VSDC Free Video Editor (64-bit)

最新版本 Julia Language 1.8.0 (64-bit)

Julia Language 1.8.0 (64-bit)

Julia Language 1.8.0 (64-bit)
VSDC 免費視頻編輯器 64bit 是專為編輯各種格式的數字視頻和音頻文件,包括高清晰度和超高清分辨率,提供專業的後期製作效果,以及從屏幕捕獲視頻,錄製語音,刻錄將多媒體文件保存為多種支持的格式,並將其上傳到在線平台。該方案提供了豐富的功能,但有一個簡單而直觀的界面,可以用最少的努力創建視頻。免費視頻編輯器 64 位是一個免費的視頻編輯軟件,具有一套完整的視頻全面創建儀器!

VSDC 免費視頻編輯器功能:

非線性視頻編輯器
VSDC 免費視頻編輯器是一個非線性工具。這意味著與大多數其他編輯器不同的是,場景以線性順序和特定順序依次來到,這個軟件允許將對象放置在時間線上的任何位置並具有任意大小。此外,物體的各種參數,形狀和位置可以隨時間任意改變.

視覺和音頻效果
視頻可以應用各種視覺和音頻效果,以達到必要的效果。由於可用的視覺效果的數量非常高,為便於導航,它們被分成五類:色彩校正,對像變換,對象濾鏡,過渡效果和特殊的 fx.

Blending 模式和 Instagram 類似的濾鏡
改變外觀的更多方式您的視頻圖像根據您的喜好是顏色混合。使用各種可調參數,您可以將獨特的專業風格附加到您的視頻。想要節省時間的新手或者那些想要節省時間的人,可以從一次點擊中應用時髦的類似 Instagram 的過濾器中受益.

Masking
VSDC 免費視頻編輯器允許創建不同形狀的蒙版,以隱藏,模糊或突出顯示視頻中的某些元素。您可以使用它在遮罩區域內部或外部應用特效。掩蔽的最常見原因之一是模糊或像素化一張臉,以保護身份或使一個文本視頻內的效果。

亞像素精度
亞像素精度定位的場景中的對象,使動畫,旋轉,轉換和精確的相對定位的流暢.

支持流行的格式
我們的軟件幾乎支持所有的視頻,圖像和音頻格式和編解碼器。這就是為什麼你不需要任何額外的轉換工具來編輯你的文件,與其他程序經常是這樣.

為特定的多媒體設備創建視頻
由於大量預配置的配置文件,您可以輕鬆地為大多數流行的多媒體創建視頻如 DVD 播放器,iPod / iPhone / iPad,PSP,任何智能手機和普通手機,索尼 PlayStation,Xbox,Zune,愛可視,艾利和,Creative Zen,黑莓,MP4 播放器和其他許多設備。61213896
內置 DVD 刻錄工具
編輯附帶 DVD 刻錄工具,可以讓您輕鬆地將工作結果刻錄到光盤上。

視頻文件轉換器
該應用程序旨在將視頻文件從一種格式快速轉換為另一種格式。它具有編輯視頻的一些基本功能:刪除不需要的部分,將視頻分成幾部分,並將多個文件合併為一個.

桌面視頻捕捉
視頻編輯器具有桌面視頻捕捉實用程序,可將捕捉的素材保存到視頻文件以供後續處理編輯器.

視頻採集
我們編輯器的另一個特點是能夠從各種視頻調諧器,網絡攝像機,IP 攝像機採集視頻,並以任意格式將採集的素材保存在您的計算機上,以供後續編輯使用。

注意:未註冊版本中功能有限.

ScreenShot

軟體資訊
檔案版本 Julia Language 1.8.0 (64-bit)

檔案名稱 julia-1.8.0-win64.exe
檔案大小
系統 Windows XP64 / Vista64 / Windows 7 64 / Windows 8 64 / Windows 10 64
軟體類型 未分類
作者 Flash-Integro LLC.
官網 http://www.videosoftdev.com/free-video-editor
更新日期 2022-08-18
更新日誌

What's new in this version:

New language features:
- Mutable struct fields may now be annotated as const to prevent changing them after construction, providing for greater clarity and optimization ability of these objects
- Type annotations can now be added to global variables to make accessing them type stable
- Empty n-dimensional arrays can now be created using multiple semicolons inside square brackets, e.g. [;;;] creates a 0×0×0 Array
- try-blocks can now optionally have an else-block which is executed right after the main body only if no errors were thrown
- @inline and @noinline can now be placed within a function body, allowing one to annotate anonymous function
- @inline and @noinline can now be applied to a function at callsite or block to enforce the involved function calls to be (or not to be inlined
- , ?, and ? are now allowed as identifier characters
- Support for Unicode 14.0.0
- Module(:name, false, false can be used to create a module that contains no names (it does not import Base or Core and does not contain a reference to itself

Language changes:
- Newly-created Task objects (@spawn, @async, etc. now adopt the world age for methods from their parent Task upon creation, instead of using the global latest world at start. This is done to enable inference to eventually optimize these calls. Places that wish for the old behavior may use Base.invokelatest
- Unbalanced Unicode bidirectional formatting directives are now disallowed within strings and comments, to mitigate the "trojan source" vulnerability
- Base.ifelse is now defined as a generic function rather than a builtin one, allowing packages to extend its definition
- Every assignment to a global variable now first goes through a call to convert(Any, x (or convert(T, x respectively if a type T has been declared for the global. This means great care should be taken to ensure the invariant convert(Any, x === x always holds, as this change could otherwise lead to unexpected behavior
- Builtin functions are now a bit more like generic functions, and can be enumerated with methods

Compiler/Runtime improvements:
- Bootstrapping time has been improved by about 25%
- The LLVM-based compiler has been separated from the run-time library into a new library, libjulia-codegen. It is loaded by default, so normal usage should see no changes. In deployments that do not need the compiler (e.g. system images where all needed code is precompiled, this library (and its LLVM dependency can simply be excluded
- Conditional type constraints are now be forwarded interprocedurally (i.e. propagated from caller to callee. This allows inference to understand e.g. Base.ifelse(isa(x, Int, x, 0 returns ::Int-value even if the type of x is not known
- Julia-level SROA (Scalar Replacement of Aggregates has been improved: allowing elimination of getfield calls with constant global fields enabling elimination of mutable structs with uninitialized fields improving performance and handling more nested getfield calls
- Abstract call sites can now be inlined or statically resolved as long as the call site has a single matching method
- Inference now tracks various effects such as side-effectful-ness and nothrow-ness on a per-specialization basis. Code heavily dependent on constant propagation should see significant compile-time performance improvements and certain cases (e.g. calls to uninlinable functions that are nevertheless effect free should see runtime performance improvements. Effects may be overwritten manually with the Base.@assume_effects macro

Command-line option changes:
- The default behavior of observing @inbounds declarations is now an option via auto in --check-bounds=yes|no|auto
- New option --strip-metadata to remove docstrings, source location information, and local variable names when building a system image
- New option --strip-ir to remove the compiler's IR (intermediate representation of source code when building a system image. The resulting image will only work if --compile=all is used, or if all needed code is precompiled
- When the program file is - the code to be executed is read from standard in
- Multi-threading changes:
- Threads.@threads now defaults to a new :dynamic schedule option which is similar to the previous behavior except that iterations will be scheduled dynamically to available worker threads rather than pinned to each thread. This behavior is more composable with (possibly nested @spawn and @threads loops

Build system changes:
New library functions:
- New function eachsplit(str for iteratively performing split(str
- New function allequal(itr for testing if all elements in an iterator are equal
- hardlink(src, dst can be used to create hard links
- setcpuaffinity(cmd, cpus can be used to set CPU affinity of sub-processes
- diskstat(path=pwd( can be used to return statistics about the disk
- New @showtime macro to show both the line being evaluated and the @time report
- The LazyString and the lazy"str" macro were added to support delayed construction of error messages in error paths

New library features:
- @time and @timev now take an optional description to allow annotating the source of time reports, e.g. @time "Evaluating foo" foo(
- range accepts either stop or length as a sole keyword argument
- precision and setprecision now accept a base keyword argument
- TCP socket objects now expose closewrite functionality and support half-open mode usage
- extrema now accepts an init keyword argument
- Iterators.countfrom now accepts any type that defines +

Standard library changes:
- Keys with value nothing are now removed from the environment in addenv
- Iterators.reverse (and hence last now supports eachline iterators
- The length function on certain ranges of certain element types no longer checks for integer overflow in most cases. The new function checked_length is now available, which will try to use checked arithmetic to error if the result may be wrapping. Or use a package such as SaferIntegers.jl when constructing the range
- Intersect returns a result with the eltype of the type-promoted eltypes of the two inputs
- Iterating an Iterators.Reverse now falls back on reversing the eachindex iterator, if possible

InteractiveUtils:
- New macro @time_imports for reporting any time spent importing packages and their dependencies, highlighting compilation and recompilation time as percentages per import[#45064].

LinearAlgebra:
- The BLAS submodule now supports the level-2 BLAS subroutine spr!
- cholesky[!] now supports LinearAlgebra.PivotingStrategy (singleton type values as its optional pivot argument: the default is cholesky(A, NoPivot( (vs. cholesky(A, RowMaximum(; the former Val{true/false}-based calls are deprecated
- The standard library LinearAlgebra.jl is now completely independent of SparseArrays.jl, both in terms of the source code as well as unit testing As a consequence, sparse arrays are no longer (silently returned by methods from LinearAlgebra applied to Base or LinearAlgebra objects. Specifically, this results in the following breaking changes:
- Concatenations involving special "sparse" matrices (*diagonal now return dense matrices; As a consequence, the D1 and D2 fields of SVD objects, constructed upon getproperty calls are now dense matrices.
- arg similar(::SpecialSparseMatrix, ::Type, ::Dims returns a dense zero matrix. As a consequence, products of bi-, tri- and symmetric tridiagonal matrices with each other result in dense output. Moreover, constructing 3-arg similar matrices of special "sparse" matrices of (nonstatic matrices now fails for the lack of zero(::Type{Matrix{T}}.

Printf:
- Now uses textwidth for formatting %s and %c widths

Profile:
- CPU profiling now records sample metadata including thread and task. Profile.print( has a new groupby kwarg that allows grouping by thread, task, or nested thread/task, task/thread, and threads and tasks kwargs to allow filtering. Further, percent utilization is now reported as a total or per-thread, based on whether the thread is idle or not at each sample. Profile.fetch( includes the new metadata by default. For backwards compatibility with external profiling data consumers, it can be excluded by passing include_meta=false
- The new Profile.Allocs module allows memory allocations to be profiled. The stack trace, type, and size of each allocation is recorded, and a sample_rate argument allows a tunable amount of allocations to be skipped, reducing performance overhead
- A fixed duration cpu profile can now be triggered by the user during running tasks without Profile being loaded first and the report will show during execution. On MacOS & FreeBSD press ctrl-t or raise a SIGINFO. For other platforms raise a SIGUSR1 i.e. % kill -USR1 $julia_pid. Not currently available on windows

REPL:
- RadioMenu now supports optional keybindings to directly select options
- (x, y followed by TAB displays all methods that can be called with arguments x, y, .... (The space at the beginning prevents entering help-mode. MyModule.?(x, y limits the search to MyModule. TAB requires that at least one argument have a type more specific than Any; use SHIFT-TAB instead of TAB to allow any compatible methods
- New err global variable in Main set when an expression throws an exception, akin to ans. Typing err reprints the exception information

SparseArrays:
- The code for SparseArrays has been moved from the Julia repo to the external repo
- New sparse concatenation functions sparse_hcat, sparse_vcat, and sparse_hvcat return SparseMatrixCSC output independent from the types of the input arguments. They make concatenation behavior available, in which the presence of some special "sparse" matrix argument resulted in sparse output by multiple dispatch. This is no longer possible after making LinearAlgebra.jl independent from SparseArrays.jl

Logging:
- The standard log levels BelowMinLevel, Debug, Info, Warn, Error, and AboveMaxLevel are now exported from the Logging stdlib

Unicode:
- Added function isequal_normalized to check for Unicode equivalence without explicitly constructing normalized strings
- The Unicode.normalize function now accepts a chartransform keyword that can be used to supply custom character mappings, and a Unicode.julia_chartransform function is provided to reproduce the mapping used in identifier normalization by the Julia parser

Test:
- @test_throws "some message" triggers_error( can now be used to check whether the displayed error text contains "some message" regardless of the specific exception type. Regular expressions, lists of strings, and matching functions are also supported
- @testset foo( can now be used to create a test set from a given function. The name of the test set is the name of the called function. The called function can contain @test and other @testset definitions, including to other function calls, while recording all intermediate test results
- TestLogger and LogRecord are now exported from the Test stdlib

Distributed:
- SSHManager now supports workers with csh/tcsh login shell, via addprocs( option shell=:csh

Julia Language 1.8.0 (64-bit) 相關參考資料
Download Julia

The official website for the Julia Language. Julia is a language that is fast ... i686 (32-bit) / x86-64 (64-bit), Tier 3. Windows, 10+, x86-64 (64-bit), Tier 1.

https://julialang.org

Downloading Julia Language 1.8.0 (64-bit) ...

Julia Language is dynamically-typed, feels like a scripting language, and has good support for interactive use. Julia has a rich language of descriptive ...

https://www.filehorse.com

Installing Julia 1.8 and VSCode

2022年8月17日 — Please download and install Julia as explained here . Choose the “64-bit (installer)”. Make sure to check the option “Add Julia to path” when ...

https://www.juliabloggers.com

Julia 64 bit 1.8

2022年8月18日 — Description: high-level, high-performance dynamic programming language for numerical computing. It provides a sophisticated compiler, ...

https://www.npackd.org

Julia Language 1.8.0 (32-bit) for Windows 軟體資訊交流 - winXmac ...

Julia Language 1.8.0 (32-bit) for Windows 軟體資訊交流、介紹、教學與下載,,軟體教學,軟體下載,軟體社群,Windows軟體,Mac軟體.

https://winxmac.com

Julia Language 1.8.0 (64-bit) Download

2022年8月18日 — Download Julia Language 1.8.0 (64-bit) for Windows PC from FileHorse. 100% Safe and Secure ✓ Free Download (32-bit/64-bit) Software ...

https://www.filehorse.com

Julia v1.8.0 has been released - Announcements

2022年8月18日 — The Julia developers are pleased to announce the release of Julia v1.8.0, the eighth minor release in the 1.x series.

https://discourse.julialang.or

julia-1.8.0-1.fc37.x86_64 RPM

2022年8月24日 — Julia is a high-level, high-performance dynamic programming language for ... rc1 - Fix libgfortran.so dependency on 64-bit. * Mon Feb 15 2021 ...

https://fr2.rpmfind.net

The Julia Language - GitHub

2022年8月19日 — The documentation is also available in PDF format: julia-1.8.0.pdf. Introduction. Scientific computing has traditionally required the highest ...

https://raw.githubusercontent.