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Using CoGo
Area/Perimeter
Area/Perimeter calculates the
length of the perimeter (P) and
area (A) of a closed polyline
specified by a list of chosen
points or the perimeter and area
of a chosen polygon.
Polyline Length
This function calculates the
length (L) of a polyline specified
by a list of chosen points or a
chosen alignment.
Hinge
Use this function to calculate the
a new polygon having a specified
percentage of the area (
Keep
area
,
%
) of the original polygon.
The polygon is specified by a
list of chosen points or a chosen
polygon. A
1st nodal point
is
specified. This is the point which the hinge is calculated
around. The
2nd nodal point
will lie in the perimeter of
the new polygon. It is specified so that the direction of the
hinge is known. A new point will be created at the end of
the hinge on the perimeter of the original polygon.
In addition the option of
Keep area
,
%
, other options of
Cut area
,
Cut area
,
%
and
Keep area
can be used.
Parallel
Parallel is very similar to hinge.
Instead of a hinge, a line parallel
with a line of the original polygon
is calculated to contain or remove
the specified area. The line is
parallel with a line between the 1st
nodal point and 2nd nodal point.
CoGo Stakes
Divide Line
Divide Line is used create a
specified number (
Points
,
n
) of
equidistant points along a line
with endpoints of
P
1
&
P
2
. It can
also be used to divide this line by
specifying a
Segment Length
to
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 ...