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Download "Локализация / калибровка в South SurvX 4"

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South GNSS
спутниковый приемник South
Galaxy
Саус гэлакси
g1 plus
G6
South survx 4
surpad 4 android
съемка
вынос
разбивка точек
настройка
инструкции
обзор
отзыв
характеристика
видеообзор
тестирование
плюсы и минусы
Особенности
как работать
как настроить
геодезический приемник
полевой контроллер South
режим ртк
пример работы
руководство пользователя
принцип работы
aspector
калибровка
локализация
контрольные точки
система координат
процедура
файл локализации
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00:00:01
localization, that is, calibration according to
00:00:04
known ones.
00:00:05
suffix and so we created the project,
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set up the coordinate system,
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chose from the provided templates, but
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when working from a specific base station
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and this network, in our
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work area, a different conventional
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coordinate system is used and we need to
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calibrate for it, for this use the
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localization tools menu, the
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localization procedure consists of at each
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control point, create a pair and that is, the
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key to add a pair from the known
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coordinates is the first line in the list and
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from the actual plant, that is,
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theoretically we can come to our
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site go to 1 epic or a point with a
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gag and olya
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which is the point by which we will do
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the calibration
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enter these coordinates manually further,
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or enter them in advance at a point, then
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stand at this point at that smart guy to
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get a fixed solution and
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take a survey,
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but I find it more convenient to enter
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catalog points in advance, either enter them
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manually or import from a file and
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also go through the points in advance and carry
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them out shooting in normal mode and then
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at the last point, take them and
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combine them all, of course, shooting the points needs to be
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done as strictly as possible, keep them
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level, use a tripod or depot
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and also do the maximum amount of
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reading to reduce the error
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to a minimum, so let’s say I prepared and
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scored control points some kind of conditionally
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improvised testing ground, this is them from the
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extract and measured the same points already in
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the process of shooting, we from this base
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station go to localization, go to
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add and select control 1.
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that is, a known coordinate and also an
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actual coordinate, but here it is
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measured 1 we
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use control in plan and in
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height, if we say we
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don’t have the altitude coordinates of a
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control at some point, of course we turn it off
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because we started to calculate incorrectly and
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do the same with each point
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2
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control 2 changeable and so
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it was added to the plate further Tahiti
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control Tahiti
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measured
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4
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4
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5
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this is that
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control 6 and snake of course there
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should be as many points as possible they should
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be evenly spaced under our
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hired calibration and go beyond the area
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made by calibration in the future when
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working not It should also be a larger
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number of points that will allow us to better
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control the result, and some
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points in the process of running away did this, that
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is, if necessary, which point
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we can edit or delete, but
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we’ll see about that later, click the calculation is already
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in use before you can set up a
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coordinate system and we’ll add
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a transformation to it, okay, here it is I subtracted
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some transition parameters, we do not
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apply, we will now look
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only at the resulting error, we go back
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and see that at some point they are highlighted in
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red, which means the tolerances for them are outside the
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limits on the side, we have options with
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tolerances, which means it goes beyond the accuracy of 1 and
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2, the last 2 that is and the first
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last according to the plan is larger smaller in
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height, that is, the biggest mistake is 33
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centimeters at the last point, I
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specially placed them on the
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side of aikido in order to
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simulate in this way some kind of error that does not blind
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or some other mistake,
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also if you are sure that all of it the pens are
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normal,
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that they took everything well, exactly fixed
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solution, it is
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recommended to check the catalog
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coordinates to see if there are any typos somewhere, and so
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on when entering the data because this is
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also a common situation, we are looking for
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the reason, it turned out to be in our initial
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data, so we will see the very point with the
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biggest error, let’s
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take it and this is also dated,
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that is, we turn off to turn off the plan
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to begin with, this is the account, okay, apply, don’t
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click apply, this means
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adding our corrections to the coordinate system,
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if we now click apply, then
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these corrections with some
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inaccurate ones with large
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errors are available and we will then
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add once again this will create some kind of error
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in the form that you accidentally pressed apply, it’s better to
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return to the coordinate system and re-
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assign the MSK that was pressed back and
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see that according to the plan, we
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no longer take into account the last point because it is
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turned off according to the plan, it’s tired
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more or less here, one and a half centimeters
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15 millimeters, if it suits us, we’ll
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leave it, but we’re not satisfied with the height of 1
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centimeter, we’ll
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take it and turn off the height, press
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the hockey back again, and everything’s fine in terms of height,
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and in terms of everything, it’s all within the tolerance,
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we’re happy with it, that’s why I
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said what would be better is a larger number of
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points,
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let’s say we only have four
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points, the minimum number for
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calibration with height and we can’t
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afford to turn off one point,
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which means you are up to this point
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there and we won’t even get a plan based on two
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points, we can calculate nothing,
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we’re happy with everything, click we can save
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these results, click export, give
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a name, that is, it will be a file with the
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measured data and the cat was falsely
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exported. We can also
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import it in the future when creating the
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next project and make the settings. We’ll
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also do the calculation, okay,
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apply, now the coordinate system
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is applied to our project
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Let's go into the system and see that to the
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standard parameters of the
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projection ellipsoid and seven parameters,
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four parameters and a height extrapolation parameter have been added,
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that is, in the
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future, when creating a new project,
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let's say this now coordinate system
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project let's say air, we come again
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to this place of work,
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add a coordinate system the same
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what we used, we go to the
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localization tools, import, here it is our file
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that we created, we do the calculation, we can
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also press it back and see if it’s
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broken if something is in the settings, and also here in the
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sign on the right it is displayed
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that we do not use the first point and the
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last point in height in the plan we don’t use
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everything is fine once again calculation ok
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apply accordingly everything is done
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perfectly well and of course at the end of each
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localization you can stand on a
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better point for control, even the one that was not
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used in the localization control and
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check that is, it turns out
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we will definitely use the same
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system coordinates that was during
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calibration and during
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but theoretically you can even do one
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large localization for some
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extended area of ​​​​work, then one
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file on a plate, then go in and
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include the points somehow in groups, but this
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can get confusing, but in principle you
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can also do this by including grouping
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into one the area was considered applied
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worked on another area and but like this
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but it’s better to not get confused make it easier
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also this localization can be saved to the
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computer the coordinate system file has disappeared
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save to the computer that in case of
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some accidental deletion
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do not repeat all this but simply download
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the file and re-download work, it is also worth
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noting that everything depends on the
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base station used, if this network of base
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stations and the bases are equal to each other, then the
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localization will work whichever base
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you would not connect to, if the base is not
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level with each other, be sure
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to connect to the same base
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station that the localization was performed
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also if we use our own base in
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Tomsk there by radio or by jetsam we
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set the receiver, it’s also mandatory
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if we put it on a control
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point, there are no questions, if we
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think we put it in some conditional
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place and did a reading, then be sure to
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save the coordinate after reading and
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put it on in in the future to the same coordinate
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or you will have to repeat the localization

Description:

Краткая инструкция по калибровке по контрольным точкам в программном обеспечении South SurvX 4 (SurPad 4) в режиме RTK. Все видео инструкции South GNSS - https://www.aspector.ru/videoinstruktsii-south-gnss/ Скачать SurvX 4 - https://www.aspector.ru/support/ Купить South SurvX 4 - https://www.aspector.ru/product/programmnoe-obespechenie-south-survx-android/

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