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Format all C++ and Java code via clang-format

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Signed-off-by: Konstantin Pastbin <konstantin.pastbin@gmail.com>
This commit is contained in:
Konstantin Pastbin
2025-08-17 14:32:37 +07:00
parent 9f0290c0ec
commit bfffa1fff4
2169 changed files with 56441 additions and 64188 deletions
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59
libs/map/extrapolation_benchmark/extrapolation_benchmark.cpp
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@@ -44,10 +44,7 @@ namespace
{
struct GpsPoint
{
GpsPoint(double timestampS, double lat, double lon)
: m_timestampS(timestampS), m_lat(lat), m_lon(lon)
{
}
GpsPoint(double timestampS, double lat, double lon) : m_timestampS(timestampS), m_lat(lat), m_lon(lon) {}
double m_timestampS;
// @TODO(bykoianko) Using LatLog type instead of two double should be considered.
@@ -194,8 +191,7 @@ int main(int argc, char * argv[])
Tracks tracks;
if (!Parse(FLAGS_csv_path, tracks))
{
LOG(LERROR, ("An error while parsing", FLAGS_csv_path,
"file. Please check if it has a correct format."));
LOG(LERROR, ("An error while parsing", FLAGS_csv_path, "file. Please check if it has a correct format."));
return -1;
}
@@ -209,25 +205,21 @@ int main(int argc, char * argv[])
{
double trackLenM = 0;
for (size_t j = 1; j < t.size(); ++j)
{
trackLenM += ms::DistanceOnEarth(ms::LatLon(t[j - 1].m_lat, t[j - 1].m_lon),
ms::LatLon(t[j].m_lat, t[j].m_lon));
}
trackLenM += ms::DistanceOnEarth(ms::LatLon(t[j - 1].m_lat, t[j - 1].m_lon), ms::LatLon(t[j].m_lat, t[j].m_lon));
trackLengths += trackLenM;
}
LOG(LINFO, ("General tracks statistics."
"\n Number of tracks:",
tracks.size(), "\n Number of track points:", trackPointNum,
"\n Average points per track:", trackPointNum / tracks.size(),
"\n Average track length:", trackLengths / tracks.size(), "meters"));
tracks.size(), "\n Number of track points:", trackPointNum, "\n Average points per track:",
trackPointNum / tracks.size(), "\n Average track length:", trackLengths / tracks.size(), "meters"));
// For all points of each track in |tracks| some extrapolations will be calculated.
// The number of extrapolations depends on |Extrapolator::kExtrapolationPeriodMs|
// and |Extrapolator::kMaxExtrapolationTimeMs| and equal for all points.
// Then cumulative moving average and variance of each extrapolation will be printed.
auto const extrapolationNumber = static_cast<size_t>(Extrapolator::kMaxExtrapolationTimeMs /
Extrapolator::kExtrapolationPeriodMs);
auto const extrapolationNumber =
static_cast<size_t>(Extrapolator::kMaxExtrapolationTimeMs / Extrapolator::kExtrapolationPeriodMs);
MovingAverageVec mes(extrapolationNumber);
MovingAverageVec squareMes(extrapolationNumber);
// Number of extrapolations for which projections are calculated successfully.
@@ -258,28 +250,25 @@ int main(int argc, char * argv[])
vector<double> onePointDeviations;
vector<double> onePointDeviationsSquared;
bool projFound = true;
for (size_t timeMs = Extrapolator::kExtrapolationPeriodMs;
timeMs <= Extrapolator::kMaxExtrapolationTimeMs;
for (size_t timeMs = Extrapolator::kExtrapolationPeriodMs; timeMs <= Extrapolator::kMaxExtrapolationTimeMs;
timeMs += Extrapolator::kExtrapolationPeriodMs)
{
GpsInfo const extrapolated = LinearExtrapolation(info1, info2, timeMs);
m2::PointD const extrapolatedMerc =
mercator::FromLatLon(extrapolated.m_latitude, extrapolated.m_longitude);
m2::PointD const extrapolatedMerc = mercator::FromLatLon(extrapolated.m_latitude, extrapolated.m_longitude);
double const kHalfSquareSide = 100.0;
// |kHalfSquareSide| is chosen based on maximum value of GpsInfo::m_horizontalAccuracy
// which is used calculation of projection in production code.
m2::RectD const posSquare = mercator::MetersToXY(
extrapolated.m_longitude, extrapolated.m_latitude, kHalfSquareSide);
m2::RectD const posSquare =
mercator::MetersToXY(extrapolated.m_longitude, extrapolated.m_latitude, kHalfSquareSide);
// One is deducted from polyline size because in GetClosestProjectionInInterval()
// is used segment indices but not point indices.
auto const & iter = followedPoly.GetClosestProjectionInInterval(
posSquare,
[&extrapolatedMerc](FollowedPolyline::Iter const & it) {
ASSERT(it.IsValid(), ());
return mercator::DistanceOnEarth(it.m_pt, extrapolatedMerc);
},
0 /* start segment index */, followedPoly.GetPolyline().GetSize() - 1);
posSquare, [&extrapolatedMerc](FollowedPolyline::Iter const & it)
{
ASSERT(it.IsValid(), ());
return mercator::DistanceOnEarth(it.m_pt, extrapolatedMerc);
}, 0 /* start segment index */, followedPoly.GetPolyline().GetSize() - 1);
if (iter.IsValid())
{
@@ -309,19 +298,17 @@ int main(int argc, char * argv[])
}
CHECK_GREATER(extrapolationNumber, 0, ());
LOG(LINFO, ("\n Processed", mes.Get()[0].GetCounter(), "points.\n", " ",
mes.Get()[0].GetCounter() * extrapolationNumber, "extrapolations is calculated.\n",
" Projection is calculated for", projectionCounter, "extrapolations."));
LOG(LINFO,
("Cumulative moving average, variance and standard deviation for each extrapolation:"));
("\n Processed", mes.Get()[0].GetCounter(), "points.\n", " ", mes.Get()[0].GetCounter() * extrapolationNumber,
"extrapolations is calculated.\n", " Projection is calculated for", projectionCounter, "extrapolations."));
LOG(LINFO, ("Cumulative moving average, variance and standard deviation for each extrapolation:"));
for (size_t i = 0; i < extrapolationNumber; ++i)
{
double const variance = squareMes.Get()[i].Get() - math::Pow2(mes.Get()[i].Get());
LOG(LINFO,
("Extrapolation", i + 1, ",", Extrapolator::kExtrapolationPeriodMs * (i + 1),
"seconds after point two. Cumulative moving average =", mes.Get()[i].Get(), "meters.",
"Variance =", max(0.0, variance), ". Standard deviation =", sqrt(max(0.0, variance))));
LOG(LINFO, ("Extrapolation", i + 1, ",", Extrapolator::kExtrapolationPeriodMs * (i + 1),
"seconds after point two. Cumulative moving average =", mes.Get()[i].Get(), "meters.",
"Variance =", max(0.0, variance), ". Standard deviation =", sqrt(max(0.0, variance))));
}
return 0;