While plot size, orientation, and re-measurement cycle varies by province, permanent plots are now standard across the country.
This is most clearly shown in the pixel-by-pixel scatter plot of orientation selectivity versus peak spatial frequency (Fig 6b).
The results are typically presented in the form of a contour plot identifying orientations of proposed excavation planes that may lead to large volumes (or masses) of unstable blocks and wedges.
By rotating the twinned martensite structures over all crystallographic orientations using Euler angles, the magnitude of the transformation potential was plotted as an orientation distribution plot for comparison with typical texture components.
Traditionally kinematic analysis is performed after plotting discontinuity orientations, slope angle, slope azimuth and representative friction angle value on a stereonet.
The discussion includes printers, plotters, paper sizes, areas to plot, pen settings, orientation, and offset.
Here, the sample map is a vector field on the sphere, and there is no complex number; to visualize the direction of the emerging vector at each point, we apply the orthogonal projection from the drawn hemisphere to the "paper" plane, thus getting a vector field on the unit ball of the Euclidean plane, and plot the resulting orientation map using the same color code as in Figs. 1, 2, 5, and 6.
The experimental accuracy was approximated by determining the noise in the diffractogram using a Phi and Chi scan (360° rotational by 90° in an arc) of the sample, creating a intensity/spatial orientation plot at 22.5° 2-theta (Figure 1B).
They also include the plotting of the orientation of such structural features as faults, joints, cleavage, small folds, and the attitude of beds with respect to three-dimensional space.
