public static bool checkIfShouldMoveIn(uint[] familyWithSeniors, ref Building buildingData, ref Randomizer randomizer, float operationRadius, int quality, ref NumWorkers numWorkers)
{
float chanceValue = BASE_CHANCE_VALUE;
Logger.logInfo(LOG_CHANCES, "---------------------------------");
// Age
chanceValue += getAgeChanceValue(familyWithSeniors);
// Distance
chanceValue += getDistanceChanceValue(familyWithSeniors, ref buildingData, operationRadius);
// Family Status
chanceValue += getFamilyStatusChanceValue(familyWithSeniors);
// Wealth
chanceValue += getWealthChanceValue(familyWithSeniors, quality);
// Workers
chanceValue += getWorkersChanceValue(ref numWorkers);
// Check for no chance
if (chanceValue <= 0) {
Logger.logInfo(LOG_CHANCES, "MoveInProbabilityHelper.checkIfShouldMoveIn -- No Chance: {0}", chanceValue);
return false;
}
// Check against random value
uint maxChance = (uint) MAX_CHANCE_VALUE;
int randomValue = randomizer.Int32(maxChance);
Logger.logInfo(LOG_CHANCES, "MoveInProbabilityHelper.checkIfShouldMoveIn -- Total Chance Value: {0} -- Random Number: {1} -- result: {2}", chanceValue, randomValue, randomValue <= chanceValue);
return randomValue <= chanceValue;
}
private static float getWorkersChanceValue(ref NumWorkers numWorkers)
{
float chance = WORKER_MAX_CHANCE_VALUE;
// Check for missing uneducated workers
if (numWorkers.maxNumUneducatedWorkers > 0 && numWorkers.numUneducatedWorkers < numWorkers.maxNumUneducatedWorkers) {
chance -= (((float) numWorkers.maxNumUneducatedWorkers - (float) numWorkers.numUneducatedWorkers) / (float) numWorkers.maxNumUneducatedWorkers) * 0.15f * WORKER_MAX_CHANCE_VALUE;
}
// Check for missing educated workers
if (numWorkers.maxNumEducatedWorkers > 0 && numWorkers.numEducatedWorkers < numWorkers.maxNumEducatedWorkers) {
chance -= (((float) numWorkers.maxNumEducatedWorkers - (float) numWorkers.numEducatedWorkers) / (float) numWorkers.maxNumEducatedWorkers) * 0.45f * WORKER_MAX_CHANCE_VALUE;
}
// Check for missing well educated workers
if (numWorkers.maxNumWellEducatedWorkers > 0 && numWorkers.numWellEducatedWorkers < numWorkers.maxNumWellEducatedWorkers) {
chance -= (((float) numWorkers.maxNumWellEducatedWorkers - (float) numWorkers.numWellEducatedWorkers) / (float) numWorkers.maxNumWellEducatedWorkers) * 0.25f * WORKER_MAX_CHANCE_VALUE;
}
// Check for missing highly educated workers
if (numWorkers.maxNumHighlyEducatedWorkers > 0 && numWorkers.numHighlyEducatedWorkers < numWorkers.maxNumHighlyEducatedWorkers) {
chance -= (((float) numWorkers.maxNumHighlyEducatedWorkers - (float) numWorkers.numHighlyEducatedWorkers) / (float) numWorkers.maxNumHighlyEducatedWorkers) * 0.15f * WORKER_MAX_CHANCE_VALUE;
}
if (LOG_CHANCES) {
Logger.logInfo(LOG_CHANCES, "MoveInProbabilityHelper.getQualityLevelChanceValue -- Worker Chance Value: {0} -- Missing Uneducated: {1} -- Missing Educated: {2} -- Missing Well Educated: {3} -- Missing Highly Educated: {4}", chance, (numWorkers.maxNumUneducatedWorkers - numWorkers.numUneducatedWorkers), (numWorkers.maxNumEducatedWorkers - numWorkers.numEducatedWorkers), (numWorkers.maxNumWellEducatedWorkers - numWorkers.numWellEducatedWorkers), (numWorkers.maxNumHighlyEducatedWorkers - numWorkers.numHighlyEducatedWorkers));
}
return chance;
}
