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The phrase library for complex woodwind chords
复杂木管和弦的短语库

There’s nothing like a great trilogy, so after the success of our Ostinato Strings and Brass libraries we couldn’t just leave it there.
没有什么像一个伟大的三部曲,所以在我们的固定弦和黄铜图书馆的成功后,我们不能只是把它留在那里。

Ostinato Woodwinds is the next iteration and somewhat of an evolution, with new playback and arpeggio options whilst maintaining the same great sound.
固定木管是下一个迭代和某种程度上的演变,与新的回放和琶音选项,同时保持同样伟大的声音。

If you’re familiar with the sister Ostinato libraries and our approach to ostinato recording then you’ll feel right at home with the woodwinds.
如果你熟悉的姐妹固定音型图书馆和我们的方法固定音型录音,然后你会觉得在家里与木管乐器。

The entire approach is different from our regular phrase instruments in that we recorded separate intervals for various rhythm building blocks.
整个方法不同于我们的常规短语乐器,因为我们为不同的节奏构建模块录制单独的间隔。

After careful editing we combine these intervals through an intelligent script that builds them into chords in 5 different voicings and up to 4 inversions (the fourth only for 7th chords).
经过仔细编辑,我们结合这些间隔,通过一个智能脚本,构建成和弦在5个不同的声音和多达4个倒置(第四只有7和弦)。

The new inversion arpeggio controls create inversion patterns at the press of a key… a very fast way to build interesting sequences.
新的反演琶音控件在按下一个键时创建反演模式…一个非常快速的方式来建立有趣的序列。

Ostinato Woodwinds recognises and plays 12 different chord types, handling not only major and minor chords but also diminished, half-diminished, augmented chords and many more.
固定音型Woodwinds识别和演奏12种不同的和弦类型,处理不仅主要和次要和弦,但也减少,一半减少,增强和弦和许多更多。

There’s a full list documented within the user manual.
在用户手册中有一个完整的列表。

Not only does the engine build the chords based on the inversion you play in the chord area, but when you play in the harmonic shift area it will judge which inversion it plays based on the chord that came before it, the chord quality on the key you’re in and the position of the chord you’re triggering in that key.
引擎构建和弦不仅基于反演和弦地区你玩,但是当你在谐波转变区域将判断哪些反转它基于之前的弦,弦质量关键你在和和弦的位置你触发的关键。

This ensures that transitions are smooth and harmonically correct, especially important to create evolving woodwind motifs.
这确保了过渡是平滑和和谐的正确,特别是重要的创建演变木管乐的主题。

We have returned to the superb recording space we employed for other Sonokinetic orchestral libraries and gathered a selection of some of the greatest (and most precise) woodwind players to perform for us.
我们已经回到了一流的录音空间,我们为其他声动力管弦乐图书馆,并收集了一些最伟大(和最精确)的木管乐器演奏者为我们表演。

With a full woodwind section at our disposal, we captured the full range of the instruments, allowing a wider palette of timbres within the Ostinato engine with up to 8 notes playing simultaneously.
有一个完整的木管部分在我们的处置,我们捕获了乐器的全部范围,允许一个更广泛的调色板音色内固定的引擎与多达8个音符同时演奏。

Although on the surface the interface looks the same as its sister libraries, Ostinato Woodwinds features several new features including the aforementioned arpeggio controls and 4 separate mutable sections (instead of 3 for strings and brass) which makes for more flexibility with chord shapes.
虽然表面上的界面看起来和它的姐妹库一样,固定音型Woodwinds功能几个新功能,包括前面提到的琶音控件和4个独立的可变部分(而不是3弦和铜管),这使得和弦形状更灵活。

This library coexists alongside both our Orchestral Series and our Phrase-Based libraries, being recorded in the same hall, with identical mic positions and even utilising some of the same players.
这个图书馆与我们的管弦乐系列和我们的基于短语的图书馆共存,被记录在同一个大厅,相同的麦克风位置,甚至利用一些相同的球员。

Our orchestral libraries blend seamlessly together.
我们的管弦图书馆无缝地融合在一起。

We, at Sonokinetic BV, are very proud to introduce Ostinato Woodwinds to you and can’t wait to hear the amazing things you, our valued customer base, will produce with it.
我们,在Sonokinetic BV,非常自豪地向你介绍固定木管乐器,迫不及待地想听到你的惊人的事情,我们的价值客户基础,将生产与它。

Sonokinetic has established a name as one of the best value & quality sample producers and with this product we’d like to underline that statement.
Sonokinetic已经建立了一个名字作为一个最好的价值和质量的样品生产商,与此产品,我们想强调这一声明。

We stick with our unbeatable pricing module and high quality sampling.
我们坚持我们的无与伦比的定价模块和高质量的抽样。

v1.3.0 – 2020-04-23
v1.3.0 – 2020-04-23

Added a midi drag and drop function with midi records
增加了一个midi拖放功能与midi记录

Largest chord recognition range to allow for all the seventh chords
最大的和弦识别范围,允许所有的第七和弦

Under the hood improvements that should improve efficiency
引擎盖下的改进应该会提高效率

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