三星multiscreen Proguard与exoplayer冲突(samsung multiscreen Proguard conflict with exoplayer)
我想释放我的应用程序,但在proguard步骤中,我面临一个问题。 当我添加lobmok时生成一些警告(或者当我添加samsung-multiscreen jar文件时更具体)如下:
警告:com.google.android.exoplayer.MediaCodecAudioTrackRenderer:找不到引用的类android.media.PlaybackParams警告:com.google.android.exoplayer.audio.AudioTrack:找不到引用类android.media.PlaybackParams警告: com.google.android.exoplayer.audio.AudioTrack $ AudioTrackUtil:找不到引用类android.media.PlaybackParams警告:com.google.android.exoplayer.audio.AudioTrack $ AudioTrackUtilV23:找不到引用类android.media .PlaybackParams警告:com.google.android.exoplayer.audio.AudioTrack $ AudioTrackUtilV23:在库类android.media.AudioTrack中找不到引用的方法'void setPlaybackParams(android.media.PlaybackParams)'警告:com.google.android .exoplayer.audio.AudioTrack $ AudioTrackUtilV23:找不到引用的类android.media.PlaybackParams警告:com.google.android.exoplayer.chunk.VideoFormatSelectorUtil:找不到引用的方法'android.view.Display $ Mode getMode( )'在图书馆类android.view.Display Warni ng:com.google.android.exoplayer.chunk.VideoFormatSelectorUtil:找不到引用的类android.view.Display $ Mode
当我向proguard-rules.pro添加以下行时,其中一些消失了,但当我启动应用程序时它崩溃了。
-dontwarn lombok.**
另请试试这个:
-keep class com.google.android.exoplayer.** { *; }
我认为这是由于在外行人和多屏幕 (龙目岛)
有谁知道如何解决这个问题?
I want to release my app but in proguard step I face a problem. it Generate some warning when I add lobmok ( or be more specific when I add samsung-multiscreen jar file) as follows :
Warning:com.google.android.exoplayer.MediaCodecAudioTrackRenderer: can't find referenced class android.media.PlaybackParams Warning:com.google.android.exoplayer.audio.AudioTrack: can't find referenced class android.media.PlaybackParams Warning:com.google.android.exoplayer.audio.AudioTrack$AudioTrackUtil: can't find referenced class android.media.PlaybackParams Warning:com.google.android.exoplayer.audio.AudioTrack$AudioTrackUtilV23: can't find referenced class android.media.PlaybackParams Warning:com.google.android.exoplayer.audio.AudioTrack$AudioTrackUtilV23: can't find referenced method 'void setPlaybackParams(android.media.PlaybackParams)' in library class android.media.AudioTrack Warning:com.google.android.exoplayer.audio.AudioTrack$AudioTrackUtilV23: can't find referenced class android.media.PlaybackParams Warning:com.google.android.exoplayer.chunk.VideoFormatSelectorUtil: can't find referenced method 'android.view.Display$Mode getMode()' in library class android.view.Display Warning:com.google.android.exoplayer.chunk.VideoFormatSelectorUtil: can't find referenced class android.view.Display$Mode
When I add following line to proguard-rules.pro some of the them disappeared but When I launch to the application it crash.
-dontwarn lombok.**
Also try this :
-keep class com.google.android.exoplayer.** { *; }
I think it raise due to conflict between annotation used in exoplayer and multiscreen (lombok)
does anyone knows how to fix this issue ?
原文:https://stackoverflow.com/questions/34825289
最满意答案
将您的northings / eastings转换为lat / long,记住OS网格基于OSGB36而不是WGS84。
我使用以下类:
<?php namespace OSGB36; use \Geodetic\Datum; class Converter { private $_osRef; private $_fromDatum; private $_toDatum; public function __construct() { $this->_osRef = new OSRef(); $this->_fromDatum = new Datum(Datum::OSGB36); $this->_toDatum = new Datum(Datum::WGS84); } /** * Converts easting/northing into lat/long * * @param integer $eastings * @param integer $northings * @return \Geodetic\LatLong */ public function calculateLatLong($eastings, $northings) { $this->_osRef->setNorthings($northings) ->setEastings($eastings); $OSGB36LatLong = $this->_osRef->toLatLong( $this->_fromDatum->getReferenceEllipsoid() ); $ecef = $OSGB36LatLong->toECEF($this->_fromDatum); $ecef->toWGS84($this->_fromDatum); $WGS84LatLong = $ecef->toLatLong($this->_toDatum); return $WGS84LatLong; } }
和
<?php namespace OSGB36; use \Geodetic\LatLong\CoordinateValues; class OSRef { private $_northings; private $_eastings; public function __construct($northings = NULL, $eastings = NULL) { $this->_northings = $northings; $this->_eastings = $eastings; } public function setNorthings($northings) { $this->_northings = $northings; return $this; } public function setEastings($eastings) { $this->_eastings = $eastings; return $this; } private function _sinSquared($x) { return sin($x) * sin($x); } private function _tanSquared($x) { return tan($x) * tan($x); } private function _secant($x) { return 1.0 / cos($x); } private function _cosecant($x) { return 1.0 / sin($x); } private function _cotangent($x) { return 1.0 / tan($x); } public function toLatLong(\Geodetic\ReferenceEllipsoid $airy1830) { $OSGB_F0 = 0.9996012717; // Central Meridan Scale factor $N0 = -100000.0; // True origin Northing $E0 = 400000.0; // True origin Easting $phi0 = deg2rad(49.0); // True origin Latitude $lambda0 = deg2rad(-2.0); // True origin Longitude $semiMajorAxis = $airy1830->getSemiMajorAxis(); $semiMinorAxis = $airy1830->getSemiMinorAxis(); $eSquared = $airy1830->getFirstEccentricitySquared(); $easting = $this->_eastings - $E0; $northing = $this->_northings - $N0; $n = ($semiMajorAxis - $semiMinorAxis) / ($semiMajorAxis + $semiMinorAxis); $M = 0.0; $phiPrime = ($northing / ($semiMajorAxis * $OSGB_F0)) + $phi0; do { $M = ($semiMinorAxis * $OSGB_F0) * (((1 + $n + ((5.0 / 4.0) * $n * $n) + ((5.0 / 4.0) * $n * $n * $n)) * ($phiPrime - $phi0)) - (((3 * $n) + (3 * $n * $n) + ((21.0 / 8.0) * $n * $n * $n)) * sin($phiPrime - $phi0) * cos($phiPrime + $phi0)) + ((((15.0 / 8.0) * $n * $n) + ((15.0 / 8.0) * $n * $n * $n)) * sin(2.0 * ($phiPrime - $phi0)) * cos(2.0 * ($phiPrime + $phi0))) - (((35.0 / 24.0) * $n * $n * $n) * sin(3.0 * ($phiPrime - $phi0)) * cos(3.0 * ($phiPrime + $phi0)))); $phiPrime += ($northing - $M) / ($semiMajorAxis * $OSGB_F0); } while (($northing - $M) >= 0.001); $v = $semiMajorAxis * $OSGB_F0 * pow(1.0 - $eSquared * $this->_sinSquared($phiPrime), -0.5); $rho = $semiMajorAxis * $OSGB_F0 * (1.0 - $eSquared) * pow(1.0 - $eSquared * $this->_sinSquared($phiPrime), -1.5); $etaSquared = ($v / $rho) - 1.0; $VII = tan($phiPrime) / (2 * $rho * $v); $VIII = (tan($phiPrime) / (24.0 * $rho * pow($v, 3.0))) * (5.0 + (3.0 * $this->_tanSquared($phiPrime)) + $etaSquared - (9.0 * $this->_tanSquared($phiPrime) * $etaSquared)); $IX = (tan($phiPrime) / (720.0 * $rho * pow($v, 5.0))) * (61.0 + (90.0 * $this->_tanSquared($phiPrime)) + (45.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $X = $this->_secant($phiPrime) / $v; $XI = ($this->_secant($phiPrime) / (6.0 * $v * $v * $v)) * (($v / $rho) + (2 * $this->_tanSquared($phiPrime))); $XII = ($this->_secant($phiPrime) / (120.0 * pow($v, 5.0))) * (5.0 + (28.0 * $this->_tanSquared($phiPrime)) + (24.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $XIIA = ($this->_secant($phiPrime) / (5040.0 * pow($v, 7.0))) * (61.0 + (662.0 * $this->_tanSquared($phiPrime)) + (1320.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime)) + (720.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $phi = $phiPrime - ($VII * pow($easting, 2.0)) + ($VIII * pow($easting, 4.0)) - ($IX * pow($easting, 6.0)); $lambda = $lambda0 + ($X * $easting) - ($XI * pow($easting, 3.0)) + ($XII * pow($easting, 5.0)) - ($XIIA * pow($easting, 7.0)); $latLongCoordinates = new CoordinateValues( $phi, $lambda, \Geodetic\Angle::RADIANS, 0.0, \Geodetic\Distance::METRES ); return new \Geodetic\LatLong($latLongCoordinates); } function toGridRef() { $hundredkmE = floor($this->_eastings / 100000); $hundredkmN = floor($this->_northings / 100000); $firstLetter = ""; if ($hundredkmN < 5) { if ($hundredkmE < 5) { $firstLetter = "S"; } else { $firstLetter = "T"; } } else if ($hundredkmN < 10) { if ($hundredkmE < 5) { $firstLetter = "N"; } else { $firstLetter = "O"; } } else { $firstLetter = "H"; } $secondLetter = ""; $index = 65 + ((4 - ($hundredkmN % 5)) * 5) + ($hundredkmE % 5); $ti = $index; if ($index >= 73) { $index++; } $secondLetter = chr($index); $e = round(($this->_eastings - (100000 * $hundredkmE)) / 100); $n = round(($this->_northings - (100000 * $hundredkmN)) / 100); return sprintf("%s%s%03d%03d", $firstLetter, $secondLetter, $e, $n); } public static function createOSRefFromGridRef($gridRef) { $char1 = substr($gridRef, 0, 1); $char2 = substr($gridRef, 1, 1); $east = substr($gridRef, 2, 3) * 100; $north = substr($gridRef, 5, 3) * 100; if ($char1 == 'H') { $north += 1000000; } else if ($char1 == 'N') { $north += 500000; } else if ($char1 == 'O') { $north += 500000; $east += 500000; } else if ($char1 == 'T') { $east += 500000; } $char2ord = ord($char2); if ($char2ord > 73) { $char2ord--; // Adjust for no I } $nx = (($char2ord - 65) % 5) * 100000; $ny = (4 - floor(($char2ord - 65) / 5)) * 100000; return new OSRef($north + $ny, $east + $nx); } }
结合我的大地测量库 。
它通过整个CodePoint打开很快,为我提供了一个邮政编码细节数据库,包括用于OpenStreetMap的WGS84纬度/经度坐标。
Convert your northings/eastings to lat/long, remembering that The OS grid is based on OSGB36 rather than WGS84.
I use the following class:
<?php namespace OSGB36; use \Geodetic\Datum; class Converter { private $_osRef; private $_fromDatum; private $_toDatum; public function __construct() { $this->_osRef = new OSRef(); $this->_fromDatum = new Datum(Datum::OSGB36); $this->_toDatum = new Datum(Datum::WGS84); } /** * Converts easting/northing into lat/long * * @param integer $eastings * @param integer $northings * @return \Geodetic\LatLong */ public function calculateLatLong($eastings, $northings) { $this->_osRef->setNorthings($northings) ->setEastings($eastings); $OSGB36LatLong = $this->_osRef->toLatLong( $this->_fromDatum->getReferenceEllipsoid() ); $ecef = $OSGB36LatLong->toECEF($this->_fromDatum); $ecef->toWGS84($this->_fromDatum); $WGS84LatLong = $ecef->toLatLong($this->_toDatum); return $WGS84LatLong; } }
and
<?php namespace OSGB36; use \Geodetic\LatLong\CoordinateValues; class OSRef { private $_northings; private $_eastings; public function __construct($northings = NULL, $eastings = NULL) { $this->_northings = $northings; $this->_eastings = $eastings; } public function setNorthings($northings) { $this->_northings = $northings; return $this; } public function setEastings($eastings) { $this->_eastings = $eastings; return $this; } private function _sinSquared($x) { return sin($x) * sin($x); } private function _tanSquared($x) { return tan($x) * tan($x); } private function _secant($x) { return 1.0 / cos($x); } private function _cosecant($x) { return 1.0 / sin($x); } private function _cotangent($x) { return 1.0 / tan($x); } public function toLatLong(\Geodetic\ReferenceEllipsoid $airy1830) { $OSGB_F0 = 0.9996012717; // Central Meridan Scale factor $N0 = -100000.0; // True origin Northing $E0 = 400000.0; // True origin Easting $phi0 = deg2rad(49.0); // True origin Latitude $lambda0 = deg2rad(-2.0); // True origin Longitude $semiMajorAxis = $airy1830->getSemiMajorAxis(); $semiMinorAxis = $airy1830->getSemiMinorAxis(); $eSquared = $airy1830->getFirstEccentricitySquared(); $easting = $this->_eastings - $E0; $northing = $this->_northings - $N0; $n = ($semiMajorAxis - $semiMinorAxis) / ($semiMajorAxis + $semiMinorAxis); $M = 0.0; $phiPrime = ($northing / ($semiMajorAxis * $OSGB_F0)) + $phi0; do { $M = ($semiMinorAxis * $OSGB_F0) * (((1 + $n + ((5.0 / 4.0) * $n * $n) + ((5.0 / 4.0) * $n * $n * $n)) * ($phiPrime - $phi0)) - (((3 * $n) + (3 * $n * $n) + ((21.0 / 8.0) * $n * $n * $n)) * sin($phiPrime - $phi0) * cos($phiPrime + $phi0)) + ((((15.0 / 8.0) * $n * $n) + ((15.0 / 8.0) * $n * $n * $n)) * sin(2.0 * ($phiPrime - $phi0)) * cos(2.0 * ($phiPrime + $phi0))) - (((35.0 / 24.0) * $n * $n * $n) * sin(3.0 * ($phiPrime - $phi0)) * cos(3.0 * ($phiPrime + $phi0)))); $phiPrime += ($northing - $M) / ($semiMajorAxis * $OSGB_F0); } while (($northing - $M) >= 0.001); $v = $semiMajorAxis * $OSGB_F0 * pow(1.0 - $eSquared * $this->_sinSquared($phiPrime), -0.5); $rho = $semiMajorAxis * $OSGB_F0 * (1.0 - $eSquared) * pow(1.0 - $eSquared * $this->_sinSquared($phiPrime), -1.5); $etaSquared = ($v / $rho) - 1.0; $VII = tan($phiPrime) / (2 * $rho * $v); $VIII = (tan($phiPrime) / (24.0 * $rho * pow($v, 3.0))) * (5.0 + (3.0 * $this->_tanSquared($phiPrime)) + $etaSquared - (9.0 * $this->_tanSquared($phiPrime) * $etaSquared)); $IX = (tan($phiPrime) / (720.0 * $rho * pow($v, 5.0))) * (61.0 + (90.0 * $this->_tanSquared($phiPrime)) + (45.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $X = $this->_secant($phiPrime) / $v; $XI = ($this->_secant($phiPrime) / (6.0 * $v * $v * $v)) * (($v / $rho) + (2 * $this->_tanSquared($phiPrime))); $XII = ($this->_secant($phiPrime) / (120.0 * pow($v, 5.0))) * (5.0 + (28.0 * $this->_tanSquared($phiPrime)) + (24.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $XIIA = ($this->_secant($phiPrime) / (5040.0 * pow($v, 7.0))) * (61.0 + (662.0 * $this->_tanSquared($phiPrime)) + (1320.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime)) + (720.0 * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime) * $this->_tanSquared($phiPrime))); $phi = $phiPrime - ($VII * pow($easting, 2.0)) + ($VIII * pow($easting, 4.0)) - ($IX * pow($easting, 6.0)); $lambda = $lambda0 + ($X * $easting) - ($XI * pow($easting, 3.0)) + ($XII * pow($easting, 5.0)) - ($XIIA * pow($easting, 7.0)); $latLongCoordinates = new CoordinateValues( $phi, $lambda, \Geodetic\Angle::RADIANS, 0.0, \Geodetic\Distance::METRES ); return new \Geodetic\LatLong($latLongCoordinates); } function toGridRef() { $hundredkmE = floor($this->_eastings / 100000); $hundredkmN = floor($this->_northings / 100000); $firstLetter = ""; if ($hundredkmN < 5) { if ($hundredkmE < 5) { $firstLetter = "S"; } else { $firstLetter = "T"; } } else if ($hundredkmN < 10) { if ($hundredkmE < 5) { $firstLetter = "N"; } else { $firstLetter = "O"; } } else { $firstLetter = "H"; } $secondLetter = ""; $index = 65 + ((4 - ($hundredkmN % 5)) * 5) + ($hundredkmE % 5); $ti = $index; if ($index >= 73) { $index++; } $secondLetter = chr($index); $e = round(($this->_eastings - (100000 * $hundredkmE)) / 100); $n = round(($this->_northings - (100000 * $hundredkmN)) / 100); return sprintf("%s%s%03d%03d", $firstLetter, $secondLetter, $e, $n); } public static function createOSRefFromGridRef($gridRef) { $char1 = substr($gridRef, 0, 1); $char2 = substr($gridRef, 1, 1); $east = substr($gridRef, 2, 3) * 100; $north = substr($gridRef, 5, 3) * 100; if ($char1 == 'H') { $north += 1000000; } else if ($char1 == 'N') { $north += 500000; } else if ($char1 == 'O') { $north += 500000; $east += 500000; } else if ($char1 == 'T') { $east += 500000; } $char2ord = ord($char2); if ($char2ord > 73) { $char2ord--; // Adjust for no I } $nx = (($char2ord - 65) % 5) * 100000; $ny = (4 - floor(($char2ord - 65) / 5)) * 100000; return new OSRef($north + $ny, $east + $nx); } }
combined with my Geodetic library.
It's pretty quick chundering through the entirety of CodePoint open to give me a database of postcode details including WGS84 lat/long coordinates for use with OpenStreetMap.
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你可以使用sort_by : alpha.sort_by{|m| point_a.distance_to(m)}.take(4) 或者使用Ruby 2.2.0+, min_by with argument: alpha.min_by(4){|m| point_a.distance_to(m)} You can use sort_by: alpha.sort_by{|m| point_a.distance_to(m)}.take(4) Or with Ruby 2.2.0+, min_by with a ...
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这里有一个开源dll库( geocoordconversion ) ,可以将eastings / northings转换为lat / lon。 因此,您可以将某些内容用于原始转换。 或者,可能有用的是,我在GitHub上有一个项目,它使用这个DLL将完整的Ordnance Survey邮政编码数据集导入SQL Server,将eastings / northings转换为lat / lon。 这可用作命令行可执行文件。 如果这与您想要的一致,那么您可以使用它。 或者至少,有代码突出显示如何使用DLL执行转换 ...
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那将是因为 Error in Ops.factor(StartPC, EndPC) : level sets of factors are different 您的两列是因素,而不是字符。 因子是分类变量,它们存储为整数和“级别”的查找表。 比较它们实际上是比较基础整数,因此R确保您比较具有相同级别的因子。 如果没有,那么它决定你做了一件坏事。 所以转换为字符: > subset(data, as.character(StartPC)==as.character(EndPC),na.rm=TRUE) ...
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我一直在努力争取这一段时间。 我在OSGB36中有很多北/东点,必须定期进行转换。 请注意,下面的UDF将OSGB36(Ordnance Survey)投影中的北/东向转换为WGS84投影中的经度/纬度,以便它们可以在Google地图中使用。 /****** Object: UserDefinedFunction [dbo].[NEtoLL] Script Date: 09/06/2012 17:06:39 ******/ SET ANSI_NULLS ON GO SET QUOTED_IDENT ...
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你可以使用sp::spTransform 。 我假设你的初始数据集是epsg:27700(英国国家网格) library(sp) east_north <- SpatialPoints(dat, proj4string=CRS("+init=epsg:27700")) spTransform(east_north, CRS("+init=epsg:4326")) you can use sp::spTransform. I have assumed your i ...
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将您的northings / eastings转换为lat / long,记住OS网格基于OSGB36而不是WGS84。 我使用以下类:
使用英国东部和北部计算距离(军械测量)(Calculating a distances using eastings and northings UK (ordnance survey))[2022-04-16]
^是XOR运算符,而不是正方形。 你能试试吗? SQRT( POW(pc.Eastings - {$e1}, 2) + POW(pc.Northings - {$n1}, 2)) as distance ^ is the XOR operator, not the square. Can you try this? SQRT( POW(pc.Eastings - {$e1}, 2) + POW(pc.Northings - {$n1}, 2)) as distance相关文章
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