Gotharman Polyspaze: 4 voice poly hybrid synth/sampler

Dieses Thema im Forum "Demos" wurde erstellt von weinglas, 21. Januar 2018.

  1. weinglas

    weinglas Tube-Noise-Maker

    Ich habe 64 single cycle waves als „Wavetable“ in den neuen Gotharman Polyspaze geladen und ein Video gemacht.

    Der Polyspaze ist ein multitimbraler vierstimmiger Synth/Sampler mit analogen Tiefpass- und Hochpassfiltern und einer Modmatrix, die diesen Namen auch verdient hat. Es geht, nahezu alles mit allem zu modulieren.


    Ansehen: https://www.youtube.com/watch?v=fpjtf-x4esI
     
  2. vankerk

    vankerk |||||

    Sind interessante Sachen mit machbar mit dem PolySpatz :supi:, ist aber auch preislich "besonders" ;-)
     
    weinglas gefällt das.
  3. weinglas

    weinglas Tube-Noise-Maker

    Soundmäßig machbar ist damit wohl fast alles, was man in einem Hardwarepolysynth gerne hätte, mal abgesehen von der Beschränkung auf vier Stimmen.

    Die Preise von Gotharman sind leider definitiv hoch, was mit Handarbeit in Dänemark und Kleinstserien wohl nicht anders machbar ist. Wenn man den Vergleich zum Analog 4 mkII zieht, ist das Preisniveau vergleichbar, zumal man ja noch einen Sampler hat. Die Vorbestellerpreise sind immerhin deutlich geringer. Und der Service ist wirklich sehr, sehr gut!
     
    vankerk gefällt das.
  4. weinglas

    weinglas Tube-Noise-Maker

    Übrigens: Weil hier immer nach einer Modulationsmatrix bei Synths geschaut wird, der Polyspaze ist wie alles aus dem Hause Gotharman ein wahres Modulationsmonster.
    Neben FM und FilterFM (jeweils durch Oszillator 2) stehen folgende Modulationsquellen zur Verfügung:

    Slo: Slow Oscillator 1. The low frequency output of Oscillator 1
    Slo-: Inverted Slow Oscillator 1. The Inverted low frequency output of Oscillator 1
    Aenv: The output of the VCA Envelope
    Aenv-: The output of the VCA Envelope Inverted
    Env: The output of ADSR Envelope 1
    Env-: The output of ADSR Envelope 1 Inverted
    LFO1: The output of LFO1
    LFO1-: The output of LFO1 Inverted
    LFO2: The output of LFO2
    LFO2-: The output of LFO2 Inverted
    LFO3: The output of LFO3
    LFO3-: The output of LFO3 Inverted
    LFO4: The output of LFO4
    LFO4-: The output of LFO4 Inverted
    Rnd1: The output of Random Generator 1
    Rnd1-: The output of Random Generator 1 Inverted
    Rnd2: The output of Random Generator 2
    Rnd2-: The output of Random Generator 2 Inverted
    Rnd3: The output of Random Generator 3
    Rnd3-: The output of Random Generator 3 Inverted
    Rnd4: The output of Random Generator 4
    Rnd4-: The output of Random Generator 4 Inverted
    Seq1: The output of Sequencer Controller Track 1
    Seq1-: The output of Sequencer Controller Track 1 Inverted
    Seq2: The output of Sequencer Controller Track 2
    Seq2-: The output of Sequencer Controller Track 2 Inverted
    Seq3: The output of Sequencer Controller Track 3
    Seq3-: The output of Sequencer Controller Track 3 Inverted
    Seq4: The output of Sequencer Controller Track 4
    Seq4-: The output of Sequencer Controller Track 4 Inverted
    Seq5: The output of Sequencer Controller Track 5
    Seq5-: The output of Sequencer Controller Track 5 Inverted
    Seq6: The output of Sequencer Controller Track 6
    Seq6-: The output of Sequencer Controller Track 6 Inverted
    Seq7: The output of Sequencer Controller Track 7
    Seq7-: The output of Sequencer Controller Track 7 Inverted
    Seq8: The output of Sequencer Controller Track 8
    Seq8-: The output of Sequencer Controller Track 8 Inverted
    CV1: The voltage apllied to CV Input 1
    CV1-: The voltage apllied to CV Input 1 Inverted
    CV2: The voltage apllied to CV Input 2
    CV2-: The voltage apllied to CV Input 2 Inverted
    CV3: The voltage apllied to CV Input 3
    CV3-: The voltage apllied to CV Input 3 Inverted
    CV4: The voltage apllied to CV Input 4
    CV4-: The voltage apllied to CV Input 4 Inverted
    Kybd: The last note number value received for the part
    Kybd-: The last note number value received for the part Inverted
    Velo: The last note velocity value received for the part
    Velo-: The last note velocity value received for the part Inverted
    Aft: The last mono aftertouch value received for the part
    Aft-: The last mono aftertouch value received for the part Inverted
    Bnd: The last pitch bend value received for the part
    Bnd-: The last pitch bend value received for the part Inverted
    K1C4: Edit knob 1 value or the last MIDI CC 4 value received for the part
    K1C4-: Edit knob 1 value or the last MIDI CC 4 value received for the part Inverted
    K2C5: Edit knob 2 value or the last MIDI CC 5 value received for the part
    K2C5-: Edit knob 2 value or the last MIDI CC 5 value received for the part Inverted
    K3C7: Edit knob 3 value or the last MIDI CC 7 value received for the part
    K3C7-: Edit knob 3 value or the last MIDI CC 7 value received for the part Inverted
    K4C8: Edit knob 4 value or the last MIDI CC 8 value received for the part
    K4C8-: Edit knob 4 value or the last MIDI CC 8 value received for the part Inverted
    TouY: Touch screen keyboard Y-axis position
    TouY-: Touch screen keyboard Y-axis position Inverted
    CC12: The last MIDI CC 12 value received for the part
    CC12-: The last MIDI CC 12 value received for the part Inverted
    CC13: The last MIDI CC 13 value received for the part
    CC13-: The last MIDI CC 13 value received for the part Inverted
    CC14: The last MIDI CC 14 value received for the part
    CC14-: The last MIDI CC 14 value received for the part Inverted
    CC15: The last MIDI CC 15 value received for the part
    CC15-: The last MIDI CC 15 value received for the part Inverted
    CC16: The last MIDI CC 16 value received for the part
    CC16-: The last MIDI CC 16 value received for the part Inverted
    CC17: The last MIDI CC 17 value received for the part
    CC17-: The last MIDI CC 17 value received for the part Inverted
    CC18: The last MIDI CC 18 value received for the part
    CC18-: The last MIDI CC 18 value received for the part Inverted
    CC19: The last MIDI CC 19 value received for the part
    CC19-: The last MIDI CC 19 value received for the part Inverted
    CC20: The last MIDI CC 20 value received for the part
    CC20-: The last MIDI CC 20 value received for the part Inverted
    CC21: The last MIDI CC 21 value received for the part
    CC21-: The last MIDI CC 21 value received for the part Inverted
    CC22: The last MIDI CC 22 value received for the part
    CC22-: The last MIDI CC 22 value received for the part Inverted
    CC23: The last MIDI CC 23 value received for the part
    CC23-: The last MIDI CC 23 value received for the part Inverted
    CC24: The last MIDI CC 24 value received for the part
    CC24-: The last MIDI CC 24 value received for the part Inverted
    CC25: The last MIDI CC 25 value received for the part
    CC25-: The last MIDI CC 25 value received for the part Inverted
    CC26: The last MIDI CC 26 value received for the part
    CC26-: The last MIDI CC 26 value received for the part Inverted
    CC27: The last MIDI CC 27 value received for the part
    CC27-: The last MIDI CC 27 value received for the part Inverted
    CC28: The last MIDI CC 28 value received for the part
    CC28-: The last MIDI CC 28 value received for the part Inverted
    CC29: The last MIDI CC 29 value received for the part
    CC29-: The last MIDI CC 29 value received for the part Inverted
    CC30: The last MIDI CC 30 value received for the part
    CC30-: The last MIDI CC 30 value received for the part Inverted
    CC31: The last MIDI CC 31 value received for the part
    CC31-: The last MIDI CC 31 value received for the part Inverted
    CC33: The last MIDI CC 33 value received for the part
    CC33-: The last MIDI CC 33 value received for the part Inverted
    CC34: The last MIDI CC 34 value received for the part
    CC34-: The last MIDI CC 34 value received for the part Inverted
    CC35: The last MIDI CC 35 value received for the part
    CC35-: The last MIDI CC 35 value received for the part Inverted
    CC36: The last MIDI CC 36 value received for the part
    CC36-: The last MIDI CC 36 value received for the part Inverted
    CC37: The last MIDI CC 37 value received for the part
    CC37-: The last MIDI CC 37 value received for the part Inverted
    CC38: The last MIDI CC 38 value received for the part
    CC38-: The last MIDI CC 38 value received for the part Inverted
    Env2: The output of Decay Envelope 2
    Env2-: The output of Decay Envelope 2 Inverted
    Trg1: The state of Trigger 1
    Trg1-: The state of Trigger 1 Inverted
    Trg2: The state of Trigger 2
    Trg2-: The state of Trigger 2 Inverted
    Trg3: The state of Trigger 3
    Trg3-: The state of Trigger 3 Inverted
    Trg4: The state of Trigger 4
    Trg4-: The state of Trigger 4 Inverted
    FULL: A maximum level source –Let’s you adust a parameter, using the modulation amount parameter.

    FULL-: A minimum level source

    Als Ziel kann man so ziemlich alles definieren. Und das bei einem Polysynth/Sampler mit analogen Filtern :welle: