ACNH flower breeding stuff

gistfile1.cpp

/* WARNING: Type propagation algorithm not settling */

uint ProduceNewFlowerGenes(ulonglong geneSetA,uint geneSetB)

{
  int iVar1;
  uint outputGene3;
  uint outputGene2;
  ulonglong geneSetA_;
  uint outputGene0;
  uint outputGene1;
  ulonglong inputGeneA1Raw;
  byte inputGeneB2;
  ulonglong inputGeneB2Raw;
  byte inputGeneA2;
  ulonglong inputGeneA2Raw;
  byte inputGeneB1;
  byte inputGeneB3;
  ulonglong inputGeneB3Raw;
  byte inputGeneA3;
  ulonglong inputGeneA3Raw;
  byte inputGeneA1;
  byte inputGeneB0;
  undefined8 inputGeneB1Raw;
  
  geneSetA_ = geneSetA & 0xffffffff;
  inputGeneA1Raw = geneSetA_ >> 2 & 3;
  inputGeneB0 = array0_1_1_2[(ulonglong)geneSetB & 3];
  if (array0_1_1_2[geneSetA & 3] == 2) {
    outputGene0 = 1;
    inputGeneA1 = array0_1_1_2[inputGeneA1Raw];
  }
  else {
    if (array0_1_1_2[geneSetA & 3] == 1) {
      iVar1 = randomValueFromGrowUpRNG(2);
      outputGene0 = (uint)(iVar1 == 0);
      inputGeneA1 = array0_1_1_2[inputGeneA1Raw];
    }
    else {
      outputGene0 = 0;
      inputGeneA1 = array0_1_1_2[inputGeneA1Raw];
    }
  }
  inputGeneB1Raw = (ulonglong)(geneSetB >> 2) & 3;
  if (inputGeneB0 == 2) {
    outputGene0 = outputGene0 + 1;
    inputGeneB1 = array0_1_1_2[inputGeneB1Raw];
  }
  else {
    if ((inputGeneB0 == 1) && (iVar1 = randomValueFromGrowUpRNG(2), iVar1 == 0)) {
      outputGene0 = outputGene0 + 1;
    }
    inputGeneB1 = array0_1_1_2[inputGeneB1Raw];
  }
  inputGeneA2Raw = geneSetA_ >> 4 & 3;
  if (inputGeneA1 == 2) {
    outputGene1 = 1;
    inputGeneA2 = array0_1_1_2[inputGeneA2Raw];
  }
  else {
    if (inputGeneA1 == 1) {
      iVar1 = randomValueFromGrowUpRNG(2);
      outputGene1 = (uint)(iVar1 == 0);
      inputGeneA2 = array0_1_1_2[inputGeneA2Raw];
    }
    else {
      outputGene1 = 0;
      inputGeneA2 = array0_1_1_2[inputGeneA2Raw];
    }
  }
  inputGeneB2Raw = (ulonglong)(geneSetB >> 4) & 3;
  if (inputGeneB1 == 2) {
    outputGene1 = outputGene1 + 1;
    inputGeneB2 = array0_1_1_2[inputGeneB2Raw];
  }
  else {
    if ((inputGeneB1 == 1) && (iVar1 = randomValueFromGrowUpRNG(2), iVar1 == 0)) {
      outputGene1 = outputGene1 + 1;
    }
    inputGeneB2 = array0_1_1_2[inputGeneB2Raw];
  }
  inputGeneA3Raw = geneSetA_ >> 6 & 3;
  if (inputGeneA2 == 2) {
    outputGene2 = 1;
    inputGeneA3 = array0_1_1_2[inputGeneA3Raw];
  }
  else {
    if (inputGeneA2 == 1) {
      iVar1 = randomValueFromGrowUpRNG(2);
      outputGene2 = (uint)(iVar1 == 0);
      inputGeneA3 = array0_1_1_2[inputGeneA3Raw];
    }
    else {
      outputGene2 = 0;
      inputGeneA3 = array0_1_1_2[inputGeneA3Raw];
    }
  }
  inputGeneB3Raw = (ulonglong)(geneSetB >> 6) & 3;
  if (inputGeneB2 == 2) {
    outputGene2 = outputGene2 + 1;
    inputGeneB3 = array0_1_1_2[inputGeneB3Raw];
  }
  else {
    if ((inputGeneB2 == 1) && (iVar1 = randomValueFromGrowUpRNG(2), iVar1 == 0)) {
      outputGene2 = outputGene2 + 1;
    }
    inputGeneB3 = array0_1_1_2[inputGeneB3Raw];
  }
  if (inputGeneA3 == 2) {
    outputGene3 = 1;
  }
  else {
    if (inputGeneA3 == 1) {
      iVar1 = randomValueFromGrowUpRNG(2);
      outputGene3 = (uint)(iVar1 == 0);
    }
    else {
      outputGene3 = 0;
    }
  }
  if (inputGeneB3 == 2) {
    outputGene3 = outputGene3 + 1;
  }
  else {
    if ((inputGeneB3 == 1) && (iVar1 = randomValueFromGrowUpRNG(2), iVar1 == 0)) {
      outputGene3 = outputGene3 + 1;
    }
  }
  return (uint)array_0_1_3[outputGene0] |
         ((uint)array_0_1_3[outputGene1] |
         ((uint)array_0_1_3[outputGene2] | (uint)array_0_1_3[outputGene3] << 2) << 2) << 2;
}