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---SPECIAL NOTES---

NOTE #1.  Creating an input file from a previously stored chain or profile. You may need/want to do this for a number of reasons.

EXAMPLE:

Sometimes you may want to create an ASCII text file of a stored chain or profile, edit it, and reload it into your GPK file or load it into another GPK file. The process is explained below:



Given: A previously stored profile named "VERTMAIN"
Desired: An ASCII text input file named "VERTICAL".

 

In the COGO Key-in field, type... MAKE INPUT FILE VERTICAL261.ISP PROF VERTMAIN

Note:
The "261" is the JOB NUMBER.
The "SP" is the OPERATOR CODE.

Once the file is created, it can be modified with any text editor, such as NOTEPAD or UltraEdit-32.

Once the modifications have been made, use the COGO pulldowns, FILE > File Utility, as shown below: 

The File Utility window appears as shown below.   Highlight the file to Load select Load from the combo box and click on Apply.


The Coordinate Geometry dialog will show that the input file has been loaded. At this point the data is only in memory.

To store the data from the input file into COGO it must be Read. Using the COGO pulldowns, select Edit > Read All, as shown below:

The data (and subsequent profile) has now been stored (or updated) into COGO, as shown below:


NOTE #2.   NAMING CONVENTIONS...

job###.gpk

This is created when the user starts a Coordinate Geometry (COGO) session for the first time, or uses Store Chain for the first time.   This file may also be appended during the design process.   All coordinate geometry data is stored in this data base file.   The ### is the only variable in this name.   It represents a job number unique to a project and is defined by the user upon creation.
Example:  job261.gpk.

name###.ioc

This is an ASCII text input file used for loading data into the GPK file during a COGO session.   The ### represents the job number (gpk file to receive the data for storage) and the "oc" represents the "operator code", usually the user's initials.   The only variable is the "name" that the user assigns.
Example:  HA1261.isp

j###ooc.inp

This is a special COGO input file that is created the first time that either Store Chain or Create Existing Ground Profile is used.   This file is appended automatically as each of these tools are used during the design process.
Example:   j261osp.inp.

Name###.ooc

This is an output file created by GEOPAK during a COGO session.   The file can be created by using the COGO pulldowns File > File Utility, then select Output from the File Utility dialog or simply typing Out [name], in the COGO command window.   The only variable is the "name" that the user assigns.
Example:  HA1261.osp would result from typing OUT HA1

name.inp

This is the simple naming convention for any input file used in conjunction with the Geopak Process Cross Sections tool.   These would include input files for creating "auto shapes", earthwork, etc... 
Example:  V8_Earthwork.inp.

name.dat

This is an input file for generating topographical surfaces, (DTM input file)   The only variable is the "name". 
Example:  site_1.dat

name.tin

Binary DTM file created from processing the .dat file used for all surface computations and creating things such as contours.   The only variable is the "name".
Example:  site_1.tin


Miscellaneous (Project Manager) file extensions:

Superelevation - .012

Plan / Profile Sheets - .014 and .b14

Proposed Cross Sections - .003

Existing Ground (DTM)- .00d

Earthwork - .004

Limits of Construction - .00c

Cross Section Sheets - .005

Existing Ground Cross Sections - .00e

Define (Working Alignment) - .008

Reports and XS Quantities - .00f

Existing Ground Profile - .009

Model - .010

Vertical Alignment - .00a

Draw Patterns - .011


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