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███ ▀▀▀▀▀▀▀ PROUDLY PRESENTS ▀▀▀▀▀▀▀▀ ███
██▄ ▄██
█▄ Synful.Orchestra.VSTi.DXi.v2.31 ▄█
█ █
▀█ █▀
█ SUPPLIER ..: TEAM AiR █
█ PROTECTION : SERIAL █
█ SIZE ......: 10 * 4,77MB █
█ DATE ......: 09/2006 █
█ █
█ █
█ VST/DXI Virtual Synthesizer Plugin █
█ █
█ Synful Orchestra is new. It is not a sampler, it is █
█ not a sample library. It's a real change in the █
█ way music synthesis is done. █
█ █
█ █
█ Realism, Expression and Smart Articulation █
█ █
█ Realistic instrument simulations depend on the █
█ transitions between notes, as much as on the █
█ individual timbres. Slurs with varying amounts of █
█ portamento, lightly tongued or bowed note █
█ transitions, fast runs, detached hard attacks û these █
█ note transitions are the connective tissue of musical █
█ expression. Whether you play live from keyboard or █
█ edit directly in a sequencer Synful Orchestra █
█ responds automatically with realistic sounding note █
█ transitions. There are no special buttons or phrasing █
█ tools. If you play staccato Synful Orchestra creates █
█ staccato attacks. If you play legato Synful Orchestra █
█ creates realistic legato transitions. Synful █
█ Orchestra models the way notes are sustained, the █
█ graceful onset of vibrato, breath sounds, the sound █
█ of the bow on the string, the change of tone color as █
█ a note becomes louder or softer. Using the innovate █
█ Synful Pitch Wheel mode, you can easily create █
█ natural string portamento. Synful Orchestra lets you █
█ make music like a musician not like a programmer. █
█ █
█ Synful Reconstructive Phrase Modeling Technology █
█ █
█ Synful Orchestra is not a sampler or a sample █
█ library. Synful Orchestra is not a physical modeling █
█ synthesizer. It is an entirely new concept in music █
█ synthesis. At the heart of Synful Orchestra is █
█ SynfulÆs Reconstructive Phrase Modeling (RPM) █
█ technology. This is the result of many years of █
█ research, several patents, and a lifetime of █
█ experimentation, design, and frustration with older █
█ synthesis technologies. █
█ █
█ RPM Phrase Database: Morphing and Splicing █
█ █
█ RPM technology uses a database of recorded phrases of █
█ orchestral instruments. These are not recordings of █
█ isolated notes but complete musical passages that █
█ represent all kinds of articulation and phrasing. █
█ When Synful Orchestra receives MIDI input it looks at █
█ the pitch, velocity, amount of separation or overlap █
█ between notes, note duration, volume, pitch, and █
█ modulation controls to determine what kind of phrase █
█ is being played. Synful Orchestra uses a set of █
█ advanced algorithms to search the RPM Phrase Database █
█ in real-time for fragments that can be spliced █
█ together to form this phrase. These fragments █
█ represent transitions between notes, slurs with █
█ portamento, lightly tongued transitions, aggressive █
█ fast bowing, rapid runs, long sustain regions with █
█ graceful vibrato, and noise elements like flute █
█ chiffs and bow scratches. Synful Orchestra morphs █
█ these fragments by stretching and shifting in time █
█ and pitch so that they combine to form the final █
█ output. █
█ █
█ Synful RPM Additive Synthesis █
█ █
█ A single note in Synful Orchestra may be built from █
█ three or more rapidly spliced RPM phrase fragments. █
█ Splicing ordinary PCM sampled sounds in this way █
█ would create unacceptable warbles and clicks. Synful █
█ Orchestra uses a patented form of additive synthesis █
█ in which sounds are generated from combinations of █
█ pure sine waves and noise elements. This gives Synful █
█ Orchestra the ability to rapidly stretch, shift, and █
█ splice phrase fragments while preserving perfect █
█ phrase continuity. █
█ █
█ MIDI Look Ahead █
█ █
█ Realistic note transitions begin before a new note █
█ starts. When a wind player plays a slur, the timbre █
█ and intensity of the current note begins to change █
█ well before the pitch changes to the new note. This █
█ anticipation of the upcoming note is a key aspect of █
█ expressive playing. Performers can do this because █
█ they know ahead of time when they are going to play a █
█ new note and they prepare for it with changes in █
█ embouchure and breath pressure. █
█ █
█ To model this kind of expression a synthesizer needs █
█ to have the same knowledge of the future. Synful █
█ Orchestra handles this with two modes of operation. █
█ When playing live from a keyboard Synful Orchestra █
█ has no knowledge of when a new note is coming, and so █
█ it does its best to react as expressively as possible █
█ with low latency when a new note occurs. However, █
█ when playing from a sequence Synful Orchestra can █
█ optionally add a delay to the Midi input. This delay █
█ allows Synful Orchestra to look ahead in the Midi █
█ sequence, recognize when a new note is coming, and █
█ anticipate it with appropriate changes to the timbre █
█ and intensity of the current note. The result is more █
█ realistic and natural phrasing. █
█ █
█ Realistic String, Brass, and Woodwind Sections █
█ █
█ Any Synful Orchestra solo instrument can be turned █
█ into a natural sounding section. Synful Orchestra █
█ uses its RPM database to guarantee realistic █
█ variation between players. You can select the number █
█ of players in the section, how the players are █
█ positioned on stage, the rhythmic variation between █
█ the players, detuning among the players, and more. █
█ █
█ Natural Divisi █
█ █
█ Synful Orchestra sections simulate realistic and █
█ natural divisi. If you play a monophonic line with █
█ ten violin players then they all play that line. If █
█ you play a ten note chord then each player will play █
█ one note in the chord and the ten players will be █
█ spread out in space. If you play three note chords █
█ then the ten players distribute themselves █
█ automatically 4-3-3 across the notes. █
█ █
█ Flexible Player Positioning █
█ █
█ Synful Orchestra instruments are positioned on a █
█ virtual stage. The player and listener positions and █
█ room size can be adjusted. Each instrument in the █
█ orchestra sounds like its coming from a specific █
█ location. The Synful sound positioning technology █
█ uses inter-aural level differences and inter-aural █
█ time differences, direct signals and as well as wall █
█ and ceiling reflections to synthesize player █
█ position. The result is much more realistic sounding █
█ than simple panning. █
█ █
█ Authentic Vibrato Controlled from the Mod Wheel █
█ █
█ Traditional samplers have two ways of introducing █
█ vibrato û both are inadequate. In the first, the █
█ vibrato is recorded with the sample. The vibrato can █
█ sound authentic but it is frozen so that you cannot █
█ control it as part of an expressive performance. The █
█ second way records samples without vibrato and then █
█ applies artificial frequency and amplitude modulation █
█ (LFO) during synthesis. This allows expressive █
█ control but sounds artificial because the vibrato is █
█ too simple. Synful Orchestra uses its RPM additive █
█ synthesis technology to provide the best of both █
█ techniques. With Synful Orchestra the vibrato you █
█ hear is the original rich and complex vibrato of the █
█ recorded phrases in the RPM database. However, you █
█ can also control the vibrato using the Mod wheel so █
█ that it sounds expressive within the context of the █
█ phrase. █
█ █
█ Synful Pitch Wheel Mode █
█ █
█ Getting authentic sounding string slides and █
█ portamento has always been challenging for █
█ synthesizers and samplers. Synful introduces the new █
█ Synful Pitch Wheel Mode which makes it easy to █
█ generate expressive and natural sounding pitch slides █
█ and portamento. █
█ █
█ Synful Orchestra is Small and Efficient û Great for █
█ Desktops and Notebooks █
█ █
█ The recorded phrases in the RPM phrase database are █
█ stored in additive synthesis format not as PCM █
█ sampled wave files. This method of storing █
█ instrumental sounds is much more compact then █
█ traditional PCM. The entire Synful Orchestra fits in █
█ just 32M of memory and loads in seconds. Because of █
█ its compact size Synful Orchestra has no need for █
█ disk streaming and does not require a computer with a █
█ state of the art high-speed disk system. Synful █
█ Orchestra runs great on ordinary desktop and notebook █
█ computers. █
█ █
█ Synful Orchestra Instruments █
█ █
█ Piccolo *, Flute, Oboe, English Horn, Clarinet, Bass █
█ Clarinet*, Bassoon, Contra-Bassoon, French Horn, █
█ Trumpet, Trombone, Bass Trombone *, Tuba*, Violin, █
█ Viola, Cello, Contrabass. █
█ █
█ █
█ Features █
█ █
█ Realistic slurs, tonguing, and bowing created █
█ automatically from standard MIDI. No special key █
█ switches or phrasing tools. █
█ █
█ Instruments include Piccolo, Flute, Oboe, English █
█ Horn, Clarinet, Bass Clarinet, Bassoon, French Horn, █
█ Trumpet, Trombone, Bass Trombone, Tuba, Violin, █
█ Viola, Cello, Contrabass. █
█ █
█ Realistic string, brass, and woodwind sections. Any █
█ solo instrument can be made into a section with █
█ natural variation between players. █
█ █
█ Flexible player positioning. Solo instruments or █
█ section players are positioned on a virtual stage. █
█ Each instrument in the orchestra sounds like its █
█ coming from a specific location. █
█ █
█ Natural divisi. Play a line with ten violin players █
█ and they all play that line. Play a chord and the █
█ players arrange themselves automatically across the █
█ notes of the chord. █
█ █
█ Authentic rich vibrato controlled using the Mod █
█ Wheel. █
█ █
█ Patented Reconstructive Phrase Modeling technology █
█ uses database of recorded phrases. Fragments from the █
█ database are spliced together and resynthesized using █
█ additive synthesis. █
█ █
█ Innovative Controls: Harmonic Tilt, Harmonic Parity, █
█ Transient Noise Trim, Sustain Noise Trim, Gain, Tune, █
█ Pitch Wheel Range, Delay For Expression. █
█ █
█ Synful Pitch Wheel mode for realistic portamento █
█ slurs and pitch slide effects. Midi look-ahead █
█ anticipates upcoming notes and begins note █
█ transitions early ûlike a real player. █
█ █
█ Entire orchestra fits in 32M of memory and loads in █
█ seconds. 80-140 real-time voices on P4 1.5 GHz █
█ Notebook █
█ █
█ █
█ █
█ http://www.synful.com █
█ █
█ █
█ █
█ █
█ Installation Notes : █
█ -------------------- █
█ █
█ 1) Unzip, Unrar and run Setup.exe █
█ █
█ 2) Enjoy this fine Team AiR release !!! █
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▀▀███▄▄▄▀▀ nFO lAYOUT (c) 2006 bEARCAVE-dESIGN ▀▀▄▄▄███▀▀