// always keep these the same names, as these are the "general in/out names"
int32_t outL, outR;
int32_t IL, IR;
bool bypass, solo;

// I often use names like "v30" to save powers of 2, saves up some calculation
// time.
uint32_t v30 = (uint32_t)1 << 30;
uint32_t v26 = (uint32_t)1 << 26;
uint32_t v27 = (uint32_t)1 << 27;

// this is the code for the effect
// Don't change the inL/inR, IL/IR outL/outR names!
int32_t FX(int32_t inL, int32_t inR, int32_t CV1, int32_t CV2) {
  IL = inL; // this saves the left input so the effect can be bypassed
  IR = inR; //  this saves the right input so the effect can be bypassed
            // enter code below:
  // here you can enter your code.  Use inL and inR to get the audio left&right
  // input. the below code puts the calculated audio into "outL" and "outR" as
  // output of the FX.

  outL = inL; // this is the left output of the fx  (puts inL into outL)
  outR = inR; // this is the right output of the fx (puts inR into outR)
  if (bypass > 0) {
    outL = IL; // when bypass is on, sends IL to left output of effect function
    outR = IR; // when bypass is on, sends IR to right output of effect function
  }
};

bypass = param_bypass;
solo = param_solo;