Geodetic Software Package ARMIG stands for the
Automated Geodetic Office Workstation in Russian and offers
solution to the most common geodetic problems
ARMIG includes possibilities of all geodetic, topographic and
cadastre software on Israeli market.
You need ARMIG and nothing else!
ARMIG
processes field data from most of Field Data
Registration Devices, automatically builds geodetic
(linear-angular, polygonometry and leveling ) networks,
makes least square adjustment, produces data in the
format MAPI, draws network schemes for attaching to the
cadastre projects (TATSAR).
ARMIG
produces cadastre projects (TATSAR) according to demands of
MAPI.
ARMIG
builds contour lines on up to 500000 points with the
speed of 10000 points per second.
ARMIG
computes land volumes according to triangles, squares and cross sections, outputs calculation protocols.
ARMIG
builds longitudinal and cross sections and
calculates areas of slopes and ditches along the roads.
ARMIG
provides automatically supported map drawing in the AutoCAD.
ARMIG
processes and adjusts by least squares archive cadastre
Run and Offset field books
( Analytical Cadastre).
ARMIG
produces Helmert Least Square Transformation.
ARMIG
produces transformation from GPS coordinates into ITM and
Cassini coordinate systems.
ARMIG supports archive of projects providing
the possibility of using data from previous projects in the current one.
ARMIG makes Stake Out
calculations and transfers it to Field Data Registrations Devices for subsequent Stake Out.
ARMIG carries
comparison calculation between design coordinates of points and those
computed from executive survey.
And on top of all ARMIG includes the lisps of
Mark
Rubinstein providing 100% support of mapping in the AutoCAD for only
$200 above the price of ARMIG.
The price of ARMIG includes in addition to above listed
services
ARMIG has almost 30 years history of successful implementation in the former Soviet Union and Israel.
ARMIG basic function lays in transformation of the field geodetic observation data: directions, distances, vertical angles and prism heights,
coming from field data collectors, into a list of coordinates and elevations of the observed points or into DXF-files of those points for the direct input into AutoCAD or into similar graphical program.
Source geodetic data may also be input directly into the Field Data Editor or into corresponding Adjustment Data Editor (triangulation, Leveling, or Polygonometry, etc.).
The essential feature of such transformation lays in the automatic extraction of
geodetic networks from all observations, their least square adjustment, and calculations of the rest of points (topographic points) using adjusted coordinates or elevations of points belonging to the extracted networks.
This basic function is supported by the following operations and some of them may be executed independently on entering data manually or from other sources.
- Reading and cumulating data from the field data collectors into the Field Data Editor, Armig understands most of the existing field data collectors formats.
- Automatic Extracting data from the Field Data Editor into adjustment editor
for
free network,
polygonometry,
leveling network . - Editing data in the network adjustment editors.
- Reading and cumulating data from the special leveling field data collectors.
- Least square adjustment , with full precision estimation of the adjusted data.
- Drawings networks sketches.
- Forming data for the AutoCAD drawing.
- 2- and 3-dimensional Helmert transformation problem.
- Transformation from GPS (WGS-84) into a local coordinate system.
- COGO calculations.
- Land Registration Projects (TATSAR). Interactive creation of TATSARs and their check up
- Analytical cadastre .
- Run and offset calculations with the successive Helmert transformation of the processed coordinates.
- Contour lines interactive drawing and volumes calculations in the ARMIG graphic editor with the successive output into the AutoCAD.
- Stake out calculations.
- Comparing stakeout and successive surveying results.
- Land Registration Projects . SRV-checking according to demands of the Israeli Geodetic Center.
- Above functions may be called as the components of the Analytical cadastre , which may be defined as some geodetic network, made up of all geodetic observations and measurements on the current block, stored in the ARMIG Data Base .
- Table presentation of the geodetic data, easy to read and easy to edit, in most cases in the form of two tables: stations and observations from the current station in the Field Data Editor , runs and offsets from the current line in the Run and offset calculations and so on.
- ARMIG Data Base , which consists of two dBase tables: list of points and their coordinates X,Y,H , and description of points' topology. Virtually, ARMIG Data Base is a digital presentation of the linear-angular and vertical networks on the current project built as "one to many".
ARMIG occupies 30 MB of disk memory and works under WINDOWS-95, WINDOWS-98, WINDOWS-2000, WINDOWS-XP and Windows NT.
ARMIG consists of the calculation and editing modules, which are kept in the Dynamic Link Library (DLL) files and manager module ARMIG.EXE, help and reference information is kept in the help files (HLP, CNT). Different calculation modules interact through ARMIG Data Base .
Documentation in Russian
You can freely update the following dll-s on your ARMIG directory.
| File Name | Description | Date | Download |
|---|
| Download |
Belyaev Valeri, PhD, e-mail: belyaev@actcom.co.il
Telephone 0505-723561
Telephone in Kiev: 8-050-353-10-24