are, respectively, the displacement on the lines and the displacement on the columns of the point (k, l), and D k, l ( p ^, q ^ ) is the cross-correlation level for these displacements, which varies between 0 and 1.
If it is any consolation to Johnson as he reviews the decidedly thin column of plus points to be taken from England's three internationals, Lièvremont was a slow starter, too.
Each column of data points corresponds to a row of particles starting with row 1 at the distance zero.
