что такое desync on shot

ASSWARE — Бесплатный чит для CS:GO

ASSWARE — Бесплатный чит для CS:GO запись закреплена

ASSWARE — Бесплатный чит для CS:GO запись закреплена

AssWare обновлён до версии 2.5-BETA! |27.11.21

● Что нового?
— Добавлен тип «sway» в функцию «desync on shot».
— Добавлена функция «disable dt with knife» (была временно убрана).
Показать полностью.
— Улучшен ресольвер.
— Улучшена оптимизация.
— Улучшена функция «doubletap».
— Улучшен хитшнас.
— Исправлена функция «desync on shot».
— Исправлена функция «auto scope».
— Исправлены анимации.
— Исправлены краши.
— Исправлены ошибки.

Стараемся исправлять ошибки, которые возникли из-за нового дабл-тапа. Если Вы нашли баг, то пожалуйста, отправьте скриншот/видео в телеграм devclancy, либо на наш дискорд сервер. Спасибо!

Скачать шрифт с иконками оружий: https://oxy.cloud/d/bZoe
Скачать кастом модели (закинуть в папку с CS:GO): https://oxy.cloud/d/aZoe

ASSWARE — Бесплатный чит для CS:GO запись закреплена

ASSWARE — Бесплатный чит для CS:GO запись закреплена

AssWare обновлён до версии 2.4-RELEASE! |24.11.21

● Что нового?
— Добавлена функция «grenade warning».
— Полностью переделан хитшанс.
Показать полностью.
— Полностью переделан легит.
— Улучшена функция «doubletap». Теперь он полностью defensive (имеются баги).
— Улучшен рейдж бэктрэк.
— Улучшен ресольвер.
— Улучшена оптимизация.
— Изменены цвета в меню.
— Изменено меню.
— Исправлены мануалы.
— Исправлены краши.
— Исправлены баги.
— Исправлена функция «fast stop».
— Исправлена функция «freestanding».
— Исправлена функция «inverter».
— Исправлена функция «left hand knife».
— Исправлена функция «aimbot hitboxes».
— Исправлены легит анти аимы.
— Убран бинд на рейдж.
— Убрана функция «unlock cvars».
— Убрана функция «sv_pure bypass» (временно).
— Убрана функция «grenade trail».
— Убрана функция «disable with knife».
— Убрана функция «legit resolver».
— Убрана функция «wireframe smoke» (временно).
— Убран выбор в функции «automatic strafes».

Скачать шрифт с иконками оружий: https://oxy.cloud/d/bZoe
Скачать кастом модели (закинуть в папку с CS:GO): https://oxy.cloud/d/aZoe

ASSWARE — Бесплатный чит для CS:GO запись закреплена

AssWare обновлён до версии 2.4-ALPHA! |22.11.21

● Что нового?
— Улучшена функция «doubletap». Теперь он полностью defensive.
— Улучшен рейдж бэктрэк.
Показать полностью.
— Исправлены мануалы.
— Исправлены краши.
— Исправлена функция «freestanding».

Примерно завтра планируется глобальное обновление. Версия является не стабильной.

Скачать шрифт с иконками оружий: https://oxy.name/d/bZoe
Скачать кастом модели (закинуть в папку с CS:GO): https://oxy.name/d/aZoe

ASSWARE — Бесплатный чит для CS:GO запись закреплена

AssWare обновлён до версии 2.3-RELEASE! |20.11.21

Источник

Что такое desync on shot

This project re-implements many features of upstream casync in Go. It seeks to maintain compatibility with casync’s data structures, protocols and types, such as chunk stores (castr), index files (caibx/caidx) and archives (catar) in order to function as a drop-in replacement in many use cases. It also tries to maintain support for platforms other than Linux and simplify build/installation. It consists of a library that implements the features, available for integration into any 3rd-party product as well as a command-line tool.

For support and discussion, see . Feature requests should be discussed there before filing, unless you’re interested in doing the work to implement them yourself.

Goals And Non-Goals

Among the distinguishing factors:

The documentation below uses terms that may not be clear to readers not already familiar with casync.

One of the significant differences to casync is that desync attempts to make chunking faster by utilizing more CPU resources, chunking data in parallel. Depending on the chosen degree of concurrency, the file is split into N equal parts and each part is chunked independently. While the chunking of each part is ongoing, part1 is trying to align with part2, and part3 is trying to align with part4 and so on. Alignment is achieved once a common split point is found in the overlapping area. If a common split point is found, the process chunking the previous part stops, eg. part1 chunker stops, part2 chunker keeps going until it aligns with part3 and so on until all split points have been found. Once all split points have been determined, the file is opened again (N times) to read, compress and store the chunks. While in most cases this process achieves significantly reduced chunking times at the cost of CPU, there are edge cases where chunking is only about as fast as upstream casync (with more CPU usage). This is the case if no split points can be found in the data between min and max chunk size as is the case if most or all of the file consists of 0-bytes. In this situation, the concurrent chunking processes for each part will not align with each other and a lot of effort is wasted. The table below shows how the type of data that is being chunked can influence runtime of each operation. make refers to the process of chunking, while extract refers to re-assembly of blobs from chunks.

Seeds and reflinks

Copy-on-write filesystems such as Btrfs and XFS support cloning of blocks between files in order to save disk space as well as improve extraction performance. To utilize this feature, desync uses several seeds to clone sections of files rather than reading the data from chunk-stores and copying it in place:

Even if cloning is not available, seeds are still useful. desync automatically determines if reflinks are available (and the block size used in the filesystem). If cloning is not supported, sections are copied instead of cloned. Copying still improves performance and reduces the load created by retrieving chunks over the network and decompressing them.

Reading and writing tar streams

catar archives can also be extracted to GNU tar archive streams. All files in the output stream are ordered the same as in the catar.

The tool is provided for convenience. It uses the desync library and makes most features of it available in a consistent fashion. It does not match upsteam casync’s syntax exactly, but tries to be similar at least.

Alternative method using a clone, building from the tip of the master branch.

Options (not all apply to all commands)

Multiple chunk stores

Not all types of stores support all operations. The table below lists the supported operations on all store types.

Dynamic store configuration

No file would need to be stored on disk in this case.

desync supports reading from and writing to chunk stores that offer an S3 API, for example hosted in AWS or running on a local server. When using such a store, credentials are passed into the tool either via environment variables S3_ACCESS_KEY and S3_SECRET_KEY or, if multiples are required, in the config file. Care is required when building those URLs. Below a few examples:

This store is hosted in eu-west-3 in AWS. s3 signals that the S3 protocol is to be used, https should be specified for SSL connections. The first path element of the URL contains the bucket, desync.bucket in this example. Note, when using AWS, no port should be given in the URL!

It’s possible to use prefixes (or «directories») to object names like so:

Other service with S3 API

This is a store running on the local machine on port 9000 without SSL.

Setting S3 bucket addressing style for other services

desync uses minio as an S3 client library. It has an auto-detection mechanism for determining the addressing style of the buckets which should work for Amazon and Google S3 services but could potentially fail for your custom implementation. You can manually specify the addressing style by appending the «lookup» query parameter to the URL.

By default, the value of «?lookup=auto» is implied.

Compressed vs Uncompressed chunk stores

By default, desync reads and writes chunks in compressed form to all supported stores. This is in line with upstream casync’s goal of storing in the most efficient way. It is however possible to change this behavior by providing desync with a config file (see Configuration section below). Disabling compression and store chunks uncompressed may reduce latency in some use-cases and improve performance. desync supports reading and writing uncompressed chunks to SFTP, S3, HTTP and local stores and caches. If more than one store is used, each of those can be configured independently, for example it’s possible to read compressed chunks from S3 while using a local uncompressed cache for best performance. However, care needs to be taken when using the chunk-server command and building chains of chunk store proxies to avoid shifting the decompression load onto the server (it’s possible this is actually desirable).

In the setup below, a client reads chunks from an HTTP chunk server which itself gets chunks from S3.

Compressed and uncompressed chunks can live in the same store and don’t interfere with each other. A store that’s configured for compressed chunks by configuring it client-side will not see the uncompressed chunks that may be present. prune and verify too will ignore any chunks written in the other format. Both kinds of chunks can be accessed by multiple clients concurrently and independently.

Available configuration values:

Источник

Купить Desync

Купить Desync + Soundtrack Volumes 1 and 2

Контент для этой игры Просмотреть все (2)

Рецензии

“It’s utterly beautiful, very demanding and oh boy do I ever need it.”
Rock Paper Shotgun

“I’m tired of gritty, grumbly first-person shooters. A game that mixes Tron’s synth-y style and Bulletstorm’s focus on creative kills, though? Now this I can get behind”
Kotaku

“So when a game like DESYNC comes around, with its super sharp low poly look and stylized anaglyphic coloring, you’ve immediately got my attention.”
Indie Games

Об этой игре

//ENTER A DIGITAL OTHERWORLD

DESYNC is an intense, single-player first person shooter that begs you to play dangerously and creatively. Eliminate your opponents as you perform violent attack sequences using the explosive digital weaponry and lethal side-arms at your disposal.

Switch weapons and move masterfully to unleash Attack Sequences – special moves that deal bonus damage and effects. Launch an enemy into a trap with a well-placed shotgun blast, then destroy another while they’re in the air. Think quickly and discover new combinations to maximize your score and decimate the leaderboards.

//FEATURES

Системные требования

TM & © 2015 Turner Broadcasting System, Inc. A Time Warner Company. All Rights Reserved.

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Inshot – простой бесплатный видеоредактор

InShot — это фото- и видеоредактор для смартфонов на Android и iOS, который 11 миллионов пользователей из Google Play оценили на 4.8 балла из 5 возможных. Далее рассказываем о функциях, плюсах/минусах приложения и упоминаем, как скачать ИнШот на компьютер.

Основные функции видеоредактора Inshot

Программа привлекает пользователей:

Готовый материал сохраняют на устройстве или размещают на сторонних площадках: TikTok, WhatsApp, Instagram, YouTube. Отдельный плюс в том, что интерфейс полностью на русском языке, без использования машинного перевода.

Преимущества и недостатки

Как и у любого софта, Иншот для компьютера имеет слабые и сильные стороны, поэтому о каждой подробно.

Плюсы

Минусы

Системные требования

Поскольку мы будем рассматривать установку InShot для ПК, стоить отметить требования эмулятора BlueStacks 5. В качестве аналогов используют NoxPlayer или MEmu. Какой для этого нужен ПК, учитывая минимальную и рекомендуемую конфигурацию:

Требования к видеокарте на официальном сайте не указаны, в максимальных характеристиках упоминается дискретная или интегрированная GPU от 750 баллов в тесте PassMark. Рекомендуется включить технологию аппаратной виртуализации для ноутбука или компа.

Относительно требований приложения для смартфонов и планшетов, ОС не меньше:

Скачать InShot на компьютер с macOS 11.0 или старше, с чипом Apple M1 можно без эмуляторов и подобного.

Скачиваем Inshot

Скачивать программу через торрент не понадобится — размер установочного АПК файла составляет около 140 МБ. Откуда его взять:

Самый безопасный способ:

В онлайн-магазине доступна только официальная версия программы.

Установка на компьютер

Весь процесс поделен на 3 шага: инсталляция эмулятора, его настройка и запуск приложения. О каждом по порядку.

Загрузка Bluestacks

Рекомендуем загружать 5-ую версию эмулятора. От 4-ой она отличается лучшей оптимизацией и стабильностью. Особенно актуально это для Windows 10. Как происходит загрузка:

Теперь эмулятор готов работать, но можно внести еще несколько корректив.

Настройка эмулятора

В интерфейсе Блюстакс клацните по иконке шестеренки, размещенной в правом нижнем углу. Что следует поправить:

Перед выходом из этого меню не забудьте щелкнуть по сохранить.

Запуск программы

Скачанный бесплатно редактор видео и фото в формате АПК находят так:

В некоторых случаях эмулятор может попросить его перезапустить, чтобы изменить настройки графики.

Юзеры могут загрузить редактор онлайн через Плей Маркет, как это было рассказано в начале статьи.

Как работать в Inshot на ПК

После запуска выберите проект для работы:

Разрешите доступ к мультимедиа на устройстве. Чтобы приложение нашло документы, их придется загрузить внутрь эмулятора, аналогично АПК файлу:

В сети можно найти взломанный InShot Pro, где нет рекламы и предложений купить расширенную версию. Эту версию есть смысл скачивать на Блюстакс, не подключаясь к основной учетной записи в Google Play.

Чтобы получить возможность использовать готовые работы, перешлите их в социальных сетях, разместите в облачном хранилище или воспользуйтесь менеджером для экспорта файлов в Виндовс.

Аналогичные приложения

Какие альтернативы предлагают в магазине:

Выводы

InShot — удобный видеоредактор для социальных сетей, который легко запустить как на смартфоне, так и на компьютере. Владельцы ПК с эмулятором, в этом случае, получают преимущество, поскольку имеют доступ к взломанной версии приложения без встроенных покупок.

Источник

Что такое desync on shot

The main question of this post is: so what the hell is desync?

Well I’m going to explain it once and for all.

For the purpose of simplicity the max desync delta will always be 58 moving or standing still but the real value is dynamic.
When we move it gets lower, etc.

What am I going to talk in this post?

Desync is just the act of desynchronizing the Client feet yaw with the Server feet yaw.

Thing are going to get a little bit complicated now, so stick with me.

So to desync the Server feet yaw with the Client feet yaw we need to see how they get calculated.
They get calculated in CSGOPlayerAnimState::SetupVelocity.
Heres the code snippet of it:

But I know every one has been sent this code and as I said this is going to be really simple to understand.

So I simplified the code(like a lot).

So does this seem more understandable?
So let me tell you what I simplified.

Instead of ApproachAngle (smooth out angle change) I just set the angle.
Simplified the clamping for a more legible way of clamping.

Note:
This code will result in a wrong calculation of the feet yaw.
The purpose of this is just to clarify what it does.
The real values will be smoothed out but in the end, they will be close or exactly the one’s are set in the simplified version.

After seeing that code it seems easier to manipulate the feet yaw.

So how can we abuse this?

We can take advantage of the clamping function.
Its as simple as when moving our feet yaw gets set to eye angles, so when we choke we force the server to clamp our feet yaw but the client doesn’t get that information at all, so if we clamp it to eye angles + 58 by adding some value like 120 to our eye angles to force the clamping the server, but the client will never get it so it will be eye angles.

So the Server feet yaw will be +58 off the Client feet yaw.

If we are moving in the end the important values will look something like this:

Eye Angle (yaw) = 20
Client Feet Yaw = 20
Server Feet Yaw = 20 + 58 (Here’s the desync)

But when we are still our feet yaw is set to LBY.

What LBY has to do with «desync»?

As I said in the past chapter our feet yaw is set to LBY when standing still.

So how can we abuse it more? We already got 58 degrees of desync.

Yes. because remember feet yaw is set to LBY when we are still so if we break our LBY to the opposite side we want to desync the Client feet yaw will be set there. And again we can abuse the clamping the same way.

So let me explain it.

This is just an example and your values/sides/etc will most likely be different.

Now let me show the important values:

Now as you can see since the both feet yaw’s are at the edge of their clamping, we get the largest difference between the feet yaw’s and thus the max desync.

Wich is 58 * 2 = 116 degrees of desync!

Why some p2c’s «move» when «desyncing»?

Its a simple and easy question to answer, if you haven’t answered yourself by now.

They do micro movements so the feet yaw will be set to the eye angles.

So the Client Feet yaw will be our eyeangles and then we can set our Server Feet yaw by abusing the clamping.

Credits:
@sharklaser1 (for the reversed SetupVelocity)

After thread notes

So this is my first Thread like this, so expect it not to be the best.
But I think I got the idea I want to share across.

there’s multiple ways of achieving this, the one I explain is the one I use and its the way I learned it.

if anyone of you noticed this thread style is inspired by @harakirinox much love to him, he is the real mvp!

Any improvements/spelling mistakes please let me know I will fix them.

And as always happy hacking/happy christmas!

literally taking public information and throwing it together in a thread adding nothing new of value. not a single bit of information in this thread is new in any sense and even worse, you failed to include a lot of completely public and easy to find information, like why p2cs do those infamous «micro movements». in case you are wondering, there are 2 very good reasons for doing these:

1. making layer 3 useless for resolving purposes

2. updating lby whenever wanted allowing for more manipulation of your fake

you can only do one at a time though since for the 2nd one you still need to be standing at the important time. there are advantages to doing these movements, which by you not understanding also shows your insane lack of knowledge on the topic. that «simplification» of the code also supports this theory.

you also failed to elaborate on really any point of information below surface level. to me this seems more like a blatant attempt at slapping together information given by others in order to farm rep than anything else.

thank you for the reply

in case you are wondering, there are 2 very good reasons for doing these:

1. making layer 3 useless for resolving purposes

2. updating lby whenever wanted allowing for more manipulation of your fake

Neither is the reason why it is done that way, the answer is painfully obvious.
Consider what velocity is networked to the other clients and how that affects the animation.
Also if you think you can use any part of layer 3 for resolving, you are wrong.

Have a nice day

Neither is the reason why it is done that way, the answer is painfully obvious.
Consider what velocity is networked to the other clients and how that affects the animation.
Also if you think you can use any part of layer 3 for resolving, you are wrong.

Have a nice day

thank you for the reply

Layer 3 plays two idle animations:
ACT_CSGO_IDLE_ADJUST_STOPPEDMOVING
ACT_CSGO_IDLE_TURN_BALANCEADJUST

Which one do you think is relevant to the topic of resolving and how would you use that information?

Have a nice day

and I think you guys didn’t understand what I did this for this is a simple and very noob friendly way of understanding desync because everyone is tired of threads of «why my desync no work. «

I would like to know why am I wrong of what I’m explaining, due to the simplification?

duh it’s just a way of seeing the code better I know it will result in wrong angles its just a simpler way of visualizing it.

and I know I’m not throwing any public information to the table, I’m just explaining it in a really simple way so that everyone can understand.

you just missed the whole point.

literally taking public information and throwing it together in a thread adding nothing new of value. not a single bit of information in this thread is new in any sense and even worse, you failed to include a lot of completely public and easy to find information, like why p2cs do those infamous «micro movements». in case you are wondering, there are 2 very good reasons for doing these:

1. making layer 3 useless for resolving purposes

2. updating lby whenever wanted allowing for more manipulation of your fake

you can only do one at a time though since for the 2nd one you still need to be standing at the important time. there are advantages to doing these movements, which by you not understanding also shows your insane lack of knowledge on the topic. that «simplification» of the code also supports this theory.

you also failed to elaborate on really any point of information below surface level. to me this seems more like a blatant attempt at slapping together information given by others in order to farm rep than anything else.

I’ve made it through the information I myself have reversed.

and care to elaborate what did I get wrong?

It’s the big problem of telling its wrong and not saying why.
And how’s my «simplified» version wrong(excluding the things I said are incorrect)?

I think that the only major flaw in that code is the approachangle but the value after sometime will be set to what my simplified version sets in an instant.

if I wanted rep I would just go and steal code from my favorite p2c’s cracked version.

Источник