| Summary: | Circular pools or buildings may be encountered in production of maps for
making development plans, in the first facility cadaster and on land. Geodetic
measurements may be made at least three different points of the circle-shaped
pool or building to obtain positions in a coordinate system of measurement
points with a geodetic ground-based electronic tachometer after connection to
another polygon. It is possible to get a circle from these three points where
the coordinates can be calculated, the coordinates of the center of the circle
and the radius of the circle with the help of drawing programs (netcad,
cartocad, geocad ...). In drawing programs related to cartography, the details
of passing the circle from three points, the coordinates of the center of the
circle and the radius of the circle cannot be accessed because the details are
kept proprietary by the software companies. We have been curious about how the
coordinates of the center of the circle or the radius of the circle in question
are calculated by using the subprograms on a computer. Apart from the
information hidden by the software companies, two studies which are indirectly
close to the subject mentioned in the application have been identified with
respect to the solution of the problem on the computer. However, it was found
that these studies did not directly illuminate our research topic, so this
issue should be investigated. This study presented theoretical solutions for
the topic, made numerical implementations and obtained findings and
interpretations.
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