AUTOMATED MEASUREMENT WITH ELECTROOPTICAL DISTANCE METER AND PRECISE DISTANCE MEASUREMENT PROCESSING AT THE CALIBRATION BASE OF THE FACULTY OF GEODESY IN ZAGREB

摘要

The paper describes the method of setting the parameters in the instrument Leica TC 2003 before going to the Calibration base for the purpose of automated precise distance measurement. Software has been developed for the automated distance measurement data processing for seven pillars of the Calibration base. In data processing there are standard deviations of measured distance mean values obtained from the measurement forward and backward. After the processing and adjustment of measured values, definite pillar ranges are obtained, as well as the addition correction. Apart from that, there are standard deviations of distance mean values from the measurements forward and backward computed depending on the distance, then standard deviations in determining the pillar ranges and standard deviations in determining the addition correction. This automated measurements and the processing of measured data will enable regular periodical adjustment of the Calibration Base of the Faculty of Geodesy, University of Zagreb, in accordance with the Book of Rules on Standard maintenance.