//variables
static float storedLBY[65];
static float lbyTimer[65];
static float predictedBreakAngle[65];

if(entity->GetLowerBodyYaw() != storedLBY[i]) { //lby update
   entity->GetEyeAngles()->y = entity->GetLowerBodyYaw(); //setting our eyes to lby
   predictedBreakAngle[i] = fabsf(entity->GetLowerBodyYaw() - storedLBY[i]); //storing our predicted lby breaker delta
   lbyTimer[i] = entity->GetAnimTime() + Interfaces::Globals->interval_per_tick + 1.1; //use animtime, not simtime so prediction works when choking
   storedLBY[i] = entity->GetLowerBodyYaw();  //store a new one to exit the if statement until next update
}
else if(entity->SimTime() >= lbyTimer[i]) { //if our predicted time has come
     entity->GetEyeAngles()->y = entity->GetLowerBodyYaw(); //setting our eyes to lby
      lbyTimer[i] = entity->GetAnimTime() + 1.1; //predicting next update
}
else if(entity->GetVelocity().Length2D() > 36 && entity->GetFlags() & FL_ONGROUND) { //lazy fakewalk getaround, we both know this is lazy, correct this w/ animlayers
   entity->GetEyeAngles()->y = entity->GetLowerBodyYaw(); //setting our eyes to lby
   lbyTimer[i] = entity->GetAnimTime() + 0.22;
} else { //standing
   //todo: add a proper lby breaker check to this in order to ensure you're using the right information & not bruteforcing when unnecessary
   if(breaking_lby[i]) { ///placeholder
     if(predicted_breaker_angle != 0.f) {
          entity->GetEyeAngles()->y = entity->GetLowerBodyYaw() - predictedBreakAngle[i];
          /* Let me explain how this works:
          Basically, when a LBY updates, there is a difference between a person's delta (not breaking) and the delta after update (usually breaking), meaning if you store this delta upon upon a update, it'll make a pretty accurate breaker angle to predict.
        */
     } else {
	// fallback bruteforce goes here
     }
   }
}