LFO Sync Speeds - make slower

Natan

@DanH Dan, It's just a Sine wave genrator + An Arpeggiator In Midi.

The 1/128 Tempo Value Is There, But Hise won't Pick up the Speed.

I guess we Have Some Limitations on Speed Up, Or @Christoph-Hart Can give a Hint Here

Natan

On master It Located Here:
hi_core/hi_core/UtilityClasses.h

Natan

Okay, I Hacked the Arpeggiator, and Made the speed X2 Time Faster,
Now 1/32 is 1/64
But guess What?!!!

1/32 is The Highest Speed, and Hise wont Go To Uppers speeds, So 1/64 and 1/128 Has no effect
@Christoph-Hart Could you please Help here
I really need My ARPEGGIATOR to go up to 1/128

A Former User

@Natan Well. If you want to go into more granular territory for effect, I suppose you could do your own midi processor with a synth timer that can go incredibly fast... No need to force the arpeggiator into territory where its usefulness is probably ending and the experimental is starting!

DanH

@Natan I’m out but it should work. You’re probably doing something wrong. I’ll check when I’m back but more helpful if you can send the snippet

Natan

@DanH Thanks Dan, If you can Add 1/128 Or Even 1/256 Is Awesome, Not sure what's Wrong with my Changes,
Appreciate Your help mate

DanH

@Natan send me your changes to the source code files

Natan

@DanH Dan, I added the Below Lines

On MiscToolClasses.cpp

    tempoNames.add("32/1");          tempoFactors[ThirtyTwouple] = 128.0f;
    tempoNames.add("16/1");     tempoFactors[Sixteenthuple] = 64.0f;
    tempoNames.add("8/1");      tempoFactors[Octuple] = 32.0f;
    tempoNames.add("4/1");      tempoFactors[Quadruple] = 16.0f;
    tempoNames.add("2/1");      tempoFactors[Double] = 8.0f;
    tempoNames.add("1/128");    tempoFactors[HundredTwentyEighth] = 0.03125f;  ///> THIS IS 1/128
    tempoNames.add("1/1");      tempoFactors[Whole] = 4.0f;
    tempoNames.add("1/2D");         tempoFactors[HalfDuet] = 2.0f * 1.5f;
    tempoNames.add("1/2");      tempoFactors[Half] = 2.0f;
    tempoNames.add("1/2T");     tempoFactors[HalfTriplet] = 4.0f / 3.0f;
    tempoNames.add("1/4D");         tempoFactors[QuarterDuet] = 1.0f * 1.5f;
    tempoNames.add("1/4");      tempoFactors[Quarter] = 1.0f;
    tempoNames.add("1/4T");     tempoFactors[QuarterTriplet] = 2.0f / 3.0f;
    tempoNames.add("1/8D");         tempoFactors[EighthDuet] = 0.5f * 1.5f;
    tempoNames.add("1/8");      tempoFactors[Eighth] = 0.5f;
    tempoNames.add("1/8T");     tempoFactors[EighthTriplet] = 1.0f / 3.0f;
    tempoNames.add("1/16D");    tempoFactors[SixteenthDuet] = 0.25f * 1.5f;
    tempoNames.add("1/16");     tempoFactors[Sixteenth] = 0.25f;
    tempoNames.add("1/16T");            tempoFactors[SixteenthTriplet] = 0.5f / 3.0f;
    tempoNames.add("1/32D");    tempoFactors[ThirtyTwoDuet] = 0.125f * 1.5f;
    tempoNames.add("1/32");     tempoFactors[ThirtyTwo] = 0.125f;
    tempoNames.add("1/32T");    tempoFactors[ThirtyTwoTriplet] = 0.25f / 3.0f;
    tempoNames.add("1/64D");    tempoFactors[SixtyForthDuet] = 0.125f * 0.5f * 1.5f;
    tempoNames.add("1/64");     tempoFactors[SixtyForth] = 0.125f * 0.5f;
    tempoNames.add("1/64T");    tempoFactors[SixtyForthTriplet] = 0.125f / 3.0f;

On MiscToolClasses.h

/** The note values. */
    enum Tempo
    {
                ThirtyTwouple = 0,
        Sixteenthuple,
        Octuple,
        Quadruple,
        Double,
        HundredTwentyEighth, ///> THIS IS 1/128
        Whole, ///< a whole note (1/1)
        HalfDuet, ///< a half note duole (1/2D)
        Half, ///< a half note (1/2)
        HalfTriplet, ///< a half triplet note (1/2T)
        QuarterDuet, ///< a quarter note duole (1/4D)
        Quarter, ///< a quarter note (1/4)
        QuarterTriplet, ///< a quarter triplet note (1/4T)
        EighthDuet, ///< a eight note duole (1/8D)
        Eighth, ///< a eighth note (1/8)
        EighthTriplet, ///< a eighth triplet note (1/8T)
        SixteenthDuet, ///< a sixteenth duole (1/16D)
        Sixteenth, ///< a sixteenth note (1/16)
        SixteenthTriplet, ///< a sixteenth triplet (1/16T)
        ThirtyTwoDuet, ///< a 32th duole (1/32D)
        ThirtyTwo, ///< a 32th note (1/32)
        ThirtyTwoTriplet, ///< a 32th triplet (1/32T)
        SixtyForthDuet, ///< a 64th duole (1/64D)
        SixtyForth, ///< a 64th note (1/64)
        SixtyForthTriplet, ///> a 64th triplet 1/64T)

        numTempos
    };

DanH

@Natan thanks. It doesn’t make sense to put 128 below 1/1. Why don’t you put it at the end after 1/64t? And I would change the calculation to 0.125 * 0.25 and see if that works.
Did you make sure you changed the knob value to reflect the new amount of values / tempos?

Natan

@DanH Dan,
I tried that and placed it at the very end of list,
It has no effect, or maybe my calculations are wrong.

Thank you mate looking gorward to your Try

DanH

@Natan did you try my calculation? Did the slower speeds work? I’m not sure I have time to try it today

Natan

@DanH Like This?

  tempoNames.add("1/128"); tempoFactors[HundredTwentyEighth] = 0.125f * 0.25f;

Natan

@DanH @Christoph-Hart @ustk
Nope, no glory here,
I Guess Hise can Go over 1/64
I guess there is A limitation wall on speeding up the Tempo

2/1 as you Described works perfectly,
and Please pay attention to 1/64 and 1/128
Both sound the same :/

Natan

@DanH Dan, Mate have you seen The Video :up_arrow:

ulrik

@Natan try this, it's not so well commented but I guess you understand what happens, if not ask

HiseSnippet 1254.3oc4XstaaaCEVxNJnxcCXcnEa+j+XCvAMKPx0MqXsEIMwNsAsNwHNqs+qfQh1lKRjZTTYyXsui6QXOB6MX6PR4HoL2DGsKEaKAAv7bgmuygmaNCE7.RZJWXY6d7rDhk8G4LZFSNc2oXJyZ+dV12z4HhTPmLgHr1YVBNMkDZYa27oJArcWwR+yut0N3HLKfTPxx5kbZ.4EzXprf5vseNMJZObH4XZbIo6t89Ab1t7HdF.llNdVI3fSwSHGfUh0vwxd09gTIWLRhkjTK6U1gGNazT9OvLx+RZJ8jHh5fu0H3hLj2iGEpPr5yV6NkFENbtSmZYY6LrHDzzDBtsy.ZH8b5EghOQy.UnQ43gciKCd90Dd1kf2JF3cKmQABZhrfi4YZeljHFigmfxvxHqUiGshytbPBlbiX7oj8Dvgy0n8lddqitum2ZOrUKAYB5jjXziQ8YSnLxFSHxmwSk6jD2F3qXGvyXRP.OPb3UKUhNCKPR3AUTnVff.QB0qr3vS9NRfDzdbFKPR4LDmc.WRNj0dsV+TKWk1LFn5.vgf2bkIU7OHK9DhPYU2Vty4Qmv3BR+y.WosTjQLboiQsUWwiQa5gd6aQ4eta4OuVKWvXtZbtAMUCsixXLJaR60PaU3Vnuw3LajJwBoVt12SEbbemxV47HFN6hihNAxUaO24ZmaGEjzESfsdNYVOHU.BzqAb0r0d8XA46AK1ABjtFMLf3Ky4.fQIuQAWyskDgmohNvksN3sJXcNObXnNvNdbaeEy0Q9dd4h.XW+26CZcVHz5VOn04pfVmqCz5tPn8fGZT4ZCttWE359d.m1H28tpDASZG766ZgtXZMbK575BeQkPmEOTPT0kfakBIbOB4WIiLUxSL4ZZ6VpHy0MulBR0TFHUaAc5XUqqJwE7nH0cn.vEXme6KfSthsY5Jt0g54HnxZtfPumpM2Vc4ZtEX53TRPNaeFUdXBI+bQ6O+Ez9yJukE7ouc+dXIV0QLmFHWBQHoJ3X2ibFLpwzez0oGI8THVBCa9CMOgV37vrHrrZec0vrbFP7nRCTUSRVJUNq7vtqQyduE1regd6RB2a4LjJCltX71XA3EhZ+ci27QmerS+wigV8EfcEm8dccmSVOnbGCTtoyqvmQzUeZfbG84wbQL5oDFQnho9WxFM+7xtQSxRuQygAR.BGKvrzDdJwu7MeAdcJyqGQlwpJtgTEoTt2df6URtar8bhcJSbHlU4xfyUtoAzer33urUeFFdPFQ.uI7vz.vYUwtxkCCyhRIuhFJm5WVwBxcJS9YXQH7tDTIAsYs1dpZcaI4WvpTq9AXSu+5K9+y2qp4xA2qXYT24XbDMNIhzmcFIBZHqw3mBcfGiyhjyoVsNa.mwSlxYzJY.EeKiRXegNzSjRXcqBJ2d6iHQDbZoZuuX6W.iKwBHNQpYrve4iEW160m6XfKR0b.8eiYLM+e+LlKuBE5e9umW5OyA5o2AoetQe3euOhmIguO1.LzM.lB4.aMOBFfFP.DyXjHvPN1MTqFZN6oNqfyHBKTe32fexY5qNamyzeNy+QrQLNPveSfYsZUCiano.9MS+Ozv0Yf5Lx2RupMnmi2FdVwvXm2DDnxo+JH9rXc5TCctWMzoaMz490PmMqgNecMz4AWpNpI9OISxiM4+.gg80emCaayFP5RAqeGP9zvi

Sorry, wrong thread... 🤭

DanH

@Natan are you trying to do this in develop or master? I see the code is in different locations in each

Natan

@DanH I tried with Both :|
Can't go 1/128

Natan

On Master, The structure is the Same, and the Code is located on UtilityClasses.h
And on Develop are located on places that you mentioned.

My wild guess is that Hise Calculation can't go 1/128
and Christoph Has no Comment Yet :(

DanH

@Natan works for me

Natan

@DanH Really? No Way
Can You Send me The Cpp and .H Files?
And Let me know What Cranch You Use?

LFO Sync Speeds - make slower

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