This creates pit polylines using pit names and
geometry data stored in a text file. The fields in the text file
must contain pit name, site name, easting and northing. Here's a
sample text file for two pit polylines:
PIT 1,SITE 1,243431.6415685746,1646709.1759626027
PIT 1,SITE 1,243480.4441474760,1646852.2833508430
PIT 1,SITE 1,243914.2811566577,1646640.1845039858
PIT 1,SITE 1,243723.9315959779,1646566.2781082289
PIT 2,SITE 1,243480.4441474765,1646852.2833508428
PIT 2,SITE 1,243529.2467263769,1646995.3907390833
PIT 2,SITE 1,243972.3966978462,1646778.7388722666
PIT 2,SITE 1,243948.5580873627,1646653.4930947539
PIT 2,SITE 1,243914.2811566577,1646640.1845039858
After selecting the file to import and the layer
for the pit polylines, there is a dialog to set the order of the
fields and the delimiter between fields. To import the example,
fill out the Names in the top row of the spreadsheet as shown.
Import Pit Points dialog
Input Data
File Select text file to import
Imported 9 pits.
Pulldown Menu
Location: Boundary
Keyboard Command:
importpit2
Prerequisite: Text file
with pit data