The target INR range will be displayed in the plot together with the individually predicted INR curve.
Different colormaps are applied to the two images, which are displayed in the same plot.
All results are displayed in the Forest plot (figure 2).
Using this interface, the user can change which columns are displayed in the forest plot (e. g., study sizes), and in which order, as well as the symbols used for point and overall estimates, the scale of the plot (minimum and maximum) values and more.
The results of LDOS and conductance as a function of the Fermi energy and the normalized magnetic flux (ϕ/ϕ0) for three different conductor configurations are displayed in the contour plots of Figure3.
The data appear interactively in the table on the right, parameters of the model are recalculated to fit the data and are displayed in the bottom of the plot, and the curve is redrawn.
The azimuth-dependent I(2ω) for the former and latter cases are displayed in the first and fifth plots in Fig. 1d; the XX response in each configuration has maximum values along the direction perpendicular to the net polarization axis because |χ xxx| < |χ xyy| and |χ yyy| < |χ yxx|.
The results achieved over the testing (validation) phase are displayed in the form of a scatter plot in Fig. 6b, based on the developed LS-SVM tool.
Sequence similarity plots are displayed in the LC Bs and the height of the sequence identity plot reflects the average column entropy for the region of the respective alignment.
The clusters are displayed in the red, blue and green plots in Fig. 19, respectively.
The fold-change distributions (THI/vehicle) for genes associated with metabolism, muscle tissue and inflammation are displayed in the form of a density distribution plot (Fig. 5H).
