Laserfiche WebLink
FROM TO DIST DIR REMARKS <br /> (YARDS) (DEGREES) <br /> 1 A 25 270 Ar-20 YDS(ground rises sharply to right <br /> of the target) <br /> Al-30 YDS <br /> Ap-50 YDS(ground rises gently behind <br /> the target) <br /> 1 2 20 15 <br /> 2 B 50 15 Br-40(ground falls to right of the target) <br /> BI-30 <br /> Bp-70(ground falls slightly behind the <br /> target) <br /> 2 2a 20 280 <br /> 2b 3 25 300 <br /> 3 C 20 360 Cr-30 <br /> Cl-30 <br /> Cp-80(full template) <br /> 3 3a 15 270 <br /> 3a 4 20 340 <br /> 4 D 30 240 Dr-30 <br /> DI-30 <br /> Dip-70 full template) <br /> 4 5 35 300 trail descends into a ravine <br /> 5 E 35 45 Er-20 <br /> El-20 <br /> Ep-25(ground rises steeply behind the <br /> target and the shot is towards the side of <br /> the ravine) <br /> DRAWING THE MAP <br /> We now have a large amount of raw data from our survey of the course.It is now necessary <br /> to translate these directions and distances into a map. Back at the get out your graph paper and pro- <br /> tractor. <br /> Scale. First,we need to decide on a scale for the map so that distances can be transferred <br /> consistently to the map.With 1/4"squares on the graph paper,use 1/4"to represent five(5)yards.This <br /> does mean that a mile of trail will become seven feet of drawing,but a fifty-yard target range will only be 2 <br /> 1/2 inches.This scale should suffice for most courses,but keep in mind the fact that your map may be <br /> quite large when you are finished.To help with the measuring of map distances,make a small temporary <br /> ruler of light cardboard.Mark the edge of your"ruler"in 1/4"increments and number them for the <br /> distances in yards they will represent.This will save you from repeatedly having to convert distances in <br /> yards to inches to fit the map scale. <br /> Orientation. When you begin to draw your map,start at the centre of your first piece of paper. <br /> This will give you some room to work before you run off the paper and will show you on which side the <br />