We contoured along the steep flank of river canyon terraced for farm plots like a big green wedding cake.
In the inset map of Figs. 3 and 4, we contoured the number of data at depth of 26 km with a thick blue line for 50,000 and thin blue lines for contour intervals of 2000.
We contoured the liver, stomach, duodenum, intestine, kidney, and spinal cords during the planning process and used DVH to ensure that normal tissue tolerances were not exceeded.
On the coordinates x, y, z of the gravity centre, we contoured by brush tool circles of 1-2-3 cm of diameter.
We contoured 4 lobes (1 frontal, 1 parietal, 1 temporal, 1 occipital lobe), and 1 area of deep brain structures, and hippocampus for each hemisphere.
We contoured the small bowel, the femoral heads and the bladder as critical organs on all CT slices of every patient (according to ICRU 50 and 62), and we evaluated the relative dose volume histogram on the treatment planning console.
When we draw contours, we interpolate the number of data.
In Fig. 22, we show contour plots of the particle size distributions for this simulation.
To aid in visualizing non-linear relationships between WNv incidence and environmental variables, we created contour plots using local regression models [28].
In 48 cases, we saw contour irregularity, especially in thin patients, without any functional deficit.
