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Using CoGo
Offset
Offset calculates the coordinate
of an offset point (
P
3
) along a
line between two known points
(
P
1
&
P
2
) at a distance (
D
) along
that line and at a specified
perpendicular
Offset
.
Press
to switch from the right offset to the left offset.
This functionally is similar in the other CoGo functions.
To Line 1
This function calculates a new
point (
P
4
) along a line between
two points (
P
1
&
P
2
) that is offset
perpendicular from a third point
(
P
3
). It also displays the distance
(
D
) along that line and the
Offset
distance.
To Line 2
Use this function to calculate a
new point (
P
3
) at a given bearing
(
B
) from a point (
P
1
) that is offset
perpendicular from a second point
(
P
2
). It also displays the distance
(
D
) between
P
1
&
P3
and the
Offset distance between
P
3
&
P
2
.
Bearing-Bearing
Bearing-Bearing is used to
calculate offset points at
centerline intersections.
P
1
&
P
2
are points on the two intersecting
centerlines and
B
1
&
B
2
are the
respective bearings of those
centerlines. The right-of-way offsets are entered as
Offset
1
and
Offset
2
. The resultant point,
P
3
is at the intersection of
the two right-of-ways.
Use the
button to switch between 4 different offset
scenarios.
CoGo Intersections
Summary of Contents for TRIUMPH-LS
Page 1: ...U S E R S G U I D E TO T H E T R I U M P H L S E Version 20160121 ...
Page 17: ...www javad com 17 Introduction ...
Page 39: ...www javad com 39 Collect Screens ...
Page 59: ...www javad com 59 Stake Out Points ...
Page 91: ...www javad com 91 Stake Out Alignments ...
Page 93: ...www javad com 93 Using ShapeTags and Codes Data Structure ...
Page 105: ...www javad com 105 Using ShapeTags and Codes ...
Page 149: ...www javad com 149 Localization ...