euxoloti 1v/oct test #1

int step = 0;
int oct = 0;
uint32_t note;
uint32_t smoothNote;
uint32_t oldNote;

void setup(void){

    }

void loop(void){

uint32_t smoothNote;

    if (in1 <= 26869759) {
        step = in1/2233685;
        oldNote = in1;

        switch(step){
            case 0: note = 0xFF800000; break;  // -4 = C4
            case 1: note = 0xFFA00000; break;   // -3 = C4#
            case 2: note = 0xFFC00000; break;   // -2 = D4
            case 3: note = 0xFFE00000; break;   // -1 = D4#
            case 4: note = 0x00000000; break;   // 0 = E4
            case 5: note = 0x00200000; break;   // 1 = F4
            case 6: note = 0x00400000; break;   // 2 = F4#
            case 7: note = 0x00600000; break;   // 3 = G4
            case 8: note = 0x00800000; break;   // 4 = G4#
            case 9: note = 0x00A00000; break;   // 5 = A4
            case 10: note = 0x00C00000; break;  // 6 = B4
        }
    }
    else if (in1 > 26869759 && in1 < 53739519) {
        step = (in1-26869759)/2233685;
        oldNote = in1;

        switch (step) {
            case 0: note = 0x00E00000; break;   // 7 = C5
            case 1: note = 0x01000000; break;   // 8 = ...
            case 2: note = 0x01200000; break;   // 9
            case 3: note = 0x01400000; break;   // 10
            case 4: note = 0x01600000; break;   // 11
            case 5: note = 0x01800000; break;   // 12
            case 6: note = 0x01A00000; break;   // 13
            case 7: note = 0x01C00000; break;   // 14
            case 8: note = 0x01E00000; break;   // 15
            case 9: note = 0x02000000; break;   // 16
            case 10: note = 0x02200000; break;  // 17
            case 11: note = 0x02400000; break;  // 18
        }
    }
    else if (in1 > 53739519 && in1 < 80543743) {
        step = (in1-53739519)/2233685;
        oldNote = in1;

        switch (step) {
            case 0: note = 0x02600000; break;   // 19
            case 1: note = 0x02800000; break;   // 20
            case 2: note = 0x02A00000; break;   // 21
            case 3: note = 0x02C00000; break;   // 22
            case 4: note = 0x02E00000; break;   // 23
            case 5: note = 0x03000000; break;   // 24
            case 6: note = 0x03200000; break;   // 25
            case 7: note = 0x03400000; break;   // 26
            case 8: note = 0x03600000; break;   // 28
            case 9: note = 0x03800000; break;   // 29
            case 10: note = 0x03A00000; break;  // 30
            case 11: note = 0x03C00000; break;  // 31
        }
    }
    else if (in1 > 80543743 && in1 < 107413503) {
        step = (in1-80543743)/2233685;
        oldNote = in1;

        switch (step) {
            case 0: note = 0x03E00000; break;   // 32
            case 1: note = 0x04000000; break;   // 33
            case 2: note = 0x04200000; break;   // 34
            case 3: note = 0x04400000; break;   // 35
            case 4: note = 0x04600000; break;   // 36
            case 5: note = 0x04800000; break;   // 37
            case 6: note = 0x04A00000; break;   // 38
            case 7: note = 0x04C00000; break;   // 39
            case 8: note = 0x04E00000; break;   // 40
            case 9: note = 0x05000000; break;   // 41
            case 10: note = 0x05200000; break;  // 42
            case 11: note = 0x05400000; break;  // 43
        }
    }

    out1 = note;
    dejitter(in1, oldNote);
    // chThdSleepMilliseconds(1);
}

int dejitter(int v, int test){
    if (abs(v - test) > 2) { return v; }
    return test;
}