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: Optimizing polyphony groups for the release triggered regions. Also simplifying sustain CC by using standard hard-coded MIDI CC number 64 and remove its #define macro. This issue was reported by user james-sounds-crazy. Most noticeable at key F6 to Bb6 (89 - 94). : Fix undampened high notes that 'too sustained', by revert back to the use of ampeg_release instead of loop_mode=one_shot. : Optimizing pedal noise as on/off triggered only, to avoid the possibility of multiple-trigger when using continuous sustain pedal type (half-pedaling type). However, if you use this sfz as your basis to create a new one and want to distribute it, we just ask to explicitly put a note that it's derived from this sfz instrument in this github repository. SFZ is an easy-to-learn format and very editable. If you are an advanced user and well understand this SFZ format, you can also modify anything in this sfz instrument to your personal taste, make new presets and settings that suit to your private need. This is a handy feature in sfz and is a bit similar to MIDI Learn function. Ctrl+S in WinOS), the CC numbers are updated to new ones. Change the number to your preference and then save it (e.g. You will see a list of parameter's defined numbers. After loading the instrument in sforzando, click the 'Open In Text Editor' blue button at the INFO page, the sfz file will open by your default text editor. They can be quick and easily changed to your personal favor or to match your MIDI controller device setup. MIDI CC numbers are assigned at the top of the sfz file with the #define macro. To change the default value permanently, find this line in the sfz file : set_hdcc$VELTRACK=0.73 and change the value to the one that you wanted, range from 0 to 1. Try increase and decrease this 'Veltrack' parameter as you play and feel the suitable one for you. Setting this veltrack value to achieve a pleasant dynamic range that suit you also depend on your playing style and your keyboard/MIDI controller touch response. This mean playing softly (low velocity) will result at higher volume than usual. Salamander Grand Piano sets its default amp_veltrack value at 73%.

Download uvi grand piano free#

When not used, lowering the String Res, Hammer Noise and Pedal Noise to 0% also disabling those layers which means free up their polyphony usage and lowering voice count, so lesser CPU and RAM usage. repetitive, trills or sustain pedal down), the voices count will be handled effectively and lower, which also means less jumping in CPU usage and results in more natural piano sound behavior. This means, when playing a lot of notes (e.g. This piano has the note-selfmasking sfz native feature and polyphony optimized. Veltrack : Dynamic range / velocity to volume response.Offset : Sample start for faster touch response.Release : Release time for the sustain layers.Sus Pedal : Sustain pedal position (up-down).

Pedal Noise : Volume of the pedal noise (on the sustain pedal).

Hammer Noise : Volume of the key-release noise.

String Res : Volume of the string resonance.

If ARIA-based sfz sampler is not your choice, we advised you to choose a sfz sampler that has similar level of opcodes support for this instrument can be played and sounded as it should. Trying to play this instrument in other than ARIA-based sfz samplers may cause issues and problems if it doesn't support the opcodes superset used in this sfz instrument. With this is mind, this Salamander Grand Piano will only played properly in Plogue sforzando and similar sfz samplers that used ARIA Engine. This SFZ Instrument is reconstructed with the heavily use of SFZ specification level 2.0 + ARIA Extensions. Remapped by kinwie using sfz format v2 with ARIA extensions in flac format,Ĭombined the Natural and Retuned version into 1 single sfz, Two AKG c414 disposed in an AB position ~12cm above the strings. String resonance releases in minor thirds in three layers. Hammer noise releases chromatically sampled in onle one layer. 16 Velocity layers Sampled in minor thirds from the lowest A.