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Suggestion
[LEAK] Galaxy S24 Colors: Black, Grey, Violet, Yellow, Orange, Light Blue, and Light Green
- By Early Bird
- Breaking News
- 2 Replies
If you’ve got your eye on the Samsung Galaxy S24, set to launch in early 2024, you won’t have to wait until the calendar flips to start narrowing down your decision. We’re already hearing rumors swirl about is specs and feature, now including what Galaxy S24 Colors will be available.
The Galaxy S24 Colors will be Black, Grey, Violet, Yellow, Orange, Light Blue, and Light Green. However, availability of these colors will vary:
- S24 Retail Colors: Black, Grey Violet, Yellow
- S24 Online Colors: Orange, Light Blue, Light Green
Most people are expecting the Galaxy S24 to be very similar in design and build to its predecessor (the Galaxy S23). One big key (expected) difference? The chipset: rumor has it that Samsung will be bringing back its proprietary Exynos chips in some markets, whereas the S23 was powered exclusively by Qualcomm’s Snapdragon brand.
Source: Ross Young on X
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Suggestion
LG’s Bold Innovation in the World of Digital Creativity
- By LG
- Breaking News
- 0 Replies
LG welcomes you to step into a world that challenges the boundaries of digital creativity, exploring remarkable possibilities with the fusion of art and technology. The company illustrates a commitment to inspire audiences to reconsider established artistic expressions and actively supports artists in unlocking their creative potential with the evolution of digital art.
LG proudly marked its return to the Digital Art Fair (DAF) as an Exclusive Screen Partner for the second consecutive year. Held in Hong Kong from October 20 to 23, LG OLED illuminated the realm of digital creativity at the event, captivating the art world with innovative technologies. LG’s unique LG Diversity of Art exhibition zone presented a range of digital artworks to encourage attendees to reimagine the boundaries between digital art and the real world with the integration of art into everyday life.
At DAF, LG unveiled the OLED SIGNATURE M3, the world’s first wireless OLED TV1, for a stunning debut in Hong Kong. Notably, LG left a remarkable impression with this cutting-edge wireless OLED TV by showcasing “14-III-72 #223,” a renowned painting by Korean master of abstract art, Kim Whanki, brilliantly reimagined through digital expression. Following its initial appearance with the M3 in Freize Seoul, LG’s presentation of this digitally expressed masterpiece at DAF in Hong Kong served as a source of inspiration for both artists and art enthusiasts. The wireless 97-inch OLED TV faithfully portrays the vibrant details of the thousands of red dots that make this piece so special, elevating the immersive experience for art enthusiasts with advanced wireless video transmission and a massive screen.
The 97-inch OLED M3 boasts self-lit OLED technology that provides unrivaled picture quality on an ultra-large screen and Zero Connect technology that allows instant audio and video transmission at up to 4K 120Hz., for a distance of up to 10 meters2 between itself and the screen. This cutting-edge innovation enhances the freedom and flexibility of the audiovisual experience, providing a super-smooth and immersive viewing experience.
Furthermore, as an Exclusive Screen Partner, LG provided around a hundred LG OLED units to showcase a diverse collection of digital art pieces at the event. Visitors were engaged in a world of vivid and dynamic digital art created by popular artists, including Refik Anadol and Yang Yongliang.
Another highlight at DAF, LG presented unique media art pieces with the LG MAGNIT 136-inch Micro LED display in collaboration with LED.ART, a renowned media art content platform, leaving visitors in awe of the vibrant colors and unparalleled quality. Immersive visual effects and ultra-fine details were powered by Micro LED display technology, with LG MAGNIT display’s accurate color purity and wide viewing angle bringing the art to life. This partnership highlights LG’s commitment to actively participating in art events and signifies a new chapter in LG’s technological advancements in the realm of art.
LG also introduced the LG PuriCare
AeroFurniture Bored Ape Edition, featuring four bored ape avatars from the renowned NFT collection owned by Francesco Lee (aka DAC4Academy). Merging digital art with the versatility of home appliances, this unique collaboration offers a multifunctional art appliance, underscoring a compelling connection between digital art and household products.
LG PuriCare
AeroFurniture Bored Ape Edition will be launched as a limited edition with only 100 pieces. The four different designs will inspire customers who pursue interior design with new ways to express personal taste, redefining the possibilities between digital art and the real.
LG continues to deliver enriching art experiences, exploring the close connection between art and technology through inspiring exhibitions and compelling collaborations. Stay tuned to the LG Newsroom for the latest updates and stories.
LG proudly marked its return to the Digital Art Fair (DAF) as an Exclusive Screen Partner for the second consecutive year. Held in Hong Kong from October 20 to 23, LG OLED illuminated the realm of digital creativity at the event, captivating the art world with innovative technologies. LG’s unique LG Diversity of Art exhibition zone presented a range of digital artworks to encourage attendees to reimagine the boundaries between digital art and the real world with the integration of art into everyday life.
At DAF, LG unveiled the OLED SIGNATURE M3, the world’s first wireless OLED TV1, for a stunning debut in Hong Kong. Notably, LG left a remarkable impression with this cutting-edge wireless OLED TV by showcasing “14-III-72 #223,” a renowned painting by Korean master of abstract art, Kim Whanki, brilliantly reimagined through digital expression. Following its initial appearance with the M3 in Freize Seoul, LG’s presentation of this digitally expressed masterpiece at DAF in Hong Kong served as a source of inspiration for both artists and art enthusiasts. The wireless 97-inch OLED TV faithfully portrays the vibrant details of the thousands of red dots that make this piece so special, elevating the immersive experience for art enthusiasts with advanced wireless video transmission and a massive screen.
The 97-inch OLED M3 boasts self-lit OLED technology that provides unrivaled picture quality on an ultra-large screen and Zero Connect technology that allows instant audio and video transmission at up to 4K 120Hz., for a distance of up to 10 meters2 between itself and the screen. This cutting-edge innovation enhances the freedom and flexibility of the audiovisual experience, providing a super-smooth and immersive viewing experience.
Furthermore, as an Exclusive Screen Partner, LG provided around a hundred LG OLED units to showcase a diverse collection of digital art pieces at the event. Visitors were engaged in a world of vivid and dynamic digital art created by popular artists, including Refik Anadol and Yang Yongliang.
Another highlight at DAF, LG presented unique media art pieces with the LG MAGNIT 136-inch Micro LED display in collaboration with LED.ART, a renowned media art content platform, leaving visitors in awe of the vibrant colors and unparalleled quality. Immersive visual effects and ultra-fine details were powered by Micro LED display technology, with LG MAGNIT display’s accurate color purity and wide viewing angle bringing the art to life. This partnership highlights LG’s commitment to actively participating in art events and signifies a new chapter in LG’s technological advancements in the realm of art.
LG also introduced the LG PuriCare
LG PuriCare
LG continues to deliver enriching art experiences, exploring the close connection between art and technology through inspiring exhibitions and compelling collaborations. Stay tuned to the LG Newsroom for the latest updates and stories.
# # #
1 World’s first and only wireless OLED refers to OLED TV with 4K 120Hz wireless connectivity between TV and screen.
2 Applies only when the Zero Connect Box is placed in a direction facing the screen.
Read full article
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Question
What app notifcation icon is this? 2 heart lines
- By Qwedalis333
- Ask a question
- 1 Replies
Attachments
Best way to protect phone camera lens?
- By Rob
- Ask a question
- 14 Replies
I got the Galaxy S20 Ultra specifically for its beastly camera but over a couple years it got dings and scratches that eventually made it unusable.
I recently got the Pixel 8 Pro and although I prefer the Galaxy cameras (I'm a sucker for zoom), I have lots of features to still explore. I want the lenses on this thing to last longer than my last devices!
I can't imagine that putting a protective anything over the camera would be a good idea since it would inherently obstruct the view. Surely there must be SOME solution aside from being less clumsy?
Any products or tips you can suggest for protecting phone camera lenses without hindering photo and video quality?
And some photos I took kayaking today! Loving the fall colors starting to come in.
I recently got the Pixel 8 Pro and although I prefer the Galaxy cameras (I'm a sucker for zoom), I have lots of features to still explore. I want the lenses on this thing to last longer than my last devices!
I can't imagine that putting a protective anything over the camera would be a good idea since it would inherently obstruct the view. Surely there must be SOME solution aside from being less clumsy?
Any products or tips you can suggest for protecting phone camera lenses without hindering photo and video quality?
And some photos I took kayaking today! Loving the fall colors starting to come in.
What is the correct thread-safe way to access shared resource?
- By uavengineer
- Android Development
- 3 Replies
We are developing on Samsung Tab Active 4 Pro using Android Studio, kotlin and java. We are getting constant at random times app deadlocks. I am not new to developing with threads and synchronization methods however I am very new to Android development. I assume I am doing something wrong and will share what I am doing. But to set up the situation, we are using OSMDroid for the map viewing and are using layers of the map for draw icons that represent aircraft flying over the map. The main android app is done in kotlin and the UDP over ethernet is written in java files. Aircraft telemetry is received at about 1 hz over ethernet inside protobuf packets. The protobuf is received and parsed in a Listener java class using a thread and implemented in the run() method. In the udp handler where we receive and parse protobuf we call a kotlin object "class" (unfortunate use of terms with kotlin) that has a method UpdateEntity(). Here is a snippet of this code that handles a proto message type called Entity. EntityClass is the java wrapper created. This part is working fine, no issues here, just showing for context.
Datasource.INSTANCE.UpdateEntity(unit); call accesses the share list. Here is that method in total. Note Datasource is that singleton-like object construct that has all public "static" methods. (I'm a C++ guy mostly
New to kotlin)
My understanding of kotlin and android is that you need to use a coroutine if you want to use a mutex. I used a mutex to protect the shared resource, the entityUnitList of type mutableStateListOf<EntityUnit>
The Listener is started up on the main, UI thread however it uses its own thread to receive udp packets. The call to Datasource::UpdateEntity() is done in that thread, not the UI thread. Datasource is used by the UI thread as well and it needs access to the entityUnitLst to read from. The UI thread does not write to any of the elements in the list nor does it add or subtract elements from that list.
So the problem is the app will lock (not crash and disappear) and be non-responsive or frozen. This happens at various times but typically within a minute or two. My best guess is a thead race condition.
There was someone else developing the UI portions of this app and they said the UI only updates when a data element of it changes. So in UpdateEntity() these two lines do cause a UI refresh.
Here is another place accessing that list and is in the UI thread
There is more to that function but that function is called from here in a global method tha tis used in the map drawing code.
I am thinking we have a mutex locking unlocking issue where it stays locked and the UI blocks with that runBlocking{ } block waiting for the unlock. The Listener gets in and gets out when updating the entity pretty quick. The only link to the UI thread is Datasource::UpdateEntity(). When we comment out UpdateEntity() we never deaklock or freeze the app. We can even pre-load entityUnitList with entity class elements and interact with them again with no app freeze. Its only when we enable getting movement updates over ethernet (using USB/Ethernet adapter plugged into the tablet) when we freeze the app eventually.
So I think using runBlocking is wrong so what is the correct way to share that entityUnitList over multiple threads safely? We do not have to use a mutex and we could consider other list types that are better with thread synchronization.
-Steve
EDIT wow this post is long, I apologize! Just wanted to give enough details.
Code:
if (msg.getMessageTypeEnum() == MessageWrapperClass.MessageWrapper.MessageTypeEnum.MESSAGE_TYPE_ENTITY) {
EntityClass.Entity entity = msg.getMessageEntity();
Log.d(TAG, "Listener:run (thread): Entity received\"" + entity.toString());
// 0 deg points north, vertically in map
double heading = Math.atan2(
entity.getKinematics().getEastSpeed(),
entity.getKinematics().getNorthSpeed()) * 180.0 / Math.PI;
// Put to [0,360] range
if (heading < 0) {
heading += 360.0;
}
Position position = new Position(
heading,
entity.getKinematics().getPosition().getLatitudeDeg(),
entity.getKinematics().getPosition().getLongitudeDeg(),
entity.getKinematics().getPosition().getAltitudeHaeMeters(),
0.0);
HostileEntity unit = new HostileEntity(
Utils.TrimUUID(entity.getEntityID().getValue().toString()),
//todo: we need callsign here
"red", //entity.getEntityID().getValue().toString(),
position, false);
Datasource.INSTANCE.UpdateEntity(unit); // <---------- This accesses the shared list
}Datasource.INSTANCE.UpdateEntity(unit); call accesses the share list. Here is that method in total. Note Datasource is that singleton-like object construct that has all public "static" methods. (I'm a C++ guy mostly
New to kotlin)
Java:
/**
* [Datasource] holds the data that is utilized by the UI
*/
object Datasource {
var currentStatus = ""
var currentMode = Modes.Nav
var Settings:SettingsClass = SettingsClass()
//This is the list of automations
var AutomationList = mutableListOf<AutomationClass>(
WTP(),
EW()
)
var TabPages = mutableListOf<String>()
var TabPageContents = mutableListOf<TabPage>()
var KillPairs = mutableListOf<KillPair>()
var SelectedTab:Int = 0
var newTab:String = ""
var locklineschanged = false
val entityUnitListMutex = Mutex(false)
val killPairsMutex = Mutex(false)
/*
This is the list of units. Any unit added to this list will get added to the map.
*/
val entityUnitList = mutableStateListOf<EntityUnit>()
fun UpdateEntity(entity:EntityUnit)
{
if (!entity.isPositionValid()) {
Log.e(ContentValues.TAG, "Datasource::UpdateEntity " + "Invalid entity passed:")
return
}
entity.lifeTime_ms = System.currentTimeMillis() // update its life time
try {
// NOTE - FindEntity() call must remain OUTSIDE of runblocking and mutex because
// FindEntity also has mutex and we do not want to nest mutex calls. Deadlock may occur
val existingEntity = FindEntity(entity.id)
runBlocking {
entityUnitListMutex.withLock {
if (existingEntity != null) {
entity.status = existingEntity.status
entity.missionCount = existingEntity.missionCount
val index = entityUnitList.indexOf(existingEntity)
entityUnitList[index] = entity
} else {
entityUnitList.add(entity)
}
}// end mutex
}
}
catch(e:Exception)
{
Log.e(ContentValues.TAG, "Datasource::UpdateEntity " + e.toString())
}
}
/*
Find the entity in the list of active entities
*/
fun FindEntity(entityName: String): EntityUnit? {
try {
var returnval: EntityUnit? = null
runBlocking {
entityUnitListMutex.withLock {
for (i in entityUnitList.indices) {
if (entityUnitList[i].id == entityName) {
returnval = entityUnitList[i]
break
}
}
}// end mutex
}
return returnval
} catch (e: Exception) {
Log.e(ContentValues.TAG, "Datasource::FindEntity " + e.toString())
return null
}
}My understanding of kotlin and android is that you need to use a coroutine if you want to use a mutex. I used a mutex to protect the shared resource, the entityUnitList of type mutableStateListOf<EntityUnit>
The Listener is started up on the main, UI thread however it uses its own thread to receive udp packets. The call to Datasource::UpdateEntity() is done in that thread, not the UI thread. Datasource is used by the UI thread as well and it needs access to the entityUnitLst to read from. The UI thread does not write to any of the elements in the list nor does it add or subtract elements from that list.
So the problem is the app will lock (not crash and disappear) and be non-responsive or frozen. This happens at various times but typically within a minute or two. My best guess is a thead race condition.
There was someone else developing the UI portions of this app and they said the UI only updates when a data element of it changes. So in UpdateEntity() these two lines do cause a UI refresh.
Code:
entityUnitList[index] = entity
...
entityUnitList.add(entity)Here is another place accessing that list and is in the UI thread
Code:
fun PutStuffOnMap(
uiState: FOXUiState, mapView: MapView, onEntityClicked: (entityClicked: String) -> Unit
) {
try {
val items = ArrayList<OverlayItem>()
runBlocking {
Datasource.entityUnitListMutex.withLock {
for (i in entityUnitList.indices) {
val entity = entityUnitList[i]
PlotEntity(mapView, entity)?.let { items.add(it) }
}
}// end mutex
}
. . .There is more to that function but that function is called from here in a global method tha tis used in the map drawing code.
Java:
@Composable
fun MapRow(
uiState: FOXUiState,
onEntityClicked: (entityClicked: String) -> Unit,
modifier: Modifier = Modifier){
Row(modifier = modifier) {
AndroidView(
factory = { context ->
MapView(context).apply {
SetUpMap( uiState, this, onEntityClicked)
}
},
update = {
mapView ->
PutStuffOnMap( uiState, mapView, onEntityClicked)
}
)
}
}I am thinking we have a mutex locking unlocking issue where it stays locked and the UI blocks with that runBlocking{ } block waiting for the unlock. The Listener gets in and gets out when updating the entity pretty quick. The only link to the UI thread is Datasource::UpdateEntity(). When we comment out UpdateEntity() we never deaklock or freeze the app. We can even pre-load entityUnitList with entity class elements and interact with them again with no app freeze. Its only when we enable getting movement updates over ethernet (using USB/Ethernet adapter plugged into the tablet) when we freeze the app eventually.
So I think using runBlocking is wrong so what is the correct way to share that entityUnitList over multiple threads safely? We do not have to use a mutex and we could consider other list types that are better with thread synchronization.
-Steve
EDIT wow this post is long, I apologize! Just wanted to give enough details.
Qirex Watch Face
- Wearables
- 0 Replies
My new watch face, just released!
Qirex Watch Face
Qirex Watch Face - Apps on Google Play
FREE & PREMIUM features available!
Modern looking interface, with as always, a lot of customisation available (custom shortcuts, custom data, ...)
Interactivity, second timezone, and many more to discover!
I hope that you will like it!
Qirex Watch Face
Qirex Watch Face - Apps on Google Play
FREE & PREMIUM features available!
Modern looking interface, with as always, a lot of customisation available (custom shortcuts, custom data, ...)
Interactivity, second timezone, and many more to discover!
I hope that you will like it!
"Device Explorer" missing on Android Studio "Giraffe" (M1 Mac)
- By TheSwede86
- Android Development
- 1 Replies
Android Studio Giraffe | 2022.3.1 Patch 2
MacBook Pro 16" 2021 (Apple Silicon)
Mac OS X Ventura 13.4.1 (c) (22F770820d)
Hello,
Sorry if this is a "stupid" question but I recently installed (just the other day actually) Android Studio on my PC and was able to browse my AVDs filesystem using "Device Explorer" in Android Studio.
However when trying to do the same on my Mac the "folder"-icon is greyed out in "Device Manager" and I can't find "Device Explorer" in the menubar under "Tools".
Attaching printscreen.
Am I missing something?
Best Regards - TheSwede86
MacBook Pro 16" 2021 (Apple Silicon)
Mac OS X Ventura 13.4.1 (c) (22F770820d)
Hello,
Sorry if this is a "stupid" question but I recently installed (just the other day actually) Android Studio on my PC and was able to browse my AVDs filesystem using "Device Explorer" in Android Studio.
However when trying to do the same on my Mac the "folder"-icon is greyed out in "Device Manager" and I can't find "Device Explorer" in the menubar under "Tools".
Attaching printscreen.
Am I missing something?
Best Regards - TheSwede86
-
Suggestion
Cybertruck’s 2024 VIN Decoder and GVWRs Stir Enthusiastic Speculations
- By Early Bird
- Breaking News
- 0 Replies
No vehicle has captured excitement quite like the Tesla Cybertruck, and early adopters have newfound hope since there is now an official delivery date (November 30th). And now, more details are emerging.
A sleuthing forum user uncovered the Cybertruck VIN decoder, stirring excitement and prompting speculative discussions among enthusiasts. The details were disclosed through the National Highway Traffic Safety Administration (NHTSA) as required by law, then scrupulously dissected by fans, bringing various viewpoints and interpretations to light along the way.
The VIN information showcased differing Gross Vehicle Weight Ratings (GVWRs) for the Cybertruck models. The Performance version will boast a GVWR of 9,XXX pounds, while the Standard model will be at 8,XXX pounds. Participants in the forum compared these numbers with other models such as the Tesla Model X, Model S, and Model Y, as well as competitors like the Rivian R1T and the Hummer EV, placing the Cybertruck within a competitive range.
Discussion particularly flourished around the likely initial release of the Dual Motor Standard and Triple Motor Performance models for 2024. Enthusiasts are surmising from the VIN details that the Dual Motor Standard might weigh between 8,000 to 9,000 pounds and the Triple Motor Performance could push into the 9,000 to 10,000-pound class.
For reference, here is a section of the VIN:
However, some believe that the added motor might not necessarily catapult the vehicle’s weight into the next classification, suggesting a certain fluidity in the weight classes based on configurations – it’s possible that Tesla is just playing it safe to account for last-minute changes.
Concerns were also raised regarding the vehicle’s price points and their potential impact on eligibility for federal credits. With some configurations possibly pushing the price beyond $80,000, the availability of these credits becomes uncertain, adding another layer to prospective buyers’ considerations.
Amidst the speculations, one noteworthy revelation is the absence of the Quad Motor model in the 2024 VIN details, leaving enthusiasts in suspense regarding its potential future release.
In a synergy of excitement and curiosity, the disclosed VIN details have fueled rich discussions, offering a glimpse into the potential variances in the highly-anticipated Cybertruck models. Armed with this detailed breakdown and reflective analysis, enthusiasts and prospective buyers are better equipped to navigate the thrilling journey to the Cybertruck’s launch.
Source: NHTSA (PDF)
Read More
Unveiling the VIN
A sleuthing forum user uncovered the Cybertruck VIN decoder, stirring excitement and prompting speculative discussions among enthusiasts. The details were disclosed through the National Highway Traffic Safety Administration (NHTSA) as required by law, then scrupulously dissected by fans, bringing various viewpoints and interpretations to light along the way.
Analysis of the GVWR
The VIN information showcased differing Gross Vehicle Weight Ratings (GVWRs) for the Cybertruck models. The Performance version will boast a GVWR of 9,XXX pounds, while the Standard model will be at 8,XXX pounds. Participants in the forum compared these numbers with other models such as the Tesla Model X, Model S, and Model Y, as well as competitors like the Rivian R1T and the Hummer EV, placing the Cybertruck within a competitive range.
Model Varieties and Speculations
Discussion particularly flourished around the likely initial release of the Dual Motor Standard and Triple Motor Performance models for 2024. Enthusiasts are surmising from the VIN details that the Dual Motor Standard might weigh between 8,000 to 9,000 pounds and the Triple Motor Performance could push into the 9,000 to 10,000-pound class.
For reference, here is a section of the VIN:
7G2 C E G E D R A 000001-999999Reflecting on Weight Classes
However, some believe that the added motor might not necessarily catapult the vehicle’s weight into the next classification, suggesting a certain fluidity in the weight classes based on configurations – it’s possible that Tesla is just playing it safe to account for last-minute changes.
Price Points and Federal Credits
Concerns were also raised regarding the vehicle’s price points and their potential impact on eligibility for federal credits. With some configurations possibly pushing the price beyond $80,000, the availability of these credits becomes uncertain, adding another layer to prospective buyers’ considerations.
A Missing Quad Motor Model?
Amidst the speculations, one noteworthy revelation is the absence of the Quad Motor model in the 2024 VIN details, leaving enthusiasts in suspense regarding its potential future release.
Concluding Thoughts
In a synergy of excitement and curiosity, the disclosed VIN details have fueled rich discussions, offering a glimpse into the potential variances in the highly-anticipated Cybertruck models. Armed with this detailed breakdown and reflective analysis, enthusiasts and prospective buyers are better equipped to navigate the thrilling journey to the Cybertruck’s launch.
Source: NHTSA (PDF)
Read More
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