GlobalStaticTimeVariantModulator

Type ID: GlobalStaticTimeVariantModulator
Interface classes: TableProcessor

Grabs the current value of a global Time Variant Modulator .

If you have a time variant modulator in the Global Modulator Container, you can connect it to one of these modules or to a GlobalTimeVariantModulator .

This module will take the current value of the source modulator at the time of the voice start and use it as constant value just like any other Voice Start Modulators .

There are a few occasions where you want to use one of those instead of its time variant sibling:

• if you're controlling the dynamics with a CC modulator, this can be used on the release samples to retain the volume at the start of the release phase resulting in a more natural sound.
• some modulation targets do not allow a time varying modulation (eg. the sample start modulation of the sampler), or they sound ugly when modulated (the fx.haas node is not suppose to change its stereo position after the voice has started).

Example Patch

HiseSnippet 1463.3oc4YsrbaaCEkTxnMtIw1IMS6L8wLZ5zcI0iUSZ5iMQOrThqewQz0Ic5hLvjPRXBI.KInaTW28cU+D5eP+.xGPVzeg9GzEce6E.T7gkhLsFkD6FtfCwE3dwAWbeAPqPtCIJhGZXt7AiBHFlWAYOhIF1dHlxL1ZSCyUP6hiDjvZZRsFEfihHtFllUuujf4xKYnd9660B6gYNjLRFFGxoNjcn9TQFUqFaS875hcIGP8yM56zXKGNqM2iGC3oJZCi.rySvCH6gkCqBxv7s53RE7PaAVPhLLWpE2cj8P9Owzi+PZD8HOhrQcCaPPZxc4dtRDK+1n8Ppmq030cjAHTqLsPUsV3FncotzT5YZi0TcTKii75CyJyBd0Oc3UeJvyHG5VRiN.Db2XOrnHxjaGIcP4E2o1hIHrHpXT9sqy.b2XgC2qgrnBmgSGuUlBdgMpW13MYy+pnN86SbDYfcIT2GMu6zyGTtjFJe.59d7ivdYJPNS.nhDpv0Gmzcsz9qkNf5yvU8OKqqZPocUMqVTiTsb19SwcboWCtiKd662chslnEpG4YH9lYNHuhFxHzNc2OQCBekAx5mNH6FR9wXByYLwm87m+O2SZhrUlEVieswCwGS5yC80SXF66PF.STdJGP7C3PVGm7Vi19btXHkMnng2MZrCmGzggA0fadgXMDGQ1ue+HhHuXZGGI39iwhJIhsfDrIVfML+Azcuy5vS+aJe+0sgW2d+ES6IBVM+9CUJsEmbmLcKStmdNOGfFwo1SW.P7LyZU8MyrV83wBvOcWrHj9THzxdw91PZAGBfDFi3ASDxrhzWT2dCYakKNg4pZ7uvSRm0ksMS5r93NMlLB1kQ1PVNUsppE66oZWS5oW69DH+2jQydomCbeGAL8GDhYQA7nBB1l3SOfyjZ8LheWDQZ72SZIUHnEGGN0tffuvhbp7XiEwgJSxl97X1X723u94+3dmL2bISqTrdxbi+bRR64LEXp+Ryv.xfATogRxIcxQonoyBq5FCY8YDX6AhkH+Lj6ACUnPzJHamPZfnUrP.QVntRRZTjP5XrWbAyJiRHiqh5QfrhEEg1C7ExtsG0EpwTx9pJGZHmYBsSfg0ZTFg.dqfDT33LrHxIf0TBv9IzS.CcvhxnF.IvCEaSFc1UlEWHADh61L9QmT.2ZRMwZIBnM2+HdK9SUh35HacBORJ4xsXxAiqhzwZ5gYCHSrRJ0VxxH6gw866QlkhXIM6Wu.6VvoxUh3Fnwg0x0Q5ZAABxUUm0Ghpe20Se5rI7ZOK30QMadFlqCIdbGH45jyUFxKLe8uYqlPYYaCy2siszsK87cczND1.wvxOaOQNaG9svr8HtktsQ4rHtFJI6mMwCxfyOMq6oJj2GserHHVr.D00P6Z0AB0ENVXYBoRoExpRgzg4NgHVy3bxkZLm4OVUi22F07AaZ2KorP0205vNFLRCHESdrKmwCFxYzBGvoGApWZv.RXdzO0kTSg.L+ZGGdbAquMIN3QSPUO3TJOypglxND.Z4G3CfUbV6OsgRboD9keqgMbzoBUL88OqGXTgyUXS2euQGGNr8Pl0Vv7ezGTIMSfb4pEYMUEZmuOBwJiwpdG47MXuBRYVbQPutJJwf8BghcEThuzEAU6aLm5cNyHfzX4cj0nFR3v7q8czMq08QEyGXgyGTswCotvYXyQXwE+zrzoYALU60eZ17W0Ux+i5iRtGUoaxg3PJlIRW.JreYzdvgSAX.oWOUX2hFv8vgxew.b36CvJHJG6wjPglOEQ88CVAIK0gAlWRch4sl0ss+Mm3ZTWXahFSpS9jDfnW0uPMykPSpVp7+F0xqhqc5Uwb3icB4O1QWRszI3RJJv5lo9smKi1U1tV8zJnQar9FF9TW5icbjw69LHV4z44ymCdt8bvyclCd9h4fm6NG77kyAOe0L4Qd6UMiEbecrRffUGsmgY5Olvrpw+gm0.4C

This snippet contains a sine wave synthesiser that runs through an arpeggiator. There's a global LFO that connects to the stereo modulation through either a static or a normal GlobalTimeVariantModulator

By default the normal one is activated. If you press a note you will hear something that resembles a monophonic LFO modulation of the stereo positions.
However if you turn it off and enable the static one instead, you will hear a much more interesting effect: the samples are placed at a fixed stereo position and "remain" there gives them a more distinctive positioning.

Parameters

#	ID	Description
0	UseTable	Can be used to change the incoming value using a Table
1	Inverted	inverts the output value with the formula 1.0 - value (after it is sent through the table if UseTable is enabled).