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STAR*NET V6 - Circe

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Chapter 5 Preparing Input Data<br />

Example Interconnected 2D Traverses<br />

This example illustrates a small project with two interconnected 2D traverses. The first<br />

traverse begins with a fixed bearing, and has known coordinates at each end. The second<br />

traverse begins on the first traverse, and ends at the same station the first traverse ended,<br />

and with a closing angle turned to another station. An extra distance tie measured<br />

between the traverses adds some redundancy.<br />

# Sample Multi-Loop Traverse Data<br />

#<br />

C 1 5000.00 5000.00 ! !<br />

C 5 4427.12 7245.55 ! !<br />

#<br />

TB N45-30-40W # Backsight to fixed bearing<br />

T 1 123-40-28 537.52<br />

T 2 217-11-37 719.56<br />

T 3 113-52-15 397.66<br />

T 4 260-19-24 996.23<br />

TE 5 # End traverse at 5<br />

#<br />

TB 1 # Backsight to 1<br />

T 2 120-11-12 473.25<br />

T 6 -101-32-30 625.76<br />

T 7 198-13-09 533.66<br />

T 8 172-07-27 753.22<br />

T 9 -84-32-20 661.01<br />

TE 5 -73-02-46 4 # End, turn angle to 4<br />

#<br />

D 4-8 361.30 # Extra distance tie<br />

N 4 5 - 3 0 - 0 0 W<br />

1<br />

124°<br />

5 3 7 .5 2<br />

120°<br />

4 7 3 .2 5<br />

2<br />

6<br />

217°<br />

102°<br />

6 25 .7 6<br />

7 1 9 .5 6<br />

114°<br />

Sample Multiple Traverse Data<br />

3<br />

70<br />

7<br />

198°<br />

3 9 7 .6 6<br />

533 .66<br />

1<br />

260°<br />

6 .3 3<br />

4<br />

8<br />

9 9 6 .2 3<br />

172°<br />

7 5 3 .2 2<br />

73°<br />

5<br />

85°<br />

6 6 1 .0 1<br />

9

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